Keysight Technologies TS-5400 User Manual
Keysight Technologies TS-5400 User Manual

Keysight Technologies TS-5400 User Manual

High performance pxi functional test system
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Summary of Contents for Keysight Technologies TS-5400

  • Page 1 T h e t e s t & me a s u r e me n t e q u i p me n t y o u n e e d a t t h e p r i c e y o u w a n t . A l l t e s t I n s t r u me n t s , I n c .
  • Page 2 Keysight TS-5400 High Performance PXI Functional Test System Diagnostics User’s Guide...
  • Page 4 THIS PAGE HAS BEEN INTENTIONALLY LEFT BLANK. TS-5400 Diagnostics User’s Guide...
  • Page 5 Notices Warranty Safety Notices © Keysight Technologies 2012, 2014, 2015, 2016 The material contained in this document is No part of this manual may be reproduced in provided “as is,” and is subject to change, C A U T I O N any form or by any means (including elec- without notice, in future editions.
  • Page 6: Table Of Contents

    Ground the System Fuses Operator Safety Information Safety Symbols and Regulatory Markings Declaration of Conformity Electrostatic Discharge (ESD) Precautions End of Life: Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC Running Diagnostics Overview of Diagnostics Testplans TS-5400 Diagnostics User’s Guide...
  • Page 7 Schematic for U8972-61627 CEDGN System Utility Cable Schematic for U8972-61628 CEDGN Load Card Cable Schematic for U8972-61629 CEDGN Heavy Duty Load Card Cable Schematic for U8972-61630 CEDGN E-Load Cable Schematic for U8972-61641 CEDGN M9188A and M9217A Cable TS-5400 Diagnostics User’s Guide...
  • Page 8: List Of Figures

    Instrument Row 7 - ABus1 and Instrument Row 7 - Abus2 relays 40 Figure 4-3 Measuring resistance (close and open) between Row 1 - Abus 1 and Row 2 - Abus 2 relays 40 Ω Figure 4-4 Measuring resistance (0 ) for matrix loopback row1 TS-5400 Diagnostics User’s Guide...
  • Page 9 M9186A V/I using a DMM via the instrument matrix 59 Figure 4-18 Measuring voltage (without sense) generated from the M9185A DAC using a DMM via the instrument matrix and pin matrix 60 Figure 4-19 Measuring voltage (with sense) generated from the TS-5400 Diagnostics User’s Guide...
  • Page 10 Figure 4-47 U7179A unpowered load card test 99 Figure 4-48 U7179A powered load card test 100 Figure 4-49 U7179A current sense test 101 Figure 4-50 Measuring utility power supply 12 V using E-Load channel 1 via instrument matrix 102 TS-5400 Diagnostics User’s Guide...
  • Page 11 Figure 4-61 CEDGN Cable (U8972-61629 CEDGN HD LC CABLE) for Heavy Duty Load Card and E-Load Test 114 Figure 4-62 CEDGN Cable (U8972-61626 CEDGN HV-DAQ CABLE) for HV-DAQ Test 115 Figure 4-63 CEDGN Cable (U8972-61630 CEDGN E-LOAD CABLE) for E-Load Test 116 VIII TS-5400 Diagnostics User’s Guide...
  • Page 12: List Of Tables

    Table 2-1 General environmental requirements 8 Table 2-2 Safety symbols and regulatory markings 11 Table 2-3 Suggested anti-static solutions for site planning 14 Table 3-1 List of standard instruments in the TS-5400 system 19 Table 4-1 V/I Source output value 58 TS-5400 Diagnostics User’s Guide...
  • Page 13 TS-5400 Diagnostics User’s Guide...
  • Page 14: Legal Information

    TS-5400 High Performance PXI Functional Test System Diagnostics User’s Guide Legal Information Warranty 2 Technology Licenses 2 Restricted Rights Legend 3 Service and Support 4 Keysight on the web 4 Keysight by phone 4...
  • Page 15: Warranty

    Technology Licenses The hardware and/or software described in this document are furnished under a license and may be used or copied only in accordance with the terms of such license. TS-5400 Diagnostics User’s Guide...
  • Page 16: Restricted Rights Legend

    (June 1987) or any equivalent agency regulation or contract clause. Use, duplication, or disclosure of Software is subject to Keysight Technologies’ standard commercial license terms, and non- DOD Departments and Agencies of the U.S. Government will receive no greater than Restricted Rights as defined in FAR 52.227- 19(c)(1- 2)(June 1987).
  • Page 17: Service And Support

    Keysight by phone If you do not have access to the Internet, call one of the numbers in the “Contact us” section at the end of this manual. TS-5400 Diagnostics User’s Guide...
  • Page 18: Safety And Regulatory Information

    TS-5400 High Performance PXI Functional Test System Diagnostics User’s Guide Safety and Regulatory Information Safety Summary 6 Safety Notices 6 General Safety Considerations 7 Environmental Conditions 8 Before Applying Power 9 Ground the System 9 Fuses 9 Operator Safety Information 10...
  • Page 19: Safety Summary

    Do not proceed beyond a WARNING notice until the indicated conditions are fully understood and met. TS-5400 Diagnostics User’s Guide...
  • Page 20: General Safety Considerations

    • The protection provided by the TS-5400 system may be impaired if the system is used in a manner not specified by Keysight. TS-5400 Diagnostics User’s Guide...
  • Page 21: Environmental Conditions

    5 °C to 40 °C Relative humidity 5% to 80% relative humidity (non-condensing) This product is designed for use in Installation Category II and C A U T I O N Pollution Degree 2, per IEC 61010-1 and 664 respectively. TS-5400 Diagnostics User’s Guide...
  • Page 22: Before Applying Power

    Doing so could cause a shock or fire hazard. To avoid electrical hazards, all system internal fuses must be WA R N I N G replaced by trained and qualified personnel. TS-5400 Diagnostics User’s Guide...
  • Page 23: Operator Safety Information

