• Become a member
  • Log In
The Institution of Electronics
  • Home
  • About us
    • Our Objectives
    • Our History
    • Governance of the Institution
  • The Electron Magazine
    • 2024
      • 2024 – Winter
      • 2024 – Spring
      • 2024 – Summer
      • 2024 – Autumn
    • 2025
      • 2025 – Winter
      • 2025 – Spring
      • 2025 – Summer
      • 2025 – Autumn
    • 2026
      • 2026 – Winter
      • 2026 – Summer
  • Members
    • Membership Grades and Fees
    • Members’ Resources
      • The Electron Newsletter
      • The Archives
  • Education and Projects
    • National Electronics Competition
    • Student Members’ Projects
    • Arkwright Engineering Scholarships
  • News
  • Contact Us
  • Menu Menu
Uncategorised

Handheld receiver captures wideband RF signals

The R&S PR300 portable monitoring receiver provides 125 MHz of real-time bandwidth and a scanning speed of more than 500 GHz/s. It is designed for field-based spectrum monitoring, interference hunting, high-speed signal detection, and direction finding (DF) with a directional antenna in complex RF environments.

Covering 8 kHz to 8 GHz, the PR300 supports segmented panorama scanning, embedded spectrum analysis, and time-gated direction finding. The frequency range extends to 20 GHz or 33 GHz when used with the HE400DC or HE800-DC30 handheld directional antennas, respectively. With the ADDx07 series compact DF antenna, the system achieves direction-finding accuracy better than 1° from 9 MHz to 20 GHz.

Gapless capture and analysis of wideband communication signals support applications such as radio monitoring in accordance with ITU recommendations, QoS verification, and interference hunting in 5G and LTE networks. The PR300-ZS time-domain measurement option provides simultaneous time-domain data and a corresponding time-gated frequency spectrum, useful for analyzing burst, intermittent, and transient signals.

For more information, visit the PR300 product page.

Rohde & Schwarz  

The post Handheld receiver captures wideband RF signals appeared first on EDN.

25 June 2026
http://institutionofelectronics.ac.uk/wp-content/uploads/2022/12/IOE_LOGO.png 0 0 whdsolutions http://institutionofelectronics.ac.uk/wp-content/uploads/2022/12/IOE_LOGO.png whdsolutions2026-06-25 13:15:592026-06-25 13:15:59Handheld receiver captures wideband RF signals

Latest news

  • Continuity testing in semiconductor ATE: Fundamentals and test methods6 October 2026 - 08:43
  • An Apple-plus-Google adapter that’s AI in name only (sigh)5 October 2026 - 13:52
  • Demystifying feed-through capacitors: How to stop EMI in its tracks5 October 2026 - 09:49
  • Consumer and industrial IoT drive wireless chip market2 October 2026 - 16:02
  • Truchet tiles2 October 2026 - 13:59
  • The state of AI-powered innovation in blood pressure monitoring2 October 2026 - 08:53
  • RF chips, modules power the way from 5G to 6G1 October 2026 - 15:33
  • Power Tips #157: Reducing conducted EMI in 48V automotive USB Type-C EPR designs1 October 2026 - 13:32
  • How a 650-V GaN device shrinks footprint in space-constrained data center racks1 October 2026 - 12:32
  • Ethernet in automation: Industrial networking entering a new phase1 October 2026 - 08:27
IOE LOGO 2

Become a member

click here

Become a member

click here

Become a subscriber

click here

Become a sponsor

click here

© Copyright - The Institution of Electronics | Website by WHD Solutions
  • Link to LinkedIn
  • Link to Facebook
  • Link to X
Link to: LiDAR module generates high-resolution depth maps Link to: LiDAR module generates high-resolution depth maps LiDAR module generates high-resolution depth maps Link to: Simulator emulates quantum hardware behavior Link to: Simulator emulates quantum hardware behavior Simulator emulates quantum hardware behavior
Scroll to top Scroll to top Scroll to top