Add to ORKGElectronic applications are described that would benefit from the availability of high temperature semiconductor devices. Potential materials for these devices are compared and the problems of each are discussed. Recent progress in developing silicon carbide as a high temperature semiconductor is described
High-temperature environment operable sensors and electronics are required for exploring the inner s...
The NASA aerospace program, in particular, requires breakthrough instrumentation inside the combusti...
High-temperature electronics and sensors are necessary for harsh-environment space and aeronautical ...
In recent years, the aerospace propulsion and space power communities have expressed a growing need ...
To meet the needs of the aerospace propulsion and space power communities, the high temperature elec...
The semiconducting properties of electronic grade silicon carbide crystals, such as wide energy band...
After many years of promise as a high temperature semiconductor, silicon carbide (SiC) is finally em...
Silicon carbide based semiconductor electronic devices and circuits are presently being developed fo...
Viewgraphs on silicon carbide semiconductor technology and its potential for enabling electronic dev...
The High Temperature Integrated Electronics and Sensors (HTIES) Program at the NASA Lewis Research C...
The High Temperature Integrated Electronics and Sensors (HTIES) team at the NASA Lewis Research Cent...
International audienceHigh temperature power electronics has become possible with the recent availab...
The High Temperature Integrated Electronics and Sensor (HTIES) Program at the NASA Lewis Research Ce...
This paper reviews the state of current electronics and states the drive toward high-temperature ele...
Silicon carbide (SiC)-based semiconductor electronic devices and circuits are presently being develo...
High-temperature environment operable sensors and electronics are required for exploring the inner s...
The NASA aerospace program, in particular, requires breakthrough instrumentation inside the combusti...
High-temperature electronics and sensors are necessary for harsh-environment space and aeronautical ...
In recent years, the aerospace propulsion and space power communities have expressed a growing need ...
To meet the needs of the aerospace propulsion and space power communities, the high temperature elec...
The semiconducting properties of electronic grade silicon carbide crystals, such as wide energy band...
After many years of promise as a high temperature semiconductor, silicon carbide (SiC) is finally em...
Silicon carbide based semiconductor electronic devices and circuits are presently being developed fo...
Viewgraphs on silicon carbide semiconductor technology and its potential for enabling electronic dev...
The High Temperature Integrated Electronics and Sensors (HTIES) Program at the NASA Lewis Research C...
The High Temperature Integrated Electronics and Sensors (HTIES) team at the NASA Lewis Research Cent...
International audienceHigh temperature power electronics has become possible with the recent availab...
The High Temperature Integrated Electronics and Sensor (HTIES) Program at the NASA Lewis Research Ce...
This paper reviews the state of current electronics and states the drive toward high-temperature ele...
Silicon carbide (SiC)-based semiconductor electronic devices and circuits are presently being develo...
High-temperature environment operable sensors and electronics are required for exploring the inner s...
The NASA aerospace program, in particular, requires breakthrough instrumentation inside the combusti...
High-temperature electronics and sensors are necessary for harsh-environment space and aeronautical ...