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RTP5000 with PC RTP5000
Real-Time USB Peak Power Sensors
 

Providing the highest video bandwidth and fastest rise times, RTP5000 Real-Time USB Peak Power Sensors with Boonton’s Real-Time Power ProcessingTM deliver 100,000 measurements per second, virtually no gaps in signal acquisition and zero measurement latency.

 Learn More   Datasheet

 

 

Try It Free

Boonton Power Analyzer Software includes signal simulation to enable users to sample the powerful analysis tools without the need for a DUT and a sensor. Download the complementary software now to observe the capabilities for yourself.

 Download Demo Software

 

Schedule Online Demo

Contact us today to schedule a demo of the RTP5000 . The demo can be done via web conference or in-person. We will show you how to utilize the industry-leading performance and answer any questions you may have.

 Schedule a Demo

RTP5000 Video

Measuring CCDF of a Signal using Boonton's RTP5000
 

Learn how to quickly and easily measure the CCDF of a signal using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.
 

RTP5000 Video

Measuring Pulsed RF Signals using Boonton's RTP5000

Learn how to quickly and easily measure pulsed RF signals using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.
 

RTP5000 Video

Characterizing a Communication Amplifier using Boonton’s RTP5000

Learn how to quickly and easily characterize a communication amplifier using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.

RTP5000 Video

Characterizing a Pulsed Amplifier using Boonton’s RTP5000

Learn how to quickly and easily characterize a pulsed amplifier using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.

Boonton Real-Time Power ProcessingTM

Real-Time Power ProcessingReal Time Power Sensors perform many steps in parallel, and at the full acquisition rate.  As a result, it is not necessary to halt acquisition following a trigger event to wait for the processing stages to catch up.

The steps of this process are performed sequentially, and each step adds to the total delay time, or latency. Only when all steps complete can a new measurement cycle take place. As a result, conventional power meters and USB power sensors can suffer from lengthy gaps between triggered sweeps – often tens or hundreds of milliseconds.

Learn more 

Boonton RTP5000 Series Real-Time Peak USB Power Sensors offer a fast, simple, cost-effective alternative for measuring signals with high peak-to-average ratios or crest factors, such as those used 5G, LTE, and Wi-Fi systems. For multi-channel applications, sensors can be synchronized taking advantage of measurements with 100 ps time resolution.

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Learn More about RTP5000

RTP Uncertainty Calculator

Boonton RTP5000 Real-Time USB Peak Power Sensor Measurement Uncertainty Calculator

USB Sensor Selector Guide

USB Sensor Selector Guide by Power and Frequency
 

RTP Datasheet

RTP5000 Real-Time Peak Power Sensors Datasheet
 

Linearity Application Brief

Better Alternative for Measuring Amplifier Linearity
 

Secondary Surveillance Radar

Secondary Surveillance Radar (SSR) RF Power Measurement Challenges

Webinar: Alternatives for Measuring Linearity of 5G and Radar GaN Devices

Measuring Crest Factor Video

Video: Measuring Crest Factor of Wide Bandwidth Signals with Boonton RTP5000
 

Measuring Basic Pulse Parameters with a Boonton RTP5000 and Boonton Power Analyzer Software

Video: Measuring Basic Pulse Parameters with a Boonton RTP5000 and Boonton Power Analyzer Software Video
 

 

 

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