Frequency

Zero-biased waveguide detectors operate from Ka- to W-band

23rd October 2015
Nat Bowers
0

Delivering zero-biased performance in Ka, Q, U, V, E and W frequency bands, Fairview Microwave has introduced a family of waveguide detectors. These waveguide detectors are commonly used in aerospace, defence and commercial wireless applications used in instrumentation, power detection, power monitoring, direct detection receivers, high frequency communications, radar, SATCOM, point-to-point radio, telecomms, data links and R&D.

Fairview’s portfolio of waveguide detectors consists of six models covering broad frequencies from 26.5 to 110GHz. The new waveguide detectors from Fairview Microwave are all zero-biased, so no external DC bias or mechanical tuning is required. The detector circuitry utilises high performance GaAs Schottky Barrier Beam lead diodes with very low junction capacitance. These detector designs perform with minimal sensitivity variation resulting in a flat frequency response across the entire waveguide band.

The input ports are available with waveguide sizes ranging from WR-28 to WR-10, while the video output ports utilise SMA female connectors. The packages are designed with rugged steel construction and are thermally stable. These detectors offer negative output voltage polarity for a variety of applications. Typical voltage sensitivity levels range from -600 to -3000mV/mW. Performance is guaranteed over a temperature range from 0 to +50°C.

Brian McCutcheon, Vice President and General Manager, Fairview Microwave, commented: “Our latest portfolio of high performance waveguide detectors are a great addition to our growing families of waveguide components. We now carry one of the largest selections of in-stock waveguide components in the industry providing our customer a broad and diverse product selection to help solve all of their application needs.”

Fairview’s new waveguide detectors are now in-stock and available to ship today.

Product Spotlight

Upcoming Events

View all events
Newsletter
Latest global electronics news
© Copyright 2024 Electronic Specifier