|
Volumn 95, Issue 4, 2009, Pages 1045-1057
|
Hybrid silicon evanescent approach to optical interconnects
|
Author keywords
[No Author keywords available]
|
Indexed keywords
A-THERMAL;
BAND GAPS;
CHANNEL DESIGN;
COMPLEMENTARY METAL OXIDE SEMICONDUCTORS;
DBR;
DISCRETE COMPONENTS;
DISTRIBUTED BRAGG REFLECTOR LASERS;
DISTRIBUTED FEEDBACK;
ELECTRICAL BANDWIDTH;
ELECTRICALLY PUMPED;
EPITAXIAL TRANSFER;
FABRY-PEROT DEVICES;
HIGH QUALITY;
HYBRID SILICON;
MODULATION EFFICIENCY;
ON CHIPS;
OVERALL CHARACTERISTICS;
QUANTUM WELL INTERMIXING;
RESISTANCE CAPACITANCE;
SAMPLED GRATINGS;
SILICON BASED PHOTONICS;
SILICON ON INSULATOR WAVEGUIDE;
SINGLE-FREQUENCY;
SOI WAVEGUIDES;
THEORETICAL PREDICTION;
THRESHOLD CHARACTERISTICS;
WAFER DIAMETER;
WAFER-SCALE INTEGRATION;
BRAGG CELLS;
DISTRIBUTED BRAGG REFLECTORS;
DISTRIBUTED FEEDBACK LASERS;
ELECTROABSORPTION MODULATORS;
ENERGY GAP;
INTEGRATED CIRCUITS;
INTEGRATED OPTICS;
INTEGRATED OPTOELECTRONICS;
LASER OPTICS;
LIGHT;
LIGHT ABSORPTION;
LIGHT SOURCES;
MODULATORS;
OPTICAL INTERCONNECTS;
OPTOELECTRONIC DEVICES;
PHOTODETECTORS;
PUMPING (LASER);
QUANTUM WELL LASERS;
SEMICONDUCTING SILICON COMPOUNDS;
SEMICONDUCTOR QUANTUM WELLS;
SIGNAL PROCESSING;
SMELTING;
WAVEGUIDES;
SILICON WAFERS;
|
EID: 67149135344
PISSN: 09478396
EISSN: 14320630
Source Type: Journal
DOI: 10.1007/s00339-009-5118-1 Document Type: Article |
Times cited : (34)
|
References (36)
|