Agilent Technologies Cell Phone Accessories E6380 90073 User Manual

Agilen t Tech n ologies 8935 Ser ies E 6380A  
CDMA Cellu la r /P CS Ba se St a t ion Test Set  
GP IB Syn t a x R efer en ce Gu id e  
F ir m w a r e Ver sion : B.02.00 a n d a bove  
Agilent Part Number E6380-90073  
Revision E  
P r in t ed in UK  
Sep t em ber 2000  
Con ten t s  
:AIN <string>  
:AIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54  
:DEMPhasis <string>  
:DEMPhasis? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54  
:DEMPhasis:GAIN <string>  
:DEMPhasis:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55  
:DETector <string>  
:DETector? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56  
:DETector:PKLocation <string>  
:DETector:PKLocation? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56  
:DETector:SETTling <string>  
:DETector:SETTling? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57  
:ELResistor <real number>  
:ELResistor? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57  
:FILT1| FILTER1 <string>  
:FILT1?| FILTER1? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58  
:FILT2| FILTER2 <string>  
:FILT2?| FILTER2? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58  
:GTIMe <real number>  
:GTIMe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59  
:INPut <string>  
:INPut? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59  
:INPut:GAIN <string>  
:INPut:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60  
:NOTCh:GAIN <string>  
:NOTCh:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61  
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:RANGing <string>  
:RANGing? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62  
:SMPoint <string>  
:SMPoint? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62  
:SPEaker:MODE <string>  
:SPEaker:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63  
:SPEaker:VOLume <string>  
:SPEaker:VOLume? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63  
:AM <real number>  
:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64  
:DESTination <string>  
:DESTination? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64  
:FM <real number>  
:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65  
:FREQuency <real number>  
:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65  
:OUTPut <real number>  
:OUTPut? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66  
:AM <real number>  
:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67  
:BURSt <integer>  
:BURSt? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67  
:DESTination <string>  
:DESTination? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68  
:FILTer <string>  
:FILTer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69  
:FILTer:MODE <string>  
:FILTer:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70  
:FM <real number>  
:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70  
:FREQuency <real number>  
:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71  
:MODE <string>  
:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71  
:OUTPut <real number>  
:OUTPut? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72  
:PEMPhasis <string>  
:PEMPhasis? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72  
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:SEND:MODE <string>  
:SEND:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73  
:AMPS| TACS:BUSY <string>  
:AMPS| TACS:BUSY? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75  
:AMPS| TACS:CHANnel <string>  
:AMPS| TACS:CHANnel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76  
:AMPS| TACS:DATA:AM <real number>  
:AMPS| TACS:DATA:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77  
:AMPS| TACS:DATA:FM <real number>  
:AMPS| TACS:DATA:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77  
:AMPS| TACS:DATA:LEVel <real number>  
:AMPS| TACS:DATA:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78  
:AMPS| TACS:FILLer:DATA1 <string>  
:AMPS| TACS:FILLer:DATA2 <string>  
:AMPS| TACS:FILLer:DATA1?  
:AMPS| TACS:FILLer:DATA2? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79  
:AMPS| TACS:FVCMessage <string>  
:AMPS| TACS:FVCMessage? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80  
:AMPS| TACS:MESSage:DATA1 <string>  
:AMPS| TACS:MESSage:DATA2 <string>  
:AMPS| TACS:MESSage:DATA1?  
:AMPS| TACS:MESSage:DATA2? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81  
:AMPS| TACS:SAT:AM <real number>  
:AMPS| TACS:SAT:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81  
:AMPS| TACS:SAT:FM <real number>  
:AMPS| TACS:SAT:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82  
:AMPS| TACS:SAT:LEVel <real number>  
:AMPS| TACS:SAT:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82  
:AMPS| TACS:STANdard <string>  
:AMPS| TACS:STANdard? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83  
:DTMF:FREQuency:COLumn <multiple real number>  
:DTMF:FREQuency:COLumn? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84  
:DTMF:FREQuency:ROW <multiple real number>  
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Con ten t s  
:DTMF:OFFTime <real number>  
:DTMF:OFFTime? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84  
:DTMF:ONTime <real number>  
:DTMF:ONTime? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85  
:DTMF:SEQuence <string>  
:DTMF:SEQuence? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85  
:DTMF:STANdard <string>  
:DTMF:STANdard? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86  
:DTMF:TWISt <real number>  
:DTMF:TWISt? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86  
:FGENerator:SUNits <string>  
:FGENerator:SUNits? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87  
:FGENerator:WAVeform <string>  
:FGENerator:WAVeform? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87  
:NAMPs| NTACs:BUSY <string>  
:NAMPs| NTACs:BUSY? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88  
:NAMPs| NTACs:CHANnel <string>  
:NAMPs| NTACs:CHANnel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89  
:NAMPs| NTACs:DSAT:MESS <string>  
:NAMPs| NTACs:DSAT:MESS? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90  
:NAMPs| NTACs:DSAT:SEND <string>  
:NAMPs| NTACs:DSAT:SEND? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90  
:NAMPs| NTACs[:FOCC]:AM <real number>  
:NAMPs| NTACs[:FOCC]:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91  
:NAMPs| NTACs[:FOCC]:FM <real number>  
:NAMPs| NTACs[:FOCC]:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92  
:NAMPs| NTACs[:FOCC]:LEVel <real number>  
:NAMPs| NTACs[:FOCC]:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92  
:NAMPs| NTACs[:FOCC]:RATE <real number>  
:NAMPs| NTACs[:FOCC]:RATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93  
:NAMPs| NTACs[:FOCC]:FILLer:DATA1 <string>  
:NAMPs| NTACs[:FOCC]:FILLer:DATA2 <string>  
:NAMPs| NTACs[:FOCC]:FILLer:DATA1?  
:NAMPs| NTACs[:FOCC]:FILLer:DATA2? . . . . . . . . . . . . . . . . . . . . . . . . . . . 93  
:NAMPS| NTACS[:FOCC]:MESSage:DATA1 <string>  
:NAMPS| NTACS[:FOCC]:MESSage:DATA2 <string>  
:NAMPS| NTACS[:FOCC]:MESSage:DATA1?  
:NAMPS| NTACS[:FOCC]:MESSage:DATA2? . . . . . . . . . . . . . . . . . . . . . . . . . 95  
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Con ten t s  
:NAMPs| NTACs:FVC:MESS <string>  
:NAMPs| NTACs:FVC:MESS? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95  
:NAMPs| NTACs:FVC:RATE <real number>  
:NAMPs| NTACs:FVC:RATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96  
:NAMPs| NTACs:FVC:AM <real number>  
:NAMPs| NTACs:FVC:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96  
:NAMPs| NTACs:FVC:FM <real number>  
:NAMPs| NTACs:FVC:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97  
:NAMPs| NTACs:FVC:LEVel <real number>  
:NAMPs| NTACs:FVC:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97  
:NAMPs| NTACs:SEND  
:NAMPs| NTACs:SEND? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98  
:NAMPS| NTACS:STANdard <string>  
:NAMPS| NTACS:STANdard? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98  
:ACP:POWer:FILTer <real number>  
:ACP:POWer:FILTer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99  
:ACP:POWer:OFFSet <real number>  
:ACP:POWer:OFFSet? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100  
:CHANnel:POWer:FILTer  
:CHANnel:POWer:FILTer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102  
:DIRection <string>  
:DIRection? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103  
:EVENt:QUALifier <string>  
:EVENt:QUALifier? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103  
:EVENt:TRIGger <string>  
:EVENt:TRIGger? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104  
:EVENt:TRIGger:DELay <real number>  
:EVENt:TRIGger:DELay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104  
:MODE <string>  
:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105  
:PATH:GAIN <string>  
:PATH:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106  
:PATH:GAIN:MODE <string>  
:PATH:GAIN:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107  
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:PNINcrement <real number>  
:PNINcrement? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107  
:PNMode <string>  
:PNMode? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108  
:PNOFfset <real number>  
:PNOFfset? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108  
:POWer:GAIN <string>  
:POWer:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109  
:POWer:GAIN:MODE <string>  
:POWer:GAIN:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110  
:POWer:SAMPle:TIME <real number>  
:POWer:SAMPle:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110  
:POWer:ZERO:MODE <string>  
:POWer:ZERO:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111  
:SAMPle:TIME <real number>  
:SAMPle:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112  
:SPECial <string>  
:SPECial? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112  
:TRIGger:STATe <string>  
:TRIGger:STATe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113  
:DATA <48 or 72 character hex string>  
:DATA? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114  
:FRAMe:COUNt <integer> <real number>  
:FRAMe:COUNt? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114  
:FRAMe:STARt <integer>,<real number>  
:FRAMe:STARt? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115  
:FRAMe:LOAD <integer>,<real number>  
:FRAMe:LOAD? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115  
:MODE <string>  
:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115  
:STATe <string>  
:STATe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 116  
:PATH <string>  
:PATH? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117  
:CONTrol <string>  
:CONTrol? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118  
8
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:EVENt:QUALifier <string>  
:EVENt:QUALifier? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119  
:EVENt:TRIGger <string>  
:EVENt:TRIGger? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 120  
:EVENt:TRIGger:DELay <real number>  
:EVENt:TRIGger:DELay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 120  
:FPOWer:NAVG <integer>  
:FPOWer:NAVG? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121  
:FPOWer:TOFFset <real number>  
:FPOWer:TOFFset? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121  
:GAIN <string>  
:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122  
:GAIN:MODE <string>  
:GAIN:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123  
:MARKer:POSition <real number>  
:MARKer:POSition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124  
:MEASure <string>  
:MEASure? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124  
:MODE <string>  
:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125  
:PATH:GAIN <real number>  
:PATH:GAIN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125  
:PNINcrement <real number>  
:PNINcrement? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126  
:PNMode <string>  
:PNMode? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126  
:PNOFfset <real number>  
:PNOFfset? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127  
:POWer:REFerence <string>  
:POWer:REFerence? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127  
:PUNit <string>  
:PUNit? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128  
:SAMPle:TIME <real number>  
:SAMPle:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128  
:SCALe:PHASe <string>  
:SCALe:PHASe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129  
:SCALe:POWer <string>  
:SCALe:POWer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129  
:SCALe:TIME <string>  
:SCALe:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130  
9
Con ten t s  
:THRShld <real number>  
:THRShld? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130  
:IS2000:CONTrols <string>  
:IS2000:CONTrols? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131  
:IS2000:GAIN:MODE <string>  
:IS2000:GAIN:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132  
:IS2000:GAIN:PATH <real number>  
:IS2000:GAIN:PATH? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132  
:IS2000:GAIN[:SETTing] <string>  
:IS2000:GAIN[:SETTing]? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133  
:IS2000:MARKer:MODE <string>  
:IS2000:MARKer:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134  
:IS2000:MARKer:POSition <integer>  
:IS2000:MARKer:POSition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135  
:IS2000:MARKer:REFerence <string>  
:IS2000:MARKer:REFerence? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135  
:IS2000:MARKer:SCALe <string>  
:IS2000:MARKer:SCALe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136  
:IS2000:MEASurement:INTerval <real number>  
:IS2000:MEASurement:INTerval? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136  
:IS2000:MEASurement:MODE <string>  
:IS2000:MEASurement:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137  
:IS2000:MEASurement:ORDer <string>  
:IS2000:MEASurement:ORDer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137  
:IS2000:MEASurement[:TYPE] <string>  
:IS2000:MEASurement[:TYPE]? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 138  
:IS2000:PNUMber:INCRement <integer>  
:IS2000:PNUMber:INCRement?  
:IS2000:PNumber:INCRement <integer>  
:IS2000:PNumber:INCRement? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 138  
:IS2000:PNUMber:MODE <string>  
:IS2000:PNUMber:MODE?  
:IS2000:PNumber:MODE <string>  
:IS2000:PNumber:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139  
:IS2000:PNUMber:OFFSet <integer>  
:IS2000:PNUMber:OFFSet?  
:IS2000:PNumber:OFFset <integer>  
:IS2000:PNumber:OFFset? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140  
:IS2000:POWer:FAST:NAVG <integer>  
:IS2000:POWer:FAST:NAVG? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 141  
10  
Con ten t s  
:IS2000:POWer:UNIT <string>  
:IS2000:POWer:UNIT? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 141  
:IS2000:THReshold <real number>  
:IS2000:THReshold? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 142  
:IS2000:TRIGger:DELay <real number>  
:IS2000:TRIGger:DELay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144  
:IS2000:TRIGger[:EVENt] <string>  
:IS2000:TRIGger[:EVENt]? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144  
:IS2000:TRIGger:QUALifier <string>  
:IS2000:TRIGger:QUALifier? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145  
:CONTrol <string>  
:CONTrol? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146  
:DATA:SOURce <string>  
:DATA:SOURce? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146  
:DATA:RATE <string>  
:DATA:RATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147  
:DIRection <string>  
:DIRection? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147  
:EBNO:LEVel <real number>  
:EBNO:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 148  
:EQFilter <string>  
:EQFilter? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 148  
:EVENsec <string>  
:EVENsec? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 149  
:SPECial <string>  
:SPECial? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 149  
:BADDress <integer>  
:BADDress? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150  
:BEEPer <string>  
:BEEPer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150  
:BMODe <string>  
:BMODe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151  
:CDMA:MODE <string>  
:CDMA:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151  
:DATE <integer>  
:DATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152  
:KNOB <string>  
:KNOB? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152  
11  
Con ten t s  
:NOTChmode <string>  
:NOTChmode? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153  
:OFLevel:MODE <string>  
:OFLevel:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153  
:OFLevel:ANTenna <real number>  
:OFLevel:ANTenna? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 154  
:OFLevel:DUPLex <real number>  
:OFLevel:DUPLex? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 154  
:OFLevel:RFINout <real number>  
:OFLevel:RFINout? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 155  
:OFRequency <real number>  
:OFRequency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 155  
:OMODe <string>  
:OMODe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 156  
:OPERation:AUTO  
:OPERation:HOLD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 156  
:PRINt:ADDRess <integer>  
:PRINt:ADDRess? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 157  
:PRINt:LINes| LINE <integer>  
:PRINt:LINes| LINE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158  
:PRINt:DESTination| PORTs <string>  
:PRINt:DESTination?| PORTs? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158  
:PRINt:FFSTart <string>  
:PRINt:FFSTart? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159  
:PRINt:FFENd <string>  
:PRINt:FFENd? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159  
:PRINt:TITLe <string>  
:PRINt:TITLe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160  
:PRINt:PRINter| HPModel| HPMO <string>  
:PRINt:PRINter| HPModel| HPMO? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160  
:REFerence:INPut:EXTernal <string>  
:REFerence:INPut:EXTernal? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 161  
:REFerence:INPut:SELect <string>  
:REFerence:INPut:SELect? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162  
:RFCStandard <string>  
:RFCStandard? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 163  
:RFDisplay <string>  
:RFDisplay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164  
12  
Con ten t s  
:RFIMped <string>  
:RFIMped? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164  
:SPOR9| SPORT9| SB9| SP9:BAUD <string>  
:SPOR9| SPORT9| SB9| SP9:BAUD? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165  
:SPOR9| SPORT9| SB9| SP9:PARity <string>  
:SPOR9| SPORT9| SB9| SP9:PARity? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165  
:SPOR9| SPORT9| SB9| SP9:DATA <string>  
:SPOR9| SPORT9| SB9| SP9:DATA? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166  
:SPOR9| SPORT9| SB9| SP9:STOP <string>  
:SPOR9| SPORT9| SB9| SP9:STOP? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166  
:SPOR9| SPORT9| SB9| SP9:FCONtrol| FLOW <string>  
:SPOR9| SPORT9| SB9| SP9:FCONtrol| FLOW? . . . . . . . . . . . . . . . . . . . . . . 167  
:SPOR9| SPORT9| SB9| SP9:IBECho <string>  
:SPOR9| SPORT9| SB9| SP9:IBECho? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 167  
:SPOR9| SPORT9| SB9| SP9:IECHo <string>  
:SPOR9| SPORT9| SB9| SP9:IECHo? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 168  
:SPOR9| SPORT9| SB9| SP9:MODem:MODE <string>  
:SPOR9| SPORT9| SB9| SP9:MODem:MODE? . . . . . . . . . . . . . . . . . . . . . . . . 168  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:NUMBer  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:NUMBer? . . . . . . . . . . . . . 169  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:TIMeout  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:TIMeout? . . . . . . . . . . . . . . 170  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:HDELay  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:HDELay? . . . . . . . . . . . . . . 170  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:RETRy  
:SPOR9| SPORT9| SB9| SP9:MODem:CONNect:RETRy? . . . . . . . . . . . . . . . 171  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:STRing1  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:STRing1?  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:STRing2  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:STRing2?  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:STRing3  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:STRing3? . . . . . . . . . . . . 172  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:ECHaracter  
:SPOR9| SPORT9| SB9| SP9:MODem:CONFigure:ECHaracter? . . . . . . . . . 172  
:SPOR9| SPORT9| SB9| SP9:MODem:SECurity:STATe  
:SPOR9| SPORT9| SB9| SP9:MODem:SECurity:STATe? . . . . . . . . . . . . . . . . 173  
13  
Con ten t s  
:SPOR9| SPORT9| SB9| SP9:MODem:SECurity:PASSword  
:SPOR9| SPORT9| SB9| SP9:MODem:SECurity:PASSword? . . . . . . . . . . . . 174  
:SPOR9| SPORT9| SB9| SP9:SIN| SINP <string>  
:SPOR9| SPORT9| SB9| SP9:SIN| SINP? . . . . . . . . . . . . . . . . . . . . . . . . . . . 174  
:SPOR10| SPORT10| SB10| SP10:BAUD <string>  
:SPOR10| SPORT10| SB10| SP10:BAUD? . . . . . . . . . . . . . . . . . . . . . . . . . . . 175  
:SPOR10| SPORT10| SB10| SP10:PARity <string>  
:SPOR10| SPORT10| SB10| SP10:PARity? . . . . . . . . . . . . . . . . . . . . . . . . . . 175  
:SPOR10| SPORT10| SB10| SP10:DATA <string>  
:SPOR10| SPORT10| SB10| SP10:DATA? . . . . . . . . . . . . . . . . . . . . . . . . . . . 176  
:SPOR10| SPORT10| SB10| SP10:STOP <string>  
:SPOR10| SPORT10| SB10| SP10:STOP? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 176  
:SPOR10| SPORT10| SB10| SP10:FCONtrol| FLOW <string>  
:SPOR10| SPORT10| SB10| SP10:FCONtrol| FLOW? . . . . . . . . . . . . . . . . . 177  
:SPOR10| SPORT10| SB10| SP10:MODem:MODE <string>  
:SPOR10| SPORT10| SB10| SP10:MODem:MODE? . . . . . . . . . . . . . . . . . . . 178  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:NUMBer  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:NUMBer? . . . . . . . . . 179  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:TIMeout  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:TIMeout? . . . . . . . . . 179  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:HDELay  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:HDELay? . . . . . . . . . 180  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:RETRy  
:SPOR10| SPORT10| SB10| SP10:MODem:CONNect:RETRy? . . . . . . . . . . 180  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:STRing1  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:STRing1?  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:STRing2  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:STRing2?  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:STRing3  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:STRing3? . . . . . . . 181  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:ECHaracter  
:SPOR10| SPORT10| SB10| SP10:MODem:CONFigure:ECHaracter? . . . . . 181  
14  
Con ten t s  
:SPOR10| SPORT10| SB10| SP10:MODem:SECurity:STATe  
:SPOR10| SPORT10| SB10| SP10:MODem:SECurity:STATe? . . . . . . . . . . . . 182  
:SPOR10| SPORT10| SB10| SP10:MODem:SECurity:PASSword  
:SPOR10| SPORT10| SB10| SP10:MODem:SECurity:PASSword? . . . . . . . . 183  
:SPOR11| SPORT11| SB11| SP11:BAUD <string>  
:SPOR11| SPORT11| SB11| SP11:BAUD? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183  
:SPOR11| SPORT11| SB11| SP11:PARity <string>  
:SPOR11| SPORT11| SB11| SP11:PARity? . . . . . . . . . . . . . . . . . . . . . . . . . . . 184  
:SPOR11| SPORT11| SB11| SP11:DATA <string>  
:SPOR11| SPORT11| SB11| SP11:DATA? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 184  
:SPOR11| SPORT11| SB11| SP11:STOP <string>  
:SPOR11| SPORT11| SB11| SP11:STOP? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 185  
:SPOR11| SPORT11| SB11| SP11:FCONtrol| FLOW <string>  
:SPOR11| SPORT11| SB11| SP11:FCONtrol| FLOW? . . . . . . . . . . . . . . . . . . 185  
:SPOR11| SPORT11| SB11| SP11:MODem:MODE <string>  
:SPOR11| SPORT11| SB11| SP11:MODem:MODE? . . . . . . . . . . . . . . . . . . . . 186  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:NUMBer  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:NUMBer? . . . . . . . . . 187  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:TIMeout  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:TIMeout? . . . . . . . . . . 188  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:HDELay  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:HDELay? . . . . . . . . . . 188  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:RETRy  
:SPOR11| SPORT11| SB11| SP11:MODem:CONNect:RETRy? . . . . . . . . . . . 189  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:STRing1  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:STRing1?  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:STRing2  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:STRing2?  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:STRing3  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:STRing3? . . . . . . . . 190  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:ECHaracter  
:SPOR11| SPORT11| SB11| SP11:MODem:CONFigure:ECHaracter? . . . . . 190  
:SPOR11| SPORT11| SB11| SP11:MODem:SECurity:STATe  
:SPOR11| SPORT11| SB11| SP11:MODem:SECurity:STATe? . . . . . . . . . . . . 191  
15  
Con ten t s  
:SPOR11| SPORT11| SB11| SP11:MODem:SECurity:PASSword  
:SPOR11| SPORT11| SB11| SP11:MODem:SECurity:PASSword? . . . . . . . . 192  
:SPSelect <string>  
:SPSelect? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192  
:SRLocation <string>  
:SRLocation? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 193  
:TIME <real number>  
:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 193  
:ARM:MODE <string>  
:ARM:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 194  
:LEVel:AM <real number>  
:LEVel:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195  
:LEVel:FM <real number>  
:LEVel:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 196  
:LEVel:VOLTs <real number>  
:LEVel:VOLTs? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197  
:MODE <string>  
:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197  
:POLarity <string>  
:POLarity? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198  
:AMPS| TACS:GATE <real number>  
:AMPS| TACS:GATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199  
:AMPS| TACS:MESSage <string>  
:AMPS| TACS:MESSage? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199  
:AMPS| TACS:STANdard <string>  
:AMPS| TACS:STANdard? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200  
:AMPS| TACS:TRIGger:PATTern <string>  
:AMPS| TACS:TRIGger:PATTern? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200  
:DTMF:GATE <real number>  
:DTMF:GATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201  
:NAMPs| NTACs:CHANnel <string>  
:NAMPs| NTACs:CHANnel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 202  
:NAMPs| NTACs:GATE <real number>  
:NAMPs| NTACs:GATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 202  
:NAMPs| NTACs:DTMF:GATE <real number>  
:NAMPs| NTACs:DTMF:GATE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 203  
:NAMPs| NTACs:RVC <string>  
:NAMPs| NTACs:RVC? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 203  
16  
Con ten t s  
:NAMPs| NTACs:STANdard <string>  
:NAMPs| NTACs:STANdard? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204  
:NAMPs| NTACs:TRIGger:PATTern <string>  
:NAMPs| NTACs:TRIGger:PATTern? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204  
DISPlay  
DISPlay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 205  
CONTrols <string>  
:CONTrols? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 207  
[:DISPlay]:SCALe <string>  
[:DISPlay]:SCALe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 207  
:MEASurement:MODE <string>  
:MEASurement:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 208  
:MEASurement:INTerval <real number>  
:MEASurement:INTerval? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 208  
:TRIGger:DELay <real number>  
:TRIGger:DELay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 209  
:TRIGger[:EVENt] <string>  
:TRIGger[:EVENt]? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 209  
:TRIGger:QUALifier <string>  
:TRIGger:QUALifier? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 210  
:AFRequency:ACLevel <meas cmnd>  
:AFRequency:ACLevel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 211  
:AFRequency:AM <meas cmnd>  
:AFRequency:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212  
:AFRequency:DCAM <meas cmnd>  
:AFRequency:DCAM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212  
:AFRequency:DCFM <meas cmnd>  
:AFRequency:DCFM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 213  
:AFRequency:DCVolts <meas cmnd>  
:AFRequency:DCVolts? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 214  
:AFRequency:DISTortion <meas cmnd>  
:AFRequency:DISTortion? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 214  
:AFRequency:FM <meas cmnd>  
:AFRequency:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215  
17  
Con ten t s  
:AFRequency:FREQuency <meas cmnd>  
:AFRequency:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215  
:AFRequency:SELect <meas cmnd>  
:AFRequency:SELect? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 216  
:AFRequency:SINAD <meas cmnd>  
:AFRequency:SINAD? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 216  
:AFRequency:SNR <meas cmnd>  
:AFRequency:SNR? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 217  
:CANalyzer:ADC:APOWeradc:LEVel <meas cmnd>  
:CANalyzer:ADC:APOWeradc:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 217  
:CANalyzer:ADC:EVMadc:LEVel <meas cmnd>  
:CANalyzer:ADC:EVMadc:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 218  
:CANalyzer:ADC:RHOadc:LEVel <meas cmnd>  
:CANalyzer:ADC:RHOadc:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 218  
:CANalyzer:ADC:TPOWeradc:LEVel <meas cmnd>  
:CANalyzer:ADC:TPOWeradc:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 219  
:CANalyzer:CARrier:FEEDthrough <meas cmnd>  
:CANalyzer:CARrier:FEEDthrough? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 219  
:CANalyzer:ERRor:FREQuency <meas cmnd>  
:CANalyzer:ERRor:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 220  
:CANalyzer:ERRor:MAGNitude <meas cmnd>  
:CANalyzer:ERRor:MAGNitude? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 220  
:CANalyzer:ERRor:PHASe <meas cmnd>  
:CANalyzer:ERRor:PHASe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221  
:CANalyzer:EVM <meas cmnd>  
:CANalyzer:EVM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221  
:CANalyzer:POWer:ACP:LRATio <meas cmnd>  
:CANalyzer:POWer:ACP:LRATio? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 222  
:CANalyzer:POWer:ACP:URATio <meas cmnd>  
:CANalyzer:POWer:ACP:URATio? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 223  
:CANalyzer:POWer:ACP:CENTer <meas cmnd>  
:CANalyzer:POWer:ACP:CENTer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 223  
:CANalyzer:POWer:AVG <meas cmnd>  
:CANalyzer:POWer:AVG? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 224  
:CANalyzer:POWer:CHANnel <meas cmnd>  
:CANalyzer:POWer:CHANnel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 224  
:CANalyzer:RHO <meas cmnd>  
:CANalyzer:RHO? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 225  
:CANalyzer:TIME:OFFSet <meas cmnd>  
:CANalyzer:TIME:OFFSet? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 225  
18  
Con ten t s  
:CDANalyzer:ADC <meas cmnd>  
:CDANalyzer:ADC? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 226  
:CDANalyzer:CARRier:FEEDthrough <meas cmnd>  
:CDANalyzer:CARRier:FEEDthrough? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 226  
:CDANalyzer:CPOWer <meas cmnd>  
:CDANanlyzer:CPOWer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227  
:CDANalyzer:ERRor:FREQuency <meas cmnd>  
:CDANalyzer:ERRor:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227  
:CDANalyzer:MARKer:APOWer <meas cmnd>  
:CDANalyzer:MARKer:APOWer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 228  
:CDANalyzer:MARKer:LEVel <meas cmnd>  
:CDANalyzer:MARKer:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 229  
:CDANalyzer:MARKer:PHASe <meas cmnd>  
:CDANalyzer:MARKer:PHASe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 230  
:CDANalyzer:MARKer:TIME <meas cmnd>  
:CDANalyzer:MARKer:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 231  
:CDANalyzer:TIME:OFFSet <meas cmnd>  
:CDANalyzer:TIME:OFFSet? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 232  
:CDANalyzer:IS2000:ADC <meas cmds>  
:CDANalyzer:IS2000:ADC? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 234  
19  
Con ten t s  
:CDANalyzer:IS2000:PNumber:OFFSet?  
:CDANalyzer:IS2000:PNUMber:OFFSet? . . . . . . . . . . . . . . . . . . . . . . . . . . . 240  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:I:ACTive?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:COMBined:ACTive?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:QACTive?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:IS2000:ACTive? 244  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:I:ALL?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:COMBined:ALL?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:Q:ALL?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:IS2000:ALL? . . . 245  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:I[:VALue]?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:Q[:VALue]?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:COMBined[:VALue]?  
:CDANalyzer:IS2000:TRACe:ABSolute:POWer:COMPlex:IS2000[:VALue]? 246  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:I:ACTive?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:COMBined:ACTive?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:QACTive?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:IS2000ACTive? . . . . . . . . . 253  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:I:ALL?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:COMBined:ALL?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:Q:ALL?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:IS2000:ALL? . . . . . . . . . . . 254  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:I[:VALue]?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:COMBined[:VALue]? . . . . 255  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:Q[:VALue]?  
:CDANalyzer:IS2000:TRACe:POWer:COMPlex:IS2000? . . . . . . . . . . . . . . . 256  
20  
Con ten t s  
:DEC:DTMF:LOW:FREQuency:ABSolute <meas cmnd>  
:DEC:DTMF:LOW:FREQuency:ABSolute? . . . . . . . . . . . . . . . . . . . . . . . . . . . 261  
:DEC:DTMF:LOW:FREQuency:ERRor <meas cmnd>  
:DEC:DTMF:LOW:FREQuency:ERRor? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 262  
:DEC:DTMF:LOW:FREQuency:DISPlay <string>  
:DEC:DTMF:LOW:FREQuency:DISPlay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 262  
:DEC:DTMF:HIGH:FREQuency:ABSolute <meas cmnd>  
:DEC:DTMF:HIGH:FREQuency:ABSolute? . . . . . . . . . . . . . . . . . . . . . . . . . . 263  
:DEC:DTMF:HIGH:FREQuency:ERRor <meas cmnd>  
:DEC:DTMF:HIGH:FREQuency:ERRor? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 263  
:DEC:DTMF:HIGH:FREQuency:DISPlay <string>  
:DEC:DTMF:HIGH:FREQuency:DISPlay? . . . . . . . . . . . . . . . . . . . . . . . . . . . 264  
:DEC:DTMF:TIME:ON <meas cmnd>  
:DEC:DTMF:TIME:ON? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 264  
:DEC:DTMF:TIME:OFF <meas cmnd>  
:DEC:DTMF:TIME:OFF? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 264  
:DEC:FGENerator:FREQuency <meas cmnd>  
:DEC:FGENerator:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 265  
:DEC:NAMPs| NTACs:NBITs <meas cmnd>  
:DEC:NAMPs| NTACs:NBITs? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 265  
:DEC:NAMP:DTMF:LOW:FREQuency:ABSolute <meas cmnd>  
:DEC:NAMP:DTMF:LOW:FREQuency:ABSolute? . . . . . . . . . . . . . . . . . . . . . 267  
:DEC:NAMP:DTMF:LOW:FREQuency:ERRor <meas cmnd>  
:DEC:NAMP:DTMF:LOW:FREQuency:ERRor? . . . . . . . . . . . . . . . . . . . . . . . 267  
:DEC:NAMP:DTMF:LOW:DISPlay <string>  
:DEC:NAMP:DTMF:LOW:DISPlay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 268  
:DEC:NAMP:DTMF:HIGH:FREQuency:ABSolute <meas cmnd>  
:DEC:NAMP:DTMF:HIGH:FREQuency:ABSolute? . . . . . . . . . . . . . . . . . . . . 268  
:DEC:NAMP:DTMF:HIGH:FREQuency:ERRor <meas cmnd>  
:DEC:NAMP:DTMF:HIGH:FREQuency:ERRor? . . . . . . . . . . . . . . . . . . . . . . 269  
21  
Con ten t s  
:DEC:NAMP:DTMF:HIGH:DISPlay <string>  
:DEC:NAMP:DTMF:HIGH:DISPlay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 269  
:DEC:NAMP:DTMF:TIME:ON <meas cmnd>  
:DEC:NAMP:DTMF:TIME:ON? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 270  
:DEC:NAMP:DTMF:TIME:OFF <meas cmnd>  
:DEC:NAMP:DTMF:TIME:OFF? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 270  
:OSCilloscope:MARKer:LEVel:AM <meas cmnd>  
:OSCilloscope:MARKer:LEVel:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 272  
:OSCilloscope:MARKer:LEVel:FM <meas cmnd>  
:OSCilloscope:MARKer:LEVel:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 273  
:OSCilloscope:MARKer:LEVel:VOLTs <meas cmnd>  
:OSCilloscope:MARKer:LEVel:VOLTs? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 274  
:OSCilloscope:MARKer:TIME <meas cmnd>  
:OSCilloscope:MARKer:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 274  
:RFRequency:SELect <string>  
:RFRequency:SELect? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 275  
:RFRequency:FREQuency:ABSolute <meas cmnd>  
:RFRequency:FREQuency:ABSolute? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 276  
:RFRequency:FREQuency:ERRor <meas cmnd>  
:RFRequency:FREQuency:ERRor? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 276  
:RFRequency:POWer <meas cmnd>  
:RFRequency:POWer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 277  
:SANalyzer:MARKer:DELTa:FREQuency <meas cmnd>  
:SANalyzer:MARKer:DELTa:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . 278  
:SANalyzer:MARKer:DELTa:LEVel <meas cmnd>  
:SANalyzer:MARKer:DELTa:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 279  
:SANalyzer:MARKer[:NORMal]:FREQuency <meas cmnd>  
:SANalyzer:MARKer[:NORMal]:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . 280  
:SANalyzer:MARKer[:NORMal]:LEVel <meas cmnd>  
:SANalyzer:MARKer[:NORMal]:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 280  
:CONTrol  
:CONTrol? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 285  
22  
Con ten t s  
:MARKer:POSition <real number>  
:MARKer:POSition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 286  
:SCALe:TIME <string>  
:SCALe:TIME? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 287  
:SCALe:VERTical:AM <string>  
:SCALe:VERTical:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 288  
:SCALe:VERTical:FM <string>  
:SCALe:VERTical:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 289  
:SCALe:VERTical:OFFSet <real number>  
:SCALe:VERTical:OFFSet? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 290  
:SCALe:VERTical:VOLTs <string>  
:SCALe:VERTical:VOLTs? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 291  
:TRIGger:LEVel <real number>  
:TRIGger:LEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 292  
:TRIGger:MODE <string>  
:TRIGger:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 292  
:TRIGger:DELay <real number>  
:TRIGger:DELay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 293  
:TRIGger:PRETrigger <real number>  
:TRIGger:PRETrigger? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 293  
:TRIGger:SENSe <string>  
:TRIGger:SENSe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294  
:TRIGger:SOURce <string>  
:TRIGger:SOURce? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294  
:TRIGger:TYPE <string>  
:TRIGger:TYPE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 295  
[:SELected]:DEFine <program data>  
[:SELected]:DEFine? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 296  
[:SELected]:DELete  
[:SELected]:DELete:ALL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 296  
[:SELected]:STATe <variable>  
[:SELected]:STATe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 297  
[:SELected]:NUMBer <variable>(,<nvalues>)  
[:SELected]:NUMBer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 297  
[:SELected]:STRing <variable>(,<nvalues>)  
[:SELected]:STRing? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 297  
23  
Con ten t s  
[:SELected]:WAIT  
[:SELected]:WAIT? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 297  
:ATTenuator <string>  
:ATTenuator? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 303  
:ATTenuator:MODE <string>  
:ATTenuator:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 303  
:FREQuency <real number>  
:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304  
[:FREQuency]:GTIMe <real number>  
[:FREQuency]:GTIMe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304  
:IFBW <string>  
:IFBW? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 305  
:INPut <string>  
:INPut? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 305  
:PMEasurement:DETector <string>  
:PMEasurement:DETector? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 305  
:PMEasurement:ZERO:MODE  
:PMEasurement:ZERO:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 306  
:SENSitivity <string>  
:SENSitivity? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 306  
:SQUelch <string>  
:SQUelch? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 307  
:ATTenuator <string>  
:ATTenuator? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 308  
24  
Con ten t s  
:CHANnel <string>  
:CHANnel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 309  
:FM:COUPling <string>  
:FM:COUPling? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 309  
:FREQuency <real number>  
:FREQuency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 310  
:MODulation:AOUT <string>  
:MODulation:AOUT? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 310  
:MODulation:EXTernal:AM <real number>  
:MODulation:EXTernal:AM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 311  
:MODulation:EXTernal:DESTination <string>  
:MODulation:EXTernal:DESTination? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 311  
:MODulation:EXTernal:FM <real number>  
:MODulation:EXTernal:FM? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 312  
:OUTPut <string>  
:OUTPut? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 312  
:ATTenuator <string>  
:ATTenuator? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 313  
:ATTenuator:MODE <string>  
:ATTenuator:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 313  
:CFRequency <real number>  
:CFRequency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 314  
:CONTrol <string>  
:CONTrol? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 314  
:DISPlay:SCALe <string>  
:DISPlay:SCALe? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 315  
:INPut <string>  
:INPut? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 315  
:MARKer:DELTa:NPLevel <real number>  
:MARKer:DELTa:NPLevel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 316  
:MARKer:DELTa:POSition <real number>  
:MARKer:DELTa:POSition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 317  
:MARKer:MODE <string>  
:MARKer:MODE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 318  
25  
Con ten t s  
:MARKer[:NORMal]:NPLevel <real number>  
:MARKer[:NORMal]:NPLevel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 319  
:MARKer[:NORMal]:POSition <real number>  
:MARKer[:NORMal]:POSition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 320  
:MARKer:REFmode  
:MARKer:REFmode? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 320  
:MASK:BEEP  
:MASK:BEEP? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 321  
:MASK:DISPlay  
:MASK:DISPlay? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 321  
:MASK:FIXed:LOWer:POINts:NUMBer  
:MASK:FIXed:LOWer:POINts:NUMBer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 321  
:MASK:FIXed:LOWer:POINts:LEVEL1(through LEVEL15)  
:MASK:FIXed:LOWer:POINts:LEVEL1? (through LEVEL15) . . . . . . . . . . . 322  
:MASK:FIXed:LOWer:POINts:FREQuency1 (through FREQ15)  
:MASK:FIXed:LOWer:POINts:FREQuency1? (through FREQ15) . . . . . . . . 323  
:MASK:FIXed:UPPer:POINts:NUMBer  
:MASK:FIXed:UPPer:POINts:NUMBer? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 323  
:MASK:FIXed:UPPer:POINts:EDIT  
:MASK:FIXed:UPPer:POINts:EDIT? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 324  
:MASK:FIXed:UPPer:POINts:LEVEL1 (through LEVEL15)  
:MASK:FIXed:UPPer:POINts:LEVEL1? (through LEVEL15) . . . . . . . . . . . 324  
:MASK:FIXed:UPPer:POINts:FREQuency1 (through FREQ15)  
:MASK:FIXed:UPPer:POINts:FREQuency1? (through FREQ15) . . . . . . . . . 325  
:MASK:RELative:LOWer:POINts:NUMBer  
:MASK:RELative:LOWer:POINts:NUMBer? . . . . . . . . . . . . . . . . . . . . . . . . . 325  
:MASK:RELative:LOWer:POINts:EDIT  
:MASK:RELative:LOWer:POINts:EDIT? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 326  
:MASK:RELative:LOWer:POINts:LEVEL1 (through LEVEL15)  
:MASK:RELative:LOWer:POINts:LEVEL1? (through LEVEL15) . . . . . . . . 326  
:MASK:RELative:LOWer:POINts:FREQuency1 (through FREQ15)  
:MASK:RELative:LOWer:POINts:FREQuency1? (through FREQ15) . . . . . 327  
:MASK:RELative:UPPer:POINts:NUMBer  
:MASK:RELative:UPPer:POINts:NUMBer? . . . . . . . . . . . . . . . . . . . . . . . . . 327  
:MASK:RELative:UPPer:POINts:LEVEL1 (through LEVEL15)  
:MASK:RELative:UPPer:POINts:LEVEL1? (through LEVEL15) . . . . . . . . 328  
:MASK:RELative:UPPer:POINts:FREQuency1 (through FREQ15)  
:MASK:RELative:UPPer:POINts:FREQuency1? (through FREQ15) . . . . . . 329  
26  
Con ten t s  
:MASK:TYPE  
:MASK:TYPE? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 329  
:RFGenerator <string>  
:RFGenerator? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 330  
:RLEVel <real number>  
:RLEVel? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 330  
:SPAN <real number>  
:SPAN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 331  
:TGENerator:AMPLitude <real number>  
:TGENerator:AMPLitude? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 331  
:TGENerator:DESTination <string>  
:TGENerator:DESTination? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 332  
:TGENerator:OFRequency <real number>  
:TGENerator:OFRequency? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 332  
:TGENerator:SWEep <string>  
:TGENerator:SWEep? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 333  
:TRACe:MHOLd <string>  
:TRACe:MHOLd? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 334  
:TRACe:NORMalize <string>  
:TRACe:NORMalize? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 335  
:CALibration:ENABle  
:CALibration:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 336  
:CALibration:NTRansition  
:CALibration:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 337  
:CALibration[:EVENt?]:PTRansition  
:CALibration[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 337  
:COMMunicate:ENABle  
:COMMunicate:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 337  
:COMMunicate[:EVENt?]:NTRansition  
:COMMunicate[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 338  
:COMMunicate[:EVENt?]:PTRansition  
:COMMunicate[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 338  
:HARD1:ENABle  
:HARD1:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 338  
27  
Con ten t s  
:HARD1[:EVENt?]:NTRansition  
:HARD1[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 338  
:HARD1[:EVENt?]:PTRansition  
:HARD1[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339  
:HARD2:CONDition  
:HARD2:CONDition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339  
:HARD2:ENABle  
:HARD2:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339  
:HARD2[:EVENt?]:NTRansition  
:HARD2[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339  
:HARD2[:EVENt?]:PTRansition  
:HARD2[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339  
:OPERation:ENABle  
:OPERation:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 340  
:OPERation[:EVENt?]:NTRansition  
:OPERation[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 340  
:OPERation[:EVENt?]:PTRansition  
:OPERation[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 340  
:CALibrating:ENABle  
:CALibrating:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 341  
:CALibrating[:EVENt?]:NTRansition  
:CALibrating[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 341  
:CALibrating[:EVENt?]:PTRansition  
:CALibrating[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 341  
:QUEStionable:ENABle  
:QUEStionable:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 341  
:QUEStionable[:EVENt?]:NTRansition  
:QUEStionable[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342  
:QUEStionable[:EVENt?]:PTRansition  
:QUEStionable[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342  
:MEASuring:ENABle  
:MEASuring:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342  
:MEASuring[:EVENt?]:NTRansition  
:MEASuring[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342  
:MEASuring[:EVENt?]:PTRansition  
:MEASuring[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 343  
28  
Con ten t s  
:CDMA1:ENABle  
:CDMA1:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 343  
:CDMA1[:EVENt?]:NTRansition  
:CDMA1[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 343  
:CDMA1[:EVENt?]:PTRansition  
:CDMA1[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 343  
:IBASic:ENABle  
:IBASic:ENABle? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 344  
:IBASic[:EVENt?]:NTRansition  
:IBASic[:EVENt?]:NTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 344  
:IBASic[:EVENt?]:PTRansition  
:IBASic[:EVENt?]:PTRansition? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 344  
:MODE:RETRigger  
:MODE:RETRigger? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 346  
29  
30  
R egu la tor y In for m a t ion  
Ma n u fa ctu r er 's Decla r a t ion  
This statement is provided to comply with the requirements of the  
German Sound Emission Directive, from 18 J anuary 1991.  
This product has the following sound pressure emission specification:  
sound pressure Lp <70 dB(A)  
at the operator position  
under normal operation  
according to ISO 7779:1988/EN 27779:1991 (Type Test).  
Herstellerbescheinigung  
Diese Information steht im Zusammenhang mit den Anforderungen der  
Maschinenlärminformationsverordnung vom 18 J anuar 1991.  
Schalldruckpegel Lp < 70 dB(A).  
Am Arbeitsplatz.  
Normaler Betrieb.  
Nach ISO 7779:1988/EN 27779:1991 (Typprüfung).  
31  
 
Sa fet y  
GENERAL  
This product and related documentation must be reviewed for  
familiarization with safety markings and instructions before operation.  
This product has been designed and tested in accordance with IEC  
Publication 1010, "Safety Requirements for Electronic Measuring  
Apparatus," and has been supplied in a safe condition. This instruction  
documentation contains information and warnings which must be  
followed by the user to ensure safe operation and to maintain the  
product in a safe condition.  
SAFETY SYMBOLS  
Indicates instrument damage can occur if indicated operating limits are  
exceeded. Refer to the instructions in this guide.  
!
Indicates hazardous voltages.  
Indicates earth (ground) terminal  
WARNING  
CAUTION  
A WAR NING n ot e d en ot es a h a za r d . It ca lls a t t en t ion t o a  
p r oced u r e, p r a ct ice, or t h e lik e, w h ich , if n ot cor r ect ly  
p er for m ed or a d h er ed t o, cou ld r esu lt in p er son a l in ju r y. Do n ot  
p r oceed b eyon d a WARNING sign u n t il t h e in d ica t ed con d it ion s  
a r e fu lly u n d er st ood a n d m et .  
A CAUTION note denotes a hazard. It calls attention to an operation  
procedure, practice, or the like, which, if not correctly performed or  
adhered to, could result in damage to or destruction of part or all of the  
product. Do not proceed beyond an CAUTION note until the indicated  
conditions are fully understood and met.  
32  
 
Sa fet y Con sid er a tion s for t h is  
In st r u m en t  
SAFETY EARTH GROUND  
A uninterruptible safety earth ground must be provided from the main  
power source to the product input wiring terminals, power cord, or  
supplied power cord set.  
CHASSIS GROUND TERMINAL  
To prevent a potential shock hazard, always connect the rear-panel  
chassis ground terminal to earth ground when operating this  
instrument from a dc power source.  
WARNING  
Th is p r od u ct is a Sa fet y Cla ss I in st r u m en t (p r ovid ed w it h a  
p r ot ect ive ea r t h in g gr ou n d in cor p or a t ed in t h e p ow er cor d ).  
Th e m a in s p lu g sh a ll on ly b e in ser t ed in a sock et ou t let  
p r ovid ed w it h a p r ot ect ive ea r t h con t a ct . An y in t er r u p t ion of  
t h e p r ot ect ive con d u ct or in sid e or ou t sid e of t h e p r od u ct is  
lik ely t o m a k e t h e p r od u ct d a n ger ou s. In t en t ion a l in t er r u p t ion  
is p r oh ib it ed .  
!
Th is p r od u ct is n ot in t en d ed for u se in w et or d a m p  
en vir on m en t s. Do n ot exp ose t h is p r od u ct t o excessive  
m oist u r e. Op er a t e t h is p r od u ct on ly w it h in t h e t em p er a t u r e  
a n d h u m id it y r a n ges sp ecified in t h e u ser s m a n u a l.  
!
!
Th is in st r u m en t is eq u ip p ed w it h in t er n a l gr ou n d fa u lt cir cu it  
in t er r u p t er cla ss A.  
Th is d evice d oes n ot p r ot ect a ga in st elect r ica l sh ock d u e t o  
con t a ct w it h b ot h cir cu it con d u ct or s or a fa u lt in su p p ly  
w ir in g t o p r od u ct .  
Do n ot u se ext en sion cor d t o con n ect t h is p r od u ct t o p ow er  
r ecep t a cle. At t en t ion -n e p a s u t iliser d e r a llon ge p ou r  
r a ccor d er le d et ect eu r -d isjon ct eu r a la p r ise d e cou r a n t .  
Rep la ce cor d set on ly w it h Agilen t Tech n ologies 8120 ser ies.  
At t en t ion - R em p la cer u n iq u em en t p a r u n cor d on a m ovib le  
n u m er o 8120.  
Do n ot u se in w et loca t ion . Ne p a s u t iliser d a n s u n  
em p la cem en t m ou ille.  
33  
 
WARNING  
Wh en ever it is lik ely t h a t t h e p r ot ect ion h a s b een im p a ir ed , t h e  
in st r u m en t m u st b e m a d e in op er a t ive a n d b e secu r ed a ga in st  
a n y u n in t en d ed op er a t ion .  
If t h is in st r u m en t is t o b e en er gized via a n a u t ot r a n sfor m er (for  
volt a ge r ed u ct ion ), m a k e su r e t h e com m on t er m in a l is  
con n ect ed t o t h e ea r t h t er m in a l of t h e p ow er sou r ce.  
If t h is p r od u ct is n ot u sed a s sp ecified , t h e p r ot ect ion p r ovid ed  
b y t h e eq u ip m en t cou ld b e im p a ir ed . Th is p r od u ct m u st b e u sed  
in a n or m a l con d it ion (in w h ich a ll m ea n s for p r ot ect ion a r e  
in t a ct ) on ly.  
No op er a t or ser vicea b le p a r t s in t h is p r od u ct . Refer ser vicin g  
t o q u a lified p er son n el. To p r even t elect r ica l sh ock , d o n ot  
r em ove cover s.  
Ser vicin g in st r u ct ion s a r e for u se b y q u a lified p er son n el on ly.  
To a void elect r ica l sh ock , d o n ot p er for m a n y ser vicin g u n less  
you a r e q u a lified t o d o so.  
Th e op en in g of cover s or r em ova l of p a r t s is lik ely t o exp ose  
d a n ger ou s volt a ges. Discon n ect t h e p r od u ct fr om a ll volt a ge  
sou r ces w h ile it is b ein g op en ed .  
Ad ju st m en t s d escr ib ed in t h e m a n u a l a r e p er for m ed w it h  
p ow er su p p lied t o t h e in st r u m en t w h ile p r ot ect ive cover s a r e  
r em oved . E n er gy a va ila b le a t m a n y p oin t s m a y, if con t a ct ed ,  
r esu lt in p er son a l in ju r y.  
Th e p ow er cor d is con n ect ed t o in t er n a l ca p a cit or s t h a t m y  
r em a in live for 5 secon d s a ft er d iscon n ect in g t h e p lu g fr om it s  
p ow er su p p ly.  
F or Con t in u ed p r ot ect ion a ga in st fir e h a za r d , r ep la ce t h e lin e  
fu se(s) w it h T 250 V 5.0 A fu se(s) or t h e sa m e cu r r en t r a t in g a n d  
t yp e (for exa m p le, n or m a l b low or t im e d ela y). Do n ot u se  
r ep a ir ed fu ses or sh or t cir cu it ed fu seh old er s.  
34  
CAUTION  
Always use the three-prong ac power cord supplied with this product.  
Failure to ensure adequate earth grounding by not using this cord may  
cause personal injury and/or product damage.  
This product is designed for use in Installation Category II and  
Pollution Degree 2 per IEC 1010 and IEC 664 respectively. For indoor  
use only.  
This product has autoranging line voltage input, be sure the supply  
voltage is within the specified range.  
Ventilation Requirements: When installing the product in a cabinet, the  
convection into and out of the product must not be restricted. The  
ambient temperature (outside the cabinet) must be less than the  
maximum operating temperature of the product by 4° C for every 100  
watts dissipated in the cabinet. If the total power dissipated in the  
cabinet is greater than 800 watts, then forced convection must be used.  
To prevent electrical shock, disconnect instrument from mains (line)  
before cleaning. Use a dry cloth or one slightly dampened with water to  
clean the external case parts. Do not attempt to clean internally.  
Product  
Markings  
CE - the CE mark is a registered trademark of the European Union. A  
CE mark accompanied by a year indicated the year the design was  
proven.  
CSA - the CSA mark is a registered trademark of the Canadian  
Standards Association.  
35  
Cer tifica tion  
Agilent Technologies certifies that this product met its published  
specifications at the time of shipment from the factory. Agilent further  
certifies that its calibration measurements are traceable to the United  
States National Institute of Standards and Technology, to the extent  
allowed by the Institutes calibration facility, and to the calibration  
facilities of other International Standards Organization members.  
DECLARATION OF CONFORMITY  
according to ISO/IEC Guide 22 and EN 45014  
Manufacturer’s Name:  
Agilent Technologies  
Manufacturer’s Address:  
Spokane Site  
24001 E. Mission Avenue  
Liberty Lake, Washington 99019-9599  
declares that the product  
Product Name:  
Agilent Technologies 8935 CDMA Cellular/PCS  
Base Station Test Set  
Model Number:  
Agilent Technologies E6380A  
Product Options:  
conforms to the following Product specifications:  
Safety: IEC 1010-1:1990+A1 / EN 61010-1:1993  
EMC:  
CISPR 11:1990/EN 55011:1991- Group 1, Class A  
IEC 1000-3-2:1995 / EN 61000-3-2: 1995  
IEC 1000-3-2:1995 / EN 61000-3-3: 1994  
EN 50082-1:1992  
IEC 801-2:1991 4kV CD, 8kV AD  
IEC 801-3:1984 3V/m  
Supplementary Information:  
This product herewith complies with the requirements of the Low Voltage Directive  
73/23/EEC and the EMC Directive 89/336/EEC and  
carries the CE-marking accordingly.  
Spokane, Washington USA  
November 20,1998  
Vince Roland  
Reliability & Regulatory  
Engineer  
European Contact: Your local Agilent Technologies and Service Office or Agilent Technologies GmbH  
Department ZQ/Standards Europe, Herrenberger Strasse 130, D-71034 Böblinger, Germany (FAX+49-7031-14-3143)  
36  
 
