Intelligent Motion Systems UDAS 1001E User Manual

INNOVATIVE PC Data Acquisition Solutions  
UDAS-1001E Series  
Hardware User Manual  
for the  
Multifunction Data Acquisition System  
855M495  
1.0  
Technica l Assista nce a nd Service  
Seller's warranty as herein set forth shall not be enlarged, diminished or affected by, and no  
obligation or liability shall arise or grow out of, Seller's rendering of technical advice, facilities or  
service in connection with Buyer's order of the goods furnished hereunder. Products returned for  
warranty service, but which are found to be fully functional and in conformance with  
specifications may be subject to a nominal service charge and return freight charges. Periodic re-  
calibration of products, if required, is the responsibility of Buyer and is not provided under this  
Warranty.  
Online Support  
If errors persist after repeatedly checking the unit as described in the UDAS-1001E Series  
Hardware User Manual, check the technical support links on Intelligent Instrumentation’s 24-  
hour World Wide Web site at http:// www.instrument.com. The site contains information on  
Intelligent Instrumentation’s products, new developments, announcements, application notes,  
application examples, and other useful information. The site and support areas continue to grow  
as new products, updates, and features are added.  
Email Support  
Intelligent Instrumentation’s technical support can be reached via email. When sending an email  
message, be sure to include complete contact information as well as a detailed description of the  
products being used and the problem. Use the following addresses to contact the support group:  
North American Customers  
International Customers  
In France:[email protected]  
In Italy: [email protected]  
In Germany: [email protected]  
Sta tic Se nsitivity  
Seller ships all static-susceptible products in anti-static packages. Seller's Warranty as herein set  
forth shall not cover warranty repair or replacement for products damaged by static due to  
Buyer's failure to use proper protective procedures when handling, storing, or installing products.  
Tra de m a rks  
U-Link‘ ‘ ‘ ÔSoftware Libraries is a trademark of Intelligent Instrumentation Incorporated.  
VisualDesignerÒ is a registered trademark of Intelligent Instrumentation Incorporated.  
LabVIEWÒ is a registered trademark of National Instruments Corporation.  
WindowsÒ 98 is a registered trademark of MicrosoftÒ Corporation in the U.S.A. and other  
countries.  
Other products or brand names are trademarks or registered trademarks of their respective  
companies.  
Use of Equipm e nt  
Intelligent Instrumentation Inc., assumes no responsibility for any direct, indirect or  
consequential loss or damages resulting from misuse of the equipment or for improper or  
inadequate maintenance of the equipment or for any such damage or loss resulting from the use  
of other equipment, attachments, accessories, and repairs at any time made to or placed upon the  
equipment or any replacement thereof. Furthermore, Intelligent Instrumentation Inc., makes no  
representations or warranties, either expressed or implied, in connection with the use of the  
equipment in the event it is improperly used, repaired or maintained.  
FCC Ra dio Fre que ncy Inte rfe re nce Sta te m e nt  
This equipment generates and uses radio frequency energy, and may cause interference to radio  
or television reception.  
Per FCC rules, Part 15, Subpart J, operation of this equipment is subject to the conditions that no  
harmful interference is caused and that interference must be accepted that may be caused by  
other incidental or restricted radiation devices, industrial, scientific or medical equipment, or  
from any authorized radio user.  
The operator of a computing device may be required to stop operating his device upon a finding  
that the device is causing harmful interference and it is in the public interest to stop operation  
until the interference problem has been corrected.  
The user of this equipment is responsible for any interference to radio or television reception  
caused by the equipment. It is the responsibility of the user to correct such interference.  
UDAS-1001E Series User Manual  
Revision History  
Version  
1.0  
Date  
Revision  
000218  
Original Release  
Table of Contents  
Chapter 1  
UDAS-1001E Series Data Acquisition Systems  
1.1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
1.1.1 Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 1.1 UDAS Series Block Diagram . . . . . . . . . . . . . . . . . . . . . . .  
1.2 UDAS 1001E Series Functional Description . . . . . . . . . . . . . . . . . . . . . . .  
1.2.1 Data Acquisition Functions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 1.2 UDAS-1001E-4 dimensional drawing. . . . . . . . . . . . . . . . .  
1.2.2 Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
1.3 Software Support and Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
1.3.1 Software Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
1-1  
1-2  
1-2  
1-4  
1-4  
1-10  
1-11  
1-11  
1-11  
Chapter 2  
Chapter 3  
Configuration and Installation  
2.1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
2.2 Power-on Default Digital I/O Configuration . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 2.1 UDAS Switch S1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
TABLE 2.1 CJC Jumper Positions . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
2.3 Connecting the UDAS Unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
2-1  
2-1  
2-2  
2-4  
2-5  
Checking the System  
3.1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
3.2 Installing and Running UDAS SYSCHECK . . . . . . . . . . . . . . . . . . . . . . . .  
3.3 SYSCHECK Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
3.3.1 Unit Info . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.1 Unit Info dialog . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
3.3.2 System Check . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.2 UDAS SYSCHECK System Check dialog . . . . . . . . . . . . .  
3.3.2.1 Analog Input Test. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.3 UDAS SYSCHECK Analog Input Test of a UDAS unit. . . .  
3.3.2.2 Analog Output Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.4 UDAS SYSCHECK Analog Output Test of a UDAS unit . .  
3.3.2.3 Counter Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.5 UDAS SYSCHECK Counter Test in Count Mode . . . . . . .  
3-1  
3-2  
3-2  
3-3  
3-3  
3-4  
3-4  
3-5  
3-5  
3-6  
3-6  
3-7  
3-7  
FIGURE 3.6 UDAS SYSCHECK Counter Test: Measure Input High Mode 3-8  
FIGURE 3.7 UDAS SYSCHECK Counter Test: Measure Frequency Mode 3-9  
FIGURE 3.8 UDAS SYSCHECK Digital I/O Test . . . . . . . . . . . . . . . . . .  
3.3.3 Paced Analog Input . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.9 UDAS SYSCHECK Paced Analog Input Window . . . . . . .  
FIGURE 3.10 High-Speed Aquisition Sample. . . . . . . . . . . . . . . . . . . . . .  
3.4 Troubleshooting Tips . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
3.4.1 Basic Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE 3.11 System Error message window . . . . . . . . . . . . . . . . . . . . .  
3-10  
3-11  
3-11  
3-12  
3-13  
3-13  
3-13  
i
Table of Contents  
3.4.1.1 Verify Lower Level Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
3-13  
Appendix A Specifications  
A.1 UDAS-1001E Series Hardware Specifications. . . . . . . . . . . . . . . . . . . . .  
A-1  
A-1  
A-4  
A-4  
A-4  
A-5  
A-6  
A-7  
A-7  
TABLE A.1 Hardware Specifications. . . . . . . . . . . . . . . . . . . . . . . . . . .  
A.2 UDAS-1001E-3, UDAS-1001E-4 Dimensions . . . . . . . . . . . . . . . . . . . . .  
FIGURE A.1 Dimensions of the UDAS unit (Top view) . . . . . . . . . . . . .  
FIGURE A.2 Dimensions of the UDAS unit (Rear panel) . . . . . . . . . . .  
FIGURE A.3 Dimensions of the UDAS unit (Bottom view) . . . . . . . . . .  
FIGURE A.4 Dimensional Drawing of the UDAS series PCB . . . . . . . .  
A.3 UDAS I/O Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
TABLE A.2 UDAS I/O Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
Appendix B Accessories  
TABLE B.1 Accessories for the UDAS-1001E Series . . . . . . . . . . . . . .  
B.1 UDAS Termination Panels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
B.1.1 PCI-20429T-1 Multifunction Termination Panel . . . . . . . . . . . . . . . . .  
FIGURE B.1 Securing the PCI-20429T-1 to the UDAS unit . . . . . . . . .  
FIGURE B.2 PCI-20429T-1 Multifunction Termination Panel . . . . . . . .  
B.1.2 UDAS Termination and Signal Conditioning Options . . . . . . . . . . . . .  
FIGURE B.3 UDAS-1001E Termination Options. . . . . . . . . . . . . . . . . .  
FIGURE B.4 UDAS-1001E Termination Options (continued) . . . . . . . .  
FIGURE B.5 Diagram of the PCI-20430A-1’s connectors and cables. .  
B.1.3 Isolator Blocks. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  
B-1  
B-2  
B-2  
B-2  
B-3  
B-4  
B-4  
B-5  
B-6  
B-7  
Appendix C Analog Input and Output Calibration Procedures  
C.1 UDAS Analog Input Circuit Calibration Procedures . . . . . . . . . . . . . . . . .  
C.1.1 Removing the UDAS Unit’s Cover . . . . . . . . . . . . . . . . . . . . . . . . . . .  
FIGURE C.1 Locations of Potentiometers for Adjusting Analog Circuits  
C.1.2 Analog Input Calibration Procedure . . . . . . . . . . . . . . . . . . . . . . . . . .  
C.2 UDAS Analog Output Circuit Calibration Procedure . . . . . . . . . . . . . . . .  
C-1  
C-1  
C-2  
C-3  
C-6  
ii  
Ch a p t e r 1  
UDAS-1001E Series Data  
Acquisition System s  
1.1 Introduction  
The UDAS-1001E Series Data Acquisition Systems are stand-alone, multifunction, plug-and-play  
data acquisition systems that connect to the Universal Serial Bus and operate using power  
supplied through either the USB connector or an external power supply.  
All of the systems feature analog inputs (8 differential, 16 single-ended), digital I/O (Two 8-bit  
ports, each port configurable to input or output), and one counter channel. Selected models  
include an analog output section.  
The UDAS Models include:  
UDAS-1001E-1  
This is a stand alone unit for use with standard termination products.  
