

zł31.95 tax excl.
The high power motor driver module works on the basis of Infineon BTS7960B systems. Maximum controller current: 43 A, operating voltage range: 5.5V - 27V. The module has a heat sink and can be controlled from the Arduino, Raspberry Pi, and STM levels. IBT_2
The high power motor controller module allows you to control the motor with a current consumption of up to 43 A. The board has a small size, is equipped with a heat sink and screw connections. H-bridge systems are protected against short-circuit, overload or overheating. The module can be controlled from the level of Arduino, Raspberry Pi, STM. Operating voltage range: 5.5-27 V.
Contact | Name | Description |
---|---|---|
1 | RPWM | Engine control signal in R direction (PWM or level) |
2 | LPWM | Engine control signal in direction L (PWM or level) |
3 | RHENIUM | Signal of work permit in the direction of R |
4 | FLAX | Work permit signal in the L direction |
5 | R_IS | Alarm output (R) |
6 | L_IS | Alarm output (L) |
7 | VCC | Power input buffer (3.3-5.5 V) |
8 | GND | Mass |
Data sheet
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Pololu High-Power Motor Driver 18v25 CS
2-channel brush motor controller module with PWM signal mixing function. It allows you to control two DC motors with a current consumption of up to 5 A per channel
No product available!
A two-channel DC motor controller with an I2C interface. It is powered from 4.5 V to 48 V and can deliver up to 1.8 A per motor. A board with soldered connectors. Pololu 5064
No product available!
Dual-channel electric motors controller (H-bridge) Arduino Motor Shield Rev3 with L298 for controlling two DC motors or one stepper motor with the possibility of using an electronic brake.
No product available!
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
DC motor driver with an operating voltage from 6 to 60 V and a maximum continuous current of 300 A. It can communicate via USB, UART, RC or analog signal and allows for the implementation of a feedback loop. Pololu 3584
No product available!
HAT module with TB6612FNG motor driver and PCA9685 PWM driver designed for Raspberry Pi minicomputers. The board is equipped with a 40-pin connector. Adafruit 4280
Module with TB6612FNG DC motors dual driver. The board is equipped with a Grove connector and communicates via the I2C interface. Seeed Studio 108020103
Pololu High-Power Motor Driver 36v20 CS
DC motor driver that allows you to control the movement of two drives using the I2C interface. Board with soldered connectors. Pololu 5042
No product available!
Pololu Low-Voltage Dual Serial Motor Controller
DC motor driver with a working voltage from 5 to 30 V and a maximum continuous current of 13 A. It can be controlled by a PWM signal or by means of built-in buttons. Cytron MD10C
Pololu High-Power Motor Driver 24v12
This discrete MOSFET H-bridge motor driver enables bidirectional control of one high-power DC brushed motor. The small 1.3″ × 0.8″ board supports a wide 6.5 V to 30 V voltage range and is efficient enough to deliver a continuous 17 A without a heat sink.
No product available!
Pololu Jrk 21v3 USB Motor Controller with Feedback
No product available!
Dual DC motor controller designed for Raspberry Pi, which enables the engine to be supplied with voltage in the 4.5-28V range and power consumption in continuous operation of 2.6A (5A in peak) of two DC motors. Self-assembly set. Pololu 2761
A single-channel DC motor controller with an I2C interface. It is powered from 1.8 V to 22 V and can deliver up to 1.8 A of current. Board with soldered connectors. Pololu 5074
The high power motor driver module works on the basis of Infineon BTS7960B systems. Maximum controller current: 43 A, operating voltage range: 5.5V - 27V. The module has a heat sink and can be controlled from the Arduino, Raspberry Pi, and STM levels. IBT_2