What to do if other equipment is not working correctly with Agilent Technologies Measuring Instruments?
If other equipment, cables, and connectors are being used with the Agilent Technologies Measuring Instruments, ensure they are clean, properly connected, and functioning correctly.
How to troubleshoot power issues with Agilent Technologies N5230C?
If the Agilent Technologies Measuring Instruments analyzer does not power up correctly: * If the line switch does not glow or the fans are not audible, check the 'Power Supply'. * If you cannot hear the fans, check 'If the Fans Are Not Operating'. * If the line switch glows green, the fans are audible, but the display is unresponsive, proceed to the next section.
What to do if there are GPIB connection problems with Agilent Technologies Measuring Instruments?
If problems are detected with GPIB connections on Agilent Technologies Measuring Instruments, check the connections of all GPIB cables and ensure each device has a unique address.
Why is Agilent Technologies N5230C Measuring Instruments not operating properly with an external controller?
If the Agilent Technologies Measuring Instruments analyzer has not been operating properly with an external controller, the GPIB interface hardware might be incorrectly installed or not operational, or the programming syntax might be incorrect.
What to do if the measurement is not within the specifications of Agilent Technologies N5230C Measuring Instruments?
If the measurement being performed is not within the specifications and capabilities of the Agilent Technologies Measuring Instruments, refer to the embedded help in the analyzer for instrument specifications.
Why are the fans not operating in Agilent Technologies N5230C Measuring Instruments?
If the fans are not operating in Agilent Technologies Measuring Instruments, a power supply problem or a defective A14 system motherboard is suspected. If the supplies are within specifications, suspect the A14 system motherboard. If only one or two fans are not functioning, and the power supplies are within specifications, suspect the A14 system motherboard or a defective fan.
How to check measurement settings on Agilent Technologies N5230C Measuring Instruments?
If the problem appeared during a measurement with Agilent Technologies Measuring Instruments, review the procedure and correct any incorrect settings.
General| Brand | Agilent Technologies |
|---|---|
| Model | N5230C |
| Category | Measuring Instruments |
| Language | English |
Descriptions of CAUTION and WARNING symbols used throughout this manual.
A list of safety points to consider when servicing your network analyzer.
A discussion of electrostatic discharge (ESD) and related recommendations and requirements for ESD protection.
Details on symbols and markings indicating product compliance with various standards and regulations.
Instructions for proper disposal of the analyzer’s lithium battery according to country’s requirements.
Cleaning instructions for external surfaces and information about electrical maintenance of the analyzer.
A list of available options for the microwave network analyzers and their descriptions.
A hyperlink to the PNA Configuration Guide for accessories and upgrades.
A list of test equipment required for system verification, performance tests, adjustments, and troubleshooting.
Information on Agilent assistance, service and support options, and shipping procedures.
Items to consider or procedures to perform before testing, including environment verification, ESD protection, warmup, and connector care.
Descriptions of system and instrument specifications, verification procedures, and performance tests.
The process for verifying the analyzer according to ANSI/NCSL Z540-1-1994 standards.
The process for verifying the analyzer according to non-ANSI/NCSL Z540-1-1994 standards.
Performing operator’s check and test port cable checks before system verification.
What system verification verifies and how to perform and interpret the test.
Summaries of performance tests executed by the Agilent N7840A software package.
Setups and procedures for fine-tuning the analyzer's performance.
A starting point to begin troubleshooting the analyzer by checking basic functions.
Troubleshooting procedures for power-up issues, including power supply and LCD problems.
Troubleshooting problems occurring after the network analyzer interface is loaded.
Troubleshooting problems associated with the rear panel interconnects and connectors.
Troubleshooting procedures for the measurement portion of the analyzer.
Block diagrams for the analyzer, including all options, for understanding system architecture.
Block diagrams for the analyzer, including all options, for understanding system architecture.
A summary of the theory of operation for the analyzer and its major functional groups.
Operation of the assemblies associated with the source group, including Option 080.
Operation of assemblies associated with signal separation, including Options 014 and 1E1.
Operation of the assemblies associated with the receiver group.
Operation of assemblies associated with digital processing and control.
Operation of the power supply assembly group.
How to order a replaceable part from Agilent Technologies, including necessary information.
The correct sequence for replacing a defective assembly in the analyzer.
Information on factory-repaired and tested assemblies available on a trade-in basis.
Tables listing locations of assemblies and replaceable parts by reference designator and type.
Warnings and cautions pertaining to personal safety during servicing procedures.
Information pertaining to ESD protection procedures to prevent damage to instrument assemblies.
The proper assembly replacement sequence for your analyzer.
A table of removal and replacement procedures and their corresponding page numbers.
Actual procedures for removing and replacing major assemblies, in reference designator numerical order.
Tests, verifications, and adjustments to perform on the analyzer after repair.
How to use error terms as a preventive maintenance and troubleshooting tool.
How to use the utility to enable, repair, or install/change analyzer options and serial numbers.
How to check current firmware revision and locate firmware upgrades.
Information on recovering from a damaged operating system, particularly hard drive issues.
How to store correction constants after making adjustments to the analyzer.
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