UDAS-1001E-1G  
This model is similar to the UDAS-1001E-1, without the housing for use in OEM applications or  
other situations where a bare board is appropriate.  
UDAS-1001E-2  
This is a stand alone unit for use with standard termination products. It includes a two-channel  
analog output with wave form generation.  
UDAS-1001E-2G  
This model is similar to the UDAS-1001E-2, without the housing for use in OEM applications or  
other situations where a bare board is appropriate.  
UDAS-1001E-3  
This model has a multifunction data acquisition system with built-in termination.  
UDAS-1001E-4  
This model is similar to the UDAS-1001E-3, with built-in termination and analog outputs.  
1-1  
UDAS-1001E Series Data Acquisition Systems  
1.1.1 Fe a ture s  
Features and basic specifications of the UDAS units are listed below. Specifications of each UDAS  
unit are listed in Appendix A, Specifications. The UDAS system block diagram is shown below.  
J2  
DIGITAL I/O  
16  
ANALOG  
A/D  
FRONT-END  
4
USB  
m PROCESSOR  
USB  
RATE  
GENERATOR  
INTERFACE  
CHIP  
POWER  
SUPPLY  
ANALOG OUTPUT  
RATE  
GENERATOR  
Dotted line indicates optional Analog Output  
COUNTER  
FIGURE 1.1 UDAS Series Block Diagram  
Softwa re Support Libra ry  
The software support library is included with the UDAS.  
UDAS Support Software includes:  
UDAS SYSCHECK  
U-Link Software Libraries for Windows 98  
LabView 5.0 Support Library  
UDAS Device Driver  
Visual Designer Support Library  
1-2  
UDAS SYSCHECK  
The SYSCHECK application enables you to verify the UDAS installation is functioning properly.  
SYSCHECK can also be used during the calibration procedure and for simple data acquisition.  
U-Link Software Libraries for Windows 98  
These function libraries allow custom application development using C/C++ and Visual Basic.  
LabView 5.0 Support Library  
Allows the use of UDAS with LabVIEW.  
UDAS Device Driver  
To use the UDAS unit, Microsoft Windows requires the UDAS device driver.  
Visual Designer Support Library  
The Visual Designer Support Library allows the use of the UDAS device in Visual Designer 4.0  
applications.  
Ana log Input  
The UDAS unit features:  
16 Single-ended or 8 Differential Analog Inputs  
(±0.05 V, ±0.1 V, ±0.5 V, ±1 V, ±5 V, ±10 V, and 0-0.1 V, 0-1.0 V, 0-10V programmable input  
ranges).  
Analog Input resolution: 12-bit (1 part in 4096).  
Up to 100 kHz input sample rate (built-in timebase generator).  
Analog Trigger function to start analog-to-digital conversions.  
Ana log Output  
The UDAS unit features:  
Up to 100 kHz output rate (built-in timebase generator).  
2 analog outputs at 12-bit resolution (±10V output range, 1 part in 4096).  
Waveform generation  
1-3  
UDAS-1001E Series Data Acquisition Systems  
Digita l Input/ Output  
16 Programmable digital I/O channels. Groups of 8 separately programmable for input or  
output.  
Digital inputs can be programmed to read digital signal status, detect a change-of-state or to  
perform low speed event counting (up to 2 kHz).  
Digital outputs can drive TTL level signals.  
8 of the 16 I/O channels can be configured for preset direction and output state levels for safe  
power-up and reset situations.  
Counte r  
One 16-bit counter channel performs general purpose event counting and frequency measurement  
up to 20 MHz up to 2 MHz for high-speed event counting.  
Term ination  
The UDAS-1001E-3 and UDAS-1001E-4 units have built-in depluggable termination blocks for  
connecting I/O signals. The UDAS-1001E-1 and UDAS-1001E-2 units have a 50-pin I/O connector  
for attaching external termination. Information on termination panels is provided in Appendix B,  
Accessories.  
1.2 UDAS 1001E Series Functional Description  
This section provides information on the following data acquisition functions:  
Analog input  
High-speed analog input  
Acquisition pacing and triggering  
Power supplied by the USB port or by an external power supply  
1.2.1 Da ta Acquisition Functions  
Ana log Input  
The A/D converter on the UDAS device is a 12-bit converter with a throughput rate of 100 kHz.  
For analog input:  
Programmable input voltage ranges are 0-10 V, ±5 V, and ±10 V.  
1-4  
Programmable gains are 1, 10, and 100 which translate to a full-scale input of 0-10 V, 0-1.0 V,  
0-0.1 V, ±10 V, ±1.0 V, ±0.1 V, ±5 V, ±0.5 V, and ±0.05 V.  
The analog input section has 16 single-ended or 8-differential analog input channels.  
The analog input section has a first-in-first-out (FIFO) buffer for high-speed capturing of data up  
to 100 kHz.  
An analog trigger is also provided to initiate high-speed conversions based on a voltage transition  
on a selected analog input channel, or on an external TTL level signal. A programmable crystal-  
based rate generator regulates high-speed conversions.  
High-Spe e d Ana log Input Mode  
High-speed mode uses the rate generator (described below), or an external input to start data  
conversions. The use of the rate generator or an external signal to start conversions is referred to  
as pacing.  
On the UDAS unit, the rate generator is able to provide rates from 0.477 conversions per second  
to 100,000 conversions per second. These conversions are either performed on a single input  
channel, or performed on a range of input channels by using the channel scanner (described  
below).  
When the conversion is complete on the current channel, the channel scanner automatically  
selects the next channel. The term high-speed refers to the use of pacing to automatically begin  
the conversions. The speed of the actual rate of conversions can be controlled by using the rate  
generator. See Rate Generator, on page 1-6.  
Sta rting a nd Stopping the High-Spe e d Ana log Input Mode  
There are several methods to start and stop conversions available on the UDAS:  
Start with trigger, Stop with software  
Start with trigger, Stop after N samples  
Start with software, Stop N samples after trigger  
Start with software, Stop with software  
Start with software, Stop after N samples  
Starting Conversions  
To start the conversions, use either a trigger or a software command. The trigger can be an  
external digital TTL level input, or an analog input. For an external TTL signal, the slope (rising  
edge or falling edge) must be specified. Use the external input pin to provide this input.  
1-5  
UDAS-1001E Series Data Acquisition Systems  
If an analog input is used for the trigger, specify the trigger level, analog input channel, and  
slope. Use analog output channel 1 for setting the trigger level.  
Note: When using analog input channel 1 for a trigger, do not use this channel  
for any other purpose.  
When an input signal on the selected channel of the proper slope (rising or falling voltage) crosses  
the trigger level, the conversion process begins.  
Stopping Conversions  
To stop a conversion, use either a software command, an N samples counter, or a combination of a  
trigger and an N samples counter.  
Use the N samples counter to specify the number of samples that you want to capture.  
When the trigger is used to stop a conversion, and the N samples counter is used, a post-  
triggering function occurs. In this mode, software is used to start conversions and continue  
indefinitely until a trigger event occurs. When a trigger event occurs, N additional samples are  
captured.  
Ra te Ge ne ra tor  
The UDAS unit contains an on-board 24-bit rate generator for analog input pacing. The base clock  
for the rate generator is an 8 MHz clock derived from a crystal which provides 125 ns resolution  
and a frequency range of 0.4768371 Hz to 4 MHz.  
The I/O connector has a rate generator output pin that is driven by either the Analog Input Rate  
Generator or the Analog Output Rate Generator.  
Cha nne l Sca nne r  
When the channel scanner is enabled, immediately after the conversion on the current channel  
finishes, the next analog input channel to be converted is automatically selected.  
The UDAS device incorporates a 0 to N scanner. This allows analog conversions on all of the input  
channels from channel 0 to channel N, where the value of N is programmable.  
The scanner selects each channel for conversion, beginning with channel 0, incrementing to  
channel N. After the conversion on channel N is complete, the scanner selects channel 0 and the  
process repeats.  
1-6  
The scanner operates with the built-in analog channels, or with the optional AI-MAX. The AI-  
MAX allows up to 256 analog input channels to be connected to a single UDAS device.  
Note: The scanner begins on the selected trigger channel and not channel 0 when the  
start on trigger mode is used with an analog input trigger.  
High-Spe e d Ana log Input Trigge ring  
To start or stop conversions, use triggering in the High-Speed Analog Input mode in the UDAS  
device. The trigger signal can be either an analog input or a digital input.  
When using an analog input as the trigger, the start on trigger mode causes the scanner to start  
on the trigger channel. For example, if the trigger channel is set to 5, the N channel of the 0 to N  
scanner is set to 7, the return data is as follows:  
channel 5  
channel 6  
channel 7  
channel 0  
channel 1  
...  
channel 7  
channel 0  
...  
When using the stop on trigger mode and the trigger is from an analog input channel, the trigger  
signal is sampled only when the trigger channel is the active scanner channel. Although this  
allows any channel to be used for triggering, it imposes some restrictions on the characteristic of  
the trigger signal.  
The duration of the trigger signal must be long enough to cause the unit to trigger. Use the  
following formula to calculate the length of a signal to ensure that the signal is long enough to  
activate the trigger: (Total channels scanned)/(scan rate in Hz).  
1-7  
UDAS-1001E Series Data Acquisition Systems  
Example:  
If 9 channels are being scanned at a rate of 100Hz and the slope is low to high, the trigger signal  
must remain below the trigger level for 9/100 of a second, and above the trigger level for 9/100 of a  
second to ensure that a trigger event occurs. When using External Input as the trigger, this  
restriction does not apply.  
When using an analog input channel for triggering, analog output channel 1 is used to set the  
trigger level.  
Note: Do not use analog output channel 1 for any other purpose while analog  
triggering is in use.  