Agilen t Tech n ologies Wa r r a n ty Sta tem en t for  
Com m er cia l P r od u ct s  
Agilent Technologies 8935 Series E6380A CDMA Cellular/PCS Base Station Test Set  
Duration of  
Warranty: 1 Year  
1. Agilent Technologies warrants Agilent hardware, accessories and  
supplies against defects in materials and workmanship for the  
period specified above. If Agilent Technologies receives notice of such  
defects during the warranty period, Agilent Technologies will, at its  
option, either repair or replace products which prove to be defective.  
Replacement products may be either new or like-new.  
2. Agilent Technologies warrants that Agilent software will not fail to  
execute its programming instructions, for the period specified above,  
due to defects in material and workmanship when properly installed  
and used. If Agilent Technologies receives notice of such defects  
during the warranty period, Agilent will replace software media  
which does not execute its programming instructions due to such  
defects.  
3. Agilent Technologies does not warrant that the operation of Agilent  
products will be uninterrupted or error free. If Agilent Technologies  
is unable, within a reasonable time, to repair or replace any product  
to a condition as warranted, customer will be entitled to a refund of  
the purchase price upon prompt return of the product.  
4. Agilent Technologies products may contain remanufactured parts  
equivalent to new in performance or may have been subject to  
incidental use.  
5. The warranty period begins on the date of delivery or on the date of  
installation if installed by Agilent Technologies. If customer  
schedules or delays Agilent installation more than 30 days after  
delivery, warranty begins on the 31st day from delivery.  
6. Warranty does not apply to defects resulting from (a) improper or  
inadequate maintenance or calibration, (b) software, interfacing,  
parts or supplies not supplied by Agilent Technologies, (c)  
unauthorized modification or misuse, (d) operation outside of the  
published environmental specifications for the product, or (e)  
improper site preparation or maintenance.  
37  
 
7. TO THE EXTENT ALLOWED BY LOCAL LAW, THE ABOVE  
WARRANTIES ARE EXCLUSIVE AND NO OTHER  
WARRANTYOR CONDITION, WHETHER WRITTEN OR ORAL IS  
EXPRESSED OR IMPLIED AND AGILENT TECHNOLOGIES  
SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTIES OR  
CONDITIONS OR MERCHANTABILITY, SATISFACTORY  
QUALITY, AND FITNESS FOR A PARTICULAR PURPOSE.  
8. Agilent Technologies will be liable for damage to tangible property  
per incident up to the greater of $300,000 or the actual amount paid  
for the product that is the subject of the claim, and for damages for  
bodily injury or death, to the extent that all such damages are  
determined by a court of competent jurisdiction to have been directly  
caused by a defective Agilent Technologies product.  
9. TO THE EXTENT ALLOWED BY LOCAL LAW, THE REMEDIES  
IN THIS WARRANTY STATEMENT ARE CUSTOMERS SOLE  
AND EXCLUSIVE REMEDIES. EXCEPT AS INDICATED ABOVE,  
IN NO EVENT WILL AGILENT TECHNOLOGIES OR ITS  
SUPPLIERS BE LIABLE FOR LOSS OF DATA OR FOR DIRECT,  
SPECIAL, INCIDENTAL, CONSEQUENTIAL (INCLUDING LOST  
PROFIT OR DATA), OR OTHER DAMAGE, WHETHER BASED IN  
CONTRACT, TORT, OR OTHERWISE.  
FOR CONSUMER TRANSACTIONS IN AUSTRALIA AND NEW  
ZEALAND: THE WARRANTY TERMS CONTAINED IN THIS  
STATEMENT, EXCEPT TO THE EXTENT LAWFULLY  
PERMITTED, DO NOT EXCLUDE RESTRICT OR MODIFY AND  
ARE IN ADDITION TO THE MANDATORY STATUTORY RIGHTS  
APPLICABLE TO THE SALE OF THIS PRODUCT TO YOU.  
38  
Assist a n ce  
Maintenance  
Agreements  
Product maintenance agreements and other customer assistance  
agreements are available for Agilent Technologies products. For any  
assistance, contact your nearest Agilent Technologies Sales and Service  
Office.  
Regional Sales  
and Service  
Offices  
Ta b le 1  
R egion a l Sa les a n d Ser vice Offices  
United States of America:  
Agilent Technologies  
Test and Measurement Call  
Center  
P.O. Box 4026  
Englewood, CO 80155-4026  
Canada:  
Agilent Technologies Canada  
Inc.  
5150 Spectrum Way  
Mississauga, Ontario  
L4W 5G1  
Europe:  
Agilent Technologies  
European Marketing  
Organization  
P.O. Box 999  
1180 AZ Amstelveen  
The Netherlands  
(tel) 1 800 452 4844  
(tel) 1 877 894 4414  
(tel) (3120) 547 9999  
J apan:  
Latin America:  
Australia/New Zealand:  
Agilent Technologies  
Australia Pty Ltd.  
347 Burwood Highway  
Forest Hill, Victoria 3131  
Agilent Technologies J apan  
Ltd.  
Measurement Assistance  
Center  
9-1 Takakura-Cho,  
Hachioji-Shi,  
Tokyo 192-8510, J apan  
Agilent Technologies  
Latin America Region  
Headquarters  
5200 Blue Lagoon Drive,  
Suite #950  
Miami, Florida 33126  
U.S. A.  
(tel) 1 800 629 485  
(Australia)  
(fax) (61 3) 9272 0749  
(tel) 0 800 738 378  
(New Zealand)  
(tel) (81) 456-56-7832  
(fax) (81) 426-56-7840  
(tel) (305) 267 4245  
(fax) (305) 267 4286  
(fax) (64 4) 802 6881  
Asia Pacific:  
Agilent Technologies  
24/F, Cityplaza One,  
111 Kings Road,  
Taikoo Shing, Hong Kong  
(tel) (852) 3197 7777  
(fax) (852) 2506 9233  
39  
     
P ow er Ca bles  
Ta ble 2  
P ow er Ca bles  
P lu g Typ e  
P lu g Descr ip t ion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le Descr ip tion s  
St r a igh t/St r a igh t  
St r a igh t/90°  
8120-1689  
8120-1692  
79 in ch es, m in t gr a y  
79 in ch es, m in t gr a y  
Earth Ground  
Line  
Neutral  
Used in the following locations  
Afghanistan, Albania, Algeria, Angola, Armenia, Austria, Azerbaijan, Azores  
Bangladesh, Belgium, Benin, Bolivia, Boznia-Herzegovina, Bulgaria, Burkina Faso,  
Burma, Burundi, Byelarus  
Cameroon, Canary Islands, Central AfricanRepublic, Chad, Chile, Comoros, Congo,  
Croatia, Czech Republic, Czechoslovakia  
Denmark, Djibouti  
East Germany, Egypt, Estonia, Ethiopia  
Finland, France, French Guiana, French Indian Ocean Areas  
Gabon, Gaza Strip, Georgia, Germany, Gozo, Greece  
Hungary  
Iceland, Indonesia, Iran, Iraq, Israel, Italy, Ivory Coast  
J ordan  
Kazakhstan, Korea, Kyrgystan  
Latvia, Lebanon, Libya, Lithuania, Luxembourg  
Macedonia, Madeira Islands, Malagasy Republic, Mali, Malta, Mauritania, Miquelon,  
Moldova, Mongolia, Morocco, Mozambique  
Nepal, Netherlands, Netherlands Antilles, Niger, Norway  
Oman  
Pakistan, Paraguay, Poland, Portugal  
Rep. South Africa, Romania, Russia, Rwanda  
Saudi Arabia (220V), Senegal, Slovak Republic, Slovenia, Somalia, Spain, Spanish  
Africa, Sri Lanka, St.Pierce Islands  
Sweden, Syria  
Tajikistan, Thailand, Togo, Tunisia, Turkey, Turkmenistan  
40  
 
Ta ble 2  
P ow er Ca bles  
P lu g Typ e  
P lu g Descr ip t ion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le Descr ip tion s  
St r a igh t/St r a igh t  
St r a igh t/90°  
8120-1689  
8120-1692  
79 in ch es, m in t gr a y  
79 in ch es, m in t gr a y  
Earth Ground  
Line  
Neutral  
USSR, Ukraine, Uzbekistan  
Western Africa, Western Sahara  
Yugoslavia  
Zaire  
Ta ble 3  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip tion s  
m a le/fem a le  
Agilen t P a r t  
#
(ca b le & p lu g)  
Ca b le Descr ip t ion s  
Straight/Straight  
8120-0698  
90 inches, black  
Earth Ground  
Line  
Line  
Used in the following locations  
Peru  
Ta ble 4  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip tion s  
m a le/fem a le  
Agilen t P a r t # Ca b le Descr ip tion s  
(ca b le & p lu g)  
Straight/Straight  
Straight/90°  
8120-2104  
8120-2296  
79 inches, gray  
79 inches, gray  
Line  
Neutral  
Earth Ground  
Used in the following locations  
Switzerland  
41  
Ta ble 5  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip t ion s  
m a le/fem a le  
Agilen t P a r t  
#
(ca b le &  
p lu g)  
Ca b le Descr ip tion s  
Straight/Straight  
Straight/90  
Straight/Straight  
8120-1378  
8120-1521  
8120-1751  
90 inches, jade gray  
90 inches, jade gray  
90 inches, jade gray  
125V  
Earth Ground  
Neutral  
Line  
Used in the following locations  
American Samoa  
Bahamas, Barbados, Belize, Bermuda, Brazil,  
Caicos, Cambodia, Canada, Cayman Islands, Columbia, Costa Rica, Cuba  
Dominican Republic  
Ecuador, El Salvador  
French West Indies  
Guam, Guatemala, Guyana  
Haiti, Honduras  
J amaica  
Korea  
Laos, Leeward and Windward Is., Liberia  
Mexico, Midway Islands  
Nicaragua  
Other Pacific Islands  
Panama, Philippines, Puerto Rico  
Saudi Arabia (115V,127V), Suriname  
Taiwan, Tobago, Trinidad, Trust Territories of Pacific Islands  
Turks Island  
United States  
Venezuela, Vietnam, Virgin Islands of the US  
Wake Island  
42  
Ta ble 6  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip tion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le  
Descr ip tion s  
Straight/Straight  
Straight/90°  
8120-4753  
8120-4754  
90 inches, dark gray  
90 inches, dark gray  
J IS C 8303, 100 V  
Earth Ground  
Neutral  
Line  
Used in the following locations  
J apan  
Ta ble 7  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip t ion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le  
Descr ip tion s  
90° /STRAIGHT  
8120-2956  
8120-2957  
8120-3997  
79 inches, gray  
79 inches, gray  
79 inches, gray  
90°/90°  
Straight/Straight  
Earth Groun
Neutral  
Line  
Used in the following locations  
Denmark  
Greenland  
Ta ble 8  
P ow er Ca bles  
P lu g Descr ip t ion s Agilen t P a r t #  
P lu g Typ e  
Ca b le Descr ip tion s  
m a le/fem a le  
(ca b le & p lu g)  
Straight/Straight  
Straight/90°  
8120-4211  
8120-4600  
79 inches, mint gray  
79 inches, mint gray  
Earth Ground  
Line  
Neutral  
Used in the following locations  
Botswana  
India  
43  
Ta ble 8  
P ow er Ca bles  
P lu g Descr ip t ion s Agilen t P a r t #  
P lu g Typ e  
Ca b le Descr ip tion s  
m a le/fem a le  
(ca b le & p lu g)  
Lesotho  
Malawi  
South-West Africa (Namibia), Swaziland  
Zambia, Zimbabwe  
Ta ble 9  
P ow er Ca bles  
P lu g Typ e (Ma le)  
P lu g  
Descr ip tion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le Descr ip tion s  
90°/Straight  
8120-1351  
8120-1703  
90 inches, mint gray  
90 inches, mint gray  
Earth Ground  
90°/90°  
Line  
Neutral  
Used in the following locations  
Bahrain, British Indian Ocean Terr., Brunei  
Canton, Cyprus  
Enderbury Island, Equatorial Guinea  
Falkland Islands, French Pacific Islands  
Gambia, Ghana, Gibraltar, Guinea  
Hong Kong  
Ireland  
Kenya, Kuwait  
Macao, Malaysia, Mauritius  
Nigeria  
Qatar  
Seychelles, Sierra Leone, Singapore, Southern Asia, Southern Pacific Islands, St. Helena,  
Sudan  
Tanzania  
Uganda, United Arab Emirates, United Kingdom  
Yeman (Aden & Sana)  
44  
Ta ble 10  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip t ion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le  
Descr ip tion s  
Straight/Straight  
Straight/90°  
8120-1369  
8120-0696  
79 inches, gray  
80 inches, gray  
Earth Ground  
Neutral  
Line  
Used in the following locations  
Argentina, Australia  
China (Peoples Republic)  
New Zealand  
Papua New Guinea  
Uruguay  
Western Samoa  
Ta ble 11  
P ow er Ca bles  
P lu g Typ e  
P lu g  
Descr ip tion s  
m a le/fem a le  
Agilen t P a r t #  
(ca b le & p lu g)  
Ca b le Descr ip t ion s  
Straight/Straight  
Straight/Straight  
Straight/90°  
8120-1860  
8120-1575  
8120-2191  
8120-4379  
60 inches, jade gray  
30 inches, jade gray  
60 inches, jade gray  
15.5 inches, jade gray  
Earth Ground  
Line  
Neutral  
Straight/90°  
Used in the following locations  
System Cabinets  
45  
Atten tion  
ATTENTION  
Static Sensitive  
Devices  
This instrument was constructed in an ESD (electro-static discharge) protected  
environment. This is because most of the semiconductor devices used in this  
instrument are susceptible to damage by static discharge.  
Depending on the magnitude of the charge, device substrates can be punctured  
or destroyed by contact or mere proximity of a static charge. The result can  
cause degradation of device performance, early failure, or immediate  
destruction.  
These charges are generated in numerous ways such as simple contact,  
separation of materials, and normal motions of persons working with static  
sensitive devices.  
When handling or servicing equipment containing static sensitive devices,  
adequate precautions must be taken to prevent device damage or destruction.  
Only those who are thoroughly familiar with industry accepted techniques for  
handling static sensitive devices should attempt to service circuitry with these  
devices.  
46  
 
Con ven tion s Used in Th is Ma n u a l  
The following conventions are used throughout this manual to help  
clarify instructions and reduce unnecessary text:  
“Test Set” refers to the Agilent Technologies 8935 CDMA  
Cellular/PCS Base Station Test Set.  
Test Set keys are indicated like this: Preset  
Test Set screen information, such as a measurement result or an  
error message, is shown like this: TX Channel Power -1.3 dBm  
NOTE  
HP-IB and GPIB are one and the same.  
47  
 
Tr a d em a r k Ack n ow led gm en ts  
Hewlett-Packard and HP are registered trademarks of  
Hewlett-Packard Company.  
Microsoft‚ Windows , and MS-DOS ‚ are registered trademarks of  
Microsoft Corporation.  
ProComm‚ is a registered trademark of DataStorm Technologies, Inc.  
HyperTerminal is a registered trademark of Hilgraeve, Incorporated.  
Pentium is a registered trademark of Intel Corporation.  
48  
 
Wh ich Docu m en ts a r e Requ ir ed  
The following documents are part of the Test Sets document set. Use  
the table to help you decide which document you need.  
Ta b le 12  
Docu m en t Na viga t ion  
Docu m en t  
P a r t Nu m ber  
Usa ge  
CDMA Application  
Guide  
E6380-90016  
Use this manual for basic CDMA  
measurements and for getting started with  
the Test Set.  
AMPS Application  
Guide  
E6380-90017  
E6380-90019  
Use this manual for making AMPS base  
station measurements.  
Reference Guide  
Use this manual for screen and field  
descriptions and general operation  
information about the Test Set.  
Programmer s Guide  
E6380-90018  
E6380-90015  
5966-0512E  
Use this manual to learn HP-IB syntax and for  
learning how to program the Test Set.  
Assembly Level Repair  
Guide (this manual)  
Use this manual to perform calibration on the  
Test Set and for general service information.  
Technical  
Test Sets specifications data sheet  
Specifications  
Publication  
CDROM  
E6380-90027  
Includes all of the above documents.  
49  
 
50  
1
GP IB Com m a n d Diction a r y  
This is the GPIB command dictionary. It contains syntax and guidelines  
for the GPIB commands available in the Test Set.  
51  
 
GPIB Command Dictionary  
Notice  
Not ice  
Permission to use, copy, and distribute this template is hereby granted,  
provided that the above copyright notice appears in all copies and that  
both that copyright notice and this permission notice appear in  
supporting hardcopy and online documentation. All other rights  
reserved.  
The name of Agilent Technologies, Inc. or the Agilent Technologies logo  
may not be used in advertising or publicity pertaining to distribution of  
this template without specific, written prior permission. Agilent  
Technologies makes no representations about the suitability of this  
template for any purpose. It is provided as is” without expressed or  
implied warranty.  
Agilent Technologies disclaims all warranties with regard to this  
template, including all implied warranties of merchantability and  
fitness. In no event shall Agilent Technologies, Inc. be liable for any  
special, indirect or consequential damages or any damages whatsoever  
resulting from loss of use, data or profits, whether in an action of  
contract, negligence or other tortious action, arising out of or in  
connection with the use or performance of this template.  
52  
Chapter1  
 
GPIB Command Dictionary  
Using This Dictionary  
Usin g Th is Diction a r y  
This dictionary is arranged according to GPIB subsystem. Each  
subsystem contains syntax for a specific set of functions within the Test  
Set.  
NOTE  
For all intents and purposes, GPIB and HP-IB may be considered one  
and the same protocol throughout this manual.  
When using the electronic form of this guide, you can cut-and-paste the  
syntax into your programming code. It is set up especially for this  
purpose, and where possible, the syntax includes the limits or expected  
values for the command.  
Descr ip tion of Com m a n d s  
The typical format of each entry is as follows:  
root:branch1:branch2:branch3:command parameter !limits  
root:branch1:branch2:branch3:command ‘argument’  
E q u iva len t Com m a n d s  
Commands separated by a vertical bar | are equivalent. For example,  
for the command AFG2| ENCoder:AMPS:BUSY Idle, either  
AFG2:AMPS:BUSY Idle’  
or  
ENC:AMPS:BUSY Idle’  
will set the AMPS encoder to the idle state.  
Op t ion a l Com m a n d s  
Commands enclosed in square brackets [ ] are optional. For example,  
for the command AFG2| ENC:NAMP| NTAC[:FOCC]:AM 30 either  
AFG2:NAMP:FOCC:AM 30  
or  
AFG2:NAMP:AM 30  
will set the NAMPS encoder s data level on the forward control channel  
to AM. (Other combinations are possible with the above command.)  
Chapter 1  
53  
   
GPIB Command Dictionary  
AFANalyzer subsystem  
AFANa lyzer su bsystem  
:AIN <str in g>  
:AIN?  
These commands set/query the input state of the AUDIO IN LO  
connector.  
Syn t a x  
AFAN:AIN ‘Gnd’  
‘Float’  
‘600 to Hi’  
AFAN:AIN?  
Scr een /field eq u iva len t  
AFAN:AIN sets the Audio In Lofield on the AF ANALYZER screen.  
:DEMP h a sis <str in g>  
:DEMP h a sis?  
These commands set/query the state of the de-emphasis networks in  
the audio analyzer and speaker circuitry.  
Syn t a x  
AFAN:DEMP ‘750 us’  
‘Off’  
AFAN:DEMP?  
Scr een /field eq u iva len t  
AFAN:DEMP sets the De-Emphasisfield on the AF ANALYZER screen.  
54  
Chapter1  
         
GPIB Command Dictionary  
AFANalyzer subsystem  
:DEMP h a sis:GAIN <str in g>  
:DEMP h a sis:GAIN?  
These commands set/query the AF analyzer s amplifier gain. This  
command is only effective when autoranging is turned off using the  
AFAN:RANG Hold’ command.  
Gain is automatically set when the AFAN:RANG Auto command is  
used. If autoranging is enabled (AFAN:RANG Auto) and you attempt  
to change the gain setting by sending the AFAN:DEMP:GAIN  
command, the value you send will be overridden by the autoranging  
function.  
Syn t a x  
AFAN:DEMP:GAIN ‘0 dB’  
‘10 dB’  
‘20 dB’  
‘30 dB’  
AFAN:DEMP:GAIN?  
Scr een /field eq u iva len t  
AFAN:DEMP:GAIN sets the De-Emp Gainfield on the AF ANALYZER  
screen when the Gain Cntlfield is set to Hold.  
Chapter 1  
55  
   
GPIB Command Dictionary  
AFANalyzer subsystem  
:DETector <str in g>  
:DETector ?  
These commands set/query the type of detector used for AF signals.  
Syn t a x  
AFAN:DET ‘RMS’  
'RMS*SQRT2'  
'PK+'  
'PK-'  
'PK+-/2'  
'PK+-MAX'  
'PK+ HOLD'  
'PK- HOLD'  
'PK+-/2 Hd'  
'PK+-MX Hd'  
AFAN:DET?  
Scr een /field eq u iva len t  
AFAN:DET controls the Detectorfield on the AF ANALYZER screen.  
:DETector :P KLoca tion <str in g>  
:DETector :P KLoca tion ?  
These commands set/query the signal source for the peak detector  
measurements.  
Syn t a x  
AFAN:DET:PKL ‘Filters’  
‘De-Emp’  
AFAN:DET:PKL?  
Scr een /field eq u iva len t  
AFAN:DET:PKL controls the Pk Det Tofield on the AF ANALYZER  
screen.  
56  
Chapter1  
         
GPIB Command Dictionary  
AFANalyzer subsystem  
:DETector :SETTlin g <str in g>  
:DETector :SETTlin g?  
These commands set/query the settling time for audio measurements.  
(Use Fast when measuring signals greater than 200 Hz).  
Syn t a x  
AFAN:DET:SETT ‘Fast’  
‘Slow’  
AFAN:DET:SETT?  
Scr een /field eq u iva len t  
AFAN:DET SETT controls the Settlingfield on the AF ANALYZER  
screen.  
:ELResistor <r ea l n u m ber >  
:ELResistor ?  
These commands set/query the external load resistance for  
measurements using the AUDIO IN HI and LO connectors.  
but does not use the :STATe command.  
Syn t a x  
AFAN:ELR <real number> !valid from 1 ohm to 1 megohm  
AFAN:ELR? !returns the value in ohms  
Scr een /field eq u iva len t  
AFAN:ELR controls the Ext Load Rfield on the AF ANALYZER screen.  
Chapter 1  
57  
       
GPIB Command Dictionary  
AFANalyzer subsystem  
:F ILT1| F ILTER1 <str in g>  
:F ILT1?| F ILTER1?  
These commands set/query the audio filter 1 selection.  
Syn t a x  
AFAN:FILT1 ‘20Hz HPF’  
‘50HZ HPF’  
‘300Hz HPF’  
‘C MESSAGE’  
AFAN:FILT1?  
Scr een /field eq u iva len t  
AFAN:FILT1 controls the Filter 1field on the AF ANALYZER screen  
:F ILT2| F ILTER2 <str in g>  
:F ILT2?| F ILTER2?  
These commands set/query the audio filter 2 selection.  
Syn t a x  
AFAN:FILT2 ‘300Hz LPF’  
‘3kHz LPF’  
‘15kHz LPF’  
‘>99kHz LP’  
‘6kHz BPF’  
AFAN:FILT2?  
Scr een /field eq u iva len t  
AFAN:FILT2 controls the Filter 2field on the AF ANALYZER screen.  
58  
Chapter1  
       
GPIB Command Dictionary  
AFANalyzer subsystem  
:GTIMe <r ea l n u m ber >  
:GTIMe?  
This command sets the gate time (how long the AF counter samples the  
input signal) for the audio frequency counter.  
but does not use the :STATe command.  
Syn t a x  
AFAN:GTIM <real number> !valid from 10 milliseconds to 1  
second  
AFAN:GTIM?  
Scr een /field eq u iva len t  
AFAN:GTIM controls the AF Cnt Gatefield on the AF ANALYZER  
screen.  
:INP u t <str in g>  
:INP u t?  
These commands set/query the input to the audio analyzer.  
Syn t a x  
AFAN:INP ‘FM Demod’  
‘AM Demod’  
‘SSB Demod’  
‘Audio In’  
‘Ext Mod’  
‘FM Mod’  
‘AM Mod’  
‘Audio Out’  
AFAN:INP?  
Scr een /field eq u iva len t  
AFAN:INP controls the AF Anl Infield on the AF ANALYZER screen.  
Chapter 1  
59  
         
GPIB Command Dictionary  
AFANalyzer subsystem  
:INP u t:GAIN <str in g>  
:INP u t:GAIN?  
These commands set/query the input gain setting for the audio  
analyzer. This command is only effective when autoranging is turned  
off using the AFAN:RANG Hold’ command.  
Gain is automatically set when the AFAN:RANG Auto command is  
used. If autoranging is enabled (AFAN:RANG Auto) and you attempt  
to change the gain setting by sending the AFAN:INP:GAIN command,  
the value you send will be overridden by the autoranging function.  
Syn t a x  
AFAN:INP:GAIN ‘0 dB’  
‘20 dB’  
‘40 dB’  
AFAN:INP:GAIN?  
Scr een /field eq u iva len t  
AFAN:INP:GAIN controls the Input Gainfield on the AF ANALYZER  
screen when the Gain Cntlfield is set to Hold.  
60  
Chapter1  
   
GPIB Command Dictionary  
AFANalyzer subsystem  
:NOTCh :GAIN <str in g>  
:NOTCh :GAIN?  
These commands set/query the gain of the AF analyzer s notch filter  
amplifier. This command is only effective when autoranging is turned  
off using the AFAN:RANG Hold’ command.  
Gain is automatically set when the AFAN:RANG Auto command is  
used. If autoranging is enabled (AFAN:RANG Auto) and you attempt  
to change the gain setting by sending the AFAN:NOTC:GAIN  
command, the value you send will be overridden by the autoranging  
function.  
Syn t a x  
AFAN:NOTC:GAIN ‘0 dB’  
‘10 dB’  
‘20 dB’  
‘30 dB’  
‘40 dB’  
AFAN:NOTC:GAIN?  
Scr een /field eq u iva len t  
AFAN:NOTC:GAIN controls the Notch Gainfield on the AF  
ANALYZER screen when the Gain Cntlfield is set to Hold.  
:NOTCh :F REQu en cy <r ea l n u m ber >  
:NOTCh :F REQu en cy?  
These commands set/query the center frequency for the variable  
frequency notch filter. This command utilizes the Real Number Setting  
Syntax” on page 299, but does not use the :STATe command.  
Syn t a x  
AFAN:NOTC:FREQ <real number> !valid 330 Hz to 10 kHz  
AFAN:NOTC:FREQ?  
Scr een /field eq u iva len t  
AFAN:NOTC:FREQ controls the Notch Freqfield on the AF  
ANALYZER screen.  
Chapter 1  
61  
       
GPIB Command Dictionary  
AFANalyzer subsystem  
:RANGin g <str in g>  
:RANGin g?  
These commands set/query the gain control mode of the AF analyzer.  
Syn t a x  
AFAN:RANG ‘Auto’  
‘Hold’  
AFAN:RANG?  
Scr een /field eq u iva len t  
AFAN:RANG controls the Gain Cntlfield on the AF ANALYZER  
screen.  
:SMP oin t <st r in g>  
:SMP oin t?  
These commands set/query the signal source for the oscilloscope.  
Syn t a x  
AFAN:SMP ‘De-Emp’  
‘Filters’  
‘Input’  
‘Notch’  
AFAN:SMP?  
Scr een /field eq u iva len t  
AFAN:SMP controls the Scope Tofield on the AF ANALYZER screen.  
62  
Chapter1  
       
GPIB Command Dictionary  
AFANalyzer subsystem  
:SP Ea k er :MODE <str in g>  
:SP Ea k er :MODE ?  
These commands set/query the automatic level control (ALC) function  
for the instruments internal speaker.  
Syn t a x  
AFAN:SPE:MODE ‘On’  
‘Off’  
AFAN:SPE:MODE?  
Scr een /field eq u iva len t  
AFAN:SPE:MODE controls the Speaker ALCfield on the AF  
ANALYZER screen.  
:SP Ea k er :VOLu m e <str in g>  
:SP Ea k er :VOLu m e?  
These commands set/query the speaker volume, which is controlled by  
the Volume knob when Pot is selected.  
Syn t a x  
AFAN:SPE:VOL ‘Pot’  
‘Off’  
AFAN:SPE:VOL?  
Scr een /field eq u iva len t  
AFAN:SPE:VOL controls the Speaker Volfield on the AF ANALYZER  
screen.  
Chapter 1  
63  
       
GPIB Command Dictionary  
AFG1|AFGENERATOR1 subsystem  
AF G1| AF GENERATOR1 su bsystem  
:AM <r ea l n u m ber >  
:AM?  
This command sets AM modulation depth when the AFG1:DEST AM’  
is used first.  
Syn t a x  
AFG1:AM <real number>  
AFG1:AM? !returns the value of the amplitude modulation  
Scr een /field eq u iva len t  
AFG1:AM controls the AFGen1 Tofield (lower subfield) on the RF  
GENERATOR screen.  
:DESTin a tion <str in g>  
:DESTin a tion ?  
AFG1:DEST sets/queries the destination of AF generator 1s signal.  
Syn t a x  
AFG1:DEST ‘AM’  
‘FM’  
‘Audio Out’  
AFG1:DEST?  
Scr een /field eq u iva len t  
AFG1:DEST controls the AFGen1 Tofield (upper subfield) on the RF  
GENERATOR screen.  
64  
Chapter1  
         
GPIB Command Dictionary  
AFG1|AFGENERATOR1 subsystem  
:F M <r ea l n u m ber >  
:F M?  
This command sets FM modulation deviation when the AFG1:DEST  
FM’ command is used.  
Syn t a x  
AFG1:FM <real number>  
AFG1:FM?  
Scr een /field eq u iva len t  
AFG1:FM controls the AFGen1 Tofield (lower subfield) on the RF  
GENERATOR screen.  
:F REQu en cy <r ea l n u m ber >  
:F REQu en cy?  
This command set the frequency of audio frequency generator 1.  
not including the :STATe command.  
Syn t a x  
AFG1:FREQ <real number>  
AFG1:FREQ?  
Scr een /field eq u iva len t  
AFG1:FREQ controls the AFGen1 Freqfield on the RF GENERATOR  
screen.  
Chapter 1  
65  
       
GPIB Command Dictionary  
AFG1|AFGENERATOR1 subsystem  
:OUTP u t <r ea l n u m ber >  
:OUTP u t?  
This command sets the amplitude of the audio signal (volts rms) at the  
AUDIO OUT connector if the AFG1:DEST is Audio Out.  
Syn t a x  
AFG1:OUTP <real number>  
AFG1:OUTP?  
Scr een /field eq u iva len t  
AFG1:OUTP controls the AFGen1 Tofield (lower subfield) on the RF  
GENERATOR screen.  
66  
Chapter1  
   
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
AF G2| ENCod er su bsystem  
:AM <r ea l n u m ber >  
:AM?  
This command sets AM modulation depth if the command AFG2:DEST  
AM’ is used first.  
Syn t a x  
AFG2:AM <real number>  
AFG2:AM? !returns the value of the amplitude modulation  
Scr een /field eq u iva len t  
AFG2:AM controls the AFGen2 Tofield (lower subfield) on the RF  
GENERATOR screen when the upper subfield is set to AM.  
:BURSt <in t eger >  
:BURSt?  
These commands set/query the number of times the message data is  
output. To use this function, the AFG2:SEND:MODE command must  
specify Burst’ first.  
This command uses only the :INCR command of the Integer Number  
Syn t a x  
AFG2:BURS <integer>  
AFG2:BURS?  
Scr een /field eq u iva len t  
AFG2:BURS controls the Burstsfield on the SIGNALING ENCODER  
screen when the Modefield is set to DTMF, AMPS-TACS, or NAMP-NTAC.  
Chapter 1  
67  
         
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
:DESTin a tion <str in g>  
:DESTin a tion ?  
:DEST sets/queries the destination of the AF generator 2s signal.  
Syn t a x  
AFG2:DEST ‘AM’  
‘FM’  
‘Audio Out’  
AFG2:DEST?  
Scr een /field eq u iva len t  
AFG2:DEST controls the AFGen2 Tofield (upper subfield) on the RF  
GENERATOR screen.  
68  
Chapter1  
   
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
:F ILTer <st r in g>  
:F ILTer ?  
To improve performance, one of four premodulation filters is  
automatically selected for each encoder mode. The automatically  
selected filter can be changed only by using GPIB commands.  
We recommend that you leave this setting at its automatically selected  
setting.  
If it is necessary to override the automatic settings, the  
AFG2:FILT:MODE ON’ command must be executed first (filter mode  
OFF is the power up default state.) The following error will occur if the  
user attempts to select an alternate filter without first setting the filter  
mode to ON: Entry not accepted.The syntax to change or query the  
premodulation filter is shown in the example below.  
Syn t a x  
AFG2:FILT ‘None’  
‘20 kHzLPF’  
‘250 HzLPF’  
‘150 HzLPF’  
AFG2:FILT?  
E xa m p le  
AFG2:FILT:MODE 'ON' !turn filter selection mode on  
AFG2:FILT:MODE? !query the current mode setting  
AFG2:FILT 'NONE|20kHz LPF|250Hz LPF|150Hz LPF'  
!select one to change the setting  
AFG2:FILT? !query the new filter setting  
Scr een /field eq u iva len t  
AFG2:FILT has no screen/field equivalent.  
Chapter 1  
69  
   
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
:F ILTer :MODE <str in g>  
:F ILTer :MODE?  
These commands set/query the premodulation filter s control.  
We recommend that you leave this setting at its default setting (filter  
mode OFF is the power up default state.) See the :FILTer command on  
page 69 for more information about the premodulation filters.  
Syn t a x  
AFG2:FILT:MODE ‘ON’  
‘OFF’  
AFG2:FILT:MODE?  
Scr een /field eq u iva len t  
AFG2:FILT:MODE has no screen/field equivalent.  
:F M <r ea l n u m ber >  
:F M?  
This command sets FM modulation deviation if the AFG2:DEST is FM.  
Syn t a x  
AFG2:FM <real number>  
AFG2:FM?  
Scr een /field eq u iva len t  
AFG2:FM controls the AFGen2 Tofield (lower subfield) on the RF  
GENERATOR screen when the upper subfield is set to FM.  
70  
Chapter1  
     
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
:F REQu en cy <r ea l n u m ber >  
:F REQu en cy?  
This command set/queries the output frequency of AF generator 2.  
but does not use the :STATe command.  
Syn t a x  
AFG2:FREQ <real number>  
AFG2:FREQ?  
Scr een /field eq u iva len t  
AFG2:FREQ controls the AFGen2 Freqfield on the RF GENERATOR  
screen.  
:MODE <str in g>  
:MODE?  
This command sets the type of signaling encoder.  
Syn t a x  
AFG2:MODE ‘Func Gen’  
‘DTMF’  
‘AMPS-TACS’  
‘NAMP-NTAC’  
AFG2:MODE?  
Scr een /field eq u iva len t  
AFG2:MODE controls the Modefield on the SIGNALING ENCODER  
screen.  
Chapter 1  
71  
       
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
:OUTP u t <r ea l n u m ber >  
:OUTP u t?  
This command sets the amplitude of the audio signal (volts rms) at the  
AUDIO OUT connector if the AFG2:DEST is Audio Out.  
Syn t a x  
AFG2:OUTP <real number>  
AFG2:OUTP?  
Scr een /field eq u iva len t  
AFG2:OUT controls the AFGen2 Tofield (lower subfield) on the RF  
GENERATOR screen when the upper subfield is set to Audio Out.  
:P EMP h a sis <str in g>  
:P EMP h a sis?  
This command sets pre-emphasis filters for the DTMF encoder.  
Syn t a x  
AFG2:PEMP ‘On’  
‘Off’  
AFG2:PEMP?  
Scr een /field eq u iva len t  
AFG2:PEMP controls the Pre-Empfield on the SIGNALING ENCODER  
screen when the Modefield is set to DTMF.  
72  
Chapter1  
       
