This arTicle introduces the experimental simulation of Computer-Assisted instruction to analyse RLC series resonant circuit.
本文论述采用计算机辅助教学中的实验模拟方法来分析RLC串联谐振电路。
Different on-site test methods are Compared, and it is shown that power frequency series resonant circuit is relatively simple and feasible, and is therefore preferable.
对不同现场试验方法的比较说明：工频串联谐振回路简单易行，是比较可取的；同时需对振荡操作波和超低频法等作进一步研究。
The faults of hard switching circuit are presented, the resonant technique by using a square series resonant circuit is analyzed and some basic circuits of resonant switching are given.
首先通过介绍硬开关电路的缺陷，引出谐振技术，分析了二次串联谐振电路，给出了基本谐振开关电路。
With a view to reducing the short circuit current level of large capacity transmission systems, an in-series resonant type FCL based on saturated inductor is presented.
为降低大容量输电系统的短路电流水平，提出一种基于饱和电抗器的串联谐振式故障限流器。
A detailed analysis is made about the series resonant DC DC converter on such matters as the composition principle of the main circuit, the circuit topology and existing state sequence.
对串联共振型DC DC变换器主电路的构成原理，电路拓扑和存在的工作模式进行了详细的分析讨论。
After the series resonant type and the parallel type induction heating power supply are analyzed and compared, the series resonant type main circuit is adopted.
通过了对串联谐振式和并联谐振式感应加热电源的分析与比较，选用了串联谐振主电路。
The pulse forming unit is designed based on the critical-damping characteristics of RLC series-resonant circuit.
同时，基于RLC串联谐振电路的临界阻尼特性，设计了脉冲成形单元。
On the basis of halt-bridge, series, converting-resonant circuit P.
介绍了以半桥串联逆变谐振电路P。
This paper presents the basic principle of LLC series resonant converter, analyses its equivalent circuit model and the influence of different key parameters to its performance.
介绍了LLC谐振变换器的基本原理，分析了它的等效电路模型及其关键参数对性能的影响。
Applying high frequency LC series connection resonant circuit, no industrial frequency transformer, high inversion efficiency.
采用高频LC串联谐振电路，具有逆变效率高的特点。
Applying high frequency LC series connection resonant circuit, no industrial frequency transformer, high inversion efficiency.
采用高频LC串联谐振电路，具有逆变效率高的特点。
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