#Voltage across component solve elec software#
#Voltage across component solve elec series#

The current flowing through each components in the circuit are as shown below.ДЄpplying the governing law for this circuit and with a little bit of rearrangement a differential equation is obtained as follows.Solve Elec is free software to test electrical circuits.

Unlike other examples, the governing equation in this example is described in terms of current. The currentВ through the resistor and capacitorВ can beВ described as shown below. The governing law of this circuit can be described as shown below. This example is also a circuit made up of R and L, but they are connected in parallel in this example.

In that case you would need to modify the equation to give you the right form of equation. But in some cases you would need to describe the circuit so as to calculate the current or charges. Since most of the governing equation for electrical component is described in terms of Voltage, I would describe the circuit so as to calculate the voltage across the component. The voltage across the resistor and inductorВ can beВ described as shown below.

#Voltage across component solve elec series#

Now WeВ have two components R and L connected in Series and a voltage source to those components as shown below. In terms of differential equation, the last one is most common form but depending on situation you may use other forms. In that case you would need to modify the equation to give you the right form of equation.ДЄpplying the Kirchoff's voltage rule, you can combine all the terms shown above into a single equation as shown below. The voltage across the resistor and capacitorВ can beВ described as shown below. The governing equation is also based on Kirchoff's law as described below. In this example,В We have two components R and L connected in Series and a voltage source to those components as shown below. Now let's expand the circuit a little bit further. Now let's assume that we have a very simple circuit with a Voltage source and an inductor. The voltage across an inductor is described as shown below. Now let's assume that we have a very simple circuit with a Voltage source and a capacitor. The voltage across a capacitor is described as shown below. I am just gathering all of these examples in this single page just for a kind of cheatsheet for you and for myself.ДЇollowings are the components and circuits that will be modeled in this page. So I don't explain much about the theory for the circuits in this page and I don't think you need much additional information about the differential equation either.

The component and circuit itself is what you are already familiar with from the physics class in high school. This pages will give you some examples modeling the most fundamental electrical component and a few very basic circuits made of those component. Differential Equation - Modeling - Electric Circuit | ShareTechnote