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1.本文报告一种新的锁相方法——直接控制G_(unn)振游器偏压的锁相法。J·Bapraw ski,C·Smith和F·J·Bernve曾发表文章认为这是一种不实际的方法。但本文作者不但在理论上分析证明这种新方法实现的可能性,而且在实验上成功地运用这种方法实现了8mm(35GC)锁相标准频率源和8mm固定中频锁相跟踪系统。 2.本文分析这种新方法与其它方法(以控制变容管为例)相比所具有的独特优越性,着重指出这种新的锁相法可以改善锁相系统的主要性能——系统的温度稳定性秘系统的噪声性能,并给出实验结果。
1. This paper reports a new phase-locking method - a phase-lock method that directly controls the bias of a Gnunner. J · Bapraw ski, C · Smith, and F · J · Bernve have published articles that this is an impractical method. However, the author not only theoretically analyzed and proved the feasibility of this new method, but also successfully implemented this method to achieve a standard 8mm (35GC) phase-locked frequency source and 8mm fixed frequency phase-locked tracking system. 2. This paper analyzes the unique superiority of this new method compared with other methods (for example, the control of varactors), emphasizing that the new phase-locked method can improve the main performance of the phase-locked system - the systematic The temperature stability of the system's noise performance secret system, and gives the experimental results.