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Describes all instrument functions and remote control operation, including safety directions.The user manual is available in English and German. For the most recent information, refer to the Englisch version of the manual.
TV1-017-2E EMC Fundamentals: Automation of EMI measurements with R&S ELEKTRA This virtual classroom provides a step-by-step guidance on how to setup and execute EMI tests for the most common commercial EMI standards. Commercial EMC standards such as CISPR 11, CISPR 14-1, CISPR 15 and CISPR 32 (as well as their EN versions) include many tests which apply to one specific EUT. R&S ELEKTRA simplifies controlling
This document provides the technical specification of the EMI measurement application for signal and spectrum analyzers (R&S®FSW-K54, R&S®FSV3-K54, R&S®FSV-K54, R&S®FPL1-K54).
mode AUTO added Configure Marker Band Power.vi - added RPOWer Configure Delta Marker Band Power.vi - added RPOWer Configure Trigger Source.vi - added EXT4 Configure External Gate.vi - added EXT4 Configure Limit Line.vi - added new supported units Query Power Results.vi - added AOBW and TPOW Configure Analog Demodulation State.vi - added IF and Video Configure Prescanning V network Type.vi - added ENV432
mode AUTO added Configure Marker Band Power.vi - added RPOWer Configure Delta Marker Band Power.vi - added RPOWer Configure Trigger Source.vi - added EXT4 Configure External Gate.vi - added EXT4 Configure Limit Line.vi - added new supported units Query Power Results.vi - added AOBW and TPOW Configure Analog Demodulation State.vi - added IF and Video Configure Prescanning V network Type.vi - added ENV432
mode AUTO added Configure Marker Band Power.vi - added RPOWer Configure Delta Marker Band Power.vi - added RPOWer Configure Trigger Source.vi - added EXT4 Configure External Gate.vi - added EXT4 Configure Limit Line.vi - added new supported units Query Power Results.vi - added AOBW and TPOW Configure Analog Demodulation State.vi - added IF and Video Configure Prescanning V network Type.vi - added ENV432
mode AUTO added Configure Marker Band Power.vi - added RPOWer Configure Delta Marker Band Power.vi - added RPOWer Configure Trigger Source.vi - added EXT4 Configure External Gate.vi - added EXT4 Configure Limit Line.vi - added new supported units Query Power Results.vi - added AOBW and TPOW Configure Analog Demodulation State.vi - added IF and Video Configure Prescanning V network Type.vi - added ENV432
This application note provides a description of the Rohde & Schwarz Click Rate Analyzer software.In conjunction with the R&S®ESW and R&S®ESR EMI Test Receiver 4-channel operation is applicable. With R&S®ESU and R&S®ESCI EMI Test Receivers the Click Rate Analyzer software is limited to one channel. This software performs click rate analysis in accordance with CISPR 16-1-1 and CISPR 14-1 / EN 55014-1. It features realtime graphic display of the maximum peak and quasi-peak values. After the measurement, a test report can be displayed and printed.
15-Jan-2015 | AN-No. 1EE25
EMC test systems from Rohde & Schwarz test electrical devices and equipment for compliance with applicable EMC standards. As the industry-leading supplier of EMC T&M equipment, Rohde & Schwarz offers solutions for measuring electromagnetic interference (EMI) and electromagnetic susceptibility (EMS).
FPL1000 Signal and Spectrum Analyzer - spectrum and signal analysis with solid RF performance, low weight and small footprint. Frequency range from 5 kHz to 3/7.5 GHz
FSV3000 signal and spectrum analyzer for signal analysis and demodulation from 10 Hz up to 44 GHz
FSVA3000 signal and spectrum analyzer for signal analysis and demodulation from 10 Hz up to 44 GHz
FSW signal and spectrum analyzer – high-end instrument with outstanding RF performance, wideband signal and spectrum analysis for R&D, validation, certification and production tasks
. - RsSpecAn.Measurement.SpuriousApplication.Configuration.LISN.Type - Added ENV 432 value. - RsSpecAn.Amplifier.Configuration.ReferenceSignal.ReferenceSignalTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.WaveformFileTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.GenerateOwnSignalTransmissionState - Range table
. - RsSpecAn.Measurement.SpuriousApplication.Configuration.LISN.Type - Added ENV 432 value. - RsSpecAn.Amplifier.Configuration.ReferenceSignal.ReferenceSignalTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.WaveformFileTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.GenerateOwnSignalTransmissionState - Range table
. - RsSpecAn.Measurement.SpuriousApplication.Configuration.LISN.Type - Added ENV 432 value. - RsSpecAn.Amplifier.Configuration.ReferenceSignal.ReferenceSignalTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.WaveformFileTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.GenerateOwnSignalTransmissionState - Range table
. - RsSpecAn.Measurement.SpuriousApplication.Configuration.LISN.Type - Added ENV 432 value. - RsSpecAn.Amplifier.Configuration.ReferenceSignal.ReferenceSignalTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.WaveformFileTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.GenerateOwnSignalTransmissionState - Range table
. - RsSpecAn.Measurement.SpuriousApplication.Configuration.LISN.Type - Added ENV 432 value. - RsSpecAn.Amplifier.Configuration.ReferenceSignal.ReferenceSignalTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.WaveformFileTransmissionState - Range table modified - RsSpecAn.Amplifier.Configuration.ReferenceSignal.GenerateOwnSignalTransmissionState - Range table