M1 and M2 are Motor power wires. Connect them to L298N output. Motor 1 to OUT1 (red) , OUT2 (white). Motor 2 to OUT4 (red) , OUT3 (white). GND and 3.3V wires are to power the encoder. Connect them to ...

Pins Pinout for motor control uses 3 pins for output. It is somewhat wasteful, but had more flexibility. Two pins for direction control, and one for motor power (assuming PWM). Be sure to pick a PWM ...

Learn how to control the speed of a DC motor using Arduino and a MOSFET. This guide covers component selection, circuit setup, coding, and practical demonstrations for building an efficient motor ...

Fortunately, both the speed and direction of a DC motor can be controlled via an Arduino microcontroller. Let’s get into details. Direction control A circuit known as an H-bridge may be used to alter ...

Learn the steps to design a feedback control system for a motor using an encoder sensor, a common engineering application that requires precise and reliable regulation.

Rotary encoder vs potentiometer A rotary encoder is a wonderful digital alternative to the old analog potentiometers. Rotary encoders are useful as rotation sensors (or selectors) and look similar to ...

How Encoders Provide Motor Speed and Position Control In many mechanical systems, precise motion hinges upon effective monitoring and control of the motor. Encoders make motion control possible by ...