Tektronix Welding System AWG5000 Series User Manual

AWG5000 Series  
Arbitrary Waveform Generators  
Quick Start User Manual  
071-2078-01  
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Warranty 2  
Tektronix warrants that this product will be free from defects in materials and workmanship for a period of one (1) year from the date  
of shipment. If any such product proves defective during this warranty period, Tektronix, at its option, either will repair the defective  
product without charge for parts and labor, or will provide a replacement in exchange for the defective product. Parts, modules and  
replacement products used by Tektronix for warranty work may be new or reconditioned to like new performance. All replaced parts,  
modules and products become the property of Tektronix.  
In order to obtain service under this warranty, Customer must notify Tektronix of the defect before the expiration of the warranty period  
and make suitable arrangements for the performance of service. Customer shall be responsible for packaging and shipping the  
defective product to the service center designated by Tektronix, with shipping charges prepaid. Tektronix shall pay for the return of  
the product to Customer if the shipment is to a location within the country in which the Tektronix service center is located. Customer  
shall be responsible for paying all shipping charges, duties, taxes, and any other charges for products returned to any other locations.  
This warranty shall not apply to any defect, failure or damage caused by improper use or improper or inadequate maintenance and  
care. Tektronix shall not be obligated to furnish service under this warranty a) to repair damage resulting from attempts by personnel  
other than Tektronix representatives to install, repair or service the product; b) to repair damage resulting from improper use or  
connection to incompatible equipment; c) to repair any damage or malfunction caused by the use of non-Tektronix supplies; or d) to  
service a product that has been modified or integrated with other products when the effect of such modification or integration  
increases the time or difficulty of servicing the product.  
THIS WARRANTY IS GIVEN BY TEKTRONIX WITH RESPECT TO THE PRODUCT IN LIEU OF ANY OTHER WARRANTIES,  
EXPRESS OR IMPLIED. TEKTRONIX AND ITS VENDORS DISCLAIM ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR  
FITNESS FOR A PARTICULAR PURPOSE. TEKTRONIX' RESPONSIBILITY TO REPAIR OR REPLACE DEFECTIVE PRODUCTS  
IS THE SOLE AND EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER FOR BREACH OF THIS WARRANTY. TEKTRONIX  
AND ITS VENDORS WILL NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES  
IRRESPECTIVE OF WHETHER TEKTRONIX OR THE VENDOR HAS ADVANCE NOTICE OF THE POSSIBILITY OF SUCH  
DAMAGES.  
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Table of Contents  
Table of Contents  
AWG5000 Series Quick Start User Manual  
i
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Table of Contents  
ii  
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General Safety Summary  
General Safety Summary  
Review the following safety precautions to avoid injury and prevent damage to this product or any products connected to it.  
To avoid potential hazards, use this product only as specified.  
Only qualified personnel should perform service procedures.  
To Avoid Fire or Personal Injury  
Use Proper Power Cord. Use only the power cord specified for this product and certified for the country of use.  
Ground the Product. This product is grounded through the grounding conductor of the power cord. To avoid electric  
shock, the grounding conductor must be connected to earth ground. Before making connections to the input or output ter-  
minals of the product, ensure that the product is properly grounded.  
Observe All Terminal Ratings. To avoid fire or shock hazard, observe all ratings and markings on the product. Consult  
the product manual for further ratings information before making connections to the product.  
Power Disconnect. The power cord provides Mains disconnect.  
Do Not Operate Without Covers. Do not operate this product with covers or panels removed.  
Do Not Operate With Suspected Failures. If you suspect that there is damage to this product, have it inspected by  
qualified service personnel.  
Avoid Exposed Circuitry. Do not touch exposed connections and components when power is present.  
Do Not Operate in Wet/Damp Conditions.  
Do Not Operate in an Explosive Atmosphere.  
Keep Product Surfaces Clean and Dry.  
Provide Proper Ventilation. Refer to the manual’s installation instructions for details on installing the product so it has  
proper ventilation.  
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General Safety Summary  
Terms in this Manual  
These terms may appear in this manual:  
WARNING. Warning statements identify conditions or practices that could result in injury or loss of life.  
CAUTION. Caution statements identify conditions or practices that result in damage to this product or other property.  
Symbols and Terms on the Product  
These terms may appear on the product:  
DANGER indicates an injury hazard immediately accessible as you read the marking.  
WARNING indicates an injury hazard not immediately accessible as you read the marking.  
CAUTION indicates a hazard to property including the product.  
The following symbols may appear on the product:  
Protective Ground  
(Earth) Terminal  
WARNING  
High Voltage  
Earth Terminal  
Chassis Ground  
CAUTION  
Refer to Manual  
Standby  
iv  
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Environmental Considerations  
Environmental Considerations  
This section provides information about the environmental impact of the product.  
Product End-of-life Handling  
Observe the following guidelines when recycling an instrument or component.  
Equipment Recycling. Production of this equipment required the extraction and use of natural resources. The equip-  
ment may contain substances that could be harmful to the environment or human health if improperly handled at the  
product’s end of life. In order to avoid release of such substances into the environment and to reduce the use of natural  
resources, we encourage you to recycle this product in an appropriate system that will ensure that most of the materials  
are reused or recycled appropriately.  
The symbol shown to the left indicates that this product complies with the  
European Union’s requirements according to Directive 2002/96/EC on  
waste electrical and electronic equipment (WEEE). For information about  
recycling about options, check the Support/Service section of the  
Tektronix Web site (www.tektronix.com).  
Mercury Notification. This product uses an LCD backlight lamp that contains mercury. Disposal may be regulated due  
to environmental considerations. Please contact your local authorities or, within the United States, the Electronics Indus-  
Restriction of Hazardous Substances  
This product has been classified as Monitoring and Control equipment, and is outside the scope of the 2002/95/EC RoHS  
Directive. This product is known to contain lead, cadmium, mercury, and hexavalent chromium.  
AWG5000 Series Quick Start User Manual  
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Environmental Considerations  
vi  
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Preface  
Preface  
This manual describes the installation and operation of AWG5000 series instruments. Basic operations and concepts are  
presented in this manual. For more detailed information, see the online help on your instrument. The following instruments  
are supported by this manual:  
AWG5012  
AWG5014  
AWG5002  
AWG5004  
Key Features  
The following table and list describe the key features of the AWG5000 series instruments.  
Model  
AWG5012  
1.2 GS/s  
14 bits  
AWG5014  
AWG5002  
AWG5004  
Maximum Sampling Rate  
D/A Resolution  
Memory Length  
Analog Output  
600 MS/s  
16,200,000 or 32,400,000 (Option 01)  
2
4
2
4
Maximum Amplitude and  
Analog Bandwidth  
2.0 V , 250 MHz (Direct Output: Off)  
p-p  
0.6 V , 370 MHz (Direct Output: On)  
p-p  
Marker Output (2/channel)  
Digital Data Output  
4
8
4
8
28 bits (Option 03)  
N/A  
28 bits (Option 03)  
N/A  
Windows XP Professional operation system  
Up to 32,400,000 memory length (Option 01)  
28 bits digital data output (Option 03, AWG5012 and AWG5002 only)  
A large 10.4 inch (264.2 mm) high resolution XGA color display  
An intuitive, graphical user interface (UI), with built-in online help  
80 GB hard disk drive  
CD-RW/DVD  
Supports USB 2.0 interface  
LAN (1000/100/10 Base-T)  
Touch screen user interface  
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Preface  
Documentation  
Additional information is available through a variety of sources. Review the following table to locate more information about  
this product.  
To read about  
Use these documents  
Installation and Operation (overviews)  
Read the Quick Start User Manual for general information about how to use  
your instrument.  
In-depth Operation and User Interface Help  
Programmer Commands  
Access the user online help from the Help menu for information on virtually all  
controls and elements on screen. Online help includes detailed instructions  
for using instrument functions. (See page 10, Accessing Online Help.)  
Access the programmer online guide from the Help menu. The programmer  
guide includes the syntax of remote commands.  
Specifications and Performance Verification  
Procedures  
Read the Technical Reference for specifications and the performance verifi-  
cation procedure. The Technical Reference PDF file is on the Document CD.  
Conventions Used in this Manual  
The following icons are used throughout this manual.  
SVGA  
USB  
Connect  
power  
Network  
PS2  
Sequence  
Step  
Front panel  
power  
1
viii  
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Install Your Instrument  
Install Your Instrument  
Unpack the instrument and check that you received all items listed as Standard Accessories. Recommended accessories  
and instrument options are listed in the online help. Check the Tektronix Web site (www.tektronix.com) for the most current  
information.  
Standard Accessories  
Accessory  
Tektronix part number  
AWG5000 series Arbitrary Waveform Generators Quick Start User Manual  
English (Option L0)  
071-2078-xx  
071-2079-xx  
071-2080-xx  
071-2081-xx  
020-2762-xx  
020-2763-xx  
063-3994-xx  
–––  
Japanese (Option L5)  
Simplified Chinese (Option L7)  
Traditional Chinese (Option L8)  
Operating System Restore DVD  
Product Software CD  
Document CD  
User Online Help (part of the product software)  
Programmer Online Help (part of the product software)  
1 Windows compatible keyboard  
1 Windows compatible mouse  
2 Stylus pens  
–––  
119-7083-00  
119-7054-00  
119-6107-00  
012-1697-00  
200-4963-00  
016-1441-01  
Lead Set for DC Output  
Front Protect Cover  
Accessory Pouch  
Power cord – one of the following:  
North America (Option A0)  
Universal Euro (Option A1)  
United Kingdom (Option A2)  
Australia (Option A3)  
161-0104-00  
161-0104-06  
161-0104-07  
161-0104-14  
161-0167-00  
161-A005-00  
161-0306-00  
161-0324-00  
–––  
Switzerland (Option A5)  
Japan (Option A6)  
China (Option A10)  
India (Option A11)  
No power cord or AC adapter (Option A99)  
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Install Your Instrument  
Operating Requirements  
1. Place the instrument on a cart or bench,  
observing clearance requirements:  
465 mm  
(with handle)  
Top: 20 mm (0.8 in)  
1.2 GS/s  
AWG5014 Arbitrary Waveform Generator  
File  
Open  
Save  
Left and right side: 150 mm (5.9 in)  
Bottom: 20 mm (0.8 in)  
Rear: 75 mm (3 in)  
Run  
Factory Default  
Timing  
Channel  
All Outputs  
Sampling Rate  
CAUTION  
TURN OFF OUTPUTS  
BEFORE CHANGING  
CABLES OR  
On/Off  
POWERING DUT.  
Level  
Amplitude  
Offset  
F
On  
On  
On  
On  
CChh11  
CChh22  
CChh33  
7
8
9
6
T/p  
E
G/n  
Marker  
1
4
1
High  
High  
Low  
Low  
245 mm  
D
2
3
M/  
Marker  
2
A
B
C
/
0
Bksp  
Enter  
Cancel  
Delete  
2. Before operating, ensure that the  
ambient temperature is between 10 °C  
and 40 °C (+50 °F to +104 °F).  
Touch  
Force  
Force  
Event  
Panel  
Lock  
DC  
Screen  
Trigger  
HDD  
Output  
Off  
Channel  
Analog  
1
Channel  
Analog  
2
Channel  
Analog  
3
Channel  
Analog  
4
!
