Category: Motor

This DC Motor controller provides direction and speed control of brushed DC Motor using Rotary Encoder. This is Arduino compatible hardware that consists of LMD18201 DC motor driver chip, Atmega328 microcontroller, Rotary Encoder, L317 regulator, and other components.  Hardware offers...

SparkFun Big Easy Driver Kit is ideal for robots, automatic dog doors, and moving platforms. The Big easy driver kit can drive up to a maximum of 2A per phase of a bipolar stepper motor. This driver is a chopper micro-stepping driver that defaults to a 16 step micro-stepping mode. The...

This is an Arduino compatible board that contains an Atmega328 microcontroller and Bipolar Stepper Motor Driver chip STK682-010. This Hybrid IC from ON Semiconductor can deliver up to 2.5A current and it can have an input supply up to 32V DC. It has multiple micro-stepping options such...

MPS’ 18 V 2 A motor driver features include input OVP, UVLO, RD protection, thermal shutdown, and input reverse protection MPS’ MP6650 single-phase brushless DC motor driver has integrated power MOSFETs and a Hall effect sensor. The device drives single-phase brushless DC fan...

MPS' H-bridge motor driver consists of four N-channel power MOSFETs and an internal charge pump to generate gate-drive voltages The MP6550 from Monolithic Power Systems is an H-bridge motor driver consisting of four N-channel power MOSFETs and an internal charge pump to generate...

This is a very powerful brushed DC motor drive system in a small package with a few key features like adjustable constant current control, direction control, brake controls, Alert output, PWM for speed control etc. The project was built using a TB67H303HG chip which is a full-bridge...

This is a very simple bidirectional speed control of a small DC brushed motor. The project is built using power OPAMP TCA0372 which can drive a load up to 1A. Connecting a small DC motor and trimmer pot will control the motor forward/reverse operation along with speed control. A Trimmer...

This is a back EMF signal conditioning circuit that can be used to develop high-voltage sensorless motor drivers. When a sensorless algorithm is used to control the BLDC motor speed, the Back EMF (BEMF) signals are used. Based on zero crossing of BEMF signals, motor commutation is...