USB-C Host Shield - hat for Arduino - MAX3421E - SparkFun DEV-21247
Significant progress in power electronics has made that a constant current can be changed by different methods using semiconductor elements that find wide application in electric DC motors, which are more and more often we can meet for both Amateur and professional. Starting from the smallest drones, electric cars to giant construction cranes. In each of these devices to work properly we will need the corresponding engine control.
Cytron MD20A - single-channel motor controller 30V/20A
Single-channel DC motor controller based on MOSFET transistors. Enables control of motor speed through PWM channel. Continuous current per channel is 20 A (momentary 60 A)....
L293D - two-channel 36V / 0,6A motor driver - 5pcs
Two-channel motor controller. Supply voltage up to 36 V. Average current per channel 600 mA (momentary up to 1.2 A). Housing: DIP 16 (through-hole). Set contains 5 pcs of chips.
Cytron MD10-POT - DC motors controller 30V / 10A + switch + potentiometer
Single channel DC motor controller allowing motor control by switch and potentiometer without the need for microcontroller and programming. Continuous current per channel 10 A...
L298N - two-channel motor controller - 12V/2A
Module with dual-channel driver for DC motors L298. It is supplied with the voltage up to 12 V. Maximum current per channel is 2 A. The system has embedded voltage regulator 5...
Cytron MD13S - single-channel 30V / 13A motor controller
Single channel DC motor controller. Continuous current per channel 13 A (momentary 30 A ). Supply voltage from 5 V to 30 V. There is a Grove connector on the board.
Cytron MD10C - single-channel 30V / 13A motor controller
Single channel DC motor controller. Continuous current per channel 13 A (momentary 30 A). Supply voltage from 5 V to 30 V .
Cytron MDD3A - dual-channel 16V / 3A motor controller
The Cytron MDD3A motor controller has the ability to control 2 DC motors or 1 stepper motor. Continuous current per channel is 3 A (momentary 5 A). Supply voltage is from 4 V...
Cytron MDD20A - two-channel motor driver 30V/20A
Two-channel DC motor controller. Supply voltage ranges from 6 V to 30 V, maximum current per channel is 20 A at continuous operation and 60 A of instantaneous current . The...
Simple DC 28V/3A motor driver - module with knob
Extremely easy to use, single-channel direct current motor controller with speed control knob. The device works on the basis of PWM signal. Power supply voltage is from 8 V to...
Motor regulator DC 12-40V/10A/400W - with a speed control knob
A simple controller with an integrated rotary potentiometer to control the speed of a DC motor up to 400 W. Powered from 12 V to 40 V.
DFRobot - motor driver 5,5V/1,5A for BBC micro:bit
An overlay for micro:bit to control four DC motors , two stepper motors and eight servos (5.5V/1.5A). Additionally the module has 9 I/O pins Micro:bit.
Cytron Maker Drive MX1508 - two-channel motor controller 9.5V/1A
Simple to use, two-channel DC motor driver with H-bridge. 1 A continuous current per channel (1.5 A momentary). Power supply from 2.5 V to 9.5 V. Output current at 5 V is 0.2 A.
Cytron SmartDriveDuo MDDS30 - two-channel DC motor driver - 7V-35V/30A
Two-channel DC motor controller by Cytron equipped with SmartDrive function supporting 4 different communication interfaces. The controller works with motors supplied with...
Cytron MDD10A - dual-channel 30V / 10A motor controller
Two-channel DC motor controller. Continuous current per channel is 10 A (momentary 30 A) . Supply voltage is 5 V to 30 V . The controller works with logical voltage 3.3 V...
Cytron MD25HV - single-channel DC motor driver - 7V-58V / 25A
A set with a single-channel DC motor controller by Cytron, equipped with a rocker switch for changing the direction of rotation and a potentiometer for speed control. The...
L298N - two-channel motor driver
Two-channel H-bridge. Supply voltage: max. 46 V. Max. instantaneous current 2 A. Housing: Multiwatt15 (THT).
Simply Robotics Motor Driver Board - motor driver - for Raspberry Pi Pico - Kitronik 5348
It imposes on the Raspberry Pi Pico extending the functionality of the module with the ability to control servos and motors. It allows you to simultaneously control 8 servos...
DRV8874 - single channel 37V/2.1A motor driver - Pololu 4035
Single-channel DC motor driver from Pololu equipped with the DRV8874 system. It is supplied with the voltage from 4.5 V to 37 V. The continuous current per channel is 2.1...
DRV8876 QFN - Single channel 37V/1.1A motor driver - Pololu 4037
DC motor driver manufactured by Pololu. Single-channel , equipped with the DRV8876 QFN system, it is supplied with the voltage from 4.5 V to 37 V. The continuous current...
DFRobot TB6612 - 4-channel motor driver 13.5V/1.2A - Shield for Arduino
The module allows you to control four DC motors (DC) using boards of the Arduino. The system allows you to adjust the direction and rotation speed of the motors with a current...
MAX14870 - single-channel motor controller 36V/1.7A - Pololu 2961
Single-channel DC motor controller. Continuous current per channel 1.7 A (momentary to 2.5 A). Supply voltage from 4.5 V to 36 V.
TB67H420FTG Dual/Single Motor Driver Carrier- Pololu 2999
Dual channel DC motor controller . Continuous current per channel 1,7 A (momentary up to 4,5 A). Supply voltage from 10 V to 47 V .
Cytron HAT-MDD10 - two channel DC engine driver 24V / 10A - overlay for Raspberry Pi
Shield with dual-channel driver of motors operating with a voltage from 6 V to 24 V and current up to 10 A per channel (max. 30). The system can be connected directly with the...In the chain of electromechanical drive systems, the DC motor controller is a device constituting an intermediate link between the control system and the supply voltage source and the motor. The control system is increasingly based on a previously programmed microcontroller and its task is to send appropriate control signals necessary for the proper operation of the engine - particularly important here is the adjustable pulse width (PWM) signal, which influences the direct current consumed by the engine in terms of its average value over specific time intervals, which translates into the correct setting of the output power on the engine shaft and its rotational speed. Due to the fact that most microcontrollers available on the market have a limited output current of several dozen milliamps, and DC electric motors are characterized by a rated current consumption from several to even several dozen amperes, it is necessary to use an intermediary system, in the form of a special controller that solves problem of regulating the flow of current supplying the motor.
The DC motor controllers offered by the Botland store can be used for both motors with metal and plastic gears. Our assortment includes controllers with a wide range of operating voltages and currents tailored to the needs of your project. Most often, the DC motor control module is based on an H-bridge in the form of an integrated circuit or a discrete one - based on MOSFET transistors, and its control is carried out via an interface that includes a set of digital input/output ports, including PWM signal generation, thanks to which you can easily connect your DC motor controller with a module containing a microcontroller - also for the needs of such an application, you can purchase dedicated Arduino shields from us, but it is also possible for the driver modules to work with other platforms based on microcontrollers as general-purpose motor controllers. Additionally, the Botland store offers DC motor controllers compatible with Raspberry Pi computers. In line with today's requirements regarding cooperation between peripheral systems, the DC motor controllers we offer are adapted to communicate via USB, UART, I2C or TTL interfaces.
Links to technical diagrams and instructions for connecting individual models of controllers to DC motors are available in the "Useful links" sections under the descriptions of each product.
