This is an archived article last updated on Jul 16, 2024. The information may be outdated.

Difference Between Series and Parallel Circuit: Concept, Difference and Definition

Last Updated: Jul 16, 2024, 14:48 IST

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Difference between Series and Parallel Circuit
Difference between Series and Parallel Circuit

Series and Parallel Circuit Series and parallel circuits are two fundamental configurations in electrical circuits, each with distinct characteristics that affect how electricity flows through them. By understanding series and parallel circuits, you can visualize how electricity flows through electronic devices and design circuits for various applications!

What is a Series Circuit?

A series circuit is characterised by having the same current flow through all its components. In this configuration, there is only one path for the current. For example, household decorative string lights are often arranged in a series circuit where multiple small bulbs are connected sequentially. If one bulb burns out, all bulbs in the series will not light up.

What is a Parallel Circuit?

A parallel circuit allows electric current to flow through multiple paths simultaneously. Components within a parallel circuit maintain a consistent voltage across all connections.

Source: Quora

Difference Between Series and Parallel Circuits

The primary distinction between series and parallel circuits lies in how current flows through the components. In a series circuit, the identical current passes through every component connected in the circuit. Conversely, in parallel circuits, components are arranged side by side, causing the circuit to divide the current flow. As a result, the current originating from the source is divided among the various components, each receiving its own portion of the total current.

Feature

Series Circuit

Parallel Circuit

Current Flow

Same current through all components

Current varies in each branch

Impact of a Broken Component

Entire circuit malfunctions

Only affected branch stops working

Voltage Distribution

Voltage divided across components

Same voltage across each branch

Anisha Mishra
Anisha Mishra

Executive - Editorial

Anisha Mishra is journalist with over 3 years of experience in covering the Indian education sector. She has worked extensively in the K12 domain, with focus on the state board as well as central board examinations, policy structure of seconday and higher secondary education as well as the entrance examinations like JEE, NEET, CLAT, etc. Her extensive experience in the domain has helped her provide students with concise accurate information in all aspectes of school life and education. Her key interest lies in decoding the changes in the curriculum, NEP implementation and changing education ecosystem in the country. Besides working, she enjoys traveling, exploring new places and cultures, and painting.

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First Published: Jul 16, 2024, 14:46 IST

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