GPIB Command Dictionary  
AFG2|ENCoder subsystem  
:P OLa r ity <str in g>  
:P OLa r ity?  
This command causes the digitally modulated signals to be sent with a  
normal or inverted response to the digital data. When Inverted, a  
digital 1 produces a frequency shift in an FM carrier opposite to normal  
operation.  
Syn t a x  
AFG2:POL ‘Norm’  
‘Invert’  
AFG2:POL?  
Scr een /field eq u iva len t  
AFG2:POL controls the Polarityfield on the SIGNALING ENCODER  
screen when the Modefield is set to AMPS-TACSor NAMP-NTAC.  
:SEND:MODE <str in g>  
:SEND:MODE?  
These commands set/query the mode used when a message is sent.  
Single’ outputs the entire message once.  
Burst’ outputs the message the number of times specified by the  
AFG2:BURS command.  
Cont’ outputs the message continuously until the AFG2:STOP  
command is sent.  
Step’ outputs a single step in an encoder sequence each time the  
AFG2:SEND command is sent. After the entire sequence is output,  
the encoder returns to the first character in the sequence.  
Syn t a x  
AFG2:SEND:MODE ‘Single’  
‘Burst’  
‘Cont’  
‘Step’  
AFG2:SEND:MODE?  
Scr een /field eq u iva len t  
AFG2:SEND:MODE controls then Send Modefield on the SIGNALING  
ENCODER screen when the Modefield is set to AMPS-TACS, NAMP-NTAC,  
or DTMF.  
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:SEND  
This command sends the encoder data stream.  
Syn t a x  
AFG2:SEND  
Scr een /field eq u iva len t  
AFG2:SEND controls the Sendfield on the SIGNALING ENCODER  
screen when the Modefield is set to AMPS-TACS, NAMP-NTAC, or DTMF.  
:STOP  
This command stops the data stream that is being output when  
AFG2:SEND:MODE is Cont’ or Burst.  
Syn t a x  
AFG2:STOP  
Scr een /field eq u iva len t  
AFG2:STOP controls the Stopfield on the SIGNALING ENCODER  
screen when the Modefield is set to AMPS-TACS, NAMP-NTAC, or DTMF.  
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:AMP S| TACS:BUSY <str in g>  
:AMP S| TACS:BUSY?  
These commands set/query the busy/idle status information included in  
the signaling sequence.  
Idle’ sets the busy/idle bits of the forward control channel  
information to indicate an idle state.  
Busy’ sets the busy/idle bits of the forward control channel  
information to indicate an busy state.  
WS Delay’ (word sync delay) prevents a busy/idle change until the  
word sync information has been received and a defined number of  
delay bits has been counted. The delay is set with the  
AFG2:AMPS:BUSY:DEL command.  
1stBitDly’ (first bit delay) causes the busy/idle bit to be set after a  
bit has been received and a defined number of delay bits has been  
counted. The delay is set with the AFG2:AMPS:BUSY:DEL  
command.  
This command requires that the AFG2:AMPS:CHAN command  
specifies Cntl.  
Syn t a x  
AFG2:AMPS:BUSY ‘Idle’  
‘Busy’  
‘WS Delay  
‘1stBitDly’  
AFG2:AMPS:BUSY?  
Scr een /field eq u iva len t  
AFG2:AMPS:BUSY controls the Busy/Idlefield on the SIGNALING  
ENCODER screen when the Modefield is set to AMPS-TACSand the  
Channelfield is set to Cntl.  
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:AMP S| TACS:BUSY:DELa y <in teger >  
These commands set/query the number of bits that are counted before a  
busy/idle bit changes from the idle state to the busy state. This function  
is used in conjunction with the WS Delay and 1stBitDly settings of the  
AFG2:AMPS| TACS:BUSY command. This command also requires that  
the AFG2:AMPS:CHAN command is specifies Cntl.  
This command utilizes only the :INCR command of the Integer  
Syn t a x  
AFG2:AMPS:BUSY:DEL <real number>  
Scr een /field eq u iva len t  
AFG2:AMPS:BUSY:DEL controls the B/I Delayfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
AMPS-TACS and the Channel field is set to Cntl.  
:AMP S| TACS:CHANn el <str in g>  
:AMP S| TACS:CHANn el?  
These commands set/query the channel type. Cntl’ selects the forward  
control channel (FOCC). Voice’ selects the forward voice channel (FVC).  
Syn t a x  
AFG2:AMPS:CHAN ‘Cntl’  
‘Voice’  
AFG2:AMPS:CHAN?  
Scr een /field eq u iva len t  
AFG2:AMPS:CHAN controls the Channelfield on the SIGNALING  
ENCODER screen when the Modefield is set to AMPS-TACS.  
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:AMP S| TACS:DATA:AM <r ea l n u m b er >  
:AMP S| TACS:DATA:AM?  
These commands set/query the data level when the AFG2:DEST AM’  
command is used first. The data level units are %.  
Syn t a x  
AFG2:AMPS:DATA:AM  
AFG2:AMPS:DATA:AM?  
Scr een /field eq u iva len t  
AFG2:AMPS:DATA:AM controls the Data Levelfield when AFGen2 To  
field is set to AMon the SIGNALING ENCODER screen when the Mode  
field is set to AMPS-TACS.  
:AMP S| TACS:DATA:F M <r ea l n u m b er >  
:AMP S| TACS:DATA:F M?  
These commands set/query the data level when the AFG2:DEST FM’  
command is used. The data level units are kHz.  
Syn t a x  
AFG2:AMPS:DATA:FM  
AFG2:AMPS:DATA:FM?  
Scr een /field eq u iva len t  
AFG2:AMPS:DATA:FM controls the Data Levelfield when AFGen2 To  
field is set to FMon the SIGNALING ENCODER screen when the Mode  
field is set to AMPS-TACS.  
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:AMP S| TACS:DATA:LEVel <r ea l n u m ber >  
:AMP S| TACS:DATA:LEVel?  
These commands set/query the data level when the AFG2:DEST Audio  
Out’ command is used first. The data level units are mV.  
Syn t a x  
AFG2:AMPS:DATA:LEV  
AFG2:AMPS:DATA:LEV?  
Scr een /field eq u iva len t  
AFG2:AMPS:DATA:LEV controls the Data Levelfield when AFGen2  
Tofield is set to Audio Outon the SIGNALING ENCODER screen  
when the Modefield is set to AMPS-TACS.  
:AMP S| TACS:DATA:RATE <r ea l n u m ber >  
These commands set/query the data rate of the encoded message.  
but does not use the :STATe command.  
Syn t a x  
AFG2:AMPS:DATA:RATE  
Scr een /field eq u iva len t  
AFG2:AMPS:DATA:RATE controls the Data Rate field on the  
SIGNALING ENCODER screen when the Modefield is set to  
AMPS-TACS.  
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:AMP S| TACS:F ILLer :DATA1 <str in g>  
:AMP S| TACS:F ILLer :DATA2 <str in g>  
:AMP S| TACS:F ILLer :DATA1?  
:AMP S| TACS:F ILLer :DATA2?  
These commands set/query FOCC filler data. Each filler contains 7  
hexadecimal characters representing the 2 type bits and 26 information  
bits of the control filler/message word. The control filler is sent  
continuously when the :AMPS| TACS:FILL:SEND command is used or  
after a control message has been sent using :AMPS| TACS:SEND.  
Both filler fields must be full (seven digits) for the forward control  
channel information to be structured correctly. Do not leave any blank  
spaces.  
To use this command, AFG2:AMPS:CHAN must be set to Cntl.  
Syn t a x  
AFG2:AMPS:FILL:DATA1 <string>  
AFG2:AMPS:FILL:DATA2 <string>  
AFG2:AMPS:FILL:DATA1?  
AFG2:AMPS:FILL:DATA2?  
Scr een /field eq u iva len t  
AFG2:AMPS:FILL:DATA1 and DATA 2 control the Fillerfields for  
Stream A and Stream B on the SIGNALING ENCODER screen when  
the Modefield is set to AMPS-TACSand the Channelfield is set to Cntl.  
:AMP S| TACS:F ILLer :SEND  
This command sends the filler information that is entered with the  
AFG2:FILL:DATA1 and AFG2:FILL:DATA2 commands.  
To use this command, AFG2:AMPS:CHAN must be set to Cntl.  
Syn t a x  
AFG2:AMPS:FILL:SEND  
Scr een /field eq u iva len t  
AFG2:AMPS:FILL:SEND controls the Send Fillerfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
AMPS-TACSand the Channelfield is set to Cntl.  
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:AMP S| TACS:F ILLer :STOP  
This command stops the output of filler data.  
To use this command, AFG2:AMPS:CHAN must be set to Cntl.  
Syn t a x  
AFG2:AMPS:FILL:STOP  
Scr een /field eq u iva len t  
AFG2:AMPS:FILL:STOP controls the Stop Fillerfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
AMPS-TACSand the Channelfield is set to Cntl.  
:AMP S| TACS:F VCMessa ge <str in g>  
:AMP S| TACS:F VCMessa ge?  
These commands set/query the 7 hexadecimal characters representing  
the 2 type bits and 26 information bits in the forward voice channel  
(FVC) message word. All seven characters must be present (with no  
blank spaces) for the message to be valid. The SAT is turned off while  
the FVC message stream is sent.  
This command is used with the AFG2:AMPS:CHAN Voice’ command.  
Syn t a x  
AFG2:AMPS:FVCM <string>  
AFG2:AMPS:FVCM?  
Scr een /field eq u iva len t  
AFG2:AMPS:FVCM controls the Messagefield on the SIGNALING  
ENCODER screen when the Modefield is set to AMPS-TACSand the  
Channelfield is set to Voice.  
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:AMP S| TACS:MESSa ge:DATA1 <st r in g>  
:AMP S| TACS:MESSa ge:DATA2 <st r in g>  
:AMP S| TACS:MESSa ge:DATA1?  
:AMP S| TACS:MESSa ge:DATA2?  
These commands set/query FOCC Stream A and Stream B message  
data. Like the filler data, the message information can only be input in  
full (seven digit) lines. Also, message streams A and B must have the  
same number of lines in them.  
To use this command, AFG2:AMPS:CHAN must be set to Cntl.  
Syn t a x  
AFG2:AMPS:MESS:DATA1 <string>  
AFG2:AMPS:MESS:DATA2 <string>  
AFG2:AMPS:MESS:DATA1?  
AFG2:AMPS:MESS:DATA2?  
Scr een /field eq u iva len t  
AFG2:AMPS:MESS controls the Messagefields for FOCC Stream A  
and Stream B on the SIGNALING ENCODER screen when the Mode  
field is set to AMPS-TACS. These fields are displayed only when the  
Channelfield is set to Cntl.  
:AMP S| TACS:SAT:AM <r ea l n u m b er >  
:AMP S| TACS:SAT:AM?  
These commands set/query the SAT level when the AFG2:DEST AM’  
and AFG2:AMPS:CHAN Voice’ commands are used. The SAT level  
units are %.  
Syn t a x  
AFG2:AMPS:SAT:AM  
AFG2:AMPS:SAT:AM?  
Scr een /field eq u iva len t  
AFG2:AMPS:SAT:AM controls the SAT Levelfield when AFGen2 To  
field is set to AMon the SIGNALING ENCODER screen when the Mode  
field is set to AMPS-TACSand the Channelfield is set to Voice.  
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:AMP S| TACS:SAT:F M <r ea l n u m ber >  
:AMP S| TACS:SAT:F M?  
These commands set/query the SAT level when the AFG2:DEST FM’  
and AFG2:AMPS:CHAN Voice’ commands are used. The SAT levels  
units are kHz.  
Syn t a x  
AFG2:AMPS:SAT:FM  
AFG2:AMPS:SAT:FM?  
Scr een /field eq u iva len t  
AFG2:AMPS:SAT:FM controls the SAT Levelfield when AFGen2 To  
field is set to FMon the SIGNALING ENCODER screen when the Mode  
field is set to AMPS-TACS and the Channel field is set to Voice.  
:AMP S| TACS:SAT:LEVel <r ea l n u m ber >  
:AMP S| TACS:SAT:LEVel?  
These commands set/query the SAT level when the AFG2:DEST Audio  
Out’ and AFG2:AMPS:CHAN Voice’ commands are used. The SAT level  
units are mV.  
Syn t a x  
AFG2:AMPS:SAT:LEV  
AFG2:AMPS:SAT:LEV?  
Scr een /field eq u iva len t  
AFG2:AMPS:SAT:LEV controls the SAT Levelfield when AFGen2 To  
field is set to Audio Outon the SIGNALING ENCODER screen when  
the Modefield is set to AMPS-TACSand the Channelfield is set to Voice.  
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:AMP S| TACS:SAT:F REQu en cy <r ea l n u m ber >  
These commands set/query the supervisory audio tones frequency. This  
signal is sent continuously whenever AFG2:AMPS:CHAN Voice’ is  
used, but is interrupted when a FVC message is sent.  
but does not use the :STATe command.  
Syn t a x  
AFG2:AMPS:SAT:FREQ  
Scr een /field eq u iva len t  
AFG2:AMPS:SAT:FREQ controls the SAT Freq field on the  
SIGNALING ENCODER screen when the Modefield is set to  
AMPS-TACSand the Channelfield is set to Voice.  
:AMP S| TACS:STANd a r d <str in g>  
:AMP S| TACS:STANd a r d ?  
These commands set/query the radio standard for the encoder.  
Syn t a x  
AFG2:AMPS:STAN ‘AMPS’  
‘TACS’  
‘JTACS’  
AFG2:AMPS:STAN?  
Scr een /field eq u iva len t  
AFG2:AMPS:STAN controls the Standardfield on the SIGNALING  
ENCODER screen when the Modefield is set to AMPS-TACS.  
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:DTMF :F REQu en cy:COLu m n <m u ltip le r ea l n u m b er >  
:DTMF :F REQu en cy:COLu m n ?  
These commands set/query the frequencies for the vertical columns in  
the symbol frequencies table of the DTMF encoder.  
Syn t a x  
AFG2:DTMF:FREQ:COL <integer value>,<real number>  
AFG2:DTMF:FREQ:COL? <integer value>  
Scr een /field eq u iva len t  
AFG2:DTMF:FREQ:COL controls vertical columns in the Symbol  
Frequencies (Hz): table on the SIGNALING ENCODER screen  
when the Modefield is set to DTMF.  
:DTMF :F REQu en cy:ROW <m u lt ip le r ea l n u m ber >  
:DTMF :F REQu en cy:ROW?  
These commands set/query the frequencies for the horizontal rows in  
the symbol frequencies table of the DTMF encoder.  
Syn t a x  
AFG2:DTMF:FREQ:ROW <integer value>,<real number>  
AFG2:DTMF:FREQ:ROW? <integer value>  
Scr een /field eq u iva len t  
AFG2:DTMF:FREQ:ROW controls horizontal rows in the Symbol  
Frequencies (Hz):table on the SIGNALING ENCODER screen when  
the Modefield is set to DTMF.  
:DTMF :OF FTim e <r ea l n u m b er >  
:DTMF :OF FTim e?  
These commands set/query the length of time each DTMF tone is off  
during the sequence.  
Syn t a x  
AFG2:DTMF:OFFT <real number>  
AFG2:DTMF:OFFT?  
Scr een /field eq u iva len t  
AFG2:DTMF:OFFT controls the Off Timefield on the SIGNALING  
ENCODER screen when the Modefield is set to DTMF.  
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:DTMF :ONTim e <r ea l n u m ber >  
:DTMF :ONTim e?  
These commands set/query the length of time each DTMF tone is on  
during the sequence.  
but does not use the :STATe command.  
Syn t a x  
AFG2:DTMF:ONT <real number>  
AFG2:DTMF:ONT?  
Scr een /field eq u iva len t  
AFG2:DTMF:ONT controls the On Timefield on the SIGNALING  
ENCODER screen when the Modefield is set to DTMF.  
:DTMF :SEQu en ce <str in g>  
:DTMF :SEQu en ce?  
These commands set/query the sequence of tones output by the  
signaling encoder.  
Syn t a x  
AFG2:DTMF:SEQ <string>  
AFG2:DTMF:SEQ?  
Scr een /field eq u iva len t  
AFG2:DTMF:SEQ controls the Sequencefield on the SIGNALING  
ENCODER screen when the Modefield is set to DTMF.  
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:DTMF :STANd a r d <str in g>  
:DTMF :STANd a r d ?  
These commands set/query the standard applied to the encoded data.  
The standard affects the types of frames that can be sent, the range of  
valid channel numbers, the encoding of the frame data, and the  
interpretation of received frames.  
Syn t a x  
AFG2:DTMF:STAN ‘Bell’  
AFG2:DTMF:STAN?  
Scr een /field eq u iva len t  
AFG2:DTMF:STAN controls the Standardfield on the SIGNALING  
ENCODER screen when the Modefield is set to DTMF.  
:DTMF :TWISt <r ea l n u m ber >  
:DTMF :TWISt?  
These commands set/query the ratio of amplitudes (in dB) between the  
high frequency and low frequency tone in each DTMF pair. A positive  
twist value indicates a higher amplitude for the high frequency tone. A  
negative value indicates a higher amplitude for the low frequency tone.  
Twist and pre-emphasis affect the relative levels of the high and low  
tones within each symbol (tone pair). See the Twist and Pre-emphasis”  
in the Reference Guide for details about the interactions of twist and  
pre-emphasis.  
but does not use the :INCR or :STATe commands.  
Syn t a x  
AFG2:DTMF:TWIS <real number>  
AFG2:DTMF:TWIS?  
Scr een /field eq u iva len t  
AFG2:DTMF:TWIS controls the Twistfield on the SIGNALING  
ENCODER screen when the Modefield is set to DTMF.  
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:F GENer a tor :SUNits <str in g>  
:F GENer a tor :SUNits?  
These commands set/query whether the signals output is in units of  
rms or peak. The AFG2:DEST Audio Out’ command must be used with  
this command.  
Syn t a x  
AFG2:FGEN:SUN ‘RMS’  
‘Peak’  
AFG2:FGEN:SUN?  
Scr een /field eq u iva len t  
AFG2:FGEN:WAV controls the Sine Unitsfield on the SIGNALING  
ENCODER screen when the Modefield is set to Func Genand the  
AFGen2 Tofield is set to Audio Out.  
:F GENer a tor :WAVefor m <str in g>  
:F GENer a tor :WAVefor m ?  
These commands set/query the type of waveform generated by the  
function generator.  
Syn t a x  
AFG2:FGEN:WAV ‘Sine’  
‘Square’  
‘Triangle’  
‘Ramp(+)’ !Positive-going ramp  
‘Ramp(-)’ !Negative-going ramp  
‘DC(+)’  
‘DC(-)’  
‘Uni Noise’ !Universal noise  
‘Gau Noise’ !Gaussian noise  
AFG2:FGEN:WAV?  
Scr een /field eq u iva len t  
AFG2:FGEN:WAV controls the Waveformfield on the SIGNALING  
ENCODER screen when the Modefield is set to Func Gen.  
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:NAMP s| NTACs:BUSY <str in g>  
:NAMP s| NTACs:BUSY?  
These commands set/query the busy/idle status information included in  
the signaling sequence.  
Idle’ sets the busy/idle bits of the forward control channel  
information to indicate an idle state.  
Busy’ sets the busy/idle bits of the forward control channel  
information to indicate an busy state.  
WS Delay’ (word sync delay) prevents a busy/idle change until the  
word sync information has been received and a defined number of  
delay bits has been counted. The delay is set with the  
AFG2:NAMPS:BUSY:DEL command.  
1stBitDly’ (first bit delay) causes the busy/idle bit to be set after a  
bit has been received and a defined number of delay bits has been  
counted. The delay is set with the AFG2:NAMPS:BUSY:DEL  
command.  
This command requires that the AFG2:NAMPS:CHAN command  
specifies Cntl.  
Syn t a x  
AFG2:NAMP:BUSY ‘Idle’  
‘Busy’  
‘WS Delay  
‘1stBitDly’  
AFG2:NAMP:BUSY?  
Scr een /field eq u iva len t  
AFG2:NAMP:BUSY controls the Busy/Idleon the SIGNALING  
ENCODER screen when the Modefield is set to NAMP-NTACand the  
Channelfield is set to Cntl.  
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:NAMP s| NTACs:BUSY:DELa y <in teger >  
This command sets the number of bits that are counted before a  
busy/idle bit changes form the idle state to the busy state. This function  
is used in conjunction with the WS Delay and 1stBitDly settings of the  
:NAMPs| NTACs:BUSY command.  
This command utilizes only the :INCR command of the Integer  
Syn t a x  
AFG2:NAMP:BUSY:DEL <real number>  
Scr een /field eq u iva len t  
AFG2:NAMP:BUSY:DEL controls the B/I Delayfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTACand the Channelfield is set to Cntl.  
:NAMP s| NTACs:CHANn el <str in g>  
:NAMP s| NTACs:CHANn el?  
These commands set/query the channel type. Cntl’ selects the forward  
control channel (FOCC). Voice’ selects the forward voice channel (FVC).  
Syn t a x  
AFG2:NAMP:CHAN ‘Cntl’  
‘Voice’  
AFG2:NAMP:CHAN?  
Scr een /field eq u iva len t  
AFG2:NAMP:CHAN controls the Channelfield on the SIGNALING  
ENCODER screen when the Modefield is set to NAMP-NTAC.  
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:NAMP s| NTACs:DSAT:MESS <str in g>  
:NAMP s| NTACs:DSAT:MESS?  
These commands set/query the 24-bit digital supervisory audio tone  
(DSAT) sequence. The seven standard sequences are: 2556CB, 255B2B,  
256A9B, 25AD4D, 26AB2B, 26B2AD, and 2969AB. (These codes are the  
inverse of the seven DST codes.)  
DSAT is output continuously when AFG2:NAMP:DSAT:SEND is sent.  
It is only stopped when AFG2:NAMP:DSAT:STOP is sent, or when the  
DST message stream is sent.  
Syn t a x  
AFG2:NAMP:DSAT:MESS <string>  
AFG2:NAMP:DSAT:MESS?  
Scr een /field eq u iva len t  
AFG2:NAMP:DSAT:MESS controls the FVC DSATfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Voice.  
:NAMP s| NTACs:DSAT:SEND <str in g>  
:NAMP s| NTACs:DSAT:SEND?  
This command set/query sends the 24-bit digital supervisory audio tone  
(DSAT) sequence. DSAT is output continuously when  
AFG2:NAMP:DSAT:SEND is sent. It is only stopped when  
AFG2:NAMP:DSAT:STOP is sent, or when a message or DST is sent. If  
a message or DST is sent, the DSAT data is output after the message is  
output.  
Syn t a x  
AFG2:NAMP:DSAT:SEND  
AFG2:NAMP:DSAT:SEND?  
Scr een /field eq u iva len t  
AFG2:NAMP:DSAT:SEND controls the FVC Send DSATfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Voice.  
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:NAMP s| NTACs:DSAT:STOP  
This command stops the DSAT if it is being sent. See  
Syn t a x  
AFG2:NAMP:DSAT:STOP  
Scr een /F ield E q u iva len t  
AFG2:NAMP:DSAT:STOP controls the Stop DSATfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Voice.  
:NAMP s| NTACs[:F OCC]:AM <r ea l n u m ber >  
:NAMP s| NTACs[:F OCC]:AM?  
This command sets/queries the data level when the AFG2:DEST AM’  
command is used. The data level units are %.  
Syn t a x  
AFG2:NAMP:FOCC:AM  
AFG2:NAMP:FOCC:AM?  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:AM controls the Data Levelfield when AFGen2  
Tofield is set to AMon the SIGNALING ENCODER screen when the  
Modefield is set to NAMP-NTAC, and the Channelfield is set to Cntl.  
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:NAMP s| NTACs[:F OCC]:F M <r ea l n u m ber >  
:NAMP s| NTACs[:F OCC]:F M?  
This command sets/queries the data level when the AFG2:DEST FM’  
command is used. The data level units are kHz.  
Syn t a x  
AFG2:NAMP:FOCC:FM  
AFG2:NAMP:FOCC:FM?  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:FM controls the Data Levelfield when AFGen2  
Tofield is set to FMon the SIGNALING ENCODER screen when the  
Modefield is set to NAMP-NTAC, and the Channelfield is set to Cntl.  
:NAMP s| NTACs[:F OCC]:LEVel <r ea l n u m ber >  
:NAMP s| NTACs[:F OCC]:LEVel?  
These commands set/query the data level when the AFG2:DEST Audio  
Out’ command is used. The data level units are mV.  
Syn t a x  
AFG2:NAMP:FOCC:LEV  
AFG2:NAMP:FOCC:LEV?  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:LEV controls the Data Levelfield when AFGen2  
Tofield is set to Audio Outon the SIGNALING ENCODER screen  
when the Modefield is set to NAMP-NTAC, and the Channelfield is set to  
Cntl.  
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:NAMP s| NTACs[:F OCC]:RATE <r ea l n u m ber >  
:NAMP s| NTACs[:F OCC]:RATE ?  
These commands set/query the data rate of the encoded message.  
but does not use the :STATe command.  
Syn t a x  
AFG2:NAMP:FOCC:RATE  
AFG2:NAMP:FOCC:RATE?  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:RATE controls the Data Rate field on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Cntl.  
:NAMP s| NTACs[:F OCC]:F ILLer :DATA1 <str in g>  
:NAMP s| NTACs[:F OCC]:F ILLer :DATA2 <str in g>  
:NAMP s| NTACs[:F OCC]:F ILLer :DATA1?  
:NAMP s| NTACs[:F OCC]:F ILLer :DATA2?  
These commands set/query FOCC filler data. Each filler contains 7  
hexadecimal characters representing the 2 type bits and 26 information  
bits of the control filler/message word. The control filler is sent  
continuously when the :NAMPs| NTACs[:FOCC]:FILL:SEND command  
is used or after a control message has been sent using  
:NAMPs| NTACs:SEND.  
Both filler fields must be full (seven digits) for the forward control  
channel information to be structured correctly. Do not leave any blank  
spaces.  
To use this command, AFG2:NAMP:CHAN must be set to Cntl.  
Syn t a x  
AFG2:NAMP[:FOCC]:FILL:DATA1 <string>  
AFG2:NAMP[:FOCC]:FILL:DATA2 <string>  
AFG2:NAMP[:FOCC]:FILL:DATA1?  
AFG2:NAMP[:FOCC]:FILL:DATA2?  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:FILL:DATA1 and DATA 2 control the Filler  
fields for Stream A and Stream B on the SIGNALING ENCODER  
screen when the Modefield is set to NAMP-NTAC, and the Channelfield is  
set to Cntl.  
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:NAMP s| NTACs[:F OCC]:F ILLer :SEND  
This command sends the filler information that is entered with the  
AFG2:FILL:DATA1 and AFG2:FILL:DATA2 commands.  
To use this command, AFG2:NAMP:CHAN must be set to Cntl.  
Syn t a x  
AFG2:NAMP[:FOCC]:FILL:SEND  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:FILL:SEND controls the Send Fillerfield on  
the SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Cntl.  
:NAMP s| NTACs[:F OCC]:F ILLer :STOP  
This command stops the output of filler data.  
To use this command, AFG2:NAMP:CHAN must be set to Cntl.  
Syn t a x  
AFG2:NAMP[:FOCC]:FILL:STOP  
Scr een /field eq u iva len t  
AFG2:NAMP[:FOCC]:FILL:STOP controls the Stop Fillerfield on  
the SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Cntl.  
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:NAMP S| NTACS[:F OCC]:MESSa ge:DATA1 <str in g>  
:NAMP S| NTACS[:F OCC]:MESSa ge:DATA2 <str in g>  
:NAMP S| NTACS[:F OCC]:MESSa ge:DATA1?  
:NAMP S| NTACS[:F OCC]:MESSa ge:DATA2?  
These commands set/query FOCC Stream A and Stream B message  
data. Like the filler data, the message information can only be input in  
full (seven digit) lines. Also, message streams A and B must have the  
same number of lines in them.  
To use this command, AFG2:NAMP:CHAN must be set to Cntl.  
Syn t a x  
AFG2:NAMP[:FOCC]:MESS:DATA1 <string>  
AFG2:NAMP[:FOCC]:MESS:DATA2 <string>  
AFG2:NAMP[:FOCC]:MESS:DATA1?  
AFG2:NAMP[:FOCC]:MESS:DATA2?  
Scr een /field eq u iva len t  
AFG2:NAMP:MESS controls the Messagefields for FOCC Stream A  
and Stream B on the SIGNALING ENCODER screen when the Mode  
field is set to NAMP-NTAC. These fields are displayed only when the  
Channelfield is set to Cntl.  
:NAMP s| NTACs:F VC:MESS <str in g>  
:NAMP s| NTACs:F VC:MESS?  
These commands set/query the seven hexadecimal characters (28 bits)  
of the FVC message. These 7 characters are combined with 12 parity  
bits calculated by the encoder to output a 40-character data stream.  
This data is output when the AFG2:NAMP:FVC:SEND Message’  
command is sent.  
The entire field must contain data. No blank spaces are allowed. The  
DSAT is turned off while the FVC message stream is sent.  
Syn t a x  
AFG2:NAMP:FVC:MESS <string>  
AFG2:NAMP:FVC:MESS?  
Scr een /field eq u iva len t  
AFG2:NAMP:FVC:MESS controls the FVC Messagefield on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Voice.  
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:NAMP s| NTACs:F VC:R ATE <r ea l n u m ber >  
:NAMP s| NTACs:F VC:R ATE?  
These commands set/query the data rate of the encoded message.  
but does not use the :STATe command.  
Syn t a x  
AFG2:NAMP:FVC:RATE <real number>  
AFG2:NAMP:FVC:RATE?  
Scr een /field eq u iva len t  
AFG2:NAMP:FVC:RATE controls the Data Rate field on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Voice.  
:NAMP s| NTACs:F VC:AM <r ea l n u m b er >  
:NAMP s| NTACs:F VC:AM?  
This command sets/queries the data level when the AFG2:DEST AM’  
command is used. The data level units are %.  
Syn t a x  
AFG2:NAMP:FVC:AM  
AFG2:NAMP:FVC:AM?  
Scr een /field eq u iva len t  
AFG2:NAMP:FVC:AM controls the Data Levelfield when AFGen2 To  
field is set to AMon the SIGNALING ENCODER screen when the Mode  
field is set to NAMP-NTAC, and the Channelfield is set to Voice.  
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:NAMP s| NTACs:F VC:F M <r ea l n u m b er >  
:NAMP s| NTACs:F VC:F M?  
This command sets/queries the data level when the AFG2:DEST FM’  
command is used. The data level units are kHz.  
Syn t a x  
AFG2:NAMP:FVC:FM  
AFG2:NAMP:FVC:FM?  
Scr een /field eq u iva len t  
AFG2:NAMP:FVC:FM controls the Data Levelfield when AFGen2 To  
field is set to FMon the SIGNALING ENCODER screen when the Mode  
field is set to NAMP-NTAC, and the Channelfield is set to Voice.  
:NAMP s| NTACs:F VC:LEVel <r ea l n u m ber >  
:NAMP s| NTACs:F VC:LEVel?  
These commands set/query the data level when the AFG2:DEST Audio  
Out’ command is used. The data level units are mV.  
Syn t a x  
AFG2:NAMP:FVC:LEV  
AFG2:NAMP:FVC:LEV?  
Scr een /field eq u iva len t  
AFG2:NAMP:FVC:LEV controls the Data Levelfield when AFGen2 To  
field is set to Audio Outon the SIGNALING ENCODER screen when  
the Modefield is set to NAMP-NTAC, and the Channelfield is set to Voice.  
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AFG2|ENCoder subsystem  
:NAMP s| NTACs:SEND  
:NAMP s| NTACs:SEND?  
This command sets/queries the type of data sent when the AFG2:SEND  
command is used.  
Selecting Message’ sends the contents of the forward voice message  
(AFG2:NAMP:FVC:MESS <string>).  
Selecting DST’ causes the digital signaling tone sequence to be  
output. The DST sequence that is sent is the inverse of the sequence  
entered in the DSAT message (AFG2:DSAT:MESS <string>).  
Syn t a x  
AFG2:NAMP:FVC:SEND ‘Message’  
‘DST’  
AFG2:NAMP:FVC:SEND?  
Scr een /F ield E q u iva len t  
AFG2:NAMP:FVC:SEND controls the FVC Message/DSTfield on the  
SIGNALING ENCODER screen when the Modefield is set to  
NAMP-NTACand the Channelfield is set to Voice.  
:NAMP S| NTACS:STANd a r d <str in g>  
:NAMP S| NTACS:STANd a r d ?  
These commands set/query the radio standard for the encoder.  
Syn t a x  
AFG2:NAMP:STAN ‘NAMPS’  
‘NTACS’  
AFG2:NAMP:STAN?  
Scr een /field eq u iva len t  
AFG2:NAMP:STAN controls the Standardfield on the SIGNALING  
ENCODER screen when the Modefield is set to NAMP-NTAC.  
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CANalyzer subsystem  
CANa lyzer su bsystem  
The CANalyzer subsystem controls functions unique to the CDMA  
ANALYZER screen.  
:ACP :P OWer :CALibr a te  
This command initiates calibration of the adjacent channel power  
measurement for the current RF analyzer frequency at the selected  
frequency offset and filter bandwidth.  
Syn t a x  
CAN:ACP:POW:CAL  
E xa m p le  
CAN:ACP:POW:CAL !calibrates ACP measurement  
Scr een /field eq u iva len t  
CAN:ACP:POW CAL controls the ACP Calfield on the CDMA  
ANALYZER screen.  
:ACP :P OWer :F ILTer <r ea l n u m ber >  
:ACP :P OWer :F ILTer ?  
This command selects the filter bandwidth over which the adjacent  
channel power measurement is made in the adjacent channels. Valid  
values are 10 kHz to 1.23 MHz with 500 Hz resolution.  
Syn t a x  
CAN:ACP:POW:FILT <real number>  
CAN:ACP:POW:FILT?  
E xa m p le  
CAN:ACP:POW:FILT 10 kHz !sets the filter BW to 10 kHz  
CAN:ACP:POW:FILT?  
!returns the filter BW setting  
Scr een /field eq u iva len t  
CAN:ACP:POW:FILT controls the ACP Fltr BWfield on the CDMA  
ANALYZER screen.  
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:ACP :P OWer :OF F Set <r ea l n u m ber >  
:ACP :P OWer :OF F Set?  
This command sets the frequency offset used when making adjacent  
channel power measurements. The setting designates the frequency  
offset from the center frequency at which the measurement is made.  
Valid values are 100 kHz to 3 MHz.  
Syn t a x  
CAN:ACP:POW:OFFS <real number>  
CAN:ACP:POW:OFFS?  
E xa m p le  
CAN:ACP:POW:OFFS 100 kHz !sets the freq. offset to 100 kHz  
CAM:ACP:POW:OFFS?  
!returns freq. offset setting  
Scr een /field eq u iva len t  
CAN:ACP:POW:OFFS controls the ACP Offsetfield on the CDMA  
ANALYZER screen.  
:ARM  
This command arms the measurements based on the type of  
measurement (single or continuous), qualifying events, and triggering  
events.  
To put the CDMA analyzer in single triggering mode, use the  
TRIG:MODE:RETR SING command.  
For continuous triggering, use TRIG:MODE:RETR REP.  
Syn t a x  
CAN:ARM  
!arms the CDMA analyzer measurements  
E xa m p le  
TRIG:MODE:RETR SING !sets the trigger mode to Single  
CAN:ARM  
!arms the measurement  
Scr een /field eq u iva len t  
CAN:ARM controls the Arm Meassubfield of the Analyzerfield.  
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:AUTO:GAIN?  
This command returns the gain setting. The value and mode of the gain  
are set by the commands :PATH:GAIN and :PATH:GAIN:MODE. This  
query is valid only while measuring rho, EVM or channel power.  
Syn t a x  
CAN:AUTO:GAIN?  
Scr een /field eq u iva len t  
CAN:AUTO:GAIN? queries the Gainfield of the CDMA ANALYZER  
screen. This field is displayed when a rho, EVM, or channel power  
measurement is selected.  
:AUTO:P OWer :GAIN?  
This command returns the gain setting. The value and mode of the gain  
are set by the commands :POW:GAIN and :POW:GAIN:MODE. This  
query is valid only while measuring average power.  
Syn t a x  
CAN:AUTO:POW:GAIN?  
Scr een /field eq u iva len t  
CAN:AUTO:POW:GAIN? queries the Pwr Gainfield of the CDMA  
ANALYZER screen when measuring average power.  
:CHANn el:P OWer :CALibr a te  
This command calibrates the channel power measurement. The Test  
Set requires a few moments to complete this calibration. To determine  
when the calibration is finished, poll the status register.  
Syn t a x  
CAN:CHAN:POW:CAL  
E xa m p le  
CAN:CHAN:POW:CAL  
!calibrates channel power  
Scr een /field eq u iva len t  
CAN:CHAN:POW:CAL controls the Chn Pwr Calfield of the CDMA  
ANALYZER screen while measuring channel power.  
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CANalyzer subsystem  
:CHANn el:P OWer :F ILTer  
:CHANn el:P OWer :F ILTer ?  
These commands set/query the filter for the channel power  
measurement.  
1.23M’ measures the absolute channel power level of the RF signal  
in a 1.23 MHz bandwidth centered around the RF channel or tune  
frequency setting. This measurement must be calibrated using the  
CAN:CHAN:CPOW:CAL command each time the frequency is  
changed.  
30kHz’ measures the adjacent channel power (that is the power in  
the sidebands around the chosen CDMA channel).  
Syn t a x  
CAN:CHAN:POW:FILT ‘1.23M’  
‘30kHz’  
CAN:CHAN:POW:FILT?  
Scr een /field eq u iva len t  
CAN:CHAN:POW:FILT controls the Ch Pwr Filtfield of the CDMA  
ANALYZER screen while measuring channel power.  
:DARM  
This command works with the :ARM command to control the  
measurements.  
Syn t a x  
CAN:DARM  
Scr een /field eq u iva len t  
CAN:DARM controls the Disarmsubfield of the Analyzerfield on the  
CDMA ANALYZER screen.  
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:DIRection <str in g>  
:DIRection ?  
These commands set/query the direction of the CDMA analyzer. This  
command is valid only when frequency tuning mode is selected  
(CONF:RFD Freq).  
:DIR is not used while measuring average power.  
Syn t a x  
CAN:DIR ‘Fwd’  
‘Rev’  
CAN:DIR?  
Scr een /field eq u iva len t  
CAN:DIR controls the Anl Dirfield of the CDMA ANALYZER screen.  
:EVENt :QUALifier <str in g>  
:EVENt :QUALifier ?  
These commands set/query the qualifying event for the trigger. The  
qualifying event is the event that must occur before a trigger is  
accepted. The trigger event is set by the :EVEN:TRIG command.  
Syn t a x  
CAN:EVEN:QUAL ‘None’  
‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Ampl Lo’  
‘Ampl Mid’  
‘Ampl Hi’  
‘External’  
CAN:EVEN:QUAL?  
Scr een /field eq u iva len t  
CAN:EVEN:QUAL sets the Qual Eventfield on the CDMA  
ANALYZER screen.  
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:EVENt :TRIGger <str in g>  
:EVENt :TRIGger ?  
These commands set/query the trigger setting of the CDMA  
ANALYZER screen.  
Syn t a x  
CAN:EVEN:TRIG ‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Delay’  
‘Immed’  
CAN:EVEN:TRIG?  
E xa m p le  
CAN:EVEN:TRIG ‘Delay’  
!sets the trigger to run after the delay has been set by the  
CAN:EVEN:TRIG:DEL command.  
CAN:EVEN:TRIG ‘2 s’ !sets the trigger to run after 2 seconds  
Scr een /field eq u iva len t  
CAN:EVEN:TRIG sets the Trig Eventfield of the CDMA ANALYZER  
screen.  
:EVENt :TRIGger :DELa y <r ea l n u m ber >  
:EVENt :TRIGger :DELa y?  
These commands set/query the delay value of the trigger when the  
:EVEN:TRIG Delay’ command is used. This command utilizes the “Real  
Number Setting Syntax” on page 299, but does not use the :DUNits,  
:UNITs, or :STATe commands.  
Syn t a x  
CAN:EVEN:TRIG:DEL <real number> !values from 20 µs to 10 s  
CAN:EVEN:TRIG:DEL?  
!returns the value set  
Scr een /field eq u iva len t  
CAN:EVEN:TRIG:DEL controls the Trig Eventfield on the CDMA  
ANALYZER screen when the Trig Eventfield is set to Delay.  
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:MODE <str in g>  
:MODE?  
These commands set/query the measurement displayed in the upper  
left corner of the display.  
Syn t a x  
CAN:MODE ‘Avg Pwr’  
‘ACP’  
‘Rho’  
‘EVM’  
‘Chan Pwr’  
CAN:MODE?  
Scr een /field eq u iva len t  
CAN:MODE selects the measurement to be displayed in the upper-left  
corner of the screen.  
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:PATH:GAIN <str in g>  
:PATH:GAIN?  
These commands set/query the gain of the CDMA analyzer. This  
command will only be enabled when autoranging is turned off  
(CAN:PATH:MODE Hold).  
This command may conflict with the code domain analyzer s settings  
CDAN:PATH:GAIN and CDAN:PATH:MODE. For example, if  
autoranging is turned off (Hold) in the CDMA analyzer and turned on  
in the Code Domain Analyzer (Auto) the Hold’ setting will always  
override the Auto setting. When autoranging is turned off, setting  
either analyzer s gain will automatically change the other s to the same  
setting.  
Use the CAN:POW:GAIN command when making an average power  
measurement.  
Syn t a x  
CAN:PATH:GAIN ‘0 dB’  
‘6 dB’  
‘12 dB’  
‘18 dB’  
‘24 dB’  
‘30 dB’  
‘36 dB’  
CAN:PATH:GAIN?  
Scr een /field eq u iva len t  
CAN:PATH:GAIN sets the lower subfield of the Gainfield of the CDMA  
ANALYZER screen. This subfield is only selectable when the upper  
subfield is set to Hold.  
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CANalyzer subsystem  
:PATH:GAIN:MODE <st r in g>  
:PATH:GAIN:MODE?  
These commands set/query the mode of the Gainfield, allowing you to  
choose between an autoranging gain (Auto) or a fixed gain (Hold).  
This command may conflict with the code domain analyzer s settings  
CDAN:PATH:GAIN and CDAN:PATH:MODE. For example, if  
autoranging is turned off (Hold) in the CDMA analyzer and turned on  
in the Code Domain Analyzer (Auto), the Hold’ setting will always  
override the Auto setting. When autoranging is turned off, setting  
either analyzer s path gain will automatically change the other s to the  
same setting.  
For average power measurements, use the CAN:POW:GAIN:MODE  
command.  
Syn t a x  
CAN:PATH:GAIN:MODE ‘Auto’  
‘Hold’  
CAN:PATH:GAIN:MODE?  
Scr een /field eq u iva len t  
CAN:PATH:GAIN:MODE sets the Auto/Holdsubfield of the Gainfield  
of the CDMA ANALYZER or CODE DOM screen.  
:P NINcr em en t <r ea l n u m ber >  
:P NINcr em en t?  
These commands set/query the PN increment. If you know the PN  
increment, enter it with this command to speed the PN offset search. If  
you do not know the increment, enter a 1.  
This command utilizes the :INCR command of the Real Number  
Syn t a x  
CAN:PNIN <real number> !values from 1 to 256  
CAN:PNIN?  
!returns the value of the PN increment  
Scr een /field eq u iva len t  
CAN:PNIN:INCR controls the PN Incrmentfield on the CDMA  
ANALYZER. This field is displayed only when the Find PNfield is set to  
Auto.  
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CANalyzer subsystem  
:P NMod e <st r in g>  
:P NMod e?  
These commands set/query the PN offset mode.  
Auto’ is used to calculate the systems PN offset if it is unknown.  
When Auto’ is selected, the CAN:PNIN command can be used to  
enter a PN increment and speed the PN offset calculation.  
Manual’ is used to enter a known PN offset. When Manual’ is  
selected, the PN offset is entered using the CAN:PNOF command.  
Syn t a x  
CAN:PNM ‘Auto’  
‘Manual’  
CAN:PNM? !returns the PN Offset mode  
Scr een /field eq u iva len t  
CAN:PNM controls the Find PNfield on the CDMA ANALYZER screen.  
:P NOF fset <r ea l n u m b er >  
:P NOF fset?  
These commands set/query the PN offset of the system.  
This command utilizes the :INCR command of the Real Number  
Syn t a x  
CAN:PNOF <real number> !values from 0.0 to 511.984375  
CAN:PNOF?  
!returns the value of the PN Offset  
Scr een /field eq u iva len t  
CAN:PNOF controls the PN Offsetfield on the CDMA ANALYZER  
screen. This field is displayed only when the Find PNfield is set to  
Manual.  
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CANalyzer subsystem  
:P OWer :GAIN <str in g>  
:P OWer :GAIN?  
These commands set/query the gain of the CDMA analyzer. These  
commands are valid only when an average power (Avg Pwr)  
measurement is selected. For channel power, EVM, or rho  
measurements, use the CAN:PATH:GAIN command.  
Syn t a x  
CAN:POW:GAIN ‘0 dB’  
‘6 dB’  
‘12 dB’  
‘24 dB’  
‘30 dB’  
‘36 dB’  
‘42 dB’  
‘48 dB’  
‘54 dB’  
‘60 dB’  
‘66 dB’  
‘72 dB’  
CAN:POW:GAIN?  
Scr een /field eq u iva len t  
CAN:POW:GAIN sets the Pwr Gainfield of the CDMA ANALYZER  
screen when Avg Pwris displayed.  
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CANalyzer subsystem  
:P OWer :GAIN:MODE <str in g>  
:P OWer :GAIN:MODE?  
These commands set/query the mode of the Pwr Gainfield, allowing  
you to choose between automatic gain (Auto) or fixed gain (Hold).This  
command is valid only when average power is selected. For channel  
power, EVM and rho measurements, use the CAN:PATH:GAIN:MODE  
command.  
Syn t a x  
CAN:POW:GAIN:MODE ‘Auto’  
‘Hold’  
CAN:POW:GAIN:MODE?  
Scr een /field eq u iva len t  
CAN:POW:GAIN:MODE sets the Auto/Holdsubfield of the Pwr Gain  
field of the CDMA ANALYZER screen, when Avg Pwris displayed.  
:P OWer :SAMP le:TIME <r ea l n u m ber >  
:P OWer :SAMP le:TIME?  
These commands set/query the power interval. This interval is the  
amount of time that average power or channel power is measured.This  
does not use the :STATe command.  
Syn t a x  
CAN:POW:SAMP:TIME <real number>  
!values from 0.00025 to .02666 s  
CAN:POW:SAMP:TIME?  
Scr een /field eq u iva len t  
CAN:POW:SAMP:TIME sets the Pwr Intvlfield of the CDMA  
ANALYZER screen.  
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CANalyzer subsystem  
:P OWer :ZERO  
This command zeroes the power meter for an average power  
measurement.  
Syn t a x  
CAN:POW:ZERO  
Scr een /field eq u iva len t  
CAN:POW:ZERO controls the Pwr Zerofield on the CDMA ANALYZER  
screen. This field is only available when the average power  
measurement is selected.  
:P OWer :ZERO:MODE <str in g>  
:P OWer :ZERO:MODE?  
These commands set/query whether the power meter is automatically  
zeroed or if the zero function must be manually activated. This  
command is used for average power measurements.  
Syn t a x  
CAN:POW:ZERO:MODE ‘Auto’  
‘Manual’  
CAN:POW:ZERO:MODE?  
Scr een /field eq u iva len t  
CAN:POW:ZERO:MODE controls the Auto Zerofield on the CDMA  
ANALYZER screen. This field is only available when the average power  
measurement is selected.  
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CANalyzer subsystem  
:SAMP le:TIME <r ea l n u m ber >  
:SAMP le:TIME?  
These commands set/query the amount of time that rho or EVM is  
page 299, but does not use the :STATe command.  
Syn t a x  
CAN:SAMP:TIME <real number>  
!values from 0.00025 to 0.02 seconds, for Forward Analyzer  
Direction (CAN:DIR ‘Fwd’)  
!values from 0.0025 to 0.01 seconds for Reverse Channel  
Direction (CAN:DIR ‘Rev’)  
CAN:SAMP:TIME?  
Scr een /field eq u iva len t  
CAN:SAMP:TIME sets the Meas Intvlfield of the CDMA ANALYZER  
screen when a rho or EVM measurement is selected.  
:SP ECia l <st r in g>  
:SP ECia l?  
These commands set/query the phase of the I and Q signals that are  
analyzed by the Test Set.  
Syn t a x  
CAN:SPEC ‘Normal’ !set for IS-95 standard rotation  
‘Inverted’  
CAN:SPEC?  
Scr een /field eq u iva len t  
CAN:SPEC controls the setting of the Anl Specialfield of the CDMA  
ANALYZER screen.  
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CANalyzer subsystem  
:TRIGger :STATe <st r in g>  
:TRIGger :STATe?  
These commands set/query the state of the trigger.  
CAN:TRIG:STAT can be overridden with the TRIG:MODE:RETR REP  
and TRIG:MODE:RETR SING trigger commands. When the trigger  
commands are used, the state of the field on the display is not updated.  
(For instance, the screen may show Singleselected when  
TRIG:MODE:RETR REP is used.)  
Syn t a x  
CAN:TRIG:STAT ‘Single’  
‘Cont’  
CAN:TRIG:STAT?  
Scr een /field eq u iva len t  
CAN:TRIG:STAT controls Single/Contsubfield of the Analyzerfield  
on the CDMA ANALYZER screen.  
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CBUFfer subsystem  
CBUF fer su bsyst em  
CBUF controls the CDMA data buffer. This system allows you to send  
CDMA data through the CDMA generator. You can send all zeroes,  
external data via the DATA IN connector, random data, or data  
supplied via GPIB.  
:DATA <48 or 72 ch a r a cter h ex str in g>  
:DATA?  
These commands set/query the actual data string sent in the CDMA  
data buffer. The command CGEN:DATA:SOUR Data Buff’ in the  
CGENerator subsystem” on page 146 selects the data buffer as the  
data source.  
Syn t a x  
CBUF:DATA <hex string> !48 or 72 character hex string  
CBUF:DATA?  
Scr een /field eq u iva len t  
CBUF:DATA is controlled by the Data Sourcefield of the CDMA  
GENERATOR screen, but :DATA has no direct screen equivalent.  
:F RAMe:COUNt <in teger > <r ea l n u m ber >  
:F RAMe:COUNt?  
These commands set/query the number of frames to be transmitted. It  
is applicable no matter what the source of data is (data buffer, zeroes,  
external, or random). This command utilizes the Multiple Real  
Number Setting Syntax” on page 282, but does not use the :DUNits  
and :UNITs commands.  
Syn t a x  
CBUF:FRAM:COUN <integer>,<real number>  
CBUF:FRAM:COUN? <integer> !returns the count corresponding to  
‘integer’  
Scr een /field eq u iva len t  
CBUF:FRAM:COUN controls the # of Framesfield of the CDMA  
GENERATOR screen. The # of Framefield is displayed when the Data  
Sourceis set to Data Buff.  
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CBUFfer subsystem  
:F RAMe:STARt <in teger >,<r ea l n u m ber >  
:F RAMe:STARt?  
These commands set/query the first frame of data to be sent. This  
282, but does not use the :DUNits and :UNITs commands.  
Syn t a x  
CBUF:FRAM:STAR <integer>,<real number>  
CBUF:FRAM:STAR?  
Scr een /field eq u iva len t  
CBUF:FRAM:STAR controls the Start Framefield of the CDMA  
GENERATOR screen.  
:F RAMe:LOAD <in teger >,<r ea l n u m ber >  
:F RAMe:LOAD?  
These commands load/query the data into the GPIB buffer. This  
282, but does not use the :DUNits and :UNITs commands.  
Syn t a x  
CBUF:FRAM:LOAD <integer>,<real number>  
CBUF:FRAM:LOAD?  
Scr een /field eq u iva len t  
CBUF:FRAM:LOAD has no equivalent field.  
:MODE <str in g>  
:MODE?  
These commands set/query the mode of the data buffer.  
Syn t a x  
CBUF:MODE ‘Single’  
‘Cont’  
CBUF:MODE?  
Scr een /field eq u iva len t  
CBUF:MODE controls the Single/Contsubfield of the Data Source  
field on the CDMA GENERATOR screen.The Data Sourcefield must  
be set to Data Buffto display these choices.  
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CBUFfer subsystem  
:STATe <st r in g>  
:STATe?  
These commands set/query the mode of the data buffer.  
Syn t a x  
CBUF:STAT ‘Idle’  
‘Send’  
CBUF:STAT?  
Scr een /field eq u iva len t  
CBUF:STAT controls Idle/Sendsubfield of the Data Sourcefield on  
the CDMA GENERATOR screen. The Data Sourcefield must be set to  
Data Buffto display these choices.  
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CCOMmon subsystem  
CCOMm on su bsystem  
:PATH <str in g>  
:PATH?  
These commands set/query RF path of the CDMA generator.  
Syn t a x  
CCOM:PATH ‘Bypass’  
‘IQ’  
CCOM:PATH?  
Scr een /field eq u iva len t  
CCOM:PATH controls the CW RF Pathfield of the CDMA GENERATOR  
screen.  
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CDANalyzer subsystem  
CDANa lyzer su b system  
CDAN controls the code domain analyzer.  
:CONTr ol <str in g>  
:CONTr ol?  
These commands set/query the control menu displayed on the code  
domain analyzer, when the CDMA standard is set to IS-95 Only.  
Syn t a x  
CDAN:CONT ‘Main’  
‘Marker’  
‘Trigger’  
‘Aux’  
‘Gain’  
‘PN Setup’  
‘FP Setup’  
‘CD Setup’  
CDAN:CONT?  
Scr een /field eq u iva len t  
CDAN:CONT controls the menu Controlsfield on the Mainmenu of  
the CODE DOM screen,when the CDMA standard is set to IS-95  
Only.  
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CDANalyzer subsystem  
:CP OWer :CALib r a te  
This command initiates the channel power calibration. When this  
command is received, an internally generated calibration signal is  
measured using the average power technique. Channel power is also  
measured and a correction factor is generated. This correction factor is  
applied to subsequent channel power measurements. Calibration  
should be performed whenever a new set of measurements is made and  
whenever the frequency of the measured signal is changed.  
Syn t a x  
CDAN:CPOW:CAL  
Scr een /field eq u iva len t  
CDAN:CPOW:CAL controls Chn Pwr Calmeasurement field on the CD  
Setup menu of the CODE DOM screen, when the CDMA standard is  
set to IS-95 Only. The field displayed on the CD Setup menu when  
the Measurement field on the Main menu is set to Power or Fast  
Power, and the CD pwr unit field on the CD Setup menu is set to Abs.  
:EVENt :QUALifier <str in g>  
:EVENt :QUALifier ?  
These commands set/query the qualifying event for the trigger. The  
qualifying event is the event that must occur before a trigger is  
accepted. The trigger event is set by the :EVEN:TRIG command.  
Syn t a x  
CDAN:EVEN:QUAL ‘None’  
‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Ampl Lo’  
‘Ampl Mid’  
‘Ampl Hi  
‘External’  
Scr een /field eq u iva len t  
CDAN:EVEN:QUAL controls the Qual Eventfield of the CODE DOM  
screen. This field is displayed on the Triggermenu, when the CDMA  
standard is set to IS-95 Only.  
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CDANalyzer subsystem  
:EVENt :TRIGger <str in g>  
:EVENt :TRIGger ?  
These commands set/query the trigger setting of the CODE DOM  
screen.  
Syn t a x  
CDAN:EVEN:TRIG ‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Delay’  
‘Immed’  
CDAN:EVEN:TRIG?  
Scr een /field eq u iva len t  
CDAN:EVEN:TRIG sets the Trig Eventfield of the CODE DOM  
screen, when the CDMA standard is set to IS-95 Only. This field is  
displayed on the Triggermenu.  
:EVENt :TRIGger :DELa y <r ea l n u m ber >  
:EVENt :TRIGger :DELa y?  
These commands set/query the delay value of the trigger when the  
:EVEN:TRIG Delay’ command is sent. This command utilizes the Real  
Number Setting Syntax” on page 299, but does not use the :DUNits,  
:UNITs, or :STATe commands.  
Syn t a x  
CDAN:EVEN:TRIG:DEL <real number> !values from 20 µs to 10 s  
CDAN:EVEN:TRIG:DEL?  
!returns the value set  
Scr een /field eq u iva len t  
CDAN:EVEN:TRIG:DEL controls the Trig Eventfield on the Trigger  
menu of the CODE DOM screen when Trig Eventis set to Delay,  
when the CDMA standard is set to IS-95 Only.  
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CDANalyzer subsystem  
:F P OWer :NAVG <in teger >  
:F P OWer :NAVG?  
These commands set/query the number of averages made by the fast  
power measurement.  
Syn t a x  
CDAN:FPOW:NAVG <integer>  
CDAN:FPOW:NAVG?  
Scr een /field eq u iva len t  
CDAN:FPOW:NAVG controls the Num Avgsfield on the FP Setupmenu  
of the CODE DOM screen, when the CDMA standard is set to IS-95  
Only.  
:F P OWer :TOF F set <r ea l n u m ber >  
:F P OWer :TOF F set?  
These commands set/query the time offset for the fast power  
measurement. :FPOW:TOFF can be either entered with this command,  
or it can be transferred via the :FPOW:TOFF:TRAN command.  
This number can be entered in microseconds only.  
Syn t a x  
CDAN:FPOW:TOFF <real number> !0 to 26667  
CDAN:FPOW:TOFF?  
Scr een /field eq u iva len t  
CDAN:FPOW:TOFF controls the Time Offsetfield on the FP Setup  
menu of the CODE DOM screen, when the CDMA standard is set to  
IS-95 Only.  
:F P OWer :TOF F set:TRANsfer  
This command transfers the measured time offset from the Tm Ofs  
measurement field to the Time Offsetfield.  
Syn t a x  
CDAN:FPOW:TOFF:TRAN  
Scr een /field eq u iva len t  
CDAN:FPOW:TOFF:TRAN controls the Ofs Trnsferfield on the  
FP Setupmenu of the CODE DOM screen, when the CDMA standard is  
set to IS-95 Only.  
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CDANalyzer subsystem  
:GAIN <str in g>  
:GAIN?  
These commands set/query the gain of the code domain analyzer. This  
command will only be enabled when autoranging is turned off  
(CDAN:GAIN:MODE Hold).  
This command may conflict with the CDMA analyzer s settings  
CAN:PATH:GAIN and CAN:PATH:MODE. For example, if autoranging  
is turned off (Hold) in the CDMA analyzer and turned on in the Code  
Domain Analyzer (Auto), the Hold’ setting will always override the  
Auto’ setting. When autoranging is turned off, setting either analyzer s  
gain will automatically change the other s to the same setting.  
Use the CAN:POW:GAIN command when making an average power  
measurement.  
Syn t a x  
CDAN:GAIN ‘0 dB’  
‘6 dB’  
‘12 dB’  
‘18 dB’  
‘24 dB’  
‘30 dB’  
‘36 dB’  
CDAN:GAIN?  
Scr een /field eq u iva len t  
CDAN:GAIN sets the lower subfield of the Gainfield of the CODE DOM  
screen, when the CDMA standard is set to IS-95 Only. This subfield is  
only selectable when the upper subfield is set to Hold.  
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CDANalyzer subsystem  
:GAIN:MODE <str in g>  
:GAIN:MODE?  
These commands set/query the mode of the Gainfield, allowing you to  
choose between an autoranging gain (Auto) or a fixed gain (Hold).  
This command may conflict with the CDMA analyzer s settings  
CAN:PATH:GAIN and CAN:PATH:MODE. For example, if autoranging  
is turned off (Hold) in the CDMA analyzer and turned on in the Code  
Domain Analyzer (Auto), the Hold’ setting will always override the  
Auto’ setting. When autoranging is turned off, setting either analyzer s  
path gain will automatically change the other s to the same setting.  
For average power measurements, use the CAN:POW:GAIN:MODE  
command.  
Syn t a x  
CDAN:GAIN:MODE ‘Auto’  
‘Hold’  
CDAN:GAIN:MODE?  
Scr een /field eq u iva len t  
CDAN:GAIN:MODE sets the Auto/Holdsubfield of the Gainfield of the  
CODE DOM screen, when the CDMA standard is set to IS-95 Only.  
:GAIN:VALu e?  
This command queries the gain of the code domain analyzer. This  
command will only be enabled when autoranging is turned on  
(CDAN:GAIN:MODE Auto).  
Syn t a x  
CDAN:GAIN:VAL? !returns 0 dB,6 dB,12 dB,18 dB,24 dB, 30 db,  
36 dB  
Scr een /field eq u iva len t  
When the CDMA standard is set to IS-95 Only, the  
CDAN:GAIN:VAL? reads the lower subfield of the Gainfield of the  
CODE DOM screen when the upper subfield is set to Auto,  
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CDANalyzer subsystem  
:MARKer :P OSition <r ea l n u m b er >  
:MARKer :P OSition ?  
These commands set/query the position of the marker.  
Syn t a x  
CDAN:MARK:POS <real number> !values from 0 to 63  
CDAN:MARK:POS?  
Scr een /field eq u iva len t  
CDAN:MARK:POS controls the Walsh Chanfield on the Markermenu  
of the CODE DOM screen, when the CDMA standard is set to IS-95  
Only.  
:MEASu r e <str in g>  
:MEASu r e?  
These commands set/query the type of measurement performed in the  
CODE DOM screen.  
Syn t a x  
CDAN:MEAS ‘Power’  
‘Fast Pwr’  
‘Timing’  
‘Phase’  
CDAN:MEAS?  
Scr een /field eq u iva len t  
CDAN:MEAS controls the Measurementfield of the Mainmenu on the  
CODE DOM screen, when the CDMA standard is set to IS-95 Only.  
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CDANalyzer subsystem  
:MODE <str in g>  
:MODE?  
These commands set/query the measurement state of the code domain  
analyzer.  
CDAN:MODE can be overridden with the TRIG:MODE:RETR REP and  
TRIG:MODE:RETR SING trigger commands. When the trigger  
commands are used, the state of the field on the display is not updated.  
(For instance, the screen may show Singleselected when  
TRIG:MODE:RETR REP is used.)  
Syn t a x  
CDAN:MODE ‘Single’  
‘Cont’  
CDAN:MODE?  
Scr een /field eq u iva len t  
CDAN:MODE controls the Single/Contsubfield of the Measurement  
field on the Mainmenu of the CODE DOM screen, when the CDMA  
standard is set to IS-95 Only.  
:PATH:GAIN <r ea l n u m ber >  
:PATH:GAIN?  
These commands set/query the gain into the code domain analyzer. This  
command fine tunes the gain setting. This value is only selectable  
through GPIB.  
See also, CAN:PATH:GAIN on page 106.  
Syn t a x  
CDAN:PATH:GAIN <real number> !values from 0 to 36 dB in 0.1  
dB steps  
CDAN:PATH:GAIN?  
Scr een /field eq u iva len t  
CDAN:PATH:GAIN has no equivalent field. This applies when the  
CDMA standard is set to IS-95 Only.  
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CDANalyzer subsystem  
:P NINcr em en t <r ea l n u m ber >  
:P NINcr em en t?  
These commands set/query the PN increment. If you know the PN  
incrment, enter it with this command to speed the PN offset search. If  
you do not know the increment, enter a 1.  
This command utilizes the :INCR command of the Real Number  
Syn t a x  
CDAN:PNIN <real number>!values from 1 to 256  
CDAN:PNIN?  
!returns the value of the PN increment  
Scr een /field eq u iva len t  
CDAN:PNIN controls the PN Incrmentfield on the CODE DOM screen  
when the CDMA standard is set to IS-95 Only. This field is displayed  
only when the Find PNfield on the PN Setupmenu is set to Auto.  
:P NMod e <st r in g>  
:P NMod e?  
These commands set/query the PN offset mode.  
Auto’ is used to calculate the systems PN offset if it is unknown.  
When Auto’ is selected, the CDAN:PNIN command can be used to  
enter a PN increment and speed the PN offset calculation.  
Manual’ is used to enter a known PN offset. When Manual’ is  
selected, the PN offset is entered using the CDAN:PNOF command.  
Syn t a x  
CDAN:PNM ‘Auto’  
‘Manual’  
CDAN:PNM? !returns the PN Offset mode  
Scr een /field eq u iva len t  
CDAN:PNM controls the Find PNfield on the PN Setupmenu of the  
CODE DOM screen, when the CDMA standard is set to IS-95 Only.  
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CDANalyzer subsystem  
:P NOF fset <r ea l n u m b er >  
:P NOF fset?  
These commands set/query the PN offset of the system.  
This command utilizes the :INCR command of the Real Number  
Syn t a x  
CDAN:PNOF <real number> !values from 0.0 to 511.984375  
CDAN:PNOF?  
!returns the value of the PN Offset  
Scr een /field eq u iva len t  
CDAN:PNOF controls the PN Offsetfield on the CODE DOM screen  
when the CDMA standard is set to IS-95 Only. This field is displayed  
only when the Find PNfield on the PN Setupmenu is set to Manual.  
:P OWer :REF er en ce <str in g>  
:P OWer :REF er en ce?  
These commands set/query the power reference for the code domain  
analyzer.  
Syn t a x  
CDAN:POW:REF ‘0 dB ref’  
CDAN:POW:REF?  
Scr een /field eq u iva len t  
CDAN:POW:REF controls the upper subfield of the Pwr Scalefield on  
the CODE DOM screen when the CDMA standard is set to IS-95  
Only. This field is displayed on the Markermenu.  
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CDANalyzer subsystem  
:P UNit <str in g>  
:P UNit?  
These commands set/query whether power measurements are absolute  
power measurements or relative power measurements.  
Abs’ - Absolute code domain power displays the power in each of the  
64 Walsh channels, relative to the total power inside a 1.23 MHz  
bandwidth centered at the tune frequency. The 64 Walsh channels (0  
through 63) are represented by a vertical bar on the analyzer s  
display.  
Rel’ - Relative code domain power displays the power in each of the  
64 Walsh channels, relative to the pilots power. (Pilot power is  
approximately two-thirds of the total power.) The 64 Walsh codes (0  
through 63) are represented by a vertical bar on the analyzer s  
display.  
Syn t a x  
CDAN:PUN ‘Abs’  
‘Rel’  
CDAN:PUN?  
Scr een /field eq u iva len t  
CDAN:PUN controls the CD pwr unitfield on the CODE DOM screen  
when the CDMA standard is set to IS-95 Only.  
:SAMP le:TIME <r ea l n u m ber >  
:SAMP le:TIME?  
These commands set/query the time interval for the code domain  
measurements.  
Syn t a x  
CDAN:SAMP:TIME <real number> !values 0.00025 to 0.00125 s  
CDAN:SAMP:TIME?  
Scr een /field eq u iva len t  
CDAN:SAMP:TIME controls the Meas Intvlfield on the Auxmenu of  
the CODE DOM screen when the CDMA standard is set to IS-95  
Only.  
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CDANalyzer subsystem  
:SCALe:P HASe <str in g>  
:SCALe:P HASe?  
These commands set/query the scale that is used when measuring code  
domain phase when using the code domain analyzer.  
Syn t a x  
CDAN:SCAL:PHAS ‘1 mRad’  
‘2 mRad’  
‘5 mRad’  
‘10 mRad’  
‘20 mRad’  
‘50 mRad’  
CDAN:SCAL:PHAS?  
Scr een /field eq u iva len t  
CDAN:SCAL:PHAS controls the Phase/divfield on the Phase  
measurement menu of the CODE DOM screen when the CDMA  
standard is set to IS-95 Only.  
:SCALe:P OWer <str in g>  
:SCALe:P OWer ?  
These commands set/query the scale that is used when measuring code  
domain power when using the code domain analyzer.  
Syn t a x  
CDAN:SCAL:POW ‘1 dB/div’  
‘2 dB/div’  
‘5 dB/div’  
CDAN:SCAL:POW?  
Scr een /field eq u iva len t  
CDAN:SCAL:POW controls lower subfield of the Pwr Scalefield on the  
Markermenu of the CODE DOM screen when the CDMA standard is  
set to IS-95 Only. This field is displayed only when a power or fast  
power measurement is selected.  
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CDANalyzer subsystem  
:SCALe:TIME <str in g>  
:SCALe:TIME?  
These commands set/query the time per division portion of the scale  
that is used when measuring code domain timing.  
Syn t a x  
CDAN:SCAL:TIME ‘1 ns’  
‘2 ns’  
‘5 ns’  
‘10 ns’  
‘20 ns’  
‘50 ns’  
CDAN:SCAL:TIME?  
Scr een /field eq u iva len t  
CDAN:SCAL:TIME controls the Time/divfield on the Marker menu of  
the CODE DOM screen when the CDMA standard is set to IS-95  
Only. This field is displayed only when a timing measurement is  
selected  
:THRSh ld <r ea l n u m ber >  
:THRSh ld ?  
These commands set/query the minimum display threshold for code  
domain timing and phase measurements. Walsh channels that have  
power levels below the threshold are not displayed in the timing and  
phase displays. Querying these measurements for Walsh channels that  
are below the threshold level using GPIB will return a default value of  
9e99.  
Syn t a x  
CDAN:THRS <real number> !values minus 30 to 0.0 dB  
CDAN:THRS?  
Scr een /field eq u iva len t  
CDAN:THRS controls the Thresholdfield on the Auxmenu of the  
CODE DOM screen when the CDMA standard is set to IS-95 Only.  
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CDANalyzer subsystem  
:IS2000:CONTr ols <str in g>  
:IS2000:CONTr ols?  
These commands set/query the controls menu displayed on the Code  
Domain analyzer screen when the CDMA standard is set to IS-2000.  
Syn t a x  
CDAN:IS2000:CONT ‘Main’  
‘Marker’  
‘Trigger’  
‘Aux’  
‘Gain’  
‘Reference’  
‘PN Setup’  
‘FP Setup’  
CDAN:IS2000:CONT?  
Scr een /field eq u iva len t  
CDAN:IS2000:CONT controls the menu Controlsfield of the CODE  
DOMAIN screen when the CDMA standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:GAIN:MODE <str in g>  
:IS2000:GAIN:MODE?  
For IS-2000 only. These commands set/query the mode of the Gainfield,  
allowing you to choose between an autoranging gain (Auto) or a fixed  
gain (Hold).  
This command may conflict with the CDMA analyzer s settings  
CAN:PATH:GAIN and CAN:PATH:MODE. For example, if autoranging  
is turned off (Hold) in the CDMA analyzer and turned on in the Code  
Domain Analyzer (Auto), the Hold’ setting will always override the  
Auto’ setting. When autoranging is turned off, setting either analyzer s  
path gain will automatically change the other s to the same setting.  
For average power measurements, use the CAN:POW:GAIN:MODE  
command.  
Syn t a x  
CDAN:IS2000:GAIN:MODE ‘Auto’  
‘Hold’  
CDAN:IS2000:GAIN:MODE?  
Scr een /field eq u iva len t  
CDAN:IS2000:GAIN:MODE sets the Auto/Holdsubfield of the Gain  
image of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
:IS2000:GAIN:PATH <r ea l n u m b er >  
:IS2000:GAIN:PATH?  
For IS-2000 only. These commands query/set returns the gain  
information from the Code Domain analyzer. The command allows you  
to fine tune the gain setting.  
Syn t a x  
CDAN:IS2000:GAIN:PATH <real number> !values from 0 to 36 dB  
in 0.1 dB steps  
CDAN:IS2000:GAIN:PATH?  
Scr een /field eq u iva len t  
CDAN:IS2000:GAIN:PATH has no corresponding field. This applies  
when the CDMA standard is set to IS-2000.  
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:IS2000:GAIN[:SE TTin g] <str in g>  
:IS2000:GAIN[:SE TTin g]?  
For IS-2000 only. These commands set/query the gain of the Code  
Domain analyzer. This command will only be enabled when  
autoranging is turned off (CDAN:IS2000:GAIN:MODE Hold).  
This command may conflict with the CDMA analyzer s settings  
CAN:PATH:GAIN and CAN:PATH:MODE. For example, if autoranging  
is turned off (Hold) in the CDMA analyzer and turned on in the Code  
Domain Analyzer (Auto), the Hold’ setting will always override the  
Auto’ setting. When autoranging is turned off, setting either analyzer s  
gain will automatically change the other s to the same setting.  
Use the CAN:POW:GAIN command when making an average power  
measurement.  
Syn t a x  
CDAN:IS2000:GAIN[:SETT] ‘0 dB’  
‘6 dB’  
‘12 dB’  
‘18 dB’  
‘24 dB’  
‘30 dB’  
‘36 dB’  
CDAN:IS2000:GAIN[:SETT]?  
Scr een /field eq u iva len t  
CDAN:IS2000:GAIN[:SETT] sets the lower subfield of the Gainimage  
of the CODE DOMAIN screen. This subfield can only be set when the  
upper subfield is set to Holdwhen the CDMA standard is set to  
IS-2000.  
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CDANalyzer subsystem  
:IS2000:GAIN:VALu e?  
IS-2000 only. This query returns the gain value, as a string, that is  
shown in the gain field of the code domain screen. This command will  
only be enabled when autoranging is turned on  
(CDAN:IS2000:GAIN:MODE Auto).  
Syn t a x  
CDAN:IS2000:GAIN:VAL? !returns 0 dB, 6 dB, 12 dB, 18 dB,  
24 dB, 30 db, 36 dB  
Scr een /field eq u iva len t  
CDAN:IS2000:GAIN:VAL? reads the lower subfield of the Gainimage of  
the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000” and the upper field is set to Auto.  
:IS2000:MARKer :MODE <str in g>  
:IS2000:MARKer :MODE?  
IS-2000 only. These commands set/query the string that matches the  
field contents of the field that selects the way channel width  
information is presented: In terms of Channel size or Walsh order.  
Syn t a x  
CDAN:IS2000:MARK:MODE <string>  
CDAN:IS2000:MARK:MODE?  
Scr een /field eq u iva len t  
CDAN:IS2000:MARK:MODE? reads the selection field Chan  
Size/Walsh Ord/Sprd Fact/Rate RC-3/Rate RC-4/Rate RC-5 in  
the measurement portion of the CODE DOMAIN screen when the  
CDMA standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:MARKer :P OSition <in teger >  
:IS2000:MARKer :P OSition ?  
IS-2000 only. These commands set/query the integer that corresponds  
to the current position of the marker in the CODE DOMAIN screen  
when the CDMA standard is set to IS-2000.  
Syn t a x  
CDAN:IS2000:MARK:POS <integer> !values from 0 to 127  
CDAN:IS2000:MARK:POS?  
Scr een /field eq u iva len t  
CDAN:IS2000:MARK:POS controls the Marker Posfield of the Marker  
image of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
:IS2000:MARKer :REF er en ce <str in g>  
:IS2000:MARKer :REF er en ce?  
IS-2000 only. These commands set/query the power reference, as a  
string, in terms of dB, for the code domain analyzer.  
Syn t a x  
CDAN:IS2000:MARK:REF <string>  
CDAN:IS2000:MARK:REF?  
Scr een /field eq u iva len t  
CDAN:IS2000:MARK:REF controls the Pwr Reffield on the Marker  
image of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
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CDANalyzer subsystem  
:IS2000:MARKer :SCALe <str in g>  
:IS2000:MARKer :SCALe?  
IS-2000 only. These commands set/query the scale that is used when  
measuring code domain power in dB/div units in the code domain  
analyzer.  
Syn t a x  
CDAN:IS2000:MARK:SCAL ‘1 dB/div’  
‘2 dB/div’  
‘5 dB/div’  
CDAN:IS2000:MARK:SCAL?  
Scr een /field eq u iva len t  
CDAN:IS2000:MARK:SCAL controls the Pwr Scalefield on the Marker  
image of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
:IS2000:MEASu r em en t:INTer va l <r ea l n u m ber >  
:IS2000:MEASu r em en t:INTer va l?  
IS-2000 only. These commands set/query the real number for the time  
interval of the code domain measurements performed in the IS-2000  
CODE DOMAIN screen.  
Syn t a x  
CDAN:IS2000:MEAS:INT <real number>  
!values 1.5 to 8.0 ms  
CDAN:IS2000:MEAS:INT?  
Scr een /field eq u iva len t  
CDAN:IS2000:MEAS:INT controls the Meas Intfield of the Auximage  
of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
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:IS2000:MEASu r em en t:MODE <str in g>  
:IS2000:MEASu r em en t:MODE?  
IS-2000 only. These commands set/query the measurement state for the  
code domain analyzer. This mode can be overridden with the  
TRIG:MODE:RETR REP and TRIG:MODE:RETR SING trigger  
commands. When the trigger commands are used, the state of the field  
on the display are not updated. For example, the screen may show  
Single selected when TRIG:MODE:RETR REP is used.  
Syn t a x  
CDAN:IS2000:MEAS:MODE ‘Single’  
‘Cont’  
CDAN:IS2000:MEAS:MODE?  
Scr een /field eq u iva len t  
CDAN:IS2000:MEAS:MODE controls the Single/Contsubfield of the  
Measurement field of the Main image of the CODE DOMAIN screen  
when the CDMA standard is set to IS-2000.  
:IS2000:MEASu r em en t:OR Der <str in g>  
:IS2000:MEASu r em en t:OR Der ?  
IS-2000 only. These commands set/query the channel order of  
measurement currently shown on the CODE DOMAIN screen. The  
channel order can follow the Hadamard ordering in which all 128  
channels are ordered consecutively from 0 to 127, or they can follow the  
Bit Reverse ordering.  
Syn t a x  
CDAN:IS2000:MEAS:ORD ‘Bit Reverse’  
‘Hadamard’  
CDAN:IS2000:MEAS:ORD?  
Scr een /field eq u iva len t  
CDAN:IS2000:MEAS:ORD controls the Meas Orderfield of the Aux  
image on the CODE DOMAIN screen when the CDMA standard is set  
to IS-2000.  
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CDANalyzer subsystem  
:IS2000:MEASu r em en t[:TYP E] <str in g>  
:IS2000:MEASu r em en t[:TYP E]?  
IS-2000 only. These commands set/query the type of measurement  
performed in the CODE DOMAIN screen.  
Syn t a x  
CDAN:IS2000:MEAS[:TYPE] ‘Power’  
‘Fast Pwr’  
‘Power&Noise’  
‘Complex Pwr’  
‘FstPwr Sync’  
CDAN:IS2000:MEAS[:TYPE]?  
Scr een /field eq u iva len t  
CDAN:IS2000:MEAS[:TYPE] sets the Measurement field of the Main  
image on the CODE DOMAIN screen when the CDMA standard is set  
to IS-2000.  
:IS2000:P NUMber :INCRem en t <in teger >  
:IS2000:P NUMber :INCRem en t?  
:IS2000:P Nu m ber :INCRem en t <in teger >  
:IS2000:P Nu m ber :INCRem en t?  
IS-2000 only. These commands set/query the PN increment. If you know  
the PN increment, enter it with this command to speed the PN offset  
search. If you do not know the increment, enter a 1.  
This command utilizes the :INCR command of the Real Number  
Syn t a x  
CDAN:IS2000:PNUM:INCR <integer> !values from 1 to 256  
CDAN:IS2000:PNUM:INCR? !returns the value of the PN increment  
CDAN:IS2000:PN:INCR <integer> !values from 1 to 256  
CDAN:IS2000:PN:INCR? !returns the value of the PN increment  
Scr een /field eq u iva len t  
CDAN:IS2000:PNUM:INCR and CDAN:IS2000:PN:INCR control the  
PN Incrmentfield on the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000. This field is displayed only when the Find  
PNfield on the PN Setupimage is set to Auto.  
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CDANalyzer subsystem  
:IS2000:P NUMber :MODE <str in g>  
:IS2000:P NUMber :MODE?  
:IS2000:P Nu m ber :MODE <str in g>  
:IS2000:P Nu m ber :MODE?  
IS-2000 only. These commands set/query the PN setup.  
Auto’ is used to calculate the systems PN offset if it is unknown.  
When Auto’ is selected, the CDAN:IS2000:PNUM:INCR command  
can be used to enter a PN increment and speed the PN offset  
calculation.  
Manual’ is used to enter a known PN offset. When Manual’ is  
selected, the PN offset is entered using the CDAN:IS2000:PN:OFFS  
command.  
Syn t a x  
CDAN:IS2000:PNUM:MODE ‘Auto’  
‘Manual’  
CDAN:IS2000:PNUM:MODE? !returns the PN Offset mode  
CDAN:IS2000:PN:MODE ‘Auto’  
‘Manual’  
CDAN:IS2000:PN:MODE? !returns the PN Offset mode  
Scr een /field eq u iva len t  
CDAN:IS2000:PNUM:MODE and CDAN:IS2000:PN:MODE control the  
Find PNfield on the PN Setupimage of the CODE DOMAIN screen  
when the CDMA standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:P NUMber :OF F Set <in teger >  
:IS2000:P NUMber :OF F Set?  
:IS2000:P Nu m ber :OF F set <in teger >  
:IS2000:P Nu m ber :OF F set?  
IS-2000 only. These commands set/query the contents of the PN offset  
field in the Code Domain analyzer.  
This command utilizes the :INCR command of the Real Number  
Syn t a x  
CDAN:IS2000:PNUM:OFFS <integer> !values from 0 to 512  
CDAN:IS2000:PNUM:OFFS? !returns the value of the PN Offset  
CDAN:IS2000:PN:OFFS <integer> !values from 0 to 512  
CDAN:IS2000:PN:OFFS? !returns the value of the PN Offset  
Scr een /field eq u iva len t  
CDAN:IS2000:PNUM:OFFS and CDAN:IS2000:PN:OFFS control the  
PN Offsetfield on the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000. This field is displayed only when the Find  
PNfield on the PN Setupimage is set to Manual.  
:IS2000:P OWer :CHANn el[:CALibr a te]  
IS-2000 only. This command initiates the channel power calibration.  
When this command is received, an internally generated calibration  
signal is measured using the average power technique. Channel power  
is also measured and a correction factor is generated. This correction  
factor is applied to subsequent channel power measurements.  
Calibrations should be performed whenever a new set of measurements  
is made and whenever the frequency of the measured signal is changed.  
Syn t a x  
CDAN:IS2000:POW:CHAN[:CAL]  
Scr een /field eq u iva len t  
CDAN:IS2000:POW:CHAN[:CAL] controls the Chn Pwr Cal  
measurement field on the Reference image of the CODE DOMAIN  
screen when the CDMA standard is set to IS-2000” and the CD pwr  
unitfield is set to Abs.  
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CDANalyzer subsystem  
:IS2000:P OWer :FAST:NAVG <in teger >  
:IS2000:P OWer :FAST:NAVG?  
IS-2000 only. These commands set/query the number of averages made  
during fast power measurements.  
Syn t a x  
CDAN:IS2000:POW:FAST:NAVG <integer>  
CDAN:IS2000:POW:FAST:NAVG?  
Scr een /field eq u iva len t  
CDAN:IS2000:POW:FAST:NAVG controls the Num Avgsfield of the FP  
Setup menu on the CODE DOMAIN screen when the CDMA standard  
is set to IS-2000.  
:IS2000:P OWer :UNIT <str in g>  
:IS2000:P OWer :UNIT?  
IS-2000 only. These commands set/query whether power measurements  
are absolute power measurements or relative power measurements.  
Abs’ - Absolute code domain power displays the power in each of the  
128 Walsh channels, relative to the total power inside a 1.23 MHz  
bandwidth centered at the tune frequency.  
Rel’ - Relative code domain power displays the power in each of the  
128 Walsh channels, relative to the power of the Pilot signal. (Pilot  
power is approximately two-thirds of the total power.)  
Syn t a x  
CDAN:IS2000:POW:UNIT ‘Abs’  
‘Rel’  
CDAN:IS2000:POW:UNIT?  
Scr een /field eq u iva len t  
CDAN:IS2000:POW:UNIT controls the CD pwr unitfield of the  
Reference image on the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:THResh old <r ea l n u m b er >  
:IS2000:THResh old ?  
IS-2000 Only. These commands set/query the minimum display  
threshold for code domain measurements. Walsh channels that have  
power levels below the threshold are not displayed as active channels.  
Syn t a x  
CDAN:IS2000:THR <real number> !values minus 80 to 0.0 dB  
CDAN:IS2000:THR? !returns the Threshold value  
Scr een /field eq u iva len t  
CDAN:THRS controls the Thresholdfield on the Auxmenu of the  
CODE DOM screen when the CDMA standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:TRIGger :ARM  
IS-2000 only. This command arms code domain measurements. This  
command does not affect continuous measurement and will always be  
overridden by GPIB triggering commands. To effectively put the code  
domain analyzer in single triggering mode, use the  
TRIG:MODE:RETR SING command. For continuous triggering, use  
TRIG:MODE:RETR REP. See TRIGger subsystem” on page 346 for a  
more complete discussion of GPIB triggering.  
Syn t a x  
CDAN:IS2000:TRIG:ARM !arms the measurement  
Scr een /field eq u iva len t  
CDAN:IS2000:TRIG:ARM controls the Arm Meassubfield of the  
Analyzerfield on the Mainmenu of the CODE DOMAIN screen when  
the CDMA standard is set to IS-2000.  
:IS2000:TRIGger :DARM  
IS-2000 only. This command disarms the code domain measurements.  
This command does not affect continuous measurement and will always  
be overridden by GPIB triggering commands. To effectively put the code  
domain analyzer in single triggering mode, use the  
TRIG:MODE:RETR SING command. For continuous triggering, use  
TRIG:MODE:RETR REP. See TRIGger subsystem” on page 346 for a  
more complete discussion of GPIB triggering.  
Syn t a x  
CDAN:IS2000:TRIG:DARM !disarms measurements that have been  
previously armed  
Scr een /field eq u iva len t  
CDAN:IS2000:TRIG:DARM controls the Disarm subfield of the  
Analyzerfield on the Mainmenu of the CODE DOMAIN screen when  
the CDMA standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:TRIGger :DELa y <r ea l n u m ber >  
:IS2000:TRIGger :DELa y?  
IS-2000 only. This command/query sets/returns the real number that  
matches the Trig Delay field in the code domain measurements. The  
contents are measured in microseconds.  
Syn t a x  
CDAN:IS2000:TRIG:DEL <real number> !values from 20µs to 10 s  
CDAN:IS2000:TRIG:DEL?  
Scr een /field eq u iva len t  
CDAN:IS2000:TRIG:DEL controls the Trig Delaysubfield of the  
Triggerimage when the Trig Event is set to Delay on the CODE  
DOMAIN screen when the CDMA standard is set to IS-2000.  
:IS2000:TRIGger [:EVENt] <str in g>  
:IS2000:TRIGger [:EVENt]?  
IS-2000 only. This command returns the string that matches the Trig  
Event field in the code domain measurements.  
Syn t a x  
CDAN:IS2000:TRIG[:EVEN] ‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Delay’  
‘Immed’  
CDAN:IS2000:TRIG[:EVEN]?  
Scr een /field eq u iva len t  
CDAN:IS2000:TRIG[:EVEN] controls the Trig Event field of the  
Trigger image of the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
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CDANalyzer subsystem  
:IS2000:TRIGger :QUALifier <str in g>  
:IS2000:TRIGger :QUALifier ?  
IS-2000 only. This command returns the string that matches the Qual  
Event field in the code domain measurements.  
Syn t a x  
CDAN:IS2000:TRIG:QUAL ‘None’  
‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Ampl Lo’  
‘Ampl Mid’  
‘Ampl Hi’  
‘External’  
CDAN:IS2000:TRIG:QUAL?  
Scr een /field eq u iva len t  
CDAN:IS2000:TRIG:QUAL controls the Qual Event field of the  
Trigger image of the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
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CGENerator subsystem  
CGE Ner a tor su b system  
:CONTr ol <str in g>  
:CONTr ol?  
These commands set/query the CDMA generator s mode. It defines the  
type of data being sent.  
Syn t a x  
CGEN:CONT ‘Data’  
‘Eb/No’  
‘Noise’  
CGEN:CONT?  
Scr een /field eq u iva len t  
CGEN:CONT controls the Gen Modefield of the CDMA GENERATOR  
screen.  
:DATA:SOURce <str in g>  
:DATA:SOURce?  
These commands set/query the type or source of the data being sent.  
Syn t a x  
CGEN:DATA:SOUR ‘Zeroes’  
!Data is all zeroes  
‘Ext’  
!Data comes from the DATA IN port  
!Generates random data  
‘Random’  
‘Data Buff’ !Gets data from the data buffer  
CGEN:DATA:SOUR?  
Scr een /field eq u iva len t  
CGEN:DATA:SOUR controls the Data Sourcefield of the CDMA  
GENERATOR screen.  
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CGENerator subsystem  
:DATA:RATE <str in g>  
:DATA:RATE?  
:DATA:RATE sets the data transfer rate for data from the :DATA:SOUR  
command.  
Syn t a x  
CGEN:DATA:RATE ‘14.4 Kbps’  
‘9.6 Kbps’  
CGEN:DATA:RATE?  
Scr een /field eq u iva len t  
CGEN:DATA:RATE controls the Data Ratefield of the CDMA  
GENERATOR screen.  
:DIRection <str in g>  
:DIRection ?  
:DIR sets/queries the direction of the CDMA generator. Fwd produces  
QPSK modulation to imitate a base station. Rev produces OQPSK  
modulation to imitate a mobile station.  
Syn t a x  
CGEN:DIR ‘Fwd’  
‘Rev’  
CGEN:DIR?  
Scr een /field eq u iva len t  
CGEN:DIR controls the Gen Dirfield of the CDMA GENERATOR  
screen.  
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CGENerator subsystem  
:EBNO:LEVel <r ea l n u m ber >  
:EBNO:LEVel?  
These commands set/query the level of the generator when it is in  
Eb/No mode. This command utilizes the “Real Number Setting Syntax”  
on page 299, but does not use the :STATe command.  
Syn t a x  
CGEN:EBNO:LEV <real number> !values from 5 to +25 dB  
CGEN:EBNO:LEV?  
Scr een /field eq u iva len t  
:EBNO:LEV controls the generator s level when the Gen Modefield on  
the CDMA GENERATOR screen is set to Eb/No.  
:EQF ilter <str in g>  
:EQF ilter ?  
These commands set/query the setting of the equalization filter used to  
create forward channel signals. This command is used when you want  
to override the default setting (EQ In). The filter is bypassed for reverse  
link signals and cannot be overridden. Therefore, this command is valid  
only when the CGEN:DIR Fwd’ command is used.  
Syn t a x  
CGEN:EQF ‘EQ In’ !switches the Equalization filter in  
‘Out’ !bypasses the Equalization filter  
CGEN:EQF?  
Scr een /field eq u iva len t  
CGEN:EQF controls the EQ In/Outsubfield of the Gen Dirfield on the  
CDMA GENERATOR screen. This field is displayed only when Fwdis  
selected in the Fwd/Revsubfield.  
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CGENerator subsystem  
:EVENsec <str in g>  
:EVENsec?  
These commands set/query the even-second inputs setting. When  
enabled, signals applied to the EVEN SECOND SYNC IN port  
synchronize the Test Sets timing circuits.  
Syn t a x  
CGEN:EVEN ‘Enable’  
‘Not’  
CGEN:EVEN?  
Scr een /field eq u iva len t  
CGEN:EVEN controls the Even Sec Infield of the CDMA  
GENERATOR screen.  
:SP ECia l <st r in g>  
:SP ECia l?  
These commands set/query the rotation of IQ modulated signals.  
Normal creates and analyzes IQ signals with standard rotation.  
Inverted creates and analyzes IQ signals with reverse-rotation.  
(Reverse rotation is opposite to the direction specified in the IS-95  
standards.)  
Syn t a x  
CGEN:SPEC ‘Normal’  
‘Invert’  
CGEN:SPEC?  
Scr een /field eq u iva len t  
CGEN:SPEC controls the Gen Specialfield of the CDMA  
GENERATOR screen. This field is also displayed on the CDMA  
ANALYZER screen  
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CONFigure subsystem  
CONF igu r e su bsystem  
The CONFigure subsystem contains commands that control several  
different screens: I/O CONFIGURE, INSTRUMENT CONFIGURE, and  
PRINTER CONFIGURE.  
:BADDr ess <in teger >  
:BADDr ess?  
These commands set/query the GPIB address for the Test Set. This  
Syn t a x  
CONF:BADD <integer> !valid from 0 to 30  
CONF:BADD?  
Scr een /field eq u iva len t  
CONF:BADD controls the HP-IB Adrsfield of the I/O CONFIGURE  
screen.  
:BEEP er <st r in g>  
:BEEP er ?  
These commands set/query the volume of the Test Sets beeper.  
Syn t a x  
CONF:BEEP ‘Off’  
‘Quiet’  
‘Loud’  
CONF:BEEP?  
Scr een /field eq u iva len t  
CONF:BEEP controls the Beeperfield of the INSTRUMENT  
CONFIGURE screen.  
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CONFigure subsystem  
:BMODe <str in g>  
:BMODe?  
These commands set/query the GPIB control mode.  
Syn t a x  
CONF:BMOD ‘Control’  
‘Talk&Lstn’  
CONF:BMOD?  
Scr een /field eq u iva len t  
CONF:BMOD controls the Modefield of the I/O CONFIGURE screen.  
:CDMA:MODE <str in g>  
:CDMA:MODE?  
These commands set/query the standard selected in the CDMA Std field  
in the INSTRUMENT CONFIGURE screen. CDMA:MODE returns  
either IS-95 Only or IS-2000 depending on the current state of the field.  
Syn t a x  
CONF:CDMA:MODE ‘IS-95 Only’  
‘IS-2000’  
CONF:CDMA:MODE?  
Scr een /field eq u iva len t  
CDMA:MODE controls the CDMA Std field of the INSTRUMENT  
CONFIGURE screen.  
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CONFigure subsystem  
:DISP la y:MESSa ges  
:DISP la y:MESSa ges?  
These commands set/query the reporting of messages during normal  
operation. A Yes’ setting means that all messages are displayed as they  
occur.  
Syn t a x  
CONF:DISP:MESS ‘Yes’  
‘No’  
CONF:DISP:MESS?  
Scr een /field eq u iva len t  
CONF:DISP:MESS controls the Display User Messages field of the  
INSTRUMENT CONFIGURE screen.  
:DATE <in teger >  
:DATE?  
These commands set/query the date set within the Test Set. This  
Syn t a x  
CONF:DATE <integer> !Use MMDDYY format  
CONF:DATE?  
Scr een /field eq u iva len t  
CONF:DATE controls the Datefield of the INSTRUMENT  
CONFIGURE screen.  
:KNOB <str in g>  
:KNOB?  
This command is the equivalent of the pressing the cursor-control knob.  
Syn t a x  
CONF:KNOB ‘On’  
‘Off’  
CONF:KNOB?  
Scr een /field eq u iva len t  
CONF:KNOB has no field associated with this command.  
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CONFigure subsystem  
:NOTCh m od e <str in g>  
:NOTCh m od e?  
These commands set/query the coupling between the AF Generator 1  
and a notch filter. The frequency and gain of the notch filter is set by  
the AFAN:NOTC:GAIN and AFAN:NOTC:FREQ commands.  
Syn t a x  
CONF:NOTC ‘AFGen1’ !notch filter switched in  
‘None’ !no notch filter  
CONF:NOTC?  
Scr een /field eq u iva len t  
CONF:NOTC controls the Notch Coup lfield of the INSTRUMENT  
CONFIGURE screen.  
:OF Level:MODE <str in g>  
:OF Level:MODE?  
These commands set/query the RF level offset, and is typically used to  
compensate for path loss between the Test Set and the base station.  
Syn t a x  
CONF:OFL:MODE ‘On’  
‘Off’  
CONF:OFL:MODE?  
Scr een /field eq u iva len t  
CONF:OFL:MODE controls the RF Level Offsetfield of the  
INSTRUMENT CONFIGURE screen.  
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CONFigure subsystem  
:OF Level:ANTen n a <r ea l n u m ber >  
:OF Level:ANTen n a ?  
These commands set/query the path loss from the device-under-test to  
the Test Sets ANT IN port. This correction is applied when the  
CONF:OFL:MODE On’ command is used.  
but does not use the :STATe command.  
Syn t a x  
CONF:OFL:ANT <real number> !values: 100.0 to 100.0  
CONF:OFL:ANT?  
Scr een /field eq u iva len t  
CONF:OFL:ANT controls the Antenna Infield of the INSTRUMENT  
CONFIGURE screen. This value in this field is used when the RF  
Level Offsetfield is set to On.  
:OF Level:DUP Lex <r ea l n u m ber >  
:OF Level:DUP Lex?  
These commands set/query the path loss from the DUPLEX OUT  
connector to the device-under-test. This correction is applied when the  
CONF:OFL:MODE On’ command is used.  
but does not use the :STATe command.  
Syn t a x  
CONF:OFL:DUPL <real number> !values: 100.0 to 100.0  
CONF:OFL:DUPL?  
Scr een /field eq u iva len t  
CONF:OFL:DUPL controls the Duplex Outfield on the INSTRUMENT  
CONFIGURE screen. This value in this field is used when the RF  
Level Offsetfield is set to On.  
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CONFigure subsystem  
:OF Level:RF INou t <r ea l n u m ber >  
:OF Level:RF INou t?  
These commands set/query the path loss from the RF IN/OUT  
connector to the device-under-test. This correction is applied when the  
CONF:OFL:MODE On’ command is used.  
but does not use the :STATe command.  
Syn t a x  
CONF:OFL:RFIN <real number> !values: minus 100.0 to 100.0  
CONF:OFL:RFIN?  
Scr een /field eq u iva len t  
CONF:OFL:RFIN controls the RF In/Outfield of the INSTRUMENT  
CONFIGURE screen. This value in this field is used when the RF  
Level Offsetfield is set to On.  
:OF Req u en cy <r ea l n u m ber >  
:OF Req u en cy?  
These commands set/query the frequency offset between the Test Sets  
generator and analyzer. This command is used only in frequency tuning  
mode (CONF:RFD Freq) and RF offset must be turned on  
(CONF:OMODE On).  
but does not use the :STATe command.  
Syn t a x  
CONF:OFR <real number>  
CONF:OFR?  
Scr een /field eq u iva len t  
CONF:OFR controls the (Gen)-(Anl)field of the INSTRUMENT  
CONFIGURE screen.  
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CONFigure subsystem  
:OMODe <str in g>  
:OMODe?  
These commands set/query the state of the RF offset defined in the  
CONF:OFR command.  
Syn t a x  
CONF:OMOD ‘On’  
‘Off’  
CONF:OMOD?  
Scr een /field eq u iva len t  
CONF:OMOD controls the RF Offsetfield of the INSTRUMENT  
CONFIGURE screen.  
:OP ERa tion :AUTO  
:OP ERa tion :HOLD  
These commands control the autoranging routine in the Test Set.  
:AUTO enables the routines, :HOLD disables them.  
Syn t a x  
CONF:OPER:AUTO !enables and autoranging  
CONF:OPER:HOLD !disables and autoranging  
Scr een /field eq u iva len t  
CONF:OPER:AUTO and :OPER:HOLD control the Range Holdfield of  
the INSTRUMENT CONFIGURE screen.  
:P CMCia :CARD:STATu s?  
This command queries whether or not a PC card is inserted in the Test  
Sets front-panel card slot (No Card, or Inserted).  
Syn t a x  
CONF:PCMC:CARD:STAT?  
Scr een /F ield E q u iva len t  
CONF:PCMC:CARD:STAT? queries the Card Statusfield on the I/O  
CONFIGURE screen.  
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CONFigure subsystem  
:P CMCia :CARD:TYP E?  
This command queries the type of PC card inserted in the Test Sets  
front-panel card slot (such as, RAM or ROM).  
Syn t a x  
CONF:PCMC:CARD:TYPE?  
Scr een /F ield E q u iva len t  
CONF:PCMC:CARD:TYPE? queries the Card Statusfield on the I/O  
CONFIGURE screen.  
:P CMCia :CARD:SIZE?  
This command queries the size of the PC card inserted in the Test Sets  
front-panel card slot (such as, 1M Bytes).  
Syn t a x  
CONF:PCMC:CARD:SIZE?  
Scr een /F ield E q u iva len t  
CONF:PCMC:CARD:SIZE? queries the Card Statusfield on the I/O  
CONFIGURE screen.  
:P RINt:ADDRess <in teger >  
:P RINt:ADDRess?  
These commands set/query the printer address used when  
CONF:PRIN:DEST is HP-IB.  
Syn t a x  
CONF:PRIN:ADDR <integer> !values 0 to 30  
CONF:PRIN:ADDR?  
Scr een /field eq u iva len t  
CONF:PRIN:ADDR controls the Printer Adrsfield of the PRINTER  
CONFIGURE screen. This field is displayed only when the Printer  
Portfield is set to HP-IB.  
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CONFigure subsystem  
:P RINt:LINes| LINE <in teger >  
:P RINt:LINes| LINE?  
:PRIN:LIN sets/queries the number of lines to be printed per page. This  
Syn t a x  
CONF:PRIN:LIN <integer> !values: 5 to 120  
CONF:PRIN:LIN?  
Scr een /field eq u iva len t  
CONF:PRIN:LIN controls the Lines/Pagefield of the PRINTER  
CONFIGURE screen.  
:P RINt:DESTin a tion | P ORTs <st r in g>  
:P RINt:DESTin a tion ?| P ORTs?  
These commands set/query the port setting for the printer. The  
:PRIN:DEST command is equivalent to the :PRIN:PORT command.  
Syn t a x  
CONF:PRIN:DEST ‘Serial 9’  
‘Parallel 15’  
‘HP-IB’  
CONF:PRIN:DEST?  
Scr een /field eq u iva len t  
CONF:PRIN:DEST controls the Printer Portfield of the PRINTER  
CONFIGURE screen.  
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CONFigure subsystem  
:P RINt:F F STa r t <str in g>  
:P RINt:F F STa r t?  
These commands set/query a form feed (blank page) at the start of  
printing.  
Syn t a x  
CONF:PRIN:FFST ‘Yes’  
‘No’  
CONF:PRIN:FFST?  
Scr een /field eq u iva len t  
CONF:PRIN:FFST controls the FF at Startfield of the PRINTER  
CONFIGURE screen.  
:P RINt:F F ENd <str in g>  
:P RINt:F F ENd ?  
These commands set/query a form feed (blank page) at the end of  
printing.  
Syn t a x  
CONF:PRIN:FFEN ‘Yes’  
‘No’  
CONF:PRIN:FFEN?  
Scr een /field eq u iva len t  
CONF:PRIN:FFEN controls the FF at Endfield of the PRINTER  
CONFIGURE screen.  
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CONFigure subsystem  
:P RINt:TITLe <str in g>  
:P RINt:TITLe?  
These commands set/query the title of the print output.  
Available character set:  
ABCDEFGHIJ KLMNOPQRSTUVWXYZ  
abcdefghijklmnopqrstuvwxyz  
_0123456789 !@#$%^&*()-+=<>?[]{}\ | ’;:”,./  
Syn t a x  
CONF:PRIN:TITL ‘<string>’ !up to 50 characters  
CONF:PRIN:TITL?  
Scr een /field eq u iva len t  
CONF:PRIN:TITL controls the Print Titlefield of the PRINTER  
CONFIGURE screen.  
:P RINt:P RINter | HP Mod el| HP MO <str in g>  
:P RINt:P RINter | HP Mod el| HP MO?  
These commands set/query the type of printer chosen for printing.  
Syn t a x  
CONF:PRIN:PRIN ‘ThinkJet’  
‘QuietJet’  
‘PaintJet’  
‘DeskJet’  
‘LaserJet’  
‘Epson FX-80’  
‘Epson LX-850’  
CONF:PRIN:PRIN?  
Scr een /field eq u iva len t  
CONF:PRIN:PRIN controls the Modelfield of the PRINTER  
CONFIGURE screen.  
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CONFigure subsystem  
:REF er en ce:INP u t:EXTer n a l <str in g>  
:REF er en ce:INP u t:EXTer n a l?  
These commands set/query the external reference frequency. The  
external reference is selected using the :REFerence:INPut:SELect  
command.  
Syn t a x  
CONF:REF:INP:EXT ‘1 MHz’  
‘2 MHz’  
‘5 MHz’  
‘10 MHz’  
‘15 MHz’  
‘1X Chip’  
‘2X Chip’  
‘4X Chip’  
‘8X Chip’  
‘16X Chip’  
CONF:REF:INP:EXT?  
Scr een /field eq u iva len t  
CONF:REF:INP:EXT controls the Ext Ref Infield of the  
INSTRUMENT CONFIGURE screen.  
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CONFigure subsystem  
:REF er en ce:INP u t:SELect <st r in g>  
:REF er en ce:INP u t:SELect?  
These commands set/query the reference input selection. Internal’ and  
External’ define an internal or external reference. Auto will switch  
between external and internal inputs, based on the signals presence.  
However, you must still set the frequency of the external reference  
input (CONF:REF:INP:EXT) even though this is set to Auto. It does  
not automatically select the frequency.  
Syn t a x  
CONF:REF:INP:SEL ‘Auto’  
‘Internal’  
‘External’  
CONF:REF:INP:SEL?  
Scr een /field eq u iva len t  
CONF:REF:INP:SEL controls the Ref Selectfield of the  
INSTRUMENT CONFIGURE screen.  
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CONFigure subsystem  
:RF CSta n d a r d <str in g>  
:RF CSta n d a r d ?  
These commands set/query the RF channel standard. This command is  
used in conjunction with the CONF:RFD Chan’ command.  
Syn t a x  
CONF:RFCS ‘N AMER PCS’  
‘KOR PCS 0’  
‘KOR PCS 1’  
‘MS AMPS’  
‘LS AMPS’  
‘MSL NAMPS’  
‘MSM NAMPS’  
‘MSU NAMPS’  
‘LSL NAMPS’  
‘LSM NAMPS’  
‘LSU NAMPS’  
‘MS TACS’  
‘LS TACS’  
‘MS ETACS’  
‘LS ETACS’  
‘MS NTACS’  
‘LS NTACS’  
‘MS JTACS’  
‘LS JTACS’  
‘USER-DEF’  
CONF:RFCS?  
Scr een /field eq u iva len t  
CONF:RFCS controls the RF Chan Stdfield of the INSTRUMENT  
CONFIGURE screen. This field is displayed only when the RF Display  
field is set to Chan.  
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CONFigure subsystem  
:RF Disp la y <str in g>  
:RF Disp la y?  
These commands set/query the RF display mode. See the Reference  
Guide for more information about frequency and channel tuning.  
Syn t a x  
CONF:RFD ‘Freq’ !sets RF display to frequency tuning mode  
‘Chan’ !sets RF display to channel tuning mode  
CONF:RFD?  
Scr een /field eq u iva len t  
CONF:RFD controls the RF Displayfield of the INSTRUMENT  
CONFIGURE screen.  
:RF IMp ed <str in g>  
:RF IMp ed ?  
These commands set/query the way that RF generator s voltages are  
expressed (across a 50 ohm load or open circuit). The RF generator s  
amplitude units must be V, mV, uV, or dBuV for this command to have  
an effect.  
Syn t a x  
CONF:RFIM ‘50 ohm’  
‘emf’  
CONF:RFIM?  
Scr een /field eq u iva len t  
CONF:RFIM controls the RF Gen Voltsfield of the INSTRUMENT  
CONFIGURE screen.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:BAUD <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:BAUD?  
These commands set/query the baud rate of the SERIAL 9 port.  
Syn t a x  
CONF:SPOR9:BAUD150’  
‘300’  
‘600‘  
‘1200‘  
‘2400‘  
‘4800‘  
‘9600‘  
‘19200‘  
CONF:SPOR9:BAUD?  
Scr een /field eq u iva len t  
CONF:SPOR9:BAUD controls the Serial Baudfield of the I/O  
CONFIGURE screen.  
:SP OR 9| SP ORT9| SB9| SP 9:PARity <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:PARity?  
These commands set/query the parity of the SERIAL 9 port.  
Syn t a x  
CONF:SPOR9:PARNone’  
‘Odd’  
‘Even’  
‘Always 1’  
‘Always 0’  
CONF:SPOR9:PAR?  
Scr een /field eq u iva len t  
CONF:SPOR9:PAR controls the Parityfield of the I/O CONFIGURE  
screen.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:DATA <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:DATA?  
These commands set/query the number of data bits per data word sent  
over the SERIAL 9 port.  
Syn t a x  
CONF:SPOR9:DATA ‘7 bits’  
‘8 bits’  
CONF:SPOR9:DATA?  
Scr een /field eq u iva len t  
CONF:SPOR9:DATA controls the Data Lengthfield of the I/O  
CONFIGURE screen.  
:SP OR 9| SP ORT9| SB9| SP 9:STOP <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:STOP ?  
These commands set/query the number of stop bits used for serial  
communication over the SERIAL 9 port.  
Syn t a x  
CONF:SPOR9:STOP ‘1 bit’  
‘2 bits’  
CONF:SPOR9:STOP?  
Scr een /field eq u iva len t  
CONF:SPOR9:STOP controls the Stop Lengthfield of the I/O  
CONFIGURE screen.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:F CONtr ol| F LOW <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:F CONtr ol| F LOW?  
These commands set/query the flow control to set the pace of serial  
communications for the SERIAL 9 port.  
Syn t a x  
CONF:SPOR9:FCON ‘Xon/Xoff’  
‘None’  
CONF:SPOR9:FCON?  
Scr een /field eq u iva len t  
CONF:SPOR9:FCON controls the Flow Controlfield of the  
I/O CONFIGURE screen.  
:SP OR 9| SP ORT9| SB9| SP 9:IBE Ch o <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:IBE Ch o?  
These commands set/query the screen and error message echoing from  
IBASIC.  
Syn t a x  
CONF:SPOR9:IBEC ‘On’  
‘Off’  
CONF:SPOR9:IBEC?  
Scr een /field eq u iva len t  
CONF:SPOR9:IBEC controls the IBASIC Echofield of the I/O  
CONFIGURE screen.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:IECHo <str in g>  
:SP OR 9| SP ORT9| SB9| SP 9:IECHo?  
These commands set/query the character and screen echoing  
(instrument echo) when using an external ASCII RS-232 terminal or  
computer to enter or edit the IBASIC program.  
Syn t a x  
CONF:SPOR9:IECH ‘On’  
‘Off’  
CONF:SPOR9:IECH?  
Scr een /field eq u iva len t  
CONF:SPOR9:IECH controls the Inst Echofield of the I/O  
CONFIGURE screen.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :MODE <st r in g>  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :MODE?  
These commands set/query the modem mode.  
Syn t a x  
CONF:SPOR9:MOD:MODE ‘Disable’  
‘Ignore’  
‘Answer’  
‘Dial Back’  
CONF:SPOR9:MOD:MODE? <returns quoted string>  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:MODE controls the Modem Modefield of the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CALL:ORIGin a te  
This command causes the modem to place a call using the dialing string  
entered with the CONF:SPOR9:MOD:CONN:NUMB command.  
Syn t a x  
CONF:SPOR9:MOD:CALL:ORIG  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CALL:ORIG controls the Orignatesubfield of the  
Callfield on the MODEM CONFIGURE screen when the Serial Port  
field is set to Port 9.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CALL:DISCon n ect  
This command causes the modem to disconnect from the call in  
progress. It also cancels any pending call origination retries  
(CONF:SPOR9:MOD:CONN:RETRy). This field is inactive when  
CONF:SPOR9:MOD:MODE Disable’ command is used.  
Syn t a x  
CONF:SPOR9:MOD:CALL:DISC  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CALL:DISC controls the Disconnectsubfield of  
the Callfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CALL:STATu s?  
This command queries the status of the modem.  
Syn t a x  
CONF:SPOR9:MOD:CALL:STAT?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CALL:STAT? queries the Statusfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:NUMBer  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:NUMBer ?  
This command queries the status of the modem.  
Syn t a x  
CONF:SPOR9:MOD:CONN:NUMB <string up to 40 characters>  
CONF:SPOR9:MOD:CONN:NUMB?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONN:NUMB controls the Number to Callfield  
on the MODEM CONFIGURE screen when the Serial Portfield is set  
to Port 9.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:TIMeou t  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:TIMeou t?  
This command sets/queries the number of seconds to wait before  
aborting a connection attempt. This applies to both answer and  
originate activities.  
Syn t a x  
CONF:SPOR9:MOD:CONN:TIM <integer>  
CONF:SPOR9:MOD:CONN:TIM?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONN:TIM controls the Connection Time-out  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:HDE La y  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:HDE La y?  
This command sets/queries the number of seconds to wait before  
attempting an origination. This applies to the delay prior to attempting  
a dialback as well as the delay prior to retrying an origination as part of  
the retry sequence.  
Syn t a x  
CONF:SPOR9:MOD:CONN:HDEL <integer>  
CONF:SPOR9:MOD:CONN:HDEL?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONN:HDEL controls the Hold-off Delayfield  
on the MODEM CONFIGURE screen when the Serial Portfield is set  
to Port 9.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:RE TRy  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONNect:RE TRy?  
This command sets/queries the number of calls that will be tried before  
an origination attempt is terminated. The total number of tries will be  
the number entered in this field, plus one for the original attempt.  
Syn t a x  
CONF:SPOR9:MOD:CONN:RETR <integer>  
CONF:SPOR9:MOD:CONN:RETR?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONN:RETR controls the Retriesfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:UP Da te  
This command is used to send the modem configuration strings entered  
in the CONF:SPOR9:MOD:CONF:STR1, STR2, and STR3 commands.  
Syn t a x  
CONF:SPOR9:MOD:CONF:UPD  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONF:UPD controls the Modem Configuration  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 9.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:STRin g1  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:STRin g1?  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:STRin g2  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:STRin g2?  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:STRin g3  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:STRin g3?  
These commands are used to enter the modem configuration strings to  
be sent when the CONF:SPOR9:MOD:CONF:UPD command is  
executed. Each string has a maximum of 40 characters.  
STR 1 is the initial configuration string sent to the modem when the  
CONF:SPOR9:MOD:CONF:UPD command is executed. The second line  
is the second string sent, and the third line is the third string sent. The  
second and third lines can be left blank.  
Syn t a x  
CONF:SPOR9:MOD:CONF:STR1 <string>  
CONF:SPOR9:MOD:CONF:STR1?  
CONF:SPOR9:MOD:CONF:STR2 <string>  
CONF:SPOR9:MOD:CONF:STR2?  
CONF:SPOR9:MOD:CONF:STR3 <string>  
CONF:SPOR9:MOD:CONF:STR3?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONF:STR1 controls the first line of the Modem  
Initialization/Configurationfield on the MODEM CONFIGURE  
screen when the Serial Portfield is set to Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:ECHa r a ct er  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:ECHa r a ct er ?  
This command sets/queries a one-character, non-printable escape  
character that you use to define your own escape command sequence.  
Syn t a x  
CONF:SPOR9:MOD:CONF:ECH <character>  
CONF:SPOR9:MOD:CONF:ECH?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONF:ECH controls the Command Escape  
Characterfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 9.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :CONF igu r e:E CEQiva len t?  
This command reports the decimal equivalent of the escape character  
entered with the CONF:SPOR9:MOD:CONF:ECH.  
Syn t a x  
CONF:SPOR9:MOD:CONF:ECEQ?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:CONF:ECEQ? queries the Decimal Equivalent  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :SECu r ity:STATe  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :SECu r ity:STATe?  
This command controls the usage of a password security challenge.  
Off’ - no password challenge on connection  
On’ - issues a password challenge on connection. The caller must  
enter a password. The password must match the string entered in  
the CONF:SPOR9:MOD:SEC:PASS command.  
Syn t a x  
CONF:SPOR9:MOD:SEC:STAT ‘On’  
‘Off’  
CONF:SPOR9:MOD:CONF:STAT?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:SEC:STAT controls the Incoming Call Security  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 9.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :SECu r ity:PASSw or d  
:SP OR 9| SP ORT9| SB9| SP 9:MODem :SECu r ity:PASSw or d ?  
This command sets/queries the password required by a security  
challenge when the CONF:SPOR9:MOD:SEC:STAT ‘On’ command is  
used.  
Syn t a x  
CONF:SPOR9:MOD:SEC:PASS <string>  
CONF:SPOR9:MOD:SEC:PASS?  
Scr een /field eq u iva len t  
CONF:SPOR9:MOD:SEC:PASS controls the Psswordfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 9.  
:SP OR 9| SP ORT9| SB9| SP 9:SIN| SINP <st r in g>  
:SP OR 9| SP ORT9| SB9| SP 9:SIN| SINP ?  
These commands set/query the destination of data characters received  
by the Test Set via the SERIAL 9 port.  
Syn t a x  
CONF:SPOR9:SIN ‘Inst’  
‘IBASIC’  
CONF:SPOR9:SIN?  
Scr een /field eq u iva len t  
CONF:SPOR9:SIN controls the Serial_9 Infield of the I/O  
CONFIGURE screen.  
:SP OR 9| SP ORT9| SB9| SP 9:STATu s:LINE?  
This command queries the line status register.  
Syn t a x  
CONF:SPOR9:STAT:LINE?  
Scr een /field eq u iva len t  
No screen/field equivalent.  
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CONFigure subsystem  
:SP OR 9| SP ORT9| SB9| SP 9:STATu s:MODem ?  
This command queries the modem status register.  
Syn t a x  
CONF:SPOR9:STAT:MOD?  
Scr een /field eq u iva len t  
No screen/field equivalent.  
:SP OR 10| SP ORT10| SB10| SP 10:BAUD <str in g>  
:SP OR 10| SP ORT10| SB10| SP 10:BAUD?  
These commands set/query the baud rate of the SERIAL 10 port.  
Syn t a x  
CONF:SPOR10:BAUD ‘150’  
‘300’  
‘600’  
‘1200’  
‘2400’  
‘4800’  
‘9600’  
‘19200’  
CONF:SPOR10:BAUD?  
Scr een /field eq u iva len t  
CONF:SPOR10:BAUD controls the Serial Baudfield of the I/O  
CONFIGURE screen.  
:SP OR 10| SP ORT10| SB10| SP 10:PARity <str in g>  
:SP OR 10| SP ORT10| SB10| SP 10:PARity?  
These commands set/query the parity of the SERIAL 10 port.  
Syn t a x  
CONF:SPOR10:PAR ‘None’  
‘Odd’  
‘Even’  
‘Always 1’  
‘Always 0’  
CONF:SPOR10:PAR?  
Scr een /field eq u iva len t  
CONF:SPOR10:PAR controls the Parityfield of the I/O CONFIGURE  
screen.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:DATA <str in g>  
:SP OR 10| SP ORT10| SB10| SP 10:DATA?  
These commands set/query the number of data bits per data word sent  
over the SERIAL 10 port.  
Syn t a x  
CONF:SPOR10:DATA ‘7 bits’  
‘8 bits’  
CONF:SPOR10:DATA?  
Scr een /field eq u iva len t  
CONF:SPOR10:DATA controls the Data Lengthfield of the I/O  
CONFIGURE screen.  
:SP OR 10| SP ORT10| SB10| SP 10:STOP <str in g>  
:SP OR 10| SP ORT10| SB10| SP 10:STOP ?  
These commands set/query the number of stop bits used for serial  
communication over the SERIAL 10 port.  
Syn t a x  
CONF:SPOR10:STOP ‘1 bit’  
‘2 bits’  
CONF:SPOR10:STOP?  
Scr een /field eq u iva len t  
CONF:SPOR10:STOP controls the Stop Lengthfield of the I/O  
CONFIGURE screen.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:F CONtr ol| F LOW <str in g>  
:SP OR 10| SP ORT10| SB10| SP 10:F CONtr ol| F LOW?  
These commands set/query the flow control to set the pace of serial  
communications for the SERIAL 10 port.  
Syn t a x  
CONF:SPOR10:FCON ‘Xon/Xoff’  
‘None’  
CONF:SPOR10:FCON?  
Scr een /field eq u iva len t  
CONF:SPOR10:FCON controls the Flow Controlfield of the I/O  
CONFIGURE screen.  
:SP OR 10| SP ORT10| SB10| SP 10:STATu s:LINE?  
This command queries the line status register.  
Syn t a x  
CONF:SPOR10:STAT:LINE?  
Scr een /field eq u iva len t  
No screen/field equivalent.  
:SP OR 10| SP ORT10| SB10| SP 10:STATu s:MODem ?  
This command queries the modem status register.  
Syn t a x  
CONF:SPOR10:STAT:MOD?  
Scr een /field eq u iva len t  
No screen/field equivalent.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :MODE <str in g>  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :MODE?  
These commands set/query the modem mode.  
Syn t a x  
CONF:SPOR10:MOD:MODE ‘Disable’  
‘Ignore’  
‘Answer’  
‘Dial Back’  
CONF:SPOR10:MOD:MODE? !returns quoted string  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:MODE controls the Modem Modefield of the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CALL:OR IGin a te  
This command causes the modem to place a call using the dialing string  
entered with the CONF:SPOR10:MOD:CONN:NUMB command.  
Syn t a x  
CONF:SPOR10:MOD:CALL:ORIG  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CALL:ORIG controls the Orignatesubfield of  
the Callfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CALL:DISCon n ect  
This command causes the modem to disconnect from the call in  
progress. It also cancels any pending call origination retries  
(CONF:SPOR10:MOD:CONN:RETRy). This field is inactive when  
CONF:SPOR10:MOD:MODE Disable’ command is used.  
Syn t a x  
CONF:SPOR10:MOD:CALL:DISC  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CALL:DISC controls the Disconnectsubfield of  
the Callfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 10.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CALL:STATu s?  
This command queries the status of the modem.  
Syn t a x  
CONF:SPOR10:MOD:CALL:STAT?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CALL:STAT? queries the Statusfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :NUMBer  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :NUMBer ?  
This command queries the status of the modem.  
Syn t a x  
CONF:SPOR10:MOD:CONN:NUMB <string up to 40 characters>  
CONF:SPOR10:MOD:CONN:NUMB?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONN:NUMB controls the Number to Callfield  
on the MODEM CONFIGURE screen when the Serial Portfield is set  
to Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :TIMeou t  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :TIMeou t?  
This command sets/queries the number of seconds to wait before  
aborting a connection attempt. This applies to both answer and  
originate activities.  
Syn t a x  
CONF:SPOR10:MOD:CONN:TIM <integer>  
CONF:SPOR10:MOD:CONN:TIM?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONN:TIM controls the Connection Time-out  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 10.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :HDELa y  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :HDELa y?  
This command sets/queries the number of seconds to wait before  
attempting an origination. This applies to the delay prior to attempting  
a dialback as well as the delay prior to retrying an origination as part of  
the retry sequence.  
Syn t a x  
CONF:SPOR10:MOD:CONN:HDEL <integer>  
CONF:SPOR10:MOD:CONN:HDEL?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONN:HDEL controls the Hold-off Delayfield  
on the MODEM CONFIGURE screen when the Serial Portfield is set  
to Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :RETRy  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONNect :RETRy?  
This command sets/queries the number of calls that will be tried before  
an origination attempt is terminated. The total number of tries will be  
the number entered in this field, plus one for the original attempt.  
Syn t a x  
CONF:SPOR10:MOD:CONN:RETR <integer>  
CONF:SPOR10:MOD:CONN:RETR?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONN:RETR controls the Retriesfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:UP Da te  
This command is used to send the modem configuration strings entered  
in the CONF:SPOR10:MOD:CONF:STR1, STR2, and STR3 commands.  
Syn t a x  
CONF:SPOR10:MOD:CONF:UPD  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONF:UPD controls the Modem Configuration  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 10.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:STRin g1  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:STRin g1?  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:STRin g2  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:STRin g2?  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:STRin g3  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:STRin g3?  
These commands are used to enter the modem configuration strings to  
be sent when the CONF:SPOR10:MOD:CONF:UPD command is  
executed. Each string has a maximum of 40 characters.  
STR 1 is the initial configuration string sent to the modem when the  
CONF:SPOR10:MOD:CONF:UPD command is executed. The second  
line is the second string sent, and the third line is the third string sent.  
The second and third lines can be left blank  
Syn t a x  
CONF:SPOR10:MOD:CONF:STR1 <string>  
CONF:SPOR10:MOD:CONF:STR1?  
CONF:SPOR10:MOD:CONF:STR2 <string>  
CONF:SPOR10:MOD:CONF:STR2?  
CONF:SPOR10:MOD:CONF:STR3 <string>  
CONF:SPOR10:MOD:CONF:STR3?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONF:STR1 controls the first line of the Modem  
Initialization/Configurationfield on the MODEM CONFIGURE  
screen when the Serial Portfield is set to Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:ECHa r a cter  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:ECHa r a cter ?  
This command sets/queries a one-character, non-printable escape  
character that you use to define your own escape command sequence.  
Syn t a x  
CONF:SPOR10:MOD:CONF:ECH <character>  
CONF:SPOR10:MOD:CONF:ECH?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONF:ECH controls the Command Escape  
Characterfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 10.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :CONF igu r e:ECEQiva len t?  
This command reports the decimal equivalent of the escape character  
entered with the CONF:SPOR10:MOD:CONF:ECH.  
Syn t a x  
CONF:SPOR10:MOD:CONF:ECEQ?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:CONF:ECEQ? queries the Decimal Equivalent  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 10.  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :SECu r it y:STATe  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :SECu r it y:STATe?  
This command controls the usage of a password security challenge.  
Off’ - no password challenge on connection  
On’ - issues a password challenge on connection. The caller must  
enter a password. The password must match the string entered in  
the CONF:SPOR10:MOD:SEC:PASS command.  
Syn t a x  
CONF:SPOR10:MOD:SEC:STAT ‘On’  
‘Off’  
CONF:SPOR10:MOD:CONF:STAT?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:SEC:STAT controls the Incoming Call  
Securityfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 10.  
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CONFigure subsystem  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :SECu r it y:PASSw or d  
:SP OR 10| SP ORT10| SB10| SP 10:MODem :SECu r it y:PASSw or d ?  
This command sets/queries the password required by a security  
challenge when the CONF:SPOR10:MOD:SEC:STAT ‘On’ command is  
used.  
Syn t a x  
CONF:SPOR10:MOD:SEC:PASS <string>  
CONF:SPOR10:MOD:SEC:PASS?  
Scr een /field eq u iva len t  
CONF:SPOR10:MOD:SEC:PASS controls the Psswordfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 10.  
:SP OR 11| SP ORT11| SB11| SP 11:BAUD <str in g>  
:SP OR 11| SP ORT11| SB11| SP 11:BAUD?  
These commands set/query the baud rate of the SERIAL 11 port.  
Syn t a x  
CONF:SPOR11:BAUD ‘150’  
‘300’  
‘600’  
‘1200’  
‘2400’  
‘4800’  
‘9600’  
‘19200’  
CONF:SPOR11:BAUD?  
Scr een /field eq u iva len t  
CONF:SPOR11:BAUD controls the Serial Baudfield of the I/O  
CONFIGURE screen.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:PARit y <str in g>  
:SP OR 11| SP ORT11| SB11| SP 11:PARit y?  
These commands set/query the parity of the SERIAL 11 port.  
Syn t a x  
CONF:SPOR11:PAR  
‘None’  
‘Odd’  
‘Even’  
‘Always 1’  
‘Always 0’  
CONF:SPOR11:PAR?  
Scr een /field eq u iva len t  
CONF:SPOR11:PAR controls the Parityfield of the I/O CONFIGURE  
screen.  
:SP OR 11| SP ORT11| SB11| SP 11:DATA <str in g>  
:SP OR 11| SP ORT11| SB11| SP 11:DATA?  
These commands set/query the number of data bits per data word sent  
over the SERIAL 11 port.  
Syn t a x  
CONF:SPOR11:DATA ‘7 bits’  
‘8 bits’  
CONF:SPOR11:DATA?  
Scr een /field eq u iva len t  
CONF:SPOR11:DATA controls the Data Lengthfield of the I/O  
CONFIGURE screen.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:STOP <str in g>  
:SP OR 11| SP ORT11| SB11| SP 11:STOP ?  
These commands set/query the number of stop bits used for serial  
communication over the SERIAL 11 port.  
Syn t a x  
CONF:SPOR11:STOP ‘1 bit’  
‘2 bits’  
CONF:SPOR11:STOP?  
Scr een /field eq u iva len t  
CONF:SPOR11:STOP controls the Stop Lengthfield of the I/O  
CONFIGURE screen.  
:SP OR 11| SP ORT11| SB11| SP 11:F CONtr ol| F LOW <str in g>  
:SP OR 11| SP ORT11| SB11| SP 11:F CONtr ol| F LOW?  
These commands set/query the flow control to set the pace of serial  
communications for the SERIAL 11 port.  
Syn t a x  
CONF:SPOR11:FCON ‘Xon/Xoff’  
‘None’  
CONF:SPOR11:FCON?  
Scr een /field eq u iva len t  
CONF:SPOR11:FCON controls the Flow Controlfield of the I/O  
CONFIGURE screen.  
:SP OR 11| SP ORT11| SB11| SP 11:STATu s:LINE?  
This command queries the line status register.  
Syn t a x  
CONF:SPOR11:STAT:LINE?  
Scr een /field eq u iva len t  
No screen/field equivalent.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:STATu s:MODem ?  
This command queries the modem status register.  
Syn t a x  
CONF:SPOR11:STAT:MOD?  
Scr een /field eq u iva len t  
No screen/field equivalent.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :MODE <str in g>  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :MODE?  
These commands set/query the modem mode.  
Syn t a x  
CONF:SPOR11:MOD:MODE ‘Disable’  
‘Ignore’  
‘Answer’  
‘Dial Back’  
CONF:SPOR11:MOD:MODE? <returns quoted string>  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:MODE controls the Modem Modefield of the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CALL:ORIGin a te  
This command causes the modem to place a call using the dialing string  
entered with the CONF:SPOR11:MOD:CONN:NUMB command.  
Syn t a x  
CONF:SPOR11:MOD:CALL:ORIG  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CALL:ORIG controls the Orignatesubfield of  
the Callfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 11.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CALL:DISCon n ect  
This command causes the modem to disconnect from the call in  
progress. It also cancels any pending call origination retries  
(CONF:SPOR11:MOD:CONN:RETRy). This field is inactive when  
CONF:SPOR11:MOD:MODE Disable’ command is used.  
Syn t a x  
CONF:SPOR11:MOD:CALL:DISC  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CALL:DISC controls the Disconnectsubfield of  
the Callfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CALL:STATu s?  
This command queries the status of the modem.  
Syn t a x  
CONF:SPOR11:MOD:CALL:STAT?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CALL:STAT? queries the Statusfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:NUMBer  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:NUMBer ?  
This command queries the status of the modem.  
Syn t a x  
CONF:SPOR11:MOD:CONN:NUMB <string up to 40 characters>  
CONF:SPOR11:MOD:CONN:NUMB?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONN:NUMB controls the Number to Callfield  
on the MODEM CONFIGURE screen when the Serial Portfield is set  
to Port 11.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:TIMeou t  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:TIMeou t?  
This command sets/queries the number of seconds to wait before  
aborting a connection attempt. This applies to both answer and  
originate activities.  
Syn t a x  
CONF:SPOR11:MOD:CONN:TIM <integer>  
CONF:SPOR11:MOD:CONN:TIM?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONN:TIM controls the Connection Time-out  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:HDELa y  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:HDELa y?  
This command sets/queries the number of seconds to wait before  
attempting an origination. This applies to the delay prior to attempting  
a dialback as well as the delay prior to retrying an origination as part of  
the retry sequence.  
Syn t a x  
CONF:SPOR11:MOD:CONN:HDEL <integer>  
CONF:SPOR11:MOD:CONN:HDEL?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONN:HDEL controls the Hold-off Delayfield  
on the MODEM CONFIGURE screen when the Serial Portfield is set  
to Port 11.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:RETRy  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONNect:RETRy?  
This command sets/queries the number of calls that will be tried before  
an origination attempt is terminated. The total number of tries will be  
the number entered in this field, plus one for the original attempt.  
Syn t a x  
CONF:SPOR11:MOD:CONN:RETR <integer>  
CONF:SPOR11:MOD:CONN:RETR?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONN:RETR controls the Retriesfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:UP Da te  
This command is used to send the modem configuration strings entered  
in the CONF:SPOR11:MOD:CONF:STR1, STR2, and STR3 commands.  
Syn t a x  
CONF:SPOR11:MOD:CONF:UPD  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONF:UPD controls the Modem Configuration  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 11.  
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:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:STR in g1  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:STR in g1?  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:STR in g2  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:STR in g2?  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:STR in g3  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:STR in g3?  
These commands are used to enter the modem configuration strings to  
be sent when the CONF:SPOR11:MOD:CONF:UPD command is  
executed. Each string has a maximum of 40 characters.  
STR 1 is the initial configuration string sent to the modem when the  
CONF:SPOR11:MOD:CONF:UPD command is executed. The second  
line is the second string sent, and the third line is the third string sent.  
The second and third lines can be left blank.  
Syn t a x  
CONF:SPOR11:MOD:CONF:STR1 <string>  
CONF:SPOR11:MOD:CONF:STR1?  
CONF:SPOR11:MOD:CONF:STR2 <string>  
CONF:SPOR11:MOD:CONF:STR2?  
CONF:SPOR11:MOD:CONF:STR3 <string>  
CONF:SPOR11:MOD:CONF:STR3?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONF:STR1 controls the first line of the Modem  
Initialization/Configurationfield on the MODEM CONFIGURE  
screen when the Serial Portfield is set to Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:ECHa r a cter  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:ECHa r a cter ?  
This command sets/queries a one-character, non-printable escape  
character that you use to define your own escape command sequence.  
Syn t a x  
CONF:SPOR11:MOD:CONF:ECH <character>  
CONF:SPOR11:MOD:CONF:ECH?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONF:ECH controls the Command Escape  
Characterfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 11.  
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:SP OR 11| SP ORT11| SB11| SP 11:MODem :CONF igu r e:ECEQiva len t?  
This command reports the decimal equivalent of the escape character  
entered with the CONF:SPOR11:MOD:CONF:ECH.  
Syn t a x  
CONF:SPOR11:MOD:CONF:ECEQ?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:CONF:ECEQ? queries the Decimal Equivalent  
field on the MODEM CONFIGURE screen when the Serial Portfield  
is set to Port 11.  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :SECu r ity:STATe  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :SECu r ity:STATe?  
This command controls the usage of a password security challenge.  
Off’ - no password challenge on connection  
On’ - issues a password challenge on connection. The caller must  
enter a password. The password must match the string entered in  
the CONF:SPOR11:MOD:SEC:PASS command.  
Syn t a x  
CONF:SPOR11:MOD:SEC:STAT ‘On’  
‘Off’  
CONF:SPOR11:MOD:CONF:STAT?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:SEC:STAT controls the Incoming Call  
Securityfield on the MODEM CONFIGURE screen when the Serial  
Portfield is set to Port 11.  
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CONFigure subsystem  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :SECu r ity:PASSw or d  
:SP OR 11| SP ORT11| SB11| SP 11:MODem :SECu r ity:PASSw or d ?  
This command sets/queries the password required by a security  
challenge when the CONF:SPOR11:MOD:SEC:STAT ‘On’ command is  
used.  
Syn t a x  
CONF:SPOR11:MOD:SEC:PASS <string>  
CONF:SPOR11:MOD:SEC:PASS?  
Scr een /field eq u iva len t  
CONF:SPOR11:MOD:SEC:PASS controls the Psswordfield on the  
MODEM CONFIGURE screen when the Serial Portfield is set to  
Port 11.  
:SP Select <str in g>  
:SP Select?  
These commands set/query the selected serial port for configuration  
purposes. It defines which ports configuration settings are displayed on  
the I/O CONFIGURE screen.  
Syn t a x  
CONF:SPS ‘Serial 9’  
‘Serial 10’  
‘Serial 11’  
CONF:SPS?  
Scr een /field eq u iva len t  
CONF:SPS controls the Serial Portfield of the I/O CONFIGURE  
screen.  
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CONFigure subsystem  
:SRLoca tion <str in g>  
:SRLoca tion ?  
These commands set/query the save and recall locations.  
Syn t a x  
CONF:SRL ‘INTERNAL’  
‘CARD’  
‘RAM’  
CONF:SRL?  
Scr een /field eq u iva len t  
CONF:SRL controls the Save/Recallfield of the I/O CONFIGURE  
screen.  
:TIME <r ea l n u m ber >  
:TIME?  
These commands set/query the Test Sets time-of-day clock (hh.mm).  
The clock uses the 24-hour format. For example 1:30 pm is 13.30.  
but does not use the :STAT, :DUN, :INCR, or :UNITs command.  
Syn t a x  
CONF:TIME <real number> !hh.mm where hh is hours, mm is  
minutes  
CONF:TIME?  
Scr een /field eq u iva len t  
CONF:TIME controls the Timefield of the INSTRUMENT  
CONFIGURE screen.  
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DECoder subsystem  
DECod er su bsystem  
:ARM:MODE <str in g>  
:ARM:MODE?  
These commands set/query the measurement arming mode. This  
command specifies how long you want the analyzer to decode incoming  
signals.  
Single’ tells the analyzer to display the information received during  
one gate time. Measurements are triggered using the  
DGAN:TRIG:ARM and retriggered using the same command. To  
disarm the measurement, use the DEC:STOP command.  
Cont’ is used to automatically re-arm the analyzer and display the  
measurements continuously until the DEC:ARM:MODE Single’  
command is sent. Each measurement is overwritten by subsequent  
measurements.  
Syn t a x  
DEC:ARM:MODE ‘Single’  
‘Cont’  
DEC:ARM:MODE?  
Scr een /field eq u iva len t  
DEC:ARM:MODE controls the Single/Contfield on the SIGNALING  
DECODER screens.  
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DECoder subsystem  
:LEVel:AM <r ea l n u m ber >  
:LEVel:AM?  
These commands set/query the expected data signal level (after  
de-emphasis, if used). For more information about the effects of  
de-emphasis, see the De-emphasis and Input Level” description in the  
Reference Guide.  
The higher the level of signal expected by the analyzer, the higher the  
trigger level is set. The input level should be set high enough to prevent  
false triggering, but low enough to allow triggering for valid signals.  
This may require you to set the input level well below the expected level.  
This command requires one of the following settings for the AF  
analyzer s input (AFAN:INP), AM Mod’ or AM Demod.  
but does not use the :STATe command.  
Syn t a x  
DEC:LEV:AM <real number>  
DEC:LEV:AM?  
Scr een /field eq u iva len t  
DEC:LEV:AM controls the Input Levelfield on the SIGNALING  
DECODER screen when the AF Anl Infield is set to AM Modor AM  
Demod.  
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DECoder subsystem  
:LEVel:F M <r ea l n u m ber >  
:LEVel:F M?  
These commands set/query the expected data signal level (after  
de-emphasis, if used). For more information about the effects of  
de-emphasis, see the De-emphasis and Input Level” in the Reference  
Guide.  
The higher the level of signal expected by the analyzer, the higher the  
trigger level is set.The input level should be set high enough to prevent  
false triggering, but low enough to allow triggering for valid signals.  
This may require you to set the input level well below the expected level.  
This command requires one of the following settings for the AF  
analyzer s input (AFAN:INP), FM Mod’ or FM Demod.  
but does not use the :STATe command.  
Syn t a x  
DEC:LEV:FM <real number>  
DEC:LEV:FM?  
Scr een /field eq u iva len t  
DEC:LEV:FM controls the Input Levelfield on the SIGNALING  
DECODER screen when the AF Anl Infield is set to FM Modor FM  
Demod.  
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DECoder subsystem  
:LEVel:VOLTs <r ea l n u m ber >  
:LEVel:VOLTs?  
These commands set/query the expected data signal level (after  
de-emphasis, if used). For more information about the effects of  
de-emphasis, see the De-emphasis and Input Level” in the Reference  
Guide.  
The higher the level of signal expected by the analyzer, the higher the  
trigger level is set. The input level should be set high enough to prevent  
false triggering, but low enough to allow triggering for valid signals.  
This may require you to set the input level well below the expected level.  
This command requires one of the following settings for the AF  
analyzer s input (AFAN:INP), Audio In, ‘Audio Out, ‘Ext Mod’ or SSB  
Demod.  
but does not use the :STATe command.  
Syn t a x  
DEC:LEV:VOLT <real number>  
DEC:LEV:VOLT?  
Scr een /field eq u iva len t  
DEC:LEV:VOLT controls the Input Levelfield on the SIGNALING  
DECODER screen when the AF Anl Infield is set to Audio In, Audio  
Out, Ext Mod, or SSB Demod.  
:MODE <str in g>  
:MODE?  
These commands set/query the mode of the signaling decoder.  
Syn t a x  
DEC:MODE ‘Func Gen’  
‘DTMF’  
‘AMPS-TACS’  
‘NAMP-NTAC’  
DEC:MODE?  
Scr een /field eq u iva len t  
DEC:MODE controls the Modefield on the SIGNALING DECODER  
screen.  
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DECoder subsystem  
:P OLa r ity <str in g>  
:P OLa r ity?  
These commands match/query the polarity of the encoded signal being  
analyzed. This function is helpful for restoring the proper data polarity  
when the transmitter, repeater, or receiver in you communications  
system has an odd number of inversions. These inversions cause the  
received data to be inverted when decoded.  
When DEC:POL Norm’ is used, a logical high (1) is displayed when a  
positive peak in the received signal is detected. A negative peak  
displays a logical low (0).  
When DEC:POL Invert’ is used, a logical low (0) is displayed when a  
positive peak in the received signal is detected. A negative peak  
displays a logical high (1).  
Inverting amplifiers used in transmitters, receivers, and repeaters can  
cause an inversion of the modulating digital data. If the decoded signal  
does not display the expected results, change the polarity to see if the  
signal is being inverted before it is decoded.  
Syn t a x  
DEC:POL ‘Norm’  
‘Invert’  
DEC:POL?  
Scr een /field eq u iva len t  
DEC:POL controls the Polarityfield on the SIGNALING DECODER  
screen when the Modefield is set to AMPS-TACSor NAMP-NTAC.  
:STOP  
This command is used to disarm the decoder when you are making  
single measurements (DEC:ARM:MODE Single). It is not used with  
continuous measurements.  
Syn t a x  
DEC:STOP  
Scr een /field eq u iva len t  
DEC:STOP controls the Stop Measfield on the SIGNALING  
DECODER screens.  
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DECoder subsystem  
:AMP S| TACS:GATE <r ea l n u m ber >  
:AMP S| TACS:GATE?  
This command specifies how long the decoder analyzes a signal after it  
has been triggered. Up to 6.55 seconds of gate time can be specified. The  
minimum gate time must be long enough to allow the preamble and all  
necessary data bits to be captured.  
If the gate time is too long, the decoder s buffer becomes full. A message  
is displayed instructing you to decrease the gate time.  
but does not use the :STATe command.  
Syn t a x  
DEC:AMPS:GATE <real number>  
DEC:AMPS:GATE?  
Scr een /field eq u iva len t  
DEC:AMPS:GATE controls the Gate Timefield on the SIGNALING  
DECODER screen when the Modefield is set to AMPS-TACS.  
:AMP S| TACS:MESSa ge <str in g>  
:AMP S| TACS:MESSa ge?  
These commands set/query which of the message streams (entered in  
the encoder s message fields) will be decoded.  
Syn t a x  
DEC:AMPS:MESS ‘FOCC A&B’  
‘FOCC A’  
‘FOCC B’  
‘RECC’  
‘FVC’  
‘RVC’  
DEC:AMPS:MESS?  
Scr een /field eq u iva len t  
DEC:AMPS:MESS has no equivalent screen control field.  
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:AMP S| TACS:STANd a r d <str in g>  
:AMP S| TACS:STANd a r d ?  
These commands set/query the expected frame structure and channel  
range of the decoder s incoming signal. Trying to run a test with the  
wrong standard selected will result in incorrectly decoded data, or will  
result in a displayed error message.  
Syn t a x  
DEC:AMPS:STAN ‘AMPS’  
‘TACS’  
‘JTACS’  
DEC:AMPS:STAN?  
Scr een /field eq u iva len t  
DEC:AMPS:STAN controls the Standardfield on the SIGNALING  
DECODER screen when the Modefield is set to AMPS-TACS.  
:AMP S| TACS:TRIGger :PATTer n <str in g>  
:AMP S| TACS:TRIGger :PATTer n ?  
These commands set/query the bit pattern to filter displayed  
information. The decoder only displays the received data when this  
binary pattern is encountered immediately after triggering. This is  
helpful when you only want to display messages containing very  
specific information.  
The trigger pattern is entered as a sequence of ones, zeros, and dots. A  
dot will cause the decoder to trigger for either a one or a zero in that bit  
position in the received data stream.  
Syn t a x  
DEC:AMPS:TRIG:PATT <string>  
DEC:AMPS:TRIG:PATT?  
Scr een /field eq u iva len t  
DEC:AMPS:TRIG:PATT controls the Trigger Pattern (bin) field on  
the SIGNALING DECODER screen when the Modefield is set to  
AMPS-TACS.  
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DECoder subsystem  
:DTMF :GATE <r ea l n u m ber >  
:DTMF :GATE?  
This command specifies how long the decoder analyzes a signal after it  
has been triggered. Up to 6.55 seconds of gate time can be specified.  
If the gate time is too long, the decoder s buffer becomes full. A message  
is displayed instructing you to decrease the gate time.  
but does not use the :STATe command.  
Syn t a x  
DEC:DTMF:GATE <real number>  
DEC:DTMF:GATE?  
Scr een /field eq u iva len t  
DEC:DTMF:GATE controls the Gate Timefield on the SIGNALING  
DECODER screen when the Modefield is set to DTMF.  
:F GEN:GATE <r ea l n u m ber >  
This command specifies how long the decoder analyzes a signal after it  
has been triggered. Up to 6.55 seconds of gate time can be specified.  
If the gate time is too long, the decoder s buffer becomes full. A message  
is displayed instructing you to decrease the gate time.  
but does not use the :STATe command.  
Syn t a x  
DEC:FGEN:GATE <real number>  
Scr een /field eq u iva len t  
DEC:FGEN:GATE controls the Gate Timefield on the SIGNALING  
DECODER screen when the Modefield is set to Func Gen.  
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DECoder subsystem  
:NAMP s| NTACs:CHANn el <str in g>  
:NAMP s| NTACs:CHANn el?  
These commands set/query the type of data to decode.  
Cntl’ selects reverse control channel (RECC) data.  
‘Voice’ selects reverse voice channel (RVC) data.  
Syn t a x  
DEC:NAMP:CHAN ‘Cntl’  
‘Voice’  
DEC:NAMP:CHAN?  
Scr een /field eq u iva len t  
DEC:NAMP:CHAN controls the Channelfield on the SIGNALING  
DECODER screen when the Modefield is set to AMPS-TACSor  
NAMP-NTAC.  
:NAMP s| NTACs:GATE <r ea l n u m ber >  
:NAMP s| NTACs:GATE ?  
This command specifies how long the decoder analyzes a signal after it  
has been triggered. Up to 6.55 seconds of gate time can be specified. The  
minimum gate time must be long enough to allow the preamble and all  
necessary data bits to be captured.  
If the gate time is too long, the decoder s buffer becomes full. A message  
is displayed instructing you to decrease the gate time.  
This function is not used with the NAMPS-NTACS RVC decoder.  
but does not use the :STATe command.  
Syn t a x  
DEC:NAMP:GATE <real number>  
DEC:NAMP:GATE?  
Scr een /field eq u iva len t  
DEC:NAMP:GATE controls the Gate Timefield on the SIGNALING  
DECODER screen when the Modefield is set to NAMP-NTAC.  
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DECoder subsystem  
:NAMP s| NTACs:DTMF :GATE <r ea l n u m ber >  
:NAMP s| NTACs:DTMF :GATE?  
These commands set/query how long the decoder analyzes a signal after  
it has been triggered. Up to 6.55 seconds of gate time can be specified.  
The minimum gate time must be long enough to allow the preamble  
and all necessary data bits to be captured.  
If the gate time is too long, the decoder s buffer becomes full. A message  
is displayed instructing you to decrease the gate time.  
but does not use the :STATe command.  
Syn t a x  
DEC:NAMP:DTMF:GATE <real number>  
DEC:NAMP:DTMF:GATE?  
Scr een /field eq u iva len t  
DEC:NAMP:DTMF:GATE controls the Gate Time field on the  
SIGNALING DECODER screen when the Modefield is set to  
NAMP-NTAC, the Channelfield is set to Voice, and the Measurefield is  
set to DTMF.  
:NAMP s| NTACs:RVC <str in g>  
:NAMP s| NTACs:RVC?  
These commands set/query the type of decoded data to display. This  
command is used in conjunction with the DEC:NAMP:CHAN Voice’  
command.  
Syn t a x  
DEC:NAMP:RVC ‘DSAT’  
‘Data’  
‘DTMF’  
DEC:NAMP:RVC?  
Scr een /field eq u iva len t  
DEC:NAMP:RVC controls the Measurefield on the SIGNALING  
DECODER screen when the Modefield is set to NAMP-NTACand the  
Channelfield is set to Voice.  
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DECoder subsystem  
:NAMP s| NTACs:STANd a r d <str in g>  
:NAMP s| NTACs:STANd a r d ?  
These commands set/query the expected frame structure and channel  
range of the decoder s incoming signal. Trying to run a test with the  
wrong standard selected will result in incorrectly decoded data, or will  
result in a displayed error message.  
Syn t a x  
DEC:NAMP:STAN ‘NAMP’  
‘NTAC’  
DEC:NAMP:STAN?  
Scr een /field eq u iva len t  
DEC:NAMP:STAN controls the Standardfield on the SIGNALING  
DECODER screen when the Modefield is set to NAMP-NTAC.  
:NAMP s| NTACs:TRIGger :PATTer n <str in g>  
:NAMP s| NTACs:TRIGger :PATTer n ?  
These commands set/query the bit pattern to filter displayed  
information. The decoder only displays the received data when this  
binary pattern is encountered immediately after triggering. This is  
helpful when you only want to display messages containing very  
specific information.  
The trigger pattern is entered as a sequence of ones, zeros, and dots. A  
dot will cause the decoder to trigger for either a one or a zero in that bit  
position in the received data stream.  
This function is not available for decoding NAMPS-NTACS RVC  
information.  
Syn t a x  
DEC:NAMP:TRIG:PATT <string>  
DEC:NAMP:TRIG:PATT?  
Scr een /field eq u iva len t  
DEC:NAMP:TRIG:PATT controls the Trigger Pattern (bin) field on  
the SIGNALING DECODER screen when the Modefield is set to  
NAMP-NTAC, and the Channelfield is set to Cntl.  
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DISPlay subsystem  
DISP la y su bsystem  
The DISPlay subsystem controls the display of screens. A screen should  
be displayed before a measurement from that screen is made.  
DISP la y  
DISP la y?  
DISP sets/queries which screen is displayed. You use the DISP REM  
command to lock the Test Sets display.  
Syn t a x  
DISP AFANalyzer !AF ANALYZER screen  
DISP CANanalyzer !CDMA ANALYZER screen  
DISP CDANalyzer !CODE DOM screen (code domain analyzer)  
DISP CONFigure  
DISP DECoder  
DISP ENCoder  
DISP HELP  
!INSTRUMENT CONFIGURE screen  
!SIGNALING DECODER screen  
!SIGNALING ENCODER screen  
!HELP screen  
DISP IOConfigure !I/O CONFIGURE screen  
DISP IQPlot  
!IQ PLOT screen  
!MESSAGES screen  
DISP MESSages  
DISP OSCilloscope !SCOPE screen  
DISP PCONfigure !PRINTER CONFIGURE screen  
DISP RFANalyzer !RF ANALYZER screen  
DISP RFGen  
!RF GENERATOR screen  
!SPEC ANL screen  
!SERVICE screen  
DISP SANalyzer  
DISP SERVice  
DISP TCONfigure !TESTS (External Devices) screen  
DISP REMote  
DISP?  
!locks the display  
!returns the screen name being displayed  
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Integer Number Setting Syntax  
In teger Nu m ber Settin g Syn ta x  
This syntax is for setting values of commands which require integer  
values. It is to be used with commands which call for the Integer  
Number Setting Syntax.  
An example of a command that requires the Integer Setting Syntax is  
the RFANalyzer:RFCHannel command (see RFANalyzer subsystem”  
Syn ta x  
:Previous Syntax <integer_value> !decimal value  
:Previous Syntax #B<Binary_integer_value> !maximum 32 bits  
:Previous Syntax #O<Octal_integer_value>  
:Previous Syntax #H<Hexadecimal_integer_value>  
:Previous Syntax:INCRement UP !Increments the present value  
:Previous Syntax:INCRement DOWN !Decrements the present value  
:Previous Syntax? !Query Returns the present value  
E xa m p le 1-1  
E xa m p les  
RFAN:RFCH 47  
RFAN:RFCH #B101111 !sets channel to 47 binary  
RFAN:RFCH #O57 !sets channel to 47 octal  
RFAN:RFCH #H2F !sets channel to 47 hexadecimal  
RFAN:RFCH:INCR UP !increments by 1  
RFAN:RFCH:INCR DOWN !decrements by 1  
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I/Q Plot Subsystem  
I/Q P lot Su bsystem  
CONTr ols <str in g>  
:CONTr ols?  
These commands set/query the string that matches the current field  
contents.  
Syn t a x  
IQPL:CONT ‘Main’  
‘Trigger’  
IQPL:CONT?  
Scr een /field eq u iva len t  
IQPL:CONT? reads current contents of Controls field on the IQ PLOT  
screen. Only the images Main and Trigger are available.  
[:DISP la y]:SCALe <st r in g>  
[:DISP la y]:SCALe?  
These commands set/query the string that matches the current field  
contents.  
Syn t a x  
IQPL[:DISP]:SCAL ‘0.50/div’  
‘1.0/div’  
‘2.0/div’  
‘4.0/div’  
IQPL[:DISP]:SCAL?  
Scr een /field eq u iva len t  
IQPL[:DISP]:SCAL? sets or reads the current value of the Scale field  
on the IQ PLOT screen. This field sets the scale of the plot.  
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I/Q Plot Subsystem  
:MEASu r em en t:MODE <str in g>  
:MEASu r em en t:MODE?  
These commands set/query the current measurement mode for the I/Q  
plot screen.  
Syn t a x  
IQPL:MEAS:MODE ‘Single’  
‘Cont’  
IQPL:MEAS:MODE?  
Scr een /field eq u iva len t  
IQPL:MEAS:MODE reads the Measurement field of the Main image on  
the IQ PLOT screen.  
:MEASu r em en t:INTer va l <r ea l n u m ber >  
:MEASu r em en t:INTer va l?  
These commands set/query the current field contents of the IQ plot  
screen field, Meas Int. The units of time are measured in milliseconds.  
Syn t a x  
IQPL:MEAS:INT <real number> ! values from 1.5 to 8.0 ms  
IQPL:MEAS:INT? !returns the time interval.  
Scr een /field eq u iva len t  
IQPL:MEAS:INT sets the Meas Int field on the IQ PLOT screen. The  
query returns the current setting.  
:TRIGger :ARM  
This command arms the IQ Plot measurement. This command does not  
affect continuous measurement. To put the IQ Plot measurement in  
single triggering mode, use the TRIG:MODE:RETR SING command.  
For continuous triggering, use TRIG:MODE:RETR REP. See TRIGger  
subsystem” on page 346 for a more complete discussion of GPIB  
triggering.  
Syn t a x  
IQPL:TRIG:ARM !arms the IQ Plot measurements.  
Scr een /field eq u iva len t  
IQPL:TRIG:ARM controls the Arm Meas field of the Analyzer field on  
the Main image of the IQ PLOT screen.  
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:TRIGger :DARM  
This command disarms the IQ Plot measurement when it has been put  
into single triggering mode using the TRIG:MODE:RETR SING. See  
TRIGger subsystem” on page 346 for a more complete discussion of  
GPIB triggering.  
Syn t a x  
IQPL:TRIG:DARM !disarms the IQ Plot measurements.  
Scr een /field eq u iva len t  
IQPL:TRIG:DARM controls the Disarm selection of the Analyzer field  
of the Main image of the IQ PLOT screen.  
:TRIGger :DELa y <r ea l n u m ber >  
:TRIGger :DELa y?  
These commands set/query the current field contents of the  
Trig Delayfield on the IQ Plot screen.  
Syn t a x  
IQPL:TRIG:DEL <real number from 20µs to 10s>  
IQPL:TRIG:DEL?  
Scr een /field eq u iva len t  
IQPL:TRIG:DEL sets the Trig Delay field of the Trigger image when  
the Trig Event field is set to Delay on the IQ PLOT screen. The query  
returns the current value.  
:TRIGger [:EVENt] <st r in g>  
:TRIGger [:EVENt]?  
These commands set/query the trigger interval in the IQ plot screen.  
Syn t a x  
IQPL:TRIG[:EVEN] ‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Delay’  
‘Immed’  
IQPL:TRIG[:EVEN]?  
Scr een /field eq u iva len t  
IQPL:TRIG[:EVEN] sets the Trig Event field of the Trigger image  
on the IQ PLOT screen.  
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:TRIGger :QUALifier <str in g>  
:TRIGger :QUALifier ?  
These commands set/query the qualifying event for the trigger in the IQ  
plot screen. The qualifying event is the event that must occur before a  
trigger is accepted. The trigger event is set by the IQPL:TRIG:EVEN  
command.  
Syn t a x  
IQPL:TRIG:QUAL ‘None’  
‘27 ms’  
‘20 ms’  
‘80 ms’  
‘2 s’  
‘Ampl Lo’  
‘Ampl Mid’  
‘Ampl Hi’  
‘External’  
IQPL:TRIG:QUAL?  
Scr een /field eq u iva len t  
IQPL:TRIG:QUAL sets the Qual Event field of the Trigger image of  
the IQ PLOT screen. The query returns the current setting.  
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MEASu r e su bsystem  
The MEAS subsystem has a set of unique commands. These are the  
measurement command <meas cmnd> set. They control features of the  
Test Set such as setting measurement limits, units and the meters. See  
these commands.  
Most commands have both a <meas cmnd> parameter and a query  
command.  
The command using <meas cmnd> allows you to set certain  
parameters of the measurement such as limits, averages, and units.  
The query command is the command that reads the measurement  
and returns a value.  
:RESet  
This command resets all measurements in progress.  
Syn t a x  
MEAS:RESET  
Scr een /field eq u iva len t  
MEAS:RESET does not have an equivalent control field on the Test Set.  
:AF Req u en cy:ACLevel <m ea s cm n d >  
:AF Req u en cy:ACLevel?  
These commands set/query the AC level measurement. It measures the  
AC level of the audio source (SSB Demod, Audio In, Ext Mod, or Audio  
Out) as selected by the AFAN:INP command on page 59.  
Syn t a x  
MEAS:AFR:ACL <meas cmd>  
MEAS:AFR:ACL? !returns real value  
Scr een /field eq u iva len t  
MEAS:AFR:ACL? reads the AC Levelmeasurement field on the AF  
ANALYZER screen when the AF Anl Infield is set to Audio In, Audio  
Out, Ext Mod, or SSB Demod. This measurement is also displayed on the  
RF ANALYZER and RF GENERATOR screens.  
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:AF Req u en cy:AM <m ea s cm n d >  
:AF Req u en cy:AM?  
These commands set/query the AM depth measurement. To use this  
measurement you must select either the AM Mod or AM Demod audio  
source (AFAN:INP).  
Syn t a x  
MEAS:AFR:AM <meas cmd>  
MEAS:AFR:AM? !returns real value  
E xa m p le  
MEAS:AFR:AM:METer ON !displays the measurement in the meter  
Scr een /field eq u iva len t  
MEAS:AFR:AM? reads the AM Depthmeasurement field on the AF  
ANALYZER screen when the AF Anl Infield is set to AM Mod, or AM  
Demod. This measurement is also displayed on the RF ANALYZER and  
RF GENERATOR screens.  
:AF Req u en cy:DCAM <m ea s cm n d >  
:AF Req u en cy:DCAM?  
These commands set/query the DC AM measurement. To use this  
measurement, you must have the DC level measurement selected (see  
MEAS:AFR:SEL on page 216), and you must be using the AM Demod  
or AM Mod audio source (see AFAN:INP on page 59).  
Syn t a x  
MEAS:AFR:DCAM <meas cmd>  
MEAS:AFR:DCAM? !returns a real value  
E xa m p le  
MEAS:AFR:DCAM:AVERage 4 !averages DCAM over 4 measurements  
MEAS:AFR:DCAM?  
!returns the measured value  
Scr een /field eq u iva len t  
MEAS:AFR:DCAM? reads the DC Level(%) measurement field on the  
AF ANALYZER screen when the AF Anl Infield is set to AM Mod, or AM  
Demod. This measurement is also displayed on the RF GENERATOR  
and RF ANALYZER screens.  
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:AF Req u en cy:DCF M <m ea s cm n d >  
:AF Req u en cy:DCF M?  
These commands set/query the DC FM measurement. To use this  
measurement, you must have the DC level measurement selected (see  
MEAS:AFR:SEL on page 216), and you must be using the FM Demod  
or FM Mod audio source (see AFAN:INP on page 59).  
Syn t a x  
MEAS:AFR:DCFM <meas cmd>  
MEAS:AFR:DCFM? !returns a real value  
E xa m p le  
MEAS:AFR:DCFM:AVERage 4 !averages DCFM over 4 measurements  
MEAS:AFR:DCFM?  
!returns the measured value  
Scr een /field eq u iva len t  
MEAS:AFR:DCFM? reads the DC Level(kHz) measurement field on  
the AF ANALYZER screen when the AF Anl Infield is set to FM Mod, or  
FM Demod. This measurement is also displayed on the RF GENERATOR  
and RF ANALYZER screens.  
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:AF Req u en cy:DCVolts <m ea s cm n d >  
:AF Req u en cy:DCVolts?  
These commands set/query the DC voltmeter. To use this measurement,  
you must have the DC level measurement selected (see  
MEAS:AFR:SEL on page 216), and have selected one of the following  
audio sources: SSB Demod, Audio In, Ext Mod, or Audio Out (see  
Syn t a x  
MEAS:AFR:DCV <meas cmd>  
MEAS:AFR:DCV? !returns a real value  
E xa m p le  
MEAS:AFR:DCV mV !sets the measurement unit to mV  
MEAS:AFR:DCV? !returns the real value in millivolts  
Scr een /field eq u iva len t  
MEAS:AFR:DCV? reads the DC Level(V) measurement field on the AF  
ANALYZER screen when the AF Anl Infield is set to Audio In, Audio  
Out, Ext Mod, or SSB Demod. This measurement is also displayed on the  
RF GENERATOR and RF ANALYZER screens.  
:AF Req u en cy:DISTor tion <m ea s cm n d >  
:AF Req u en cy:DISTor tion ?  
These commands set/query the distortion measurement. This  
measurement is selected by using the MEAS:AFR:SEL Distn’  
command (see page 216), then you can read the measurement results  
using the :AFR:DIST query command.  
Syn t a x  
MEAS:AFR:DIST <meas cmd>  
MEAS:AFR:DIST? !returns a real value  
E xa m p le  
MEAS:AFR:SEL ‘DISTN’ ! selects the distortion measurement  
MEAS:AFR:DIST?  
!returns the measured value  
Scr een /field eq u iva len t  
MEAS:AFR:DIST? reads the Distnmeasurement field on the AF  
ANALYZER screen. This measurement is also displayed on the RF  
GENERATOR and RF ANALYZER screens.  
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:AF Req u en cy:F M <m ea s cm n d >  
:AF Req u en cy:F M?  
These commands set/query the FM deviation measurement. This  
measurement is active when FM Mod or FM Demod is selected by using  
the AFAN:INP command (see page 59) and SNR is not selected by the  
MEAS:AFR:SEL command (see page 216).  
Syn t a x  
MEAS:AFR:FM <meas cmd>  
MEAS:AFR:FM? !returns real value  
E xa m p le  
MEAS:AFR:FM:AVERage:RESet !resets the number of averages  
MEAS:AFR:FM?  
!returns the measured value  
Scr een /field eq u iva len t  
MEAS:AFR:FM? reads the FM Deviationmeasurement field on the AF  
ANALYZER screen when the AF Anl Infield is set to FM Mod, or FM  
Demod. This measurement is also displayed on the RF GENERATOR  
and RF ANALYZER screens.  
:AF Req u en cy:F R EQu en cy <m ea s cm n d >  
:AF Req u en cy:F R EQu en cy?  
These commands set/query the audio frequency measurement. This  
measurement is active when AF Freq is selected by using the  
MEAS:AFR:SEL AF Freq’ command (see page 216).  
Syn t a x  
MEAS:AFR:FREQ <meas cmd>  
MEAS:AFR:FREQ? !returns real value  
E xa m p le  
MEAS:AFR:SEL ‘AF Freq’ !selects the measurement  
MEAS:AFR:FREQ?  
!returns the measurement’s value  
Scr een /field eq u iva len t  
MEAS:AFR:FREQ? reads the AF Freqmeasurement field on the AF  
ANALYZER screen. This measurement is also displayed on the RF  
GENERATOR and RF ANALYZER screens.  
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:AF Req u en cy:SE Lect <m ea s cm n d >  
:AF Req u en cy:SE Lect?  
These commands set/query which audio frequency measurement is  
displayed on the AF ANALYZER screen.These measurements are also  
displayed on the RF GENERATOR and RF ANALYZER screens.  
Syn t a x  
MEAS:AFR:SEL ‘SINAD’  
‘Distn’  
‘SNR’  
‘AF Freq’  
‘DC Level’  
MEAS:AFR:SEL?  
!returns the selected measurement  
E xa m p le  
MEAS:AFR:SEL ‘AF Freq’ !selects the AF Frequency measurement  
Scr een /field eq u iva len t  
MEAS:AFR:SEL selects the audio frequency measurement that will be  
displayed on the AF ANALYZER screen. These measurements are also  
displayed on the RF GENERATOR and RF ANALYZER screens.  
:AF Req u en cy:SINAD <m ea s cm n d >  
:AF Req u en cy:SINAD?  
These commands set/query the SINAD measurement. SINAD must  
first be selected using the MEAS:AFR:SEL SINAD’ command (see  
:AFR:SEL on page 216).  
Syn t a x  
MEAS:AFR:SINAD <meas cmd> !controls the SINAD command  
MEAS:AFR:SINAD?  
!returns the measured value  
E xa m p le  
MEAS:AFR:SINAD  
!selects the measurement  
Scr een /field eq u iva len t  
MEAS:AFR:SINAD? reads the SINADmeasurement field on the AF  
ANALYZER screen. This measurement is also displayed on the RF  
GENERATOR and RF ANALYZER screens.  
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:AF Req u en cy:SNR <m ea s cm n d >  
:AF Req u en cy:SNR?  
These commands set/query the SNR measurement. SNR must first be  
selected using the MEAS:AFR:SEL SNR’ command (see page 216).  
Syn t a x  
MEAS:AFR:SNR <meas cmd> !controls the SNR command  
MEAS:AFR:SNR?  
!returns the measurement’s value  
E xa m p le  
MEAS:AFR:SNR  
!displays the measurement  
Scr een /field eq u iva len t  
MEAS:AFR:SNR? reads to the SNRmeasurement field on the AF  
ANALYZER screen. This measurement is also displayed on the RF  
GENERATOR and RF ANALYZER screens.  
:CANa lyzer :ADC:AP OWer a d c:LEVel <m ea s cm n d >  
:CANa lyzer :ADC:AP OWer a d c:LEVel?  
These commands set/query the ADC for the average power  
measurement. The ADC is a measure of how close the actual input  
signal is to the maximum input level.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ADC:APOW:LEV <meas cmd>  
MEAS:CAN:ADC:APOW:LEV?  
E xa m p le  
MEAS:CAN:ADC:APOW:LEV? !displays the measured value  
Scr een /field eq u iva len t  
MEAS:CAN:ADC:APOW:LEV? reads the ADC FSmeasurement field on  
the CDMA ANALYZER screen when an average power measurement is  
selected. This measurement is also displayed on the CDMA  
GENERATOR screen.  
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:CANa lyzer :ADC:EVMa d c:LEVel <m ea s cm n d >  
:CANa lyzer :ADC:EVMa d c:LEVel?  
These commands set/query the ADC for the EVM measurement. The  
ADC is a measure of how close the actual input signal is to the  
maximum input level.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ADC:EVM:LEV <meas cmd>  
MEAS:CAN:ADC:EVM:LEV?  
E xa m p le  
MEAS:CAN:ADC:EVM:LEV? !displays the measurement  
Scr een /field eq u iva len t  
MEAS:CAN:ADC:EVM:LEV? reads the ADC FSmeasurement field on  
the CDMA ANALYZER screen when an EVM measurement is selected.  
:CANa lyzer :ADC:RHOa d c:LEVel <m ea s cm n d >  
:CANa lyzer :ADC:RHOa d c:LEVel?  
These commands set/query the ADC for the rho measurement. The  
ADC is a measure of how close the actual input signal is to the  
maximum input level.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ADC:RHO:LEV <meas cmd>  
MEAS:CAN:ADC:RHO:LEV?  
E xa m p le  
MEAS:CAN:ADC:RHO:LEV? !displays the measurement  
Scr een /field eq u iva len t  
MEAS:CAN:ADC:RHO:LEV? reads the ADC FSmeasurement field on  
the CDMA ANALYZER screen when a rho measurement is selected.  
This measurement is also displayed on the CDMA GENERATOR  
screen.  
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:CANa lyzer :ADC:TP OWer a d c:LEVel <m ea s cm n d >  
:CANa lyzer :ADC:TP OWer a d c:LEVel?  
These commands set/query the ADC for the channel power  
measurement. The ADC is a measure of how close the actual input  
signal is to the maximum input level.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ADC:TPOW:LEV <meas cmd>  
MEAS:CAN:ADC:TPOW:LEV?  
E xa m p le  
MEAS:CAN:ADC:TPOW:LEV? !displays the measurement  
Scr een /field eq u iva len t  
MEAS:CAN:ADC:TPOW:LEV? reads the ADC FSmeasurement field on  
the CDMA ANALYZER screen. This measurement is also displayed on  
the CDMA GENERATOR screen.  
:CANa lyzer :CAR r ier :F EE Dth r ou gh <m ea s cm n d >  
:CANa lyzer :CAR r ier :F EE Dth r ou gh ?  
These commands set/query the carrier feedthrough measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:CAR:FEED <meas cmd>  
MEAS:CAN:CAR:FEED? !returns the level  
E xa m p le  
MEAS:CAN:CAR:FEED?  
Scr een /field eq u iva len t  
MEAS:CAN:CAR:FEED? reads the Carrier Feedthrumeasurement  
field on the CDMA ANALYZER screen. This measurement is also  
displayed on the CDMA GENERATOR screen.  
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:CANa lyzer :ERR or :F REQu en cy <m ea s cm n d >  
:CANa lyzer :ERR or :F REQu en cy?  
These commands set/query the frequency error measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ERR:FREQ <meas cmd>  
MEAS:CAN:ERR:FREQ?  
E xa m p le  
MEAS:CAN:ERR:FREQ?  
Scr een /field eq u iva len t  
MEAS:CAN:ERR:FREQ? reads the Frequency Errormeasurement  
field on the CDMA ANALYZER screen. This measurement is also  
displayed on the CDMA GENERATOR screen.  
:CANa lyzer :ERR or :MAGNitu d e <m ea s cm n d >  
:CANa lyzer :ERR or :MAGNitu d e?  
These commands set/query the magnitude error measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ERR:MAGN <meas cmd>  
MEAS:CAN:ERR:MAGN?  
E xa m p le  
MEAS:CAN:ERR:MAGN?  
Scr een /field eq u iva len t  
MEAS:CAN:ERR:MAGN? reads the Magnitude Errormeasurement  
field on the CDMA ANALYZER screen. This measurement is also  
displayed on the CDMA GENERATOR screen.  
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:CANa lyzer :ERR or :P HASe <m ea s cm n d >  
:CANa lyzer :ERR or :P HASe?  
These commands set/query the phase error measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:ERR:PHAS <meas cmd>  
MEAS:CAN:ERR:PHAS?  
E xa m p le  
MEAS:CAN:ERR:PHAS?  
Scr een /field eq u iva len t  
MEAS:CAN:ERR:PHAS? reads the Phase Errormeasurement field on  
the CDMA ANALYZER screen. This measurement is also displayed on  
the CDMA GENERATOR screen.  
:CANa lyzer :EVM <m ea s cm n d >  
:CANa lyzer :EVM?  
These commands set/query the error vector magnitude (EVM)  
measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:EVM <meas cmd>  
MEAS:CAN:EVM?  
E xa m p le  
MEAS:CAN:EVM? !returns EVM in %  
Scr een /field eq u iva len t  
MEAS:CAN:EVM? reads the EVMmeasurement field on the CDMA  
ANALYZER screen. This measurement is also displayed on the CDMA  
GENERATOR screen.  
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:CANa lyzer :P NOF fset?  
This command queries the PN offset measurement.  
Syn t a x  
MEAS:CAN:PNOF? !returns the measurement  
Scr een /field eq u iva len t  
MEAS:CAN:PNOF? reads the PN Offsetmeasurement field on the  
CDMA ANALYZER screen. This measurement is also displayed on the  
CDMA GENERATOR screen.  
:CANa lyzer :P OWer :ACP :LRATio <m ea s cm n d >  
:CANa lyzer :P OWer :ACP :LRATio?  
These commands set/query lower ratio measurement of the adjacent  
channel power measurement. This ratio is the ratio of the total power in  
the specified bandwidth at the specified offset below the center  
frequency, to the power at the center frequency.  
Syn t a x  
MEAS:CAN:POW:ACP:LRAT <meas cmd>  
MEAS:CAN:POW:ACP:LRAT?  
Scr een /field eq u iva len t  
MEAS:CAN:POW:ACP:LRAT? reads the Lower ACP Ratio  
measurement field on the CDMA ANALYZER screen when an ACP  
measurement is selected. This measurement is also displayed on the  
CDMA GENERATOR screen.  
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:CANa lyzer :P OWer :ACP :URATio <m ea s cm n d >  
:CANa lyzer :P OWer :ACP :URATio?  
These commands set/query upper ratio measurement of the adjacent  
channel power measurement. This ratio is the ratio of the total power in  
the specified bandwidth at the specified offset above the center  
frequency, to the power at the center frequency.  
Syn t a x  
MEAS:CAN:POW:ACP:URAT <meas cmd>  
MEAS:CAN:POW:ACP:URAT?  
Scr een /field eq u iva len t  
MEAS:CAN:POW:ACP:URAT? reads the Upper ACP Ratio  
measurement field on the CDMA ANALYZER screen when an ACP  
measurement is selected. This measurement is also displayed on the  
CDMA GENERATOR screen.  
:CANa lyzer :P OWer :ACP :CENTer <m ea s cm n d >  
:CANa lyzer :P OWer :ACP :CENTer ?  
These commands set/query center channel measurement of the  
adjacent channel power measurement.  
Syn t a x  
MEAS:CAN:POW:ACP:CENT <meas cmd>  
MEAS:CAN:POW:ACP:CENT?  
Scr een /field eq u iva len t  
MEAS:CAN:POW:ACP:CENT? reads the Center Channel  
measurement field on the CDMA ANALYZER screen when an ACP  
measurement is selected. This measurement is also displayed on the  
CDMA GENERATOR screen.  
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:CANa lyzer :P OWer :AVG <m ea s cm n d >  
:CANa lyzer :P OWer :AVG?  
These commands set/query the average power measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:POW:AVG <meas cmd>  
MEAS:CAN:POW:AVG?  
E xa m p le  
MEAS:CAN:POW:AVG? !returns the measurement  
Scr een /field eq u iva len t  
MEAS:CAN:POW:AVG? reads the Avg Pwrmeasurement field on the  
CDMA ANALYZER screen. This measurement is also displayed on the  
CDMA GENERATOR screen.  
:CANa lyzer :P OWer :CHANn el <m ea s cm n d >  
:CANa lyzer :P OWer :CHANn el?  
These commands set/query the channel power measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:POW:CHAN <meas cmd>  
MEAS:CAN:POW:CHAN?  
E xa m p le  
MEAS:CAN:POW:CHAN? !displays the measurement  
Scr een /field eq u iva len t  
MEAS:CAN:POW:CHAN? reads the Chan Pwrmeasurement field on  
the CDMA ANALYZER screen. This measurement is also displayed on  
the CDMA GENERATOR screen.  
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:CANa lyzer :RHO <m ea s cm n d >  
:CANa lyzer :RHO?  
These commands set/query the rho measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:RHO <meas cmd>  
MEAS:CAN:RHO?  
E xa m p le  
MEAS:CAN:RHO?  
Scr een /field eq u iva len t  
MEAS:CAN:RHO? reads the Rhomeasurement field on the CDMA  
ANALYZER screen. This measurement is also displayed on the CDMA  
GENERATOR screen.  
:CANa lyzer :TIME :OF F Set <m ea s cm n d >  
:CANa lyzer :TIME :OF F Set?  
These commands set/query the time offset measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CAN:TIME:OFFS <meas cmd>  
MEAS:CAN:TIME:OFFS?  
E xa m p le  
MEAS:CAN:TIME:OFFS?  
Scr een /field eq u iva len t  
MEAS:CAN:TIME:OFFS? reads the Time Offsetmeasurement field  
on the CDMA ANALYZER screen. This measurement is also displayed  
on the CDMA GENERATOR screen.  
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MEASure subsystem  
:CDANa lyzer :ADC <m ea s cm n d >  
:CDANa lyzer :ADC?  
IS-95 Only mode. These commands set/query the ADC measurement in  
the code domain analyzer.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:ADC <meas cmd>  
MEAS:CDAN:ADC?  
E xa m p le  
MEAS:CDAN:ADC?  
Scr een /field eq u iva len t  
MEAS:CDAN:ADC? reads the ADCfsmeasurement field on the Gain  
menu of the CODE DOM screen when the CDMA standard is set to  
IS-95 Only.  
:CDANa lyzer :CARRier :F EEDth r ou gh <m ea s cm n d >  
:CDANa lyzer :CARRier :F EEDth r ou gh ?  
IS-95 Only mode. These commands set/query the carrier feedthrough  
measurement on the code domain analyzer.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:CARR:FEED <meas cmd>  
MEAS:CDAN:CARR:FEED?  
E xa m p le  
MEAS:CDAN:CARR:FEED?  
Scr een /field eq u iva len t  
MEAS:CDAN:CARR:FEED? reads the Car FTmeasurement field on  
the CODE DOM screen when the CDMA standard is set to IS-95  
Only.  
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MEASure subsystem  
:CDANa lyzer :CP OWer <m ea s cm n d >  
:CDANa n lyzer :CP OWer ?  
IS-95 Only mode. These command set/query the channel power  
measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:CPOW <meas cmd>  
MEAS:CDAN:CPOW?  
Scr een /field eq u iva len t  
MEAS:CDAN:CPOW? reads the ChPwrmeasurement field on the CD  
Setupmenu of the CODE DOM screen when the CDMA standard is set  
to IS-95 Only.  
:CDANa lyzer :ER Ror :F RE Qu en cy <m ea s cm n d >  
:CDANa lyzer :ER Ror :F RE Qu en cy?  
IS-95 Only mode. These commands set/query the frequency error  
measurement on the code domain analyzer.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:ERR:FREQ <meas cmd>  
MEAS:CDAN:ERR:FREQ?  
E xa m p le  
MEAS:CDAN:ERR:FREQ?  
Scr een /field eq u iva len t  
MEAS:CDAN:ERR:FREQ? reads the Freq Errmeasurement field on  
the CODE DOM screen when the CDMA standard is set to IS-95  
Only.  
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MEASure subsystem  
:CDANa lyzer :ER Ho?  
IS-95 Only mode. This command queries the estimated rho  
measurement. Estimated rho is an approximation of rho that is  
calculated without taking the system out of service.  
Syn t a x  
MEAS:CDAN:ERH?  
Scr een /field eq u iva len t  
MEAS:CDAN:ERH? queries the Est Rhofield CODE DOM screen  
when the CDMA standard is set to IS-95 Only.  
:CDANa lyzer :MARKer :AP OWer <m ea s cm n d >  
:CDANa lyzer :MARKer :AP OWer ?  
IS-95 Only mode. These commands set/query the absolute power  
measurement.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:MARK:APOW <meas cmd>  
MEAS:CDAN:MARK:APOW?  
E xa m p le  
MEAS:CDAN:MARK:APOW?  
Scr een /field eq u iva len t  
MEAS:CDAN:MARK:APOW? reads the Lvlfield on the Markermenu  
of the CODE DOM screen when power (or fast power) measurement is  
selected and the Ch pwr unitfield on the CD Setupmenu is set to Abs.  
This applies when the CDMA standard is set to IS-95 Only.  
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MEASure subsystem  
:CDANa lyzer :MARKer :LE Vel <m ea s cm n d >  
:CDANa lyzer :MARKer :LE Vel?  
IS-95 Only mode. These commands set/query the level at the marker on  
the code domain analyzer s trace during power or fast power  
measurements (see :CDAN:MEAS on page 124). This measurement is  
made relative to the value at Walsh Code 0.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:MARK:LEV <meas cmd>  
MEAS:CDAN:MARK:LEV?  
E xa m p le  
MEAS:CDAN:MARK:LEV?  
Scr een /field eq u iva len t  
MEAS:CDAN:MARK:LEV? reads the Lvlfield on the Markermenu of  
the CODE DOM screen when a power or fast power measurement is  
selected, and the Ch pwr unitfield on the CD Setupmenu is set to Rel.  
This applies when the CDMA standard is set to IS-95 Only.  
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MEASure subsystem  
:CDANa lyzer :MARKer :P H ASe <m ea s cm n d >  
:CDANa lyzer :MARKer :P H ASe?  
IS-95 Only mode. These commands set/query the phase at the marker  
on the code domain analyzer s trace during phase measurements (see  
:CDAN:MEAS on page 124).This measurement is made relative to the  
value at Walsh Code 0.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:MARK:PHAS <meas cmd>  
MEAS:CDAN:MARK:PHAS?  
E xa m p le  
MEAS:CDAN:MARK:PHAS?  
Scr een /field eq u iva len t  
MEAS:CDAN:MARK:PHAS? reads the Phsefield on the Markermenu  
of the CODE DOM screen when a phase measurement is selected. This  
applies when the CDMA standard is set to IS-95 Only.  
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MEASure subsystem  
:CDANa lyzer :MARKer :TIME <m ea s cm n d >  
:CDANa lyzer :MARKer :TIME?  
IS-95 Only mode. These commands set/query the time at the marker on  
the code domain analyzes trace during a timing measurement (see  
CDAN:MEAS on page 124). This measurement is made relative to the  
value at Walsh Code 0.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:MARK:TIME <meas cmd>  
MEAS:CDAN:MARK:TIME?  
E xa m p le  
MEAS:CDAN:MARK:TIME?  
Scr een /field eq u iva len t  
MEAS:CDAN:MARK:TIME? reads the Timefield on the Markermenu  
of the CODE DOM screen when a timing measurement is selected. This  
applies when the CDMA standard is set to IS-95 Only.  
:CDANa lyzer :P NOF fset?  
IS-95 Only mode. This command queries the PN offset measurement.  
Syn t a x  
MEAS:CDAN:PNOF?  
E xa m p le  
MEAS:CDAN:PNOF?  
Scr een /field eq u iva len t  
MEAS:CDAN:PNOF? queries the PN Ofsmeasurement field on the  
CODE DOM screen whent he CDMA standard is set to IS-95 Only,  
and the CD pwr unitis set to Abson the CD Setup image of the CODE  
DOMAIN screen.  
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MEASure subsystem  
:CDANa lyzer :TIME:OF F Set <m ea s cm n d >  
:CDANa lyzer :TIME:OF F Set?  
IS-95 Only mode. These commands set/query the time offset  
measurement of the code domain analyzer.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:TIME:OFFS <meas cmd>  
MEAS:CDAN:TIME:OFFS?  
E xa m p le  
MEAS:CDAN:TIME:OFFS? !displays the measurement  
Scr een /field eq u iva len t  
MEAS:CDAN:TIME:OFFS? reads the Time Ofsmeasurement field on  
the CODE DOM screen when the CDMA standard is set to IS-95  
Only.  
:CDANa lyzer :TR ACe:P OWer ?  
IS-95 Only mode. This command queries the power in each of the 64  
Walsh channels, relative to the pilots power. (Pilot power is  
approximately two-thirds of the total power.) The measurement returns  
64 values (in dB), one for each point.  
Syn t a x  
MEAS:CDAN:TRAC:POW?  
Scr een /field eq u iva len t  
MEAS:CDAN:TRAC:POW? does not correspond to any field on the  
CODE DOM screen. This applies when the CDMA standard is set to  
IS-95 Only.  
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MEASure subsystem  
:CDANa lyzer :TR ACe:TOF F set?  
IS-95 Only mode. This command queries the timing in the 64 trace  
points of the code domain analyzer. The measurement returns 64 values  
(in seconds), one for each point.  
Syn t a x  
MEAS:CDAN:TRAC:TOFF?  
Scr een /field eq u iva len t  
MEAS:CDAN:TRAC:TOFF? does not correspond to any field on the  
CODE DOM screen. This applies when the CDMA standard is set to  
IS-95 Only.  
:CDANa lyzer :TR ACe:P ER Ror ?  
IS-95 Only mode. This command queries the phase in the 64 trace  
points in the code domain analyzer. The measurement returns 64  
values (in radians), one for each point.  
Syn t a x  
MEAS:CDAN:TRAC:PERR?  
Scr een /field eq u iva len t  
MEAS:CDAN:TRAC:PERR? does not correspond to any field on the  
CODE DOM screen. This applies when the CDMA standard is set to  
IS-95 Only.  
:CDANa lyzer :TR ACe:TP OWer ?  
IS-95 Only mode. This command queries the absolute (true) power in  
each of the 64 Walsh channels, relative to the total power inside a 1.23  
MHz bandwidth centered at the tune frequency. The measurement  
returns 64 values (in dB), one for each point.  
Syn t a x  
MEAS:CDAN:TRAC:TPOW?  
Scr een /field eq u iva len t  
MEAS:CDAN:TRAC:TPOW? does not correspond to any field on the  
CODE DOM screen. This applies when the CDMA standard is set to  
IS-95 Only.  
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MEASure subsystem  
:CDANa lyzer :IS2000:ADC <m ea s cm d s>  
:CDANa lyzer :IS2000:ADC?  
IS-2000 only. These commands set/query the ADC measurement in the  
Code Domain analyzer.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:CDAN:IS2000:ADC <meas cmds>  
MEAS:CDAN:IS2000:ADC?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:ADC? reads the ADCfsmeasurement field on the  
Gainmenu of the CODE DOMAIN screen when the CDMA standard is  
set to IS-2000.  
:CDANa lyzer :IS2000:CAR Rier [:F E EDth r ou gh ]?  
IS-2000 only. This query returns a floating point number representing  
the carrier feedthrough currently displayed in the Code Domain  
analyzer of the Test Set.  
Syn t a x  
MEAS:CDAN:IS2000:CARR[:FEED]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:CARR[:FEED]? reads the Carrier FT  
measurement field on the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
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MEASure subsystem  
:CDANa lyzer :IS2000:CHANn el[:P OWer ]?  
IS-2000 only. This query returns the channel power value (when active)  
with the units dBm.  
Syn t a x  
MEAS:CDAN:IS2000:CHAN[:POW]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:CHAN[:POW]? reads the Chan Power  
measurement field from the Referencemenu when the CD pwr unit is  
set to Abson the CODE DOMAIN screen when the CDMA standard is  
set to IS-2000.  
:CDANa lyzer :IS2000:F RE Qu en cy[:E RRor ]?  
IS-2000 only. This query returns frequency error for the main RF.  
Syn t a x  
MEAS:CDAN:IS2000:FREQ[:ERR]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:FREQ[:ERR]? reads the Freq Errmeasurement  
field on the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
:CDANa lyzer :IS2000:MAR Ker :CHANn el:NUMBer ?  
IS-2000 only. This query returns the Walsh Channel number for the  
current marker position.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:NUMB?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:NUMB? reads the Chan Numfield  
on the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
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MEASure subsystem  
:CDANa lyzer :IS2000:MAR Ker :CHANn el:RATE:RC3?  
IS-2000 only. This query returns the RC-3 data rate value for the  
channel selected by the Marker s current position. The return value is  
an integer.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:RATE:RC3?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:RATE:RC3? reads the RATE RC-3  
field of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000” and Sprd Factis selected.  
:CDANa lyzer :IS2000:MAR Ker :CHANn el:RATE:RC4?  
IS-2000 only. This query returns the RC-4 data rate value for the  
channel selected by the Marker s current position. The return value is  
an integer.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:RATE:RC4?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:RATE:RC4? reads the RATE RC-4  
field of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000” and Sprd Factis selected.  
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MEASure subsystem  
:CDANa lyzer :IS2000:MAR Ker :CHANn el:RATE:RC5?  
IS-2000 only. This query returns the RC-5 data rate value for the  
channel selected by the Marker s current position. The return value is  
an integer.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:RATE:RC5?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:RATE:RC5? reads the RATE RC-5  
field of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000” and Sprd Factis selected.  
:CDANa lyzer :IS2000:MAR Ker :CHANn el:SP R ea d [:RATE]?  
IS-2000 only. This query returns the spread factor (1, 2, 4, 8, 16, 32, 64,  
128) of the channel selected by the Marker s current position. The  
return value is an integer.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:SPR[:RATE]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:SPR:RATE? reads the SPRD FACT  
field of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
:CDANa lyzer :IS2000:MAR Ker :CHANn el[:WALSh ]:ORDer ?  
IS-2000 only. This query returns the Walsh order (1, 2, 3, 4, 5, 6, 7) of  
the channel selected by the marker s current position.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:WALS:ORD?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:WALS:ORD? reads the Walsh Ord  
field of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
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MEASure subsystem  
:CDANa lyzer :IS2000:MAR Ker :CHANn el[:WALSh ]:NUMBer ?  
IS-2000 only. This query returns the parenthetical Walsh channel  
number for the the channel selected by the marker s current position.  
The return value is an integer.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:WALS:ORD?  
Scr een /field eq u iva len t MEAS:CDAN:IS2000:MARK:CHAN:WALS:ORD?  
reads the Walsh Ord field of the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
:CDANa lyzer :IS2000:MAR Ker :CHANn el:WIDTh ?  
IS-2000 only. This query returns the total number of channels that  
make up the currently selected supplemental channel. The return value  
is an integer.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:CHAN:WIDT?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:CHAN:WIDT? reads the Chan Sizefield  
of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000” and Chan Sizeis selected.  
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MEASure subsystem  
:CDANa lyzer :IS2000:MAR Ker :COMP lex:I[:LE Vel]?  
IS-2000 only. This query returns the Marker Level for the I channel  
(Top bar), when the Complex Power Measurement is active. The return  
is a floating point number.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:COMP:I[:LEV]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:COMP:I[LEV]? reads the I Pwr Lvl field  
on the Mainmenu of the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000” and the Measurement field is set to  
Complex Pwr.  
:CDANa lyzer :IS2000:MAR Ker :COMP lex:Q[:LEVel]?  
IS-2000 only. This query returns the Marker Level for the Q channel  
(bottom bar) when the Complex Power Measurement is active. The  
return is a floating point number.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:COMP:Q[:LEV]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:COMP:Q[:LEV]? reads the Q Pwr Lvl  
field on the Mainmenu of the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000” and measurement is Complex Pwr.  
:CDANa lyzer :IS2000:MAR Ker :LEVel:ABSolu te?  
IS-2000 only. This query returns the Marker Level, in dBm, when the  
Channel power mode is active. The return is a floating point number  
formatted as shown on the screen.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:LEV:ABS?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:LEV:ABS? reads the Marker Lvl field of  
the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000” and CD pwr unit is set to Abs.  
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MEASure subsystem  
:CDANa lyzer :IS2000:MAR Ker :NOISe?  
IS-2000 only. This query returns the Marker Level for the Noise, when  
the Power & Noise measurement is active. The return will be a floating  
point number.  
Syn t a x  
MEAS:CDAN:IS2000:MARK:NOIS?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK:NOIS? reads the Noise Lvlfield in the  
RH column of the Markermenu on the CODE DOMAIN screen when  
the CDMA standard is set to IS-2000” and measurement is Power &  
Noise.  
:CDANa lyzer :IS2000:MAR Ker [:P OWer ]?  
IS-2000 only. This query returns the Marker Level, in dB, when the  
Channel Power Mode is inactive. The return will be a floating point  
number.  
Syn t a x  
MEAS:CDAN:IS2000:MARK[:POW]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:MARK[POW]? reads the Marker Lvlfield of the  
CODE DOMAIN screen when the CDMA standard is set to IS-2000”  
and the CD pwr unitfield on the Reference menu is set to Rel.  
:CDANa lyzer :IS2000:P Nu m ber :OF F Set?  
:CDANa lyzer :IS2000:P NUMber :OF F Set?  
IS-2000 only. This query returns the measured PN offset of the Pilot  
signal as an integer value.  
Syn t a x  
MEAS:CDAN:IS2000:PN:OFFS?  
MEAS:CDAN:IS2000:PNUM:OFFS?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:PN:OFFS? and  
MEAS:CDAN:IS2000:PNUM:OFFS? queries the PN Ofsmeasurement  
field on the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
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MEASure subsystem  
:CDANa lyzer :IS2000:RHO[:ESTim a ted ]?  
IS-2000 only. This query returns the Estimated Rho when present (not  
available in FAST Power Measurement). The returned value is a  
floating point number. Estimated rho is an approximation of rho that is  
calculated when there are more signals than a pilot alone.  
Syn t a x  
MEAS:CDAN:IS2000:RHO[:EST]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:RHO:EST? reads the Est Rhofield on the CODE  
DOMAIN screen when the CDMA standard is set to IS-2000.  
:CDANa lyzer :IS2000:TIME :OF F Set?  
IS-2000 only. This query returns the time offset value of the current  
Code Domain measurement as a floating point number.  
Syn t a x  
MEAS:CDAN:IS2000:TIME:OFFS?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TIME:OFFS? reads the Time Ofsmeasurement  
field on the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
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MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer [:BASic][:VALu e]?  
IS-2000 only. This query returns an array of 128 values representing  
the true (absolute) power of the Walsh channel on which the Marker is  
currently positioned.  
NOTE  
The value returned represents the absolute power of the Walsh channel  
not the supplemental channel. The power of the supplemental channel  
must be read directly from the Marker Lvlvalue on the CODE  
DOMAIN screen, or with the MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS]:ALL?  
query.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS][:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS][:VAL]? returns values  
that match the values displayed for Power, Fast Power, and Power &  
Noise measurements when CD pwr unit is set to Absfrom the  
Reference image on the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer [:BASic]:ACTive?  
IS-2000 only. This query returns the active channel information for the  
Code Domain trace when making a Power, Fast Power, or Fast Power  
Synchronize measurement. The returned entity consists of an integer  
representing the number of active channels followed by a four-value  
record for each channel. The four values for each record are:  
Channel number  
Spread factor for this channel  
Power for this channel  
A fourth (ignore it) value  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS]:ACT?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS]:ACT? has no equivalent  
field on the CODE DOMAIN screen. The information can only be  
returned when the CDMA standard is set to IS-2000, the  
measurement selected is Power, Fast Poweror FstPwr Sync, and CD  
pwr unitis set to Abson the Reference image of the CODE DOMAIN  
screen.  
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MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer [:BASic]:ALL?  
IS-2000 only. This query returns the information necessary to recreate  
the Code Domain trace when making a Power, Fast Power, or Fast  
Power Synchronize measurement. The returned entity consists of 128  
four-value records for each bar in the trace. The four values for each  
record are:  
Channel number. If the selected location is part of a supplemental  
channel, all the Walsh channels that comprise the supplemental  
channel will be returned.  
Power for this channel. If this is a supplemental channel, the total  
power for the supplemental channel will be returned.  
A third (ignore it) value  
A flag indicating that the next bar should be connected to this bar as  
part of a wider supplemental channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS]:ALL?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:ABS:POW[:BAS]:ALL? has no equivalent  
field on the CODE DOMAIN screen. The information can only be  
returned when the CDMA standard is set to IS-2000, the  
measurement selected is Power, Fast Poweror FstPwr Sync, and CD  
pwr unitis set to Abson the Reference image of the CODE DOMAIN  
screen.  
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MEASure subsystem  
:CDANa lyzer :IS2000:TR ACe:ABSolu te:P OWer :COMP lex:I:ACTive?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:COMBin ed :ACTive?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:QACTive?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:IS2000:ACTive?  
IS-2000 only. These queries return the active channel information for  
the Code Domain trace when making a Complex Power measurement.  
The return values consist of an integer representing the number of  
active channels followed by a four value record for each channel. The  
four values for each record are channel number, spread factor for this  
channel, I value for this channel and the Q value for this channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:I:ACT?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:COMB:ACT?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:Q:ACT?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:IS2000:ACT?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return value of these queries. These values are only accessible when the  
CDMA standard is set to IS-2000, the measurement selected is  
Complex Power, and CD pwr unitis set to Abson the Reference image  
of the CODE DOMAIN screen.  
244  
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MEASure subsystem  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:I:ALL?  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :COMP lex:COMBin ed :ALL?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:Q:ALL?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:IS2000:ALL?  
IS-2000 only. These queries return the information necessary to  
recreate the Code Domain trace when making a Complex Power  
measurement. The returned entity consists of 128 four-value records for  
each bar in the trace. The four values for each record are channel  
number, I value for this channel, Q value for this channel and a flag  
indicating that the next bar should be connected to this bar as part of a  
wider supplemental channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:I:ALL?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:COMB:ALL?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:Q:ALL?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:IS2000:ALL?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return values for these queries. These values are only accessible when  
the CDMA standard is set to IS-2000, the measurement selected is  
Complex Power, and CD pwr unitis set to Abson the Reference image  
of the CODE DOMAIN screen.  
Chapter 1  
245  
       
