Large area high performance, GaP rectifiers were fabricated by means of Zn diffusion into vapor phase epitaxial GaP. Devices with an active area of 0.01 sq cm typically exhibit forward voltages of 3 volts for a bias current of 1 ampere and have reverse breakdown voltages of 300 volts for temperatures from 27 C to 400 C. Typical device reverse saturation current at a reverse bias of 150 volts is less than 10 to the minus 9th power amp at 27 C and less than 0.000050 amp at 400 C
Summary information on various studies to determine metallurgical, electrical, and optical propertie...
Cadmium selenide-zinc selenide film is used as a thin film semiconductor rectifier. The film is vapo...
Electronics designed for use in NASA space missions are required to work efficiently and reliably un...
High temperature (300 C) diodes for geothermal and other energy applications were developed. A compa...
Schottky barrier diode performance tests, Be doping of GaP, and S, Se, and Te diffusion into GaA
Barrier diodes formed by nickel evaporation on undoped gallium phosphide by vertical liquid epitax
Work done on the development of gallium aluminum phosphide alloys for electroluminescent light sourc...
Typescript (photocopy).The needs for electronic components operating at or above 275 C have been dem...
This paper presents the development of III-V based pseudomorphic high electron mobility transistors ...
This thesis takes a first step in investigating the design and feasibility of a high temperature pow...
Vapor phase deposition process forms a heavily doped n-region on a melt-grown p-type gallium antimon...
Vapor pressure, anode temperature, and inverse emission effects on thallium filled diode tested with...
En électronique de puissance, un des principaux axes de recherche, concerne la montée en température...
In this work, novel III-V photovoltaic (PV) materials and device structures are investi- gated for s...
In the endeavor to meet the ever increasing energy demands of the world, two methodologies of conver...
Summary information on various studies to determine metallurgical, electrical, and optical propertie...
Cadmium selenide-zinc selenide film is used as a thin film semiconductor rectifier. The film is vapo...
Electronics designed for use in NASA space missions are required to work efficiently and reliably un...
High temperature (300 C) diodes for geothermal and other energy applications were developed. A compa...
Schottky barrier diode performance tests, Be doping of GaP, and S, Se, and Te diffusion into GaA
Barrier diodes formed by nickel evaporation on undoped gallium phosphide by vertical liquid epitax
Work done on the development of gallium aluminum phosphide alloys for electroluminescent light sourc...
Typescript (photocopy).The needs for electronic components operating at or above 275 C have been dem...
This paper presents the development of III-V based pseudomorphic high electron mobility transistors ...
This thesis takes a first step in investigating the design and feasibility of a high temperature pow...
Vapor phase deposition process forms a heavily doped n-region on a melt-grown p-type gallium antimon...
Vapor pressure, anode temperature, and inverse emission effects on thallium filled diode tested with...
En électronique de puissance, un des principaux axes de recherche, concerne la montée en température...
In this work, novel III-V photovoltaic (PV) materials and device structures are investi- gated for s...
In the endeavor to meet the ever increasing energy demands of the world, two methodologies of conver...
Summary information on various studies to determine metallurgical, electrical, and optical propertie...
Cadmium selenide-zinc selenide film is used as a thin film semiconductor rectifier. The film is vapo...
Electronics designed for use in NASA space missions are required to work efficiently and reliably un...