WTG Videos
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How To Measure The Phase Noise Of An Oscillator With A Holzworth Phase Noise Analyzer
5/18/2023
In this demonstration, learn how to measure the phase noise of a 100 MHz oven-controlled crystal oscillator (OCXO) using the Holzworth HA7062D Real-Time Phase Noise Analyzer.
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How To Characterize A Communications Amplifier With Boonton Peak Power Sensors
5/10/2023
Amplifiers are used in a variety of RF and microwave systems and devices, and an ideal solution for characterizing these critical components is the Boonton RTP5000 Series Real-time USB Peak Power Sensor.
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Video: Why Is Low Phase Noise Critical For Radar Systems?
4/19/2023
Why is low phase noise critical for radar systems? In this video, learn phase noise basics, how Doppler radar systems function, why excessive phase noise impacts radar system performance, and the best-in-class phase noise analysis and RF synthesis solutions.
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Wireless Telecom Group Problem Solves At IMS 2022
6/22/2022
Boonton Electronics, Holzworth Instrumentation, Noisecom, and CommAgility make up Wireless Telecom Group. RF Globalnet met up with Walt, Matt, Bob, Nick, and Paul at IMS to talk about 4 different customer challenges and how the companies address them. For example, radar and component applications are looking for low phase noise analyzers and fast-switching synthesizers, respectively. Learn more about how WTG problem solves for an array of applications in the RF field.
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Video: Boonton Test Solutions For Pulsed Power Measurements
6/15/2022
Offering up to 16 automatic pulse measurements and enabling measurement focus on specific portions, Boonton solutions, including the PMX40 RF power meter, USB RF power sensors with RTPP technology coupled, and the RTP Series Measurement Buffer Mode Application, provide the performance metrics and measurement windows needed to accurately test pulse or burst signals.
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Video: The Basics Of Video Bandwidth And Rise Time
6/15/2022
Video bandwidth (VBW) and rise time are essential parameters for accurate power measurements and waveform analysis. Boonton has test equipment with leading VBW and rise time capabilities, such as the RTP5000 Series real-time USB peak power sensor with up to 195 MHz of VBW and rise times as fast as 3 nanoseconds.
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Video: Crest Factor And Statistical Measurements
6/15/2022
Crest factor measurements as well as the complementary cumulative distribution function (CCDF) are effective tools that yield important information for accurate signal characterization. Using Boonton peak power sensors and power meters, characterization of noise-like signals can be accurately performed through crest factor measurements and statistical analysis (e.g., CCDF).
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Video: How Is RF Power Measured?
6/15/2022
RF power measurements are a top priority for the design and development of wireless technology. A leader in high-performance RF and microwave test and measurement solutions, Boonton can enable the accuracy of essential power measurements with its product portfolio of peak and average RF power meters, real-time USB power sensors, and connected USB power sensors.
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Video: The Boonton RTP Series Measurement Buffer Mode Application
6/15/2022
The Boonton RTP Measurement Buffer Mode Application is a complementary software utility that controls one or multiple Boonton real-time power sensors and analyzes the input signal during user-defined intervals of interest.
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Video: What Do You Want To Measure – Peak Power Or Average Power?
6/15/2022
Peak power and average power measurements are vital in achieving proper performance of advanced communications systems and components. In this video, learn about the nuances regarding peak and average power terminology to ensure the reliability and accuracy of RF power measurements and related metrics.