Product Release
Home - News-Product Release-What Are the Main Indicators of the Arbitrary Waveform Generator?

What Are the Main Indicators of the Arbitrary Waveform Generator?

Feb. 20, 2019

First, set the corresponding center frequency, span and reference level according to the size of the measured small signal; then gradually reduce the attenuation value, if the Spectrum Analyzer does not have an overload indication; if the small signal is measured at this time When the noise ratio is less than 15db, the rbw is gradually reduced. The smaller the rbw is, the lower the noise floor of the spectrum analyzer is, and the higher the sensitivity is.

If the spectrum analyzer has a preamplifier, turn on the preamp. Pre-release allows for improved noise figure of the spectrum analyzer, which increases sensitivity. For small signals with low signal-to-noise ratio, vbw can be reduced or trajectory averaging can be used to smooth out noise and reduce fluctuations.

It should be noted that the spectrum analyzer measurement result is the sum of the external input signal and the internal noise of the spectrum analyzer. To make the measurement result accurate, the signal-to-noise ratio is usually required to be greater than 20 db.

If you want to Wholesale Spectrum Analyzer, welcome to contact us!

Wholesale Spectrum Analyzer

Latest News

Jul. 10, 2025

Common Uses and Types of Signal Generators
Suin Instruments offers a diverse product range engineered for accuracy, stability, and versatility, serving applications across RF/microwave testing, digital communications, and academic training.
Learn More

Jun. 13, 2025

Power Quality Analyzers: SA2100, SA2200, and SA2300 – Which One Fits Your Workflow?
The SA2100, SA2200, and SA2300 models each target a unique segment of the power analysis market—from basic electrical audits to high-frequency diagnostics and long-term logging. Here’s a detailed look at how these instruments stack up.
Learn More

May. 14, 2025

Stopwatch Calibrator Uses in Aerospace, Automotive and Labs
Precise time measurement is a cornerstone of quality control and performance verification in high-precision industries. In sectors such as aerospace, automotive manufacturing, and metrology laboratories, even the slightest deviation in timekeeping can affect test outcomes, calibration integrity, and safety compliance.
Learn More