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Posted September 20, 2016

Boonton has introduced the new RTP4000 series of Real-Time True Average Power sensors. These sensors deliver a dynamic range from -60 dBm to +20 dBm, a frequency range down to 6 kHz and an industry leading measurement rate of 100,000 measurements per second.  Built with Boonton’s Real-Time Power ProcessingTM technology which eliminates gaps in acquisition and provides zero measurement latency, RTP4000 sensors deliver lightning-fast performance in a compact USB form factor.

Wireless Telecom Group Awarded $1.5M Contract From The United States Navy

Posted December 7, 2010

Wireless Telecom Group, Inc. (NYSE Amex: WTT) announced today that its wholly-owned subsidiary, Boonton Electronics, has been awarded a contract with the Department of the United States Navy to supply Boonton’s 4500B RF Peak Power Meter in support of a Naval Sea Systems Command project.

Amplifier Testing Part 1 – Replace your crystal detector Webinar

Posted November 23, 2010

Amplifier Testing Part 1 – Replace your crystal detector Webinar

This webinar describes how our family of peak power meter/sensor systems can replace the single-ended detector system used for measuring the forward and reflected power of a Radar antenna system.

New 4240 CW Power Meter

Posted October 28, 2010

New 4240 CW Power Meter

The 4240 series is offered as one channel (4241) or two channel (4242) instrument. Both meters come with an integrated calibrator that provides an ultra-stable, 50-MHz reference signal, and deliver a calibration power range from -60dBm to +20dBm. A built-in calibrator allows sensor calibrations right before the measurement providing highest measurement accuracy.

RF Power Measurement Basics Webinar

Posted August 25, 2010

This webinar is designed for people who want to learn about Power measurements with RF power meters.

QAM power level testing with the 4500B

Posted June 25, 2010

See the video presentation of QAM power level testing on Boonton's 4500B. Many of the latest wireless communication schemes rely on QAM type modulation for high data rate applications. A Peak Power meter can be used to measure the symbol power envelope and provide detailed statistical information about signal behavior.