This book contains a selection of reports reviewing the progress of the research and development in optoelectronics and optical fiber communications in China. The first four papers focus on the current development in optical fiber communications with particular interest in studies of soliton transmission and optical WDM transmission experiments. The next four papers describe the research results on quantum well lasers, bi-stable lasers, electro-absorption modulators and SEED, and photonic integrated devices. Fiber ring lasers using EDFA and the ASE noise in the PIN receiver due to EDFA are discussed in the next two papers, respectively. The last two papers describe the research activities and results of the development of the GaAs ICs for high speed lighwave systems, and their characterization using optical sampling techniques. The contents included in this book may be regarded as the epitome of the current status of research in this field in mainland China.

Contents:

• Optical Soliton Communication Research in China (H Wang & P-D Ye)
• An Introduction to High Speed Transmission Systems and Related Devices in China (Z-S Zhao)
• Analysis and Experiment of Multichannel WDM + EDFA Optical Fiber Transmission Systems (A-S Xu et al.)
• The Calculation of Power Penalty in "WDM + EDFA" System Due to Stimulated Raman Scattering (Q-S Xiang et al.)
• Quantum Well Lasers and Their Applications (L-H Chen)
• An Investigation of Multi-Functional Semiconductor Bistable Laser (Q-M Wang et al.)
• GaAs/GaAlAs Multiquantum Well Electroabsorption Reflection Modulator and Self Electro-Optic Effect Devices (SEED) (R-H Wu et al.)
• Distributed Feedback Semiconductor Lasers and Their Application in Photonic Integrated Devices (Y Luo & W Wang)
• High Peformance Tandem Two-Stage EDFA, Bi-Directional Fiber Ring Laser and Correlated Q-Switched/Mode-Locked Fiber Figure-8 Laser (J-D Peng et al.)
• Impact of ASE Noise of Optical Amplifier on PIN-Receiver and Calculation of Bit-Error Rate (Q-S Xiang et al.)
• GaAs High Speed Devices and Circuits (C-G Liang et al.)
• A Practical Electro-Optic Sampler for Characterization Internal to GaAs ICs (M-B Yi et al.)