    TS-5400 Diagnostics User’s Guide...
  • Page 24: Safety Symbols And Regulatory Markings

    Warning: hot surface. Caution: refer to accompanying documents. Laser radiation symbol: marked on products that have a laser output. Alternating current. Both direct and alternating current. Three-phase alternating current. Earth (ground) terminal. Protective earth (ground) terminal. TS-5400 Diagnostics User’s Guide...
  • Page 25 Australian EMC Framework regulations under the terms of the Radio Communications Act of 1992. This text indicates that the instrument is an Industrial Scientific ISM - 1A and Medical Group 1 Class A product (CISPER 11, Clause 4). TS-5400 Diagnostics User’s Guide...
  • Page 26: Declaration Of Conformity

    Keysight website. You can search the DoC by its product model or description at the web address below. http://regulations.products.keysight.com/DoC/search.htm If you are unable to search for the respective DoC, contact your local N O T E Keysight representative. TS-5400 Diagnostics User’s Guide...
  • Page 27: Electrostatic Discharge (Esd) Precautions

    C A U T I O N wrapped with a plastic wrap. Do not move the crate or the test rack and pallet to a static-sensitive area until you have removed the plastic wrap from the test rack. TS-5400 Diagnostics User’s Guide...
  • Page 28: End Of Life: Waste Electrical And Electronic Equipment (Weee) Directive 2002/96/Ec

    “Monitoring and Control Instrument” product. The affixed product label is as shown below. Do not dispose in domestic household waste. To return this unwanted instrument, contact your nearest Keysight Service Center, or visit www.keysight.com/environment/product for more information. TS-5400 Diagnostics User’s Guide...
  • Page 29 Safety and Regulatory Information End of Life: Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC THIS PAGE HAS BEEN INTENTIONALLY LEFT BLANK. TS-5400 Diagnostics User’s Guide...
  • Page 30: Running Diagnostics

    TS-5400 High Performance PXI Functional Test System Diagnostics User’s Guide Running Diagnostics Overview of Diagnostics Testplans 18 Standard instruments and the system.ust file 18 Configuring the system.ust file in the System Configuration Editor 21 Configuring and Running the DGN Testplan 22...
  • Page 31: Overview Of Diagnostics Testplans

    Standard instruments in the TS- 5400 are included in the DGN and CEDGN testplans. A ✔ (tick) next to an instrument shows that it is included in the DGN or CEDGN testplan. TS-5400 Diagnostics User’s Guide...
  • Page 32: Table 3-1 List Of Standard Instruments In The Ts-5400 System

    Running Diagnostics Overview of Diagnostics Testplans Table 3-1 List of standard instruments in the TS-5400 system Description CEDGN ✔ ✔ E6198B 21-Slot Switch/Load Unit ✔ ✔ E8782A 40 Measurement Channels and 24 Instrument Channels Matrix Card ✔ ✔ E8783A 64-Pin Matrix Card ✔...
  • Page 33 Running Diagnostics Overview of Diagnostics Testplans Table 3-1 List of standard instruments in the TS-5400 system Description CEDGN ✔ ✔ N6702A 1.2 kW, 4-Slots Modular Power Supply Mainframe ✔ ✔ N6700B 400 W, 4-Slots Modular Power Supply Mainframe ✔ N6756A DC Power Module N6756A - 60 V, 17 A, 500 W (2-Slots) ✔...
  • Page 34: Configuring The System.ust File In The System Configuration Editor

    Save As if you would like to change the name of your .ust file. Ensure that you have added all the standard instruments you would like to N O T E test. The DGN and CEDGN testplans will only test instruments in the .ust file. TS-5400 Diagnostics User’s Guide...
  • Page 35: Configuring And Running The Dgn Testplan

    3 Press the play button (shown by the arrow in the figure below) to run the testplan. 4 During certain sequences, message boxes will pop up with instructions on putting on fixtures or taking them out. Follow these instructions carefully to avoid any test errors. TS-5400 Diagnostics User’s Guide...
  • Page 36 Running Diagnostics Configuring and Running the DGN Testplan 5 The test report will be printed in the report window (shown by the arrow in the figure below). TS-5400 Diagnostics User’s Guide...
  • Page 37: Configuring And Running The Cedgn Testplan

    For E- Load testing, identify the E- Load model in the testplan by placing a 1 next to E- Load module if it is a N3302A, a 2 next to E- Load module if it is a N3304A, or a 0 to ignore the test. TS-5400 Diagnostics User’s Guide...
  • Page 38: Figure 3-1 Specify The Instruments To Be Tested In The Cedgn Testplan

    The testplan will run tests on each instrument configured in the system topology file and also the instruments specified in step 3. The results of the tests are displayed. 5 Follow the instructions appearing on the display throughout the test. TS-5400 Diagnostics User’s Guide...
  • Page 39: Installing The Diagnostic Test Fixtures

    Pin Matrix functionality. This fixture is the only one required for DGN tests. Figure 3-2 Installing a Universal CEDGN Test Fixture U8972-67901 with a CEDGN Pin Matrix Cable U8972-61625 TS-5400 Diagnostics User’s Guide...
  • Page 40: Figure 3-3 Installing Two Universal Cedgn Test Fixtures

    Universal CEDGN Test Fixtures U8972- 67901 together. This fixture connection is used to test the connectivity, system utility functionality, and instrument functionality. Figure 3-3 Installing two Universal CEDGN Test Fixtures U8972-67901 with a CEDGN System Utility Cable U8972-61627 TS-5400 Diagnostics User’s Guide...
  • Page 41: Figure 3-4 Installing Two Universal Cedgn Test Fixtures U8972-67901 With A Cedgn Load Card Cable

