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Optical Interfaces for Digital Circuits & Systems
Editor(s): Raymond Milano

*This item is only available on the SPIE Digital Library.

Volume Details

Volume Number: 0466
Date Published: 10 May 1984

Table of Contents
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Will Presently Available System Design Approaches And Electrical Interconnect Rules Fulfill The Performance Requirements Of High Clock Rate Digital Signal Processors Based On Gaas?
Author(s): B K Gilbert; D J Schwab
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Optical Interconnect Of Digital Integrated Circuits And Systems
Author(s): Anis Husain
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Integrated Optoelectronic Devices For High-Speed Ic Interconnects
Author(s): James L. Merz
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Very High Speed Gaalas Lasers And Detectors For Integrated Optoelectronic Circuits
Author(s): K Y Lau; I Ury; N. Bar-Chaim; A Yariv
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Network Modeling Of The Modulation Response For Buried Heterostructure Injection Lasers
Author(s): W. Ng; E. A Sovero
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Buried-Heterostructure Q-Switched Diode Lasers
Author(s): D Z Tsang; J N. Walpole; Z L. Liau; S H Groves
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GaAs/GaAlAs Integrated Optoelectronics For Optical Interconnect Applications
Author(s): M E. Kim; C S. Hong; D Kasemset; R A. Milano
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Operation Of Monolithic Laser/Multiplexer Optoelectronic IC
Author(s): J K Carney; M. Helix; R. M. Kolbas
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Planar Monolithic Fiber Optic Receiver Chip On A Gaas Semi-Insulating Substrate
Author(s): R. M Kolbas; J K Carney; M D. Longerbone; E L. Kalweit; S T. Reimer
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Gallium Aluminum Arsenide/Gallium Arsenide Integrated Optical Repeater
Author(s): N Bar-Chaim; K Y Lau; I Ury; A. Yariv
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Integrated Optoelectronic Logic
Author(s): H.David Law
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A 50 to 400 Mbit/Sec Single Chip Fiber Optic Receiver Circuit
Author(s): Dennis L. Rogers; Albert X Widmer; Joseph Mosley
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A High Data Rate Integrated Optical Vector Matrix Multiplier
Author(s): R Arrathoon; M. H. Hassoun
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