Sarkar, "Studies on the dynamics of a system of bilaterally coupled chaotic
Gunn oscillators," Progress In Electromagnetics Research B, Vol.
In addition, frequency multiplication of mm sources such as
Gunn oscillators instead of microwave sources permits large dynamic ranges and good frequency coverage to be obtained.
For frequencies above 200 GHz, mm-wave
Gunn oscillators, phase-locked to the analyzer reference, and followed by Schottky diode harmonic generators and/or harmonic mixers, can also be used as relay sources.
The bias-tuned
Gunn oscillator configuration exhibits a clean, stable bias-tuned signal from 9.2 to 9.47 GHz with a power output of 14.2 |+ or -~ 1.5 dBm.
The local oscillator consists of a
Gunn oscillator that is phase locked to a type TCI M5020 crystal controlled microwave source via a harmonic mixer.
A lumped-element
Gunn oscillator at 45.69 GHz provided a LO drive to the mixer.
Advances have been made in microwave and mm-wave
Gunn oscillator and VCO technology.
Without the mode suppressor, the
Gunn oscillator and circulator design successfully could not be realized.
This Coho is a low noise, low power (+7 dBm)
Gunn oscillator tuned to the injected frequency.
A fundamental frequency
Gunn oscillator was used as the RF source in the experiments described in this article.
For applications such as band compression in surveillance receivers and frequency processing in mm-wave radars, engineers at AEG have developed a harmonically primed GaAs
Gunn oscillator acting as a wide bandwidth 94/47 GHz frequency halver.
The key to making these measurements stems from the generation of extremely stable reference signals which are synthesized by the combination of an ultra-stable sapphire resonator (oscillator), a set of low-noise regenerative dividers, and a set of cavity-stabilized
Gunn oscillators. To date there have been no high-stability reference sources for measurements across this frequency region.