    Slot (13- 15 and 18- 20). A CEDGN Load Card Cable U8972- 61628 is used to link the two Universal CEDGN Test Fixtures U8972- 67901 together. Figure 3-4 Installing two Universal CEDGN Test Fixtures U8972-67901 with a CEDGN Load Card Cable U8972-61628 TS-5400 Diagnostics User’s Guide...
  • Page 42: Figure 3-5 Isense Pins Of Cedgn Load Card Cable U8972-61628

    Slot 10 as shown in Figure 3- 5. This fixture connection is used to test the connectivity and load card functionality. Figure 3-5 ISense Pins of CEDGN Load Card Cable U8972-61628 are manually probed to ICA Slot 10 TS-5400 Diagnostics User’s Guide...
  • Page 43: Figure 3-6 Installing A Universal Cedgn Test Fixture U8972-67901

    U8972- 61629 are manually probed to Slot 10 as shown in Figure 3- 5. This fixture connection is used to test the connectivity and HD load card functionality. Figure 3-6 Installing a Universal CEDGN Test Fixture U8972-67901 with a CEDGN HD Load Card Cable U8972-61629 TS-5400 Diagnostics User’s Guide...
  • Page 44: Figure 3-7 Installing Two Universal Cedgn Test Fixtures U8972-67901 With A Cedgn Hd Load Card Cable U8972-61629 And A Cedgn E-Load Cable

    CEDGN E- Load Cable U8972- 61630 is used to connect this Universal CEDGN Test Fixture U8972- 67901 together. Figure 3-7 Installing two Universal CEDGN Test Fixtures U8972-67901 with a CEDGN HD Load Card Cable U8972-61629 and a CEDGN E-Load Cable U8972-61630 TS-5400 Diagnostics User’s Guide...
  • Page 45: Figure 3-8 The Power Pins Of The Cedgn E-Load Cable

    Slot 10 as shown in Figure 3- 8. This fixture connection is used to test the connectivity and the E- Load functionality. Figure 3-8 The Power Pins of the CEDGN E-Load Cable U8972-61630 are manually probed to ICA Slot 10 TS-5400 Diagnostics User’s Guide...
  • Page 46: Figure 3-9 Installing Two Universal Cedgn Test Fixtures U8972-67901 With A Cedgn Hv-Daq Cable

    Universal CEDGN Test Fixtures U8972- 67901 together. This fixture connection is used to test the connectivity and HV- DAQ functionality. Figure 3-9 Installing two Universal CEDGN Test Fixtures U8972-67901 with a CEDGN HV-DAQ Cable U8972-61626 TS-5400 Diagnostics User’s Guide...
  • Page 47: Figure 3-10 Installing A Universal Cedgn Test Fixture U8972-67901

    Running Diagnostics Installing the Diagnostic Test Fixtures Figure 3-10 Installing a Universal CEDGN Test Fixture U8972-67901 with a CEDGN Pin Matrix Cable U8972-61633 TS-5400 Diagnostics User’s Guide...
  • Page 48: Figure 3-11 Installing Two Universal Cedgn Test Fixtures U8972-67901 With A Cedgn Cable U8972-61641

    CEDGN Test Fixture U8972- 67901 connected to Slot 10. A CEDGN Cable U8972- 61641 is used to link the two Universal CEDGN Test Fixtures U8972- 67901 together. Figure 3-11 Installing two Universal CEDGN Test Fixtures U8972-67901 with a CEDGN Cable U8972-61641 TS-5400 Diagnostics User’s Guide...
  • Page 49: Resolving Test Failures

    Test System Interface. Chapter 4 contains detailed descriptions of each test that may help in isolating equipment problems to a particular component. TS-5400 Diagnostics User’s Guide...
  • Page 50: Diagnostic Testing Details

    TS-5400 High Performance PXI Functional Test System Diagnostics User’s Guide Diagnostic Testing Details DGN Testplan Description and Flow 38 CEDGN Testplan Description and Flow 48 Test Fixture Description 110...
  • Page 51: Dgn Testplan Description And Flow

    DMMs to run the self- test sequentially. Section 03 Pin Matrix Non-Fixture Test with a DMM • Sections 03 and 04 fall under the same testgroup in the testplan. • This section consists of the pin matrix row open/close tests without fixture. TS-5400 Diagnostics User’s Guide...
  • Page 52: Figure 4-1 Measuring Resistance (Open) Between Abus1 And Abus2 Of The First Pin Matrix Using A Dmm

    See Figure 4- 2. Repeat the test for instrument rows 6 to 40. This test starts from instrument row 5 because instrument rows 1 to 4 are allocated for DMM Hi, Lo, ISrc Hi, and ISrc Lo. TS-5400 Diagnostics User’s Guide...
  • Page 53: Figure 4-2 Measuring Resistance (Close And Open) Between

    X = 2, 3, …, 40. Figure 4-3 Measuring resistance (close and open) between Row 1 - Abus 1 and Row 2 - Abus 2 relays Pin Matrix Matrix001:Inst1 Matrix001:Inst2 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Matrix00X:Row1 Matrix00X :Row2 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 54 Row1 will be shorted to Row2, Row3 to Row 4, and so on until Row63 is shorted to Row64 (or Row 39 is shorted to Row40 if it is the instrument matrix). The DMM should measure SHORT when the internal switching is done. See Figure 4- 4. TS-5400 Diagnostics User’s Guide...
  • Page 55: Figure 4-4 Measuring Resistance (0 Ω ) For Matrix Loopback Row1

    AUX2 to AUX4 and so on until AUX62 is connected to AUX64 (or AUX 38 is connected to AUX40 if it is the instrument matrix). The DMM should measure SHORT when the internal switching is done. See Figure 4- 5. TS-5400 Diagnostics User’s Guide...
  • Page 56: Figure 4-5 Measuring Resistance Value (0 Ω ) For Loopback Aux1