Due to the internal configuration of the unit, the voltage appears on the analog output 1 pin as  
the negative value of the desired trigger voltage. Connecting this pin to another signal, or  
shorting it out causes the trigger voltage to be incorrect.  
Auto Ze ro  
When in auto zero mode, the inputs to the Analog input circuit are internally grounded, disabling  
the input multiplexers. This enables a known 0 volt signal to be measured, and the value read can  
be used to compensate for input offset errors.  
Ana log Output  
The UDAS device has two analog output channels. Each output channel has 12-bit resolution and  
a ±10 V output range. A FIFO is available for waveform generation.  
This FIFO can be used as a circular buffer for either or both analog output channels to allow  
repetitive waveform generation and supports waveforms of up to 512 points (single channel) or  
256 points (dual channel). The unit also supports non-repetitive wave forms.  
When the unit is powered-on and the analog outputs are not enabled, the output voltage is 0 V.  
This provides a known voltage when the UDAS unit is powered-up.  
Analog output channel 1 is also used to support the analog trigger function for hardware-paced  
analog input conversions (as described above).  
Digital I/ O  
The digital data acquisition circuit consists of two 8-bit digital I/O ports providing 16 digital I/O  
bits and one 32-bit counter. Output power-on states are configured for Port 1 through an internal  
DIP switch. The digital I/O is configured as 2 ports (0 and 1) of eight bits each.  
1-8  
Digital I/O signals are TTL-compatible and perform functions such as reading digital inputs,  
driving digital outputs, and detecting input change-of-state.  
Digital I/O direction is programmable separately for each port through software. A nine-position  
DIP switch is provided inside of the unit to select the power-up direction of Digital I/O Port 1  
(input/output) and to individually set power-up output states for each bit.  
Counte rs  
One counter input line is connected to a 32-bit counter for high-speed counting (up to 2 MHz).  
This counter supports event counting and frequency measurement.  
An event counter counts pulses occurring at its input. For frequency measurement mode, the  
pulses are captured over an internally generated gate time. The frequency is calculated from the  
captured count and the gate time. The gate time can be set to 1ms, 10ms, 100ms, or 1s through  
software.  
Term ination  
The UDAS unit provides the user with several options for connecting to I/O signals. You can use a  
50-pin ribbon cable to connect signals directly to the UDAS unit.  
There are many termination products available from Intelligent Instrumentation with a 50-pin  
interface. See our catalog for a variety of termination options. For the UDAS-1001E-3 and UDAS-  
1001E-4 models, use the built-in termination to connect signals directly to the unit.  
The built-in termination panel is directly mounted to the back plate of the UDAS unit, providing  
easy access to all I/O signals (FIGURE 1.2, UDAS-1001E-4 dimensional drawing). The  
connections are made using pluggable 5mm terminal strips to simplify the wiring. A cold junction  
compensation circuit (CJC) is incorporated on the board to allow the use of thermocouples.  
To use the CJC circuit, you must enable it by setting the jumpers. The jumpers are located on the  
back side of the termination panel and require removal of the panel to gain access. For  
information on the jumpers, reference Chapter 2, Configuration and Installation, and see TABLE  
2.1, CJC Jumper Positions.  
Note: When the CJC is enabled, differential channel 0 is used. Do not connect  
anything to Analog Input 0 or Analog Input 8.  
1-9  
UDAS-1001E Series Data Acquisition Systems  
A diagram of the termination panel for the UDAS-1001E-4 unit is shown below.  
5.750  
6.600  
1.520  
7.290  
FIGURE 1.2 UDAS-1001E-4 dimensional drawing  
1-10  
1.2.2 Powe r  
The UDAS unit normally uses power from the host computer via the USB cable. Power can also be  
obtained from an external power supply that is available (See Appendix B, Accessories). When the  
UDAS unit is connected to a power source, the computer controls the power. The unit does not  
have a power switch. There is an LED labeled PWR located on the front panel that indicates  
power to the unit, regardless of its source.  
The USB specification imposes strict requirements on power usage. If an external power supply is  
used, up to 200 mA at +5 VDC is available to external termination circuits (available at pin-26  
and pin-48 of the unit’s 50-pin I/O connector).  
See section 1.3, Software Support and Accessories or Appendix B,Accessories for the part numbers  
of the available Power Adapters. If the power is supplied from the PC through the USB port, care  
must be taken to limit the load from the external termination panel to less than 20 mA.  
1.3 Software Support and Accessories  
1.3.1 Software Support  
Diagnostic  
UDAS SYSCHECK  
UDAS SYSCHECK software for Windows is an easy-to-use system assurance and diagnostic  
utility package. UDAS SYSCHECK is a useful tool for quickly verifying the hardware is  
functioning properly. This program also performs basic data acquisition tasks. UDAS  
SYSCHECK is provided on the UDAS-1001E Data Acquisition System CD, or is available to  
download, free of charge, from Intelligent Instrumentation’s Web site (www.instrument.com).  
De ve lopm e nt  
Visual Designer Application Generator  
Visual Designer is a powerful, easy-to-use application generator that supports all of Intelligent  
Instrumentation’s data acquisition hardware and is available from Intelligent Instrumentation.  
Use Visual Designer to develop custom Windows applications for collecting remote data using a  
graphical block diagram development environment.  
To create custom applications in a fraction of the time it takes when using a programming  
language, Visual Designer is able to combine built-in professional screen displays and user  
interface elements with powerful data acquisition and processing blocks.  
1-11  
UDAS-1001E Series Data Acquisition Systems  
Visual Designer UDAS Support Library  
This support package provides the block functions necessary to acquire data and output data  
using the UDAS device. To use Visual Designer or the Visual Designer Evaluation Version with  
an UDAS unit, the Visual Designer UDAS Support Library must be installed on the computer.  
LabVIEW UDAS Support Library  
This support package enables the development of customized UDAS data acquisition and control  
applications under the LabVIEW environment. To use this software, National Instruments  
LabVIEW software (version 5.0 or higher is supported) must be installed on the computer.  
1-12  
Ch a p t e r 2  
Configuration and  
Installation  
2.1 Introduction  
This chapter contains instructions on the configuration and installation of the UDAS unit.  
2.2 Power-on Default Digital I/ O Configuration  
In some situations, it is important to have the digital output port on a UDAS unit initialize at  
power-on to a particular state. For example, if the digital output port controls a piece of  
mechanical equipment, safety regulations may require the digital output port bits to have values  
of 0000 0011 when power is first applied. Port 1 on the UDAS unit provides the ability to set the  
power-on direction to output and the states of all of the bits. A switch block located on the main  
board of the UDAS unit accomplishes this task. Since the default switch states configure the port  
for input, you may not need to change the switch settings.  
This section contains instructions for setting the power-on default Digital I/O configuration, if  
applicable.  
CAUTION:  
Use proper static-sensitive device handling procedures (such as the use of grounded  
wrist-strap) when opening the unit, as damage to the equipment may occur.  
Re m oving the Cove r  
1. Unplug the power supply to the UDAS unit.  
2. Using a Phillips head screwdriver, remove the two Phillips head screws on the front face plate  
of the UDAS unit I/O cover. The front face plate contains the power and status indicators and  
the USB connector.  
3. Carefully separate the face plate from the cover.  
4. Slide the cover towards the open end of the unit to free it from the back termination plate,  
removing the cover from the UDAS unit.  
2-1  
Configuration and Installation  
Se tting the Configura tion  
Switches 1-8 set the initial levels of the port’s channels 0-7 if the port is set for output operation.  
A switch set to the On position sets the corresponding port’s output channel to a high level (TTL  
+5V) on power-up.  
H4  
H4  
S1  
FIGURE 2.1 UDAS Switch S1  
2-2  
If you plan to use any of the digital I/O ports for output control in your application(s), note the  
following Caution statement:  
CAUTION:  
For applications using UDAS units to generate output signals for control or other  
sensitive purposes, the status or level of outputs during power-up may be of critical  
importance. Integrated circuits and other devices powered by supply voltages are  
subject to possible transients or an indeterminate status while the power supply  
voltages are making the transition from zero to their steady-state values.  
Locate switch S1 shown in FIGURE 2.1, UDAS Switch S1 in the lower left-hand corner of the  
board.  
1. Set the direction for Port 1. The default setting is input (Off).  
To designate Port 1 as an output port: set switch 9 to the On position.  
To designate Port 1 as an input port: set switch 9 to the Off position.  
2. To set the initial data for Port 1, set switches 1-8.  
On = 5 V  
Off = 0 V  
Note: You can reconfigure any of the ports through software after the unit is  
powered-up. Port 0 always powers-up as an input port.  
Re insta lling the Cove r  
1. Insert the cover onto the rails located on both sides of the base of the UDAS unit and slide the  
cover towards the back panel until the cover is seated into the frame on the back panel.  
2. Place the face plate over the edges of the cover and unit’s frame.  
3. Align the screw holes on the cover with the unit, insert each Phillips screw on the face plate  
and tighten the screws into place.  
Enabling the CJC  
To enable the CJC:  
Install jumpers A, C and D on JP1.  
The CJC circuit uses differential channel 0 to report compensation information to the UDAS.  
When using the CJC circuit, verify there is no external signal connected to channel 0/8.  
2-3  
Configuration and Installation  
Channels connected to a thermocouple must be connected to bias resistors for proper operation.  
Use jumpers JP2 and JP3.  
Note: When monitoring thermocouples, always use differential channels.  
To select the jumpers for each channel that you plan to use for thermocouples, use TABLE 2.1,  
CJC Jumper Positions shown below.  