Trigger  
Input  
Event  
Input  
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
-3  
V
to +5  
V
100 mA  
1
4
!
!
5VRMS  
DO NOT APPLY EXTERNAL SIGNAL  
GND  
CAUTION. To ensure proper cooling, keep sides of the instrument clear of obstructions.  
Power Supply Requirements  
Source Voltage and Frequency  
Power Consumption  
100 VAC to 240 VAC, 47 Hz to 63 Hz  
Less than 560 W  
Cleaning  
WARNING. To avoid personal injury, power down the instrument and disconnect it from line voltage before performing any  
of the following procedures.  
Inspect the arbitrary waveform generator as often as operating conditions require. To clean the exterior surface, perform  
the following steps:  
1. Remove loose dust on the outside of the instrument with a lint-free cloth. Use care to avoid scratching the front panel  
display.  
2. Use a soft cloth dampened with water to clean the instrument. Use an aqueous solution of 75% isopropyl alcohol for  
more efficient cleaning.  
CAUTION. To avoid damage to the surface of the arbitrary waveform generator, do not use any abrasive or chemical clean-  
ing agents.  
2
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Install Your Instrument  
Powering On the Instrument  
1. Connect the AC power cord to the rear  
of the instrument.  
1
~100-240V  
47-63Hz  
560Watts  
To enable or disable the LAN, see  
network  
enabling your LAN and connecting to  
in your manual.  
a
!
WARNING  
LPT  
To avoid electric shock  
the power cord protective  
grounding conductor  
must be connected to  
ground. No operator  
serviceable components  
inside. Do not remove  
covers. Refer servicing  
to qualified personnel.  
PARALLEL PORT  
LINE  
IN  
MOUSE  
LINE  
OUT  
COM  
1
VIDEO  
KEYBOARD  
MIC  
USB  
Add Input  
ternal  
k Input  
Oscillato
Output  
ference  
ck Input  
10 MHz  
Reference Ou
Ch  
4
Ch  
3
Ch  
2
Ch  
1
50  
Max  
50  
.8  
50  
1
V
V
p-p  
3
V
Max  
1.2 GS/s  
AWG5014 Arbitrary Waveform Generator  
2. Use the front-panel power button to  
switch the instrument on.  
File  
Open  
Save  
Run  
Factory Default  
Tim ing  
Channel  
All Outputs  
On Off  
Sam pling Rate  
CAUTION  
PU  
NGING  
T
U
R
N
O
F
F
O
U
T
A
BLE  
POWE ING  
TS  
/
BE  
F
O
R
E
C
H
C
A
S
O
R
R
D
U
T
.
Level  
Am plitude  
Offset  
F
7
8
9
6
T/  
p
On  
On  
CChh 11  
CChh 22  
CChh 33  
E
Marker  
Marker  
1
2
4
1
0
n
G/  
n
Hig  
Hig  
h
h
Lo  
Lo  
w
w
D
2
3
M/  
On  
On  
A
B
C
/
Bks  
p
Ente  
r
Ca  
ce  
l
Delete  
Touch  
Screen  
Force  
Trigger  
Force  
Event  
Panel  
D
C
H
D
D
L
ock  
O
utput  
2
Off  
Channel  
Analog  
1
Channel  
Analog  
2
Channel  
Analog  
3
Channel  
Analog  
4
!
o
Trigger  
Input  
Event  
Input  
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
-3  
V
t
+5  
V
100  
m
A
1
4
!
!
5VRMS  
GND  
DO NOT APPLY EXTERNAL SIGNAL  
Powering Off the Instrument  
1.2 GS/s  
AWG5014 Arbitrary Waveform Generator  
1. Use the front-panel power button to  
start the shutdown process.  
File  
Open  
Save  
Run  
Factory Default  
Tim ing  
Channel  
All Outputs  
Sam pling Rate  
CAUTION  
PU  
NGING  
T
U
R
N
O
F
F
O
U
T
A
BLE  
POWE ING  
TS  
On/ Off  
BE  
F
O
R
E
C
H
C
A
S
O
R
R
D
U
T
.
Wait approximately 30 seconds for the  
instrument to power off.  
Level  
Am plitude  
Offset  
F
On  
On  
CChh 11  
CChh 22  
CChh 33  
7
8
9
6
T/  
p
E
Marker  
Marker  
1
2
4
1
0
G/  
n
Hig  
Hig  
h
h
Lo  
Lo  
w
w
D
On  
On  
2
3
M/  
A
B
C
/
Bks  
p
Ente  
r
Ca  
n
ce  
l
Delete  
Touch  
Screen  
Force  
Trigger  
Force  
Event  
Panel  
D
C
H
D
D
L
ock  
O
utput  
Off  
1
Channel  
A
1
Channel  
Analog  
2
Channel  
3
Channel  
Al
4
!
o
Trigger  
Input  
Event  
Input  
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
-3  
V
t
+5  
V
100  
m
A
1
4
!
!
5VRMS  
GND  
DO NOT APPLY EXTERNAL SIGNAL  
2. To completely remove power to the  
instrument, perform the shutdown just  
described, and then remove the power  
cord from the instrument.  
2
~100-240V  
47-63Hz  
560Watts  
To enable or disable the LAN, see  
network  
enabling your LAN and connecting to  
a
in your manual.  
!
WARNING  
LPT  
PARALLEL PORT  
To avoid electric shock  
the power cord protective  
grounding conductor  
must be connected to  
ground. No operator  
serviceable components  
inside. Do not remove  
covers. Refer servicing  
to qualified personnel.  
LINE  
IN  
MOUSE  
LINE  
OUT  
COM  
1
VIDEO  
KEYBOARD  
MIC  
USB  
Add Input  
ernal  
k Input  
Oscillato
Output  
erence  
ck Input  
10 MHz  
Reference Ou
Ch  
4
Ch  
3
Ch  
2
Ch  
1
50  
Max  
0  
8  
50  
1
V
V
p-p  
3
V
Max  
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Install Your Instrument  
Windows Interface Guidelines  
Because the instrument uses the Microsoft Windows interface, you have open access to the Windows operating system.  
You can access the Windows desktop to load and run other Windows-based applications such as Microsoft Excel, Word-  
Pad, and Paint.  
Although you have access to the Windows interface, you should avoid making operating system changes that may cause  
problems or annoyances while trying to use the instrument. Here are some guidelines:  
Be careful when making changes in the Control Panel. Avoid making changes to any controls with which you are  
unfamiliar.  
Do not delete or change any system fonts. Changing or removing fonts may affect the quality of the display.  
Avoid changing the system Display Properties, such as the Background, Appearance, Effects, or Settings. Making such  
changes can affect the usability of the instrument and the touch screen.  
Avoid making changes to the contents of the Windows folder or to the contents of the Program Files\Tektronix\AWG\  
System folder.  
Avoid making changes to the BIOS settings. Changing the BIOS settings can affect the overall operation of the  
instrument.  
If you think that your Windows interface may cause problems with the instrument, contact your local Tektronix support  
center for assistance.  
4
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Install Your Instrument  
Connecting to a Network  
You can connect your instrument to a network for printing, file sharing, internet access, and other functions. Consult with your  
network administrator and use the standard Windows utilities to configure the instrument for your network.  
For setting GPIB or LAN configuration, use the GPIB/LAN Configuration dialog box from System menu. See page 68.  
Controlling the instrument using a remote PC  
You can use your PC to control the arbitrary waveform generator through a LAN using the Windows Remote Desktop func-  
tion. If your PC has a larger screen, you can edit waveforms easily using your keyboard and mouse. You can also use a  
third party software installed on your PC to create a waveform and import it through a network.  
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Install Your Instrument  
Offline Mode  
The Offline Mode is a function that you can use to run the instrument application on your PC. Install the application on your  
PC; the instrument hardware is not required. You can create and edit the instrument setups. The setup files that you create  
can be used later with your arbitrary waveform generator.  
1. Use the Product Software CD provided  
with the instrument to install the  
1
AWG5000 series application to your  
PC.  
2. Before using the offline mode, you must  
set up the instrument configuration.  
From the Windows Start menu, select  
All Programs > Tektronix > AWG >  
Config Utility. The Configuration Utility  
dialog box appears.  
2
3. Select your instrument type.  
4. Select your instrument option configura-  
tion.  
3
5. Click OK.  
4
Run the instrument application from the  
Start menu. The setup configuration  
you have made using the Configuration  
Utility will be reflected in the application.  
5
6
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Install Your Instrument  
Inspect Your Instrument  
Two types of diagnostics are provided to verify the functionality of your instrument:  
Power-on self test – Every time you power on the instrument, the instrument automatically performs the internal  
diagnostics.  
Diagnostics from the System menu – You can also run the internal diagnostics using the System menu. Use the  
following procedures:  
1. Select System > Diagnostics... from the  
menu bar.  
The Diagnostics dialog box appears.  
1
2. Confirm that the Loop box is not  
checked.  
If Loop is checked, the diagnostics runs  
until it is manually stopped.  
3. If you click Select All, all diagnostic  
items are checked.  
You can execute all items together or  
you can execute only the selected  
item(s).  
4. Click Execute to start the diagnostics.  
Verify that the instrument passes all  
tests. If diagnostic failures occur,  
contact your local Tektronix service  
personnel.  
3
4
2
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Install Your Instrument  
Self Calibration  
The self calibration uses internal calibration routines that check electrical characteristics such as analog level accuracy,  
and then adjust the internal calibration constants as necessary.  
NOTE. Power on the instrument and allow a 20 minute warm-up period before performing this procedure.  
1. Confirm that there is no output signal by  
verifying that the front-panel Run button  
indicator is off.  
Run  
1
2
2. To perform the calibration suite, select  
System > Calibration... from the menu  
bar.  
The Calibration dialog box appears.  
3. Select Execute.  
3
4. A pop-up message asks you to remove  
all the cables from the Analog output  
connectors.  
4
5. Remove the cables and then select OK.  
Wait until the calibration completes.  
For all calibration items, the Status con-  
trol should indicate Pass. If it does not,  
contact your local Tektronix service per-  
sonnel.  
5
NOTE. Self calibration is not valid until the instrument reaches a valid temperature. See page 2 for operating requirements.  
NOTE. Perform self calibration once a year to maintain the analog output level accuracy.  
8
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Install Your Instrument  
Preventing Instrument Damage  
Overheat Protection  
The internal instrument temperature is monitored and the instrument is protected against overheating damage by the  
following actions:  
A warning message will appear if the internal temperature reaches the first threshold level.  
The instrument will shut down if its temperature reaches the second threshold level.  
If the warning message appears or the instrument shuts down, check for the following conditions (see page 2 for operating  
requirements):  
The ambient temperature requirement is not being met.  
The required cooling clearance is not being met.  
The instrument fan is not working properly.  
Output Connectors  
The arbitrary waveform generator has both output and input connectors on the front panel. Do not apply external voltage  
to the output connectors.  
To prevent damage to the instrument, do not apply external  
voltages to the output connectors.  
CAUTION. Always turn off the signal outputs when you connect or disconnect cables to/from the signal outputs connectors.  
If you connect a DUT while the instrument signal outputs are in the On state, it may cause damage to the instrument or  
DUT.  
