How To Calculate Total Amperage In A Parallel Circuit

Are you looking to determine how much current, or amperage, runs through your parallel circuit? It can be a challenge to figure out because there are several complex factors that come into play.

Fortunately, there is an easy-to-understand step-by-step guide that can help even the least technologically adept among us run the calculations without issue.

First, you need to figure out the voltage of the source. This can be found by checking the label on your power source, such as a battery or plug. Knowing this will allow you to determine the total resistance of the circuit. This can be figured out by adding all of the individual resistances in the circuit together to get the total resistance.

Once you have the resistance and the voltage figured out, you can then use Ohm's Law to figure out the total current, or amperage, running through the circuit. All you have to do is divide the voltage by the total resistance, and you will have your answer.

But determining the amperage of a single component in the circuit is a bit more complicated. To get the amperage flowing through a single component, you need to find the total resistance of the circuit WITHOUT that component. Once you have the resistance without the component, you can use Ohm's Law again to figure out the amperage.

Calculating the amperage of your parallel circuit does not have to be a daunting task. With a few simple steps and some basic understanding of Ohm's Law, anyone can figure out the total amperage of their parallel circuit. There is no need to feel lost or overwhelmed when it comes to this type of calculation!

Electrical Electronic Series Circuits