Keysight U2022XA/100/U2000A-301: Ultimate Power Measurement for 5G and Beyond

Keysight U2022XA/100/U2000A-301 USB Peak and Average Power Sensor, 50 MHz to 40 GHz

The Keysight U2022XA/100/U2000A-301 is a USB-based peak and average power sensor designed for high-speed and highly accurate RF power measurements across a broad frequency range of 50 MHz to 40 GHz. Built for modern test environments, it delivers real-time pulse analysis, broad dynamic range, and internal calibration — all in a compact, plug-and-play design.

Supported by Keysight BenchVue software, this sensor lets users control, log, and visualize complex measurement data directly from a PC, eliminating the need for a standalone power meter. The included 5-ft USB sensor cable ensures flexible setup in lab and field environments.

⭐ Key Features:

• Frequency Coverage: 50 MHz to 40 GHz for broad RF applications

• Wide Dynamic Range:

  • Peak/Gated: -30 to +20 dBm

  • Average Mode: -45 to +20 dBm

• Real-Time Analysis: 30 MHz video bandwidth with 80 MSa/s single-shot capture

• High-Speed Sampling: Up to 25,000 readings/sec in fast buffer mode

• Built-In Internal Calibration: No need for external references

• Integrated External Trigger: Accurate triggering for weak or pulsed signals

• Easy PC Integration: Plug directly into a PC via USB

• BenchVue Software Included: Automate measurements and visualize waveforms

• Connector Type: 2.4 mm

• Cable Included: 5-ft (1.5 m) power sensor USB cable (U2000A-301)

🎯 Why Choose the U2022XA/100?

Whether you’re working in R&D, production test, or calibration environments, the U2022XA delivers the speed, accuracy, and flexibility needed for modern RF measurements. USB-based operation means fewer devices on the bench, while BenchVue support makes complex analysis easier — without coding.

📦 What’s Included:

• Keysight U2022XA/100 USB Power Sensor

• U2000A-301 USB power sensor cable (1.5 m)

• BenchVue BV0007B software license

• User documentation

📊 Technical Specifications:

🔧 Applications:

• RF power measurement in wireless communication systems

• Radar pulse and burst signal analysis

• Automated test systems in manufacturing environments

• Calibration labs requiring traceable, real-time power verification

• Field testing with portable, USB-controlled devices

🔗 Related Internal Links:

• Browse more in our RF Measurement category

• Related reading: High-Precision Temperature Measurement Tools for Engineering and Calibration Labs