1) analysis/parallel resonant
分析/并联谐振
2) parallel resonance
并联谐振
1.
In order to improve the machining efficiency and surface quality of micro wire electrical discharge machining (Micro WEDM), this paper developed a new Micro WEDM pulse generator by applying the principle of parallel resonance.
为了提高微细电火花线切割(WEDM)效率和表面质量,应用并联谐振电路原理,研究出新型的并联谐振型微细WEDM脉冲电源。
2.
A new type EDM pulse power supply is designed applying the parallel resonance soft switch technique and high speed power MOSFET component, by analyzing the factors affected the pulse frequency in EDM pulse power.
分析了限制电火花加工脉冲电源高频化的因素 ,利用并联谐振软开关技术和高速功率MOSFET器件 ,设计了一种新型电火花加工脉冲电源 ,对这种新型电源的工作原理进行了探讨与分析。
3.
Both parallel resonance and series resonance are the two important parts of harmonic resonance problem.
串联谐振与并联谐振共同组成谐振问题的两个重要分支。
3) parallel-resonance
并联谐振
1.
The research of parallel-resonance circuit including mutual inductance;
包含互感元件的并联谐振电路的研究
2.
Its results showed: in the parallel-resonance circuit, the current through the switches was low, the switch loss was lower, the circuit was simple and it was controlled easily, so it is suitable for induction heating power supply with low power.
实验结果表明:并联谐振逆变电路开关器件上流过的电流小,开关损耗低,电路简单,容易控制,适用于小功率感应加热电源。
3.
Adopting full-controllable electric semiconductor device IGBT, a 160 kW/30 kHz parallel-resonance super-frequency induction heating power supply has been developed.
提出了一种新颖的零压启动限幅的他激转自激方法;设计了适用于并联谐振逆变器的IGBT驱动电路,顺利解决了驱动信号时间补偿问题。
4) parallel resonant
并联谐振
1.
With the improvement on the topology of conventional parallal resonant converter,a novel parallel resonant converter regulated by PWM mode at a fixed switching frequency is presented,which consists of two kinds of circuit topologies.
对传统的并联谐振交流器拓扑结构加以改进，新一类交流器包括两种不同的电路结构，输出电压的调节采用恒频脉宽调制方式。
2.
A novel high voltage switching circuit with parallel resonant topology is analyzed.
文章探讨了一种新颖的并联谐振高压开关电路,该电路无需使用外加谐振元件,只利用变压器的漏感和分布电容作为谐振参数,既减小了变压器寄生参数的影响,也简化电路。
3.
In this paper, a creative converter topology-parallel resonant dual voltage converter was introduced.
文章介绍了一种新型的变换器拓扑———并联谐振倍压变换器,该电路适用于高压小电流开关电源。
5) Series-parallel resonant
串并联谐振
1.
This paper introduces the principle of balf-bridge series-parallel resonant voltage converter and its character analysis,and gives its experiment waveform.
本文介绍了半桥串并联谐振们压变换器的工作原理,并对其特性进行了分析,最后给出了实验波形。
2.
In order to overcome the disadvantages of high peak voltage and high peak current stresses on the switching devices of the resonant DC link inverter and the resonant DC parallel inverter and to fulfil the requirement of high voltage and little current,a series-parallel resonant dual voltage converter with zero-voltage switching is proposed in this paper.
针对串联谐振和并联谐振直流环节存在的谐振峰值电压过高和谐振峰值电流过大的缺点,以及对高电压小电流的要求,提出了串并联谐振倍压变换器拓扑的概念。
3.
Based on the negative impedance of the glow as the load and the particular igniting condition of the second-stage rocket motor of a surface to air missile, the high frequency series-parallel resonant DC/DC converter is proposed in the paper.
本文基于地空导弹用于导弹续航的二级发动机点火的特殊工作环境和辉光放电的负阻特性,提出了一种串并联谐振DC/DC变换器的电路拓扑。
6) Series parallel resonant
串并联谐振
1.
In order to overcome the disadvantages of high peak voltage and high peak current stresses on the switching devices of the resonant DC link inverter and parallel resonant DC link inverter, a three phase DC AC series parallel resonant converter with zero voltage soft switching conversion concept is proposed.
针对串联谐振和并联谐振直流环节变换器存在的谐振峰值电压过高，谐振峰值电流过大的缺点，提出了串并联谐振直流环节变换器拓朴概念。
补充资料：并联谐振
见电路中的谐振。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条