HP Agilent 16702A Logic Analyzer System Mainframe

HP/Agilent 16702A Logic Analyzer Built-in Display: 800 x 600
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HP/Agilent 16702A Logic Analyzer Built-in Display: 800 x 600 HP/Agilent 16702A Logic Analyzer Built-in Display: 800 x 600 HP/Agilent 16702A Logic Analyzer Built-in Display: 800 x 600
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Datasheet

Specifications:

  • Slots For Measurement Modules: 5 (10 with HP 16701A Expansion Frame)
  • Number of Emulation Module Slots: 2 (4 with HP 16701A Expansion Frame)
  • Built-in Display: 800 x 600, 10.3"
  • External Monitor Supported: 1280 x 1024 std., 1600 x 1200 opt. 003, or remote via Web browser or X-windows
  • Power Requirements: 115/230 V, 48 to 66 Hz, 610 W max
  • Back Panel Connections: RS-232, Monitor, Parallel Port, LAN 10Base-T, SCSI-2 Single Ended, LAN 10Base2, five slots for Measurement Modules, two slots for Emulation Modules, Target Control Port, Port IN, Port OUT, Expansion Frame cable connector, keyboard, mouse
  • Weight: 34.2 lbs (15.2 kg)

Supported Modules
Module Category Model Number Description
State and Timing 16717A 333 MHz state, 667 MHz timing, 2 GHz Timing Zoom, 2/4 M memory depth
16716A 167 MHz state, 667 MHz timing, 2 GHz Timing Zoom, 512K/1M memory depth
16715A 167 MHz state, 667 MHz timing, 2/4 M memory depth
16710A / 16711A / 16712A 100 MHz state, 500 MHz timing, 8K/32K/128K memory depth
16557D 140 MHz state, 500 MHz timing, 2/4 M memory depth
16556A / 16556D 100 MHz state, 400 MHz timing, 2/4 M memory depth
16555A / 16555D 110 MHz state, 500 MHz timing, 2/4 M memory depth
16554A 100 MHz state, 250 MHz timing, 512K/1M memory depth
16550A 100 MHz state, 500 MHz timing, 4/8K memory depth
Oscilloscopes 16534A 2 channel, 500 MHz bandwidth
16533A 2 channel, 250 MHz bandwidth
High-Speed Timing 16517A / 16518A 4 GHz timing, 1 GHz synchronous state, 64K memory depth (master/expander)
Pattern Generator 16552A 200 M vector per second pattern generator
Emulation E5901A Processor-specific device provides code download, register/memory modification, and processor control (including break, run, reset, single step)