Oscillator Locking-Bandwidth Enhancement for Coupled-Oscillator Applications

Xing Wang, M. Colwell, L. Pearson
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引用次数: 4

Abstract

Coupled-oscillator systems offer a means of phase generation for millimeter wavelength applications. Random phase error in coupled-oscillator systems is controllable by employing oscillator cells with a large (injection) locking bandwidth. Signal quality is maintained in the system through the quality of the externally injected signal that controls the overall coupled oscillator system. In this paper, a new scheme is described for enhancing the locking range of FET and MMIC-based oscillators. This scheme is based on Adler's theoretical result and can be analyzed through the open-loop characterization of an oscillator.
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耦合振荡器应用的振荡器锁定带宽增强
耦合振荡器系统为毫米波应用提供了一种相位产生的方法。耦合振荡器系统中的随机相位误差可以通过采用具有大注入锁定带宽的振荡器单元来控制。通过控制整个耦合振荡器系统的外部注入信号的质量来保持系统中的信号质量。本文提出了一种提高FET和mmic型振荡器锁定范围的新方案。该方案基于Adler的理论结果,可以通过振荡器的开环特性进行分析。
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