A waveguide Gunn oscillator from Fairview Microwave offers a cost-effective source for microwave power with excellent frequency and power stability while generating low-phase-noise. Typical applications include transmit and receive oscillators for radio communications, local oscillator source that can be multiplied for higher mm-wave frequency test and measurement, military and commercial radar sources, police radar, Doppler sensors and security screening.
Fairview Microwave’s model FMWGN1001 is a K-Band waveguide Gunn oscillator module that generates a centre frequency of 24.125GHz and can be tuned up to +/- 1.0GHz via a self-locking tuning screw.
Because of the extremely high external Q and temperature compensation mechanism, this design exhibits higher frequency and power stability, lower phase-noise and higher anti-load-pulling characteristics.
Performance specs include phase noise of -95dBc/Hz typical at 100KHz offset, and frequency stability of -0.4MHz/°C maximum.
The output power of this oscillator is +10 dBm minimum with power stability of -0.04dB/°C maximum.
Bias supply is +5Vdc at 200mA typical with an operating temperature range of -40°C to +85°C. The design of this oscillator from Fairview utilizes high performance components in a rugged and compact aluminum package with a precision machined internal cavity design.
The output frequency port supports a WR-42 UG-595/U waveguide flange interface. “Our FMWGN1001 Gunn oscillator module offers designers a cost-effective and high performing K-Band waveguide frequency source solution for use with sensitive communications, radar and test and measurement applications,” explains Randy Leenerts, Senior RF Engineer at Fairview Microwave.