    • The SLU DAC (or first SLU detected if there are two SLUs) will provide the source to validate the digitizer functionality. The SLU DAC is set to output 10 V and the digitizer will measure this output voltage level. TS-5400 Diagnostics User’s Guide...
  • Page 57: Figure 4-6 Measuring The Slu Dac 1 Output Voltage (+10 V) Using

    Channel 1 of the Digitizer for digitizer functionality verifica- tion Pin Matrix SLU DAC 1 Matrix001 :Inst1 Matrix001 :Inst2 SLU SysGND Matrix001:Inst7 Channel 1 Channel 1 Matrix001:Inst8 Digitizer Matrix001: Inst9 Channel 2 Channel 2 Matrix001:Inst10 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 58: Figure 4-7 Measuring The Slu Dac 2 Output Voltage (+10 V) Using Channel 2 Of The Digitizer For Digitizer Functionality

    “Tests 01600: HV- DAQ” (or “Tests 01400: V/I M9186A”). Section 09 Arbitrary Waveform Generator (AWG) test - Auto-Detect, Read Card Info, and Measure DC Output with DMM • This test detects if one or more AWG is present in the system. TS-5400 Diagnostics User’s Guide...
  • Page 59: Figure 4-8 Measuring The Arbitrary Waveform Generator Output (+10 V) Using A Dmm

    Generator Analog Bus Section 10 DAC Test - Auto-Detect and Read Card Information • Detects if one or more DAC is present in the system. • This test queries the card information from each detected DAC. TS-5400 Diagnostics User’s Guide...
  • Page 60 • Sections 11 and 12 detects if one or more E- load mainframe (or power supply mainframe) is present in the system and runs the self- test. • The self- test returns a PASS result if the return value is zero. TS-5400 Diagnostics User’s Guide...
  • Page 61: Cedgn Testplan Description And Flow

    AUX1 to AUX 3 via UUTCOM, similarly for AUX2 to AUX4 and so on until AUX62 is connected to AUX64 (or AUX 38 is connected to AUX40 if it is the instrument matrix). The DMM is expected to measure SHORT (0 Ω). TS-5400 Diagnostics User’s Guide...
  • Page 62: Figure 4-9 Measuring The Loopback Resistance Value

    Matrix001:Inst1 Matrix001:Inst2 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Universal CEDGN Test Fixture U8972-67901 with CEDGN Pin Matrix Cable U8972 -61625 Matrix00X:AUX1 Matrix00X :Row1 UUTCOM Matrix00X:AUX3 Matrix00X:Row3 Analog Bus Where X represents the number of the specific matrix card. TS-5400 Diagnostics User’s Guide...
  • Page 63: Figure 4-11 Measuring Temperature From The U8972-61631 Thermistor Sensor Using A Dmm Via The Instrument Matrix

    Figure 4-11 Measuring temperature from the U8972-61631 thermistor sensor using a DMM via the instrument matrix Pin Matrix Matrix001 :Inst1 Matrix001 :Inst2 IsrcHi Matrix001 :Inst3 IsrcLo Matrix001 :Inst4 Matrix001:Inst21 Matrix001:Inst22 PT100 HiSense LoSense Matrix001:Inst23 Matrix001:Inst24 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 64 • This test requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61627 CEDGN System Utility Cable. See Figure 3- 3 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 65 Test Fixtures and a U8972- 61627 CEDGN System Utility Cable. See Figure 3- 3 on how to connect the CEDGN kits for this test. Figure 4- 12 below shows the connections between the PS4 and a DMM. TS-5400 Diagnostics User’s Guide...
  • Page 66: Figure 4-12 Measuring Voltage (5 V) From Ps4 Using A Dmm Via The

    +12 V and +24 V respectively. • This test requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61627 CEDGN System Utility Cable. See Figure 3- 3 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 67 • This test requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61627 CEDGN System Utility Cable. See Figure 3- 3 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 68: Figure 4-13 Measuring Dc +10 V Generated From The Arbitrary

    Pin Matrix Matrix001:Inst1 Matrix001 :Inst2 IsrcHi IsrcLo Slot 1 Matrix001 :Row9 1A10 CH2 Hi Matrix001:Row10 Universal CH2 Lo CEDGN Test Fixture U8972 - 67901 with CEDGN System Utility Cable Analog Bus Slot 10 U8972-61627 10A13 10B13 TS-5400 Diagnostics User’s Guide...
  • Page 69 • This test requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61627 CEDGN System Utility Cable. See Figure 3- 3 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 70: Figure 4-15 Measuring Dc +10 V Generated From Slu Dac1 Using Digitizer Channel 1 Via The Instrument Matrix

    Matrix001 :Inst1 Matrix001 :Inst2 SLU SysGND Slot 1 Digitizer Matrix001 :Row11 1A11 1A12 CH3 Hi Matrix001:Row12 Universal CH3 Lo CEDGN Test Fixture U8972 - 67901 with CEDGN System Utility Cable Analog Bus Slot 10 U8972-61627 10A14 10B14 TS-5400 Diagnostics User’s Guide...
  • Page 71: Table 4-1 V/I Source Output Value

    16 V 10 kΩ Path –16 V 16 V High Voltage: 0 Ω Path –10 V 100 V 100 Ω Path –10 V 100 V Low Current –0.02 A 0.02 A High Current –0.2 A 0.2 A TS-5400 Diagnostics User’s Guide...
  • Page 72 Figure 4- 19. • Finally, the DAC trigger function is checked with the SLU DAC1 as the trigger source. The DAC output should only be present upon trigger from the SLU DAC1. See Figure 4- 20. TS-5400 Diagnostics User’s Guide...
  • Page 73 Figure 4-18 Measuring voltage (without sense) generated from the M9185A DAC using a DMM via the instrument matrix and pin matrix Pin Matrix Matrix001:Inst1 Matrix001:Inst2 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Matrix00X:AUX33 CH1 Hi Matrix00X:Row33 Matrix00x: AUX1 CH1 Lo Matrix00x:Row1 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 74: Figure 4-20 Dac Output Voltage Upon Triggered By Dc Voltage From

