AN INTRODUCTION TO ELECTRO-OPTIC DEVICES
CONTENTS 1 GAIN AND ABSORPTION: MANY-BODY EFFECTS 2 FABRY–PEROT LASERS: TEMPERATURE AND MANY-BODY EFFECTS 3 FABRY–PEROT LASERS: THERMODYNAMICS-BASED MODELING 4 DISTRIBUTED FEEDBACK LASERS: QUASI-3D STATIC AND DYNAMIC MODEL 5 MULTISECTION LASERS: LONGITUDINAL MODES AND THEIR DYNAMICS 6 WAVELENGTH TUNABLE LASERS: TIME-DOMAIN MODEL FOR SG-DBR LASERS 7 MONOLITHIC MODE-LOCKED SEMICONDUCTOR LASERS 8 VERTICAL-CAVITY SURFACE-EMITTING LASERS: SINGLE-MODE CONTROL AND SELF- HEATING EFFECTS 9 VERTICAL-CAVITY SURFACE-EMITTING LASERS: HIGH-SPEED PERFORMANCE AND ANALYSIS 10 GAN-BASED LIGHT-EMITTING DIODES 11 SILICON SOLAR CELLS 12 CHARGE-COUPLED DEVICES 13 INFRARED HGCDTE OPTICAL DETECTORS 14 MONOLITHIC WAVELENGTH CONVERTERS: MANY-BODY EFFECTS AND SATURATION ANALYSIS 15 ACTIVE PHOTONIC INTEGRATED CIRCUITS