Video bandwidth describes the frequency range that which a sensor can track a signal’s fluctuation in envelope power. Discover the ways that limited video bandwidth can impact your application.
Peak power sensors discharge rapidly when the RF amplitude drops, allowing quick rise times and wide video bandwidths. Learn more about the video bandwidth of a power sensor in this video.
RF and microwave power measurements are vital for product design and production. Explore measuring the pulse average power of a signal in pulsed RF applications.
Learn how to measure the average power of a pulsed RF signal used in applications like wireless communications and radar.
What is being captured during a peak envelope power measurement? Learn what it means to measure the peak envelope power of a signal.
Wireless system performance is usually determined by various power measurements, including envelope power. Explore why envelope power is a key measurement used for testing pulsed-modulated RF signals.
Peak power sensors play a significant role in capturing and analyzing RF power measurements. Explore how they work and what capabilities should be considered when selecting a peak power testing solution.
Diode detector-based RF power sensors can be categorized as many things, including average power sensors. Learn about the accuracy and suitability of average power sensors for your testing needs.
From military/civilian radar to advanced 5G communications networks, here's why RF power measurements are an essential part of the test and measurement process of wireless systems.
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