Design and simulation of all-optical and gate using XGM in semiconductor optical amplifiers without input additional beam
SH Kim, JH Kim, CW Son, G Kim… - 2006 International …, 2006 - ieeexplore.ieee.org
2006 International Conference on Numerical Simulation of …, 2006•ieeexplore.ieee.org
Design and simulation of an all-optical AND gate that utilize a XGM in semiconductor optical
amplifiers is demonstrated at 10 Gbps using only input signals A and B. In the AND (AB)
gate, Boolean AB is firstly obtained by using signal B as a pump beam and signal A as a
probe beam in SOA-1. By passing signal A as a probe beam and AB as a pump beam
through SOA-2, Boolean AB is acquired.
amplifiers is demonstrated at 10 Gbps using only input signals A and B. In the AND (AB)
gate, Boolean AB is firstly obtained by using signal B as a pump beam and signal A as a
probe beam in SOA-1. By passing signal A as a probe beam and AB as a pump beam
through SOA-2, Boolean AB is acquired.
Design and simulation of an all-optical AND gate that utilize a XGM in semiconductor optical amplifiers is demonstrated at 10 Gbps using only input signals A and B. In the AND (AB) gate, Boolean AB is firstly obtained by using signal B as a pump beam and signal A as a probe beam in SOA-1. By passing signal A as a probe beam and AB as a pump beam through SOA-2, Boolean AB is acquired.
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