Differential  
JP1 Jumper Position JP2 Jumper Position  
Channel #  
1
2
3
4
5
6
7
AI 1  
AI 2  
AI 3  
AI 4  
AI 5  
AI 6  
AI 7  
AI 9  
AI 10  
AI 11  
AI 12  
AI 13  
AI 14  
AI 15  
TABLE 2.1 CJC Jumper Positions  
2-4  
2.3 Connecting the UDAS Unit  
Ma king the Initia l Connection  
1. With the computer powered up, connect the USB cable to the computer or hub.  
2. Connect the other end of the USB cable to the UDAS unit.  
3. Verify the red PWR LED located on the face plate of the UDAS unit illuminates.  
4. The system builds a driver information database, and then the Add New Hardware Wizard  
dialog appears on the computer monitor. The wizard searches for new drivers for the unknown  
device. Click the Next button.  
5. Select Search for the best driver, and click the Next button.  
6. Insert the UDAS-1001E Data Acquisition System CD in the computer’s CD ROM drive.  
7. In the Add New Hardware Wizard dialog, select the CD-ROM drive by clicking on the check  
box. Deselect the check boxes for the Floppy Disk drive (default setting), Microsoft Windows  
Update, and Specify Location Options. Click Next to continue.  
8. The Wizard finds the TAOSDRV.INF file and displays a message stating the file has been  
found. Click the Next button.  
The Wizard copies the driver and rebuilds the driver database.  
9. After the installation process is complete, click the Finish button.  
The unit’s driver is now installed.  
10. Verify the red STATUS LED located on the face plate of the UDAS unit is illuminated.  
11. Verify the system is operating correctly using the UDAS SYSCHECK software. UDAS  
SYSCHECK software is included on the UDAS-1001E Data Acquisition System CD and can  
also be found on Intelligent Instrumentation’s web site. See Section 1.3.1, Software  
Support, on page1-11 in Chapter 1, UDAS-1001E Series Data Acquisition Systems.  
12. For information on using SYSCHECK, see Chapter 3, Checking the System in this manual.  
2-5  
Ch a p t e r 3  
Checking the System  
3.1 Introduction  
This chapter contains instructions for installing and using the UDAS SYSCHECK software. The  
software contains diagnostic features that verify the UDAS unit is functioning.  
WARNING!  
Use extreme caution when using SYSCHECK.  
The UDAS SYSCHECK software could cause unexpected results in the equipment that you  
connect to the UDAS unit.  
Depending on the type of equipment that you have connected to the UDAS unit, severe  
damage to equipment and/or bodily harm may occur while conditions of the UDAS are in  
transition.  
Large unisolated voltages may damage the UDAS unit. UDAS analog output will not drive low  
impedance loads.  
The UDAS digital I/O inputs and outputs must be TTL compliant.  
UDAS analog inputs in excess of 20 V may cause permanent damage to the UDAS unit.  
UDAS counter inputs must be TTL compliant.  
SYSCHECK is only an interface to the UDAS unit(s). The way that you interface input or outputs  
to the UDAS can be a complicated issue.  
Since a variety of termination panels are available for the UDAS units, refer to the  
documentation provided with the termination panel for the exact I/O configuration of the specific  
panel that you purchased.  
Termination options are discussed in Appendix B, Accessories in this manual.  
3-1  
Checking the System  
3.2 Installing and Running UDAS SYSCHECK  
UDAS SYSCHECK provides an easy-to-use graphical interface for using and displaying the I/O  
capabilities of the UDAS unit.  
Syste m Re quire m e nts  
UDAS SYSCHECK 1.0 only runs on Windows 98.  
The installation requires approximately 1 Mbyte of free disk space.  
Insta lling SYSCHECK  
1. To install UDAS SYSCHECK, insert the UDAS-1001E Data Acquisition System CD into the  
CD ROM drive on the computer.  
2. From the Windows 98 desktop, click Start, select Run and type:  
<Use your CD drive letter>:\Syscheck\SETUP.EXE<ENTER>  
3. Follow the software installation instructions in the dialogs (to stop the installation press ESC  
or click Cancel).  
When the installation is complete, UDAS SYSYCHECK files are copied to a newly created  
folder on the computer’s hard drive. A new folder with shortcuts to the UDAS SYSCHECK  
program appears on the Start menu.  
3.3 SYSCHECK Operation  
When SYSCHECK runs, it queries the Universal Serial Bus (USB) to locate all of the UDAS units  
that are attached to the host. UDAS SYSCHECK reports the number of UDAS units detected and  
tracks the UDAS units by a unique serial number assigned to each unit. The serial number is  
provided on the outside of the unit, and internally in the UDAS unit’s firmware.  
In the UDAS SYSCHECK window, the main menu contains three selection tabs, Unit Info,  
System Check, and Paced Analog Input as shown in FIGURE 3.1, Unit Info dialog.  
In the Unit Info dialog, select one UDAS unit from the drop-down list. After making your  
selection, other features of the software allow you to display inputs to, or manipulate outputs  
from, the selected UDAS unit.  
3-2  
3.3.1 Unit Info  
The Unit Info dialog displays the number of UDAS units detected and has a drop down list  
containing the serial number for each UDAS unit detected by SYSCHECK.  
FIGURE 3.1 Unit Info dialog  
If there is only one UDAS unit, the message shown beneath the drop down list displays the unit  
type and self-test results. When the self-test reads PASSED, the unit is operable.  
If multiple UDAS units are being used, to select a unit for testing, click the desired serial number  
in the list.This selection process updates the description and the self-test results to reflect the  
state of the currently selected unit.  
After you select a unit’s serial number from the list, the SYSCHECK and paced analog input  
operations are performed on the selected unit.  
3-3  
Checking the System  
3.3.2 System Check  
When the System Check tab is selected, a dialog containing buttons used to execute a variety of  
system test programs appears as shown in FIGURE 3.2, UDAS SYSCHECK System Check dialog.  
FIGURE 3.2 UDAS SYSCHECK System Check dialog  
The System Check tabbed dialog displays four major sub-functions possible on the UDAS units.  
These include Analog Input, Analog Output, Counter, and Digital Input/Output. Click one of  
these buttons to open a dialog to manipulate and/or display the desired sub-function on the  
selected UDAS unit.  
To test each of the I/O types listed in the dialog, click the corresponding button to launch a new  
window for testing that I/O type on the UDAS unit. Examples of each I/O test are provided in the  
next two sections.  
3-4  
3.3.2.1 Analog Input Test  
Click the Analog In button to access a new window specific to analog input. The UDAS  
SYSCHECK ANALOG INPUT dialog shown in FIGURE 3.3, UDAS SYSCHECK Analog Input  
Test of a UDAS unit appears.  
The analog input test performs software-based reading of the first 8 analog input channels on  
UDAS units.  
Select from the drop-down lists to select the Range, Gain, Single Ended/Differential configuration,  
and Average (the number of readings to average from each channel).  
Select either the Volts or Counts radio button to display the channel data in volts or counts.  
Click the Read Channels button to acquire the input voltages to the UDAS unit. Each time that  
you click the Read Channels button, the channel data is read by the UDAS unit and the display is  
updated.  
FIGURE 3.3 UDAS SYSCHECK Analog Input Test of a UDAS unit  
3-5  
Checking the System  
3.3.2.2 Analog Output Test  
The analog output test controls the voltage on the analog output channels of the UDAS unit.  
In the UDAS SYSCHECK Test Category Selection Window, click the Analog Out button and the  
UDAS SYSCHECK ANALOG OUTPUT dialog shown in FIGURE 3.4, UDAS SYSCHECK Analog  
Output Test of a UDAS unit opens.  
In the Channel 0 and Channel 1 fields, click to insert the cursor and enter the desired value (volts  
or counts) in any of the four data entry fields.  
After replacing the old value with a new value, press the Enter key to update both analog outputs  
from the UDAS unit.  
Clicking the Disable Outputs check box grounds both of the analog output channels.  
FIGURE 3.4 UDAS SYSCHECK Analog Output Test of a UDAS unit  
3-6  
3.3.2.3 Counter Test  
The counter test monitors TTL transitions that are connected to the counter input of the UDAS  
unit. Depending on the mode that you select, the TTL level of the gate pin may effect the readings.  
For all of the modes except Measure frequency, data is automatically read and displayed four  
times per second.  
For the Measure frequency mode, the rate of display updates may be slower depending on the  
gate time selection.  
Checking the Reset counts every display check box causes the counter to reset to zero after every  
read and display cycle. The interface is shown in FIGURE 3.5, UDAS SYSCHECK Counter Test in  
Count Mode.  
FIGURE 3.5 UDAS SYSCHECK Counter Test in Count Mode  
3-7  
Checking the System  
For the Count when gate is high and the Count when gate is low modes, the TTL level of the gate  
enables or disables counting, depending on the mode that you set. If there is no input connected to  
the gate input, use the Count when the gate is in high mode.  
For the modesMeasure input high period, Measure input low period, and Measure total period,  
the data displays shown at the bottom portion of the dialog provide the status and the time  
between the most recent appropriate edges as shown in FIGURE 3.6, UDAS SYSCHECK Counter  
Test: Measure Input High Mode.  
FIGURE 3.6 UDAS SYSCHECK Counter Test: Measure Input High Mode  
The status field is looking for TTL transitions.  
Select the Measure frequency radio button and the dialog shown in FIGURE 3.7, UDAS  
SYSCHECK Counter Test: Measure Frequency Mode opens.  
3-8  
Select the desired Gate Time. The data displays shown at the lower portion of the dialog provide  
the status and the frequency in hertz.  
FIGURE 3.7 UDAS SYSCHECK Counter Test: Measure Frequency Mode  
The gate time is the amount of time that UDAS uses to count TTL transitions. This time base  
allows frequency to be calculated by the software.  
Longer gate times result in frequency calculations with more significant digits because a greater  
number of transitions are gathered. Shorter gate times result in frequency calculations with  
fewer significant digits because a smaller number of transitions are gathered.  