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:I[:VALu e]?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:Q[:VALu e]?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:COMBin ed [:VALu e]?  
:CDANa lyzer :IS2000:TR ACe:ABSolu t e:P OWer :COMP lex:IS2000[:VALu e]?  
IS-2000 only. These queries return an array of 128 values that  
represent Spreader I Input Power and Spreader Q Input Power. This  
represents the power of both IS-95 and IS-2000 channels.  
NOTE  
The values returned represent the absolute power of individual Walsh  
channels not the supplemental channels of which they may be a part.  
The power of supplemental channels must be read directly from  
I Pwr Leveland Q Pwr Level fields on the CODE DOMAIN screen  
when Complex Power measurement has been selected, or using the  
queries: MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:Q:ALL? or  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:IS2000:ALL?  
Syn ta x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:I[:VAL]?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:COMB[:VAL]?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:Q[:VAL]?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:IS2000[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:I[:VAL]?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:COMB[:VAL]? returns  
information (top set of bars) displayed for the Complex Power  
measurement when CD pwr unit is set to Abs on the Reference  
image of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000. MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:Q[:VAL]?  
MEAS:CDAN:IS2000:TRAC:ABS:POW:COMP:IS2000[:VAL]? returns  
the information displayed in the bottom trace of the Complex Power  
measurement when the CD pwr unit is set to Abs on the Reference  
image of the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
246  
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MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :NOISe:ACTive?  
IS-2000 only. This query returns active channel information for the  
Code Domain trace when making a Power and Noise measurement. The  
return entity consists of an integer representing the number of active  
channels, followed by a four value record for each channel. The four  
values for each record are channel number, spread factor for this  
channel, Power, and Noise for this channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:NOIS:ACT?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return values for these queries. These values are only accessible when  
the CDMA standard is set to IS-2000, the measurement selected is  
Power and Noise, and CD pwr unitis set to Abson the Reference  
image of the CODE DOMAIN screen.  
Chapter 1  
247  
   
