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General| Brand | Keysight |
|---|---|
| Model | E6961A |
| Category | Test Equipment |
| Language | English |
Provides context on BroadR-Reach specifications and the purpose of the solution.
Step-by-step guide for downloading and installing the test application software.
Instructions on how to activate the software license using a provided license code.
Essential calibration steps for the oscilloscope and probes before running tests.
Describes the necessary hardware connections and configurations for various test modes.
Guides users on launching the compliance test application from the oscilloscope.
Details for performing transmitter output droop measurements according to standards.
Procedures for testing clock frequency and jitter in MASTER mode.
Procedures for testing clock frequency and jitter in SLAVE mode.
Covers tests for signal distortion and MDI return loss.
Procedures for PSD and peak differential output measurements.
Explains how to access, interpret, and generate compliance test reports.
Lists relevant specifications and standards for BroadR-Reach compliance.
Introduces the N5395C Ethernet Transmitter Test Fixture and its components.
Details the jumper configurations on the test fixture for different frequency settings.
Explains the necessity and process of configuring external test instruments.
Step-by-step guide to identify and set up external instruments like AWGs and analyzers.
Overview of the calibration process for external instruments.
Steps for calibrating the Arbitrary Waveform Generator (AWG) used as a signal source.
Steps for calibrating the ENA (Vector Network Analyzer) for return loss measurements.
Introduces the frequency divider board and its purpose.
Guidelines for safely handling electronic components, including the divider board.
Describes the physical connections required for the frequency divider board.
Details the various connectors available on the frequency divider board.
Explains the function of jumpers on the frequency divider board.
Describes the configuration options available through the DIP switches on the frequency divider board.
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