AbstractVishay Intertechnology Inc has a new high-voltage optocoupler that meets EEU ATEX standards for operation in potentially explosive atmospheres. Designed to enable galvanically separated circuits in environments including coal mines, chemistry labs, refineries, and mills, the new Vishay semiconductor CNY65Exi consists of a phototransistor optically coupled to a gallium arsenide (GaAs) infrared-emitting diode in a four-lead, plastic package.This is a short news story only. Visit www.three-fives.com for the latest advanced semiconductor industry news
Metal Organic Chemical Vapour Deposition (MOCVD) is being used successfully in production and resear...
Semiconductors have fueled developments in telecommunications, computers, medical services, warfare ...
We designed and fabricated GaAs OMIST (Optical-controlled Metal-Insulator-Semiconductor Thyristor) d...
Analysis of current GaAs and related device market initiated in a number of earlier works has been c...
Analysis of current GaAs and related device market initiated in a number of earlier works has been c...
Many MEMS-based components require optical monitoring techniques using optoelectronic devices for co...
The technological development of semiconductor materials started in the period following the second ...
AbstractLenslet Ltd, specialising in optical digital signal processing, has demonstrated EnLight, a ...
AbstractWhen physicists form atomic surfaces using the technologically important semiconductor mater...
We report on fabrication and high-frequency performance of our photodetectors and photomixers based ...
We report on fabrication and high-frequency performance of our photodetectors and photomixers based ...
GaAs₁₋xBix is an exciting new semiconductor material, which has been pro posed as a new material for...
Gallium Arsenide is no longer the sales driver for the compound semiconductor industry, because it h...
A class of semi-insulating gallium arsenide diodes has been manifactured and tested, with a Schottky...
Metal Organic Chemical Vapour Deposition (MOCVD) is being used successfully in production and resear...
Metal Organic Chemical Vapour Deposition (MOCVD) is being used successfully in production and resear...
Semiconductors have fueled developments in telecommunications, computers, medical services, warfare ...
We designed and fabricated GaAs OMIST (Optical-controlled Metal-Insulator-Semiconductor Thyristor) d...
Analysis of current GaAs and related device market initiated in a number of earlier works has been c...
Analysis of current GaAs and related device market initiated in a number of earlier works has been c...
Many MEMS-based components require optical monitoring techniques using optoelectronic devices for co...
The technological development of semiconductor materials started in the period following the second ...
AbstractLenslet Ltd, specialising in optical digital signal processing, has demonstrated EnLight, a ...
AbstractWhen physicists form atomic surfaces using the technologically important semiconductor mater...
We report on fabrication and high-frequency performance of our photodetectors and photomixers based ...
We report on fabrication and high-frequency performance of our photodetectors and photomixers based ...
GaAs₁₋xBix is an exciting new semiconductor material, which has been pro posed as a new material for...
Gallium Arsenide is no longer the sales driver for the compound semiconductor industry, because it h...
A class of semi-insulating gallium arsenide diodes has been manifactured and tested, with a Schottky...
Metal Organic Chemical Vapour Deposition (MOCVD) is being used successfully in production and resear...
Metal Organic Chemical Vapour Deposition (MOCVD) is being used successfully in production and resear...
Semiconductors have fueled developments in telecommunications, computers, medical services, warfare ...
We designed and fabricated GaAs OMIST (Optical-controlled Metal-Insulator-Semiconductor Thyristor) d...