1)series circuit串联电路
1.Analysis and simulative example of voltaic curve in alternating RLC series circuit;交流RLC串联电路电流曲线的分析和仿真
2.This paper develops the researching hypothesized experimental system of LRC series circuit resonance characteristics using the LabVIEW8.2软件进行LRC串联电路谐振特性的研究,介绍了虚拟实验系统的组成以及应用系统进行实验仿真的方法,并对实验仿真的结果进行了分析。
英文短句/例句
1.a series circuit, connection, etc串联电路、 串联.
2.The RL Series Circuit Excited by the Non-sine Periodic Voltage非正弦周期电压作用下的RL串联电路
3.Study of chaotic phenomenon in nonlinear RLC series circuit;非线性RLC串联电路中混沌现象的研究
4.Time Domain Analysis and Experimental Simulation of RLC Series Circuit;RLC串联电路的时域分析及实验仿真
5.Measuring Time-constant of Transient Process in the RLC Series Circuit;测定RLC串联电路暂态过程的时间常数
6.Resonance Characteristic Experiment Research of RLC Series Circuit;RLC串联电路谐振特性的实验研究
7.A Study on Resonance in Series Circuit and Its Experimental Method;串联电路的谐振及其实验方法的研究
8.A Computer Simulation on the Steady-state Characteristic of LRC Series Circuit;LRC串联电路稳态特性的计算机仿真
9.An analysis of the time constant of transient process in the RC series circuitRC串联电路暂态过程时间常数的分析
10.Improvement of experimental method about the resonant characteristics of RLC series circuitRLC串联电路谐振特性实验方法的改进
11.A Study on the Resonant Characteristics of LRC Series Circuit Based on LabVIEW基于LabVIEW的LRC串联电路谐振特性的研究
12.A series circuit is one in which two or more pieces of apparatus are connected end to end or in tandem.串联电路是一种两个以上元件尾衔接或串在一起的电路。
13.Now, this is a series circuit, and this is a parallel.这是串联的电路, 这个是并联的.
14.Power circuit design of series active power filters串联型有源电力滤波器功率电路设计
15.In a circuit, crystal frequency can generally be slightly lowered by placing a inductor in series and increased by a capacitor in series.在电路中，晶振频率随串联的电感轻微降低，随串联的电容增大。
16.Selection of the Series Reactor in the Low-voltage Parallel Capacitor Circuit低压并联电容器回路中串联电抗器的选用
17.A Study on a New Circuit for Series Compensation;一种新型的串联补偿电路结构的研究
18.A Study on the Series/Parallel Compensation Scheme of UHV Transmission Lines;特高压输电线路串并联补偿方案研究
相关短句/例句
series circuit串联电路、串联
3)series connection串联、串联电路
4)RLC series circuitRLC串联电路
1.The measurements of the systemic uncertainty of the capacitor and the related corrections in the "Studies on the transient processes in a RLC series circuit" experiment;“RLC串联电路暂态过程的研究”实验中电容系统误差的测量与修正
2.Measuring the critical resistance in transient process of RLC series circuit;测定RLC串联电路暂态过程的临界电阻
3.The paper introduces how to analyze characteristics of RLC series resonance circuits by Multisim 2001 Simulation,and gives the wave form holding voltage,the electric current same-phase when the RLC series circuit reaches resonance state.介绍如何利用Multisim 2001对RLC串联谐振电路的特性进行仿真分析,给出了RLC串联电路达到谐振状态时端口电压、电流同相位的波形。
5)RC series circuitRC串联电路
1.An analysis of the time constant of transient process in the RC series circuitRC串联电路暂态过程时间常数的分析
2.The phenomenon of stochastic resonance in an RC series circuit, whose time constant is fluctuated by asymmetric dichotomous noise, is investigated.研究了时间常数受非对称双值色噪声扰动的RC串联电路的随机共振现象。
3.The RC series circuit (linear time - invariant circuit)excited by the non - sine periodic voltage is analysed, both the transient response and the steady - state response of this circuit are obtained.分析了非正弦周期电压作用下的RC串联电路(线性、非时变电路),得到了暂态响应分量和稳态响应分量。
6)LC-series circuitLC串联电路
延伸阅读
串联逆变电路 具有串联谐振式负载的逆变电路。生产中用以构成静止式中频加热电源。串联逆变电路有两个特点：①直流电源为电压源，逆变入端并联大电容 Cd,因而入端电压 ud平稳连续（见电压型逆变电路）;②负载是处于低端失谐的串联谐振电路，呈容性，故可采用负载换流方式（见负载换流式逆变电路）。因此，串联逆变电路又称负载换流式电压型逆变电路。 工作原理 图1中 LH代表含有加热工件的感应线圈。为了提高负载端功率因数，用负载补偿电容CH与LH相串联，组成串联谐振式负载电路。其固有谐振角频率可近似表示为由串联谐振电路分析可知，若外加电源的角频率ω＝ω0，电路处于谐振状态并呈纯阻性；若ω〈ω0,则电路因处于低端失谐而呈容性。 图中逆变主电路采用桥式结构，桥中每一导电臂由普通晶闸管及反并联二极管组成。当T1T3（或D1D3）导通而T2T4（或D2D4）阻断时,逆变输出电压ua=Ud；当T2T4（或D2D4）导通而T1T3（或D1D3）阻断时，ua=-Ud。当桥对角线开关元件（T或D）轮番通断时，u0为交变方波，其幅值为Ud，重复频率则取决于T1～T4的门极控制脉冲，uа波形如图2a。 当门极脉冲ug的重复角频率ω〈ω0时，正弦负载电流iа超前于负载电压uа 的基波分量 ua1一个角度φ。因此在图2b中当ωt=θ1时，iа=0，ug2、4＝0，uа=Ud，因此T2和T4不能导通,而是D1和D3相继导通，D1的正向导通压降Ug作为 T1的反压。当φ＞ωtq（tq为晶闸管关断时间）时，T1便可靠关断，T1和D1中电流iT1和iD1 波形如图2c。 串联逆变电路的直流电源可以用不控整流电路实现，因而主电路较为简单。为了调节逆变输出功率和实现故障保护,在并联逆变电路中必须采用可控整流电路,而在串联逆变电路中上述两种功能均可用其他方法实现，因而可采用不控整流电路。 应用领域 和并联逆变电路一样，串联逆变电路可用以构成静止式中频加热电源。它具有主电路简单、起动性能好的优点，但负载适应性较差，故只适用于负载变化不大但又需要频繁起动的场合。
