Three paramter method for solving zero input response and zero state response of DC one order circuit is presented,and zero input response and zero state response resolved from full response are identificated and demonstrated.

A new method for solving full response of first-order circuit under arbitrary excitation

Firstly,as viewed from energy,the reason why the first-order circuit must go with a transition is exposed.

Based on the example of first-order circuit s resolving under sinusoidal excitation,this article introduced dynamic circuit s modeling and simulation process in detail,and the process is realized through the classic method and the three-essential-factor method with the help of MATLAB.

Researches on the application of three-element method for first order circuit;

The measurement in set theory, the properties of Metric Space, Measurement Topology, Measurable Space, Perfect Metric Space and its application in first order circuit are explored in this paper.

The solution of the differential equation for the first order circuit under any drive is found by making the equation exact and integrating the resulting expression.

The Estimate Calculate of First-order RC Circuit Transient State Menstruate;

Virtual DC circuit experiment platform——Experiment of self-making potentiometer;

Last,this paper introduces the design of DC circuit which adopts programmable logical units to make itself work.

This paper analyzes the stability of DC circuits′ operating points, shows that if a circuit possesses m structurally stable operating points, then (m-1)/2 of these operating points must be unstable.

Direct current circuit is the elementary one of the circuit,so it is the most meaningful to the subject electrics to study the chapter,direct current circuit,well.

There are lots of analysis approaches to direct current circuit.