Fullband Waveguide Low Noise Amplifiers from 26.5 to 170 GHz
Fullband waveguide low noise amplifiers covering frequency ranges from 26.5 GHz to 170 GHz provide wideband signal reception for satellite communications, radar systems, and next-generation wireless infrastructure. These amplifiers are engineered to deliver consistent gain and noise performance across multiple frequency bands, ensuring optimal signal-to-noise ratio and sensitivity for demanding applications.
The product line encompasses eight waveguide bands from WR28 to WR6, each offering selectable gain configurations tailored to specific system requirements. Engineers can choose from various gain levels to optimize receiver sensitivity and dynamic range.
Technical Specifications
- Frequency Range: 26.5–170 GHz across eight waveguide bands
- Ka-Band (WR28): 26.5–40 GHz with 23 dB, 35 dB, or 45 dB gain
- Q-Band (WR22): 33–50 GHz offering 25 dB or 38 dB gain
- U-Band (WR19): 40–60 GHz with 18 dB, 33 dB, or 35 dB gain
- V-Band (WR15): 50–75 GHz in 18 dB or 38 dB configurations
- E-Band (WR12): 60–90 GHz with 18 dB or 38 dB gain
- W-Band (WR10): 75–110 GHz providing 18 dB, 35 dB, 38 dB, or 42 dB gain
- F-Band (WR8): 90–140 GHz with 16 dB or 33 dB gain
- D-Band (WR6): 110–170 GHz offering 18 dB or 33 dB gain
Applications
- SATCOM & Earth Observation: Ground station receivers and satellite downlink systems requiring ultra-low noise figures
- Defense & Radar: High-sensitivity radar receivers and electronic warfare systems operating across millimeter-wave bands
- 5G/6G Research: Experimental systems and infrastructure development for next-generation wireless networks
- Scientific Instrumentation: Radio astronomy, spectroscopy equipment, and millimeter-wave imaging systems
bq-microwave maintains inventory of these fullband waveguide low noise amplifiers for rapid deployment. Beyond fullband LNA offerings, the portfolio includes complementary waveguide power amplifiers and narrowband low noise amplifier solutions extending to 270 GHz. For application-specific configurations or technical inquiries, contact our team via contact page.