Current amplifier developments using the TRAPATT diode have provided in the following results: power gain of 18 dB, 3-dB bandwidth of 14.6%, Pulsewidth of 40μs, duty cycle of 15.6% and phase linearity of +3.5 to -2.5...
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Current amplifier developments using the TRAPATT diode have provided in the following results: power gain of 18 dB, 3-dB bandwidth of 14.6%, Pulsewidth of 40μs, duty cycle of 15.6% and phase linearity of +3.5 to -2.5°.
The design and performance of a five-bit S-Band diode phase shifter is described. This thick-film microstrip device uses series coupled diodes for the small bits and constant phase-frequency switched line bits for the...
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The design and performance of a five-bit S-Band diode phase shifter is described. This thick-film microstrip device uses series coupled diodes for the small bits and constant phase-frequency switched line bits for the three large bits.
This paper describes some new circuit approaches and corresponding performance breakthroughs for F-Band TRAPATT diode circuits. Power outputs of up to 200 watts have been measured for fundamental mode operation at F-B...
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This paper describes some new circuit approaches and corresponding performance breakthroughs for F-Band TRAPATT diode circuits. Power outputs of up to 200 watts have been measured for fundamental mode operation at F-Band using alumina substrate circuits.
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