High-voltage hybrid circuit
AssigneeCentre National de la Recherche Scientifique (CNRS)
InventorsJean-Louis Medale, Claude Aoustin, Jacques Coutelier, Pierre Souleille
Life of this patent
Estimating the term…
Abstract
A hybrid semiconductor circuit adjustable by a control current for controlling voltage comprising a single high-voltage reversely polarized diode surrounded by at least two diodes emitting infrared radiation fed in series by the control signal and arranged to allow optical interaction with the high-voltage diode, wherein the diodes are encapsulated with a coating resin having a high transmission rate in an infrared domain.
Claims8
A hybrid semiconductor circuit adjustable by a control signal for controlling voltage comprising:
- a single high-voltage reversely polarized diode surrounded by at least two diodes emitting infrared radiation, said at least two diodes being fed in series by the control signal, and arranged to allow optical interaction with the high-voltage diode,
- wherein said at least two diodes are encapsulated with a coating resin having a high transmission rate in an infrared domain.
A high-voltage amplifier comprising:
- a hybrid semiconductor circuit adjustable by a control signal for controlling voltage comprising a single high-voltage reversely polarized diode surrounded by at least two diodes emitting infrared radiation fed in series by the control signal and arranged to allow optical interaction with the high-voltage diode, wherein said diodes are encapsulated with a coating resin having a high transmission rate in an infrared domain,
- wherein the high-voltage amplifier is controlled by an input signal feeding the at least two diodes and delivering an output signal controlled by the high-voltage diode fed by a reverse current.
A high-voltage adjustable feed comprising:
- a hybrid semiconductor circuit adjustable by a control signal for controlling voltage comprising a single high-voltage reversely polarized diode surrounded by at least two diodes emitting infrared radiation fed in series by the control signal and arranged to allow optical interaction with the high-voltage diode, wherein said diodes are encapsulated with a coating resin having a high transmission rate in an infrared domain,
- wherein the high-voltage adjustable feed is controlled by an adjustable signal feeding the at least two diodes and delivering an output signal controlled by the high-voltage diode fed by a reverse current.
Dependencies are inferred from the claim text.