3-9  
Checking the System  
Digita l I/ O Te st  
The Digital Input/Output test enables you to read data from, or write data to, either 8-bit Digital  
I/O port on a UDAS unit. FIGURE 3.8, UDAS SYSCHECK Digital I/O Test shows an example  
test of the UDAS unit that has two 8-bit digital I/O ports.  
FIGURE 3.8 UDAS SYSCHECK Digital I/O Test  
Use the Input and Output radio buttons to select the direction of a port.  
The input and output data is displayed in Hexadecimal (0-FF).  
Input ports are read and displayed four times per second.  
Output data is written to the port only after clicking the Write Output Data button.  
3-10  
3.3.3 Paced Analog Input  
The Paced Analog Input dialog enables you to configure a hardware-paced analog input process.  
Select the number of channels to include in the data run, select the gain, and select the single-  
ended/differential from drop-down lists in each field. See FIGURE 3.9, UDAS SYSCHECK Paced  
Analog Input Window.  
FIGURE 3.9 UDAS SYSCHECK Paced Analog Input Window  
The pacer rate controls the clock rate of an on-board clock generator.  
This clock can be configured for frequencies from 1 to 100,000 hertz. The pacer rate and number of  
channels determine the sample rate for each channel in the run.  
3-11  
Checking the System  
Clicking the High-Speed Run button (shown in FIGURE 3.9, UDAS SYSCHECK Paced Analog  
Input Window) configures and starts the process. This launches a full screen window that  
displays the results of the run.  
FIGURE 3.10 High-Speed Aquisition Sample  
The time base is displayed on the x-axis and the voltages are displayed on the y-axis. A sample  
screen is shown in FIGURE 3.10, High-Speed Aquisition Sample. Slow pacer rates may have slow  
screen update rates.  
3-12  
3.4 Troubleshooting Tips  
3.4.1 Basic Troubleshooting  
If you are unable to successfully communicate with the UDAS unit, this section contains  
troubleshooting hints which may help identify the problem.  
Verify that all of the proper connections have been made between the computer, UDAS unit(s),  
and the equipment being monitored. If running SYSCHECK displays a message on the computer  
monitor in a pop-up window as shown in FIGURE 3.11, System Error message window, reference  
section 3.4.1.1, Verify Lower Level Drivers.  
FIGURE 3.11 System Error message window  
3.4.1.1 Verify Lower Level Drivers  
To verify that low-level drivers are functional, check the USB port, UDAS driver, and power.  
USB Port  
Verify the system has a USB port that is properly installed from the Windows’ Start menu by  
following these steps:  
1. From the Start button, click Settings, then click Control Panel.  
2. Double-click on the System icon.  
3. Click the Device Manager tab.  
4. Click the View devices by type radio button.  
If you do not see the Universal serial bus controller, resolve the problem with the USB port before  
continuing.  
3-13  
Checking the System  
UDAS Drivers  
Verify the UDAS system driver is properly installed by following the instructions for the USB  
Port (above).  
Click on the plus sign (+) located next to the Universal serial bus controller. When the directory  
opens, double-click III Taos USB Data Acquisition System. A pop-up window appears displaying a  
message that reads, This device is working properly.  
If the III Taos USB Data Acquisition System icon does not appear in the USB devices list, verify  
that both of the LEDs located on the front panel of the UDAS unit are illuminated. Verify that  
your external equipment is not consuming excessive power. Refer to the power test in the next  
section.  
Powe r Te st  
For proper operation, the power test requires:  
the UDAS device be powered.  
the UDAS device be connected to the USB.  
the UDAS device pass its power on self-test (POST).  
the UDAS device be initialized by the host computer.  
To perform the power test:  
1. Unplug the USB cable from the UDAS port.  
2. Plug the USB unit cable back into the UDAS port.  
One LED illuminates immediately, indicating power.  
The computer monitor may display the Busy hourglass icon while the UDAS unit  
initializes.  
The UDAS status LED illuminates after POST and host enumeration.  
3. Verify the UDAS unit has two LEDs illuminated.  
Troubleshooting Errors  
If the two LEDs do not illuminate:  
Disconnect the I/O signals from the unit.  
Unplug the unit for several seconds then reconnect the unit to see if the LEDs illuminate.  
Some built-in tests may fail if the board was incompletely reset, even for components that are  
functioning normally.  
Verify the unit is receiving power and the power LED is illuminated.  
3-14  
Check the wiring and cables for shorts or damage.  
Note: For units with USB cables connected directly to the computer as a power  
source, when the computer’s power is off or if the computer is in a suspended  
mode, the UDAS unit shuts down.  
If errors still persist after repeatedly checking the unit, check the technical support links on  
Intelligent Instrumentation’s web site http://www.instrument.com for the most current support  
information and contact addresses.  
3-15  
Ap p e n d ix A  
Specifications  
A.1 UDAS-1001E Series Hardware Specifications  
All specifications are typical at 25ºC unless otherwise noted.  
Note: When powered from an external source, the on-board power supply circuit can  
supply up to 200mA at 5V DC to termination panels through the 50-pin I/O connector.  
PARAMETER  
CONDITIONS  
SPECIFICATION  
Analog Inputs  
Number of Channels  
Single-ended  
Differential  
16  
8
Resolution  
12-bits (1 part in 4096)  
0 - 10 V, ±10 V, ±5 V  
±20 V  
Voltage Ranges  
Overvoltage Protection  
Power on or off  
Software Programmable  
Gains  
1, 10, 100  
Gain Accuracy  
Gain = 1  
0.02%  
0.05%  
0.08%  
3mV  
Gain = 10  
Gain = 100  
Input Offset Voltage  
Input Bias Current  
Input Impedence  
500 pA  
+
10 9 ohms/50 pF  
Common Mode Input  
Range  
±10 V  
Common Mode Rejection  
60 Hz, 100 ohm imbalance  
Gain = 1  
-85dB  
-90dB  
Gain >= 10  
TABLE A.1 Hardware Specifications  
A-1  
Specifications  
PARAMETER  
CONDITIONS  
SPECIFICATION  
Noise  
Input grounded at connector  
(RMS)  
Gain <=10  
Gain = 100  
1.0 LSB  
1.2  
DC Accuracy  
Linearity Error  
Throughput  
No missing codes, guaranteed  
±0.024%FS (± 1LSB)  
100 k Samples/second  
Analog Trigger (with AO  
option)  
Range  
±10 V  
Hysterisis  
Resolution  
Slope  
28 mV  
4.88 mV nominal  
Pos/Neg  
Analog Outputs (Optional)  
Number of Channels  
Resolution  
2
12 bits (1 part in 4096)  
±10 V  
Voltage Ranges  
Throughput  
100 k Samples/second  
Digital I/O  
Number of Ports  
Input Levels  
Input Current  
Output Levels  
Source/Sink  
8 channels (bits) per port  
High Level / Low Level  
Vout = High/Low  
2
TTL-compatible  
23 mA/1 mA  
TTL-compatible  
15mA / 12mA  
High-Speed Counter  
TABLE A.1 Hardware Specifications (Continued)  
A-2  
PARAMETER  
CONDITIONS  
SPECIFICATION  
Resolution  
32-Bit  
1
Number of Channels  
Max Input frequency  
TTL-level input  
2 MHz  
TimeBase Generator  
Type  
Crystal-based  
Rate Generator (24-Bit)  
2 (1 analog input, 1 analog output)  
125 ns  
Number  
Resolution  
Output Frequency Range  
Output Levels  
0.5 Hz to 1 Mhz  
TTL-compatible  
Bus Interface  
Type  
USB  
Power  
Voltage Range  
Current Available(*1)  
Current Requirements  
USB or External  
+5 V  
+5 V  
200 mA maximum  
<500 mA  
USB powered  
Physical Characteristics  
Size  
5.75" D x 7.25" W x 1.60" H  
(approximately)  
14.61 cm D x 18.42 cm W x 4.06  
cm H  
Operating Temperature  
Range  
0 - 50 C  
All Specifications are typical at 25 C unless otherwise noted. Note (*1): When powered from an  
external source, the on-board power supply circuit can supply up to 200mA at 5VDC to  
termination panels through the 50-pin I/O connector.  
TABLE A.1 Hardware Specifications (Continued)  
A-3  
Specifications  
A.2 UDAS-1001E-3, UDAS-1001E-4 Dim ensions  
UDAS units are housed in standard metal enclosures made of a rugged extruded aluminum base  
(connected to chassis ground) with a vinyl-clad steel cover. Interior tracks on side rails hold the  
circuit board securely in place. This page provides the dimensions of each unit with the  
connectors.  
5.750  
6.600  
FIGURE A.1 Dimensions of the UDAS unit (Top view)  
1.520  
7.290  
FIGURE A.2 Dimensions of the UDAS unit (Rear panel)  
A-4  
4.700  
.525  
4-40 FH SCREW  
4 PL  
1.295  
4.700  
FIGURE A.3 Dimensions of the UDAS unit (Bottom view)  
A-5  
Specifications  
The dimensions of the UDAS PC board are shown below in FIGURE A.4 Dimensional Drawing of  
the UDAS series PCB.  