    CH8 Lo Matrix00 x:Row15 Matrix00x:AUX16 CH8 LoSense Matrix00X:Row16 Slot 1 Matrix00X:Row8 TRIGGER 1A23 ZGNDF 1A24 UUTCOM Universal CEDGN Test UUTCOM Fixture U8972 - 67901 with Analog Bus Slot 10 CEDGN System Utility Cable U8972-61627 10B10 10B9 TS-5400 Diagnostics User’s Guide...
  • Page 75 See Figure 4- 22. • Both tests require two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61626 CEDGN HV- DAQ Cable. See Figure 3- 9 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 76: Figure 4-21 Measuring Dc Voltage Generated From The Slu Dac1

    Slot X XA1/ Port 1 XA47 XB1/ XB47 HV-DAQ Universal Pin Matrix CEDGN Test Fixture U8972- 67901 with HV- DAQ CABLE Matrix001: Inst1 U8972 -61626 Matrix001: Inst2 Slot 1 Matrix001:Row1 1A33/ 1A37 Matrix001:Row 33/ Matrix001:Row37 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 77: Figure 4-22 Measure Loopback Resistance Value

    • This test sequence verifies the presence of a physical connection between the E6175A Load Card, power supply, and system ICA. • This test sequence consists of an unpowered load card test, a powered load card test, and a current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 78 SLU backplane. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 79: Figure 4-23 E6175A Unpowered Load Card Test

    NO 5& 6 V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 3 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 80: Figure 4-24 E6175A Powered Load Card Test

    NO 5& 6 V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 81: Figure 4-25 E6175A Current Sense Test

    • This test sequence verifies the presence of physical connection between E6176A Load Card, power supply, and system ICA. • This test sequence consists of unpowered load card test, powered load card test, and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 82 SLU backplane. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 83: Figure 4-26 E6176A Unpowered Load Card Test

    NO 9 V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 84: Figure 4-27 E6176A Powered Load Card Test

    NO 9 V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 85: Figure 4-28 E6176A Current Sense Test

    E6177A Load Card test • This test sequence verifies the presence of physical connection between E6177A Load Card, power supply, and system ICA. • This test sequence consists of unpowered load card test and powered load card test. TS-5400 Diagnostics User’s Guide...
  • Page 86 E6177A powered load card test. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 87: Figure 4-29 E6177A Unpowered Load Card Test

    V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row17 1A17 Matrix001:Row 25 1A25 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 88: Figure 4-30 E6177A Powered Load Card Test

    • This test sequence verifies the presence of physical connection between E6178B Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test, powered load card test and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 89 SLU backplane. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61629 CEDGN HD Load Card Cable. See Figure 3- 6 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 90: Figure 4-31 E6178B Unpowered Load Card Test

    V- V+ Syste m E6178B Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN HD Load Matrix001:Inst2 Card cable U8972-61629 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row2 Matrix001:Row 8 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 91: Figure 4-32 E6178B Powered Load Card Test

    Transducer V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN HD Load Matrix001:Inst2 Card cable U8972-61629 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 2 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 92: Figure 4-33 E6178B Current Sense Test

    • This test sequence verifies the presence of physical connection between N9377A Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test, powered load card test, and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 93 SLU backplane. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 94: Figure 4-34 N9377A Unpowered Load Card Test

    NO 9 V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 95: Figure 4-35 N9377A Powered Load Card Test

    NO 9 V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 96: Figure 4-36 N9377A Current Sense Test

    • This test sequence verifies the presence of physical connection between N9378A Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test, powered load card test, and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 97 • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 98: Figure 4-37 N9378A Unpowered Load Card Test

    V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row17 1A17 Matrix001:Row 25 1A25 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 99: Figure 4-38 N9378A Powered Load Card Test

    • This test sequence verifies the presence of physical connection between N9379A Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test, powered load card test, and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 100 N9379A powered load card test. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 101: Figure 4-39 N9379A Unpowered Load Card Test

    V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row17 1A17 Matrix001:Row 25 1A25 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 102: Figure 4-40 N9379A Powered Load Card Test

    U7177A Load Card test • This test sequence verifies the presence of physical connection between U7177A Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test and powered load card test. TS-5400 Diagnostics User’s Guide...
  • Page 103 SLU backplane. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 104: Figure 4-41 U7177A Unpowered Load Card Test

    V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row17 1A17 Matrix001:Row 25 1A25 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 105: Figure 4-42 U7177A Powered Load Card Test

    V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN Load Card Matrix001:Inst2 cable U8972-61628 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row25 1A25 Matrix001:Row 26 1A26 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 106: Figure 4-43 U7177A Current Sense Test

    • This test sequence verifies the presence of physical connection between U7178A Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test, powered load card test and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 107 SLU backplane. • This test sequence requires two U8972- 67901 Universal CEDGN Test Fixture and a U8972- 61629 CEDGN HD Load Card Cable. See Figure 3- 6 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 108: Figure 4-44 U7178A Unpowered Load Card Test

    Transducer V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN HD Load Matrix001:Inst2 Card cable U8972-61629 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row2 Matrix001:Row 8 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 109: Figure 4-45 U7178A Powered Load Card Test

    Transducer V- V+ Syste m Powe r Supply Pin Matrix Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN HD Load Matrix001:Inst2 Card cable U8972-61629 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 2 Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 110: Figure 4-46 U7178A Current Sense Test

    • This test sequence verifies the presence of physical connection between U7179A Load Card, power supply and system ICA. • This test sequence consists of unpowered load card test, powered load card test and current sense test. TS-5400 Diagnostics User’s Guide...
  • Page 111 SLU backplane. • This test sequence requires two U8972- 67901 UNIVERSAL CEDGN Test Fixtures and a U8972- 61628 CEDGN Load Card Cable. See Figure 3- 4 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 112: Figure 4-47 U7179A Unpowered Load Card Test