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :NOISe:ALL?  
IS-2000 only. This query returns the information necessary to recreate  
the Code Domain trace when making a Power and Noise measurement.  
The return entity consists of 128 four value records for each bar in the  
trace. The four values for each record are channel number, Power for  
this channel, Noise for this channel a flag indicating that the next bar  
should be connected to this bar as part of a wider supplemental  
channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:NOIS:ALL?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return values for these queries. These values are only accessible when  
the CDMA standard is set to IS-2000, the measurement selected is  
Power and Noise, and CD pwr unitis set to Abson the Reference  
image of the CODE DOMAIN screen.  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :NOISe[:VALu e]?  
IS-2000 only. This query returns an array of 128 values representing  
each channels true (absolute) noise power.  
NOTE  
The values returned represent the absolute noise power of individual  
Walsh channels not the noise of supplemental channels of which they  
may be a part. The noise of supplemental channels must be read  
directly from the Noise Lvlvalue on the CODE DOMAIN screen with  
the Power & Noise measurement activated, or using the query  
MEAS:CDAN:IS2000:TRAC:ABS:POW:POW:ALL?  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:NOIS[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:ABS:POW:NOIS[:VAL]? returns the noise  
portion (hatched bars on the screen) of the measured power of each  
channel of a Power and Noise measurement, when CD pwr unit is set  
to Abson the Reference image of the CODE DOMAIN screen when the  
CDMA standard is set to IS-2000.  
248  
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MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :P OWer :ACTive?  
IS-2000 only. This query returns active channel information for the  
Code Domain trace when making a Power and Noise measurement. The  
return entity consists of an integer representing the number of active  
channels followed by a four value record for each channel. The four  
values for each record are channel number, spread factor for this  
channel, Power, and Noise for this channel ..  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:POW:ACT?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return values for these queries. These values are only accessible when  
the CDMA standard is set to IS-2000, the measurement selected is  
Power and Noise, and CD pwr unitis set to Abson the Reference  
image of the CODE DOMAIN screen.  
Chapter 1  
249  
   
