Locking range derivations for injection-locked class-E oscillator applying phase reduction theory
Locking range derivations for injection-locked class-E oscillator applying phase reduction theory
复制标题
应用相位缩减理论的注入锁定 E 类振荡器的锁定范围推导
DOI：
10.1109/tcsi.2014.2327276
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发表时间：
2014
期刊：
影响因子：
--
通讯作者：
and Hiroo Sekiya
中科院分区：
文献类型：
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作者：
Tomoharu Nagashima;Xiuqin Wei;Hisa-Aki Tanaka;and Hiroo Sekiya
利用相移理论(PRT)对注入锁定E类振荡器的锁频范围进行了数值预测。将该方法应用于电工领域的注入锁定E类振荡器的设计中，可以有效地得到该振荡器在任意注入信号波形上的锁定范围。由该方法得到的锁定范围与仿真和电路实验的结果定量吻合，说明了基于PRT的锁定范围推导方法的正确性和有效性。
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.