A study of nonlinear oscillation behavior of a driven gyrotron backward-wave oscillator

A study of nonlinear oscillation behavior of a driven gyrotron backward-wave oscillator

This study employed a nonlinear self-consistent time-independent code to analyze a gyro-BWO with an external injected signal. There are three regimes, including amplifier, injection-locking oscillator and mode competition regimes, in the gyro-BWO at different injected powers. In the mode competition...

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Bibliographische Detailangaben
Hauptverfasser: Yi Sheng Yeh, Jhih-Liang Shiao, Chih-Te Huang, Chih-Yang Lo
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Bandwidth
Cities and towns
gyrotron backward-wave oscillator
Gyrotrons
Injection-locked oscillators
injection-locking
nonlinear oscillation
Power amplifiers
Power engineering and energy
Power generation
Signal analysis
Steady-state
Tellurium
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Beschreibung
Zusammenfassung:This study employed a nonlinear self-consistent time-independent code to analyze a gyro-BWO with an external injected signal. There are three regimes, including amplifier, injection-locking oscillator and mode competition regimes, in the gyro-BWO at different injected powers. In the mode competition regime, there are three steady modes in the injected power range. Based on theory of nonlinear oscillation, the amplifier and injection-locking oscillator modes are the stable modes in the regime. An oscillator plane of the gyro-BWO is elucidated in the paper.
DOI:10.1109/IVELEC.2009.5193593