FREQUENCY MULTIPLIER

The component arrangements suitable for developing a solid-state multiplier chain that has an output power of 20 microwatts at 100 Gc has been studied. The most suitable arrangement uses a 20.833-Mc crystalcontrolled transistor oscillator multiplied and amplified to deliver 4 watts at 104.166 Mc. Th...

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Bibliographic Details
Main Authors: KURPIS,G P, Taub,J J
Format: Report
Language:English
Subjects:
FREQUENCY MULTIPLIERS
OSCILLATORS
SEMICONDUCTOR DEVICES
STEP-RECOVERY DIODES
TRANSISTORS
VARACTOR DIODES
WAVEGUIDES
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Summary:The component arrangements suitable for developing a solid-state multiplier chain that has an output power of 20 microwatts at 100 Gc has been studied. The most suitable arrangement uses a 20.833-Mc crystalcontrolled transistor oscillator multiplied and amplified to deliver 4 watts at 104.166 Mc. This is then multiplied by 80 means of step-recovery diode circuits. The remaining multiplication by 12 is accomplished with varactors using one tripler and two doublers. The design approach to be used for each of the varactor and steprecovery diode circuits concludes the report. (Author)