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General| Brand | Keysight Technologies |
|---|---|
| Model | N9030B |
| Category | Measuring Instruments |
| Language | English |
Provides an overview of the PXA signal analyzer's features and capabilities.
Lists necessary tools, software, and test equipment for troubleshooting and adjustments.
Identifies potential hardware issues that may prevent a full boot-up to the spectrum analyzer application.
Details troubleshooting steps for signal level issues at input frequencies below 3.6 GHz.
Guides troubleshooting for signal level issues at input frequencies above 3.6 GHz.
Provides a procedure to verify the low band signal path using the internal calibrator for millimeter-wave measurements.
Guides on identifying and resolving issues within the low band signal path for millimeter-wave analyzers.
Outlines a procedure to verify the high band RF path for millimeter-wave measurements.
Provides steps to troubleshoot issues within the high band RF path for millimeter-wave analyzers.
Provides procedures for troubleshooting the A15 Front End Control assembly using a test board.
Provides steps to verify the input power, output power, and LO signal of the Analog IF assembly.
Guides on verifying the 22.5 MHz input power and other critical parameters of the Digital IF assembly.
Outlines troubleshooting steps for the LO Synthesizer and YTO assemblies.
Provides procedures for verifying reference signals, LO output frequencies, and power levels.
Covers troubleshooting for boot-up and initialization problems related to the A4 Processor board.
Addresses problems caused by Windows or X-Series software failures and provides resolution procedures.
Details the procedure for repairing C: drive partition errors or restoring factory configuration.
Provides guidance for troubleshooting the A6 Power Supply assembly, including checking supply voltages.
Details troubleshooting steps for the A7 Midplane board, including checking power supply LEDs and test points.
Provides troubleshooting steps for the A25 Wideband Analog IF assembly with Options B1X and B85.
Details troubleshooting procedures for the A26 Wideband Digital IF assembly with Options B1X and B85.
Guides on troubleshooting the A25 Wideband Analog IF assembly with Options B2X and B5X.
Provides troubleshooting steps for the A26 Wideband Digital IF assembly with Options B2X and B5X.
Accesses diagnostic capabilities for alignment and invokes subsystem alignments.
Accesses the Service Diagnostics submenu for detailed troubleshooting.
Lists all replaceable assemblies and their corresponding part numbers.
Warns about hazardous voltages and the importance of safety precautions.
Describes the components and removal procedures for the RF area with specific options.
Details the removal and replacement procedures for the RF Front End Assembly.
Outlines the removal and replacement steps for the Front End Control assembly.
Provides procedures for removing and replacing the LO Synthesizer assembly.
Details the removal and replacement steps for the Reference assembly.
Provides detailed steps for removing and replacing the Midplane Board assembly.
Outlines the removal and replacement procedures for the Power Supply assembly.
Provides steps for removing and replacing the CPU assembly.
Details the removal and replacement procedures for the instrument's disk drive.
Details the removal and replacement procedures for the Motherboard assembly.
Lists adjustments and performance verification tests required after assembly replacement.
Details the procedure for measuring and verifying the displayed average noise level.
Explains how to measure and verify the instrument's frequency readout accuracy.
Describes the test procedure for checking the second harmonic distortion of the signal analyzer.
Details the procedure for testing and verifying amplitude accuracy at 50 MHz.
Explains how to measure amplitude error as a function of tuned frequency.
Describes the frequency response test with the preamplifier enabled.
Outlines the test procedure for checking the instrument's scale fidelity.
Details the procedure for testing the BBIQ inputs' amplitude response versus frequency.
