Real-Life Examples of Circuit

Let us study how electrical circuits are used in real life.

• Household appliances: In every household, there are some common appliances like ovens, refrigerators, heaters, washing machines, and televisions. Everybody knows that they need electricity to operate but why? this is because these devices have electrical circuits in them that need power to work.

• Medical Equipment: The Medical Field deals with important patient data and therefore needs machines that can predict results without human error. Circuits like circuits in MRI machines, X-ray machines, and heartbeat sensors (ECGs) are used in the medical field to generate data based on patient information provided to the machines.

• Transportation: You might have used the metro! You know how fast it operates but do you know how do these electric vehicles move so fast? The answer to this is electrical circuits. These vehicles have circuits installed in them which control the speed and breaks on trains or other vehicles.

• Communication Devices: Daily communication uses electrical circuits on a large scale. Devices like smartphones, computers, radios, and televisions are made up of small circuits that catch signals and help in communication. That is why you get network issues in some places.

• Street Lights: The electrical circuits are also present in solar panels installed in universities and lights present at some streets or offices. Even solar street lights use electrical circuits to control the operation of lights.

Electrical Circuits are an integral part of engineering and are used in various domains. Their usage expands from circuits in energy transformations to circuits used in designing industrial equipment. Anyone who wants to pursue a career in engineering must be aware of the basics of these circuits used in today’s world to ensure better concepts. This article will help you to get started with electrical circuits so kindly read the article carefully.

In this article, we will talk about the different types of electrical circuits and the use of each circuit in different fields. We will try to enumerate the differences between series and parallel circuits in tabular format. The later part will cover the advantages, disadvantages, and applications of electrical circuits. To ensure better concept clarity some solutions will be provided. Readers are advised to visit the frequently asked questions in case of any doubt.