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General| Brand | Giga-tronics |
|---|---|
| Model | 58542 |
| Category | Measuring Instruments |
| Language | English |
Provides a comprehensive overview of the 58542 VXI Universal Power Meter's features and capabilities.
Details the performance specifications, including range, accuracy, and power requirements of the 58542.
Specifies the frequency and power measurement ranges for the 58542 power meter and sensors.
Outlines the accuracy specifications for the calibrator, including settability and overall accuracy.
Details the zero set, zero drift, and noise specifications for standard CW sensors.
Describes the meter's functions, including dB offset, relative readings, and configuration storage.
Explains measurement speed capabilities in normal, swift, and burst modes, including data buffering.
Details the analog output, trigger input, and voltage proportional to frequency specifications.
Lists the power supply voltage and current requirements for the 58542.
Provides general specifications for operating and non-operating temperature ranges, dimensions, and weight.
Guides users on how to prepare the 58542 for operation, including setup and installation procedures.
Describes the physical installation process of the 58542 VXI module into a VXI mainframe.
Details the essential initial setup steps, including logical address and bus arbitration configuration.
Explains how to set the VXI logical address for the power meter using DIP switches.
Describes the configuration of VMEbus mastership and data transfer bus arbitration settings.
Provides critical safety precautions and handling guidelines for power sensors.
Covers the operational aspects of the 58542, including SCPI command interface and measurement functions.
Explains the use of SCPI commands for controlling and configuring the 58542.
Details the procedures for sensor calibration and zeroing using SCPI commands.
Describes how to configure sensors and software calculation channels for measurements.
Explains the different modes and configurations for triggering measurements.
Covers SCPI commands for memory management, including VPROPF and analog outputs.
Lists mandatory IEEE 488.2 commands implemented by the power meter for SCPI compliance.
Details diagnostic commands used for instrument maintenance, calibration, and troubleshooting.
Explains SCPI commands for specifying and querying power measurement channel configurations.
Describes SCPI commands that apply to individual sensors for measurement configuration.
Covers SCPI commands for instrument measurement event triggering and special triggering configurations.
Explains the conventions and syntax rules for using GPIB commands with the power meter.
Explains the use of optional command parts enclosed in brackets.
Describes how configurable parameters are indicated using angle brackets.
Explains the use of italics in syntax descriptions for specific characters.
Details how to form query commands by adding a question mark.
Explains how to link multiple commands in a single string using a semicolon.
Describes the format of measurement data output examples, typically in HTBasic.
Provides detailed procedures for calibrating and zeroing power sensors.
Explains the importance and process of sensor power sweep calibration.
Describes the procedure for performing sensor zeroing to account for system noise.
Details the commands used to retrieve measurement data from the 58542.
Explains how to interpret unusual numeric responses as errors.
Covers SCPI commands for controlling the measurement trigger cycle.
Explains how to arm the measurement acquisition at the next instrument trigger.
Details SCPI commands for configuring power measurement channels.
Explains how to apply frequency calibration factors for accurate measurements.
Describes the configuration of the voltage proportional to frequency input.
Discusses error handling related to cal factor correction commands.
Covers techniques for maximizing measurement speed, especially in SWIFT and BURST modes.
Explains how to select measurement modes like NORMal, BURSt, and SWIFt.
Provides a table of approximate measurement speeds for different modes.
Offers important notes and considerations for using EXT, BUS, and IMM triggering.
Provides guidance on using SWIFt mode for low power levels.
Details how to configure trigger sources, delay, and level for peak power sensors.
Explains the averaging functions for improving measurement stability and accuracy.
Describes how to perform measurements relative to a reference level or set value.
Discusses error handling for relative and referenced measurement commands.
Explains how to use sensor offsets to account for attenuator loss.
Covers commands for managing Service Request (SRQ) and monitoring instrument status.
Details the structure and use of the event status register for error reporting.
Explains the structure and function of the status byte register for service requests.
Describes how to configure and monitor minimum and maximum channel amplitude variations.
Covers commands for setting and monitoring power measurement limit values.
Explains how to configure the analog output for voltage corresponding to power levels.
Details commands for saving and recalling instrument configurations.
Describes the ABORT command to stop operations.
Covers commands for resetting the instrument to a known condition.
Explains commands used to identify the power meter and attached sensors.
Details commands for controlling the built-in reference oscillator.
Covers commands for accessing and programming sensor EEPROM data.
Explains how to perform self-tests and interpret the results.
Lists standard SCPI error messages and their descriptions.
Introduces the chapter on the electrical circuits and PC board assemblies of the power meter.
Describes the main PC boards and their functions within the 58542 system.
Illustrates the overall system architecture, showing interactions between PC boards.
Details the components and circuitry of the Analog PC Board (A1).
Introduces the chapter on periodic calibration and testing procedures.
Lists the necessary equipment for performing calibration and performance tests.
Provides step-by-step procedures for calibrating the power meter and its components.
Details the procedure for checking and verifying the calibrator's output power reference level.
Lists equipment needed specifically for the Calibrator Output Power Reference Level check.
Describes the process for setting and correcting the calibrator's output power.
Explains how to measure and check various calibrator voltages for troubleshooting.
Details the procedure for verifying the calibrator's output frequency.
Outlines recommended performance tests to ensure the instrument meets specifications.
Describes a procedure to confirm the functionality of the GPIB port.
Lists the equipment needed for the GPIB port check.