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Install Your Instrument  
Accessing Online Help  
The arbitrary waveform generator provides two types of online help:  
User online help – In-depth information is available in the online help on all the features of your instrument.  
Programmer online help – The instrument offers programmer online help about remote commands.  
To access the Help system, select Help from  
the menu bar.  
1
1. To access the user online help, select  
Help > Help Topic....  
2
2. To use context-sensitive help on the  
current setup, select Help > Help on  
Window... or press F1.  
3
3. To access Programmer Online Help,  
select Help > Help on Remote  
Commands....  
4
4. To access specifications and perfor-  
mance verification, select Specifica-  
tions... to open the PDF Technical  
Reference Manual.  
5. Most dialog boxes have a Help button.  
For contextual overviews of the dialog  
box, click the button to open the help  
system with an overview of the dialog  
box that is currently displayed.  
5
Quick Tips  
You can select English or Japanese for the user online help. By default, English is selected. To change the language,  
use the System menu > Preferences dialog box. See page 69.  
NOTE. When you first open the Japanese user online help, a pop-up message is displayed to prompt you to install the  
Japanese language pack. Click Install to install the language pack.  
The programmer online help is displayed only in English.  
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Front Panel  
Front Panel  
The following figure shows the front panel of the AWG5014:  
1.2 GS/s  
AWG5014 Arbitrary Waveform Generator  
File  
Open  
Save  
Run  
Factory Default  
Timing  
Channel  
All Outputs  
Sampling Rate  
CAUTION  
TURN OFF OUTPUTS  
BEFORE CHANGING  
CABLES OR  
On/Off  
POWERING DUT.  
Level  
Amplitude  
Offset  
F
T/p  
On  
On  
CChh11  
CChh22  
CChh33  
7
8
9
6
E
G/n  
Marker  
1
4
1
High  
High  
Low  
Low  
D
M/  
On  
On  
2
3
Marker  
2
A
B
C
/
0
Bksp  
Enter  
Cancel  
Delete  
Touch  
Force  
Force  
Event  
Panel  
Lock  
DC  
Screen  
Trigger  
HDD  
Output  
Off  
Channel  
Analog  
1
Channel  
Analog  
2
Channel  
Analog  
3
Channel  
Analog  
4
!
Trigger  
Input  
Event  
Input  
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
Analog  
Mkr  
1
Mkr  
2
-3  
V
to +5  
V
100 mA  
1
4
!
!
5VRMS  
GND  
DO NOT APPLY EXTERNAL SIGNAL  
6
5
7
1
4
3
2
Front Panel Connectors  
Connector  
Description  
1. Ch 1 Analog Output  
These connectors supply analog signals.  
Connector type: BNC  
2. Ch 1 Marker Output  
These connectors supply marker 1 and marker 2 signals.  
Connector type: BNC  
3. Ch 2 to Ch 4 connectors  
Analog and marker output connectors for Ch 2 to Ch 4.  
4. Trigger Input  
External trigger signal is applied to this connector.  
Connector type: BNC  
5. Event Input  
6. USB  
Event signal is applied to this connector.  
Connector type: BNC  
Two USB connectors are present on the front panel.  
Connect a USB device.  
7. DC Output  
This connector supplies four lines of DC voltage.  
Connector type: 2.54 mm 2 x 4 pin header (female)  
CAUTION. Always turn off the signal outputs when you connect or disconnect cables to/from the signal outputs connectors.  
If you connect a DUT while the instrument signal outputs are in the On state, it may cause damage to the instrument or  
DUT.  
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Rear Panel  
Rear Panel  
~100-240V  
47-63Hz  
560Watts  
13  
To enable or N, see  
network  
enabling your LAN to  
a
8
in
15  
7
6
!
WARNING  
LPT  
To avoid electric shock  
the power cord protective  
grounding conductor  
must be connected to  
ground. No operator  
serviceable components  
inside. Do not remove  
covers. Refer servicing  
to qualified personnel.  
PRALLEL PORT  
LINE  
IN  
MOUSE  
LINE  
OUT  
COM  
1
VIDEO  
KEYBOAR
MIC  
USB  
12  
10  
11  
14  
9
13  
12  
11  
10  
9
8
7
6
5
4
3
2
1
0
13  
12  
11  
10  
9
8
7
6
5
4
3
2
1
0
Ch 2 Digital Data Out  
Ch 1 Digital Data Out  
Add Input  
External  
lock Input  
Oscillator  
Output  
eference  
ock Input  
10 MHz  
Reference Output  
Ch  
2
Ch  
1
50  
50  
0.8  
50  
1
V
Max  
V
p-p  
3
V
Max  
4 3 2 1  
5
Rear Panel Connectors  
Connector  
Description  
1. 10 MHz Reference Output  
Output connector for 10 MHz reference clock signal  
Connector Type: BNC  
2. Reference Clock Input  
3. Oscillator Output  
4. External Clock Input  
5. Add Input  
Input connector for external reference clock  
Connector Type: BNC  
Output connector for internal oscillator  
Connector Type: BNC  
Input connector for oscillator input  
Connector Type: BNC  
Add external signal to the output signal of arbitrary waveform generator  
Connector Type: BNC  
6. GPIB  
Use the GPIB connector to connect the instrument to a GPIB controller for GPIB opera-  
tion.  
7. LAN  
Use the RJ-45 connector to connect the instrument to a network.  
Use the parallel port (Centronics) to connect a printer or other device.  
8. Parallel Port  
9. USB  
Use the USB connectors to connect a USB mouse, keyboard, or other USB device to the  
instrument.  
10. Video  
Use the Video port to connect a monitor for extended desktop operation.  
Use the COM1 serial port to connect to other devices through the serial port.  
Use the PS-2 connectors to connect a PS-2 keyboard or mouse to the instrument.  
Removable hard disk drive to secure data  
11. COM1  
12. PS-2 connector  
13. Removable HDD  
14. Digital Data Out  
Use these connectors to output digital data. To enable digital data output, option 03 must  
be installed in the AWG5002 or AWG5012.  
Connector Type: SMB  
15. This connector is not supported.  
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Control Panel  
Control Panel  
The following figure shows the front panel controls of a four channel model:  
Run button  
General Purpose knob  
Digit Selection  
keys  
Channel Output On  
button  
Channel Select  
button  
Run. The Run button is used to start and stop the signal generation. If the signal is being generated, the LED indicator  
lights up. To output the signal through the output connectors, you must push the front-panel All Outputs On/Off button or  
the Channel Output On button.  
Touch Screen Off. When the Touch Screen is on, you can use your finger or stylus to control the screen interface. The  
LED is lit while the Touch Screen interface is disabled.  
File Open/Save. When the Open or Save button is pushed, the corresponding dialog box is displayed. You can load or  
save a setup (*.AWG) file using this dialog box.  
Factory Default. When this button is pushed, the specified default setups are recalled. See page 32 for details on default  
setups.  
Timing – Sampling Rate. When you push this button, the sampling rate parameter in the Settings window is selected.  
Sampling Rate is common to each channel. See page 26 for Settings window.  
Channel Select. These buttons are used to select a channel that you want to interact with. If a channel select button on  
the front panel is pushed, the selected channel page in the Settings Window will be activated.  
Channel Output On. These buttons are used to enable/disable the channel output. If the output is in the On state, the  
LED is turned on.  
CAUTION. Do not connect a DUT (Device Under Test) to the front-panel signal output connectors when the instrument  
signal outputs are on.  
Do not power on or off the DUT when the arbitrary waveform generator signal outputs are on.  
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Control Panel  
All Outputs On/Off. If one or more Outputs are on, they will all be turned off when you push the All Outputs On/Off but-  
ton. If all Outputs are off, they will all be turned on when you push the All Outputs On/Off button.  
Amplitude. When you push this button, the amplitude parameter of the corresponding channel in the Settings window is  
selected. Amplitude is independent for each channel.  
Offset. When you push this button, the offset parameter of the corresponding channel in the Settings window is selected.  
Offset is independent for each channel.  
Marker 1 and Marker 2 – High/Low. When you push one of these buttons, the Marker High or Marker Low parameter  
of the corresponding channel in the Settings window is selected. Marker High and Marker Low are independent for each  
channel.  
Force Trigger. When you push this button, the instrument generates an internal trigger signal.  
Force Event. When you push this button, the instrument generates an internal event signal.  
General Purpose Knob. The knob is used to increase or decrease a set value or select an item from a pop-up menu,  
pull-down menu or dialog box. Turn the knob clockwise to increase the value, and turn the knob counterclockwise to  
decrease the value.  
Digit Select Arrow Keys. The digit select arrow keys are used to move the under bar (cursor) to a field that contains an  
editable number. After you specify the digit, you can change the number with the knob.  
Numeric Keypad. Units prefix buttons (T/p, G/n, M/μ, and k/m) are used to complete an input with the numeric keypad.  
You can determine the units by pushing one of these prefix buttons without pressing the Enter key.  
If you push the units prefix buttons for frequency, the units are interpreted as T (tera-), G (giga-), M (mega-), or k (kiro-). If  
you push the buttons for time, the units are interpreted as p (pico-), n (nano-), μ (micro-), or m (milli-).  
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Control Panel  
To Lock/Unlock the Front Panel Controls  
The front panel may be locked by a remote user while the arbitrary waveform generator is being remotely controlled via  
GPIB or Ethernet. When the front panel is locked, all keys and buttons are disabled except the power switch. You cannot  
use your mouse or keyboard. However, the Windows operations are available even if the instrument front panel is locked.  
To unlock the front-panel controls, use a remote command or push the front-panel Cancel button twice. If you exit the appli-  
cation, the lock state is cleared. When you restart the application, the front-panel controls are unlocked.  
Touch Screen Interface  
The arbitrary waveform generator offers two methods of making menu selections:  
Front-panel controls, keyboard, and mouse (keyboard and mouse are standard accessories)  
Front-panel controls and touch screen interface  
1. You can enable or disable the touch  
screen interface by pushing the  
front-panel Touch Screen button.  
1
To disable the touch screen, push the  
front-panel Touch Screen button. When  
the touch screen is in the Off state, the  
LED is lighted. You can still access the  
on-screen menus with a mouse or key-  
board.  
NOTE. You need to adjust the touch screen when one of the following occurs:  
The operating system is restored  
The hard disk drive is exchanged  
The touch screen is not responding correctly  
Run the touch screen program from the shortcut on the Windows desktop to adjust the touch screen.  
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Control Panel  
Changing Control Settings  
As you configure the instrument, you may need to set a numerical parameter such as an amplitude level or offset. To set  
these parameters in a screen window, touch or click the parameter to select it. Once the parameter is selected, the general  
purpose knob is assigned to the parameter.  
You can use the general purpose knob to change parameters, although the following methods are generally available.  
1. Some parameters have increase/  
decrease buttons. These buttons are also  
1
called spin buttons. Touch or click the  
spin buttons to change to the next avail-  
able value.  
To move the underbar to a field that  
contains an editable number, use the digit  
select arrow keys (see page 14).  
2. Some parameters supply a pop-up  
keypad or keyboard that you can use to  
enter a new value.  
Touch or click the keypad (or keyboard)  
icon to display the keypad (or keyboard).  
2
Quick Tip  
The pop-up keyboard and keypad are also called soft keyboard and soft keypad, respectively.  
