Optoelectronic devices transform electrical signals into optical signals (and vice versa) by utilizing the interaction of electrons and light. Advanced software tools for the design and analysis of such devices have been developed in recent years. However, the large variety of materials, devices, physical mechanisms, and modeling approaches often makes it difficult to select appropriate theoretical models or software packages. This book presents a review of devices and advanced simulation approaches written by leading researchers and software developers. It is intended for scientists and device engineers in optoelectronics who are interested in using advanced software tools. Each chapter includes the theoretical background as well as practical simulation results that help the reader to better understand internal device physics. Real-world devices such as edge-emitting or surface-emitting laser diodes, light-emitting diodes, solar cells, photodetectors, and integrated optoelectronic circuits are investigated. The software packages described in the book are available to the public, on a commercial or noncommercial basis, so that the interested reader is quickly able to perform similar simulations.
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Optoelectronic devices transform electrical signals into optical signals and vice versa by utilizing the sophisticated interaction of electrons and light within micro- and nano-scale semiconductor structures. Advanced software tools for design and analysis of such devices have been developed in recent years. However, the large variety of materials, devices, physical mechanisms, and modeling approaches often makes it difficult to select appropriate theoretical models or software packages. This book presents a review of devices and advanced simulation approaches written by leading researchers and software developers. It is intended for scientists and device engineers in optoelectronics, who are interested in using advanced software tools. Each chapter includes the theoretical background as well as practical simulation results that help to better understand internal device physics. The software packages used in the book are available to the public, on a commercial or noncommercial basis, so that the interested reader is quickly able to perform similar simulations.
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For the theoretical analysis and modeling of semiconductor lasers, it is desirable to have access to reliable absorption/gain and refractive index calculations. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
oxide aperture diameter, metallic absorber, floating junction, tinting jitter, oxide apertures, photon rate equation, output coupling efficiency, baud gap, ive region, hole recombination rates, modal loss, gain spectra, harrier regions, modal gain, carrier leakage, locking range, slope efficiency, storage region, gain model, carrier density, forward pulse, heat flow equation, recombination losses, relative intensity noise, storage length Key Phrases - Capitalized Phrases (CAPs): (learn more)
Quantum Electron, New York, Fabry Perot, Electron Devices, Fermi Dirac, Quantuni Electron, Shockley Read Hall, Academic Press, Fahrv Perot, Fahry Perot, San Diego, Fabrv Perot, Santa Barbara, Composition Doping Compressive Wavelength, Solid-State Electron, Structure Cavity Length, Synopsys Inc, University of California, Vertical Distance New!
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