Featured Videos
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What Is The Relationship Between Video Bandwidth And Rise Time?
2/9/2024
Uncover the answer to this important RF & microwave frequently asked question - what is the relationship between video bandwidth and rise time?
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How Can Crest Factor And CCDF Assess Amplifier Linearity?
12/8/2023
Examine how crest factor measurements and plotting complementary cumulative distribution function (CCDF) curves can assess amplifier linearity.
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How Do You Interpret A CCDF Plot?
12/8/2023
An important method used to analyze power levels statistically is the complementary cumulative distribution function (CCDF). Learn how to interpret a CCDF plot with a measurement example.
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What Is The Complementary Cumulative Distribution Function?
12/8/2023
The complementary cumulative distribution function (CCDF) can provide a deeper understanding of signal behavior beyond a single crest factor value. Learn the purpose of a CCDF graph in this video.
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What Is Crest Factor?
12/8/2023
Crest factor is an important ratio to calculate when testing wireless systems and devices, particularly in digital modulation schemes like OFDM. Learn more about crest factor in this video.
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What Is Overshoot?
12/8/2023
A pulsed RF signal should ideally transition smoothly to its maximum amplitude. However, overshoot can cause distortion. Learn about overshoot and how it affects an RF signal in this video.
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What Is The Pulse Envelope Of A Signal?
12/8/2023
Explore the significance of analyzing a signal’s pulse envelope, an important metric utilized during pulsed signal analysis.
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What Is Pulse Width?
12/8/2023
Pulse width is one of several important characteristics used during pulsed signal analysis. Learn more about pulse width and its impact in this video.
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What Are Pulsed RF Signals?
12/8/2023
RF carrier waves are changed or modulated by some sort of signal that holds information. In this video, learn how a signal’s behavior changes when modified by a pulsed waveform.
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How Do You Calculate Rise Time And Video Bandwidth?
12/8/2023
Video bandwidth and rise time are inversely proportional. This video reveals the formula for calculating both parameters, supported by measurement examples.