W-Band Frequency Converter

W-Band Frequency Converter

  • IF: 20 - 27 GHz
  • RF: 70 - 87 GHz
  • 1x Up-conversion & 1x Down-conversion channels
  • Maximum output power: +14dBm @ 77GHz
  • Shared LO - Phase-Coherent Conversion
  • Built-In-Self-Test Functionality
  • Off-the-shelf and Bespoke/customized designs available

EECL’s W-Band Frequency Converter provides frequency-and-phase-locked up and down
conversion between K-Band (20-27 GHz) and W-Band (70-86GHz).The up-conversion output features power amplification, and can produce up to +16dBm output power at W-Band.  The down-conversion input features a low noise figure (8dB) and very high input dynamic range.


The module provides a low-cost gateway into E-band and W-Band frequencies for research and development into applications such as automotive radar, satcom, and telecoms research.

What Sets Us Apart

  • Wide output frequency range, covering automotive radar bands, satcom, and 5G/6G research.
  • High maximum power output (up to +16dBm), paired with low noise figure (8dB) and high input dynamic range (up to +30dBm) makes this a one-module solution for W-band radar applications.
  • LO generation can be external or internal (through add-on module)
  • Built-in-Self-Test functionality can fully verify module performance without manual intervention.
  • Thermal Stability, enabled by integrated oven-based temperature control
  • Easy to use software control options
W-Band Module
Datasheet
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Detailed Specifications

Typical upconversion gain, and maximum output power are given below.

  • RF Automated Test
  • VNA Frequency Extension
  • Low-cost Production Test Stations
  • Automotive Radar Research and Development
  • 5G/6G Research and Development
  • 1 Up-conversion and 1 Down-conversion channels
  • Phase-Coherent (Frequency and Phase Locked)
  • Integrated LO,Spur, and Image Rejection
  • Configurable Downconversion Front-End with Variable Attenuator
  • Complete Built-in-Self-Test Functionality
  • Low Noise Figure
  • High Input Dynamic Range
  • Ultra-Low Phase Noise
  • Internally Temperature Stabilized (Near-zero drift)

A simplified system-level diagram of the converter is shown below.

EECL provides a wide suite of available software control options, including both graphical user interfaces (GUIs) and scripting libraries. Options include, but are not limited to:

  • Windows GUI
  • Web Server GUI (no installation needed)
  • Matlab
  • Python
  • LabVIEW
  • Custom software - get in touch!

Get in touch

Contact us to discuss how our experienced team can help solve your next challenge

Contact us today

info@euroecl.com

1 Princess Court Horace Road Kingston-Upon-Thames KT1 2SL

+44(0) 203 6677 196

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