    Universal CEDGN Test Fixture U8972-67901 Matrix001:Inst1 with CEDGN HD Load Matrix001 :Inst2 Card cable U8972 -61629 IsrcHi Matrix001 :Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus Figure 4-47 U7179A unpowered load card test TS-5400 Diagnostics User’s Guide...
  • Page 113: Figure 4-48 U7179A Powered Load Card Test

    Pin Matrix Universal CEDGN Test Fixture U8972 -67901 Matrix001:Inst1 with CEDGN HD Load Matrix001:Inst2 Card cable U8972-61629 IsrcHi Matrix001:Inst3 IsrcLo Matrix001:Inst4 Slot 1 Matrix001: Row1 Matrix001:Row 9 Analog Bus Figure 4-48 U7179A powered load card test TS-5400 Diagnostics User’s Guide...
  • Page 114: Figure 4-49 U7179A Current Sense Test

    In this test, the output of +12V Utility power supply will be connected to the respective e- load channel under test. The e- load channel is expected to read back +12V DC. TS-5400 Diagnostics User’s Guide...
  • Page 115: Figure 4-50 Measuring Utility Power Supply 12 V Using E-Load

    Channel 1 +ve Channel 1 -ve Universal CEDGN Test Fixture U8972- 67901 with Pin Matrix CEDGN HD LC Slot 21 Cable U8972- 61629 Matrix001:Row9 21B25 Matrix001:Row10 21B26 Utility Matrix001:Row 37 Power Matrix001:Row 38 Supply Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 116 DAC1. See Figure 4- 52. • This test requires two U8972- 67901 Universal CEDGN Test Fixtures and a U8972- 61641 CEDGN System Utility Cable. See Figure 3- 11 on how to connect the CEDGN kits for this test. TS-5400 Diagnostics User’s Guide...
  • Page 117: Figure 4-51 Measuring Voltage Generated From The M9188A Dynamic Dac Using A Dmm Via The Instrument Matrix And Pin Matrix

    Diagnostic Testing Details CEDGN Testplan Description and Flow Figure 4-51 Measuring voltage generated from the M9188A Dynamic DAC using a DMM via the instrument matrix and pin matrix TS-5400 Diagnostics User’s Guide...
  • Page 118: Figure 4-52 Dac Output Voltage Upon Triggering By Dc Voltage From

    IsrcHi Triggering path IsrcLo Measuring path Matrix00X:AUX33 CH1 Hi Matrix00x:AUX1 CH1 Lo Slot 1 Matrix00X:Row2 Ext Trig UUTCOM Universal UUTCOM CEDGN Test Fixture U8972 - Slot 10 Analog Bus 67901 with CEDGN Cable U8972-61614 10A54 10C54 TS-5400 Diagnostics User’s Guide...
  • Page 119: Figure 4-53 Measuring Dac 10 Mhz Clock

    Diagnostic Testing Details CEDGN Testplan Description and Flow Figure 4-53 Measuring DAC 10 MHz Clock Pin Matrix SLU DAC1 Matrix001:Inst1 Matrix001:Inst2 SLU SysGND IsrcHi IsrcLo Matrix00X:Row4 Matrix00x:UUTCOM UUTCOM Analog Bus TS-5400 Diagnostics User’s Guide...
  • Page 120: Figure 4-54 Measuring Dc +10 V Generated From Slu Dac1 Using

    SLU DAC1 as the trigger source. The digitizer should start the acquisition only upon trigger from the SLU DAC1. See Figure 4- 56. Figure 4-54 Measuring DC +10 V generated from SLU DAC1 using the first M9217A digitizer channel 1 via instrument matrix TS-5400 Diagnostics User’s Guide...
  • Page 121: Figure 4-55 Measuring Dc +10 V Generated From Slu Dac1 Using

    Diagnostic Testing Details CEDGN Testplan Description and Flow Figure 4-55 Measuring DC +10 V generated from SLU DAC1 using the second M9217A digitizer channel 1 via instrument matrix and System ICA TS-5400 Diagnostics User’s Guide...
  • Page 122: Figure 4-56 Digitizer Starting Acquisition Upon Triggering By Dc

    Diagnostic Testing Details CEDGN Testplan Description and Flow Figure 4-56 Digitizer starting acquisition upon triggering by DC voltage from SLU DAC1 TS-5400 Diagnostics User’s Guide...
  • Page 123: Test Fixture Description

    Diagnostic Testing Details Test Fixture Description Test Fixture Description U8972-67901 CEDGN Universal Test Fixture Figure 4-57 CEDGN Universal Test Fixture TS-5400 Diagnostics User’s Guide...
  • Page 124: Figure 4-58 Cedgn Loopback Cable

    Diagnostic Testing Details Test Fixture Description U8972-61625 CEDGN PIN MATRIX CABLE Figure 4-58 CEDGN Loopback Cable (U8972-61625 CEDGN PIN MATRIX CABLE) for E8782A and E8783A Pin Matrix Card Test TS-5400 Diagnostics User’s Guide...
  • Page 125 Diagnostic Testing Details Test Fixture Description U8972-61627 CEDGN SYSTEM UTILITY CABLE Figure 4-59 CEDGN Cable (U8972-61627 CEDGN SYSTEM UTILITY CA- BLE) for System Utility Test TS-5400 Diagnostics User’s Guide...
  • Page 126 Diagnostic Testing Details Test Fixture Description U8972-61628 CEDGN LOAD CARD CABLE Figure 4-60 CEDGN Cable (U8972-61628 CEDGN LOAD CARD CABLE) for Load Card Test TS-5400 Diagnostics User’s Guide...
  • Page 127 Diagnostic Testing Details Test Fixture Description U8972-61629 CEDGN HD LC CABLE Figure 4-61 CEDGN Cable (U8972-61629 CEDGN HD LC CABLE) for Heavy Duty Load Card and E-Load Test TS-5400 Diagnostics User’s Guide...
  • Page 128 Diagnostic Testing Details Test Fixture Description U8972-61626 CEDGN HV-DAQ CABLE Figure 4-62 CEDGN Cable (U8972-61626 CEDGN HV-DAQ CABLE) for HV-DAQ Test TS-5400 Diagnostics User’s Guide...
  • Page 129 Diagnostic Testing Details Test Fixture Description U8972-61630 CEDGN E-LOAD CABLE Figure 4-63 CEDGN Cable (U8972-61630 CEDGN E-LOAD CABLE) for E-Load Test TS-5400 Diagnostics User’s Guide...
  • Page 130: Appendix A Diagnostic Test Fixture Details

