## Y-Δ Conversion: Transformation | Diagram & Formula

One of the most commonly used conversion methods in three-phase electric circuit analysis is the transformation of star delta. In addition, there are some complex circuits that make it difficult to determine whether a series…

## Thevenin and Norton Theorem Circuits Conversion | Solved Problems

Thevenin Theorem and Norton Theorem are two important techniques for complex circuit solutions. Sometimes changing the Thevenin Equivalent Circuit to Norton Equivalent Circuit or Norton Equivalent Circuit to Thevenin Equivalent Circuit can be solved more…

## What Are Linear and Non-Linear Circuits and It’s Difference

Various types of electrical devices are made by combining linear and non-linear elements. So in order to better understand the basic design of these electrical devices we need to know about linear and non-linear circuits.…

## Alternating Current(AC) | Features | Benefits | Disadvantages

Many of us know the story behind the discovery of AC power. AC means Alternating Current. Nicola Tesla is the inventor of this alternating current.  1835 In Paris, France, Hippolyte Pixii first created an alternator,…

## Source Transformation: Current and Voltage Source Conversion

We use various theorems to solve the complex circuit easily. But it is often seen that both the voltage source and current source exist in the same circuit. In order to solve the circuit simply,…

Alternating current (AC), which means it will change periodically. We know that the DC current is always flowing in the same direction where the AC current is positive in one direction and after that, the…