Vol. 45, Issue 4, pp. 447-457

Vol. 45 Issue 4 pp. 447-457

Study of all-optical logic XOR gate based on linear optical amplifier cross-gain modulation

Xi Li, Jie Jin, Haitao Li, Qiang Zhang

Keywords

linear optical amplifier, cross-gain modulation, XOR gate

Abstract

All-optical logic is the key to future high speed and large capacity optical transmission, the realization of optical packet switching and optical computing, and it has a very profound influence on the development of future optical communication. A linear optical amplifier as a new type of semiconductor optical amplifier, which has a good gain characteristic, has better signal performance than a traditional semiconductor optical amplifier in the wavelength conversion. This article presents a numerical simulation model of all-optical logic XOR gate and its logic operation based on cross-gain modulation of linear optical amplifier, and has also completed some of the basic logic operations, including AND, OR, NOT operations.

Vol. 45
Issue 4
pp. 447-457

0.24 MB
OPTICA APPLICATA - a quarterly of the Wrocław University of Science and Technology, Faculty of Fundamental Problems of Technology