Specifications
System Introduction  17Chapter 1
System Hardware
The Agilent TS-5400 systems contain all of the GPIB and/or VXI 
instrumentation needed to test most electronics modules. You may add 
additional GPIB instruments and/or VXI modules and cabling to increase 
the test capabilities of the system. If adding VXI modules when currently no 
VXI modules are present, requires a VXI Mainframe.
The locations of the GPIB instruments and VXI modules in the VXI 
mainframe(s), and the test system interface or mass interconnect are 
standardized as much as possible. Because the Agilent TS-5400 Series uses 
open system standards, and is configurable by the system integrator, systems 
at your site may be different from the factory configurations.
WARNING The Debug Panel Analog Bus (ABus1 - ABus4) connectors are 
not intended for operator use. On some Agilent TS-5400 Test 
Systems, the Debug connector’s common connection (BNC 
outer connection) is isolated from system ground and can have 
hazardous voltage and current during Agilent TS-5400 
operation. 
Refer to the Debug Panel’s silk-screen to determine if the 
Debug connector’s common connection are floating. Voltages 
greater than 30Vrms, 42Vpk, or 60Vdc are considered 
hazardous voltages. Current greater than 8A or energy greater 
than 150VA is also considered hazardous.
Agilent E6171B
Measurement and
Control Module
(MCM)
This powerful card contributes to the versatility of the system, providing its 
own 4x16 matrix to connect instruments to the Analog Bus. Twelve of these 
sixteen lines are typically used for the Counter, 2-channel isolated Arbitrary 
Waveform Generator, Digitizer, and DMM. The MCM card adds other 
important capabilities to the system as well, these are:
• An isolated voltage source.
• An isolated current source with a programmable voltage limit.
• A 16 X 5 instrument multiplexer that multiplexes four analog buses 
plus Unit Under Test (UUT) common.
• Multiplexing for eight external triggers and eight VXIbus TTL triggers 
to and from each other or to and from the DUT.
• An analog comparator, with programmable thresholds, whose output 
connects to the trigger multiplexer.
• A programmable high-voltage attenuator.
• A amplifier with programmable gain that can amplify the output of an 
Agilent E6173A Arbitrary Function Generator module (formerly the 
Agilent Z2471A) via a step-up transformer to provide output for 
simulating VRS (Variable Reluctance Sensors) signals.
• A Programmable IRQ.
• A programmable general-purpose timer whose output also can be used 
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