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同期現象（シンクロニゼーション）の解明，同期システムへの応用

ネットワークダイナミクス, 粘菌の分散知能の研究

Locking Range Derivations for Injection-Locked Class-E Oscillator Applying Phase Reduction Theory

Tomoharu Nagashima, Xiuqin Wei, Hisa-Aki Tanaka, Hiroo Sekiya
IEEE Transactions on circuits and systems-I: Regular Papers, 2014.

Keyword

Injection-locked class-E oscillator, locking range, phase reduction theory

Abstract

This paper presents a numerical locking-range prediction for the injection-locked class-E oscillator using the phase reduction theory (PRT). By applying this method to the injection-locked class-E oscillator designs, which is in the field of electrical engineering, the locking ranges of the oscillator on any injection-signal waveform can be efficiently obtained. The locking ranges obtained from the proposed method quantitatively agreed with those obtained from the simulations and circuit experiments, showing the validity and effectiveness of the locking-range derivation method based on PRT.

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