FSWX media center

Understanding Zero Span

Zero span mode on a spectrum analyzer is a powerful measurement technique that transforms the instrument to display power versus time.

Understanding Occupied Bandwidth

Occupied bandwidth (OBW) is a standardized, repeatable method for measuring a signal’s spectral width. It is defined as the frequency span (in Hz) that contains a specified percentage of total signal power, typically 99% per most industry standards

Understanding Basic Oscilloscope Operation

This presentation provides an overview of oscilloscope operation, one of the most essential instruments in electronic design, test, and debug.

Understanding Current Probes

Get an introduction to current probes and how they enable oscilloscopes to measure current without breaking the circuit.

Understanding Probe Compensation

This tutorial explains probe compensation and why it’s essential for accurate oscilloscope measurements.

Understanding Third Order Intercept

This video introduces third order intercept (TOI), also known as IP3, the industry-standard metric for quantifying RF device linearity.

Understanding Differential Probes

This video is a technical introduction to differential probes and when to use them instead of standard single-ended probes.

Characterizing a high-power PA with the FSWX

In this demo video application engineer Florian Ramian shows how to characterize a high-power PA with the FSWX signal and spectrum analyzer.

Reducing measurement uncertainty with cross-correlation

In this video application engineer Florian Ramian walks you through a standard signal channel measurement demo, using the new cross-correlation feature of the FSWX to reduce measurement uncertainty.

Reducing the noise floor with the cross correlation feature of the FSWX

In this video application engineer Florian Ramian walks you through a standard signal channel measurement demo, using the new cross-correlation feature of the FSWX to reduce measurement uncertainty.

Measuring a high gain frequency converting LNB with the FSWX

In this video application engineer Florian Ramian demonstrates how to measure a high gain frequency converting LNB with the FSWX signal and spectrum analyzer.

FSWX signal and spectrum analyzer

Learn more about the FSWX, the first signal and spectrum analyzer with multichannel spectrum analysis, cross-correlation (x-correlation) and I/Q preselection.

A look inside the FSWX - all new features explained

Watch the revolutionary signal and spectrum analyzer FSWX in action.

Understanding passive probes

Essential Knowledge for Selecting and Using Oscilloscope Probes in Electronic Measurements