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :P OWer :ALL?  
IS-2000 only. This query returns the information necessary to recreate  
the Code Domain trace when making a Power and Noise measurement.  
The return entity consists of 128 four value records for each bar in the  
trace. The four values for each record are channel number, Power for  
this channel, Noise for this channel, and a flag indicating that the next  
bar should be connected to this bar as part of a wider supplemental  
channel.  
When the selected location is part of a supplemental channel, all the  
Walsh channels that comprise the supplemental channel will be  
returned. If it is part of a supplemental channel, the total power for the  
supplemental channel will be returned.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:POW:ALL?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return values for these queries. These values are only accessible when  
the CDMA standard is set to IS-2000, the measurement selected is  
Power and Noise, and CD pwr unitis set to Abson the Reference  
image of the CODE DOMAIN screen.  
:CDANa lyzer :IS2000:TRACe:ABSolu te:P OWer :P OWer [:VALu e]?  
IS-2000 only. This query returns an array of 128 values representing  
the true (absolute) power for each channels power level when making a  
Power & Noise measurement.  
NOTE  
The value returned represents the absolute power of individual Walsh  
channels not the supplemental channel of which they may be a part.  
The power of supplemental channels must be read directly from the  
Marker Lvlvalue on the CODE DOMAIN screen with the Power &  
Noise measurement selected.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:ABS:POW:POW[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:ABS:POW:POW[:VAL]? returns the power  
portion (top bars on the screen) of the measured power of each channel  
of a Power and Noise measurement, when CD pwr unit is set to Abson  
the Reference image of the CODE DOMAIN screen when the CDMA  
standard is set to IS-2000.  
250  
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MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer [:BASic]:ACTive?  
IS-2000 only. This query returns the active channel information for the  
Code Domain trace when making a Power, Fast Power or Fast Power  
Synchronize measurement. The return entity consists of an integer  
representing the number of active channels followed by a four value  
record for each channel. The four values for each record are channel  
number, spread factor for this channel, Power for this channel and a  
fourth value that should be ignored.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW[:BAS]:ACT?  
Scr een /field eq u iva len t  
There is no equivalent field for this query on the CODE DOMAIN  
screen. The information is accessible only when a Power, Fast Power,  
orPower & Noise measurement is being displayed, CD pwr unit is set  
to Relfrom the Reference image on the CODE DOMAIN screen and  
the CDMA standard is set to IS-2000.  
Chapter 1  
251  
   
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer [:BASic]:ALL?  
IS-2000 only. This query returns the information necessary to recreate  
the Code Domain trace when making a Power, Fast Power or Fast  
Power Synchronize measurement. The return consists of 128 four value  
records for each bar in the trace. The four values for each record are  
channel number, Power for this channel, a third value that should be  
ignored and a flag indicating that the next bar should be connected to  
this bar as part of a wider supplemental channel.  
If the selected location is part of a supplemental channel, all the Walsh  
channels that comprise the supplemental channel and total power for  
the supplemental channel will be returned.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW[:BAS]:ALL?  
Scr een /field eq u iva len t  
There is no equivalent field for this query on the CODE DOMAIN  
screen. The information is accessible only when a Power, Fast Power,  
orPower & Noise measurement is being displayed, CD pwr unit is set  
to Relfrom the Reference image on the CODE DOMAIN screen and  
the CDMA standard is set to IS-2000.  
:CDANa lyzer :IS2000:TRACe:P OWer [:BASic][:VALu e]?  
IS-2000 only. This query returns an array of 128 values representing  
each channels power relative to the specified reference power.  
NOTE  
The values returned represent the power of individual Walsh channels  
not the supplemental channels of which they may be a part. The power  
of supplemental channels must be read directly from the Marker Lvl  
value on the CODE DOMAIN screen.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW[:BAS][:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:POW[:BAS][:VAL]? returns values that  
match those displayed for Power, Fast Power, and Power & Noise  
measurements when CD pwr unit is set to Relfrom the Reference  
image on the CODE DOMAIN screen when the CDMA standard is set  
to IS-2000.  
252  
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GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:I:ACTive?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:COMBin ed :ACTive?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:QACTive?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:IS2000ACTive?  
IS-2000 only. These queries return the active channel information for  
the Code Domain trace when making a Complex Power measurement.  
The return values consist of an integer representing the number of  
active channels followed by a four value record for each channel. The  
four values for each record are channel number, spread factor for this  
channel, I value for this channel and the Q value for this channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:COMP:I:ACT?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:COMB:ACT?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:Q:ACT?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:IS2000:ACT?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return value of these queries. These values are only accessible when the  
CDMA standard is set to IS-2000, the measurement selected is  
Complex Powerand the CD pwr unitis set to Relon the Reference  
image of the CODE DOMAIN screen.  
Chapter 1  
253  
       
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:I:ALL?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:COMBin ed :ALL?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:Q:ALL?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:IS2000:ALL?  
IS-2000 only. These queries return the information necessary to  
recreate the Code Domain trace when making a Complex Power  
measurement. The returned entity consists of 128 four-value records for  
each bar in the trace. The four values for each record are channel  
number, I value for this channel, Q value for this channel and a flag  
indicating that the next bar should be connected to this bar as part of a  
wider supplemental channel.  
If the selected location is part of a supplemental channel, all the Walsh  
channels that comprise the supplemental channel will be returned.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:COMP:I:ALL?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:COMB:ALL?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:Q:ALL?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:IS2000:ALL?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return values for these queries. These values are only accessible when  
the CDMA standard is set to IS-2000, the measurement selected is  
Complex Power, and CD pwr unitis set to Relon the Reference image  
of the CODE DOMAIN screen.  
254  
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GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:I[:VALu e]?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:COMBin ed [:VALu e]?  
IS-2000 only. This query returns an array of 128 values that represents  
the Spreader I Input Power of both IS-95 and IS-2000 channels relative  
to the selected reference power value.  
NOTE  
The values returned represent the absolute power of individual Walsh  
channels not the supplemental channels of which they may be a part.  
The power of supplemental channels must be read directly from  
I Pwr Levelfields on the CODE DOMAIN screen when Complex  
Power measurement has been selected.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:COMP:I[:VAL]?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:COMB[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:POW:COMP:I[:VAL]? and  
MEAS:CDAN:IS2000:TRAC:POW:COMP:COMB[:VAL]? returns  
information (top set of bars) displayed for the Complex Power  
measurement when CD pwr unit is set to Rel on the Reference  
menu on the CODE DOMAIN screen when the CDMA standard is set to  
IS-2000.  
Chapter 1  
255  
     
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:Q[:VALu e]?  
:CDANa lyzer :IS2000:TRACe:P OWer :COMP lex:IS2000?  
IS-2000 only. These commands query and return an array of 128 values  
that represents Spreader Input Q Power relative to the selected  
reference channel power.  
NOTE  
The values returned represent the absolute power of individual Walsh  
channels not the supplemental channels of which they may be a part.  
The power of supplemental channels must be read directly from  
the Q Pwr Level field on the CODE DOMAIN screen when Complex  
Power measurement has been selected.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:COMP:Q[:VAL]?  
MEAS:CDAN:IS2000:TRAC:POW:COMP:IS2000[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:POW:COMP:Q[:VAL]? and  
MEAS:CDAN:IS2000:TRAC:POW:COMP:IS2000[:VAL]? displays  
information (bottom set of bars) for the Complex Power measurement  
when the CD pwr unit is set to Rel on the Reference menu on the  
CODE DOMAIN screen when the CDMA standard is set to IS-2000.  
:CDANa lyzer :IS2000:TRACe:P OWer :NOISe:ACTive?  
IS-2000 only. This query returns the active channel information for  
theCode Domain trace when making a Power and Noise measurement.  
The return value consists of an integer representing the number of  
active channels followed by a four value record for each channel. The  
four values for each record are channel number, spread factor for this  
channel, Power for this channel and Noise for this channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:NOIS:ACT?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return value for this query. The return information is only accessible  
when the CDMA standard is set to IS-2000, the measurement selected  
is Power and Noise, and CD pwr unitis set to Relon the Reference  
image of the CODE DOMAIN screen.  
256  
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GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :NOISe:ALL?  
IS-2000 only. This query returns the information necessary to recreate  
the Code Domain trace when making a Power and Noise measurement.  
The return consists of 128 four value records for each bar in the trace.  
The four values for each record are channel number, Power for this  
channel, Noise for this channel a flag indicating that the next bar  
should be connected to this bar as part of a wider supplemental  
channel.  
If the selected location is part of a supplemental channel, all the Walsh  
channels that comprise the supplemental channel and the total power  
and noise value for the supplemental channel will be returned.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:NOIS:ALL?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return value for this query. The return information is only accessible  
when the CDMA standard is set to IS-2000, the measurement selected  
is Power and Noise, and CD pwr unitis set to Relon the Reference  
image of the CODE DOMAIN screen.  
:CDANa lyzer :IS2000:TRACe:P OWer :NOISe[:VALu e]?  
IS-2000 only. This query returns an array of 128 values that represents  
the noise values relative to the selected reference channel power.  
NOTE  
The values returned represent the relative noise power of individual  
Walsh channels not the supplemental channels of which they may be a  
part. The noise levels of supplemental channels must be read directly  
from the Noise Lvlvalue on the Code Domain Analyzer screen when  
the Power & Noise measurement has been selected.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:NOIS[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:POW:NOIS[:VAL]? displays information  
(hashed part of each bar) for the power and noise measurement when  
the CD pwr unit is set to Relon the Reference menu of the CODE  
DOMAIN screen when the CDMA standard is set to IS-2000.  
Chapter 1  
257  
     
GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :P OWer :ACTive?  
IS-2000 only. This query returns the active channel information for  
theCode Domain trace when making a Power and Noise measurement.  
The return value consists of an integer representing the number of  
active channels followed by a four value record for each channel. The  
four values for each record are channel number, spread factor for this  
channel, Power for this channel and Noise for this channel.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:POW:ACT?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return value for this query. The return information is only accessible  
when the CDMA standard is set to IS-2000, the measurement selected  
is Power and Noise, and CD pwr unitis set to Relon the Reference  
image of the CODE DOMAIN screen.  
:CDANa lyzer :IS2000:TRACe:P OWer :P OWer :ALL?  
IS-2000 only. This query returns the information necessary to recreate  
the Code Domain trace when making a Power and Noise measurement.  
The return consists of 128 four value records for each bar in the trace.  
The four values for each record are channel number, Power for this  
channel, Noise for this channel a flag indicating that the next bar  
should be connected to this bar as part of a wider supplemental  
channel.  
If the selected location is part of a supplemental channel, all the Walsh  
channels that comprise the supplemental channel will be returned total  
power and noise value for the supplemental channel will be returned.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:POW:ALL?  
Scr een /field eq u iva len t  
There are no fields on the CODE DOMAIN screen equivalent to the  
return value for this query. The return information is only accessible  
when the CDMA standard is set to IS-2000, the measurement selected  
is Power and Noise, and CD pwr unitis set to Relon the Reference  
image of the CODE DOMAIN screen.  
258  
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GPIB Command Dictionary  
MEASure subsystem  
:CDANa lyzer :IS2000:TRACe:P OWer :P OWer [:VALu e]?  
IS-2000 only. This query returns an array of 128 values that represent  
the channel power relative to the selected reference channel power in a  
Power & Noise measurement.  
NOTE  
The values returned represent the relative power of individual Walsh  
channels not the supplemental channels of which they may be a part.  
The power of supplemental channels in a Power & Noise measurement  
must be read directly from the Marker Lvlvalue on the Code Domain  
Analyzer screen.  
Syn t a x  
MEAS:CDAN:IS2000:TRAC:POW:POW[:VAL]?  
Scr een /field eq u iva len t  
MEAS:CDAN:IS2000:TRAC:POW:POW[:VAL]? displays information  
(top value of each bar) for the power and noise measurement when the  
CD pwr unit is set to Relon the Reference menu of the CODE  
DOMAIN screen when the CDMA standard is set to IS-2000.  
:DEC:AMP S| TACS:NBITs?  
These commands set/query the number of bits measured by the  
signaling decoder in AMPS-TACS mode.  
Syn t a x  
MEAS:DEC:AMPS:NBIT?  
E xa m p le  
MEAS:DEC:AMPS:NBIT? !returns an integer value reporting the  
number of bits measured by the signaling unit.  
For example, if the Signaling Decoder displays a value of 928  
in the Num of Bits field of the SIGNAL DECODER screen, the  
value 928 will be returned by the query.  
Scr een /field eq u iva len t  
MEAS:DEC:AMPS:NBIT? reads the Num of Bitsmeasurement field  
on the SIGNALING DECODER screen when the Modefield is set to  
AMPS-TACS.  
Chapter 1  
259  
       