5.305  
4.70  
6-32 HEX STANDO  
TYP, 4 PL  
0.21  
1.16  
4.70  
7.02  
0.60  
MAXIMUM COMPONENT HEIGHT  
0.15  
FIGURE A.4 Dimensional Drawing of the UDAS series PCB  
A-6  
A.3 UDAS I/ O Connectors  
Signal Name  
Pin  
Single Ended Input Function  
Differential Input  
Function  
AI0  
1
Analog Input Channel 0  
Analog Input Channel 1  
Analog Input Channel 2  
Analog Input Channel 3  
Analog Input Channel 4  
Analog Input Channel 5  
Analog Input Channel 6  
Analog Input Channel 7  
Analog Input Channel 8  
Analog Input Channel 9  
Analog Input Channel 10  
Analog Input Channel 11  
Analog Input Channel 12  
Analog Input Channel 13  
Analog Input Channel 14  
Analog Input Channel 15  
Analog Input Channel 0+  
Analog Input Channel 1+  
Analog Input Channel 2+  
Analog Input Channel 3+  
Analog Input Channel 4+  
Analog Input Channel 5+  
Analog Input Channel 6+  
Analog Input Channel 7+  
Analog Input Channel 0-  
Analog Input Channel 1-  
Analog Input Channel 2-  
Analog Input Channel 3-  
Analog Input Channel 4-  
Analog Input Channel 5-  
Analog Input Channel 6-  
Analog Input Channel 7-  
AI1  
5
AI2  
7
AI3  
11  
13  
17  
19  
23  
2
AI4  
AI5  
AI6  
AI7  
AI8  
AI9  
4
AI10  
AI11  
AI12  
AI13  
AI14  
AI15  
8
10  
14  
16  
20  
22  
Analog Ground  
Analog Ground  
Analog Ground  
Analog Ground  
Analog Ground  
Analog Ground  
3
Analog Ground  
Analog Ground  
Analog Ground  
Analog Ground  
Analog Ground  
Analog Ground  
**  
**  
**  
**  
**  
**  
6
9
15  
18  
24  
+5V  
+5V  
26  
48  
5V Supply  
**  
**  
5V Supply  
TABLE A.2 UDAS I/O Connectors  
A-7  
Specifications  
Signal Name  
Pin  
Single Ended Input Function  
Differential Input  
Function  
AO 0  
AO 1  
21  
21  
Analog Output Channel 0  
Digital I/O bit  
**  
**  
Digital Port 0 bit 0 27  
Digital Port 0 bit 1 28  
Digital Port 0 bit 2 29  
Digital Port 0 bit 3 30  
Digital Port 0 bit 4 31  
Digital Port 0 bit 5 32  
Digital Port 0 bit 6 33  
Digital Port 0 bit 7 34  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
**  
**  
**  
**  
**  
**  
**  
**  
Digital Port 1 bit 0 35  
Digital Port 1 bit 1 36  
Digital Port 1 bit 2 37  
Digital Port 1 bit 3 38  
Digital Port 1 bit 4 39  
Digital Port 1 bit 5 40  
Digital Port 1 bit 6 41  
Digital Port 1 bit 7 42  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
Digital I/O bit  
**  
**  
**  
**  
**  
**  
**  
**  
Counter Clock  
Counter Gate  
43  
44  
Counter input  
**  
**  
Counter gate input  
Rate Generator  
Out  
46  
Analog In or Analog Out  
(selectable) Rate Generator  
output  
**  
TABLE A.2 UDAS I/O Connectors (Continued)  
A-8  
Signal Name  
Pin  
Single Ended Input Function  
Differential Input  
Function  
External Input  
47  
External Trigger or Pacer input  
**  
Digital Ground  
Digital Ground  
49  
50  
Ground  
Ground  
**  
**  
Unused  
Unused  
12  
45  
**  
**  
TABLE A.2 UDAS I/O Connectors (Continued)  
A-9  
Ap p e n d ix B  
Accessories  
This appendix includes information on the termination and mounting accessories that are  
available separately from Intelligent Instrumentation for the UDAS unit.  
TABLE B.1, Accessories for the UDAS-1001E Series provides the model numbers for the UDAS  
units, the cables, and the power adpaters.  
UDAS Model #  
UDAS-1001-E-1  
UDAS-1001-E-2  
UDAS-1001E-3  
Description  
Multi-function USB data acquisition system.  
Multi-function USB data acquisition system, with Analog Outputs.  
Multi-function USB data acquisition system, with built-in Termina-  
tion.  
UDAS-1001E-4  
Multi-function USB data acquisition system, with built-in Termina-  
tion and Analog Outputs.  
OEM Versions (Board Only)  
UDAS-1001E-1G  
UDAS-1001E-2G  
Cables  
Multi-function USB data acquisition system.  
Multi-function USB data acquisition system, with Analog Outputs.  
50-pin to standard cables  
Cables used to connect the UDAS unit to the termination panel at  
your equipment.  
USB cable  
Connects the UDAS unit to the computer.  
UDAS Power Adapters  
UDAS-1006A-1  
UDAS-1006A-2  
5 V DC (110 VAC input)  
5 V DC (230 VAC input)  
TABLE B.1 Accessories for the UDAS-1001E Series  
B-1  
Accessories  
B.1 UDAS Term ination Panels  
The Termination Panel plugs directly into the I/O connectors of the UDAS unit, providing 32  
channels of digital I/O through four screw-type terminal strips. Stand-off nuts on the UDAS unit  
secure the termination panel in place.  
B.1.1 PCI-20429T-1 Multifunction Te rm ina tion Pa ne l  
This termination panel plugs directly into the 50-pin I/O connector of the UDAS unit. Screw  
terminals are provided on the panel to interface all analog and digital I/O lines with external  
signals or devices. The PCI-20429T-1 secures to the UDAS unit’s back panel using the mounting  
screws provided.  
PCI-20429T-1  
FIGURE B.1 Securing the PCI-20429T-1 to the UDAS unit  
Access to all signals on the 50-pin I/O connector, except for +5 V, is provided through four 12-  
position terminal blocks. Two of these terminal blocks are used for analog input and output  
connections while the other two are used for digital I/O, counter, rate generator out and external  
input connections. Screw terminals enable signal wires to be securely fastened to the terminal  
blocks.  
B-2  
FIGURE B.2, PCI-20429T-1 Multifunction Termination Panel shows the signals assigned to each  
terminal block on this panel.  
PORT 0: Bit 0 is also high-  
speed counter input.  
DI0  
DI1  
AGND  
AI8  
AGND  
AI0  
DI4  
DI5  
PORT 0  
PORT 1  
AI9  
DI2  
DI3  
DI6  
DI7  
AI1  
AI2  
AI10  
DGND  
DO0  
DGND  
AI11  
AI3  
AGND  
DO4  
D05  
DO6  
AGND  
AI12  
AI13  
AI4  
AI5  
AI6  
DO1  
DO2  
DO7  
DO3  
AI14  
AI15  
AI7  
DGND  
AIRG  
EXTIN  
CTRCLK  
AGND  
AO0  
CTRGATE AGND  
CTROUT  
AO1  
PORTs 0 and 1 on the UDAS-1001-E can be independently  
configured for input or output.  
,
The CTRCLK, CTRGATE and CTROUT terminations are not  
used (N/C) on the EDAS- 1002-E.  
FIGURE B.2 PCI-20429T-1 Multifunction Termination Panel  
B-3  
Accessories  
B.1.2 UDAS Term ina tion a nd Signa l Conditioning Options  
FIGURE B.3, UDAS-1001E Termination Options uses the various UDAS-compatible termination  
panels currently available from Intelligent Instrumentation. Also reference FIGURE B.4, UDAS-  
1001E Termination Options (continued).  
The EDAS-1010T-1 Analog I/O Termination Panels and EDAS-1011T-1 Digital I/O Termination  
Panels are designed for ease-of-use with UDAS units.  
The PCI-20430A-1 Adapter (available separately) and appropriate cables permit the UDAS unit  
to be used with a wide variety of termination products.  
FIGURE B.5, Diagram of the PCI-20430A-1’s connectors and cables shows a diagram of the PCI-  
20430A-1’s connectors and compatible cables.  
ANAL O G T E RM I NAT I O NS :  
E D A S -1012A-1, -2  
Standard-Density  
50 -pin Unshielded  
Analog/Digital Cable  
E D A S -1012A-3  
4 in. interconnect  
Analog/Digital Cable  
E D A S -1010T -1  
Analog I/O Panels  
Cascadable, DIN-Rail Mountable  
T O U D A S -1001E  
I / O C O N N E C T O R  
8
Channels per panel for use  
5B Series Signal Conditioning  
Isolator blocks, or direct connection.  