    TS-5400 High Performance PXI Functional Test System Diagnostics User’s Guide Appendix A Diagnostic Test Fixture Details Schematic for U8972-67901 Universal CEDGN Test Fixture 118 Schematic for U8972-61625 CEDGN Pin Matrix Cable 120 Schematic for U8972-61626 CEDGN HV-DAQ CABL 122 Schematic for U8972-61627 CEDGN System Utility Cable 125...
  • Page 131: Schematic For U8972-67901 Universal Cedgn Test Fixture

    Diagnostic Test Fixture Details Schematic for U8972-67901 Universal CEDGN Test Fixture Schematic for U8972-67901 Universal CEDGN Test Fixture TS-5400 Diagnostics User’s Guide...
  • Page 132 33 J3.13 33 J3.37 33 J3.61 68 J4.24 68 J4.50 68 J4.76 34 J3.14 34 J3.38 34 J3.62 69 J4.25 69 J4.51 69 J4.77 35 J3.15 35 J3.39 35 J3.63 70 J4.26 70 J4.52 70 J4.78 TS-5400 Diagnostics User’s Guide...
  • Page 133: Schematic For U8972-61625 Cedgn Pin Matrix Cable

    J2-15 row35 J2-35 UUTCom J2-54 aux26 J2-74 NC J2-16 row36 J2-36 UUTCom J2-55 aux27 J2-75 NC J2-17 row37 J2-37 J2-56 aux28 J2-76 NC J2-18 row38 J2-38 J2-57 aux29 J2-77 NC J2-19 row39 J2-39 J2-58 aux30 J2-78 NC J2-20 row40 J2-59 aux31 TS-5400 Diagnostics User’s Guide...
  • Page 134 J3-12 row56 1 to 1 wire J2-68 aux40 J3-13 row57 J3-14 row58 1 to 1 wire J3-15 row59 J3-16 row60 1 to 1 wire J3-17 row61 J3-18 row62 1 to 1 wire J3-19 row63 J3-20 row64 1 to 1 wire TS-5400 Diagnostics User’s Guide...
  • Page 135: Schematic For U8972-61626 Cedgn Hv-Daq Cabl

    J1-56 aux16 DAQ1.Aux72 & DAQ2.Aux72 J1-76 J1-18 row18 DAQ1.Port 18 & DAQ2.Port 18 J1-38 J1-57 aux17 DAQ1.Aux82 & DAQ2.Aux82 J1-77 J1-19 row19 DAQ1.Port 19 & DAQ2.Port 19 J1-39 J1-58 J1-78 J1-20 row20 DAQ1.Port 20 & DAQ2.Port 20 J1-59 TS-5400 Diagnostics User’s Guide...
  • Page 136 J3-54 DAQ1.Port 16 J3-74 J3-16 DAQ1.Port 31 J3-36 DAQ1.G4 J3-55 DAQ1.Port 24 J3-75 J3-17 DAQ1.Aux11 J3-37 J3-56 DAQ1.Port 32 J3-76 J3-18 DAQ1.Aux21 J3-38 J3-57 DAQ1.Aux12 J3-77 J3-19 DAQ1.Aux31 J3-39 J3-58 DAQ1.Aux22 J3-78 J3-20 DAQ1.Aux41 J3-59 DAQ1.Aux32 TS-5400 Diagnostics User’s Guide...
  • Page 137 J5-55 DAQ2.Port 2 J5-75 DAQ2.Aux52 J5-17 DAQ2.Port 23 J5-37 DAQ2.G3 J5-56 DAQ2.Port 10 J5-76 DAQ2.Aux62 J5-18 DAQ2.Port 31 J5-38 DAQ2.G3 J5-57 DAQ2.Port 18 J5-77 DAQ2.Aux72 J5-19 DAQ2.Aux11 J5-39 DAQ2.G3 J5-58 DAQ2.Port 26 J5-78 DAQ2.Aux82 J5-20 DAQ2.Aux21 J5-59 DAQ2.Port 4 TS-5400 Diagnostics User’s Guide...
  • Page 138: Schematic For U8972-61627 Cedgn System Utility Cable

    J4-35 J1-34 J1-53 J1-73 J1-15 row15 J4-16 J1-35 J1-54 J1-74 J1-16 row16 J4-36 J1-36 J1-55 J1-75 J1-17 row17 J4-17 J1-37 J1-56 J1-76 J1-18 row18 J4-37 J1-38 J1-57 J1-77 J1-19 row19 J1-39 J1-58 J1-78 J1-20 row20 J1-59 TS-5400 Diagnostics User’s Guide...
  • Page 139 J6-22 J3-35 UUTCom J6-74 J3-54 J3-74 J3-16 row36 J6-23 J3-36 UUTCom J6-75 J3-55 J3-75 J3-17 row37 J6-25 J3-37 J3-56 J3-76 J3-18 row38 J6-26 J3-38 J3-57 J3-77 J3-19 row39 J6-77 J3-39 J3-58 J3-78 J3-20 row40 J6-78 J3-59 TS-5400 Diagnostics User’s Guide...
  • Page 140 J5-17 Isense- (4) J5-37 J5-56 Digital In (5) J5-76 J5-18 PB Sense (1) J5-38 J5-57 Digital In (7) J5-77 J5-19 PB Sense (3) J5-39 J5-58 Spare_DigOut (1) J5-78 J5-20 Open Drain Out (0) J5-59 Spare_DigOut (3) TS-5400 Diagnostics User’s Guide...
  • Page 141 Fixture ID (0) J6-24 interlock J6-76 DCOM J5-42 PCI1750 DI1 J6-36 PCI1750 DO1 J5-21 Open Drain Out (2) J5-2 Fixture ID (2) J5-43 PCI1750 DI2 J6-37 PCI1750 DO2 J5-22 Open Drain Out (4) J5-3 Fixture ID (4) TS-5400 Diagnostics User’s Guide...
  • Page 142: Schematic For U8972-61628 Cedgn Load Card Cable

