Dynamic response based on non-linear material for electrical and optical analogy of full optical oscillator

摘要

This work presents the dynamic response based on non-linear material (NLM) for the electrical and optical analogy of the full optical oscillator. The full optical oscillator based on NLM introduces a good solution of light intensity to modify its optical characteristics and then present a proposed type of oscillators that depends totally on the light. This type of oscillator depends on the light of the laser and NLM. The logic equations derivation can be initiated by some logic equations, followed by the electrical analogy for the optical oscillator using the logic equations with its operation steps. We have introduced the optical analogy of the optical oscillator with its results. We have discussed the pulse shape of the clock pulse train of the optical oscillator. The full optical oscillator can be constructed by one LM-NLM couple, continuous laser source (CLS) and one Delay Line, which controls the oscillator frequency. The time flow is analyzed and simulated for the dull optical oscillator deduced from the step by step operation of the full optical oscillator. The electrical analogy circuit for seven pulses of the full optical oscillator is presented and clarified. The time flow resulting from the electrical analogy circuit of the full optical oscillator is also examined. The main steps of generating the clock pulses of an all-optical oscillator are also clarified.