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Control Panel  
Run State Control and Output On/Off  
Do the following steps to control the start and stop of signal generation for the arbitrary waveform generator.  
1. Use the front-panel Run button to start  
and stop the signal generation.  
1
Switching signal generation on or off is  
called Run State control.  
If the signal is being generated, the LED  
indicator lights up.  
2. To output the signal through the output  
connectors, push the front-panel All  
2
Outputs On/Off button or the Channel  
Output On button.  
3. Alternatively, you can use the Ch n  
(Channel) tab on the Settings window to  
enable the signal output. See page 26  
for Settings Window.  
3
Quick Tips  
You can turn each channel’s output on/off independently.  
Analog output and marker output are enabled or disabled simultaneously.  
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Interface and Display  
Interface and Display  
The screen interface gives you access to the complete functionality of the instrument. This user interface is built on the  
Windows operating system.  
Screen Interface  
Menu bar  
Status bar  
Window  
tag  
Sequence  
window  
Waveform  
window  
Waveform  
List window  
Settings  
window  
Remote Command  
bar  
Menu Bar. The menu bar provides access to all of the instrument functions. When you select a menu item, the instrument  
displays the associated control window (dialog box) or the menu selection causes an immediate action.  
Status Bar. The status bar, located below the menu bar, shows information about the instrument, such as sampling rate,  
run mode status, or output status.  
Waveform List Window. User-defined waveforms and predefined waveforms are listed in this window.  
Sequence Window. This window mainly provides information on output sequence.  
Waveform Window. This window displays the waveform that you selected in the Waveform List or in the Sequence  
window.  
Settings Window. This window is provided for quick access to the parameter settings.  
Window Tag. Click these tags to toggle display of corresponding windows on or off.  
Remote Command Bar. In this area, a remote command corresponding to current instrument operation is displayed.  
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Interface and Display  
Basic Steps for Using the Arbitrary Waveform Generator  
After you have powered on the instrument, use the application’s menu bar or control windows to create and edit a wave-  
form. For accessing menus and control windows, see page 20. Do the following steps to output a waveform or a sequence:  
1. To create a new waveform, select Edit  
> Standard Waveform.... The created  
waveform is displayed in the Waveform  
List window.  
1
2. To use an existing waveform, select  
File > Open File... to open a setup file,  
and then select a waveform in the  
2
Waveform List window.  
3. Confirm the Run mode. Check that the  
desired run mode is selected on the  
Run Mode tab of the Settings window.  
3
4. To generate a signal, push the  
front-panel Run button or the Run  
button on the Status Bar.  
4
5. Use one of the following methods to set  
the channel output On:  
Front-panel Channel Output On  
button or All Outputs On/Off button  
5
Output On button of the Ch page of  
Settings window  
Quick Tips  
The arbitrary waveform generator supports four types of Run mode. When Run mode is set to Continuous, Triggered,  
or Gated, the state is called non-sequence mode.  
You can select one waveform as an output for each channel in the non-sequence mode.  
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Interface and Display  
Accessing Menus and Control Windows  
You can access menu commands and control windows using the following techniques:  
1. Click Settings from the menu bar, and  
then select a command.  
The selected item in the Settings window  
will become active.  
1
2. For a shortcut to settings menus, you  
can use the Settings window.  
2
Clicking a tab, such as Ch 1 or Timing,  
on the Settings window opens the  
corresponding page that you can use to  
select the instrument settings.  
3. From the front panel, you can quickly  
access the parameters for sampling  
rate, amplitude level, offset level, and  
marker level.  
If you push one of these buttons, the  
corresponding parameter in the Set-  
tings window will be selected.  
3
4. You can right-click the mouse to gain  
quick access to associated menu  
commands.  
For example, right-click on the Wave-  
form List window to display the related  
Edit menu commands.  
4
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Interface and Display  
Display/Hide Control Windows  
The arbitrary waveform generator displays four control windows by default. You can quickly hide or display each window  
using the window tag.  
1. By default, four windows are displayed  
if the Run mode is Sequence.  
1
2. Click the Waveform List tag.  
3. The Waveform List window is hidden.  
2
3
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Interface and Display  
Status Bar  
Status Bar has two functions. It displays the current status of the instrument, such as Sampling Rate, Run State, and Run  
Mode. It also has action buttons, such as Force Trigger, Force Event, All Outputs On/Off, and Run.  
Use these buttons to cause an action  
DIsplays instrument status  
6
7
4
1
5
2
3
1. Sampling Rate  
2. Run Status  
Current sampling rate setting is displayed.  
Current instrument status (Running or Stopped) is displayed.  
Current Run Mode (see page 29) is displayed.  
3. Run Mode  
4. Force Trigger button  
5. Force Event button  
6. All Outputs On/Off button  
7. Run button  
Same function as the front-panel Force Trigger button.  
Same function as the front-panel Force Event button.  
Same function as the front-panel All Outputs On/Off button.  
Same function as the front-panel Run button.  
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Interface and Display  
Waveform List Window  
The Waveform List window lists the waveforms that are saved in the setup files (*.AWG). The instrument provides two types  
of waveform list (predefined and user-defined).  
1. To select a predefined waveform, click  
the Predefined tab.  
1
2. Predefined waveforms have an asterisk  
sign (*) to the left of the waveform  
name.  
Note: You cannot modify, delete, or rename the  
predefined waveforms.  
2
3. To select a user-defined waveform,  
click the User Defined tab.  
3
4. You can sort the waveform list by the  
order of Waveform Name, Length, or  
Date.  
4
5. Each waveform length is displayed as a  
three-digit number in the Waveform List  
window.  
5
6. If you want to know the exact waveform  
length, select the waveform and then  
right-click to display the pop-up menu.  
Select Waveform Properties... to  
display the Waveform Properties dialog  
box. You can confirm the waveform  
length with this dialog box.  
6
Quick Tips  
If you right-click on this window, a pop-up menu is displayed. You can access the Edit commands, such as Delete, Copy,  
and Paste.  
When you create a waveform, you cannot use the same name as a predefined waveform.  
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Interface and Display  
Sequence Window  
When Sequence is selected in the Run Mode, this window shows information on the status of the sequence settings. For  
Run Mode, see page 29.  
1. This is an example of the Sequence  
window display. The display format is  
Thumbnail.  
1
If you hover the mouse over a sequence  
cell, a tooltip appears to show you the  
waveform name and waveform length.  
2. This is an example of the Table format.  
2
Quick Tips  
If you click on a cell in the Sequence window, the selected waveform is displayed in the Waveform window. The  
background color of the selected cell changes.  
The following methods are available for applying an existing waveform to a sequence:  
Drag a waveform from the Waveform List window to a cell of the Sequence window  
After selecting a cell in the Sequence window, use Set Waveform... or Insert Waveform... from the Edit menu  
When Continuous, Triggered, or Gated is selected in the Run mode, the Sequence window is hidden.  
The following icons are used in the Sequence window:  
Display Icons  
Description  
Wait Trigger  
Repeat. (Repeat count is set to 26 in this example.)  
Repeat (Infinite)  
Event Jump. (Jump target is set to index number 26 in this example.)  
Go To (Go To target is set to index number 26 in this example.)  
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Interface and Display  
Waveform Window  
A selected element in the Sequence window or a selected waveform on the Ch n page of the Settings window is displayed  
in the Waveform window.  
1. This is an example of Graphic display  
format. Analog data and markers for  
Ch1 and Ch 2 are displayed.  
2
1
2. You can edit the waveform data  
between two cursors.  
3. This is an example of Table display  
format.  
3
Quick Tips  
You can change the display format of the Sequence window or the Waveform window using the View menu > Display  
Properties dialog box. You can also access the Display Properties dialog box by right-clicking on the window.  
You can select displayed items in the Waveform window from analog data only, marker data only, or analog and marker  
data.  
To remove waveform data from the Waveform window, select Edit > Clear from the menu bar.  
You can select the vertical and horizontal units from the following using the Display Properties dialog box.  
Vertical units – Voltage or Normalized Value  
Horizontal units – Points or Time  
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Interface and Display  
Settings Window  
Use the Settings window tabs to quickly access the Level (Ch 1, Ch 2, Ch 3, and Ch 4), Timing, Run Mode, Trigger, Event,  
or DC Output parameters. You can also use the front-panel buttons for selecting frequently accessed parameters, such as  
amplitude, offset, marker high/low, or sampling rate. See page 20 for details about accessing menus.  
Channel (Ch n) Page  
1. To enable a channel output, click the  
Output On button.  
3
1
2. You can set parameters for amplitude,  
offset, filter, and marker.  
3. You can add an external signal to each  
channel analog output.  
4
2
4. Select Direct Output On and Off.  
5. When the instrument is in the  
non-sequence mode, you can select the  
5
output waveform data using the Output  
Waveform field. Click the waveform list  
icon to display the Waveform List dialog  
6
box.  
6. You can set phase shift or delay for  
each analog output signal when the  
instrument is in the non-sequence  
mode.  
Quick Tips  
Each channel has independent output on/off control. When the output status of Ch n is set to On, both analog output and  
marker output are enabled.  
When Direct Output is set to On, filter and offset settings become inactive. The analog bandwidth setting range will  
change.  
You can use Add Input when Direct Output is set to Off. If Direct Output is selected, Add Input is disabled.  
For Waveform Rotation, see page 62.  
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Interface and Display  
Digital Output  
1. The AWG5002/AWG5012 Option 03  
supports digital data output.  
~100-240V  
47-63Hz  
560Watts  
To enable or disable the LAN, see  
enabling your LAN and connecting to  
in your manual.  
a
network  
The SMB connectors for 14 bit digital  
data output are present for Ch 1 and  
Ch 2 on the rear panel.  
!
WARNING  
LPT  
To avoid electric shock  
the power cord protective  
grounding conductor  
must be connected
ground. No op
serviceabl
inside. D
covers.
to qua
PARALLEL PORT  
LINE  
IN  
MOUSE  
LINE  
OUT  
COM  
1
VIDEO  
KEYBOARD  
MIC  
USB  
1
13  
12  
11  
10  
9
8
7
6
5
4
3
2
1
0
13  
12  
11  
10  
9
8
7
6
5
4
3
2
1
0
2
Digital Data O
1
Digital Data Out  
Add Input  
ternal  
k Input  
Oscillator  
Output  
erence  
k Input  
10 MHz  
Reference Out
h  
2
Ch  
1
50  
50  
.8  
50  
1
V
Max  
V
p-p  
3
V
Max  
2. You can set the output parameters as  
follows:  
Digital Amplitude/Offset  
Digital High/Low  
The digital output levels are fixed as  
follows:  
–1.0 V to +2.7 V, into 50 Ω  
0.01 V resolution  
2
3. Digital High/Low is selected in this  
example.  
4
3
4. Click the Output On button to enable the  
channel output.  
Quick Tip  
Each channel has independent output on/off control. When the output status of Ch n is set to On, both analog output and  
digital output are enabled.  
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Interface and Display  
Timing Page  
1. Sets Sampling Rate.  
3
6
5
1
2. You can set Repetition Rate when the  
Run mode is other than Sequence.  
3. You can select Clock Source (Internal  
or External).  
2
If External is selected, the clock  
signal from External Oscillator  
Input is used.  
