A simple H-Bridge motor controller circuit that uses transistors is commonly used to control DC motors allowing them to spin both clockwise and counterclockwise. This circuit helps manage the speed and direction of the motor by using easy switching techniques. The name “H-Bridge” comes from the way the circuit looks, which is similar to the […]
Motor Controllers
Simple Motor Driver Circuit using IC TC4424
A simple motor driver circuit using IC TC4424 chip is really important for controlling DC motors effectively. The TC4424 is designed to drive two MOSFETs and works great for fast applications, making it perfect for motor control with just a few extra parts needed. This circuit is easy to set up and lets you run […]
Exploring the L293D H-Bridge Motor Driver Circuit
The direction and speed of DC motors and stepper motors are controlled by the flexible H-bridge motor driver integrated circuit L293D, which is extensively utilized in robotics and automation. By flipping the polarity of the voltage supplied to the motor terminals, an H-bridge design enables the control of a motors rotation direction. This IC is […]
Simple Servo Motor Controller Circuit using Arduino
Servo motors are flexible parts used in many different applications since they are electromechanical actuators that have the ability to rotate to a certain position. Applications for servomotors include automated manufacturing, robotics, and CNC equipment, etc. This post will examine how to use an Arduino microcontroller to drive a servo motor while adding push buttons, […]
DC Motor Speed Controller Circuit using Arduino
This project shows how to regulate the speed of a DC motor with an Arduino microcontroller, a MOSFET transistor, and a potentiometer. The Arduino creates a Pulse Width Modulation PWM signal that controls the MOSFETs gate. The MOSFET acts as a switch, regulating the voltage provided to the motor and so managing its speed. The […]
Simple Solenoid Driver Circuit
A circuit that lets you operate a solenoid with a lower voltage signal is known as a simple solenoid driver circuit. In essence, solaroids are electromagnets that transform electrical energy into mechanical motion. Generally speaking they need a greater voltage than microcontrollers or other digital circuits can readily handle. The driver circuit functions as a […]