With the advent of Electric Vehicles and Internet of things the need for sophisticated power electronic design has increased. These new fields are constantly evolving the demands for high-power motor drives, energy efficient power supplies, wireless power transfer etc.
In this section we will design and test various power electronic projects for a wide variety of applications including EV, Solar, IoT, SMPS Power supplies, LED Drivers, Portable power supplies etc. The section also covers the latest power electronic news and articles to update the readers with latest technology trends.
High Power LED lights have lots of applications starting from Emergency lights to Head Lights in some expensive cars. These…
The first bipolar junction transistor was invented in 1947 at Bell laboratories. “Two polarities” is abbreviated as bipolar,…
Amplifier is an electronic circuit or device which is used for amplification purpose and used mainly in sound reproduction as…
Building an FM Transmitter and broadcasting our own signals on the air is really a fun project to do. Especially, with…
Voltage fluctuations have always been a problem and are responsible for most of the failure in AC appliances. Be it a normal…
We often see voltage fluctuations in electricity supply at our home, which may cause malfunction in our home AC appliances.…
A Voltage or Potential Divider Circuit is commonly used circuit in electronics where an input voltage has to be…
Internet of Things and Home Automation has really been a hyped topic in the recent days. Building something on our own which…
Most of our electronics projects are powered by a Lead Acid battery, in this project let us discuss how to recharge this lead…
Batteries are generally used to power up the Electronic Circuit and Projects, as they are easily available and can be connected…
555 time IC is very powerful and versatile IC, it can be used in many forms. In this tutorial we are going to see how a 555 IC…
In this tutorial we will develop a 5V variable voltage source from Arduino Uno. For that we are going use ADC (Analog to…
