谐振电路

阳极谐振电路型磁控管

Anode tank circuit magnetro

本文讨论了通常RF-SQUID谐振电路伏安曲线上电压平台宽度计算中的问题，并提出了一种比较合理的计算方法。

The current calculation to the voltage plateau width of RF-SQUID tank circuit volt-ampere curve has been discussed in the paper . A proper calculating method is suggested .

对谐振电路中品质因数Q值的讨论

The Discussion of Quality Factor in Resonant Circuit

用Origin变换坐标精确测量RLC并联谐振电路的共振频率

Measuring exactly the resonant frequency of the RLC parallel resonance circuit using Origin transformaton coordinates

RLC串联谐振电路Q值的一种修正方法

A modified method of the Q value in the RLC series resonance circuit

并联铁磁谐振电路的Volterra级数分析法

Analysis of Parallel Connection Ferroresonance Circuit Using Volterra Series

采用谐振电路和PWM开关结合，组成电压谐振开关，实现DC&DC功率变换。

In order to make DC DC power converted , voltage resonant switch is combined by resonant circuit and switching PWM .

应用Pspice分析串联谐振电路的特性和相量

Analysis of the Characteristics and Phasors to the Series Connected Syntonic Circuit with Pspice

RLC串联谐振电路实验误差的分析及改进

An Analysis and Amelioration of the Experimental Error on RLC Series Resonance Circuit

RLC串联谐振电路中若干问题的讨论

Discussion on several problems in RLC series resonant circuits

PSPICE9.1在RLC串联谐振电路中的应用

Application of PSPICE 9.1 in RLC Series Resonant Circuit

RLC串联谐振电路的实验模拟

An experimental simulation of 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。

This arTicle introduces the experimental simulation of Computer-Assisted instruction to analyse 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。

The pulse forming unit is designed based on the critical-damping characteristics of RLC series-resonant circuit .

RL-C并联谐振电路Q值的计算和阻抗峰值的讨论

The " Q " Calculate and Discuss about Impedance Peak in RL-C Parallel Resonance Circuit

现代高功率因数电子镇流器结构中普遍采用功率因数校正（PFC）和半桥逆变谐振电路拓扑。

The power factor correction ( PFC ) and half-bridge inverter circuit topology are commonly used in modern high power factor electronic ballasts .

本文研究了一种两级结构的逆变器，前级为交错并联全桥LLC谐振电路，后级为全桥逆变电路。

The front stage is an interleaved full-bridge LLC resonant circuit , the back stage is the full-bridge inverter circuit .

通过在全桥变换器中增加辅助开关实现了PWM控制，它不仅能够在很宽的负载范围内实现零电流开关和功率因数校正，而且解决了全桥谐振电路中。

The PWM control is achieved by adding two auxiliary switches to the full bridge converter . The proposed converter can achieve zero-current switching and PFC in a very wide load range .

针对ZVZCS全桥PWMDC-DC变换器的软开关工作，分析了变压器漏感和辅助谐振电路对变换器动态特性的影响。

Based on soft-switching operating condition of ZVZCS full-bridge PWM DC-DC convener , the influence of transformer leakage inductance and resonant circuit on the converter dynamics is analyzed .

文中提出的这种电子镇流器由电磁干扰（EMI）滤波器、交流/直流整流器、功率因数校正电路（PFC）、半桥逆变谐振电路和可调光控制电路级联而成。

The proposed electronic ballast is the cascade operation of electro magnetic interference ( EMI ) filter , AC / DC rectifier , PFC , half-bridge inverter and dimmable control circuit .

提出谐振电路的数字式闭环设计新思想，利用数字电路及其信号处理方法实现传统的闭环增益控制（AGC，AutoGainControl）。

Furthermore , the novel digital closed loop was brought forward in the closed loop resonant circuit , the digital circuits and digital signal processing methods were used to realize the traditional AGC ( auto gain control ) in the closed loop circuit .

在原理图设计阶段，详细计算了LLC半桥谐振电路以及控制电路的参数，选择合适的元器件，减少电磁干扰。

The schematic design phase , I calculate the parameters of half-bridge LLC resonant circuit and control circuit and select the appropriate components to reduce electromagnetic interference .

通过对三种电路方案的比较，ZVS推挽谐振电路具有输出电压稳定、效率高的特点，是模板化航空静止变流器直流环节的优选拓扑方案之一。

Through the comparison of three schemes , the ZVS push-pull resonant converter is one of the best DC link topology for the modularization aviation static converter .

从理论上导出了RL－C并联谐振电路的阻抗公式，由此分析谐振特性曲线性质，并得出文献中引用的RL－C谐振特性曲线成立的充分条件。

The impedance formula of RL-C parallel resonance circuit is deduced theoretically , and some properties of resonance characteristic curve are analysed . Sufficient condition for the establishment of the RL-C characteristic curve elsewhere is pointed out .

本文对大功率LED照明采用AC-DC供电方式，在对基于Boost拓扑的PFC电路和LLC半桥谐振电路的分析基础上，提出了一种无电解电容的新结构单级AC-DC驱动电路。

By analyzing the PFC circuit based on Boost topology and LLC half bridge resonance circuit , a single stage AC - DC driver circuit without electrolytic capacitors is proposed in the paper .

在PWM开关等效模型的基础上，结合变换器谐振电路的工作特点，提出了一种ZVZCS全桥PWMDC-DC变换器小信号分析方法，这种建模方法适用于不同类型的ZVZCS全桥变换器。

Connecting equivalent circuit model of PWM switch and operating characteristic of resonant circuit , a method of small-signal analysis for a variety of ZVZCS full-bridge PWM DC-DC converter is proposed .

本文旨在研究用RL－C并联谐振电路测量电感线圈电感的可能性，并在实际测量的基础上，对测量系统可能带来的误差进行了探讨。

This article aims at the study of possibility of surveying the inductance on inductance coil by means of RL-C parallel resonance circuit . It also approaches deeply the error caused by survey system on the basis of real survey .

并以LCR串联谐振电路为例，分析了系统软开关工作点的周期不动点函数曲线与系统参数间的内在联系。

Afterwards , the relationship between the periodic fixed point function and the system parameters has been studied in a LCR series tuned resonant circuit . 2 .

该BALUN引入一个并联谐振电路，可以有效补偿半波振子的串联电抗而实现微带半波振子带宽的最大化。

This BALUN can effectively compensate the series reactances by introducing a shunt resonant circuit and thus achieve the maximum bandwidth of microstrip dipole antenna .

在变流器的二次侧接上一个LC基波串联谐振电路，便可使变流器对基波呈现低电抗，而对谐波呈现高阻抗。

It is found that if a LC fundamental series-connected resonance branch is connected in the second side of a current converter , the series current converter will present low reactance to fundamental and the high impedance to the harmonics .