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General| Input Impedance | 50 ohms |
|---|---|
| Video Bandwidth (VBW) | 1 Hz to 3 MHz |
| Amplitude Accuracy | ±1.5 dB |
| Maximum Input Level | +30 dBm |
| Power Requirements | 100-240 VAC, 50/60 Hz |
| Input VSWR | 1.5:1 (typical) |
Overview of the topics covered in this chapter, including setup, inspection, and self-calibration routines.
Provides an introduction to the HP 8590 Series spectrum analyzers, listing their frequency ranges.
Detailed steps for unpacking, inspecting, and setting up the spectrum analyzer for operation.
Instructions for inspecting the shipping container and verifying contents and analyzer condition.
Procedure to correctly set the rear-panel voltage selector switch for the power source.
Guidance on checking the fuse, its type, rating, and replacement procedure.
Information on the three-wire power cable, grounding, and available power cable types.
Procedure for calibrating the tracking generator for optimal performance before use.
Procedure for performing the YTF self-calibration routine for specific spectrum analyzer models.
Suggestions to reduce ESD damage during testing and servicing operations.
Overview of the basic functions and features of the HP 8590 Series spectrum analyzers covered in this chapter.
Introduction to the analyzer's front and rear panels, menus, and softkeys.
Description of the active function block, message block, softkey labels, and softkeys.
Description of the various connectors and controls located on the rear panel of the spectrum analyzer.
Explanation of controls used to change values for functions like frequency, bandwidth, and markers.
Explanation of screen annotation codes for trace, trigger, and sweep modes.
Description of front-panel keys, softkey menus, and how they access functions.
Overview of spectrum analyzer measurement techniques and procedures covered in this chapter.
Guidance on allowing sufficient warm-up time before making calibrated measurements.
Procedure for self-calibrating the tracking generator for optimal performance.
Procedure for performing the YTF self-calibration routine periodically.
Guidelines to help decide when to use the self-calibration features.
Step-by-step instructions for replacing the memory card battery.
Overview of basic spectrum analyzer measurements and procedures covered in this chapter.
Technique for distinguishing between two equal-amplitude signals using resolution bandwidth.
Method for viewing small signals obscured by larger signals using resolution bandwidth.
Procedure to improve frequency readout accuracy using the marker counter function.
Technique to quickly decrease frequency span while keeping the signal centered.
Method to automatically adjust preselector tracking for accurate amplitude readings.
Using marker track and hold functions to monitor drifting or modulated signals.
Technique for comparing frequency and amplitude differences between signals.
Methods to improve visibility of low-level signals using attenuation and averaging.
Procedure to determine if harmonic distortion products are internally generated.
Method for testing third-order intermodulation distortion in communication systems.
Technique to use the spectrum analyzer in zero span mode to recover modulation.
Method for measuring signals near band boundaries using harmonic lock.
Overview of spectrum analyzer measurement techniques and applications.
Using the FFT function to measure amplitude modulation (AM) signals.
Explanation of measurements using a tracking generator and spectrum analyzer system.
Basic steps for performing stimulus-response measurements: setup, calibrate, normalize, and measure.
Procedure to demodulate and listen to AM or FM signals using the spectrum analyzer.
Using trigger options to view test signals during vertical retrace.
Procedure for calibrating the system for reflection measurements.
Explanation of the gate utility for simplifying time-gated RF measurements.
Procedure for using time-gating without the Gate Utility for pulsed RF signals.
Overview of features for manipulating measurement data and simplifying measurements.
Function to display and manage active markers for swept measurements.
Function to list amplitude and frequency of up to 10 displayed signals.
Procedures for saving and recalling states, traces, limit lines, and amplitude correction factors.
Procedures for saving and recalling data, programs, and images using a memory card.
Introduction to limit lines and procedures for creating them.
Description of the analog+ display mode combining analog and digital features.
Explanation of the windows display feature for splitting the screen into two displays.
Overview and procedure for creating and activating amplitude-correction data.
Information about using an external keyboard for convenient operation.
Instructions for printing and plotting using the HP-IB interface.
Detailed procedure for connecting and configuring plotters via HP-IB.
Instructions for printing and plotting using the RS-232 interface.
Detailed procedure for connecting and configuring plotters via RS-232.
Instructions for printing using a parallel interface.
Procedure for plotting display output to an HP LaserJet printer.
Overview of functions available for service use: calibration and diagnostics.
List of softkeys for accessing service calibration routines.
List of softkeys for accessing service diagnostic functions.
Information on checking for problems, returning for service, and error messages.
Preliminary checks to perform before contacting Hewlett-Packard for service.
Simple checks to perform to potentially solve problems or identify causes.
Information on contacting Hewlett-Packard Sales and Service offices for support.
List and definitions of spectrum analyzer messages indicating problems.
Overview of available measurement personalities, options, and accessories.
Descriptions of specialized software personalities for various measurement types.
List and descriptions of available hardware and software options for the spectrum analyzer.
List of accessories available to configure the spectrum analyzer for specific applications.
