基于电吸收调制器级联和高度非线性光纤的全光逻辑门分析

R. Nazneen, Akib Mostabe Refat, Dewan Mabrur Hasan Chowdhury, Alif Mahmud
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引用次数: 0

摘要

该方案成功地设计并验证了非线性光纤中基于电吸收调制器级联和四波混频效应的光与门。逻辑位序列由0.3 mW的1550 nm泵浦激光器传输。栅极采用0.01公里长的光纤设计。该方案能够分析不同组合的光逻辑状态,分别针对逻辑“0”和逻辑“1”的窄带和宽带脉冲。此外,生成的逻辑状态表示它的功率超过或低于阈值功率水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of All- Optical AND Logic Gate Based on the Cascade of Electro Absorption Modulator and Highly Nonlinear Fibe
The proposed scheme was successful to design and verify optical AND gate based on the cascade of Electro Absorption Modulator and Four Wave Mixing effects in a nonlinear fiber. The logical bit sequences were carried by 1550 nm pump laser at 0.3 mW. The gate was designed with 0.01km optical fiber. The scheme was able to analyze the optical logic states for different combinations in terms of narrow and wideband pulses respectively logic ‘0’ and logic ‘1’. Also the generated logic states represented it in terms of power which exceeds or below the threshold power level.
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