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- Figure 3 reactor components X1, X2, X3 decision constitutes a frequency of the oscillation parallel resonant circuit, but also constitutes a positive feedback for the feedback network. 图中三个电抗元件X1、X2、X3构成了决定振荡频率的并联谐振回路,同时也构成了正反馈所需的反馈网络。
- The impedance formula of RL-C parallel resonance circuit is deduced theoretically, and some properties of resonance characteristic curve are analysed. 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。
- parallel resonant circuit 并联谐振电路,并联共振电路
- Using Parallel Resonance Circuit to Measure Time-Current Characteristics of High Voltage Current-Limiting Fuses 选用并联谐振电路测试高压限流熔断器的时间-电流特性
- Dealing with crystals, make sure you understand the difference between series and parallel resonant. 处理晶振时,务必理解串联谐振和并联谐振的区别。
- parallel resonance circuit 并联共振电路
- RLC parallel resonance circuit RLC并联电路
- Reducing the total harmonic distortion (THD) of the magnet current in the parallel resonant network is the key technique for the magnet current tracking accuracy. 在并联型怀特电路中,降低磁铁电流的高次谐波含量,即电流总谐波畸变率(THD)是保证磁铁电流跟踪精度的关键所在。
- The striking and stabilizing arc machine consisting of a RLC series resonant circuit of the AC TIG welding machine is introduced. 介绍了一种由RLC串联谐振电路构成的交流TIG焊机引弧稳弧器,试验表明可以解决小电流条件下的引弧和稳弧,效果良好。
- Reducing the total harmonic distortion (THD)of the magnet current in the parallel resonant network is the key technique for the magnet current tracking accuracy. 在并联型怀特电路中,降低磁铁电流的高次谐波含量,即电流总谐波畸变率(THD)是保证磁铁电流跟踪精度的关键所在。
- Compared with conventional interleaving double switch forward PWM DC-DC converter, this converter doesn’t include auxiliary resonant circuit. 与传统的交错并联双管正激PWM DC-DC变换器相比,它不含有辅助谐振电路。
- This BALUN can effectively compensate the series reactances by introducing a shunt resonant circuit and thus achieve the maximum bandwidth of microstrip dipole antenna. 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。
- A digital controller, consisting of hardware and software, will be established to regulate output frequency, output current and quality factor of the resonant circuit. 计划中将设计一控制器,使得输出电流频率、大小及共振电路之品质因数均由此控制器调节。
- Problems of using GTO to 10kHz 100kW medium frequency (MF)source with simple parallel resonant converter are also discussed. A controlling scheme abont the MF converter is presented. 探讨了GTO用于10kHz 100kW简单并联逆变式中频电源的问题,给出了一套线路控制方案。
- A negative-bus auxiliary resonant circuit (NBARC) and novel mirror symmetrical pair of resonant link modules for soft commutation of two -level and three-level inverters is presented. 提出了一个直流负总线辅助谐振电路(NBARC)与新型直流侧谐振电路镜像对称对模块设计;用以实现两电平和三电平逆变器的软换流.
- The method follows the relationship between the inductance of a non-excitation winding and the rotor position of SRM, and a resonant circuit is used to read out the inductance information. 根据开关磁阻电机的作励磁相绕组电感的参数随电机转子位置变化的规律,利用谐振电路将电感参数转换成含有电感信息的频率信号,经数字处理器计算得出实时的转子位置信号。
- A Novel Parallel Resonant Dual Voltage Converter 一种新颖的并联谐振倍压变换器
- current -fed parallel resonant inverter 电流型并联谐振逆变器
- With this method in mind,the features of the collector current are analyzed when resonating circuit or resistor is loaded. 以此方式分析了负载为谐振回路及负载为纯电阻下集电极电流的特点。
- Mesoscopic double resonance circuit with complicated coupling is quantized by the method of harmonic oscillator quantization and linear transformation. 摘要对介观复杂耦合电路作双模耦合谐振子处理,将其量子化。