4
If Internal is selected, the clock sig-  
nal is generated internally.  
4. Divider Rate can be set when the Clock  
Source is set to External.  
5. You can select the Reference Source  
(Internal or External).  
Reference Source is selectable only  
when the Clock Source is set to Inter-  
nal.  
6. You can select the External Reference  
Type (Variable or Fixed).  
This parameter is selectable only when  
the Clock Source is set to Internal and  
the Reference Source is set to Exter-  
nal.  
Quick Tips  
The Sampling Rate can be set when the internal clock source is selected and one of the following conditions is met:  
Internal is selected as the reference source.  
External is selected as the reference source and Fixed is selected as the external reference type.  
The arbitrary waveform generator accepts a 10 MHz, 20 MHz, or 100 MHz frequency signal as a Fixed external  
reference source.  
You can set the Multiplier Rate when the Clock Source is set to Internal, the Reference Source is set to External, and  
the External Reference Type is set to Variable.  
Refer to the online help for the range of each parameter in the Timing page.  
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Interface and Display  
Run Mode Page  
1. Select a Run mode.  
1
2. In the Triggered or Gated mode, you  
can select the output value while the  
instrument is in the waiting-for-trigger  
state.  
First – Sets the output level to the  
first value of the waveform  
2
Last – Sets the output level to the  
last value of the waveform  
Quick Tip  
The arbitrary waveform generator supports the following four run modes:  
Continuous – A continuous waveform is output.  
Triggered – A waveform is output once when the instrument receives a trigger signal. The instrument will wait for  
the next trigger signal after outputting the waveform.  
Gated – A waveform is output only when a gate signal is asserted. A continuous waveform is output while the gate  
signal stays asserted.  
Sequence – Multiple waveforms can be output in the order specified in the sequence.  
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Interface and Display  
Trigger Page  
1. You can select Trigger Source (Internal  
or External). The default is External.  
1
2. If External is selected, Trigger Level,  
Trigger Slope, and Trigger Impedance  
can be set.  
Level – Sets external trigger level.  
Slope – Determines whether the  
instrument finds trigger point on  
the rising edge or the falling edge  
of the signal.  
3
2
Impedance – Specifies external  
trigger impedance (1 kΩ or 50 Ω).  
3. If Internal is selected, internal trigger  
Interval can be set.  
Quick Tips  
Trigger parameters control the signal outputs of the instrument. Trigger parameters cannot be set if Continuous is  
selected in the Run Mode.  
You can also control the trigger by pushing the front-panel Force Trigger button in addition to a selected signal as the  
trigger source.  
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Interface and Display  
Event Page  
You can use the Event page when the Run mode is Sequence.  
1. Sets external event input threshold  
level.  
2. Selects the polarity of external event  
input signal (Positive or Negative).  
Positive – Jump will occur when  
the instrument receives a positive  
pulse.  
3
4
2
1
Negative – Jump will occur when  
the instrument receives a negative  
pulse.  
3. Sets jump timing (Async or Sync).  
Async – Jump will occur immedi-  
ately.  
Sync – Jump will occur after the  
waveform is generated.  
4. Sets event input impedance (1 kΩ or  
50 Ω).  
Quick Tips  
Event Jump can change the sequence order using an event signal.  
Jump timing is applied to both Event Jump and Force Jump. See page 67 for jump in sequence.  
You can also use the front-panel Force Event button to generate an event signal internally.  
DC Output Page  
1. The arbitrary waveform generator has  
four lines of DC output.  
2
The level of each output can be set  
independently.  
1
2. The output state (On or Off) of the DC  
output is common to all DC output chan-  
nels.  
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Interface and Display  
Default Setup  
Push the front-panel Factory Default button to recall the factory default settings.  
1. To quickly return to the factory default  
settings, push the front-panel Factory  
Default button.  
1
2. When the instrument setups are modi-  
fied, a confirmation dialog box appears.  
Click Yes to open a dialog box to save  
the setups.  
2
3. You can also recall the factory default  
settings from the File menu.  
3
Instrument Settings at Power-on  
You can select the instrument settings that are restored when you power on the instrument.  
Select System > Preferences... to display the  
Preferences dialog box. You can select the  
power-on setups from the following:  
1. Factory Default – The factory default  
settings are always restored when the  
instrument is powered on.  
1
2
3
4
2. Last Used File – Restores the setups  
that were saved or recalled last time.  
3. User Default File – A specified setup file  
is always restored when the instrument  
is powered on.  
4. Click the icon to display a dialog box to  
select the setup file.  
This icon is enabled when User Default  
File is selected.  
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Using the File Menu  
Using the File Menu  
Use the File menu for basic file operations such as saving/recalling instrument setups or importing/exporting waveform  
data. You can also use the File menu for standard Windows operations such as loading the most recent setup files.  
The following menu items are provided in the File menu. For a complete description of each menu command, refer to the  
instrument online help system.  
1. Recalls factory default setups.  
2
1
2. Opens a dialog box to load an instru-  
ment setup.  
3
3. Saves (Overwrites) an instrument  
setup.  
4
4. Saves an instrument setup assigning a  
new setup file name.  
5
6
5. Use these commands to import wave-  
form data.  
7
6. Exports waveform data to a file for use  
with other applications.  
7. A list of setup files you accessed  
recently is displayed here.  
8
8. The application closes.  
9
9. The application closes and then the  
instrument shuts down.  
Quick Tip  
You can also shut down the instrument by pushing the front-panel power button (On/Standby switch) while the  
application is running. When the power button is pushed, a dialog box asks you whether to save current setups. If you  
select Yes, the current setups are preserved and then the instrument will start the shutdown process.  
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Using the File Menu  
Saving an Instrument Setup  
Use the following steps to save an instrument setup:  
1. Select File > Save File to overwrite the  
existing instrument setup with an  
updated setup file.  
1
2. To save the current setup to a new  
setup file, select File > Save File As...  
or push the front-panel Save button.  
2
3. Select a location where you want to  
save the setup.  
4. Type a file name or use the default  
name.  
3
5. Click Save.  
4
5
Quick Tips  
If a setup file contains Integer format waveform(s), the file size is reduced. For more information about waveform data  
format (Real or Integer), refer to the online help.  
To change the waveform format in the Waveform, Waveform List, or Settings window, you can use the Waveform  
Properties dialog box. See page 56.  
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Using the File Menu  
Recalling an Instrument Setup  
You can recall an instrument setup from the File menu or from Windows Explorer.  
1. Select File > Open File... to open the  
Open File dialog box.  
You can also open the Open File dialog  
box by pushing the front-panel Open  
button.  
1
2. Select a setup file.  
3. Click Open.  
2
3
Quick Tips  
The arbitrary waveform generator uses a setup file that has an extension .AWG. Only .AWG files are displayed on the  
Open File dialog box by default.  
Once you recall a setup, the instrument retains the setup until you execute Save File or Save File As.... If you select  
Save File after changing the instrument parameters, the instrument setup file will be automatically overwritten.  
Output status including DC Output becomes Off when a setup file is recalled.  
NOTE. The AWG5000 series and AWG7000 series setup files are compatible each other. However, if the parameter  
value(s) of an instrument setup file are out of range, a warning message is displayed. In this case, out of range parameter  
values are set to the default values.  
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Using the File Menu  
Importing Waveform Data  
Data import functions allow you to use waveform data created outside the arbitrary waveform generator. You can import  
data to create a new waveform or to replace existing waveform data.  
The arbitrary waveform generator supports the following file formats:  
*.AWG file created by Tektronix AWG5000 series and AWG7000 series  
The following file formats created by Tektronix arbitrary waveform generators such as AWG400/500/600/700 series:  
*.PAT  
*.SEQ  
*.WFM  
*.TFW file created by Tektronix AFG3000 series arbitrary/function generator  
*.DTG file created by Tektronix DTG5000 series data timing generator  
*.WFM or *.ISF file created by Tektronix TDS/DPO series oscilloscope  
Text file (*.TXT)  
Refer to the online help system for more information about file import.  
1. Select File > Import from File... to  
display the Import from File dialog box.  
1
2. Select the file format that you want to  
import.  
3. Click OK.  
The File Import dialog box, such as  
shown in step 4, is displayed.  
2
3
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Using the File Menu  
4. Select a file to import.  
5. Select an import action in the Operation  
frame.  
Set to  
Select the channel and index num-  
ber. The imported waveform data will  
be assigned to the specified position.  
4
Insert before  
The imported waveform data will be  
inserted before the specified cell of  
the sequence. When the run mode is  
non-sequence, this parameter is dis-  
abled.  
7
5
Create only  
The imported waveform will be  
added to the Waveform List window.  
6
Overwrite  
Specified existing waveform data is  
overwritten.  
6. If the imported waveform data contains  
information on sampling rate, amplitude,  
or offset, you can select the attribute for  
the waveform using the Change H/W  
Setup.  
For example, if you check the Sampling  
Rate check box, the sampling rate will be  
modified to reproduce the same signal  
as the imported data.  
7. Click Open.  
When the import file format is *.AWG,  
*.DTG, or *.TXT, a corresponding dialog  
box is displayed.  
When the import file format is other than  
*.AWG, *.DTG, or *.TXT, the selected  
file is imported and the waveform  
name(s) are listed in the Waveform List  
window.  
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Using the File Menu  
8. If the file format is Tektronix AWG5000  
series or AWG7000 series, the AWG  
File Import dialog box is displayed.  
Select a waveform to import.  
8
9. Click OK. The selected waveform is  
imported.  
You can select multiple waveforms.  
9
10. If the file format is Tektronix DTG5000  
series, the DTG File Import dialog box is  
displayed.  
10  
11. Assign each bit of imported DTG5000  
series block data (DTG bits) to AWG  
bits.  
11  
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Using the File Menu  
12. If text file format is selected, the Text  
File Import dialog box is displayed.  
12  
13  
Select the file format using the Format  
frame.  
13. Select the normalize option using the  
Normalize frame.  
None  
The waveform data is not normal-  
ized.  
Fit to DAC Range, Preserve Offset  
The waveform data is scaled relative  
to 0 (zero).  
Fit to Full DAC Range  
Minimum value goes to –1.0 in  
normalized value and the maximum  
value goes to +1.0 in normalized  
value.  
14. This dialog box is displayed when you  
execute import and the same name  
waveforms already exist. Select Yes or  
Yes to All if you want to replace the  
waveform(s).  
14  
Quick Tips  
When creating a new waveform, the name of the imported file will be the name of created waveform.  
By executing the file import function, the existing waveform is changed to be the same length as the imported file.  
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Using the File Menu  
Exporting Waveform Data  
The arbitrary waveform generator can export waveform data to a text file for use with other applications.  
1. Select the waveform data for export.  
You can select a waveform from the  
Waveform List window.  
1
2. Select File > Export Waveform to  
File... to open the Export dialog box.  
Select a location to save the waveform  
data in Save in box.  
2
3. The waveform name you selected in the  
Waveform List window is displayed.  
4. Click Save. You can export the selected  
waveform data as a file format .txt.  
3
4
Quick Tips  
You can select one of the following file formats for export:  
Text (*.txt)  
Text – Digital 14 bits (*.txt)  
In the sequence mode, you can also open the dialog box from the pop-up menu displayed by right-clicking on a cell.  