I/O types can be mixed  
Quick Disconnect Screw Terminal  
DIGITAL TERMINATIONS:Connections  
E D A S -1013A-1, -2  
Connect to 34 -pin expansion  
connector on any of the  
above panels  
Standard-Density  
34-pin Unshielded  
Digital Cable  
E D A S -1013A-3  
4 in. interconnect  
Digital Cable  
E D A S -1011T -1  
Digital I/O Panels  
Cascadable, DIN-Rail Mountable  
8
Channels per panel for use  
with 1100 Series Digital I/O  
O p t o -Isolator blocks, or direct  
connection. I/O types can be mixed  
Quick Disconnect Screw Terminal Connections  
FIGURE B.3 UDAS-1001E Termination Options  
B-4  
PCI-20305T-1  
Digital I/O Customizer Termination Panel  
16 Channels  
PCI-20324T-1  
PCI-20311A-1  
Standard-Density  
Shielded  
Opto-Isolated Digital I/O Panel  
8 Channels for use with 1100 Series  
Digital Opto-Isolator blocks  
Digital Cable  
PCI-20326T-1  
Opto-Isolated Digital I/O Expander Panel  
8 Extra Channels for use with 1100 Series  
Digital Opto-Isolator blocks  
PCI-20355T-1  
Relay Output Panel  
16 Outputs  
PCI-20361T-1  
Opto-Isolated Digital Input Panel  
To UDAS unit  
16 Inputs  
I/O Connectors  
PCI-20013A-1  
Standard-Density  
Ground Plane  
Digital Cable  
PCI-20018T  
Digital Optical Isolation I/O Panel  
Screw Terminal Connections  
8 Channels for use with 1100 Series  
Digital Opto-Isolator blocks  
PCI-20048T  
Digital Optical Isolation I/O Panel  
EDAS-1004T -1  
Screw Terminal Connections  
16 Extra Channels for use with 1100 Series  
Digital Opto-Isolator blocks  
PCI-20036A-1  
PCI-20061A-1  
Standard-Density  
Unshielded  
Standard-Density  
Shielded  
or  
Digital Cable  
Digital Cable  
Screw Terminal Connections  
Screw Terminal Connections  
PCI-20025T-2  
Digital I/O Customizer Panel  
Up to 32 Channels  
EDAS-1013A-1, -2  
Standard-Density  
Unshielded  
EDAS-1013A-3  
4 in. interconnect  
Digital Cable  
EDAS-1011T-1  
Digital I/O Panels  
Digital Cable  
Cascadable, DIN-Rail Mountable  
8 Channels per panel for use  
with 1100 Series Digital I/O  
Opto-Isolator blocks, or direct  
connection. I/O types can be mixed  
FIGURE B.4 UDAS-1001E Termination Options (continued)  
B-5  
Accessories  
P2  
Analog In Single-  
Ended Function  
Analog In  
Differential Function  
Analog In Single-Ended  
and Differential Function  
Analog In (+) Chan 0  
Analog Ground  
Analog In (+) Chan 8  
Analog In (+) Chan 9  
Analog Ground  
Analog In (-) Chan 0  
Analog In (-) Chan 1  
Analog In (+) Chan 1  
Analog In (+) Chan 2  
Analog Ground  
Analog In (+) Chan 10  
Analog In (+) Chan 11  
Analog Ground  
Analog In (-) Chan 2  
Analog In (-) Chan 3  
Analog In (+) Chan 3  
Analog In (+) Chan 4  
Analog Ground  
Analog In (+) Chan 12  
Analog In (+) Chan 13  
Analog Ground  
Analog In (-) Chan 4  
Analog In (-) Chan 5  
Analog In (+) Chan 5  
Analog In (+) Chan 6  
Analog In (+) Chan 14  
Analog In (+) Chan 15  
Analog Ground  
Analog In (-) Chan 6  
Analog In (-) Chan 7  
Analog  
Outputs  
Analog Out Chan 0  
Analog In (+) Chan 7  
Analog Out Chan 1  
+ 5 VDC  
P3  
P4  
+ 5 Volts  
No Connection  
Digital Ground  
No Connection  
+ 5 Volts  
Port 0: Bit 0 or Counter In  
Digital Ground  
No Connection  
Port 0: Bit 1  
No Connection  
Port 0: Bit 2  
Port 0: Bit 3  
Port 0: Bit 4  
Port 0: Bit 5  
No Connection  
Analog Input Rate Generator Out  
External Input  
No Connection  
Port 0: Bit 6  
Port 0: Bit 7  
Port 1: Bit 0  
Port 1: Bit 1  
Port 1: Bit 2  
Port 1: Bit 3  
Port 1: Bit 4  
Port 1: Bit 5  
Port 1: Bit 6  
Digital Ground  
Digital Ground  
No Connection  
Port 1: Bit 7  
FIGURE B.5 Diagram of the PCI-20430A-1’s connectors and cables  
B-6  
B.1.3 Isola tor Blocks  
PCI-1100 Series Digita l Opto-Isola tor Blocks  
The PCI-1100 Series are digital, optically isolated, signal conditioning blocks. A separate opto-  
block is used for each channel, allowing complete I/O flexibility.  
The twelve different opto-blocks are divided into two groups: standard and slim-line.  
Both standard and slim-line models can be used on EDAS-1011T-1 Panels.  
Only standard models (PCI-1101 through PCI-1106) can be used with the PCI-20018T-1 and  
PCI-20048T-1 termination panels.  
Only slimline models, PCI-1107 through PCI-1112, can be used with 3U sized termination  
panels (PCI-20324T-1 and PCI-20326T-1).  
Summary of Features  
All input models accept both AC and DC voltages.  
Each provides a TTL output to drive a standard digital input.  
Different models are provided for AC and DC outputs.  
Units convert TTL outputs from the data acquisition system to switch higher voltage and  
current loads.  
DC output devices present an open collector NPN transistor to the load.  
AC output units contain zero crossing circuitry and switch their loads with triacs.  
All models provide 4000 V isolation input to output.  
Various combinations of the available opto-blocks can be intermixed on one termination panel.  
Each contiguous group of eight channels must contain only input or output opto-blocks since the  
digital channels on the Digital I/O UDAS are programmable as inputs or outputs in byte-size (8  
bits) units.  
PCI-1100 Models  
Standard/Slimline  
Description  
PCI-1101/1107  
PCI-1102/1108  
PCI-1103/1109  
PCI-1104/1110  
PCI-1105/1111  
PCI-1106/1112  
AC/DC input (15-32V), TTL out  
AC/DC input (90-140V), TTL out  
DC output (5 - 60V at 3A), TTL in  
AC output (12-140V at 3A), TTL in  
AC/DC input (180-280V), TTL out  
AC output (24-280V), TTL in  
B-7  
Ap p e n d ix C  
Analog Input and Output  
Calibration Procedures  
C.1 UDAS Analog Input Circuit Calibration  
Procedures  
The analog input section of each UDAS unit is calibrated at the factory prior to shipment. If your  
application requires periodic calibration checks or if inaccuracies occur, use the procedures below  
to calibrate the UDAS unit. This calibration is accomplished by the adjustment of potentiometers  
on the UDAS unit’s printed circuit board.  
This calibration procedure requires the utility software provided with the unit, or some other  
software such as Visual Designer for displaying the Analog to Digital converter (A/D) results in  
counts format and for setting required gains and ranges.  
Equipment Required:  
Precision voltmeter accurate to 100µV over a range of ±10 V.  
Precision voltage calibrator accurate to 1.0µV over a range of ±1 V and accurate to 100µV over  
a range of ±10 V.  
Termination panel for connecting signals and test instruments. A termination panel is built in  
to models UDAS-1001E-3 and UDAS-1001E-4.  
1.4 mm flat-head insulated screwdriver for adjusting potentiometers.  
#1 Phillips screwdriver for opening the unit’s case.  
USB equipped host computer.  
CAUTION:  
Static sensitive device warning! To avoid damage to the unit from static electricity,  
always use proper static protective procedures (such as use of a grounded wrist  
strap) when handling or adjusting this device.  
C.1.1 Rem oving the UDAS Units Cover  
1. Disconnect the unit from the host computer or any external power supply.  
2. Using a #1 Phillips screw driver, remove the two small screws at the far left and right ends of  
the unit’s front panel next to the USB and power connectors.  
3. Remove the front panel, then slide the case cover towards the front of the unit.  
C-1  
Analog Input and Output Calibration Procedures  
4. Connect the UDAS to the host computer and allow at least a 15 minute warm-up period before  
performing the adjustments.  
CAUTION:  
The unit may become damaged if you use an uninsulated screwdriver  
and accidentally touch other components.  
FIGURE C.1 Locations of Potentiometers for Adjusting Analog Circuits on page C-2 shows the  
locations of the potentiometers used to adjust the analog circuits on a UDAS unit.  
H4  
H4  
TP21  
R24  
R25  
R26  
R36  
R38  
R39  
R40  
R46  
R45  
TP27  
R58  
FIGURE C.1 Locations of Potentiometers for Adjusting Analog Circuits  
C-2  
C.1.2 Ana log Input Ca libra tion Procedure  
Calibrating the analog input section requires adjusting the input offset voltage, the ± 10V range,  
± 5V range, and the 0 to 10V range. The procedures are listed separately, but should be performed  
during a single calibration session.  
Note: The input offset voltage must be adjusted and in specified limits beforethe other  
adjustments are performed.  
Adjust Input Offset Voltage  
1. Attach the termination panel to 50-pin connector of UDAS, unless the unit has built-in termi-  
nation.  
2. Ground analog input channel 0 to analog ground, not digital ground, on the termination panel.  
3. Connect a precision voltmeter between TP27 and analog ground, TP21.  
4. Run a program, such as SYSCHECK, to configure the UDAS for single-ended operation,  
bipolar input (±10 V) and a gain of 1.  
5. Read the voltage from the voltmeter.  
6. Reconfigure the UDAS for a gain of 100. Adjust R58 so that the offset voltage read from the  
voltmeter is equal to the voltage read in step 4.  
7. Repeat steps 4 and 5 to minimize the offset difference observed between the two gain settings.  
The offset difference observed between the two gain settings should be within ±0.5 mV. If pos-  
sible, try to achieve less than ±0.2 mV offset difference.  
8. Reconfigure the UDAS to a gain of 10 and verify the offset value is less than 0.5 mV different  
from the last value read at a gain of 1.  
Adjust Offse t a nd Ga in for ± 10Volt Input Ra nge  
1. Verify the termination panel is attached to the 50-pin connector of the UDAS device. Begin  
with step 2 if the unit has built-in termination.  
2. Attach a voltage calibrator to channel 0 with all of the other channels grounded.  
3. Run a program, such as SYSCHECK, to configure the UDAS for a range of ±10 V and gain of 1.  
4. Set the calibrated input to 0 V, or short channel 0 to analog ground.  
5. Set SYSCHECK or other program to average 50 readings. Manually or automatically take  
readings repeatedly.  
6. Adjust Pot R51 until the software displays 0 V.  
C-3  
Analog Input and Output Calibration Procedures  
.
Note: On all adjustments, there is likely a range of adjustment resulting in the proper  
reading. Determine this range and leave the adjustment in the center of the range.  
