Design of ultra-high power multisection tunable lasers

Keyphrases

• Absorption Loss 66%
• Buffer Layer 33%
• Butt Joint 100%
• Conventional Design 33%
• Epilayer 33%
• Fiber Optical 33%
• Free Carrier Absorption 66%
• Graded-index 33%
• InGaAsP 33%
• InP-based 33%
• Joint Angle 33%
• Joint Reflection 33%
• Laser Device 33%
• Medical Applications 33%
• Monolithic Laser 33%
• Multiple Quantum Wells 66%
• Operation Performance 33%
• Optical Fiber 33%
• Optical Output Power 33%
• Optical Power Distribution 33%
• Optical Telecommunication 33%
• P-type Doping 33%
• Power Output 33%
• Reflection Problem 33%
• Reflectivity 33%
• Ridge Width 33%
• Separate Confinement Heterostructure 33%
• Spacer Layer 33%
• Telecommunications 33%
• Tunable Laser 100%
• Ultrahigh Power 100%
• Unique Attributes 33%
• Widely Tunable Laser 33%

Engineering

• Absorption Loss 66%
• Buffer Layer 33%
• Butt Joint 100%
• Carrier Absorption 66%
• Fiber Optics 33%
• Graded Index 33%
• Heterojunctions 33%
• Medical Applications 33%
• Optical Power 33%
• Optical Telecommunication 33%
• Output Optical Power 33%
• Output Power 33%
• Potential Application 33%
• Power Distribution 33%
• Quantum Well 66%
• Telecommunication 33%

Material Science

• Buffer Layer 50%
• Epilayers 50%
• Fiber Optics 100%
• Heterojunction 50%
• Optical Power 50%
• Quantum Well 100%
• Reflectivity 50%