Drivers for DC motors
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.
Grove - L298P - two-channel motor driver 12V/2A - Seeedstudio 105020093
A module with an L298P motor controller that supports two DC motors or one stepper motor. The voltage supported by the controller is between 6 V and 12 V and the continuous...Serial Controlled Motor Driver - SparkFun ROB-13911
SparkFun module with a two-channel direct current motor controller. Emulates a device based on registers. Can be controlled by UART, I2C or SPI. It is powered from 3 V to 11...Dual G2 Hihg-Power Motor Driver 18v18 Shield for Arduino - Pololu 3754
Shield with dual-channel driver pf motors operating with voltages from 6.5 V up to 30 V and current up to 22 A per channel (max 60 A). The system can be connected directly...Dual G2 Hihg-Power Motor Driver 18v18 Shield for Arduino - Pololu 3756
Shield with dual-channel driver pf motors operating with voltages from 6.5 V up to 30 V and current up to 18 A per channel (max 50 A). The system can be connected directly...Gravity DFRobot IO Expansion + TB6612FNG 2-channel motor driver 12V/1.2 A - Shield for Arduino
Shield for Arduino which is an extension of the i/O pins and two-channel driver for DC motors TB6612FNG with a voltage of 12 V and performance of 1.2 A per channel. It also has...VNH3SP30 - two-channel 16V / 9A engine controller - Pololu 707
Module with two ST VNH3SP30 systems operating at voltages from 5.5 V to 16 V. The maximum continuous output current is 9 A (momentary: 30 A).MAX14870 - 2-channel motor driver 28V/1,7 A - Shield for Arduino - Pololu 2519
Modul with dual-channel driver of motors MAX14870 working with voltages from 4.5 V to 36 V and current up to 1.7 A per channel (max 2.5 A). The system can be directly connected...Cytron SmartDriveDuo MDDS10 - two-channel 35V / 10A motor controller
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...Dual TB9051FTG Motor Driver for Raspberry Pi (Partial Kit) - Pololu 3142
Extremely easy to use motor controller with feedback. Communication interfaces available: USB, TTL, I2C, analog and radio. Power supply voltage is 4.5 V to 28 V and continuous...High-Power Simple Motor Controller G2 24v12 - 40V/12A - Pololu 1365
Single-channel high-performance DC motor controller. Can be easily programmed via microUSB connector and dedicated application. Continuous current per channel is 12 A, motor...High-Power Simple Motor Controller G2 18v15 - Pololu 1363
Single-channel high-performance DC motor controller. Can be easily programmed via microUSB connector and dedicated application. Continuous current per channel is 159 A, motor...G2 Dual High-Power 24v14 - 2-channel motor driver 40V/14A - Shield for Arduino - Pololu 2516
Shield with dualchannel driver of motors operating with voltages from 6.5 V up to 40 V and current up to 14 A per channel (max. 40 A). The system can be connected directly with...Simple High-Power 18v15 - USB 30V / 15A motor driver - assembled - Pololu 1376
Easy to use single-channel direct current motor controller. It communicates through the USB port of the computer, UART TTL interface, analogue signal or RC radio interface....High-Power 18v15 - single-channel 30V / 15A motor controller - Pololu 755
Based on MOSFET transistors, the powerful H-bridge allows you to control the motor rotation in both directions. Motor power supply: from 5.5 V to 30 V. Maximum current: 15 A.TLC5940 - controller, PWM generator - SparkFun BOB-10616
16-channel PWM signal generator. It communicates via the SPI bus. It can be used as an LED driver, the controller of revolutions of the DC motors and the servo controller.Simple High-Power 18v25 - USB 30V / 25A motor driver - Pololu 1381
Easy to use single-channel direct current motor controller for self-assembly. It communicates through the USB port of the computer, UART TTL interface, analogue signal or RC...- Reduced price
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MC33926 2-channel motor driver 28V/3A - Shield for Arduino - Pololu 2503
Module with dual MC33926 system, working with voltages from 5 V to 28 V. The maximum continuous output current per channel is 3 A. The system can be connected directly with...Simple High-Power 18v7 - USB 30V / 7A motor driver - assembled - Pololu 1372
Easy to use single-channel direct current motor controller. It communicates through the USB port of the computer, UART TTL interface, analogue signal or RC radio interface....Simple High-Power 24v12 - single-channel USB 40V / 12A motor driver - Pololu 1379
Easy to use single-channel direct current motor controller for self-assembly. It communicates through the USB port of the computer, UART TTL interface, analogue signal or RC...VNH5019 2-channel motor driver 24V/12A - Shield for Arduino - Pololu 2507
Shield for Arduino with two drivers of DC motors VNH5019. The module operates with voltages between 5.5 V up to 24 V. Maximum continuous output current is 12 A (short-term: 30...Grove - 2x DRV8830 - two-channel 6V / 1A motor controller
The Grove series module is equipped with two DRV8830 systems and can control two DC motors or one stepper motor at a time. The system allows you to adjust direction of...TB67H420FTG Dual/Single Motor Driver Carrier - Pololu 2997
Single-channel DC motor controller. Continuous current per channel 2.6 A (momentary up to 5 A). Supply voltage from 4.5 V to 28 V.TB67H420FTG Dual/Single Motor Driver Carrier- Pololu 2999
Two-channel DC motor controller. Continuous current per channel 1.7 A (momentary to 4.5 A). Supply voltage from 10 V to 47 V.What are the drivers for the DC motors and for what purpose they are used?
In the chain elektromaszynowych transmission, the driver of a DC motor is a device constituting an intermediate link between the control system and the power source and the motor. The control system is increasingly based on previously programmed the database and the task to transmit the corresponding control signals needed for proper engine operation, it is particularly important here that the signal of adjustable pulse width (PWM) that influences flowing through the motor, constant current, angle of its average value at certain time intervals, which leads to correct setting of the output power on the motor shaft and speed of rotation. Given that the majority of commercially available microcontroller has a limited output current to a few tens of milliamps, and the electric DC motors are characterized by the current consumption from a few to several tens of amperes requires the use of the system proxy, in the form of a special driver that solves the problem of adjusting the current feeding the motor.
Drivers high-power loads and large opportunities for cooperation with external equipment
On offer are Botland drivers DC motors can be used for engines with metal and plastic gear. In our assortment you will find the drivers in a wide range of voltages And operating currents with the needs of Your project. Most often, the engine control module of DC-based structurally on the bridge of the " H in the form of integrated circuits, or formulas, for MOSFET transistors, and its control through the interface involving the set of ports, inputs/outputs digital taking into account the signal generation pulse width modulation, so you can easily connect Your motor controller DC to complete the module that contains the MCU - also for these applications, you can buy special pads for Arduino, but there is also the possibility of the operation of the driver modules included with other platforms based on mikrokontrolerach, as drivers of General purpose engines. In addition, the store Botland available drivers DC motors that are compatible with the Raspberry Pi computers. In accordance with modern requirements in matters of cooperation between the systems peripheral devices offered by us drivers DC motors designed for data exchange via USB, UART, I2C, or TTL