RF Power Meters for Digitally Modulated Signals

Reliable Comms Start With Accurate Power — See the Proof

Modern military and LMR systems increasingly use digitally modulated signals, which require precise average-power measurement for performance and compliance. Traditional wattmeters—built for CW and FM—aren’t designed to track the amplitude variations of modern digital waveforms. This technical paper outlines how digital modulation changes the measurement landscape and shows how square-law Schottky detection delivers accurate, modulation-independent readings across AM, QAM, and other advanced formats.

Explore the data behind today’s RF power-measurement challenges—and the solution that ensures accuracy, reliability, and mission readiness.

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Download the Technical Paper to Learn How to:

Avoid costly measurement errors by understanding why legacy wattmeters misread digital signals—and how to prevent inaccurate power readings.
Improve RF system reliability and performance with accurate average-power measurement techniques tailored for modern modulation formats.
Make confident equipment decisions using data-backed comparisons between traditional and advanced wattmeters.
Enhance mission readiness and compliance by ensuring your communication systems operate within correct power levels and regulatory limits.

Get your copy now and learn how to improve accuracy, compliance, and system performance.