Abstract
Studies on Dynamics of Driven Bilaterally Coupled Gunn Oscillator
Highlights
Coupled oscillator systems have drawn attention of the researchers of different fields like theoretical physics, engineering science, biological science, chemical science and even economics and social sciences[1,2]
The free running frequency of Gunn Oscillators (GO)-1 and GO-2 are initially adjusted to 10 GHz with output power of about 20.2 mW and 22.4 mW respectively
The frequencies of the respective oscillators have been mechanically controlled with the help of micrometer screws attached with the waveguide structure of the respective GOs
Summary
Coupled oscillator systems have drawn attention of the researchers of different fields like theoretical physics, engineering science, biological science, chemical science and even economics and social sciences[1,2]. Different models of such coupled oscillators have been suggested by the researchers to study the dynamics of such systems[3,4]. At microwave frequency range, coupled oscillator systems are considered for power combining, spatial beam forming and phase shifting[7,8]. Chaos in such coupled oscillator array has been discussed[9]. It has been shown that, depending on free running frequencies of each oscillator and Coupling Factors (CF) between them, chaotic oscillations can be obtained
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