The computer data structure of branch circuit element type and its linear list is defined ; the problem describing a complicated circuits whth data structure is solved . kirchhoff branch element type , kirchhoff colosed loop circuit element type and the set of kirchhoff closed loop circuits are defined ; the computer algorithm for getting a set of kirchhoff closed circuits is given out . and so , using computer for automaticly analysing and solving complicated linear circuit problem can be realized 针对一般的线性电路,用数据结构中关于定义抽象数据类型的方法定义了电路支路数据元素类型及相应的线性表,解决了用数据结构描述任一复杂电路的问题.定义了基尔霍夫支路数据元素类型、基尔霍夫回路元素类型和基尔霍夫回路集,给出了求基尔霍夫回路集的算法.从而实现了计算机自动分析、求解复杂线性电路的问题
Method for linear circuits with element tolerances are also presented . by this method , the double fault general characterization can be calculated by single fault general characterization which can be calculated by single fault feature . this method makes simulation before test more simple . according to the actual project requirements , practical bp algorithm is presented and realized on personal computer . after further optimization and improvements , a subhidden layer bpnn algorithm which support unlimited units is realized 文中给出的线性电路单故障特征可根据电路正常状态下参数值来计算;给出的线性电路双故障特征可由元件的单故障特征来获得,简化了测前模拟工作。根据实际项目的要求,在pc机上实现了实用的bp算法。经过改进,实现了支持无限元的子隐层bp神经网络的核心算法。
In consideration of the viewpoint of superposition theorem being only for linear circuits , starting from mathematical foundation of superposition theorem , substitutional theorem is used to conduct an equivalent conversion on the nonlinear circuits , and application of superposition theorem in the nonlinear - resisting circuits is innovatively proposed and basic procedures for its solution are provided 摘要针对叠加定理只能用于线性电路的观点,从叠加定理的数学基础出发,通过应用替代定理等效变换非线性电路,创造性地提出了叠加定理在非线性电阻电路中应用的方法,给出了求解的基本步骤。
A linear circuit is an electronic circuit in which, for a sinusoidal input voltage of frequency f, any steady-state output of the circuit (the current through any component, or the voltage between any two points) is also sinusoidal with frequency f. Note that the output need not be in phase with the input.
linear circuitとは意味:線形回路{せんけい かいろ} linear circuit meaning:[Electronics] 1. A circuit whose output is a faithful reproduction of the input. See LINEAR AMPLIFIER, 1 and LINEAR DETECTOR. 2. A circuit whose performance is linear. See LINEAR RESPONSE, 1. linea...linear circuit перевод:линейная схема