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Provides information on security issues when working with R&S®FSH4/8 in secure areas.

English - Apr 29, 2019

Describes the types of memory and their usage in the R&S®FSH and issues when working in secured environments.

English - Mar 10, 2017

Provides information on security issues when working with R&S®NRT-Z14/-Z44 or R&S®FSH-Z14/-Z44 in secure areas.

English - Apr 15, 2025

Provides the information needed to set up the R&S®FSH3-TV analyzer and start working with it.

English - Mar 8, 2006

This application note explains how to perform LTE base station measurements over the air (OTA) using the R&S®FSH4/8/13/20 handheld spectrum analyzer. It describes the required measurement setup and explains the results obtained with the different measurement modes.

English - Sep 12, 2013

Provides the information required to prepare the instrument for use and start working.

English - Sep 1, 2007

Describes the specific functions of the accessory.

English - Jan 7, 2013

Describes the remote control commands with programming examples.

English - Dec 4, 2009

Describes the remote control commands with programming examples.

English - Jul 17, 2024

Provides the information required to prepare the instrument for use and start working.

English - Feb 12, 2025

DOCSIS has become the established standard for return channels when it comes to implementing interactive services in broadband cable networks. The quality of these signals is essential to network efficiency. The analysis can be done using the highprecision R&S®ETL, R&S®EFA and R&S®FSH3-TV TV test receivers that have proven themselves in the downstream. These T & M instruments can be quickly and easily configured for measuring the upstream.

English - Jul 13, 2012

FSH4Remote is a free-of-charge program for connecting the R&S®FSH4/8 handheld spectrum analyzer or the R&S®FSC spectrum analyzer to a remote computer, and for providing remote control of the functions from the computer. It runs under Windows and Linux operating systems. This application note describes the easy use of FSH4Remote to control the R&S®FSH/FSC and read the trace.

English - Feb 8, 2012

English - Jul 22, 2020

English - Jul 22, 2020

English - Nov 7, 2025

English - Feb 7, 2011

Describes the functionality of the software.

English - Oct 28, 2019

The voltage standing wave ratio (VSWR) is one of the parameters in RF systems that measures the impedance mismatch. Under ideal conditions, when the load is perfectly matched to the source, the VSWR will be 1. A mismatch in the system causes reflections that will increase the VSWR and lead to losses in transmission. Although most RF components are typically designed and specified with a characteristic impedance of 50 Ω , applications and system components for cable television are designed and specified with a characteristic impedance of 75 Ω . This application note describes the measurement procedure for VSWR measurements in 75 Ω systems using the R&S®FSH3-TV handheld TV analyzer.

English - Mar 1, 2008

Contains the datasheet specifications and describes the handling of the antennas.

English - Sep 16, 2016

FSxRecordPlay is a program for recording the trace data in frequency and time domain from Rohde & Schwarz spectrum analyzers and measurement receivers via IEEE bus, LAN/Internet or internal remote control connection. The stream waveform data can be played back and analyzed directly in this software with variable speed.

English - May 19, 2010

This application note describes an effective method for generating test setups, performing measurements and producing test reports with the hand-held Spectrum Analyzer R&S FSH3

English - Jan 31, 2003

Describes all instrument functions.

English - Aug 28, 2007

English - Sep 18, 2025

This application note explains how to detect, characterize, find and document interferers in cellular networks using the R&S®FSH spectrum analyzer.First it explains how to use the spectrum and interference analysis functions during each step of interference hunting. It also illustrates the explanations with a common interferer example. Then it points out the most common interference sources in cellular networks and gives tips on how to identify them.

English - Oct 21, 2014