Class: Laser Engineering
Class room: 92C01 (電機系館12F)
Lecturer: Tzong-Yow Tsai, 蔡宗祐,
Office: EE department, 92A05
Office Hour: 8:00-11:00 Monday.
Textbook: Laser Electronics (Author: Joseph T. Verdeyen)
Books for Reference:
1. Lasers (Author: Anthony E. Siegman)
2. Optical Wave in Crystal (Author: Amnon Yariv, Rochi Yeh)
Homeworks (80%, Matlab programming)
Final Exam (a program or a paper report) (20%)
Paper report:
1. mode locking or Q-switching techs that are related to “fiber lasers”
Find the papers in the following Journals: IEEE (Photonics technology letters, Journal of lightwave technology, Journal of quantum electronics), optics letters, optics express, applied optics, Class outline
1. Laser Physics
l Atomic radiation, spontaneous, stimulated emission
l Einstein A, B coefficients
l Amplification and gain saturation
l Pump, gain distribution in fiber
l Laser Dynamics, Q-switching
2. Fiber resonators and resonant modes
l Basic Electromagnetics
l Gaussian beam
l Resonant cavities, modes
Class room: 92C01 (電機系館12F)
Lecturer: Tzong-Yow Tsai, 蔡宗祐,
Office: EE department, 92A05
Office Hour: 8:00-11:00 Monday.
Textbook: Laser Electronics (Author: Joseph T. Verdeyen)
Books for Reference:
1. Lasers (Author: Anthony E. Siegman)
2. Optical Wave in Crystal (Author: Amnon Yariv, Rochi Yeh)
Homeworks (80%, Matlab programming)
Final Exam (a program or a paper report) (20%)
Paper report:
1. mode locking or Q-switching techs that are related to “fiber lasers”
Find the papers in the following Journals: IEEE (Photonics technology letters, Journal of lightwave technology, Journal of quantum electronics), optics letters, optics express, applied optics, Class outline
1. Laser Physics
l Atomic radiation, spontaneous, stimulated emission
l Einstein A, B coefficients
l Amplification and gain saturation
l Pump, gain distribution in fiber
l Laser Dynamics, Q-switching
2. Fiber resonators and resonant modes
l Basic Electromagnetics
l Gaussian beam
l Resonant cavities, modes
- 教師: 蔡宗祐