Category: DC motor controllers
DC Motor Drivers - Precise Control in Modern Applications
DC motor drivers are essential components in systems that require precise control over motors, including robotics, electric vehicles, industrial automation, and DIY projects. Electronic modules like the Cytron MD10-POT DC motor driver and Cytron MD20A provide smooth control of speed and torque in applications demanding high precision and operational stability.
There are 214 products.
KAmodMPC17C724 is a module with a double MP bridge bridge type MPC17C724. The system allows you to control two DC brush motors or one bipolar stepping motor. The controller operates at a voltage range of 2.7 - 5.5 V and can work with motors with power consumption up to 0.4 A.
Single-channel DC motor controller that allows the motor to be controlled with a voltage range of 6-30V and a current of up to 13A. Allows engine speed control using PWM signals. Cytron MD13S
Single-channel DC motor controller enabling motor control with voltage in the range of 7-30V and current up to 10A. The set has a potentiometer and a direction switch. Cytron MD10_POT
Single-channel DC motor controller that allows the motor to be controlled with a voltage range of 6-30V and a current of up to 20A. Allows engine speed control using PWM signals. MD20A cytron
The DC motor driver module enables the motor to be controlled using a PWM signal with several supply voltages (3V, 6V, 12V, 24V and 35V) and a maximum continuous current of 5A.
Dual H-Bridge motor driver board, 2A, 36V max, L298N, RoHS
The ESC RC controller module is designed for brush motors with a supply voltage from 3.5 to 6 V and a capacity of 1 A
Motor-driven expansion board for Arduino, L293D, 74HC595 shift register, RoHS
RC type ESC controller module dedicated to DC brushed motors with a supply voltage from 4.2 V to 8.4 V and a current consumption of up to 3 A
Universal platform dedicated to Intel Edison modules. Designed for the construction of four-wheeled mobile robots. Seeed Studio 102010028
Two-channel DC motor driver powered with the voltage from 2.5 to 12 V with a maximum continuous current of 0.8 A per channel. It can control a bipolar stepper motor
Two-channel DC motor driver with an operating voltage from 7 to 35 V and a maximum continuous current of 30 A. It can be controlled by an analog signal, PWM, UART, RC signal or by means of built-in buttons. Cytron MDDS30
The module with the DRV8830 DC motor controller with a maximum current of 1 A. The board is equipped with a screw connector and communicates via the I2C interface. Pimoroni PIM479
Dual DC motor controller with voltage from 2.5 to 9.5V with 1A continuous current per channel. Has an embedded voltage regulator. Cytron Maker Drive
TB6612FNG Dual Motor Driver Carrier
Two-channel DC motor driver based on the HR9933 circuit. It allows you to control the movement of drives with a supply voltage of up to 10 V and power consumption up to 1.5 A. DFRobot DRI0040
Two-channel driver of direct current (DC) motors with an operating voltage from 4 to 16 V and a maximum continuous current of 3 A. It can be controlled by a PWM signal or by means of built-in buttons. Cytron MDD3A
Pololu High-Power Motor Driver 24v12
Module with the HR1124S DC motor controller with a maximum current of 1.2 A. It can be powered with the voltage from 1.8 V to 6.8 V and is controlled by two PWM signals
Module of a 4-channel driver of DC motors with RP2040 microcontroller. It allows the connection of encoders and is equipped with a QW/ST connector. Pimoroni PIM636
Versatile Modules for DC Motor Control
Our selection includes modules such as the DC Motor Driver 3-35V/5A, which efficiently manages a wide range of voltages. For larger systems, advanced options like the MDD10A DC Motor Driver 10A 5V-30V allow precise control of two DC motors simultaneously.
Drivers for Robotics and DIY Projects
For microcontroller-based projects, such as those using Arduino, the expansion shield with an L293D motor driver provides easy integration with Arduino platforms, streamlining the development of robotic projects. For more advanced systems like the 4WD Driver Platform V1.1, designed for Intel Edison, we offer solutions for precise motor control in mobile robots and vehicles.