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The present literature reports a study on the dynamics of a single loop optoelectronic oscillator. It has been observed that with the variation of the delay parameter the system depicts some complex behavior like limit cycle oscillation through Hopf bifurcation, chaotic oscillation.
In the present paper a theoretical analysis of pole movement in dual loop optoelectronic oscillator (DLOEO) has been carried out. A new circuit arrangement for DLOEO is proposed, where the band pass filter (BPF) has been replaced by an oscillator using injection locking technique. It has been seen from the theoretical and simulation results that the performance of the proposed system is similar to...
This correspondence reports a new dual loop optoelectronic oscillator (DLOEO). The DLOEO consists of an injection locked oscillator instead of an RF band pass filter(BPF). In addition to this an external sync signal is injected to the system and locking phenomena of the synchronized system is observed.
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