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Simulation and Analysis of Single Mode Semiconductor Laser

Simulation and Analysis of Single Mode Semiconductor Laser. Course Project for EE8114 Electrical Engineering Dept. Ryerson University Grace FENG. Outline of My Work. Background Research on Fiber over Radio. Close Study on the Simulink Based Semiconductor Laser Diode Model.

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Simulation and Analysis of Single Mode Semiconductor Laser

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  1. Simulation and Analysis of Single Mode Semiconductor Laser Course Project for EE8114 Electrical Engineering Dept. Ryerson University Grace FENG

  2. Outline of My Work Background Research on Fiber over Radio Close Study on the Simulink Based Semiconductor Laser Diode Model Repeat the Simulation Results from the Previous Work Build Simulation Functions to Analyze the Optical Response of the Laser Diode

  3. Large-Signal Simulink Model Rate Equation for Carrier Density and Photon Density S.A. Javro & S.M. Kang “Transforming Tucker’s Linearized Laser Rate Equations to a Form that has a Single Solution Regime” Journal of Lightwave Technology, 1995

  4. Large-Signal Simulink Model, Cont. Toby Schaer, Robert Rusnov, Stephen Eagle, Jay Jastrebski, Steven Albanese and Xavier Fernando “A Dynamic Simulation Model for Semiconductor Laser Diodes” CCECE 2003 – CCGEI 2003, Montreal, May/mai 2003

  5. Operating Point STATE SPACE MODEL Using the operating point values to complete State Space Model, so that to enable simulation around operating point.

  6. Small-Signal Simulink Model Current Input Rectanglur Pulse Amplitude = 1mA Photon Output State Space Model Implemented in Matlab Pumping Current (10mA, 15mA) Pulse Response when bias point of I = 10mA Pulse Response when bias point of I = 15mA

  7. Sinusoidal Signal Response

  8. Sinusoidal Signal Response, Cont. Amplitude of Input Signal Increased from 0.001mA to 1mA Stepped by 0.001mA Simulating System Response 100 Times Sampling the Input Amplitude each Time Sampling the Output Amplitude each Time Plot the Relationship between Input and Output Amplitude Analyze the Result

  9. Sinusoidal Signal Response, Cont. Sample Phase Shift during Each Simulation Plot the Relationship between Input Amplitude with Output Phase Shift

  10. Conclusion Small Input Eletronic Signal around Operating Point of a Laser Diode could Lead to Linear Optical Response in Terms of Amplitude Phase Shift in Optical Response around Operating Point Does Not Respond to Any Changes in Input Electronic Signal

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