GPIB Command Dictionary  
MEASure subsystem  
:DEC:AMP S| TACS:CDATa ?  
This command queries the decoded data for the control channel.  
Syn t a x  
MEAS:DEC:AMPS:CDAT?  
E xa m p le  
MEAS:DEC:AMPS:CDAT? !returns a quoted string reporting the  
decoded data obtained from the control channel measured by  
the signaling unit.  
For example, the Signaling Decoder reads the control channel  
and returns the data as shown:  
09A15386CDA286604938B128063FD5F8  
030078ECDBED872DABF0D308A1718FDB  
685461FC0C2130410982E2DAE08C0300  
54D0D9B450C08231AFD909BED8C840C0  
The information received is the same as that displayed in the  
Data (hex) field of the SIGNALING DECODER screen.  
Scr een /field eq u iva len t  
MEAS:DEC:AMPS:CDAT? reads the Data (hex)measurement field on  
the SIGNALING DECODER screen when the Modefield is set to  
AMPS-TACS, and the Channelfield is set to Cntl.  
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:DEC:AMP S| TACS:DATA?  
This command queries the decoded data for the voice channel.  
Syn t a x  
MEAS:DEC:AMPS:DATA?  
E xa m p le  
MEAS:DEC:AMPS:DATA? !returns a quoted string reporting the  
decoded data obtained from the voice channel measured by the  
signaling unit.  
For example, the Signaling Decoder reads the voice channel  
and returns the data as depicted below:  
09A15386CDA286604938B128063FD5F8  
030078ECDBED872DABF0D308A1718FDB  
685461FC0C2130410982E2DAE08C0300  
54D0D9B450C08231AFD909BED8C840C0  
The information received is the same as that displayed in the  
Data (hex) field of the SIGNALING DECODER screen.  
Scr een /field eq u iva len t  
MEAS:DEC:AMPS:DATA? reads the Data (hex)measurement field on  
the SIGNALING DECODER screen when the Modefield is set to  
AMPS-TACS, and the Channelfield is set to Voice.  
:DEC:DTMF :LOW:F REQu en cy:ABSolu te <m ea s cm n d >  
:DEC:DTMF :LOW:F REQu en cy:ABSolu te?  
These command set/query the frequency of the low tone in the DTMF  
pair. The MEAS:DEC:DTMF:LOW:FREQ:DISP Freq’ command must  
be used to display the absolute frequency of the low tone.  
Syn t a x  
MEAS:DEC:DTMF:LOW:FREQ:ABS  
MEAS:DEC:DTMF:LOW:FREQ:ABS? !returns up to 20 real values  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:LOW:FREQ:ABS? reads the Lo Tonecolumn on the  
SIGNALING DECODER screen. The Modefield must be set to DTMFand  
the upper subfield of the Lo Tonefield must be set to Freq.  
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:DEC:DTMF :LOW:F REQu en cy:ERRor <m ea s cm n d >  
:DEC:DTMF :LOW:F REQu en cy:ERRor ?  
These commands set/query the frequency error of the low tone in the  
DTMF pair. The MEAS:DEC:DTMF:LOW:FREQ:DISP Freq Err ’  
command must be used to display the frequency error of the low tone.  
Syn t a x  
MEAS:DEC:DTMF:LOW:FREQ:ERR  
MEAS:DEC:DTMF:LOW:FREQ:ERR? !returns up to 20 real values  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:LOW:FREQ:ERR? reads the Lo Tonecolumn on the  
SIGNALING DECODER screen. The Modefield must be set to DTMFand  
the upper subfield of the Lo Tonefield must be set to Frq Err.  
:DEC:DTMF :LOW:F REQu en cy:DISP la y <st r in g>  
:DEC:DTMF :LOW:F REQu en cy:DISP la y?  
These command set/query the display mode of the low tone in the  
DTMF pair.  
Syn t a x  
MEAS:DEC:DTMF:LOW:FREQ:DISP ‘Freq’  
‘Frq Err’  
MEAS:DEC:DTMF:LOW:FREQ:ERR?  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:LOW:FREQ:DISP controls the upper subfield of the  
Lo Tonefield on the SIGNALING DECODER screen.  
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:DEC:DTMF :HIGH :F REQu en cy:ABSolu te <m ea s cm n d >  
:DEC:DTMF :HIGH :F REQu en cy:ABSolu te?  
These command set/query the frequency of the high tone in the DTMF  
pair. The MEAS:DEC:DTMF:HIGH:FREQ:DISP Freq’ command must  
be used to display the absolute frequency of the high tone.  
Syn t a x  
MEAS:DEC:DTMF:HIGH:FREQ:ABS  
MEAS:DEC:DTMF:HIGH:FREQ:ABS? !returns up to 20 real values  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:HIGH:FREQ:ABS? reads the Hi Tonecolumn on  
the SIGNALING DECODER screen. The Modefield must be set to DTMF  
and the upper subfield of the Hi Tonefield must be set to Freq.  
:DEC:DTMF :HIGH :F REQu en cy:ERRor <m ea s cm n d >  
:DEC:DTMF :HIGH :F REQu en cy:ERRor ?  
These command set/query the frequency error of the high tone in the  
DTMF pair. The MEAS:DEC:DTMF:HIGH:FREQ:DISP Frq Err ’  
command must be used to display the frequency error of the high tone.  
Syn t a x  
MEAS:DEC:DTMF:HIGH:FREQ:ERR  
MEAS:DEC:DTMF:HIGH:FREQ:ERR? !returns up to 20 real values  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:HIGH:FREQ:ERR? reads the Hi Tonecolumn on  
the SIGNALING DECODER screen. The Modefield must be set to DTMF  
and the upper subfield of the Hi Tonefield must be set to Frq Err.  
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:DEC:DTMF :HIGH :F REQu en cy:DISP la y <str in g>  
:DEC:DTMF :HIGH :F REQu en cy:DISP la y?  
These command set/query the display mode of the high tone in the  
DTMF pair.  
Syn t a x  
MEAS:DEC:DTMF:HIGH:FREQ:DISP ‘Freq’  
‘Frq Err’  
MEAS:DEC:DTMF:HIGH:FREQ:ERR?  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:HIGH:FREQ:DISP controls the upper subfield of  
the Hi Tonefield on the SIGNALING DECODER screen.  
:DEC:DTMF :TIME :ON <m ea s cm n d >  
:DEC:DTMF :TIME :ON?  
These command set/query the timing of the DTMF frequencies.  
Syn t a x  
MEAS:DEC:DTMF:TIME:ON  
MEAS:DEC:DTMF:TIME:ON? !returns up to 20 real values  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:TIME:ON? reads the On Timecolumn on the  
SIGNALING DECODER screen when the Modefield is set to DTMF.  
:DEC:DTMF :TIME :OF F <m ea s cm n d >  
:DEC:DTMF :TIME :OF F ?  
These command set/query the timing of the DTMF frequencies.  
Syn t a x  
MEAS:DEC:DTMF:TIME:OFF  
MEAS:DEC:DTMF:TIME:OFF? !returns up to 20 real values  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:TIME:OFF? reads the Off Timecolumn on the  
SIGNALING DECODER screen when the Modefield is set to DTMF.  
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:DEC:DTMF :SYMBol?  
These command set/query the symbol number assigned by the encoder  
for each of the DTMF tones. As each tone is analyzed, the symbol that  
represents each tone is returned as a quoted string.  
Syn t a x  
MEAS:DEC:DTMF:SYMB? !returns a quoted string  
Scr een /field eq u iva len t  
MEAS:DEC:DTMF:SYMB? reads the Symcolumn on the SIGNALING  
DECODER screen when the Modefield is set to DTMF.  
:DEC:F GENer a tor :F REQu en cy <m ea s cm n d >  
:DEC:F GENer a tor :F REQu en cy?  
These commands set/query the frequency of the signal generated by the  
function generator.  
Syn t a x  
MEAS:DEC:FGEN:FREQ <meas cmnd>  
MEAS:DEC:FGEN:FREQ? !returns and integer value  
Scr een /field eq u iva len t  
MEAS:DEC:FGEN:FREQ? reads the Frequencymeasurement field on  
the SIGNALING DECODER screen when the Modefield is set to Func  
Gen.  
:DEC:NAMP s| NTACs:NBITs <m ea s cm n d >  
:DEC:NAMP s| NTACs:NBITs?  
These commands set/query the number of bits measured by the  
signaling decoder in NAMP-NTAC mode.  
Syn t a x  
MEAS:DEC:NAMP:NBIT <meas cmnd>  
MEAS:DEC:NAMP:NBIT? !returns and integer value  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:NBIT? reads the Num of Bitsmeasurement field  
on the SIGNALING DECODER screen when the Modefield is set to  
NAMP-NTAC.  
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:DEC:NAMP s| NTACs:RECC:DATA?  
This command reads the decoded RECC data, serially, as it received.  
Syn t a x  
MEAS:DEC:NAMP:RECC:DATA? !returns a quoted string  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:CDAT? reads the RECC Data (hex)measurement  
field on the SIGNALING DECODER screen when the Modefield is set  
to NAMP-NTAC, the Measure field is set to Data and the Channel field is  
set to Cntl.  
:DEC:NAMP s| NTACs:RVC:DATA?  
This command reads the decoded RVC data, serially, as it is received.  
Syn t a x  
MEAS:DEC:NAMP:RVC:DATA? !returns a quoted string  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:RVC:DATA? reads the RVC Data (hex)  
measurement field on the SIGNALING DECODER screen when the  
Modefield is set to NAMP-NTAC, the Measurefield is set to Dataand the  
Channelfield is set to Voice.  
:DEC:NAMP s| NTACs:DSAT:DATA?  
This command reads the decoded DSAT/DST data, serially, as it is  
received.  
Syn t a x  
MEAS:DEC:NAMP:DSAT:DATA? !returns a quoted string  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DSAT:DATA? reads the DSAT/DST (hex)  
measurement field on the SIGNALING DECODER screen when the  
Modefield is set to NAMP-NTAC, the Measure field is set to DSAT and the  
Channel field is set to Voice.  
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:DEC:NAMP :DTMF :LOW:F R EQu en cy:ABSolu t e <m ea s cm n d >  
:DEC:NAMP :DTMF :LOW:F R EQu en cy:ABSolu t e?  
These commands set/query the frequency of the low tone in the DTMF  
pair. The MEAS:DEC:NAMP:DTMF:LOW:DISP Freq’ command must  
be used to display the absolute frequency of the low tone.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:LOW:FREQ:ABS  
MEAS:DEC:NAMAP:DTMF:LOW:FREQ:ABS? !returns up to 19 real  
values  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:LOW:FREQ:ABS? reads the Lo Tone  
column on the SIGNALING DECODER screen when the Modefield is  
set to NAMP-NTAC, the Measurefield is set to DTMF, and the upper  
subfield of the Lo Tonefield is set to Freq, and the Channelfield is set  
to Voice.  
:DEC:NAMP :DTMF :LOW:F R EQu en cy:ERRor <m ea s cm n d >  
:DEC:NAMP :DTMF :LOW:F R EQu en cy:ERRor ?  
These commands set/query the frequency error of the low tone in the  
DTMF pair. The MEAS:DEC:NAMP:DTMF:LOW:DISP Frq Err ’  
command must be used to display the frequency error of the low tone.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:LOW:FREQ:ERR  
MEAS:DEC:NAMP:DTMF:LOW:FREQ:ERR? !returns up to 19 real  
values  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:LOW:FREQ:ERR? reads the Lo Tone  
column on the SIGNALING DECODER screen when Modefield is set to  
NAMP-NTAC, the Measurefield is set to DTMF, and the upper subfield of  
the Lo Tonefield is set to Frq Err, and the Channelfield is set to  
Voice.  
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:DEC:NAMP :DTMF :LOW:DISP la y <str in g>  
:DEC:NAMP :DTMF :LOW:DISP la y?  
These commands set/query the display mode of the low tone in the  
DTMF pair.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:LOW:DISP ‘Freq’  
‘Frq Err’  
MEAS:DEC:NAMP:DTMF:LOW:ERR?  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:LOW:DISP controls the upper subfield of  
the Lo Tonefield on the SIGNALING DECODER screen when the Mode  
field is set NAMP-NTACand the Measurefield is set to DTMF, and the  
Channelfield is set to Voice.  
:DEC:NAMP :DTMF :HIGH:F R EQu en cy:ABSolu t e <m ea s cm n d >  
:DEC:NAMP :DTMF :HIGH:F R EQu en cy:ABSolu t e?  
These commands set/query the frequency of the high tone in the DTMF  
pair. The MEAS:DEC:NAMP:DTMF:HIGH:DISP Freq’ command  
must be used to display the absolute frequency of the high tone.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:HIGH:FREQ:ABS  
MEAS:DEC:NAMP:DTMF:HIGH:FREQ:ABS? !returns up to 19 real  
values  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:HIGH:FREQ:ABS? reads the Hi Tone  
column on the SIGNALING DECODER screen when the Modefield is  
set NAMP-NTAC, the Measurefield is set to DTMF, and the upper subfield  
of the Hi Tonefield is set to Freq, and the Channelfield is set to Voice.  
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:DEC:NAMP :DTMF :HIGH:F R EQu en cy:ERRor <m ea s cm n d >  
:DEC:NAMP :DTMF :HIGH:F R EQu en cy:ERRor ?  
These commands set/query the frequency error of the high tone in the  
DTMF pair. The MEAS:DEC:NAMP:DTMF:HIGH:DISP Frq Err ’  
command must be used to display the frequency error of the high tone.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:HIGH:FREQ:ERR  
MEAS:DEC:NAMP:DTMF:HIGH:FREQ:ERR? !returns up to 19 real  
values  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:HIGH:FREQ:ERR? reads the Hi Tone  
column on the SIGNALING DECODER screen when the Modefield is  
set NAMP-NTAC, the Measurefield is set to DTMF, and the upper subfield  
of the Hi Tonefield is set to Frq Err, and the Channelfield is set to  
Voice.  
:DEC:NAMP :DTMF :HIGH:DISP la y <str in g>  
:DEC:NAMP :DTMF :HIGH:DISP la y?  
These commands set/query the display mode of the high tone in the  
DTMF pair.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:HIGH:DISP ‘Freq’  
‘Frq Err’  
MEAS:DEC:NAMP:DTMF:HIGH:DISP:ERR?  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:HIGH:DISP controls the upper subfield of  
the Hi Tonefield on the SIGNALING DECODER screen when the Mode  
field is set NAMP-NTACand the Measurefield is set to DTMF, and the  
Channelfield is set to Voice.  
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:DEC:NAMP :DTMF :TIME:ON <m ea s cm n d >  
:DEC:NAMP :DTMF :TIME:ON?  
These commands set/query the timing of the DTMF frequencies.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:TIME:ON  
MEAS:DEC:NAMP:DTMF:TIME:ON? !returns up to 19 real values  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:TIME:ON? reads the On Timecolumn on the  
SIGNALING DECODER screen when the Modefield is set NAMP-NTAC  
and the Measurefield is set to DTMF, and the Channelfield is set to  
Voice.  
:DEC:NAMP :DTMF :TIME:OF F <m ea s cm n d >  
:DEC:NAMP :DTMF :TIME:OF F ?  
These commands set/query the timing of the DTMF frequencies.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:TIME:OFF  
MEAS:DEC:NAMP:DTMF:TIME:OFF? !returns up to 19 real values  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:TIME:OFF? reads the Off Timecolumn on  
the SIGNALING DECODER screen when the Modefield is set  
NAMP-NTACand the Measurefield is set to DTMF, and the Channelfield is  
set to Voice.  
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:DEC:NAMP :DTMF :SYMBol?  
This command queries the symbol number assigned by the encoder for  
each of the DTMF tones. As each tone is analyzed, the symbol that  
represents each tone is returned as a quoted string.  
Syn t a x  
MEAS:DEC:NAMP:DTMF:SYMB? !returns a quoted string  
Scr een /field eq u iva len t  
MEAS:DEC:NAMP:DTMF:SYMB? reads the Symcolumn on the  
SIGNALING DECODER screen when the Modefield is set NAMP-NTAC  
and the Measurefield is set to DTMF, and the Channelfield is set to  
Voice.  
:IQP Lot [:DISP la y]:I?  
This query returns an array of 384 values representing the I  
(horizontal) values for each decision point. The values are scaled to  
match the display (1 = average power of the RF Carrier).  
Syn t a x  
MEAS:IQPL[:DISP]:I?  
Scr een /field eq u iva len t  
MEAS:IQPL[:DISP]:I? does not correspond to any field in the IQPLOT  
screen but represents the horizontal values for the decision points on  
the plot.  
:IQP Lot [:DISP la y]:Q?  
This command queries and returns an array of 384 values representing  
the Q (vertical) values for each decision point. The values are scaled to  
match the display (1 = average power of the RF Carrier).  
Syn t a x  
MEAS:IQPL[:DISP]:Q?  
Scr een /field eq u iva len t  
MEAS:IQPL[:DISP]:Q? does not correspond with a field in the IQPLOT  
screen but represents the vertical decision points shown on the plot.  
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:OSCilloscop e:MARKer :LEVel:AM <m ea s cm n d >  
:OSCilloscop e:MARKer :LEVel:AM?  
These commands set/query the AM depth measurement at the  
oscilloscopes marker position. For this measurement to be valid, you  
must have AM Mod or AM Demod chosen as the audio input (see  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:OSC:MARK:LEV:AM <meas cmd>  
MEAS:OSC:MARK:LEV:AM?  
E xa m p le  
MEAS:OSC:MARK:LEV:AM?  
Scr een /field eq u iva len t  
MEAS:OSC:MARK:LEV:AM? reads the Lvlmeasurement field on the  
SCOPE screen. The AF Anl Infield on the AF ANALYZER screen must  
be set to AM Modor AM Demodto measure AM depth in this field.  
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:OSCilloscop e:MARKer :LEVel:F M <m ea s cm n d >  
:OSCilloscop e:MARKer :LEVel:F M?  
These commands set/query the FM deviation measurement at the  
oscilloscopes marker position. For this measurement to be valid, you  
must have FM Mod or FM Demod chosen as the audio input (see  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:OSC:MARK:LEV:FM <meas cmd>  
MEAS:OSC:MARK:LEV:FM?  
E xa m p le  
MEAS:OSC:MARK:LEV:FM?  
Scr een /field eq u iva len t  
MEAS:OSC:MARK:LEV:FM? reads the Lvlmeasurement field on the  
SCOPE screen. The AF Anl Infield on the AF ANALYZER screen must  
be set to FM Modor FM Demodto measure FM deviation in this field.  
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:OSCilloscop e:MARKer :LEVel:VOLTs <m ea s cm n d >  
:OSCilloscop e:MARKer :LEVel:VOLTs?  
These commands set/query the voltage measurement at the  
oscilloscopes marker position. For this measurement to be valid, you  
must have Audio In, Audio Out, Ext Mod, or SSB Demod chosen as the  
audio input (see AFAN:INP on page 59).  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:OSC:MARK:LEV:VOLT <meas cmd>  
MEAS:OSC:MARK:LEV:VOLT?  
E xa m p le  
MEAS:OSC:MARK:LEV:VOLT?  
Scr een /field eq u iva len t  
MEAS:OSC:MARK:LEV:VOLT? reads the Lvlmeasurement field on  
the SCOPE screen. The AF Anl Infield on the AF ANALYZER screen  
must be set to Audio In, Audio Out, or Ext Mod, SSB Demodto measure  
voltage in this field.  
:OSCilloscop e:MARKer :TIME <m ea s cm n d >  
:OSCilloscop e:MARKer :TIME?  
These commands set/query the time elapsed from the trigger event to  
the marker location.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:OSC:MARK:TIME <meas cmd>  
MEAS:OSC:MARK:TIME? !returns a real number  
E xa m p le  
MEAS:OSC:MARK:TIME? !displays the measurement  
Scr een /field eq u iva len t  
MEAS:OSC:MARK:TIME? reads the Timefield on the Markermenu of  
the SCOPE screen.  
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:OSCilloscop e:TRACe?  
This command returns an array of 417 real values, corresponding to  
points on the oscilloscopes display. 0 corresponds to the first value (left  
side of trace display) and 416 is the last value (right side of the trace  
display).  
Syn t a x  
MEAS:OSC:TRAC?  
Scr een /field eq u iva len t  
MEAS:OSC:TRAC has no corresponding field on the SCOPE screen.  
:RF Req u en cy:SELect <str in g>  
:RF Req u en cy:SELect?  
These commands set/query the RF measurements for the RF analyzer.  
Syn t a x  
MEAS:RFR:SEL <meas cmd>  
MEAS:RFR:SEL?  
E xa m p le  
MEAS:RFR:SEL ‘Frequency’  
‘Freq Error’  
MEAS:RFR:SEL?  
Scr een /field eq u iva len t  
MEAS:RFR:SEL selects which measurement, Frequencyor Freq  
Erroris displayed the RF ANALYZER screen. These measurements are  
also displayed on the RF GENERATOR and AF ANALYZER screens.  
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:RF Req u en cy:F R EQu en cy:ABSolu te <m ea s cm n d >  
:RF Req u en cy:F R EQu en cy:ABSolu te?  
These commands set/query the RF frequency measurement when the  
:RFR:SEL Frequency’ command is used.  
Syn t a x  
:RFR:FREQ:ABS <meas syntax>  
:RFR:FREQ:ABS?  
Scr een /field eq u iva len t  
MEAS:RFR:FREQ:ABS? reads the Frequencymeasurement field on  
the RF ANALYZER screen. This measurement is also displayed on the  
RF GENERATOR and AF ANALYZER screens.  
:RF Req u en cy:F R EQu en cy:ERRor <m ea s cm n d >  
:RF Req u en cy:F R EQu en cy:ERRor ?  
These commands set/query the RF frequency error measurement when  
the :RFR:SEL Freq Err command is used.  
Syn t a x  
:RFR:FREQ:ERR <meas syntax>  
:RFR:FREQ:ERR?  
Scr een /field eq u iva len t  
MEAS:RFR:FREQ:ERR? reads the Freq Errormeasurement field on  
the RF ANALYZER screen. This measurement is also displayed on the  
RF GENERATOR and AF ANALYZER screens.  
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:RF Req u en cy:P OWer <m ea s cm n d >  
:RF Req u en cy:P OWer ?  
These commands set/query the transmitter power measurement. The  
measurement is either peak or sampled, as determined by the  
RFAN:PME:DET command on page 305.  
Syn t a x  
MEAS:RFR:POW <meas cmd>  
MEAS:RFR:POW? !returns real value  
E xa m p le  
MEAS:RFR:POW? !returns the value  
Scr een /field eq u iva len t  
MEAS:RFR:POW? reads the TX Powermeasurement field on the RF  
ANALYZER screen. This measurement is also displayed on the RF  
GENERATOR and AF ANALYZER screens.  
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:SANa lyzer :MAR Ker :DELTa :F R EQu en cy <m ea s cm n d >  
:SANa lyzer :MAR Ker :DELTa :F R EQu en cy?  
These commands set/query the delta marker frequency measurement.  
This measurement is the frequency of the delta marker minus the  
frequency of the normal marker. If the delta marker is to the right of  
the normal marker, the delta frequency is positive. If the delta marker  
is to the left of the normal marker, the delta frequency is negative.  
The units for this measurement are GHz, MHz, kHz, and Hz.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:SAN:MARK:DELT:FREQ <meas cmd>  
MEAS:SAN:MARK:DELT:FREQ? !returns real value  
E xa m p le  
SAN:MARK:PEAK  
MEAS:SAN:MARK:DELT:FREQ? !returns the value  
Scr een /field eq u iva len t  
MEAS:SAN:MARK:DELT:FREQ? reads the Delta Mrkr, Freq  
measurement field on the SPEC ANL screen when Norm/Deltafield is  
set to Deltaon the Markercontrols menu.  
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MEASure subsystem  
:SANa lyzer :MAR Ker :DELTa :LE Vel <m ea s cm n d >  
:SANa lyzer :MAR Ker :DELTa :LE Vel?  
These commands set/query the delta marker level measurement. This  
measurement is the level of the normal marker minus the frequency of  
the delta marker in dBm. If the delta marker is higher than normal  
marker, the delta level is positive. If the delta marker is lower than the  
normal marker, the delta level is negative.  
The units for this measurement are dB. (There is a percent unit  
available; however, since the spectrum analyzer level is always  
displayed on a logarithmic scale, linear units are inappropriate.)  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:SAN:MARK:DELT:LEV <meas cmd>  
MEAS:SAN:MARK:DELT:LEV? !returns real value  
E xa m p le  
MEAS:SAN:MARK:DELT:LEV? !returns the value  
Scr een /field eq u iva len t  
MEAS:SAN:MARK:DELT:LEV? reads the Delta Mrkr, Lvl  
measurement field on the SPEC ANL screen when Norm/Deltafield is  
set to Deltaon the Markercontrols menu.  
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MEASure subsystem  
:SANa lyzer :MAR Ker [:NORMa l]:F R EQu en cy <m ea s cm n d >  
:SANa lyzer :MAR Ker [:NORMa l]:F R EQu en cy?  
These commands set/query the frequency at the marker on the  
spectrum analyzer s trace.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:SAN:MARK:NORM:FREQ <meas cmd>  
MEAS:SAN:MARK:NORM:FREQ? !returns real value  
E xa m p le  
MEAS:SAN:MARK:NORM:FREQ? !returns the value  
Scr een /field eq u iva len t  
MEAS:SAN:MARK[:NORM]:FREQ? reads the Freqmeasurement field  
on the SPEC ANL screen.  
:SANa lyzer :MAR Ker [:NORMa l]:LE Vel <m ea s cm n d >  
:SANa lyzer :MAR Ker [:NORMa l]:LE Vel?  
These commands set/query the RF level at the marker on the spectrum  
analyzer s trace.  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:SAN:MARK:NORM:LEV <meas cmd>  
MEAS:SAN:MARK:NORM:LEV? !returns real value  
E xa m p le  
MEAS:SAN:MARK:NORM:LEV? !returns the value  
Scr een /field eq u iva len t  
MEAS:SAN:MARK[:NORM]:LEV? reads the Lvlmeasurement field on  
the SPEC ANL.  
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MEASure subsystem  
:SANa lyzer :TRACe?  
This command returns an array of 417 real values, corresponding to  
points on the spectrum analyzer s display. 0 corresponds to the first  
value (left side of trace display) and 416 is the last value (right side of  
the trace display).  
This measurement utilizes the Number Measurement Syntax, but does  
not use the :METer command.  
Syn t a x  
MEAS:SAN:TRAC?  
E xa m p le  
MEAS:SAN:TRAC? !returns the array  
Scr een /field eq u iva len t  
MEAS:SAN:TRAC has no corresponding field on the SPEC ANL screen.  
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Multiple Real Number Setting Syntax  
Mu ltip le Rea l Nu m ber Sett in g Syn ta x  
This section defines the syntax to be used with commands that require  
the Real Number Setting Syntax, but allow multiple numbers to be set  
in one command.  
This format is typically used for entering values that are grouped in  
rows or columns.  
The format is the same as for the Real Number Setting Syntax, except  
that each real number is preceded by an integer that identifies the  
relative position in the list of numbers.  
Syn ta x  
:Previous Syntax <integer_value>,<real_value>[display unit_of_measure]  
!integer_value is the position, real_value is the actual value  
:Previous Syntax? <integer_value> !returns the value of the position  
:Previous Syntax:DUNits <integer_value>,<display unit_of_measure>  
!sets the units  
:Previous Syntax:DUNits? <integer_value> !returns the display units  
:Previous Syntax:UNits <integer_value>,<GPIB unit_of_measure>  
:Previous Syntax:UNits? <integer_value> !Displays the GPIB units  
:Previous Syntax:INCRement <integer_value>,<incr_value>[display  
unit_of_measure]  
!increments the present value  
:Previous Syntax:INCRement <integer_value>,UP|DOWN  
:Previous Syntax:INCRement? <integer_value> !returns the incr. value  
:Previous Syntax:MODe <integer_value>,LINear|LOGarithm  
!sets mode of the command  
:Previous Syntax:MODe? <integer_value> !returns mode (LIN or LOG)  
:Previous Syntax:MULTiply <integer_value>!multiplies current setting  
:Previous Syntax:DIVide <integer_value>!divides current setting by 10  
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Number Measurement Syntax  
Nu m ber Mea su r em en t Syn ta x  
This syntax is used with measurement commands. It applies to both  
real and integer values.  
This syntax is typically used with subsystems like the MEASure  
subsystem/  
Syn ta x  
:Previous Syntax:AUNits <GPIB units> !sets the GPIB units  
:Previous Syntax:AUNits !returns the GPIB units  
:Previous Syntax:AVERage[:VALue] <real_value>  
!sets the number of averages  
:Previous Syntax:AVERage? !returns the number of averages  
:Previous Syntax:AVERage:RESet !resets the number of averages to 1  
:Previous Syntax:AVERage:STATe 1|ON  
:Previous Syntax:AVERage:STATe 0|OFF  
:Previous Syntax:AVERage:STATe? !returns 1 or 0  
:Previous Syntax:DUNits <display unit_of_measure>  
!sets the disp. units  
:Previous Syntax:DUNits? !returns the display units  
:Previous Syntax:HLIMit[:VALue] <real_value>[<units>]  
!sets the value of the High Limit for a measurement display  
:Previous Syntax:HLIMit? !returns the High Limit setting  
:Previous Syntax:HLIMit:DUNits <units> !display units  
:Previous Syntax:HLIMit:DUNits? !returns the display units  
:Previous Syntax:HLIMit:EXCeeded?  
!returns 1 or 0 to indicate if the High Limit was exceeded  
:Previous Syntax:HLIMit:RESet !resets the limit  
:Previous Syntax:HLIMit:STATe 1|ON !sets state of the limit  
:Previous Syntax:HLIMit:STATe 0|OFF !sets state of the limit  
:Previous Syntax:HLIMit:STATe? !returns 1 or 0  
:Previous Syntax:LLIMit[:VALue] <real_value>[<units>]  
!sets the value of the Low Limit for a measurement display  
:Previous Syntax:LLIMit? !returns the Low Limit setting  
:Previous Syntax:LLIMit:DUNits <units> !display units  
:Previous Syntax:LLIMit:DUNits? !returns the display units  
:Previous Syntax:LLIMit:EXCeeded?  
!returns 1 or 0 to indicate if the Low Limit was exceeded  
:Previous Syntax:LLIMit:RESet !resets the limit  
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:Previous Syntax:LLIMit:STATe 1|ON !sets state of the limit  
:Previous Syntax:LLIMit:STATe 0|OFF !sets state of the limit  
:Previous Syntax:LLIMit:STATe? !returns 1 or 0  
:Previous Syntax:METer[:STATe] 1|ON  
:Previous Syntax:METer[:STATe] 0|OFF  
:Previous Syntax:METer[:STATe]? !returns 1 or 0  
:Previous Syntax:METer:HEND|LEND <real value><units>  
:Previous Syntax:METer:HEND|LEND? !returns real value  
:Previous Syntax:METer:HEND|LEND:DUNits <units>  
:Previous Syntax:METer:HEND|LEND:DUNits?  
:Previous Syntax:METer:INTerval <integer value>  
:Previous Syntax:METer:INTerval? !returns integer value  
:Previous Syntax:REFerence[:VALue] <real_value>[<units>]  
!sets the value of the reference for a measurement display  
:Previous Syntax:REFerence? !returns the reference setting  
:Previous Syntax:REFerence:DUNits <units> !display units  
:Previous Syntax:REFerence:DUNits? !returns the display units  
:Previous Syntax:REFerence:STATe 1|ON !sets state of the reference  
:Previous Syntax:REFerence:STATe 0|OFF !sets state of the reference  
:Previous Syntax:REFerence:STATe? !returns 1 or 0  
:Previous Syntax:STATe 1|ON  
:Previous Syntax:STATe 0|OFF  
:Previous Syntax:STATe? ! returns 1 or 0  
:Previous Syntax:UNits <GPIB unit_of_measure>  
!sets the GPIB units  
:Previous Syntax:UNits? !returns the GPIB units  
E xa m p le 1-2  
E xa m p les  
RFAN:FREQ 850.35MHz !sets the frequency to 850.35 MHz  
RFAN:FREQ? !returns the frequency  
RFAN:FREQ:DUNits GHz !changes the units to GigaHertz  
RFAN:FREQ:INCR 3.5MHz !increments frequency by 3.5 MHz  
RFAN:FREQ:INCR? !returns the increment value  
RFAN:FREQ:MULT !multiplies the current frequency by 10  
RFAN:FREQ:MULT !multiplies the current frequency by 10  
!Note that :STAT is not valid for RFAN:FREQ  
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OSCilloscope subsystem  
OSCilloscop e su bsystem  
:CONTr ol  
:CONTr ol?  
These commands set/query the oscilloscopes control menus.  
Syn t a x  
OSC:CONT ‘Main’  
‘Trigger’  
‘Marker’  
OSC:CONT?  
E xa m p le  
OSC:CONT ‘Trigger’ !displays the Trigger menu of the  
oscilloscope  
Scr een /field eq u iva len t  
OSC:CONT controls the Controlsfield of the SCOPE screen.  
:MARKer :NP Ea k  
This command moves the marker to the minimum value of the average  
level of the display.  
This command has no query.  
Syn t a x  
OSC:MARK:NPE !moves the marker to the minimum  
Scr een /field eq u iva len t  
OSC:MARK:NPE controls the Marker To Peak-field on the Marker  
menu of the SCOPE screen.  
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OSCilloscope subsystem  
:MARKer :P P Ea k  
This command moves the marker to the maximum value of the average  
level of the display.  
This command has no query.  
Syn t a x  
OSC:MARK:PPE !moves the marker to the maximum  
Scr een /field eq u iva len t  
OSC:MARK:PPE controls the Marker To Peak+field on the Marker  
menu of the SCOPE screen.  
:MARKer :P OSition <r ea l n u m b er >  
:MARKer :P OSition ?  
These commands set/query the marker the number specified of scale  
divisions from the left side of the screen.  
This measurement utilizes the Real Number Setting Syntax, but does  
not use the :STATe command  
Syn t a x  
OSC:MARK:POS <real number> !values 0 to 10.00  
OSC:MARK:POS? !returns the present position value  
E xa m p le  
OSC:MARK:POS 4.5 !positions the marker 4.5 divisions from the  
left  
Scr een /field eq u iva len t  
OSC:MARK:POS controls the Positionfield on the Markermenu of the  
SCOPE screen.  
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OSCilloscope subsystem  
:SCALe:TIME <str in g>  
:SCALe:TIME?  
These commands set/query the horizontal sweep time per division.  
Syn t a x  
OSC:SCAL:TIME ‘200 ms’  
‘100 ms’  
‘50 ms’  
‘20 ms’  
‘10 ms’  
‘5 ms’  
‘2 ms’  
‘1 ms’  
‘500 us’  
‘200 us’  
‘100 us’  
‘50 us’  
‘20 us’  
‘10 us’  
‘5 us’  
‘2 us’  
‘1 us’  
OSC:SCAL:TIME? !returns present value  
E xa m p le  
OSC:SCAL:TIME ‘2 ms’ !sets scale to 2 ms  
Scr een /field eq u iva len t  
OSC:SCL:TIME controls the Time/divfield on the Mainmenu of the  
SCOPE screen.  
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OSCilloscope subsystem  
:SCALe:VERTica l:AM <str in g>  
:SCALe:VERTica l:AM?  
These commands set/query the vertical axis amplitude per division  
when AM Mod or AM Demod is selected as the audio source (see  
Syn t a x  
OSC:SCAL:VERT:AM ‘50%’  
‘20%’  
‘10%’  
‘5%’  
‘2%’  
‘1%’  
‘0.5%’  
‘0.2%’  
‘0.1%’  
‘0.05%’  
OSC:SCAL:VERT:AM?  
E xa m p le  
OSC:SCAL:VERT:AM ‘20%’!sets the vert scale  
Scr een /field eq u iva len t  
OSC:SCAL:VERT:AM controls the Vert/divfield on the Mainmenu of  
the SCOPE screen when the AF Anl Infield on the AF ANALYZER  
screen is set to AM Modor AM Demod.  
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OSCilloscope subsystem  
:SCALe:VERTica l:F M <str in g>  
:SCALe:VERTica l:F M?  
These commands set/query the vertical axis amplitude per division  
when FM Mod or FM Demod is selected as the audio source (see  
Syn t a x  
OSC:SCAL:VERT:FM ‘50 kHz’  
‘20 kHz’  
‘10 kHz’  
‘5 kHz’  
‘2 kHz’  
‘1 kHz’  
‘500 Hz’  
‘200 Hz’  
‘100 Hz’  
‘50 Hz’  
‘20 Hz’  
‘10 Hz’  
OSC:SCAL:VERT:FM?  
E xa m p le  
OSC:SCAL:VERT:FM ‘20 kHz’  
Scr een /field eq u iva len t  
OSC:SCAL:VERT:FM controls the Vert/divfield on the Mainmenu of  
the SCOPE screen when the AF Anl Infield on the AF ANALYZER  
screen is set to FM Modor FM Demod.  
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OSCilloscope subsystem  
:SCALe:VERTica l:OF F Set <r ea l n u m ber >  
:SCALe:VERTica l:OF F Set?  
These commands set/query the vertical scale (DC) offset of the vertical  
axis of the oscilloscope display. This moves the signal up to four  
divisions up or down with respect to the oscilloscopes fixed center line.  
but does not use the :STATe command.  
Syn t a x  
OSC:SCAL:VERT:OFFS <real number>  
OSC:SCAL:VERT:OFFS?  
E xa m p le  
OSC:SCAL:VERT:OFFS 2.5 !moves the signal 2.5 divisions  
Scr een /field eq u iva len t  
OSC:SCAL:VERT:OFFS controls the Vert Offsetfield on the Main  
menu of the SCOPE screen.  
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OSCilloscope subsystem  
:SCALe:VERTica l:VOLTs <str in g>  
:SCALe:VERTica l:VOLTs?  
These commands set/query the vertical scale of the oscilloscope display.  
This command is valid when the AFAN:INP command specifies one of  
the following sources: Audio Out, Audio In, Ext Mod, or SSB Demod.  
Syn t a x  
OSC:SCAL:VERT:VOLT ‘20 V’  
‘10 V’  
‘5 V’  
‘2 V’  
‘1 V’  
‘500 mv’  
‘200 mv’  
‘100 mv’  
‘50 mv’  
‘20 mv’  
‘10 mv’  
‘5 mv’  
‘2 mv’  
‘1 mv’  
‘500 uv’  
‘200 uv’  
‘100 uv’  
‘50 uv’  
‘20 uv’  
OSC:SCAL:VERT:VOLT?  
E xa m p le  
OSC:SCAL:VERT:VOLT ‘5 V’!sets scale to 5V per division  
Scr een /field eq u iva len t  
OSC:SCAL:VERT:VOLT controls the Vert/divfield on the Mainmenu  
of the SCOPE screen when the AF Anl Infield on the AF ANALYZER  
screen is set to Audio In, Audio Out, Ext Mod, or SSB Demod.  
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OSCilloscope subsystem  
:TRIGger :LEVel <r ea l n u m ber >  
:TRIGger :LEVel?  
These commands set/query the level of the oscilloscopes trigger.  
but does not use the :STAT, :DUN, :UNIT, :INCR:MODE, :INCR:DUN,  
commands.  
Syn t a x  
OSC:TRIG:LEV <real> !values  
OSC:TRIG:LEV? !returns the level  
E xa m p le  
OSC:TRIG:LEV 0.4 !sets the level to 0.4 V  
Scr een /field eq u iva len t  
OSC:TRIG:LEV controls the upper subfield of the Level(div)field on  
the Triggermenu of the SCOPE screen.  
:TRIGger :MODE <str in g>  
:TRIGger :MODE?  
These commands set/query the retriggering mode of the trigger for the  
oscilloscope. If Cont’ is chosen, then the oscilloscope is triggering  
continuously and is ready for another measurement after one has  
finished. If Single’ is chosen then the oscilloscope requires a trigger  
command before making another measurement.  
OSC:RESet is the trigger command for the oscilloscope.  
Syn t a x  
OSC:TRIG:MODE ‘Cont’  
‘Single’  
OSC:TRIG:MODE?  
E xa m p le  
OSC:TRIG:MODE ‘Single’ !sets mode to single trigger  
Scr een /field eq u iva len t  
OSC:TRIG:MODE controls the Cont/Singlefield on the Triggermenu  
of the SCOPE screen.  
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OSCilloscope subsystem  
:TRIGger :DELa y <r ea l n u m ber >  
:TRIGger :DELa y?  
These commands set/query the trigger delay. Positive values delay the  
trigger, negative values apply a pre-trigger function to each  
measurement.  
but does not use the :STAT, :DUN, :UNIT, :INCR:MODE, :INCR:DUN,  
commands.  
The valid range of the delay depends on the Time/div setting. See  
OSC:SCAL:TIME to set the Time/div.  
Syn t a x  
OSC:TRIG:DEL <real> !values depend on Time/div  
OSC:TRIG:DEL?  
E xa m p le  
OSC:TRIG:DEL 0.2 !sets to 0.2 units  
Scr een /field eq u iva len t  
OSC:TRIG:DEL controls the Trig-Delayfield on the Triggermenu of  
the SCOPE screen.  
:TRIGger :P RETr igger <r ea l n u m ber >  
:TRIGger :P RETr igger ?  
These commands set/query a pretrigger for each measurement.  
but does not use the :STAT, :DUN, :UNIT, :INCR:MODE, :INCR:DUN,  
commands.  
Syn t a x  
OSC:TRIG:PRET <real>  
OSC:TRIG:PRET?  
Scr een /field eq u iva len t  
OSC:TRIG:PRET has no equivalent field on the SCOPE screen.  
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OSCilloscope subsystem  
:TRIGger :RESet  
This command triggers an oscilloscope measurement.  
Syn t a x  
OSC:TRIG:RES !triggers the oscilloscope  
Scr een /field eq u iva len t  
OSC:TRIG:RESet controls the Resetfield on the Triggermenu of the  
SCOPE screen.  
:TRIGger :SENSe <str in g>  
:TRIGger :SENSe?  
These commands set/query the desired edge of the trigger. Pos’ triggers  
the measurement on the positive-going edge of the input signal. Neg’  
triggers on the negative-going edge.  
Syn t a x  
OSC:TRIG:SENS ‘Pos’  
‘Neg’  
OSC:TRIG:SENS?  
Scr een /field eq u iva len t  
OSC:TRIG:SENS controls the Pos/Negfield on the Triggermenu of  
the SCOPE screen.  
:TRIGger :SOUR ce <str in g>  
:TRIGger :SOUR ce?  
These commands set/query the source of the trigger.  
Syn t a x  
OSC:TRIG:SOUR ‘Internal’  
‘Ext(TTL)’  
OSC:TRIG:SOUR?  
Scr een /field eq u iva len t  
OSC:TRIG:SOUR controls the Internalor the Ext (TTL)field on the  
Triggermenu of the SCOPE screen.  
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OSCilloscope subsystem  
:TRIGger :TYP E <str in g>  
:TRIGger :TYP E?  
These commands set/query how the trigger level is set. Auto triggers a  
measurement if a triggering signal is not detected within  
approximately 50 ms of the last trigger. Norm’ requires a specific  
triggering signal before triggering.  
Syn t a x  
OSC:TRIG:TYPE ‘Auto’  
‘Norm’  
OSC:TRIG:TYPE?  
Scr een /field eq u iva len t  
OSC:TRIG:TYPE controls the Auto/Normfield on the Triggermenu of  
the SCOPE screen.  
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PROGram subsystem  
P ROGr a m su bsystem  
The Program subsystem provides a set of commands which allow an  
external controller to generate and control an IBASIC program within  
the Test Set.  
These commands have no equivalent fields or screens.  
[:SELected ]:DE F in e <p r ogr a m d a ta >  
[:SELected ]:DE F in e?  
PROG:SEL:DEF downloads an IBASIC program into the Test Set. The  
query form returns the program. The program must be transferred as  
IEEE 488.2 Arbitrary Block Program Data. Refer to the IEEE standard  
488.2-1987 for detailed information on this data type.  
[:SEL] is an optional portion of this command.  
<program> is the actual program content  
Syn t a x  
PROG:SEL:DEF <#0><program><NL><END>  
PROG:DEF <#0><program><NL><END>  
[:SELected ]:DE Lete  
[:SELected ]:DE Lete:ALL  
These commands delete the IBASIC program currently loaded in the  
Test Set.  
Syn t a x  
PROG:SEL:DEL  
PROG:DEL !equivalent command  
PROG:DEL:ALL !equivalent command  
[:SELected ]:EXECu te  
This command executes (from an IBASIC controller) an IBASIC  
command in the Test Sets built-in IBASIC controller.  
Syn t a x  
PROG:SEL:EXEC  
PROG:EXEC !equivalent command  
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PROGram subsystem  
[:SELected ]:STATe <va r ia ble>  
[:SELected ]:STATe?  
These commands set/query (from an external IBASIC controller) the  
execution state of the IBASIC program currently loaded in the Test Set.  
Syn t a x  
PROG:SEL:STAT  
PROG:SEL:STAT?  
PROG:STAT !equivalent command  
[:SELected ]:NUMBer <va r ia ble>(,<n va lu es>)  
[:SELected ]:NUMBer ?  
These commands set/query the value of numeric variables or arrays in  
the IBASIC program currently loaded in the Test Set.  
Syn t a x  
PROG:SEL:NUMB <variable>,<nvalues>  
PROG:SEL:NUMB?  
PROG:NUMB <variable>,<nvalues> !equivalent command  
[:SELected ]:STRin g <va r ia ble>(,<n va lu es>)  
[:SELected ]:STRin g?  
These commands set/query the value of string variables or arrays in the  
IBASIC program currently loaded in the Test Set  
Syn t a x  
PROG:SEL:STR <variable>,<nvalues>  
PROG:SEL:STR?  
PROG:STR <variable>,<nvalues> !equivalent command  
[:SELected ]:WAIT  
[:SELected ]:WAIT?  
Syn t a x  
PROG:SEL:WAIT  
PROG:SEL:WAIT? !returns an integer value  
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RAM Usage Information  
RAM Usa ge In for m a tion  
The number of bytes reported to the remote interface is different than  
that reported on the screen when using the IB_UTILS program. This is  
because to calculate kilobytes, the total is divided by 1024 before it is  
displayed on the screen.  
SP EC:R AMDISKALLOC?  
SPEC:RAMDISKALLOC? returns the total RAM disk space that has  
been used to store programs or test setups in the Test Set.  
Scr een /F ield E q u iva len t  
SPEC:RAMDISKALLOC? reads RAM Disk Allocations:, found in the  
Test Sets (ROM) IB_UTILS, RAM USAGE program.  
SP EC:R AMF ORIBASIC?  
SPEC:TOTALUSERRAM? returns the approximate amount of RAM  
available in the Test Set for IBASIC programs.  
Scr een /F ield E q u iva len t  
SPEC:TOTALUSERRAM? reads the Approximate RAM Available  
for IBasic:field that can be found in the Test Sets (ROM) IB_UTILS,  
RAM USAGE program.  
SP EC:SAVEREGALLOC?  
SPEC:SAVEREGALLOC? returns the total RAM space that has been  
used for save registers in the Test Set.  
Scr een /F ield E q u iva len t  
SPEC:SAVEREGALLOC? reads the Save Register Allocations:  
field that can be found in the Test Sets (ROM) IB_UTILS, RAM USAGE  
program.  
SP EC:TOTALUSERRAM?  
SPEC:TOTALUSERRAM? returns the total RAM installed in the Test  
Set.  
Scr een /F ield E q u iva len t  
SPEC:TOTALUSERRAM? reads the Total RAM Installed:field that  
can be found in the Test Sets (ROM) IB_UTILS, RAM USAGE program.  
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Real Number Setting Syntax  
R ea l Nu m b er Set tin g Syn t a x  
This syntax is for setting real values in commands. It is to be used with  
commands that require the Real Number Setting Syntax.  
An example of a command that requires the Real Number Setting  
Syntax is the RFANalyzer:FREQuency command. (See RFANalyzer  
Syn ta x  
:Previous Syntax <real_value>[display unit_of_measure]  
:Previous Syntax? !returns the value  
:Previous Syntax:DUNits <display unit_of_measure> !sets the units  
:Previous Syntax:DUNits? !returns the display units  
:Previous Syntax:UNits <GPIB unit_of_measure>  
:Previous Syntax:UNits? !Displays the GPIB units  
:Previous Syntax:INCRement <incr_value>[display unit_of_measure]  
!increments the present value  
:Previous Syntax:INCRement? !returns the increment value  
:Previous Syntax:INCRement UP|DOWN !increments up or down  
:Previous Syntax:STATe 1|ON  
:Previous Syntax:STATe 0|OFF  
:Previous Syntax:STATe? ! returns 1 or 0  
:Previous Syntax:MODe LINear|LOGarithm  
!sets mode of the command  
:Previous Syntax:MODe? !returns mode (LIN or LOG)  
:Previous Syntax:MULTiply !multiplies current setting by 10  
:Previous Syntax:DIVide !divides current setting by 10  
E xa m p le 1-3  
E xa m p les  
RFAN:FREQ 850.35MHz !sets the frequency to 850.35 MHz  
RFAN:FREQ? !returns the frequency  
RFAN:FREQ:DUNits GHz !changes the units to GigaHertz  
RFAN:FREQ:INCR 3.5MHz !increments frequency by 3.5 MHz  
RFAN:FREQ:INCR? !returns the increment value  
RFAN:FREQ:MULT !multiplies the current frequency by 10  
RFAN:FREQ:MULT !multiplies the current frequency by 10  
!Note that :STAT is not valid for RFAN:FREQ  
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[REGister] subsystem  
[REGister ] su bsystem  
Register Subsystem contains the save/recall commands used in the  
Save/Recall registers.  
:CLEa r <in teger or str in g>  
This command clears the register defined by the integer value or string  
argument.  
Syn t a x  
:CLE ‘<string>’  
!clears the register named ‘string’  
:CLE ‘<integer value>’ !clears the numbered register  
REG:CLE ‘<string>’  
!equivalent command  
Scr een /field eq u iva len t  
This command corresponds to deleting a save/recall register using the  
front panel keys. See the Reference Guide for more information about  
using the Save and Recall keys.  
:CLEa r :ALL  
This command clears all registers.  
Syn t a x  
:CLE:ALL  
REG:CLE:ALL !equivalent command  
Scr een /field eq u iva len t  
This command corresponds to the *Clr All* command in the save/recall  
menu (accessed with the front-panel keys.)  
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:RECa ll <in t eger or str in g>  
This command recalls the register defined by the integer value or string  
argument  
Syn t a x  
:REC ‘<string>’  
!recalls the register named ‘string’  
:REC ‘<integer value>’ !recalls the numbered register  
REG:REC ‘<string>’  
!equivalent command  
Scr een /field eq u iva len t  
This command corresponds to recalling a save/recall register using the  
front panel keys. See the Reference Guide for more information about  
using the Save and Recall keys.  
:RECa ll:LIST?  
This command lists the save/recall registers that have been named.  
Syn t a x  
REG:REC:LIST?  
:REC:LIST? !equivalent command  
Scr een /field eq u iva len t  
:REC:LIST? has no equivalent field.  
:SAVE <in teger or st r in g>  
This command saves the register defined by the integer value or string  
argument.  
Syn t a x  
:SAVE ‘<string>’  
!recalls the register named ‘string’  
:SAVE ‘<integer value>’ !recalls the numbered register  
REG:SAVE ‘<string>’  
!equivalent command  
Scr een /field eq u iva len t  
This command corresponds to saving a save/recall register using the  
front panel keys. See the Reference Guide for more information about  
using the Save and Recall keys.  
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[REGister] subsystem  
:SAVE:LIST?  
:SAVE:LIST? lists the save/recall registers that have been named.  
Syn t a x  
REG:SAVE:LIST?  
:SAVE:LIST? !equivalent command  
Scr een /field eq u iva len t  
:SAVE:LIST? has no equivalent field.  
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RFANalyzer subsystem  
RFANa lyzer su bsystem  
:ATTen u a tor <str in g>  
:ATTen u a tor ?  
These commands set/query the amount of input attenuation in the path  
of the selected input port. CONF:ATT:MODE Auto overrides this  
command.  
Syn t a x  
RFAN:ATT ‘0 dB’  
‘5 dB’  
‘10 dB’  
‘15 dB’  
‘20 dB’  
‘25 dB’  
‘30 dB’  
‘35 dB’  
RFAN:ATT?  
Scr een /field eq u iva len t  
RFAN:ATT controls to the lower subfield of the Input Attenfield on  
the RF ANALYZER screen.  
:ATTen u a tor :MODE <str in g>  
:ATTen u a tor :MODE?  
These commands set/query the RF autoranging mode.  
CONF:ATT:MODE Hold’ overrides this command.  
Syn t a x  
RFAN:ATT:MODE ‘Auto’  
‘Hold’  
RFAN:ATT:MODE?  
Scr een /field eq u iva len t  
RFAN:ATT:MODE corresponds to the Auto/Holdsubfield of the Input  
Attenfield on the RF ANALYZER screen  
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RFANalyzer subsystem  
:F REQu en cy <r ea l n u m ber >  
:F REQu en cy?  
These commands set/query the tune frequency for the RF analyzer. This  
command requires that the CONF:RFD Freq’ command is used.  
but does not use the :STATe command.  
Syn t a x  
RFAN:FREQ <real>  
RFAN:FREQ?  
Scr een /field eq u iva len t  
RFAN:FREQ corresponds to the Tune Freqfield on the RF ANALYZER  
screen.  
[:F REQu en cy]:GTIMe <r ea l n u m ber >  
[:F REQu en cy]:GTIMe?  
These commands set/query the gate time for the RF Frequency counter.  
This command utilizes the :DUNits and UNITs commands of the Real  
Syn t a x  
RFAN:FREQ:GTIM <real>  
RFAN:FREQ:GTIM?  
Scr een /field eq u iva len t  
RFAN:FREQ:GTIM controls the RF Cnt Gatefield on the RF  
ANALYZER screen.  
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RFANalyzer subsystem  
:IF BW <str in g>  
:IF BW?  
These commands set/query the IF filter bandwidth.  
Syn t a x  
RFAN:IFBW ‘15 kHz’  
‘230 kHz’  
RFAN:IFBW?  
Scr een /field eq u iva len t  
RFAN:IFBW controls the IF Filterfield on the RF ANALYZER  
screen.  
:INP u t <str in g>  
:INP u t?  
These commands set/query the RF input port.  
Note: Some measurements can only be made on one port.  
Syn t a x  
RFAN:INP ‘RF In’  
‘Ant’  
RFAN:INP?  
Scr een /field eq u iva len t  
RFAN:INP controls the RF Input Portfield on the RF ANALYZER.  
This field is also displayed on the SPEC ANL, CODE DOM, and CDMA  
ANALYZER screens.  
:P MEa su r em en t:DETector <st r in g>  
:P MEa su r em en t:DETector ?  
These commands set/query the analog TX power measurement method.  
Syn t a x  
RFAN:PME:DET ‘Peak’  
‘Sample’  
RFAN:PME:DET?  
Scr een /field eq u iva len t  
RFAN:PME:DET controls the TX Pwr Measfield on the RF ANALYZER  
screen.  
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:P MEa su r em en t:ZERO  
This command zeroes the TX power measurement.  
Syn t a x  
RFAN:PME:ZERO  
Scr een /field eq u iva len t  
RFAN:PME:ZERO controls the TX Pwr Zerofield on the RF  
ANALYZER screen.  
:P MEa su r em en t:ZERO:MODE  
:P MEa su r em en t:ZERO:MODE?  
This command sets/queries the zeroing mode of the TX power  
measurement. Auto’ periodically zeroes power automatically during  
operation. Manual’ requires you to use the :PME:ZERO command to  
zero power.  
Syn t a x  
RFAN:PME:ZERO:MODE ‘Auto’  
‘Manual’  
RFAN:PME;ZERO:MODE?  
Scr een /field eq u iva len t  
RFAN:PME:ZERO:MODE controls the Auto Zerofield on the RF  
ANALYZER screen.  
:SENSitivity <str in g>  
:SENSitivity?  
:SENS sets/queries the RF input sensitivity.  
Syn t a x  
RFAN:SENS ‘Normal’  
‘High’  
RFAN:SENS?  
Scr een /field eq u iva len t  
RFAN:SENS controls the Sensitivityfield on the RF ANALYZER  
screen. This field is also displayed on the SPEC ANL screens  
Auxiliarymenu.  
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RFANalyzer subsystem  
:SQUelch <str in g>  
:SQUelch ?  
:SQU sets/queries the squelch control setting.  
Syn t a x  
RFAN:SQU ‘Pot’  
‘Open’  
‘Fixed’  
RFAN:SQU?  
Scr een /field eq u iva len t  
RFAN:SQU controls the Squelchfield on the RF ANALYZER screen.  
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RFGenerator subsystem  
RF Gen er a tor su bsystem  
The RF generator subsystem controls the functions of the RF  
GENERATOR screen.  
:AMP Lit u d e <r ea l n u m ber >  
This command sets/queries the amplitude of the RF generator.  
This field also controls the RF generator viewed in the spectrum  
analyzer.  
Syn t a x  
RFG:AMPL <real>  
RFG:AMPL?  
Scr een /field eq u iva len t  
RFG:AMPL controls the Amplitudefield on the RF GENERATOR  
screen. This field is also displayed on the spectrum analyzer s RF Gen  
menu.  
:ATTen u a tor <str in g>  
:ATTen u a tor ?  
These commands set/query the RF generator s attenuator hold function.  
Attenuator hold prevents the fixed RF output attenuators from  
switching in and out, eliminating the loss of the output signal as the  
level is changed.  
Syn t a x  
RFG:ATT ‘On’  
‘Off’  
RFG:ATT?  
Scr een /field eq u iva len t  
RFG:ATT controls the Atten Holdfield on the RF GENERATOR  
screen.  
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:CHANn el <str in g>  
:CHANn el?  
These commands set/query the RF channel number. Channel tuning  
must be enabled (CONF:RFD Chan). You must also choose the correct  
channel standard (CONF:RFCS <string>).  
Syn t a x  
RFG:CHAN <integer>  
RFG:CHAN?  
Scr een /F ield E q u iva len t  
RFG:CHAN controls the upper subfield of the RF Channelfield on the  
RF GENERATOR screen when the RF Displayfield on the  
INSTRUMENT CONFIGURE screen is set to Chan.  
:F M:COUP lin g <str in g>  
:F M:COUP lin g?  
These commands set/query the coupling between the MODULATION  
IN port and the RF generator s FM modulator.  
Syn t a x  
RFG:FM:COUP ‘AC’  
‘DC’  
RFG:FM:COUP?  
Scr een /field eq u iva len t  
RFG:FM:COUP controls the FM Couplingfield on the RF  
GENERATOR screen.  
:F M:DCZer o  
This command zeroes any dc bias that exists when the  
RFG:FM:COUP DC’ command is used and FM is turned on using the  
AFG1:DEST FM’ and AFG1:FM:STAT ON commands (AFG2 could be  
used instead of AFG1).  
Syn t a x  
RFG:FM:DCZ  
Scr een /field eq u iva len t  
RFG:FM:DCZ controls the DC FM Zerofield on the RF GENERATOR  
screen.  
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RFGenerator subsystem  
:F REQu en cy <r ea l n u m ber >  
:F REQu en cy?  
These commands set/query the frequency of the RF generator. The Test  
Set must first be in frequency tuning mode. (See CONF:RFD Freq’ on  
but does not use the :STATe command.  
Syn t a x  
RFG:FREQ <real number>  
RFG:FREQ?  
Scr een /field eq u iva len t  
RFG:FREQ controls the RF Gen Freqfield on the RF GENERATOR  
screen, when in frequency tuning mode. This field is also displayed on  
the spectrum analyzer s RF Genmenu.  
:MODu la tion :AOUT <st r in g>  
:MODu la tion :AOUT?  
These commands set/query the coupling between the demodulated  
audio and the AUDIO OUT port.  
Syn t a x  
RFG:MOD:AOUT ‘AC’  
‘DC’  
RFG:MOD:AOUT?  
Scr een /field eq u iva len t  
RFG:MOD:AOUT controls the Audio Outfield on the RF GENERATOR  
screen.  
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RFGenerator subsystem  
:MODu la tion :EXTer n a l:AM <r ea l n u m ber >  
:MODu la tion :EXTer n a l:AM?  
These commands set/query the AM sensitivity of the RF generator  
when AM is applied through the modulation input port. The modulation  
input must be set to AM.  
Syn t a x  
:MOD:EXT:AM <real number>  
:MOD:EXT:AM?  
Scr een /field eq u iva len t  
RFG:MOD:EXT:AM controls the lower subfield of the Mod In Tofield  
on the RF GENERATOR screen when AM (/Vpk)has been selected in  
the upper subfield.  
:MODu la tion :EXTer n a l:DE STin a t ion <str in g>  
:MODu la tion :EXTer n a l:DE STin a t ion ?  
These commands set/query the type of modulation applied to the RF  
generator.  
This command works with :MOD:EXT:AM and :MOD:EXT:FM to set  
the level of modulation used.  
Syn t a x  
:MOD:EXT:DEST ‘AM (/Vpk)’  
‘FM (/Vpk)’  
:MOD:EXT:DEST?  
Scr een /field eq u iva len t  
RFG:MOD:DEST:EXT controls the upper subfield of Mod In Tofield on  
the RF GENERATOR screen.  
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RFGenerator subsystem  
:MODu la tion :EXTer n a l:F M <r ea l n u m ber >  
:MODu la tion :EXTer n a l:F M?  
These commands set/query the FM deviation of the RF generator when  
FM is applied through the modulation input port. The modulation input  
must be set to FM.  
Syn t a x  
:MOD:EXT:FM <real number>  
:MOD:EXT:FM?  
Scr een /field eq u iva len t  
RFG:MOD:EXT:FM controls the lower subfield of the Mod In Tofield  
on the RF GENERATOR screen when FM (/Vpk)is selected in the  
upper subfield.  
:OUTP u t <str in g>  
:OUTP u t?  
These commands set/query the RF output port.  
Syn t a x  
RFG:OUTP ‘RF Out’  
‘Dupl’  
RFG:OUTP?  
Scr een /field eq u iva len t  
RFG:OUTP controls the Output Portfield on the RF GENERATOR  
screen. This field is also displayed on the spectrum analyzer s RF Gen  
menu when the spectrum analyzer is in fixed mode.  
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SANalyzer subsystem  
SANa lyzer su bsystem  
:ATTen u a tor <str in g>  
:ATTen u a tor ?  
These commands set/query the attenuator setting for the input port.  
Syn t a x  
SAN:ATT ‘0 dB’  
‘5 dB’  
‘10 dB’  
‘15 dB’  
‘20 dB’  
‘25 dB’  
‘30 dB’  
‘35 dB’  
SAN:ATT?  
Scr een /field eq u iva len t  
SAN:ATT controls the lower subfield of the Input Attenfield on the  
SPEC ANL screens Auxilliarymenu.  
:ATTen u a tor :MODE <str in g>  
:ATTen u a tor :MODE?  
These commands set/query the mode of the attenuator.  
Syn t a x  
SAN:ATT:MODE ‘Auto’  
‘Hold’  
SAN:ATT:MODE?  
Scr een /field eq u iva len t  
SAN:ATT:MODE controls the Auto/Holdsubfield of the Input Atten  
field on the SPEC ANL screens Auxilliarymenu.  
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SANalyzer subsystem  
:CF Req u en cy <r ea l n u m ber >  
:CF Req u en cy?  
These commands set/query the center frequency of the spectrum  
analyzer s display.  
but does not use the :STATe command.  
Syn t a x  
SAN:CFR <real number>  
SAN:CFR?  
Scr een /field eq u iva len t  
SAN:CFR controls the Center Freqfield on the SPEC ANL screens  
Mainmenu.  
:CONTr ol <str in g>  
:CONTr ol?  
These commands set/query the Controlsmenu for the spectrum  
analyzer. You can choose controls for the main, RF generator, marker,  
trigger, mask, or auxilliary functions.  
Syn t a x  
SAN:CONT ‘Main’  
‘RF Gen’  
‘Marker’  
‘Auxiliary’  
‘Mask’  
SAN:CONT?  
Scr een /field eq u iva len t  
SAN:CONT controls the Controlsfield on the SPEC ANL screen.  
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SANalyzer subsystem  
:DISP la y:SCALe <str in g>  
:DISP la y:SCALe?  
These commands set/query the vertical scale of the spectrum analyzer  
display.  
Syn t a x  
SAN:DISP:SCAL ‘1 dB/div’  
‘2 dB/div’  
‘10 dB/div’  
SAN:DISP:SCAL?  
Scr een /field eq u iva len t  
SAN:DISP:SCAL controls the lower subfield of the Sensitivityfield  
on the SPEC ANL screens Auxilliarymenu.  
:INP u t <str in g>  
:INP u t?  
These commands set/query the input to the spectrum analyzer.  
Syn t a x  
SAN:INP ‘RF In’  
‘Ant’  
SAN:INP?  
Scr een /field eq u iva len t  
SAN:INP controls the RF In/Antfield on Mainmenu of the SPEC ANL  
screen.  
:MARKer :DELTa :CF R equ en cy  
This command sets the delta marker at the center frequency of the  
spectrum analyzer s measurement trace.  
Syn t a x  
SAN:MARK:DELT:CFR  
Scr een /field eq u iva len t  
SAN:MARK:DELT:CFR controls the Marker To, Center Freqfield on  
the Markermenu of the SPEC ANL screen when the Norm/Deltafield  
is set to Delta.  
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SANalyzer subsystem  
:MARKer :DELTa :NP Ea k  
This command sets the delta marker at the next peak of the spectrum  
analyzer display.  
Syn t a x  
SAN:MARK:DELT:NPE  
Scr een /field eq u iva len t  
SAN:MARK:DELT:NPE controls the Marker To, Next Peakfield on  
the Markermenu of the SPEC ANL screen when the Norm/Deltafield  
is set to Delta.  
:MARKer :DELTa :NP Level <r ea l n u m b er >  
:MARKer :DELTa :NP Level?  
These commands set/query the level of the next peak signal at the delta  
marker.  
but does not use the :STATe command.  
Syn t a x  
SAN:MARK:DELT:NPL <real number>  
SAN:MARK:DELT:NPL?  
Scr een /field eq u iva len t  
SAN:MARK:DELT:NPL controls the Levelfield on the SPEC ANL  
screen when the Norm/Deltafield is set to Delta.  
:MARKer :DELTa :P EAK  
This command moves the delta marker to the highest peak of the  
signals on the spectrum analyzer display trace.  
Syn t a x  
SAN:MARK:DELT:PEAK  
Scr een /field eq u iva len t  
SAN:MARK:DELT:PEAK controls the Marker To, Peakfield on the  
Markermenu of the SPEC ANL screen when the Norm/Deltafield is set  
to Delta.  
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SANalyzer subsystem  
:MARKer :DELTa :P OSit ion <r ea l n u m ber >  
:MARKer :DELTa :P OSit ion ?  
These commands set/query the position of the delta marker on the  
spectrum analyzer.  
but does not use the :STATe command.  
Syn t a x  
SAN:MARK:DELT:POS <real number>  
SAN:MARK:DELT:POS?  
Scr een /field eq u iva len t  
SAN:MARK:DELT:POS controls the Positionfield on the Marker  
menu of the SPEC ANL screen when the Norm/Deltafield is set to  
Delta.  
:MARKer :DELTa :RLEVel  
:MARK:DELT:RLEV moves the signal at the delta marker to the  
reference level position of the spectrum analyzer.  
Syn t a x  
SAN:MARK:DELT:RLEV  
Scr een /field eq u iva len t  
SAN:MARK:DELT:RLEV controls the Marker To, Ref Levelfield on  
the Markermenu of the SPEC ANL screen when the Norm/Deltafield  
is set to Delta.  
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SANalyzer subsystem  
:MARKer :MODE <str in g>  
:MARKer :MODE?  
These commands set/query the whether the marker is in normal mode  
or delta mode.  
In normal mode the spectrum analyzer measures the frequency and  
level at the marker s position. In delta mode the spectrum analyzer  
displays a second marker and measures the difference (frequency and  
level) from the normal” marker position. The marker is positioned  
using the SAN:MARK:DELT commands on page 315 through page  
317, and the results are read with the MEAS:SAN:MARK:DELT  
commands on page page 278.  
Syn t a x  
SAN:MARK:MODE ‘Norm’  
‘Delta’  
SAN:MARK:MODE?  
Scr een /field eq u iva len t  
SAN:MARK:MODE controls the Norm/Deltafield on the Markermenu  
of the SPEC ANL screen.  
:MARKer [:NORMa l]:CF R equ en cy  
This command moves the marker to the center frequency of the  
spectrum analyzer s measurement trace.  
Syn t a x  
SAN:MARK:NORM:CFR  
Scr een /field eq u iva len t  
SAN:MARK:NORM:CFR controls the Marker To, Center Freqfield  
on the Markermenu of the SPEC ANL screen when Norm/Deltafield is  
set to Normon the Markercontrols menu.  
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SANalyzer subsystem  
:MARKer [:NORMa l]:NP Ea k  
This command moves the marker to the next peak of the spectrum  
analyzer s measurement trace.  
Syn t a x  
SAN:MARK:NORM:NPE  
Scr een /field eq u iva len t  
SAN:MARK:NORM:NPE controls the Marker To, Next Peakfield on  
the Markermenu of the SPEC ANL screen when Norm/Deltafield is set  
to Normon the Markercontrols menu.  
:MARKer [:NORMa l]:NP Level <r ea l n u m ber >  
:MARKer [:NORMa l]:NP Level?  
These commands set/query the level of the next peak signal.  
but does not use the :STATe command.  
Syn t a x  
SAN:MARK:NORM:NPL <real number>  
SAN:MARK:NORM:NPL?  
Scr een /field eq u iva len t  
SAN:MARK:NORM:NPL controls the Levelfield on the SPEC ANL  
screen when Norm/Deltafield is set to Normon the Markercontrols  
menu.  
:MARKer [:NORMa l]:P EAK  
This command moves the marker to the highest peak of the signals on  
the spectrum analyzer display trace.  
Syn t a x  
SAN:MARK:NORM:PEAK  
Scr een /field eq u iva len t  
SAN:MARK:NORM:PEAK controls the Marker To, Peakfield on the  
Markermenu of the SPEC ANL screen when Norm/Deltafield is set to  
Normon the Markercontrols menu.  
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:MARKer [:NORMa l]:P OSition <r ea l n u m ber >  
:MARKer [:NORMa l]:P OSition ?  
These commands set/query the position of the marker on the spectrum  
analyzer.  
but does not use the :STATe command.  
Syn t a x  
SAN:MARK:NORM:POS <real number>  
SAN:MARK:NORM:POS?  
Scr een /field eq u iva len t  
SAN:MARK:NORM:POS controls the Positionfield on the Marker  
menu of the SPEC ANL screen when Norm/Deltafield is set to Normon  
the Markercontrols menu.  
:MARKer :REF m od e  
:MARKer :REF m od e?  
These commands set/query the spectrum analyzer s reference marker  
mode when using the delta markers.  
When the Ref Mrkrfield is set to Hold, the reference marker is frozen  
at its current position (frequency and level) regardless of changes in the  
signal level or center frequency.  
When you switch from Holdto Norm, the reference marker will stay at  
its current horizontal setting (frequency), but will track the level of the  
incoming signal.  
Syn t a x  
SAN:MARK:REF ‘Norm’  
‘Hold’  
SAN:MARK:REF?  
Scr een /field eq u iva len t  
SAN:MARK:REF controls the Ref Mrkrfield on the Markermenu of  
the SPEC ANL.  
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:MASK:BEEP  
:MASK:BEEP ?  
This command turns the failure indicator beeper off or on.  
Syn t a x  
SAN:MASK:BEEP ‘On’  
‘Off’  
SAN:MASK:BEEP?  
Scr een /field eq u iva len t  
SAN:MASK:BEEP controls the Mask Beepfield on the Maskmenu of  
the SPEC ANL screen.  
:MASK:DISP la y  
:MASK:DISP la y?  
This command sets/queries which masks will be displayed: upper,  
lower, both, or none (Off).  
Syn t a x  
SAN:MASK:DISP ‘UpperOnly’  
‘LowerOnly’  
‘Both’  
‘Off’  
SAN:MASK:DISP?  
Scr een /field eq u iva len t  
SAN:MASK:DISP controls the Displayfield on the Maskmenu of the  
SPEC ANL screen.  
:MASK:F IXed :LOWer :P OINts:NUMBer  
:MASK:F IXed :LOWer :P OINts:NUMBer ?  
This command sets/queries the number of points in the lower spectrum  
analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:FIX:LOW:POIN:NUMB <integer 1-15>  
SAN:MASK:FIX:LOW:POIN:NUMB?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:LOW:POIN:NUMB controls the #Ptsfield on the Mask  
menu of the SPEC ANL screen when the Edit Maskfield is set to  
Lower, and the Mask Typefield is set to Fix.  
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:MASK:F IXed :LOWer :P OINts:EDIT  
This command selects/queries the point number to edit on the lower  
spectrum analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:FIX:LOW:POIN:EDIT <integer 1-15>  
SAN:MASK:FIX:LOW:POIN:EDIT?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:LOW:POIN:EDIT controls the EditPtfield on the  
Maskmenu of the SPEC ANL screen when the Edit Maskfield is set to  
Lower, and the Mask Typefield is set to Fix.  
:MASK:F IXed :LOWer :P OINts:LEVEL1(th r ou gh LEVEL15)  
:MASK:F IXed :LOWer :P OINts:LEVEL1? (th r ou gh LEVEL15)  
These commands set/query the level of the defined points on the lower  
spectrum analyzer mask.  
Syn t a x  
To define the levels in a four-point mask:  
SAN:MASK:FIX:LOW:POIN:LEVEL1 <real number>  
SAN:MASK:FIX:LOW:POIN:LEVEL2 <real number>  
SAN MASK:FIX:LOW:POIN:LEVEL3 <real number>  
SAN:MASK:FIX:LOW:POIN:LEVEL4 <real number>  
SAN:MASK:FIX:LOW:POIN:LEVEL1?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:LOW:POIN:LEVEL1 controls the Levelfield on the  
Maskmenu of the SPEC ANL screen when the EditPtfield is set to 1,  
the Edit Maskfield is set to Lower, and the Mask Typefield is set to  
Fix.  
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:MASK:F IXed :LOWer :P OINts:F REQu en cy1 (t h r ou gh F R EQ15)  
:MASK:F IXed :LOWer :P OINts:F REQu en cy1? (th r ou gh F REQ15)  
These commands set/query the frequency (Hz) of the defined points on  
the lower spectrum analyzer mask.  
The units for the mask are GHz, MHz, kHz, and Hz.  
Syn t a x  
To define the frequencies in a four-point mask:  
SAN:MASK:FIX:LOW:POIN:FREQ1 <real number>  
SAN:MASK:FIX:LOW:POIN:FREQ2 <real number>  
SAN MASK:FIX:LOW:POIN:FREQ3 <real number>  
SAN:MASK:FIX:LOW:POIN:FREQ4 <real number>  
SAN:MASK:FIX:LOW:POIN:FREQ1?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:LOW:POIN:FREQ1 controls the Freqfield on the Mask  
menu of the SPEC ANL when the EditPtfield is set to 1, the Edit  
Maskfield is set to Lower, and the Mask Typefield is set to Fix.  
:MASK:F IXed :UP P er :P OINts:NUMBer  
:MASK:F IXed :UP P er :P OINts:NUMBer ?  
This command sets/queries the number of points in the upper spectrum  
analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:FIX:UPP:POIN:NUMB <integer 1-15>  
SAN:MASK:FIX:UPP:POIN:NUMB?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:UPP:POIN:NUMB controls the #Ptsfield on the Mask  
menu of the SPEC ANL screen when the Edit Maskfield is set to  
Upper, and the Mask Typefield is set to Fix.  
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:MASK:F IXed :UP P er :P OINts:EDIT  
:MASK:F IXed :UP P er :P OINts:EDIT?  
This command selects/queries the point number to edit on the upper  
spectrum analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:FIX:UPP:POIN:EDIT <integer 1-15>  
SAN:MASK:FIX:UPP:POIN:EDIT?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:UPP:POIN:EDIT controls the EditPtfield on the Mask  
menu of the SPEC ANL screen when the Edit Maskfield is set to  
Upper, and the Mask Typefield is set to Fix.  
:MASK:F IXed :UP P er :P OINts:LEVEL1 (th r ou gh LEVEL15)  
:MASK:F IXed :UP P er :P OINts:LEVEL1? (th r ou gh LEVEL15)  
These commands set/query the level of the defined points on the upper  
spectrum analyzer mask.  
Syn t a x  
To define the levels in a four-point mask:  
SAN:MASK:FIX:UPP:POIN:LEVEL1 <real number>  
SAN:MASK:FIX:UPP:POIN:LEVEL2 <real number>  
SAN MASK:FIX:UPP:POIN:LEVEL3 <real number>  
SAN:MASK:FIX:UPP:POIN:LEVEL4 <real number>  
SAN:MASK:FIX:UPP:POIN:LEVEL1?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:UPP:POIN:LEVEL1 controls the Levelfield on the  
Maskmenu of the SPEC ANL screen when the EditPtfield is set to 1,  
the Edit Maskfield is set to Upper, and the Mask Typefield is set to  
Fix.  
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:MASK:F IXed :UP P er :P OINts:F REQu en cy1 (th r ou gh F R EQ15)  
:MASK:F IXed :UP P er :P OINts:F REQu en cy1? (t h r ou gh F REQ15)  
These commands set/query the frequency (Hz) of the defined points on  
the upper spectrum analyzer mask.  
The units for the mask are GHz, MHz, kHz, and Hz.  
Syn t a x  
To define the frequencies in a four-point mask:  
SAN:MASK:FIX:UPP:POIN:FREQ1 <real number>  
SAN:MASK:FIX:UPP:POIN:FREQ2 <real number>  
SAN MASK:FIX:UPP:POIN:FREQ3 <real number>  
SAN:MASK:FIX:UPP:POIN:FREQ4 <real number>  
SAN:MASK:FIX:UPP:POIN:FREQ1?  
Scr een /field eq u iva len t  
SAN:MASK:FIX:UPP:POIN:FREQ1 controls the Freqfield on the Mask  
menu of the SPEC ANL when the EditPtfield is set to 1, the Edit  
Maskfield is set to Upper, and the Mask Typefield is set to Fix.  
:MASK:RELa tive:LOWer :P OINts:NUMBer  
:MASK:RELa tive:LOWer :P OINts:NUMBer ?  
This command sets/queries the number of points in the lower spectrum  
analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:REL:LOW:POIN:NUMB <integer 1-15>  
SAN:MASK:REL:LOW:POIN:NUMB?  
Scr een /field eq u iva len t  
SAN:MASK:REL:LOW:POIN:NUMB controls the #Ptsfield on the  
Maskmenu of the SPEC ANL screen when the Edit Maskfield is set to  
Lower, and the Mask Typefield is set to Rel.  
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:MASK:RELa tive:LOWer :P OINts:EDIT  
:MASK:RELa tive:LOWer :P OINts:EDIT?  
This command selects/queries the point number to edit on the lower  
spectrum analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:REL:LOW:POIN:EDIT <integer 1-15>  
SAN:MASK:REL:LOW:POIN:EDIT?  
Scr een /field eq u iva len t  
SAN:MASK:REL:LOW:POIN:EDIT controls the EditPtfield on the  
Maskmenu of the SPEC ANL screen when the Edit Maskfield is set to  
Lower, and the Mask Typefield is set to Rel.  
:MASK:RELa tive:LOWer :P OINts:LE VEL1 (th r ou gh LEVEL15)  
:MASK:RELa tive:LOWer :P OINts:LE VEL1? (th r ou gh LEVEL15)  
These commands set/query the level of the defined points on the lower  
spectrum analyzer mask (relative to the top line of the display (Ref  
Level)).  
Syn t a x  
To define the levels in a four-point mask:  
SAN:MASK:REL:LOW:POIN:LEVEL1 <real number>  
SAN:MASK:REL:LOW:POIN:LEVEL2 <real number>  
SAN MASK:REL:LOW:POIN:LEVEL3 <real number>  
SAN:MASK:REL:LOW:POIN:LEVEL4 <real number>  
SAN:MASK:REL:LOW:POIN:LEVEL1?  
Scr een /field eq u iva len t  
SAN:MASK:REL:LOW:POIN:LEVEL1 controls the Level Ofsfield on  
the Maskmenu of the SPEC ANL screen when the EditPtfield is set to  
1, the Edit Maskfield is set to Lower, and the Mask Typefield is set to  
Rel.  
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:MASK:RELa tive:LOWer :P OINts:F R EQu en cy1 (th r ou gh F REQ15)  
:MASK:RELa tive:LOWer :P OINts:F R EQu en cy1? (th r ou gh F REQ15)  
These commands set/query the frequency (Hz) of the defined points on  
the lower spectrum analyzer mask (relative to the center line of the  
display).  
The units for the mask are GHz, MHz, kHz, and Hz.  
Syn t a x  
To define the frequencies in a four-point mask:  
SAN:MASK:REL:LOW:POIN:FREQ1 <real number>  
SAN:MASK:REL:LOW:POIN:FREQ2 <real number>  
SAN MASK:REL:LOW:POIN:FREQ3 <real number>  
SAN:MASK:REL:LOW:POIN:FREQ4 <real number>  
SAN:MASK:REL:LOW:POIN:FREQ1?  
Scr een /field eq u iva len t  
SAN:MASK:REL:LOW:POIN:FREQ1 controls the Freq Ofsfield on the  
Maskmenu of the SPEC ANL when the EditPtfield is set to 1, the Edit  
Maskfield is set to Lower, and the Mask Typefield is set to Rel.  
:MASK:RELa tive:UP P er :P OINts:NUMBer  
:MASK:RELa tive:UP P er :P OINts:NUMBer ?  
This command sets/queries the number of points in the upper spectrum  
analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:REL:UPP:POIN:NUMB <integer 1-15>  
SAN:MASK:REL:UPP:POIN:NUMB?  
Scr een /field eq u iva len t  
SAN:MASK:REL:UPP:POIN:NUMB controls the #Ptsfield on the Mask  
menu of the SPEC ANL screen when the Edit Maskfield is set to  
Upper, and the Mask Typefield is set to Rel.  
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:MASK:RELa tive:UP P er :P OINts:EDIT  
This command selects/queries the point number to edit on the upper  
spectrum analyzer mask. The maximum number is 15.  
Syn t a x  
SAN:MASK:REL:UPP:POIN:EDIT <integer 1-15>  
SAN:MASK:REL:UPP:POIN:EDIT?  
Scr een /field eq u iva len t  
SAN:MASK:REL:UPP:POIN:EDIT controls the EditPtfield on the  
Maskmenu of the SPEC ANL screen when the Edit Maskfield is set to  
Upper, and the Mask Typefield is set to Rel.  
:MASK:RELa tive:UP P er :P OINts:LEVEL1 (th r ou gh LEVE L15)  
:MASK:RELa tive:UP P er :P OINts:LEVEL1? (th r ou gh LEVEL15)  
These commands set/query the level of the defined points on the upper  
spectrum analyzer mask.  
Syn t a x  
To define the levels in a four-point mask:  
SAN:MASK:REL:UPP:POIN:LEVEL1 <real number>  
SAN:MASK:REL:UPP:POIN:LEVEL2 <real number>  
SAN MASK:REL:UPP:POIN:LEVEL3 <real number>  
SAN:MASK:REL:UPP:POIN:LEVEL4 <real number>  
SAN:MASK:REL:UPP:POIN:LEVEL1?  
Scr een /field eq u iva len t  
SAN:MASK:REL:UPP:POIN:LEVEL1 controls the Level Ofsfield on  
the Maskmenu of the SPEC ANL screen when the EditPtfield is set to  
1, the Edit Maskfield is set to Upper, and the Mask Typefield is set to  
Rel.  
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:MASK:RELa tive:UP P er :P OINts:F R EQu en cy1 (th r ou gh F REQ15)  
:MASK:RELa tive:UP P er :P OINts:F R EQu en cy1? (th r ou gh F REQ15)  
These commands set/query the frequency (Hz) of the defined points on  
the upper spectrum analyzer mask.  
The units for the mask are GHz, MHz, kHz, and Hz.  
Syn t a x  
To define the frequencies in a four-point mask:  
SAN:MASK:REL:UPP:POIN:FREQ1 <real number>  
SAN:MASK:REL:UPP:POIN:FREQ2 <real number>  
SAN MASK:REL:UPP:POIN:FREQ3 <real number>  
SAN:MASK:REL:UPP:POIN:FREQ4 <real number>  
SAN:MASK:REL:UPP:POIN:FREQ1?  
Scr een /field eq u iva len t  
SAN:MASK:REL:UPP:POIN:FREQ1 controls the Freq Ofsfield on the  
Maskmenu of the SPEC ANL when the EditPtfield is set to 1, the Edit  
Maskfield is set to Upper, and the Mask Typefield is set to Rel.  
:MASK:TYP E  
:MASK:TYP E?  
This command selects/queries the type of mask, fixed or relative. Fixed’  
sets the mask in absolute frequency and level points. Relative’ sets the  
mask relative to the center frequency and reference level set with the  
SAN:CFR and SAN:RLEV commands. If the center frequency is  
changed after setting the mask, the mask remains in the same position  
on the screen, and measurements are now relative to the new center  
frequency and reference level.  
Syn t a x  
SAN:MASK:TYPE ‘Fix’  
‘Rel’  
SAN:MASK:TYPE?  
Scr een /field eq u iva len t  
SAN:MASK:DISP controls the Mask Typefield on the Maskmenu of the  
SPEC ANL screen.  
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:RF Gen er a tor <str in g>  
:RF Gen er a tor ?  
This command selects between the fixed frequency generator and the  
tracking generator. The query form returns the mode setting of the  
generator.  
Syn t a x  
SAN:RFG ‘Track’  
‘Fixed’  
SAN:RFG?  
Scr een /field eq u iva len t  
SAN:RFG controls the Track/Fixedfield on the RF Genmenu of the  
SPEC ANL screen.  
:RLEVel <r ea l n u m ber >  
:RLEVel?  
These commands set/query the reference level of the spectrum analyzer.  
but does not use the :STATe command.  
Syn t a x  
SAN:RLEV <real number>  
SAN:RLEV?  
Scr een /field eq u iva len t  
SAN:RLEV controls the Ref Levelfield on Mainmenu of the SPEC  
ANL screen.  
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:SPAN <r ea l n u m ber >  
:SPAN?  
These commands set/query the span of the spectrum analyzer display.  
but does not use the :STATe command.  
Syn t a x  
SAN:SPAN <real number>  
SAN:SPAN?  
Scr een /field eq u iva len t  
SAN:SPAN controls the Spanfield on the Mainmenu SPEC ANL  
screen.  
:TGENer a tor :AMP Litu d e <r ea l n u m ber >  
:TGENer a tor :AMP Litu d e?  
These commands set/query the amplitude of the tracking generator. To  
select the tracking generator use the SAN:RFG Track’ command.  
Syn t a x  
SAN:TGEN:AMPL <real>  
SAN:TGEN:AMPL?  
Scr een /field eq u iva len t  
SAN:TGEN:AMPL controls the Amplitudefield on the RF Genmenu of  
the SPEC ANL screen. The Track/Fixedfield must be set to Track.  
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:TGENer a tor :DE STin a t ion <str in g>  
:TGENer a tor :DE STin a t ion ?  
These commands set/query the output port for the tracking generator.  
To select the tracking generator use the SAN:RFG Track’ command.  
Syn t a x  
SAN:TGEN:DEST ‘RF Out’  
‘Dupl’  
SAN:TGEN:DEST?  
Scr een /field eq u iva len t  
SAN:TGEN:DEST controls the RF Out/Dupl subfield of the Port/Sweep  
field on the RF Genmenu of the SPEC ANL screen. The Track/Fixed  
field must be set to Track.  
:TGENer a tor :OF Requ en cy <r ea l n u m ber >  
:TGENer a tor :OF Requ en cy?  
These commands set/query the offset frequency of the tracking  
generator. To select the tracking generator use the SAN:RFG Track’  
command.  
but does not use the :STATe command.  
Syn t a x  
SAN:TGEN:OFR <real number>  
SAN:TGEN:OFR?  
Scr een /field eq u iva len t  
SAN:TGEN:OFR controls the Offset Freqfield on the RF Genmenu of  
the SPEC ANL screen. The Track/Fixedfield must be set to Track.  
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:TGENer a tor :SWEep <str in g>  
:TGENer a tor :SWEep ?  
These commands set/query the sweep type of the tracking generator. To  
select the tracking generator use the SAN:RFG Track’ command.  
Norm’ specifies a sweep from low to high frequency. ‘Invert’ specifies a  
sweep from high to low frequency.  
Syn t a x  
SAN:TGEN:SWE ‘Norm’  
‘Invert’  
SAN:TGEN:SWE?  
Scr een /field eq u iva len t  
SAN:TGEN:SWE controls the Norm/Invertsubfield of the Port/Sweep  
field on the RF Genmenu of the SPEC ANL screen. The Track/Fixed  
field must be set to Track.  
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:TRACe:MHOLd <str in g>  
:TRACe:MHOLd ?  
These commands set/query the type of averaging used in the spectrum  
analyzer s display.  
Syn t a x  
SAN:TRAC:MHOL ‘No Pk/Avg’  
‘Pk Hold’  
‘Avg 1’  
‘Avg 2’  
‘Avg 3’  
‘Avg 4’  
‘Avg 5’  
‘Avg 10’  
‘Avg 20’  
‘Avg 50’  
‘Avg 100’  
‘Off’  
SAN:TRAC:MHOL?  
Scr een /field eq u iva len t  
SAN:TRAC:MHOL controls averaging field on the Auxilliarymenu of  
the SPEC ANL screen. This field is located under the menu control  
field.  
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:TRACe:NORMa lize <str in g>  
:TRACe:NORMa lize?  
These commands set/query the type of trace display. ‘A Only’ provides a  
continuously updated display (normal operation). A-B’ displays the  
difference between the trace saved using SAN:TRAC:SAVE and the  
currently displayed trace.  
Syn t a x  
SAN:TRAC:NORM ‘A Only’  
‘A-B’  
SAN:TRAC:NORM?  
Scr een /field eq u iva len t  
SAN:TRAC:NORM controls the A Only/A-Bsubfield of the Normalize  
field on the tracking generator of the SPEC ANL screens Auxilliary  
menu.  
:TRACe:SAVE  
This command stores the trace that is currently displayed on the  
spectrum analyzer display.  
Syn t a x  
SAN:TRAC:SAVE  
Scr een /field eq u iva len t  
SAN:TRAC:SAVE controls the Save Bsubfield of the Normalizefield  
on the SPEC ANL screens Auxilliarymenu.  
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STATus  
STATu s  
The STATus subsystem reports many of the modes of the Test Set,  
including the states. These commands do not correspond to fields in  
specific screens. For detailed information about status registers, see  
Status Reporting” in the Advanced Operations chapter of the Test Sets  
Programmer s Guide.  
:P RESet  
This command presets the Test Set.  
Syn t a x  
STAT:PRES  
:CALibr a tion :CONDition ?  
This command queries the state of the calibration.  
This query returns an integer value.  
Syn t a x  
STAT:CAL:COND?  
:CALibr a tion :ENABle  
:CALibr a tion :ENABle?  
This command enables the calibration.  
This query returns an integer value.  
Syn t a x  
STAT:CAL:ENAB  
STAT:CAL:ENAB?  
:CALibr a tion [:EVENt]?  
This command queries the state of the event.  
Syn t a x  
STAT:CAL[:EVEN]?  
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:CALibr a tion :NTRa n sition  
:CALibr a tion :NTRa n sition ?  
These commands set/query the state of the negative transition of the  
calibration.  
This query returns an integer value.  
Syn t a x  
STAT:CAL:NTR  
STAT:CAL:NTR?  
:CALibr a tion [:EVENt?]:P TRa n sition  
:CALibr a tion [:EVENt?]:P TRa n sition ?  
These commands set/query the state of the positive transition of the  
calibration.  
This query returns an integer value.  
Syn t a x  
STAT:CAL:PTR  
STAT:CAL:PTR?  
:COMMu n ica te:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:COMM:COND?  
:COMMu n ica te:E NABle  
:COMMu n ica te:E NABle?  
This query returns an integer value.  
Syn t a x  
STAT:COMM:ENAB  
STAT:COMM:ENAB?  
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STATus  
:COMMu n ica te[:E VENt?]:NTRa n sition  
:COMMu n ica te[:E VENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:COMM:NTR  
STAT:COMM:NTR?  
:COMMu n ica te[:E VENt?]:P TRa n sition  
:COMMu n ica te[:E VENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:COMM:PTR  
STAT:COMM:PTR?  
:HARD1:CONDition ?  
Status reporting for hardware.  
This query returns an integer value.  
Syn t a x  
STATHARD1:COND?  
:HARD1:ENABle  
:HARD1:ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:HARD1:ENAB  
STAT:HARD1:ENAB?  
:HARD1[:EVENt?]:NTRa n sition  
:HARD1[:EVENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:HARD1:NTR  
STAT:HARD1:NTR?  
338  
Chapter1  
           
