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 pinout and wiring Most RTs also has built in ‘push-on’ momentary switch, usually one side has 3-pins (two coding pins and one common/ground pin) and the other side has 2-pins (N/O ...

Encoders enable precise motion control in mechanical systems by sensing motor speed and position, providing feedback signals to control components. Learn about optical and magnetic encoders.