# Types Of Circuit Parallel And Series

By | October 13, 2022

How to Understand the Difference Between Parallel and Series Circuits

When it comes to understanding basic electronics, one of the key concepts to grasp is the difference between parallel and series circuits. While both types of circuits involve components connected in a closed loop, they differ in how current is distributed throughout the circuit. By understanding what makes these two types of circuits different, you can begin to understand the basics of electricity and start building your own circuit boards.

In a parallel circuit, all components are connected simultaneously. This means that each component has an equal potential for electricity to flow through it. The current in this type of circuit is determined by the total resistance of all of its components combined. The current in a parallel circuit is the same regardless of which path electricity takes, so electricity will always take the path of least resistance.

In contrast, a series circuit is composed of components connected one after the other. In this type of circuit, electricity follows the same path but at different levels of resistance. This means that as current passes through each successive component, its voltage decreases. As a result, the total voltage of the circuit is equal to the sum of all its components.

One of the major differences between a parallel and a series circuit is how components are affected when a single component fails. In a series circuit, if one component fails, the entire circuit stops functioning. This is because the parts are connected in a linear fashion, and hence the failure of a single component means that there is no current flowing along the circuit. On the other hand, in a parallel circuit, a single componentâ€™s failure does not affect the rest of the circuit, and the other parts will still be able to function normally.

Parallel and series circuits are used in many everyday applications, including home appliances, electrical circuits, automotive systems, and even the human body. By understanding the difference between these two types of circuits, you can gain a better understanding of the basics of electricity and begin to build your own circuit boards.

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