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Using the Edit Menu  
Using the Edit Menu  
Use the Edit menu to create a new waveform or modify an existing waveform.  
1. Select Undo to cancel the last process.  
1
Undo does not apply to cursor position,  
zoom, and scroll functions.  
2
2. Select Redo to repeat the last process.  
3
3. Opens the Standard Waveform dialog  
box.  
4
5
4. Opens the Sequence Control Parame-  
ters dialog box.  
6
5. Opens the Cut or Delete dialog box.  
7
In the sequence, Cut or Delete causes  
an immediate action.  
8
6. Select Delete All Waveforms to delete  
all the waveform data in the setup file.  
9
7. Clear removes contents of selected  
element(s) in the Sequence window.  
Remaining elements do not shift.  
10  
In the Waveform window, Clear  
removes the selected waveform data.  
8. Opens the Copy dialog box.  
In the sequence, Copy causes an  
immediate action.  
11  
9. Select Paste to copy the content of clip-  
boad.  
12  
10. Opens various edit-related dialog  
boxes.  
11. Opens the Marker related submenu.  
12. Opens Waveform Properties dialog box.  
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Using the Edit Menu  
Creating a Standard Waveform  
You can create a new waveform using the standard waveform dialog box.  
1. Select Edit > Standard Waveform... to  
open the Standard Waveform dialog  
box.  
1
2. Use Function to select a waveform  
type. You can select a waveform from  
Sine, Triangle, Square, Ramp, Gaus-  
sian Noise, and DC.  
2
3. Use Timing to set parameters for  
Frequency, Waveform Length, and  
Cycle.  
3
4. Select Auto or No Change in Sampling  
Rate.  
4
Auto  
Sampling rate and waveform length  
are automatically set to appropriate  
values.  
5
No Change  
Sampling rate is not changed. You  
can select any two parameters from  
frequency, waveform length, and  
cycle. The remaining parameter will  
be calculated automatically.  
5. A waveform is displayed on the Preview  
screen.  
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Using the Edit Menu  
6. Use Level to set parameters for Ampli-  
tude/Offset or High/Low.  
6
7
7. Use Option to select the amplitude/  
offset settings. This frame is displayed  
when you set the vertical units to  
Voltage.  
If you set the vertical units to Normal-  
ized Value, this frame is disabled. Refer  
to page 59 for vertical units setting.  
8. Select an edit action in the Operation  
frame.  
Set to  
Specifies the channel and index  
number. The created waveform is  
assigned to the specified position.  
8
Insert before  
The created waveform is inserted  
before the specified cell of the  
sequence. When this command is  
executed, the remaining data is  
shifted. When the Run mode is  
non-sequence, this parameter is dis-  
abled.  
Create only  
Creates a new waveform, but the  
waveform is not loaded. Enter the  
waveform name in the Waveform  
Name box. The created waveform is  
listed in the Waveform List window.  
9
Overwrite  
Specified existing waveform data is  
overwritten. When you select Over-  
write, a waveform currently being  
loaded is displayed in the Target  
Waveform Name box. The Waveform  
Name box is disabled.  
9. Click Execute to create a waveform.  
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Using the Edit Menu  
Using Cut, Copy, Paste and Delete (Waveform Window)  
You can cut or copy specified area to the instrument’s internal clipboard. Cut or copied data can be pasted to a specified  
position in either Graphic or Table mode. When executing these operations, items and range are usually specified.  
You can select item(s) to cut or copy from the following:  
All – Cut or copy all items  
Ch n Analog data  
Ch n Marker 1 data/Marker 2 data  
You can specify the range to cut or copy from the following:  
All – Cut or copy all data.  
Between Cursors – Cut or copy the area between the two cursors.  
Selected (Table mode only) – Select the cut or copy area by dragging the mouse in the Table mode. In this case,  
the Cut dialog box automatically checks Selected in the Range field.  
NOTE. The internal clipboard resides in the instrument application software. It is different from Windows clipboard. You  
cannot transfer data from other applications like Microsoft Excel into the instrument clipboard. Data transfer from other  
applications is possible using the import/export functions.  
Example of Cut (Waveform Window)  
You can execute Cut operation for both Graphic mode and Table mode in the Waveform window.  
1. Select the item(s) you want to cut.  
1
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Using the Edit Menu  
2. Specify the range using cursors.  
2
3. Select Edit > Cut... to open the Cut  
dialog box. You can also select Cut from  
the pop-up menu displayed by  
right-clicking in the Waveform window.  
If you need to change the Item or Range  
settings, use this dialog box.  
4. Click OK.  
3
4
5. The selected portion of the waveform is  
cut. The waveform is shifted and the  
default value will be filled.  
NOTE. If part of items are cut or deleted, the  
waveform length will not be shortened. The  
data is shifted. The portion after the shifted  
area will be filled with default value.  
5
Quick Tips  
Delete is the same as Cut except that Delete does not change the contents of the internal clipboard.  
If all items are cut or deleted, the waveform length will be shortened accordingly.  
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Using the Edit Menu  
Defining a Sequence  
It is sometimes necessary to create long waveform files to fully implement a DUT test. Where portions of the waveforms  
are repeated, a waveform sequencing function can save you a lot of memory-intensive waveform programming.  
Sequencer is used for mainly the following two purposes:  
Output longer waveform than hardware memory  
Change the output waveform quickly (such as ATE applications)  
1. To define a sequence, select Edit >  
Sequence Control Parameters... to  
open the dialog box.  
1
2
2. The sequencer will wait for the trigger  
before generating a waveform if Wait  
Trigger is checked.  
3. A waveform can be repeated if the  
Repeat Count is specified for each  
element of the sequence.  
3
4
5
4. Event Jump To changes the sequenc-  
ing of the waveform by the external  
event.  
See the Quick Tips below for supported  
event signals.  
5. If you specify Go To target for each  
sequence element, the sequencer jumps  
to the element specified by Go To target  
immediately after generating the wave-  
form specified in a sequence element.  
If the Go To target is not specified, the  
sequencer moves on to the next element.  
Quick Tips  
If Sequence is selected in the Run mode, the sequencer executes the sequence definition. Sequence definition  
consists of a series of sequence elements. Each sequence element has the following information:  
References to the waveform for each channel  
Sequence control parameters (Wait, Repeat, Event Jump To and Go To)  
Sequence is executed in turn from the first element (Element Index = 1) to the last element. If an element has Jump To  
or Go To, the sequencer follows that definition.  
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Using the Edit Menu  
The following signals are supported as an event:  
A signal applied to the front-panel Event Input connector  
When the front-panel Force Event button is being pushed  
Remote command  
NOTE. There are two sequencer modes in the arbitrary waveform generator to execute the created sequence: The hard-  
ware sequencer mode and the software sequencer mode. Refer to the online help for details about the difference between  
the hardware and software sequencer modes.  
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Using the Edit Menu  
Editing a Sequence  
The following commands are provided for sequence edit:  
Clear. Clear removes the contents of selected element(s). Unselected elements do not shift. You can clear multiple  
non-contiguous elements.  
Copy, Paste-Insert and Paste-Replace. You can copy or paste data on one or more contiguous elements. The data  
in the clipboard will be inserted or replaced at the specified position of the sequence. If Paste-Insert is executed, the exist-  
ing data is shifted.  
Cut Example (Sequence Window)  
You can do a Cut or Delete on one or more contiguous elements.  
1. Select the element(s) to cut. In this  
example, Index number 2 is the target of  
Cut.  
NOTE. Cut and Delete can be done by the units  
of element.  
1
2. Select Cut from the Edit menu or the  
pop-up menu.  
2
3. Cut is executed and the remaining data  
in the sequence are shifted.  
3
NOTE. Cut data is placed in the clipboard.  
Deleted data is removed from the sequence  
and cannot be recovered.  
Quick Tip  
For more information on the edit commands for sequence, refer to the online help.  
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Using the Edit Menu  
Using Set Waveform and Insert Waveform  
You can insert or replace a waveform in the Sequence window.  
Set Waveform – Use to assign or replace the selected waveform at the specified position in the Sequence window.  
Insert Waveform – Use to insert the selected waveform at the specified position in the Sequence window.  
1. Right-click on the Sequence window  
cell you want to set or insert a waveform  
to display the pop-up menu, and then  
select Set Waveform... or Insert  
Waveform...  
You can also access these functions  
from the Edit menu.  
1
2. Select a waveform you want to set or  
insert from the displayed list.  
3. Click OK to set or insert the waveform.  
2
3
Quick Tip  
You can select and drag a waveform from the Waveform List window to the Sequence window. This is an easier way  
to set or insert a waveform to the Sequence window.  
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Using the Edit Menu  
Using Paste-Insert and Paste-Replace  
You can insert or replace waveform data in the clipboard in the Waveform window or Sequence window. The following  
example shows a Paste-Insert operation in the Waveform window.  
1. Select the Ch 2 waveform.  
2
2. Select the range of copy using the  
cursors.  
1
3. Select Edit > Copy... to display the  
dialog box and then specify Item and  
Range to copy.  
4. Click OK.  
3
4
5. Select the Ch 1 waveform.  
6
6. Specify the position to Paste-Insert the  
waveform data.  
5
7. Select Edit > Paste-Insert to insert the  
copied data to the specified position on  
the Ch 1 waveform.  
7
Quick Tips  
Executing Paste-Insert will shift the existing data.  
Executing Paste-Replace will not shift the existing data.  
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Using the Edit Menu  
Using Rename  
You can change the waveform name in the Waveform List window.  
1. Select a waveform in the Waveform List  
window, and then select Edit >  
Rename from the menu bar to open the  
Rename dialog box.  
1
2
3
2. The waveform name is displayed.  
3. Enter the new waveform name in the To  
field.  
Using Other Edit Menu Commands  
Scale. You can scale the specified range of analog data using Scale from the Edit menu.  
1. Vertical scale origin and scale factor  
can be set. The scale factor does not  
have the units.  
2. For item and range, refer to page 44.  
1
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Using the Edit Menu  
Offset. You can add constants to the specified range of analog data using Offset from the Edit menu.  
1. Offset can be set by voltage or normal-  
ized value.  
1
2
2. For item and range, refer to page 44.  
Invert. Data values in the specified range can be inverted using Invert from the Edit menu.  
1. For item and range, refer to page 44.  
For analog data, a positive value will  
become negative. For marker data, low  
(0) becomes high (1).  
1
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Using the Edit Menu  
Horizontal Shift/Rotate. You can shift or rotate the specified range of waveform data horizontally using Shift/Rotate  
from the Edit menu.  
1. Select Mode (Shift or Rotate).  
2. Enter the value for the Shift or Rotate  
range.  
1
3
3. Linear or Quadratic interpolation can be  
selected for fractional shift or rotation.  
2
4. For item and range, refer to page 44.  
4
Quick Tips  
Horizontal Rotate is used to check if the waveform data is connected smoothly from the end of the first waveform to  
the beginning of the second waveform. This is especially useful when the waveform is looped by the sequencer.  
Horizontal Shift/Rotate is applied for analog data and marker.  
Set High/Low. You can set the specified range of marker data to high or low using Set High/Low from the Edit menu.  