    J1-18 row18 J4-17 & J4-19 & J4-21 & J4-23 & J5-1 & J5-3 J1-38 J1-57 J1-77 J1-19 row19 J5-5 & J5-7 & J5-9 & J5-11 & J5-13 & J5-15 J1-39 J1-58 J1-78 J1-20 row20 J5-17 & J5-19 & J5-21 & J5-23 & J5-25 & J4-53 J1-59 TS-5400 Diagnostics User’s Guide...
  • Page 143 LC16.Ch13 J3-73 J3-15 LC16.Ch7 J3-35 J3-54 LC16.Ch14 J3-74 J3-16 LC16.Ch8 J3-36 J3-55 LC16.Ch15 J3-75 J3-17 LC16.Ch1 J3-37 J3-56 LC16.Ch16 J3-76 J3-18 LC16.Ch2 J3-38 J3-57 LC16.Ch9 J3-77 J3-19 LC16.Ch3 J3-39 J3-58 LC16.Ch10 J3-78 J3-20 LC16.Ch4 J3-59 LC16.Ch11 TS-5400 Diagnostics User’s Guide...
  • Page 144 J5-16 LC48.CH18 Com J5-36 J5-55 LC48.CH35 J5-75 LC48.CH45 J5-17 LC48.CH19 J5-37 J5-56 LC48.CH35 Com J5-76 LC48.CH45 Com J5-18 LC48.CH19 Com J5-38 J5-57 LC48.CH36 J5-77 LC48.CH46 J5-19 LC48.CH20 J5-39 J5-58 LC48.CH36 Com J5-78 LC48.CH46 Com J5-20 LC48.CH20 Com J5-59 LC48.CH37 TS-5400 Diagnostics User’s Guide...
  • Page 145: Schematic For U8972-61629 Cedgn Heavy Duty Load Card Cable

    13 CH13 29 CH13 J1-18 row18 Isense- (4) SLU0 J1-38 J1-57 J1-77 14 CH14 30 CH14 J1-19 row19 Isense+ (4) SLU1 J1-39 J1-58 J1-78 15 CH15 31 CH15 J1-20 row20 Isense- (4) SLU1 J1-59 16 CH16 32 CH16 TS-5400 Diagnostics User’s Guide...
  • Page 146: Schematic For U8972-61630 Cedgn E-Load Cable

    J1-15 row35 +24Vdc Supply J1-35 J1-54 J1-74 J1-16 row36 -24Vdc Supply J1-36 J1-55 J1-75 J1-17 row37 +12Vdc Supply J1-37 J1-56 J1-76 J1-18 row38 -12Vdc Supply J1-38 J1-57 J1-77 J1-19 row39 J1-39 J1-58 J1-78 J1-20 row40 J1-59 TS-5400 Diagnostics User’s Guide...
  • Page 147 J4-17 NC J4-37 J4-56 TRIG_OUT J4-76 CH2-A9 J3-18 NC J3-38 J3-57 J3-77 J4-18 NC J4-38 J4-57 TRIG_GND J4-77 CH2-A10 J3-19 NC J3-39 J3-58 J3-78 J4-19 NC J4-39 J4-58 DIG1 J4-78 CH2-A11 J3-20 NC J3-59 J4-20 NC J4-59 DIG2 TS-5400 Diagnostics User’s Guide...
  • Page 148: Schematic For U8972-61641 Cedgn M9188A And M9217A Cable

    J1-50 J1-70 J1-12 J1-32 J1-51 J1-71 J1-13 J1-33 J1-52 J1-72 J1-14 J1-34 J1-53 J1-73 J1-15 J1-35 J1-54 J1-74 J1-16 J1-36 J1-55 J1-75 J1-17 J1-37 J1-56 J1-76 J1-18 J1-38 J1-57 J1-77 J1-19 J1-39 J1-58 J1-78 J1-20 J1-59 TS-5400 Diagnostics User’s Guide...
  • Page 149 J2-33 J2-52 J2-72 J2-14 J2.66 J2-34 J2-53 J2-73 J2-15 J2.67 J2-35 J2-54 J2-74 J2-16 J1.6 J2-36 J2-55 J2-75 J2-17 10MHz J1.8 J2-37 J2-56 J2-76 J2-18 J2-38 J2-57 J2-77 J2-19 J2-39 J2-58 J2.6 J2-78 J2-20 J2-59 J2.7 TS-5400 Diagnostics User’s Guide...
  • Page 150 www.keysight.com Contact us To obtain service, warranty, or technical assistance, contact us at the following phone fax numbers: United States: (tel) 800 829 4444 (fax) 800 829 4433 Canada: (tel) 877 894 4414 (fax) 800 746 4866 China: (tel) 800 810 0189 (fax) 800 820 2816 Europe: (tel) 31 20 547 2111...
  • Page 151 This information is subject to change without notice. © Keysight Technologies 2012, 2014, 2015, 2016 Edition 4, March 31, 2016 *U8972-90003* U8972-90003 www.keysight.com...

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