The cross gain modulation, the cross phase modulation and their recovery time in the SOAs with the various lengths were experimentally investigated. It was found that these values strongly depended on the device length.
A 3-input all-optical priority encoder is designed. Proof-of-concept experiment is performed at 40-Gbit/s based on a cross-gain modulation （XGM） in two parallel semiconductor optical amplifiers （SOAs）. Output logi...A 3-input all-optical priority encoder is designed. Proof-of-concept experiment is performed at 40-Gbit/s based on a cross-gain modulation （XGM） in two parallel semiconductor optical amplifiers （SOAs）. Output logic signals with over 10-dB extinction ratios （ERs） and clear open eye diagrams are obtained. No additional input light beam is used. The proposed scheme may be a promising candidate for future ultrafast all-optical digital signal processing circuits and computing systems.展开更多
文摘The cross gain modulation, the cross phase modulation and their recovery time in the SOAs with the various lengths were experimentally investigated. It was found that these values strongly depended on the device length.
基金This work was supported by the National Science Fund for Distinguished Young Scholars （No. 61125501）, the National Natural Science Foundation of China （Grant No. 60877056）, and the National Basic Research Program of China （No. 2011CB301704）.
文摘A 3-input all-optical priority encoder is designed. Proof-of-concept experiment is performed at 40-Gbit/s based on a cross-gain modulation （XGM） in two parallel semiconductor optical amplifiers （SOAs）. Output logic signals with over 10-dB extinction ratios （ERs） and clear open eye diagrams are obtained. No additional input light beam is used. The proposed scheme may be a promising candidate for future ultrafast all-optical digital signal processing circuits and computing systems.