1. Select High or Low.  
2. For item and range, refer to page 44.  
1
2
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Using the Edit Menu  
PRBS. You can replace a specified range of waveform data with a PRBS pattern.  
1. Select a PRBS pattern.  
2. Select a Mark Density.  
1
2
3. Invert can be set to On or Off.  
4. For item and range, refer to page 44.  
3
4
Set Pattern. You can fill the specified area of marker data with a selected digital pattern.  
1. You can enter a pattern directly, or load  
a text file from the internal hard drive or  
an external memory device.  
1
The maximum length of a bit pattern is  
1000.  
2. For item and range, refer to page 44.  
If multiple items are specified as a  
target for Set Pattern, the same data will  
be filled in for all items.  
2
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Using the Edit Menu  
Clock Pattern. You can fill a specified area of marker data with the 1010 clock pattern.  
1. Use this dialog box to change the Item  
or Range.  
1
Binary Counter. You can fill the specified area of marker data with binary counter pattern.  
1. You can select the direction (Up counter  
or Down counter).  
1
The up counter begins from all 0, and  
the down counter begins from all 1.  
2. For item and range, refer to page 44.  
2
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Using the Edit Menu  
Waveform Properties. You can confirm or change properties of waveform data using the Waveform Properties dialog  
box.  
1. Select a waveform in the Waveform List  
window, and then select Edit > Wave-  
form Properties... from the menu bar  
to display the dialog box.  
You can also access this dialog box  
from the pop-up menu displayed by  
right-clicking in the Waveform List  
window.  
1
2. You can confirm or change the wave-  
form length.  
3. You can confirm or change the wave-  
form data type (Real or Integer).  
2
3
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Using the View Menu  
Using the View Menu  
Use the View menu to control the arbitrary waveform generator screen display. The choices are as follows:  
1. Opens the Go To... dialog box.  
1
2. You can select one of these zoom func-  
tions. See page 61.  
3. Check to display these control windows  
and status bar.  
2
4. Opens the Display Properties dialog  
box.  
5. Check to display the Remote Command  
Bar. See page 18.  
3
4
5
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Using the View Menu  
Using Go To Dialog Box  
This dialog box is used to move to a specified position in the sequence, or to specify an index number to go to.  
1. Select View > Go To... in the Sequence  
window to display the Go To dialog box.  
1
Select the Go To target or enter an  
index number in the Value field.  
You cannot specify the Go To target  
using a parameter of time.  
2
2. Click OK. The display will shift to the  
specified position.  
3. Select View > Go To... in the Waveform  
window to display the Go To dialog box.  
3
Select the Go To target or enter Points  
or Time value in the Value field.  
4. Click OK. The display will shift to the  
specified position.  
4
Quick Tip  
You can also use the Go To dialog box in the Waveform List window.  
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Using the View Menu  
Using Display Properties Dialog Box  
You can configure the appearance of waveform edit and sequence edit windows of your arbitrary waveform generator.  
1. Select View > Display Properties... to  
display the Display Properties dialog  
box.  
1
5
Click the Waveform Window tab.  
2
2. You can select the Waveform window  
display format (Graphic or Table).  
3
3. When Overlay is specified, analog data  
from multiple channels can be  
displayed overlaid.  
4
6
8
4. When Graphic is specified, you can  
turn the Grid On and Off.  
7
5. When Table is specified, you can select  
the table display format from the  
following:  
Binary  
Hex  
Voltage  
Normalized Value  
6. You can select displayed items for each  
channel in the Waveform window.  
7. You can select the vertical units.  
8. You can select the horizontal units.  
The vertical and horizontal units set-  
tings are common to all channels.  
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Using the View Menu  
9. Click the Sequence Window tab.  
10. Select Graphic or Table for the  
Sequence window display format. The  
display format is common to all chan-  
nels.  
9
10  
11. If Graphic is specified, you can select  
the display format (Thumbnail or  
Waveform Name).  
11  
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Using the View Menu  
Using Zoom  
Use the Zoom function to magnify or reduce a waveform display. The choices are as follows:  
1. Zoom In  
Use Zoom In to magnify a waveform  
1
horizontally and vertically at the same  
time.  
2
2. Horizontal Zoom In  
Use Horizontal Zoom In to magnify a  
waveform horizontally.  
3
4
3. Vertical Zoom In  
Use Vertical Zoom In to magnify a  
waveform vertically.  
5
You can select the vertical scale defini-  
tion when zooming vertically. Use the  
Preferences dialog box. See page 69.  
4. Zoom Out  
Use Zoom Out to return the previous  
zoom factor. You can use Zoom Out only  
after the waveform is magnified.  
5. Fit to Window  
Use Fit to Window to fit the waveform  
in the window and restore the waveform  
to its state before the first zoom in. You  
can use Fit to Window only after the  
waveform is magnified.  
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Using the Settings Menu  
Using the Settings Menu  
Use the Settings menu to control the display items on the Settings window.  
1. Click one of these commands to make  
the corresponding page of the Settings  
window active.  
1
2. These menu items allow you to select  
Analog, Marker, and Digital Ampli-  
tude/Offset or High/Low settings.  
3. Select setting units for Waveform Rota-  
tion. You can use the Channel page of  
the Settings window for parameter  
input.  
4. Opens the Coupling dialog box.  
3
2
4
5. If Analog (Marker or Digital) Ampli-  
tude/Offset is selected, the parameters  
for Amplitude and Offset are displayed  
in the Channel page of the Settings  
window.  
5
6. If Analog (Marker or Digital) High/Low is  
selected, the parameters for Analog  
(Marker or Digital) High and Analog  
(Marker or Digital) Low are displayed in  
the Channel page of the Settings  
window.  
6
Quick Tips  
The Waveform Rotation can be set independently for each channel.  
Analog Phase – Can be set by degree (°).  
Analog Delay – Can be set by time or points.  
The Waveform Rotation setting does not affect the Waveform window display.  
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Using the Settings Menu  
Channel Coupling  
You can change the parameter values for multiple channels at a time. This function is called Channel Coupling.  
1. Select Settings > Coupling... to open  
the Coupling dialog box.  
You can also open this dialog box from  
the pop-up menu displayed by  
right-clicking on the Channel page of  
the Settings window.  
1
2. Select a coupling method.  
Ch 1 –> Ch 2 and Ch 3 –> Ch 4 means  
that Ch 1 and Ch 2, and Ch 3 and Ch 4  
are coupled, respectively.  
2
3
3. Select Ch 1 –>Ch 2, Ch 3, Ch 4 to  
couple the Ch 1 parameters with Ch 2,  
Ch 3, and Ch 4 parameters.  
Quick Tips  
Ch 1 –>Ch 2, Ch 3, Ch 4 means that Ch 1 parameters are coupled with Ch 2, Ch 3 and Ch 4 parameters. With the  
Channel Coupling in the On state, the Ch 1 parameters are applied to the instrument hardware settings of the other  
three channels. You cannot select parameters for channel coupling in the Channel page of the Settings window. The  
disabled parameters are grayed out.  
The following parameters are excluded from channel coupling:  
Channel skew  
Output waveform  
Sequence waveform  
External signal add function  
Waveform Rotation  
Marker Delay  
Parameters that are not related to the output signal, such as marker display on/off  
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Using the Tools Menu  
Using the Tools Menu  
Use the Tools menu to perform the math operations or select normalize option settings.  
Math Waveforms  
You can use the Math dialog box to perform mathematical operations on the waveform you are editing. The analog data of  
two waveforms can be added, subtracted, or multiplied. The created waveform data can be added to the Waveform List.  
1. Select Tools > Math... to display the  
Math dialog box.  
1
2. You can enter a waveform name in the  
New Waveform field. The default wave-  
form name is Untitled1.  
3
4
2
3. Select a waveform from the waveform  
list. Click the icon to display the Wave-  
form List dialog box.  
4. Select a math operator.  
5. If Update Image is checked, the calcu-  
lation results will be reflected on the  
graph.  
6. Click OK to add the new waveform to  
the Waveform List window.  
5
6
Quick Tips  
A new waveform will be created as the result of waveform math operation. For the marker data, the data of the first  
operand waveform will be copied to the new waveform.  
The math operation is executed for all analog waveform data.  
If the length of two waveforms is not the same, the length of the result is the same as the length of the shorter waveform.  
The beginning part of the longer waveform is used for the calculation.  
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Using the Tools Menu  
Normalize Option  
You can select normalize options when analog data is normalized. Normalize is executed for the entire analog waveform  
data.  
Select one of the following options from the  
Tools menu:  
1. Fit to DAC Range, Preserve Offset  
The waveform data is scaled relative to  
0 (zero).  
1
2
2. Fit to Full DAC Range  
Minimum value goes to –1.0 in normal-  
ized value and the maximum value goes  
to +1.0 in normalized value.  
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Using the System Menu  
Using the System Menu  
The System menu provides access to the instrument system configuration such as signal generation control, instrument  
calibration, and instrument diagnostics. You can also set the user preferences such as power-on settings or LCD brightness  
using the System menu.  
1. Select System > Run or Stop to control  
the signal generation start and stop.  
See page 17 for Run State.  
1
2. Click one of these commands to open  
the corresponding dialog box.  
2
Quick Tip  
Selecting Run from the System menu causes the same effect as pushing the front-panel Run button or the Status Bar  
Run button.  
Channel Skew Adjustment  
The channel skew adjusts the skew (delay) of each channel output.  
Select System > Channel Skew... to open the  
Channel Skew dialog box.  
2
1. You can adjust the skew for each  
channel independently. This adjustment  
applies to analog output and marker  
output.  
1
2. Adjusting the skew value will update the  
dialog box display.  
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Using the System Menu  
Using Force Jump To Dialog Box  
Force Jump allows you to jump to a position that you choose. This function is used in sequence mode.  
1. Select System > Force Jump To... to  
open the Force Jump To dialog box.  
1
2. Specify a jump target or select Index  
No.  
2
3. When Index No is selected as jump  
target, enter the index number using the  
Value: field.  
4. Click Jump Now to change the wave-  
form output to the position specified by  
jump target.  
3
4
5
5. Click Close to close the dialog box.  
Quick Tips  
The arbitrary waveform generator has an Event Jump function which changes the sequence using an event signal. Use  
the Event page of the Settings window to set parameters for Event Jump. See page 31 for the Event page.  
Use the Sequence Control Parameters dialog box from the Edit menu to set the jump target of Event Jump.  
See page 46 for the dialog box.  
Force Jump is similar to Event Jump. In the case of Force Jump, you must specify the jump target explicitly by using  
the Force Jump To dialog box.  
Force Jump is independent from Event Jump. Force Jump can be executed regardless of the Event Jump setting.  
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Using the System Menu  
Setting GPIB/LAN  
Select System > GPIB/LAN Configuration to  
open the GPIB/LAN Configuration dialog box.  
1
1. Set the instrument GPIB bus communi-  
cation:  
Talk/Listen – Select this mode to  
remotely control the instrument from  
an external host computer.  
Off Bus– Select this mode to discon-  
nect the instrument from the GPIB  
bus.  