7. Set the calibrated input to 9.5068 V.  
8. Adjust Pot R46 for 9.5068 V.  
9. Repeat the procedure and verify the adjustments are correct.  
Note: These adjustment steps are interactive and may require several iterations.  
10. Set the precision voltage source to -9.95117 V and check for a reading of -9.95117.  
Note: If the value you read is more than 0.039 V different from -9.95117, then the  
following Alternate Bipolar Calibration must be used.  
Adjust Offse t a nd Ga in for ± 5Volt Input Ra nge  
1. Verify the termination panel is connected to a 50-pin connector of the UDAS unit. Begin with  
step 2 if the unit has built-in termination.  
2. Attach a voltage calibrator to channel 0 with all other channels grounded.  
3. Run a program, such as SYSCHECK, to configure the UDAS for a range of ±5 V and gain of 1.  
4. Set calibrated input to 0 V, or short channel 0 to analog ground.  
5. Set SYSCHECK or other program to average 50 readings. Manually or automatically take  
readings repeatedly.  
6. Adjust Pot R39 until the software displays 0 V.  
Note: On all adjustments there will be a range of adjustment that results in the proper  
reading. Determine this range and leave the adjustment in the center of the range.  
7. Set the calibrated input to 4.5734 V.  
8. Adjust Pot R40 for 4.5734 V.  
C-4  
9. Repeat the procedure and verify the adjustments are correct.  
Note: These adjustment steps are very interactive and may require  
several iterations.  
Adjust Offse t a nd Ga in for 0 to 10 Volt Ra nge  
1. Verify the termination panel is attached to the 50-pin connector of a UDAS unit. Begin with  
step 2 if the unit has built-in termination.  
2. Attach a voltage calibrator to channel 0 with all of the other channels grounded.  
3. Run a program to configure the UDAS for a range of 0-10 V and a gain of 1.  
4. Set the calibrated input to 0.02441 V.  
5. Set SYSCHECK or other program to average 50 readings. Manually or automatically take  
readings repeatedly.  
6. Adjust Pot R38 for 0.02441 V.  
Note: On all adjustments there will be a range of adjustment that results in the proper  
reading. Determine this range and leave the adjustment in the center of the range.  
7. Set the calibrated input to 9.97558 V.  
8. Adjust Pot R45 for 9.7558 V.  
9. Repeat steps 4 through 8. There will be a very slight interaction in these adjustments.  
10. After calibrating the unit, slide the unit’s cover back on and refasten the front panel using the  
screws removed earlier.  
C-5  
Analog Input and Output Calibration Procedures  
C.2 UDAS Analog Output Circuit Calibration  
Procedure  
This section applies to models UDAS-1001E-2, UDAS-1001E-2G, and UDAS-1001E-4 that are  
equipped with the analog output feature.  
The analog output channels on the UDAS unit are calibrated at the factory. If your application  
requires periodic calibration checks or if you suspect inaccuracies, use the following procedures to  
calibrate the unit. This calibration is accomplished by adjustment of potentiometers on the unit’s  
printed circuit board.  
Note: This calibration procedure requires the utility software provided with the unit, or  
some other software such as Visual Designer for setting the Analog Output levels.  
Equipment Required:  
Precision Voltmeter accurate to 100 µV over a range of ±10 V.  
Termination panel for connecting signals and test instruments.  
1.4 mm flat-head insulated screwdriver for adjusting potentiometers.  
#1 Phillips screwdriver and a small wrench or nut driver for opening the unit’s case.  
USB equipped host computer.  
CAUTION:  
STATIC SENSITIVE DEVICE WARNING! To avoid damage to the unit from static  
electricity, always use proper static protective procedures (such as use of a grounded  
wrist strap) when handling or adjusting this device.  
Instructions for opening the unit’s case are listed at the beginning of section C.1.1 Removing the  
UDAS Unit’s Cover on page C-1.  
Connect the UDAS to the host computer and allow at least a 15 minute warm-up period before  
making any adjustments. See FIGURE C.1 Locations of Potentiometers for Adjusting Analog  
Circuits on page C-2.  
CAUTION:  
The unit may become damaged if you use an uninsulated screwdriver and accidentally  
touch other components.  
C-6  
Ana log Output Cha nne l 0 Offse t a nd Ga in  
1. Verify the termination panel is attached to a 50-pin connector of a UDAS unit. Begin with step  
2 if the unit has built-in termination.  
2. Attach a multimeter to analog output channel 0.  
3. Use SYSCHECK or other software to set analog output channel 0 to -10.000 V.  
4. Adjust Pot R26 for -10.000 V (±0.2 mV).  
5. Set analog output channel 0 to 9.9951 V.  
6. Adjust Pot R36 for 9.9951 V (±0.2 mV).  
7. Repeat these steps to verify the results.  
Ana log Output Cha nne l 1 Offse t a nd Ga in  
1. Verify the termination panel is attached to a 50-pin connector of a UDAS unit.  
2. Attach a multimeter to analog output channel 1.  
3. Use SYSCHECK or your calibration software to set analog output channel 1 to -10.000 V.  
4. Adjust Pot R24 for -10.000 V (±0.2 mV).  
5. Set analog output channel 1 to 9.9951 V.  
6. Adjust Pot R25 for 9.9951 V (±0.2 mV).  
7. Repeat these steps to verify the results.  
C-7  
Index  
A
stopping conversions 1-6  
analog input 1-3, 1-4  
paced 3-11  
test 3-5  
high-speed analog input triggering 1-7  
rate generator 1-6  
termination 1-9  
analog output 1-3, 1-8  
test 3-6  
auto zero mode 1-8  
digital I/O 1-8  
test 3-10  
digital I/O port 1 direction 1-9  
dimensions  
B
UDAS pcb A-6  
dimensions of UDAS unit 1-10  
drivers 2-5  
bias resistors 2-4  
block diagram, UDAS system 1-2  
E
C
enabling the CJC circiut 1-9  
errors, troubleshooting 3-14  
event counter 1-9  
cable pinout B-6  
calibration  
analog input procedure C-3  
equipment C-1  
CJC circuit 1-9  
enabling 2-3  
external power supply 1-11  
F
clock generator  
clock rate 3-11  
configuration  
setting for switches 2-2  
counter 1-4  
event 1-9  
test 3-7  
features  
analog input 1-3  
analog output 1-3  
counter 1-4  
digital input/output 1-4  
termination panel 1-4  
frequency calculations, counters 1-9  
counters 1-9  
cover  
G
reinstalling 2-3  
removal 2-1, C-1  
gate  
pin, TTL level 3-7  
time 3-9  
D
data acquisition functions  
H
1-4  
hardware specifications A-1  
hardware-paced analog input 3-11  
high-speed  
acquisition sample 3-12  
analog input mode 1-5  
analog input triggering 1-7  
analog input 1-4  
analog output 1-8  
analog output channels 1-8  
auto zero 1-8  
channel scanner 1-6  
counters 1-9  
digital I/O 1-8  
high-speed analog input mode 1-5  
starting and stopping 1-5  
J
jumpers, setting for CJC 1-9  
starting conversions 1-5  
Index-1  
Index  
L
starting conversions, high-speed analog input  
mode 1-5  
status LED 2-5  
stopping conversions 1-6  
switch S1 2-2  
switch settings 2-1  
SYSCHECK  
analog input test 3-5  
examples of I/O tests 3-4  
installing 3-2  
LabView 5.0 support library 1-3  
library  
LabVIEW Support 1-3  
U-Link software for Windows 98 1-3  
Visual Designer Support 1-3  
library, software support 1-2  
load limitations 1-11  
low-level drivers, verifying 3-13  
operation 3-2  
system  
check 3-4  
N
number of channels 3-11  
error message window 3-13  
P
paced analog input 3-11  
pacer rate 3-11  
port settings 2-3  
power 1-11  
LED 3-14  
supply, external 1-11  
test 3-14  
power-on default digital I/O configuration 2-1  
program sample files in C 1-3  
T
technical support links 3-15  
termination 1-9  
built-in 1-4  
panel 1-10  
thermocouple, connecting channel to 2-4  
trigger  
analog input, high-speed AI mode 1-7  
analog output 1-8  
signal 1-7  
voltage 1-8  
troubleshooting 3-13  
troubleshooting errors 3-14  
TTL transactions 3-7  
S
sample rate for channels 3-11  
setting the configuration, switches 2-2  
setting, port 2-3  
software  
support library 1-2  
software support  
U
UDAS  
development  
device driver 1-3  
drivers 3-14  
application generator 1-11  
diagnostic  
series hardware specifications A-1  
software support library 1-2  
system block diagram 1-2  
verifying installation 1-3  
UDAS SYSCHECK 1-3, 2-5, 3-1  
analog output test 3-6  
system requirements 3-2  
UDAS unit  
UDAS SYSCHECK 1-11  
software support library  
LabView 5.0 support library 1-3  
UDAS device driver 1-3  
UDAS SYSCHECK 1-3  
U-Link software libraries for Windows 98 1-3  
Visual Designer support library 1-3  
starting and stopping the high-speed analog  
input mode 1-5  
configuration 2-1  
cover removal 2-1  
Index-2  
initial connection 2-5  
models 1-1  
serial number 3-3  
UDAS-1001E-1 1-1  
UDAS-1001E-1G 1-1  
UDAS-1001E-2 1-1  
UDAS-1001E-2G 1-1  
UDAS-1001E-3 1-1  
UDAS-1001E-4 1-1  
U-Link software libraries for Windows 98 1-3  
unit info, serial number 3-3  
Universal Serial Bus (USB) 1-1  
USB cable connections 2-5  
V
verifying  
USB port 3-13  
Visual Designer  
application generator 1-11  
support library 1-3  
UDAS support library 1-12  
W
wizard, add new hardware 2-5  
Index-3  

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