Keysight RF Power Meters

Keysight Power Meters and Sensors deliver exceptional accuracy, stability, and fast measurement speeds across a wide range of RF and microwave applications.

V3500A Handheld RF Power Meter

Keysight Technologies V3500A Handheld RF power meter demonstration guide.

V3500A Handheld RF Power Meter

The first palm-sized power meter from Keysight Technologies that delivers high lab quality RF power measurements for installation and maintenance or R&D lab environments.

V3500A Handheld RF Power Meter

This documents describes briefly product specifications and product features of the V3500A Handheld RF Power Meter.

Power Meters Catalog

Explore Keysight RF and microwave power meters and sensors engineered for accurate average, peak, and time‑gated power measurements. This catalog highlights benchtop power meters and a broad portfolio of sensors across multiple capability classes for R&D, manufacturing, wireless test, calibration, and field applications.

Power Meters and Power Sensors

The selection guide for power meters and sensors. Includes power meter and sensor compatibility table.

Power Reference Measurement with N432A Thermistor Power Meter

Learn how to use N432A thermistor power meter in step by step to measure power reference and how to avoid the mistake and error in measurement process.

Power Meters and Power Sensors

This brochure covers features, applications, specifications and selection guide for Keysight's power measurement solutions.

Power Meters and Sensors Selection Chart

This 2-page selection chart quickly maps customer's application to the right Keysight's power meters and sensors.

Educational Overview of RF Power Measurement Basics and Applications

RF power measurement is the basis for the study of RF & microwave theories. Understand how RF power meters, power sensors and applications work.

N432A Thermistor Power Meter

N432A Thermistor Power Meter Technical Overview

Power Meters Buying Guide

Choosing the right power meter depends on required frequency range, signal type, and measurement accuracy. This guide compares average, peak, thermistor, and handheld meters, outlining differences in channel count, frequency range, dynamic range, and video bandwidth to help you select the best option for wireless validation, satellite testing, or field troubleshooting.

How to Choose the Right Power Meter and Power Sensor

This app note guides you to choose the right power meter and power sensors, as well as explains the advantage and disadvantage of each sensor technology.

Keysight Peak Power Meters

Discover Keysight Peak Power Meters, engineered for precise RF power measurements of complex pulse and modulated signals. With 5–30 MHz video bandwidth, enhanced triggering, wireless‑format presets, and broad sensor compatibility, they deliver accurate peak, average, and time‑gated analysis for modern RF systems.

Keysight Thermistor Power Meters

Discover Keysight Thermistor Power Meters, designed for precision, traceable low‑power measurements in calibration and metrology environments. With self‑balancing operation, RF‑to‑DC conversion, and remote connectivity, they deliver stable, accurate results for long‑duration and environmentally sensitive testing.

Keysight Handheld Power Meters

Discover Keysight Handheld Power Meters, delivering portable, lab‑quality RF power measurements up to 6 GHz. With a built‑in sensor, ±0.21 dB accuracy, self‑calibration, battery operation, and rugged design, they provide reliable field and lab testing without additional equipment.

Keysight Average Power Meters

Discover Keysight Average Power Meters, engineered for reliable, high‑accuracy CW power measurements across wide frequency and dynamic ranges. With real‑time calibration, low‑noise circuitry, and support for sensors up to 220 GHz, they deliver stable, repeatable results in both lab and field environments.

Achieving Accurate E-band Power Measurement with Agilent E8486A Waveguide Power Sensor

E-band spectrum application has been gaining more application interests in the recent years. E8486A addresses the requirement for accurate RF power measurement in the mm-wave applications.

4 Steps for Making Better Power Measurements

Want to learn how to make better power measurements? Follow these 4 steps to get you on your way to better power measurements.

Satellite Power Measurement Using Power Sensors

Learn how to improve the accuracy of satellite power measurements and typical TVAC test of satellite signals using U2049XA LAN Power Sensors.