Star Delta Conversion & Delta Star Conversion

In this article, we will see Star Delta Conversion and Delta Star Conversion. This conversion is widely used in the analysis of 3-phase electric power circuits. In simple words, it is used for the simplification of an electrical circuit in order to easily analyse the circuit. Star Delta Conversion In this section, we will see …Read more

What is a Open Circuit?

你可能已经通过了一项开路while solving electrical circuits. Lets see what is a open circuit in electrical circuits. When any element between two terminals is removed then it is called as open circuit between two terminals. The current in an open circuit is always zero regardless of the voltage across …Read more

What is a Short Circuit?

You might have gone through the term short circuit while solving electrical circuits. Lets see what is a short circuit in electrical circuits. When any element between two terminals is replaced by a zero resistance path then it is called as short circuit between two terminals. The voltage across the short circuit is always zero …Read more

Electric Charge – Types, Properties & Charging Methods

Electric charge is a fundamental property of matter due to which electrical and other related effects are produced in the matter. The transfer of electrons from one object to another is responsible for the electric charging of the objects. Or Electric charge is the physical property of matter that causes it to experience a force …Read more

Classification of Electrical Energy Sources

classification-of-electrical-energy-sources

Electrical energy sources are majorly classified into two classes i.e. Independent sources and Dependent sources. The independent sources are further divided into two types namely voltage source and the current source. There are four types of the dependent sources. They are as follows 1. Voltage Controlled Voltage Source (VCVS) 2. Voltage Controlled Current Source (VCCS) 3. …Read more

Ohm’s Law – Definition & Limitations

Ohm’s Law Definition The current flowing through any conductor is directly proportional to the potential difference between two endpoints of the conductor at a constant temperature. where, ‘R’ is a constant known as the resistance of the conductor. The Ohm’s law can be applied to both AC and DC circuits. Limitations of Ohm’s law 1. It …Read more

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