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Additional info for Agilent 16517A, 16518A Synchronous State Logic Analyzer (service)
The 16517A/18A timing mode markers and statistics are used to measure a known time interval. If the time interval value is outside of the limits, then the oscillator has drifted and the logic analyzer module data sampling is not reliable in internal sampling modes. 5 ns pulse width, < 600 ps rise time 8131A Option 020 Function Generator Accuracy ≤ (5)(10−6) × frequency 3325B Option 002 SMA Cable 8120-4948 Adapter SMA-probe cable 16517-27601 Adapter BNC(m)-SMA(f) 1250-2015 Set up the equipment 1 Turn on the equipment required and the logic analyzer.
Self tests can be performed all at once or one at a time. While testing the performance of the module, run the self tests all at once. If error messages appear during the self tests, refer to chapter 8 for a description of the message. Loading the PV (performance verification) operating system will overwrite all of the Agilent Technologies 16500-series module configurations. If you would like to keep the configurations, then save the configurations to disk prior to loading the PV system. Refer to the User’s Guide for more information on saving configuration files to disk.
A Press the HORIZONTAL setup and select Repetitive Acquisition. b Press the Utility key, then select the Probe Cal menu. Select Probe Cal Channel 1 by pressing the Cal Channel menu key a number of times. Select Start Cal and follow the instructions on the oscilloscope display. 3 Using the BNC coax cable, connect the 16517A Calibration Output port to the Calibration Pod. 4 Connect the master card pod 1 data channels and clock channel to the calibration pod Cal ports. 5 Connect the oscilloscope probe tip to one of the unused calibration pod Cal ports.
Agilent 16517A, 16518A Synchronous State Logic Analyzer (service)