电路方程 meaning in Chinese
circuit equation
equation, circuit
Examples
- Based on the output - voltage error function , a novel time discrete modulation technique is proposed for matrix converters ( mcs ) and time - discrete difference equations of a mc circuit are derived
摘要针对矩阵变换器调制方式的特点，提出了基于输出电压误差函数分析的矩阵变换器离散调制技术，推导了基于时间离散和差分原理的电路方程。 - Regarding the discrete magnetic vector potential and loop currents as the state variables , and combining the fem with the multi - loop method , a mathematical model of the synchronous machine with internal faults is set up in this paper
本文以矢量磁位和回路电流为求解变量，把电机的电磁场方程与反映绕组联接情况的电路方程联立起来同时求解，提出了同步发电机定子绕组内部故障的瞬态电磁场与多回路耦合的数学模型。 - Firstly , the contributing factors leading to reignition and over - voltage are briefly discussed . then , with the aid the systematic simplified model and circuit equation , the thesis analyzes in detail the types and range of over - voltage of the capacitor banks under different circuit and switching conditions . the damage and the expected control level are identified
论文首先简要论述了重燃现象及过电压的成因;然后借助系统简化模型和电路方程,具体分析计算了不同电路和操作条件下投切电容器组过电压发生的类型和幅值,明确了危害的程度和需要控制的目标水平。 - The mathematical model of non - linear transient magnetic field excited by voltage source is established in this paper . it coupled with electric circuit equation and mechanical motion equation , could solve the transient problem excited by voltage source , and the effect of the eddy currents , non - linearity in magnetic materials and mechanical motion of medium is taken into account
文中建立了电压源激磁下的非线性瞬态磁场的数学模型，通过把瞬态磁场方程、电路方程及机械运动方程耦合在一起，得出求解电压源激磁下，考虑铁磁材料的非线性、导电媒质的涡流及媒质机械运动等条件下的瞬态过程问题。 - On the base of achieved research production , the following study aspects are carried through in this thesis : 1 ) in allusion to lorenz chaos circuit , the relation of circuit equation ' s parameters to elements " values is put forward , as a result , that whether the circuit engenders chaotic phenomenon can be easily estimated . with respect to the chua ' s circuit , a simulated inductor is designed , chua ' s circuit is also improved by means of simulated inductor , and then , it becomes very easy to make chua circuit apply to practical engineering
本文在分析了已有研究成果的基础上，进行了以下方面的研究： 1 )针对lorenz混沌电路，给出电路方程参数与元件值之间的关系，可以从元件数值判断电路是否产生混沌现象；针对目前研究最广泛的chua电路，利用模拟电感改进了chua电路，便于电路的工程实现。