2
2. The instrument supports the following  
two LAN connections:  
VXI-11  
Raw Socket  
Quick Tip  
The following operations cannot be performed through a GPIB or LAN connection:  
Editing a waveform  
Changing size or name of waveform  
Converting the waveform format  
Importing waveform data from the AWG5000 series and AWG7000 series setup (*.AWG) file  
Importing a Tektronix DTG5000 series file (*.DTG)  
Importing a Tektronix AWG400/500/600/700 series SEQ file  
Exporting a file  
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Using the System Menu  
Setting the User Preferences  
Select System > Preferences... to open the  
Preferences dialog box.  
1
1. Startup – Select a power-on setting.  
4
2. LCD Brightness – Set the LCD brigt-  
ness.  
5
3. Remote Command Log – You can  
record the sequence of GPIB  
commands you used with your instru-  
ment.  
2
3
6
4. Fit to Window Based On – Select the  
vertical scale setting when you use the  
Zoom Fit function.  
H/W Output Range  
Vertical scale is set based on the  
instrument hardware limitation.  
Waveform Data  
Vertical scale is set based on the  
waveform data.  
5. Hold – Select which parameter is held  
when the effective waveform length is  
modified.  
Sampling Rate  
Repetition Rate  
6. User Online Help Language – Select a  
language in which to display on the  
User Online Help.  
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Using the System Menu  
Option Installation  
Use the Option Installation dialog box to enable the upgrades that you purchased from Tektronix for your instrument. For  
1. Select System > Option Installation...  
to open the Option Installation dialog  
box.  
1
2. Click Continue to open the second  
dialog box.  
Enter the Option Installation Key pro-  
vided by Tektronix, and follow the  
on-screen instructions to install the  
option.  
2
NOTE. After entering the option key, you must restart the instrument application to activate the option.  
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Tutor ials  
Tutorials  
The examples in this section show how to use your instrument to do common arbitrary waveform generator tasks. These  
examples use the dual-channel model.  
Creating and Editing a Standard Waveform  
1. Recall the default setup.  
1
2. Select Continuous from the Run Mode  
page of the Settings window.  
2
3. Use the Standard Waveform dialog box  
to create the square waveform shown  
below:  
3
Waveform Length: 960 points  
Cycles: 5  
Amplitude: 1.0 V  
p-p  
Offset: 0.5 V  
4. Set the waveform created in step 3 to  
Ch 1.  
5. Assign the waveform name  
“Ch1-Square” to the waveform.  
4
5
6. Use the Standard Waveform dialog box  
to create the sine waveform shown  
below:  
6
Waveform Length: 1024 points  
Cycles: 3  
Amplitude: 1.0 V  
p-p  
Offset: –0.5 V  
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Tutor ials  
7. Set the waveform created in step 6 to  
Ch 2.  
8. Assign the waveform name “Ch2-Sine”  
to the waveform.  
7
8
9. To edit analog waveform data, hide the  
Ch 1 and Ch 2 Marker data using the  
Display Properties dialog box.  
9
10. Delete points from the end of the Ch 2  
waveform to make it the same length as  
the Ch 1 waveform.  
Use cursors to set the range.  
10  
11. Ch 1 and Ch 2 waveforms have the  
same waveform length. You can now  
output the signal.  
11  
12. Save the setup.  
12  
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Tutor ials  
Editing a Sequence  
1. Recall the default setup.  
1
2. Select Sequence from the Run Mode  
page of the Settings window.  
2
3. Select *Sine960 from the Predefined  
page of the Waveform List window, and  
set the waveform to the first cell of Ch 1  
sequence.  
3
Refer to page 24 to learn how to assign  
an existing waveform to a cell in the  
sequence.  
4. Select *Triangle960 from the  
Predefined page of the Waveform List  
window, and set the waveform to the  
second cell of Ch 1 sequence.  
4
5. Create a sine waveform with the  
following attributes and set the wave-  
form to the third cell of Ch 1 sequence.  
Waveform Length: 960 points  
Cycles: 5  
5
Amplitude: 1.0 V  
p-p  
Offset: 0.0 V  
Waveform Name: Sine-1  
6. Select the first element in the Sequence  
window. The selected cell is high-  
lighted.  
6
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Tutor ials  
7. Set Wait Trigger to the index number 1  
using the Sequence Control Parame-  
ters dialog box. This makes the  
sequence wait a trigger before gener-  
ating the first element.  
7
8. Set Repeat Count to 5 at the index  
number 2. This makes the sequence  
repeat the second element five times.  
8
9. Set Go To target to 1 at the index  
number 3. This makes the sequence  
jump to index number 1 after generating  
the index number 3.  
9
10. Click the Run button to confirm that the  
sequence works properly. The anima-  
tion window next to the Run button will  
be activated when the instrument is in  
the running state.  
10  
This screen image shows Table mode is  
selected in the Sequence window.  
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Index  
Index  
Clear  
Edit menu 41  
External Clock Input connector  
Rear panel 12  
Numerics  
10 MHz Reference Output connector  
Rear panel 12  
Sequence window 48  
Waveform window 25  
F
Factory Default  
Startup setting 32  
Factory Default button  
Front panel 13, 32  
File menu  
Clock Pattern  
Edit menu 55  
Configuration Utility dialog box 6  
Continuous  
A
Accessing control windows 20  
Accessing menus 20  
Accessories 1  
Run mode 29  
Control panel 13  
Control settings  
How to change 16  
Control windows  
Display/Hide 21  
Overview 33  
Add Input  
Settings window 26  
Add Input connector  
Rear panel 12  
File Open/Save button  
Front panel 13  
Force Event button  
Front panel 14, 47  
Status bar 22  
Cut example  
All Outputs On/Off button  
Front panel 14, 17  
Status bar 22  
Sequence window 48  
Waveform window 44  
Force Jump To  
System menu 67  
Force Trigger button  
Front panel 14  
Amplitude button  
Front panel 14  
D
Analog Delay  
Status bar 22  
Waveform rotation 62  
Analog Output connector  
Front panel 11  
DC Output connector  
Front panel 11  
Front panel 11  
DC Output page  
Settings window 31  
Default setup 32  
Front panel controls  
Lock/unlock 15  
Analog Phase  
Waveform rotation 62  
Arbitrary waveform generator  
Basic steps 19  
Diagnostics 7  
G
Gated  
Digit select arrow keys  
Front panel 14  
Digital Data Out connector  
Rear panel 12  
Run mode 29  
General purpose knob  
Front panel 14  
Go To  
B
Digital Output 27  
Binary Counter  
Edit menu 55  
Direct Output, Settings window 26  
Display Properties dialog box 25, 59  
Divider Rate 28  
Sequence control parameter 46  
View menu 58  
C
Calibration 8  
GPIB connector  
Documentation viii  
Front panel 12  
GPIB/LAN Configuration  
System menu 68  
Channel Coupling  
Settings menu 63  
Channel Output On button  
Front panel 13  
E
Edit menu  
Overview 41  
H
Channel page  
Event Input connector  
Front panel 11, 47  
Event Jump 67  
Hardware sequencer 47  
Help Language  
Preferences dialog box 69  
Hold  
Preferences dialog box 69  
Settings window 26  
Channel Select button  
Front panel 13  
Event Jump To  
Sequence control parameter 46  
Event page  
Settings window 31  
Export waveform data 40  
Channel Skew  
System menu 66  
Cleaning 2  
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Index  
Offset button  
Front panel 14  
Run Mode page  
Settings window 29  
I
Icons  
Online help 10  
Run state control 17  
Sequence window 24  
Operating requirements 2  
Option Installation  
System menu 70  
Import waveform data 36  
Incoming inspection 7  
Insert Waveform  
Edit menu 49  
S
Oscillator Output connector  
Rear panel 12  
Safety summary iii  
Sampling Rate button  
Front panel 13  
Invert  
Output on/off 17  
Edit menu 52  
Overheat protection 9  
Saving instrument setup 34  
Scale  
Edit menu 51  
Item, Edit menu 44  
P
Paste-Insert  
Screen interface 18  
Self calibration 8  
L
LAN connector  
Edit menu 50  
Sequence  
Front panel 12  
Paste-Replace  
Edit menu 46  
Editing 48  
Run mode 29  
Last Used File  
Startup setting 32  
LCD Brightness  
Preferences dialog box 69  
Lock/unlock  
Front panel controls 15  
Edit menu 50  
Pop-up keypad 16  
Power supply 2  
Sequence Control Parameters dialog  
box 46  
Power-on self test 7  
Power-on settings 32  
PRBS  
Sequence edit  
Tutor ials 73  
Sequence element 46  
Sequence window 24  
Screen interface 18  
Set High/Low  
Edit menu 54  
Predefined waveforms  
Waveform List window 23  
Preferences dialog box 10, 69  
Prevent instrument damage 9  
Programmer online help 10  
M
Marker High/Low button  
Front panel 14  
Marker Output connector  
Front panel 11  
Math  
Edit menu 53  
Set Pattern  
Edit menu 54  
Set Waveform  
Edit menu 49  
Tools menu 64  
Menu bar  
Screen interface 18  
Multiplier Rate 28  
R
Settings menu  
Range, Edit menu 44  
Rear panel 12  
Overview 62  
Settings window 26  
Screen interface 18  
Shift/Rotate  
Recalling instrument setup 35  
Reference Clock Input connector  
Rear panel 12  
Edit menu 53  
N
Remote command bar  
Screen interface 18  
Soft keyboard 16  
Soft keypad 16  
Network connection 5  
Non-sequence mode 19  
Normalize  
Remote Command Log  
Preferences dialog box 69  
Software sequencer 47  
Specifications, Help menu 10  
Spin buttons 16  
Standard accessories 1  
Standard mode  
Tools menu 65  
Remote PC  
Numeric keypad  
Front panel 14  
Controlling the instrument 5  
Rename  
Edit menu 51  
Screen display theme 18  
Repeat  
O
Standard waveform  
Edit menu 42  
Tutor ials 71  
Sequence control parameter 46  
Repetition Rate 28  
Run button  
Offline mode 6  
Offset  
Edit menu 52  
Status bar 22  
Front panel 13, 17  
Status bar 22  
Screen interface 18  
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Index  
System menu  
Overview 66  
Waveform data format  
Saving an instrument setup 34  
Waveform Properties 56  
Waveform List window 23  
Screen interface 18  
T
Waveform Properties  
Confirming waveform length 23  
Edit menu 56  
Text file import 39  
Timing page  
Settings window 28  
Waveform Rotation  
Settings menu 62  
Settings window 26  
Tools menu 64  
Tooltip 24  
Touch screen 15  
Adjustment 15  
Touch Screen Off button  
Front panel 13  
Trigger Input connector  
Front panel 11  
Trigger page  
Settings window 30  
Triggered  
Run mode 29  
Waveform window 25  
Screen interface 18  
Window tag  
Screen interface 18  
Z
Zoom 61  
Tutor ials  
Sequence 73  
Standard waveform 71  
U
USB connector  
Front panel 11  
Rear panel 12  
User Default File  
Startup setting 32  
User online help 10  
User preferences  
System menu 69  
User-defined waveforms  
Waveform List window 23  
V
View menu  
Overview 57  
W
Wait Trigger  
Sequence control parameter 46  
Waveform data  
Export 40  
Import 36  
AWG5000 Series Quick Start User Manual  
77  
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Index  
78  
AWG5000 Series Quick Start User Manual  
Download from Www.Somanuals.com. All Manuals Search And Download.  

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