Showing 37–48 of 519 results

Cytron MD13S – single-channel 30V / 13A motor controller

21.75
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 MD20A – single-channel motor controller 30V/20A

34.35
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). Supply voltage from 6 V to 30 V.

Cytron MD25HV – single-channel DC motor driver – 7V-58V / 25A

88.90
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 controller works with motors supplied with voltage from 7 to 58 V and current up to 25 A (momentary 60 A). The board has dimensions 112 x 61 x 32 mm.

Cytron MD30C – single-channel 30V / 30A motor controller

56.25
Single channel DC motor controller. Continuous current per channel 30 A (momentary 80 A). Supply voltage from 5 V to 30 V.

Cytron MDD10A – dual-channel 30V / 10A motor controller

37.35
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 and 5 V (PWM and DIR) so it can be controlled by any microcontroller such as Arduino or Raspberry.

Cytron MDD20A – two-channel motor driver 30V/20A

56.25
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 controller can operate with logic voltages of 1.8 V; 3.3 V; 5 V and 12 V making it compatible with most modules such as Arduino, Raspberry Pi, PLC drivers etc.

Cytron MDD3A – dual-channel 16V / 3A motor controller

14.24
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 4V to 16 V. The controller works with logical voltage of 1.8 V, 3.3 V, 5 V and 12 V (PWM and DIR) so it can be controlled by any microcontroller such as Arduino or Raspberry

Cytron MDDRC10 – two-channel driver for DC 10A 7V-30V motors

61.35
Two channel DC motor driver with supply voltage from 7 V to 30 V. Continuous current consumption per channel is 10 A, and momentary 30 A. When the controller is switched on, an automatic calibration takes place. In addition, the controller module is equipped with manual buttons that allow quick testing of the system. The information about what state is on the motor output is indicated by LEDs. The controller is also equipped with protections protecting the module from delivering too high voltage.

Cytron Robot Combat Controller URC10 ATmega328P + driver engines 24V/10A compatible with Arduino

56.85
Dual-channel DC motor driver. The module can control the direction of rotation, start, stop and speed of the DC motors. Continuous current per 10 A channel (temporary 30 A). Supply voltage from 6 V to 24 V. The module has a system of ATmega328P and is compatible with the Arduino UNO.

Cytron SHIELD-2AMOTOR – 2-channel motor driver 26V/2A – shield for Arduino

18.75
Shield for Arduino with dual-channel DC motor driver operating with a voltage of 5 V to 26 V and current up to 2 A, based on the L298P circuit. The board has jumpers for selecting the control mode and a strip connector with reflective sensors LSS05.

Cytron Shield-MDD10 – two-channel DC motor driver – 7V-30V/10A – Shield for Arduino

42.75
A module that allows you to control two DC motors or one stepper motor using Arduino. The overlay allows you to adjust the direction and speed of motors with current consumption up to 10 A (momentary up to 30 A) and supply voltage from 7 to 30 V. Shield is equipped with jumpers that allow you to select the pins responsible for PWM and DIR signal supplied to the controller

Cytron SmartDriveDuo MDDS10 – two-channel 35V / 10A motor controller

86.66
Two-channel intelligent DC motor controller. Continuous current per channel 10 A (momentary 30 A). Supply voltage from 7 V to 35 V. It has interfaces such as UART, PWM, RC and analog output. Suitable for building fighting robots controlled by RC remote control.