Provides the steps for performing the GPIB port check.
Details the procedure for testing the linearity of power sensors across their operating range.
Lists the setup parameters required before performing the Power Linearity test.
Lists the equipment needed for the Power Sensor Linearity test.
Provides the step-by-step procedure for testing power sensor linearity.
Introduces maintenance practices, calibration, and troubleshooting for fault isolation.
Guides on checking the power supply voltages on the Analog PC board for troubleshooting.
Describes the function and maintenance of the lithium battery for maintaining test setups.
Provides a detailed procedure for replacing the lithium battery.
Explains GPIB test functions for checking calibrator system parts.
Details troubleshooting steps for issues specific to Channel 2.
Lists VXI diagnostic commands for testing and adjusting the 58542.
Introduces the chapter containing parts lists for all assemblies.
Provides detailed parts lists for the 58542 Power Meter and its main assemblies.
Lists manufacturers cited in the parts lists with their addresses and CAGE identifiers.
Introduces the chapter containing assembly drawings and circuit schematics.
Introduces the appendix containing examples of operating programs for the 58542.
Provides example programs for calibrating power sensors to the meter.
Example program for power sweep calibration and pass/fail reporting.
Example program for power sweep calibration using CAL? query and *OPC command.
Example program for power sweep calibration monitoring via service requests.
Example program using a return loss bridge for calibration.
Example program for calibrating high power sensors.
Provides example programs for sensor zeroing procedures.
Example program for sensor zeroing, requesting operator action.
Example program for sensor zeroing, turning source off and on.
Illustrates conditions that trigger various error messages during operation.
Provides examples of programs for reading power measurements using different modes.
Example program for single channel operation using MEAS#? command.
Example program demonstrating Auto-Averaging behavior with MEAS#?.
Example program for dual channel operation using MEAS#? command.
Example program using READ#? command for single channel operation.
Example program using READ#? command for dual channel operation.
Example program demonstrating fast SWIFt Mode speed with FETCh#?.
Example program showing BUS triggering with FETCh#? in NORMal and BURSt Modes.
Example program showing fast BUS triggering in SWIFt Mode with FETCh#?.
Example program using BURSt Mode for fastest measurement rates with TRIG:DEL.
Provides examples illustrating the operation of TRIG:SOUR commands with MEAS#? and FETCh#?.
Example showing TRIG:SOUR HOLD with MEAS#?.
Example showing FETCh#? with TRIG:SOUR HOLD.
Example demonstrating READ#? query requiring TRIG:SOUR IMM.
Examples showing BUS triggering with FETCh#?.
Example of BURSt Mode BUS triggering with FETCh?.
Example demonstrating SWIFt Mode with EXT TTL triggering.
Provides examples for configuring power measurement channels for different scenarios.
Example for default sensor-to-channel assignments and reversing them.
Example program for measuring the ratio of power levels between two sensors.
Example program for measuring the difference of power levels between two sensors.
Provides examples of applying frequency calibration factors.
Example program applying correct cal factor for an 8.23 GHz measurement.
Example program stepping through frequencies and correcting for cal factor.
Example using VPROPF connector for cal factor correction.
Example showing how to input specific User Calibration Factor.
Example for applying correct cal factors to swept measurements in Burst/Swift modes.
Provides examples of maximizing measurement speed in SWIFt and BURSt modes.
Example showing fastest SWIFt Mode speed with IMMediate triggering.
Example showing fast SWIFt Mode speed with IMM triggering and higher loop count.
Example showing fast BUS triggering in SWIFt Mode with FETCh#?.
Example showing SWIFt Mode with EXT TTL triggering and buffered data.
Example using BURSt Mode for fastest rates with TRIG:DEL=0.
Example using EXT triggering to initiate BURSt measurement.
Provides examples for performing relative and referenced measurements.
Example setting a power level reference and monitoring variation.
Example finding the 1 dB compression of an amplifier.
Provides examples of using SRQ interrupts for monitoring instrument status.
Provides examples for reading instrument and sensor identification information.
Example program for reading manufacturer, model, and software version.
Example program to check sensor model appropriateness for applications.
Example program for tracking sensor serial numbers and checking calibration status.
Introduces the appendix on power sensor selection, specifications, and calibration.
Provides guidance on selecting appropriate power sensors based on signal type and frequency.
Lists standard CW, low VSWR CW, and 1W CW sensors with their specifications.
Outlines the minimum input level and pulse repetition frequency for BAP mode.
Lists specifications for standard, 5W, 25W, and 50W Peak Power Sensors.
Details specifications for CW directional bridges used for return loss measurements.
Describes the procedure for calibrating power sensors using remote control.
Lists the equipment needed for power sensor calibration.
Provides steps for calibrating power sensors via IEEE 488 interface bus.
Introduces the appendix describing available options for the 58542.
Describes Option 02, which adds a 256K buffer for Burst Mode readings.
Lists the main chapters and their brief descriptions.
Contains a brief introduction to the instrument and its performance parameters.
Provides a guide to the instrument and its configuration menus.
Contains a block diagram level description of the instrument and its circuits.
Contains procedures for inspection, calibration and performance testing.
Contains procedures for maintenance and troubleshooting.
Contains list of components, parts and their sources.
Contains schematics and component diagrams for circuits.
Lists the appendices and their content.
Contains examples of programs for controlling the 58542 remotely.
Contains specifications and technical data for power sensors.
Contains a description of options available for the 58542.
