WIDE BAND CRYOGENIC PARAMETRIC AMPLIFIER
Theoretical optimum gain-bandwidth product design curves are presented for a two-port non-degenerate parametric amplifier. These curves are based on the parameters of the Sylvania GaAs varactor diode. Included is a prototype amplifier design based on the data obtained from these curves. Measurements...
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Format: | Report |
Sprache: | eng |
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Zusammenfassung: | Theoretical optimum gain-bandwidth product design curves are presented for a two-port non-degenerate parametric amplifier. These curves are based on the parameters of the Sylvania GaAs varactor diode. Included is a prototype amplifier design based on the data obtained from these curves. Measurements taken on a ferrite circulator operating at room temperature, 77K, and 30K indicate that an octaveband circulator covering the 4-8 Gc band can be designed to operate from room temperature down to cryogenic temperatures. (Author) |
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