Spectrum and vector network analyzer fundamentals

Spectrum analyzer fundamentals

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R&S®ESSENTIALS | Spectrum network analyzer

Basics of spectrum analyzer measurements

Master key measurements with our step-by-step guides

The spectrum analyzer is an essential instrument on an electronics bench. It detects signals in a selected spectrum range and represents them in a graphical display as magnitude vs. frequency. This allows users to characterize electronic devices by identifying frequency peaks, signal harmonics, interference patterns, etc.

The articles on this page walk you through the fundamentals of spectrum analyzer measurements, with topics covering:

  • Basic spectrum analyzer operation
  • RF measurements and applications
  • How to conduct specific measurements

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Learn about spectrum analyzers

Understanding RF

What is RF and where is it used? Learn more about RF and applications that it is used in.

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Understanding basic spectrum analyzer operation

Learn how to use a spectrum analyzer and perform basic measurements with it.

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RF test and measurement equipment

Every device which uses RF, from TV and radios to Wi-Fi, cell phones, GPS, etc. was created using RF T&M instruments. Learn here which ones.

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Understanding channel power measurements

Learn here what channel power is and the three most common ways that channel power is measured.

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Spectrum network analyzer Knowledge+

Webinar: Fundamentals of VNA measurements

The session will delve into the fundamentals of vector network analysis, offer a step-by-step walkthrough of a simple calibration process, and provide a demonstration of antenna measurement.

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Webinar: Fundamentals of EMI debugging & precompliance

In this webinar our expert will guide you through the fundamentals of EMI debugging & precompliance measurements.

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Discover tools for your bench GT

Choosing the correct instrument: LCR meter vs. VNA

This article discusses the differences between LCR meters and Vector Network Analyzers (VNAs), highlighting that LCR meters are used for measuring impedance of passive components at lower frequencies, while VNAs are essential for characterizing high-frequency components using S-parameters.

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