The single Agilent 81618A interface modules are used to connect optical heads ( Agilent 8162x ) to the mainframes 8163A/B, 8164A/B or 8166A/B.
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136 channels Timing 250 MHz on all channels, 500 MHz half channels
Transitional 125 MHz all channels, 250 MHz half channels
Glitch 125 MHz half channels
State Analysis 100 MHz in all modes
Clock channels 6 of the 136
Memory 4 k/channel, 8 k in half channel mode
Setup / hold time 3.5/0 nS to 0/3.5 nS adjustable in 500 pS increments
State Time Tag Resolution 8 nS
Min. Detectable Glitch 3.5 nS
HP-IB and RS-232 interfaces are standard
The Agilent 16550A 100 MHz state and 500 MHz timing analysis module offers industry standard state and timing analysis features at an affordable price. With this module, there is no need to connect special probes to view timing activity. All channels perform either state or timing functions. Set up your analyzer to perform simultaneous, fully time-correlated state analysis on some channels and timing analysis on the rest.
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The Agilent 54600B 2 Channel 100 MHz Oscilloscope is ideal for production test, field service and education, where you need solid, dependable scopes at a low price. In fact, with prices this low, you can afford to equip your entire staff without sacrificing measurement capability or confidence in the results.
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The Keithley Model 7001 is a half-rack, high density, two-slot mainframe that supports the widest range of signals in the test and measurement industry. DC switching capabilities from nanovolts to 1100V and femtoamps to 5A, as well as RF and optical switch support, make the Model 7001 a versatile production test tool for a wide array of applications.
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HP/Agilent 6629A Precision Power Supply, 50 W 4 Outputs
Output ratings (4 outputs)
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Low-range volts, amps 50W: 0 to 16 V, 0 to 200 mA
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High range volts, amps 50W: 0 to 50 V, 0 to 1 A or 0 to 16 V, 0 to 2 A
Programming accuracy at 25°C ±5°C (4 outputs each)
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Voltage 50W: 0.016% + 3 mV (low), 10 mV (high)
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Current 50W: 0.04% + 185 µA (low), 500 µA (high)
Ripple & noise (20 Hz to 20 MHz) 4 outputs each
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Voltage rms: 500 µV
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Peak-to-peak: 3 mV
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Current rms: 0.1 mA
This unit includes Option 002, Power Input Connector.
The Agilent 437B power meter is a low-cost, high-performance, single-channel, programmable, average power meter compatible with the 8480 family of power sensors. Depending on which power sensor is used, the 437B can measure from -70 dBm (100pW) to +44 dBm (25W) at frequencies from 100 kHz to 110 GHz.
Designed for the ATE systems and demanding benchtop measurements, the 437B power meter makes fast, accurate, and reliable average power measurements. Only three inches high and half rack wide, the 437B minimizes the use of critical rack space in ATE systems. The advanced plastics technology used in the 437B cabinet combines the light weight of plastic with the shielding effectiveness of metal, making the 437B the only power meter to meet MIL-STD-461C EMI specifications.
This unit has 256k Memory.
You can easily configure an Agilent 3852A data acquisition and control system to meet your needs for measuring physical parameters. The 3852A is set up to handle many different transducer inputs including thermocouples, thermistors, RTDs, and strain gages, as well as being ready to measure dc volts, currents, resistances, pulse counts, frequencies, and more. The 3852A mainframe has eight (8) slots for plug-in function modules, and has provisions for extending the mainframe (the 3853A) for large systems requiring more plug-in cards.
Choose from three digital voltmeters to meet your measurement needs. The voltmeters can be used in the mainframe or the extenders, and multiple voltmeters are allowed in each mainframe. With the 3852A you can choose from a complete set of input and output plug-in modules that provide a variety of measurement and output-controlling capabilities.
The 3852A has built-in, 68000-based intelligence to increase the speed and effectiveness of the system and to collect, analyze, and respond to data. Control decisions are handled quickly using subroutines running within the mainframe (not having to communicate via GPIB to an external computer in every case). This intelligence can be used to return only the most significant data to the computer, increasing its efficiency with other tasks. The power of this front-end intelligence, in combination with an 9000 Series 300 computer and optional data acquisition software, adapts easily to testing your product or characterizing your processes. Or, if you prefer, you may configure your system to run with a PC as the host computer, possibly incorporating the Graphical Programming Language from Agilent VEE.
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