TOAD-Based Frequency-Encoded All Optical …
191
Fig. 9 Variation of on–off ratio with control pulse energy
Fig. 10 Variation of on–off ratio with N sp
References
1. K. Mukherjee, A. Raja, K. Maji, All-optical logic gate NAND using semiconductor optical
amplifiers with simulation. J. Optics (Springer, 2019)
2. K. Mukherjee, A novel frequency encoded all optical logic gates exploiting polarization insensitive four wave mixing in semiconductor optical amplifier, filtering property of add/drop
multiplexer and non linearity of reflective semiconductor amplifier. Optik 122(10), 891–895
(2011)
3. K. Mukherjee, Method of implementation of frequency encoded all optical half adder, half
subtractor and full adder based on semiconductor optical amplifiers and add drop multiplexers.
191
Fig. 9 Variation of on–off ratio with control pulse energy
Fig. 10 Variation of on–off ratio with N sp
References
1. K. Mukherjee, A. Raja, K. Maji, All-optical logic gate NAND using semiconductor optical
amplifiers with simulation. J. Optics (Springer, 2019)
2. K. Mukherjee, A novel frequency encoded all optical logic gates exploiting polarization insensitive four wave mixing in semiconductor optical amplifier, filtering property of add/drop
multiplexer and non linearity of reflective semiconductor amplifier. Optik 122(10), 891–895
(2011)
3. K. Mukherjee, Method of implementation of frequency encoded all optical half adder, half
subtractor and full adder based on semiconductor optical amplifiers and add drop multiplexers.