Abstract — Planar Schottky diode technology has been utilized to fabricate high-power broad-band monolithic multiplier circuits that can produce appreciable power well into the THz range. The chip fabrication technology that has been developed allows for robust circuit designs that can be easily packaged in conventional waveguide blocks. An overview of the capability of GaAs based Schottky diode multipliers will be presented
We present the technological development of the air bridge planar Schottky diode process at Chalmers...
Abstract — Multiplier device fabrication techniques have been developed to enable robust implementa...
Fabrication technology for Submillimeter-wave monolithic circuits has made tremendous progress in re...
Abstract — The first ever planar Schottky diode multi-plier working over a THz will be presented in...
Frequency multipliers are required as local oscillator sources for frequencies up to 2.7 THz for FIR...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
We present the development of an air-bridged planar Schottky diode process at Chalmers University of...
We present the development of an air-bridged planar Schottky diode process at Chalmers University of...
We present the technological development of the air bridge planar Schottky diode process at Chalmers...
Abstract — Multiplier device fabrication techniques have been developed to enable robust implementa...
Fabrication technology for Submillimeter-wave monolithic circuits has made tremendous progress in re...
Abstract — The first ever planar Schottky diode multi-plier working over a THz will be presented in...
Frequency multipliers are required as local oscillator sources for frequencies up to 2.7 THz for FIR...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
International audienceGaN-based planar Schottky barrier diodes with potential applications in THz fr...
We present the development of an air-bridged planar Schottky diode process at Chalmers University of...
We present the development of an air-bridged planar Schottky diode process at Chalmers University of...
We present the technological development of the air bridge planar Schottky diode process at Chalmers...
Abstract — Multiplier device fabrication techniques have been developed to enable robust implementa...
Fabrication technology for Submillimeter-wave monolithic circuits has made tremendous progress in re...