GPIB Command Dictionary  
STATus  
:HARD1[:EVENt?]:P TRa n sition  
:HARD1[:EVENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:HARD1:PTR  
STAT:HARD1:PTR?  
:HARD2:CONDition  
:HARD2:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:HARD2:COND  
STAT:HARD2:COND?  
:HARD2:ENABle  
:HARD2:ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:HARD2:ENAB  
STAT:HARD2:ENAB?  
:HARD2[:EVENt?]:NTRa n sition  
:HARD2[:EVENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:HARD2:NTR  
STAT:HARD2:NTR?  
:HARD2[:EVENt?]:P TRa n sition  
:HARD2[:EVENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:HARD2:PTR  
STAT:HARD2:PTR?  
Chapter 1  
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STATus  
:OP ERa tion :CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:OPER:COND?  
:OP ERa tion :ENABle  
:OP ERa tion :ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:OPER:ENAB  
STAT:OPER:ENAB?  
:OP ERa tion [:EVE Nt?]:NTR a n sition  
:OP ERa tion [:EVE Nt?]:NTR a n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:OPER:NTR  
STAT:OPER:NTR?  
:OP ERa tion [:EVE Nt?]:P TR a n sition  
:OP ERa tion [:EVE Nt?]:P TR a n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:OPER:PTR  
STAT:OPER:PTR?  
:CALibr a tin g:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:CAL:COND?  
340  
Chapter1  
             
GPIB Command Dictionary  
STATus  
:CALibr a tin g:ENABle  
:CALibr a tin g:ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:CAL:ENAB  
STAT:CAL:ENAB?  
:CALibr a tin g[:EVENt?]:NTRa n sition  
:CALibr a tin g[:EVENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:CAL:NTR  
STAT:CAL:NTR?  
:CALibr a tin g[:EVENt?]:P TRa n sition  
:CALibr a tin g[:EVENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:CAL:PTR  
STAT:CAL:PTR?  
:QUESt ion a ble:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:QUES:COND?  
:QUESt ion a ble:E NABle  
:QUESt ion a ble:E NABle?  
This query returns an integer value.  
Syn t a x  
STAT:QUES:ENAB  
STAT:QUES:ENAB?  
Chapter 1  
341  
           
GPIB Command Dictionary  
STATus  
:QUESt ion a ble[:E VENt?]:NTRa n sition  
:QUESt ion a ble[:E VENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:QUES:NTR  
STAT:QUES:NTR?  
:QUESt ion a ble[:E VENt?]:P TRa n sition  
:QUESt ion a ble[:E VENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:QUES:PTR  
STAT:QUES:PTR?  
:MEASu r in g:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:MEAS:COND?  
:MEASu r in g:ENABle  
:MEASu r in g:ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:MEAS:ENAB  
STAT:MEAS:ENAB?  
:MEASu r in g[:EVE Nt?]:NTR a n sition  
:MEASu r in g[:EVE Nt?]:NTR a n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:MEAS:NTR  
STAT:MEAS:NTR?  
342  
Chapter1  
           
GPIB Command Dictionary  
STATus  
:MEASu r in g[:EVE Nt?]:P TR a n sition  
:MEASu r in g[:EVE Nt?]:P TR a n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:MEAS:PTR  
STAT:MEAS:PTR?  
:CDMA1:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:CDMA1:COND?  
:CDMA1:ENABle  
:CDMA1:ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:CDMA1:ENAB  
STAT:CDMA1:ENAB?  
:CDMA1[:EVENt?]:NTRa n sition  
:CDMA1[:EVENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:CDMA1:NTR  
STAT:CDMA1:NTR?  
:CDMA1[:EVENt?]:P TRa n sition  
:CDMA1[:EVENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:CDMA1:PTR  
STAT:CDMA1:PTR?  
Chapter 1  
343  
           
GPIB Command Dictionary  
STATus  
:IBASic:CONDition ?  
This query returns an integer value.  
Syn t a x  
STAT:IBAS:COND?  
:IBASic:ENABle  
:IBASic:ENABle?  
This query returns an integer value.  
Syn t a x  
STAT:IBAS:ENAB  
STAT:IBAS:ENAB?  
:IBASic[:EVENt?]:NTRa n sition  
:IBASic[:EVENt?]:NTRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:IBAS:NTR  
STAT:IBAS:NTR?  
:IBASic[:EVENt?]:P TRa n sition  
:IBASic[:EVENt?]:P TRa n sition ?  
This query returns an integer value.  
Syn t a x  
STAT:IBAS:PTR  
STAT:IBAS:PTR?  
344  
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GPIB Command Dictionary  
SYSTem:[ERRor?]  
SYSTem :[ERRor ?]  
This command returns an integer followed by quoted string.  
Syn t a x  
SYST:ERR?  
Chapter 1  
345  
 
GPIB Command Dictionary  
TRIGger subsystem  
TRIGger su bsystem  
The Trigger subsystem contains commands for triggering  
measurements. There are no screen/field equivalents for the trigger  
subsystem commands. These commands will override any triggering  
control fields on individual screens.  
:ABOR t  
This command ends a measurement cycle in progress.  
Syn t a x  
TRIG:ABOR  
:IMMed ia te  
This command triggers all selected measurements.  
Syn t a x  
TRIG:IMM  
:MODE:RETRigger  
:MODE:RETRigger ?  
These commands set/query the retriggering setting.  
Syn t a x  
TRIG:MODE:RETR REPetitive  
TRIG:MODE:RETR SINGle  
TRIG:MODE:RETR?  
:MODE:SETTlin g  
:MODE:SETTlin g?  
These commands set/query the transient settling function.  
Syn t a x  
TRIG:MODE:MODE:SETT FAST  
TRIG:MODE:MODE:SETT FULL  
TRIG:MODE:MODE:SETT?  
346  
Chapter1  
                     
In d ex  
Sym bols  
Disarm, code domain analyzer,  
WS Delay, 75  
Busy/Idle (NAMP-NTAC), 88  
1stBitDly, 88  
# of Frames, 114  
Single/Cont, 113  
#Pts, 321, 323, 325, 327, 329  
Anl Dir, 103  
Busy, 88  
Anl Special, 112  
Idle, 88  
Nu m er ics  
Antenna In, 154  
WS Delay, 88  
0 dB ref, 127  
Approximate RAM Available for  
IBasic, 298  
busy/idle delay  
AMPS-TACS, 76  
NAMP-NTAC, 89  
bypassing IQ modulation, 117  
A
Arm Meas  
CDMA analyzer, 100  
code domain analyzer, 143, 144,  
A Only/A-B, 335  
abort measurement, 346  
AC Level, 211  
C
Atten Hold, 308  
ACP, 105  
cables  
audio filters, high-pass, 58  
audio filters, low-pass, 58  
Audio In, 59  
ACP Cal  
power, 40  
CDMA analyzer, 99  
Call Disconnect  
ACP Fltr BW  
Serial Port 9, 169, 178, 187  
Audio In Lo, 54  
CDMA analyzer, 99  
ACP Offset  
Call Originate  
audio input  
Serial Port 9, 168, 178, 186  
Car FT, 226, 227  
Carrier Feedthru, 219  
CD pwr unit, 128  
CDMA Mode, 151  
Center Channel, ACP, 223  
Center Freq  
marker, 315, 318  
spectrum analyzer display, 314  
Ch Pwr Fltr, 102  
Chan Pwr, 105, 224  
Channel  
600 ohm impedance, 54  
CDMA analyzer, 100  
floating, 54  
ADC FS  
grounded, 54  
average power, 217  
channel power, 219  
EVM, 218  
Audio Out  
AF Anl In, 59  
AFGen1 To, 66  
rho, 218  
AFGen2 To, 72  
ADCfs, 226  
coupling, 310  
address, HP-IB, 150  
adjacent channel power, 105  
adjacent channel power (ACP)  
center channel, 223  
lower ratio, 222  
upper ratio, 223  
AF ANALYZER screen, 205  
AF Anl In, 59  
Auto Zero  
CDMA analyzer, 111  
RF analyzer, 306  
Auto/Hold  
Gain, CDMA analyzer, 107  
Gain, code domain analyzer, 123  
Input Atten, RF analyzer, 303  
Input Atten, spectrum analyzer,  
NAMP-NTAC decoder  
Cntl, 202  
Voice, 202  
NAMP-NTAC encoder  
Cntl, 89  
AF Cnt Gate, 59  
AF Freq, 215  
Voice, 89  
Pwr Gain, CDMA analyzer, 110  
AFGen1 Freq, 65  
AFGen1 To, 64  
Channel (AMPS-TACS)  
Cntl, 76  
Auto/Manual  
Find PN, 108, 126, 139  
Auto/Norm, 295  
AFGen2 Freq, 71  
AFGen2 To field, 68  
Agilent sales offices, 39  
Agilent service centers, 39  
ALC, 63  
Voice, 76  
channel power, 105  
channel standard, 163  
channel tuning, 164  
Chn Pwr Cal, 101  
Clear, 300  
average power, 105  
averaging, 334  
averaging measurements, 283  
Avg key, 283  
AM  
Avg Pwr, 105, 224  
AFGen1 To, 64  
Clear All, 300  
AFGen2 To, 67  
code domain phase, 124, 136, 137,  
AM (/Vpk), 311  
B
AM Demod, 59  
B/I Delay (AMPS-TACS), 76  
B/I Delay (NAMP-NTAC), 89  
bandwidth, IF filter, 305  
Beeper, 150  
code domain power, 124, 136,  
AM Depth, 212  
AM Mod, 59  
code domain power, fast, 124, 136,  
Amplitude  
RF generator, 308  
tracking generator, 331  
AMPS channel standard, 163  
Analyzer  
binary values, 206  
Burst, 73  
code domain timing, 124, 136,  
Bursts, 67  
Command Escape Character  
Serial 9 Port, 172  
Connection Timeout  
Serial 9 Port, 170  
Cont/Single, 292  
Busy/Idle (AMPS-TACS), 75  
1stBitDly, 75  
Arm Meas, CDMA analyzer, 100  
Disarm, CDMA analyzer, 102  
Busy, 75  
Idle, 75  
Index  
347  
In d ex  
Control, 151, 152  
Controls  
Serial 9 Port, 169  
Distn, 214  
FM Mod, 59  
FOCC (AMPS-TACS), 76  
FOCC (NAMP-NTAC), 89  
forward control channel  
AMPS-TACS, 76  
code domain analyzer, 118, 123  
distortion measurement, 214  
division, 282, 299  
DSAT, 90  
oscilloscope, 285  
spectrum analyzer, 314  
CW RF Path, 117  
Duplex Out, 154  
NAMP-NTAC, 89  
forward link, 103  
forward voice channel  
AMPS-TACS, 76  
D
E
Data Buff, 146  
data buffer, 114  
Data Length  
Serial 10 Port, 176  
Serial 11 Port, 184  
Serial 9 Port, 166  
Data Level (AMPS-TACS)  
AM, 77  
Eb/No, 148  
NAMP-NTAC, 89  
Edit Mask  
Freq, 280  
Lower, 321, 322, 323, 325, 326,  
Delta Mrkr, 278  
DTMF high tone, 264, 269  
DTMF low tone, 262, 268  
mask, spectrum analyzer, 323,  
Upper, 321, 323, 324, 325, 327,  
EditPt, 322, 324, 326, 328  
EQ In/Out, 148  
Freq Err, 227  
FM, 77  
equalization filter, 148  
error vector magnitude (EVM),  
Freq Error, 275, 276  
Frequency, 275, 276  
Frequency Error, 220  
frequency offset, 155  
frequency tuning, 164  
Frq Err  
mV, 78  
Data Level (NAMP-NTAC)  
FOCC  
escape character (modem), 172,  
AM, 91  
FM, 92  
decimal equivalent, 173, 182,  
mV, 92  
DTMF high tone, 264, 269  
DTMF low tone, 262, 268  
function generator, 87  
FVC (AMPS-TACS), 76  
FVC (NAMP-NTAC), 89  
Fwd/Rev, 147  
FVC  
Est Rho, 228  
AM, 96  
ETACS channel standard, 163  
Even Sec In, 149  
EVM, 105, 221  
FM, 97  
mV, 97  
Data Rate, 147  
AMPS-TACS, 78  
NAMP-NTAC  
FOCC, 93  
Ext, 146  
Ext Load R, 57  
Ext Mod, 59  
G
Ext Ref In, 161  
FVC, 96  
external controller, 296  
Gain  
Data Source, 114, 146  
Date, 152  
CDMA analyzer, 101, 106  
code domain analyzer, 122, 123,  
F
dc, 87  
Fast Pwr, 124, 136, 137, 138  
feedthrough, carrier, 219  
FF at End, 159  
DC AM, 212  
Gain Cntl, 62  
DC FM, 213  
gain, audio input, 60  
gain, de-emphasis, 55  
Gate Time  
DC FM Zero, 309  
DC Level, 214  
dc voltage, 214  
Decimal Equivalent  
Serial 9 Port, 173  
decimal values, 206  
De-Emp Gain, 55  
De-Emphasis, 54  
Delay  
FF at Start, 159  
Filler  
AMPS-TACS, 199  
AMPS-TACS, 79  
NAMP-NTAC (FOCC), 93  
Filter 1, 58  
DTMF, 201  
Func Gen, 201  
NAMP-NTAC, 202  
NAMP-NTAC, DTMF, 203  
gate time, 59  
Filter 2, 58  
filters, high-pass, 58  
filters, low-pass, 58  
Find PN, 108, 126  
Flow Control  
Gaussian noise, 87  
Gen Dir, 147  
Trig Event, CDMA analyzer,  
EQ In/Out, 148  
Serial 10 Port, 177  
Serial 11 Port, 185  
Serial 9 Port, 167  
FM  
Trig Event, code domain  
analyzer, 120  
delta marker, 318  
Detector, 56  
Gen Mode  
Data, 146  
Eb/No, 146  
Noise, 146  
AFGen1 To, 65  
Disarm  
(Gen)-(Anl), 155  
AFGen2 To, 70  
CDMA analyzer, 102  
code domain analyzer, 143, 144,  
FM (/Vpk), 311, 312  
FM Coupling, 309  
FM Demod, 59  
H
Hardware, 167  
Disconnect  
FM Deviation, 215  
HELP screen, 205  
348  
Index  
In d ex  
hexadecimal values, 206  
Hi Limit key, 283  
Hi Tone  
Marker Mode, 134  
Marker Position, 135  
Marker Reference, 135  
Marker Scale, 136  
Trace Power Complex IS2000,  
Trace Power Complex Q, 256  
Trace Power Noise, 247, 248,  
Freq, 263, 268  
Frq Err, 263, 269  
Holdoff Delay  
Measurement Interval, 136  
Measurement Mode, 137  
Measurement Order, 137  
Measurement Type, 138  
PNumber Increment, 138  
PNumber Mode, 139  
PNumber Offset, 140  
Power Channel Calibrate, 140  
Power Fast Navg, 141  
Power Unit, 141  
Trace Power Power, 250, 259  
Measure,Code Domain Analyzer  
Marker Power, 240  
Serial 9 Port, 170  
HP-IB Adrs, 150  
HP-IB, printer port, 158  
J
I
J TACS channel standard, 163  
I/O CONFIGURE screen, 205  
IBASIC Echo  
L
Serial 9 Port, 167  
Idle/Send, 116  
Level  
Threshold, 142  
delta marker, spectrum  
Trigger Arm, 143  
IF Filter, 305  
analyzer, 316  
Trigger Darm, 143  
Incoming Call Security  
Serial 9 Port, 173  
Incr Set key, 299  
increment, 282, 299  
incrementing integer values, 206  
Input Atten, 303  
Auto/Hold, 303  
mask, spectrum analyzer, 322,  
Trigger Delay, 144  
Trigger Event, 144  
normal marker, spectrum  
analyzer, 319  
Trigger Qualifier, 145  
Measure,Code Domain Analyzer  
ADC, 234  
Level (div), 292  
limits, 283  
Carrier Feedthrough, 234  
Channel Power, 235  
Est Rho, 241  
linear value, 282, 299  
Lines/Page:, 158  
Lo Limit key, 283  
Lo Tone  
spectrum analyzer, 313  
Auto/Hold, 313  
Frequency Error, 235  
Marker Channel Number, 235  
Marker Channel Spread Rate,  
Input Gain, 60  
Input Level  
Freq, 261, 267  
AM, 195  
Frq Err, 262, 267  
load resistance, 57  
lock display, 205  
logarithmic value, 282, 299  
Lower ACP Ratio, 222  
Lvl  
FM, 196  
Marker Channel Walsh Order,  
volts, 197  
Inst Echo  
Marker Channel Width, 238  
Marker Complex I Level, 239  
Marker Complex Q Level, 239  
Marker Level Absolute, 239  
Marker Noise, 240  
Serial 9 Port, 168  
INSTRUMENT CONFIGURE  
screen, 205  
AM, 272  
integers, entering, 206  
Internal, 294  
marker, absolute power, 228  
marker, relative power, 229  
RF, 279, 280  
PN Offset, 240  
IQ modulation  
Time Offset, 241  
bypassing, 117  
volts, 274  
Trace Absolute Power Basic,  
reverse rotation, 112  
standard rotation, 112  
IQ Plot  
Lvl (marker), 273  
Trace Absolute Power  
Complex Combined, 244,  
M
Controls, 207  
Magnitude Error, 220  
Display Scale, 207  
Measurement Interval, 208  
Measurement Mode, 208  
Trigger Arm, 208  
Trigger Darm, 209  
Trigger Delay, 209  
Trigger Event, 209  
Trigger Qualifier, 210  
IS2000  
Trace Absolute Power  
Complex I, 244, 245, 246,  
Marker To  
Center Freq, 315, 318  
Next Peak, 316, 319  
Peak, 316, 319  
Trace Absolute Power  
Complex IS2000, 244,  
Ref Level, 317  
Marker To Peak-, 285  
Marker To Peak+, 286  
markers  
Trace Absolute Power  
Complex Q, 244, 245, 246,  
AM depth at  
Code Domain Analyzer  
Trace Power Basic, 251, 252  
Trace Power Complex  
Combined, 255  
oscilloscope, 272  
Controls, 131  
delta, 318  
Gain Mode, 132  
Gain Path, 132  
delta frequency at  
spectrum analyzer, 278  
FM deviation at  
Trace Power Complex I, 255  
Gain Setting, 133  
Gain Value, 134  
Index  
349  
In d ex  
oscilloscope, 273, 274  
dc AM, 212  
Serial 9 Port, 168  
frequency at  
dc FM, 213  
multiplication, 282, 299  
spectrum analyzer, 280  
dc level, 214  
level at  
distortion, 214  
EVM, 105, 221  
FM deviation, 215  
frequency error, CDMA  
analyzer, 220  
N
code domain analyzer, 228,  
229, 235, 236, 237, 238,  
NAMPS channel standard, 163  
Next Peak, 316, 319  
No Peak/Avg, 334  
Norm/Delta, 318  
phase at  
code domain analyzer, 230,  
frequency error, code domain,  
Norm/Hold, 320  
Norm/Invert  
RF level at  
frequency error, DTMF high  
tone, 263, 269  
Polarity (decoder), 198  
Polarity (encoder), 73  
tracking generator sweep, 333  
Normalize  
spectrum analyzer, 279, 280  
time at  
frequency error, DTMF low tone,  
code domain analyzer, 231  
oscilloscope, 274  
Mask Type  
frequency error, RF analyzer,  
A Only/A-B, 335  
Save B, 335  
Fix, 321, 322, 323, 324, 325,  
frequency, DTMF high tone,  
Notch Coupl, 153  
Notch Freq, 61  
Rel,332295, 326, 327, 328, 329  
mathematical operations  
averaging, 283  
frequency, DTMF low tone, 261,  
Notch Gain, 61  
NTACS channel standard, 163  
Num Avgs, 121  
frequency, RF analyzer, 276  
magnitude error, 220  
phase error, 221  
PN offset, 222, 231, 240  
rho, 105, 225  
division, 282, 299  
Num of Bits, 259  
# of Frames, 114  
multiplication, 282, 299  
Meas Intvl, 112, 128  
Measure, 203  
Number to Call  
Serial 9 Port, 169  
Measure, IQ Plot Display, 271  
Measure, IQ Plot Display Q, 271  
Measurement, 124  
rho, estimated, 228, 241  
SINAD, 216  
O
SNR, 217  
octal values, 206  
measurement reset, 211  
measurements  
time offset, CDMA analyzer,  
Off Time  
DTMF decoder, 264  
DTMF encoder, 84  
Offset Freq, 332  
offset frequency, 155  
On Time  
DTMF decoder, 264  
DTMF encoder, 85  
Originate  
ac level, 211  
time offset, code domain, 232,  
ADC FS, average power, 217  
ADC FS, channel power, 219  
ADC FS, code domain, 226, 234  
ADC FS, EVM, 218  
ADC FS, rho, 218  
triggering, 346  
TX power, 277  
Message  
AMPS-TACS  
adjacent channel power (ACP),  
FOCC, 81  
FVC, 80  
Serial 9 Port, 168  
center channel, 223  
lower ratio, 222  
NAMP-NTAC  
oscilloscope  
FOCC, 95  
See Also SCOPE screen  
signal source for, 62  
Output Port, 312  
upper ratio, 223  
FVC, 95  
AM depth, 212  
MESSAGES screen, 205  
Meter key, 284  
Mod In To  
audio frequency, 215  
average power, 105, 224  
carrier feedthrough, CDMA  
analyzer, 219  
P
AM (/Vpk), 311  
FM (/Vpk), 312  
Mode, 71, 151, 152  
decoder, 197  
Parallel 15, printer port, 158  
carrier feedthrough, code  
domain, 226, 227, 234, 235  
channel power, 105, 224  
code domain phase, 124, 136,  
Parity  
Serial 10 Port, 175  
Serial 11 Port, 184  
Serial 9 Port, 165  
Password  
Model  
printer, 160  
Modem Configuration  
Serial 9 Port, 171  
Modem  
code domain power, 124, 136,  
Serial 9 Port, 174  
PCS channel standard, 163  
Peak, 316, 319  
code domain power, fast, 124,  
Initialization/Configuration  
Serial 9 Port, 172  
Modem Mode  
Serial 10 Port, 178  
peak detector, 56  
Phase, 124, 136, 137, 138  
Phase Error, 221  
code domain timing, 124, 136,  
350  
Index  
In d ex  
Phase/div, 129  
Phse, 230  
Ref Level, 317, 330  
Ref Mrkr, 320  
Sensitivity, 306  
Serial 9, printer port, 158  
Serial Baud  
PK-, 56  
Ref Select, 162  
Pk Det To, 56  
Ref Set key, 284  
reference, 284  
Serial 10 Port, 175  
Serial 11 Port, 183  
Serial 9 Port, 165  
Serial Port, 192  
Serial_9 In, 174  
SERVICE screen, 205  
Settling, 57  
PK- HOLD, 56  
Pk Hold, 334  
remote mode, 205  
Reset, 294  
PK+, 56  
PK+ HOLD, 56  
PK+-/2, 56  
reset measurements, 211  
Retrys  
PK+-/2 Hd, 56  
PK+-MAX, 56  
PK+-MX Hd, 56  
PN Increment, 107, 126  
PN Offset, 108, 127, 222  
PN Ofs, 231  
Serial 9 Port, 171  
reverse link, 103  
RF ANALYZER screen, 205  
RF Display, 163, 164  
RF Gen  
SIGNALING DECODER screen,  
SIGNALING ENCODER screen,  
Fixed, 330  
SINAD, 216  
Polarity, 73  
Track, 330  
Sine Units, 87  
decoder, 198  
RF Gen Freq, 310  
RF Gen Volts, 164  
RF GENERATOR screen, 205  
RF In/Ant, 305  
sinewave, 87  
Port/Sweep  
Single/Cont  
Norm/Invert, 333  
RF Out/Dupl, 332  
Pos/Neg, 294  
Analyzer, 125  
Data Buffer, 115  
decoder arming, 194  
triggering, CDMA analyzer, 113  
SNR, 217  
spectrum analyzer, 315  
RF In/Out, 155  
Position, 286  
spectrum analyzer marker, 317,  
RF Level Offset, 153  
at Antenna In, 154  
at Duplex Out, 154  
at RF In/Out, 155  
RF Offset, 156  
Span, 331  
Power, 124, 136, 137, 138  
power cables, 40  
Pre-Emp, 72  
Speaker ALC, 63  
Speaker Vol, 63  
SPEC ANL screen, 205  
Special, 149  
Preset key, 336  
Print Title, 160  
Printer Adrs, 157  
PRINTER CONFIGURE screen,  
RF Out/Dupl, 332  
Rho, 105, 225  
ANL screen  
RMS, 56  
rms detector, 56  
RMS*SQRT2, 56  
squarewave, 87  
Squelch  
printer model, 160  
Printer Port, 158  
Pwr Gain, 101, 109  
Pwr Intvl, 110  
Pwr Scale, 129  
0 dB ref, 127  
Fixed, 307  
Open, 307  
S
Pot, 307  
SAT Freq, 83  
SSB Demod, 59  
Standard, 86  
SAT Level  
AM, 81  
AMPS (decoder), 200  
AMPS (encoder), 83  
J TACS (encoder), 83  
NAMP (decoder), 204  
NAMP (encoder), 98  
NTAC (decoder), 204  
NTAC (encoder), 98  
TACS (decoder), 200  
TACS (encoder), 83  
Start Frame, 115  
Status  
FM, 82  
Pwr Zero, 111  
mV, 82  
Save, 301  
Q
Save B, 335  
Qual Event  
Save Register Allocations, 298  
Save/Recall, 193  
scale, spectrum analyzer display,  
CDMA analyzer, 103  
code domain analyzer, 119  
SCOPE screen, 205  
R
Scope To, 62  
RAM  
security challenge (modem), 173,  
Send  
amount available for programs,  
Serial 9 Port, 169  
status  
disk allocation, 298  
save register allocation, 298  
total amount of, 298  
RAM Disk Allocations, 298  
ramp, 87  
calibration, 336, 340  
CDMA, 343  
encoder, 74  
Send DSAT, 90  
Send Filler  
communication, 337  
hardware, 338  
AMPS-TACS, 79  
NAMP-NTAC  
FOCC, 94  
IBASIC, 344  
Random, 146  
measurement, 342  
operation, 340  
Range Hold, 156  
Recall, 301  
Send Mode, 73  
Index  
351  
In d ex  
questionable, 341  
status register groups, 336  
See also Staus Reporting in the  
Programmer s Guide  
Stop  
Time Ofs, 232  
TX Pwr Zero, 306  
Time/div, 130, 287  
Timing, 124, 136, 137, 138  
Total RAM Installed, 298  
trace  
U
units-of-measure, 282, 283, 299  
universal noise, 87  
encoder, 74  
oscilloscope, 275  
Upper ACP Ratio, 223  
Stop Filler  
phase of  
US PCS channel standard, 163  
AMPS-TACS, 80  
code domain analyzer, 233  
power of  
NAMP-NTAC  
V
FOCC, 94  
code domain analyzer, 232  
Vert Offset, 290  
Stop Length  
timing of  
Vert/Div  
Serial 10 Port, 176  
Serial 11 Port, 185  
Serial 9 Port, 166  
Stop Meas, 198  
code domain analyzer, 233  
Track/Fixed, 330  
tracking generator, 330  
Trig Event, 119, 120  
CDMA analyzer, 104  
Trig-Delay, 293  
volts, mV, uV, 291  
Vert/div  
Hz, kHz, 289  
percent, 288  
volume, speaker, 63  
sweep, oscilloscope, 287  
Sym, 265  
Symbol Frequencie (Hz), 84  
Symbol Frequency (Hz), 84  
Trigger Pattern (bin)  
AMPS-TACS, 200  
NAMP-NTAC, 204  
trigger qualifier, 103  
triggering  
W
Walsh Chan, 124  
T
Waveform, 87  
TACS channel standard, 163  
Talk&Lstn, 151, 152  
TDMA TESTS screen, 205  
Threshold, 130  
continuous, 113, 292  
X
immediate, 346  
Xon/Xoff (Serial 10 Port), 177  
Xon/Xoff (Serial 11 Port), 185  
Xon/Xoff (Serial 9 Port), 167  
repetitive, 346  
settling mode, 346  
single, 113, 292, 346  
Tune Freq, 304  
Time  
marker, CDMA analyzer, 231  
marker, Oscilloscope, 274  
Time (of day), 193  
Z
Twist, 86  
TX Power, 277  
Zeroes, 146  
Time Offset, 121, 225  
TX Pwr Meas, 305  
zeroing power, 111  
352  
Index  

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