BTS7960 Motor Driver – High Current Single Channel – MakerBotics

$17.80 Inc. GST

The BTS7960 Motor Driver is well suited for a DC motor-driven project demanding high current and a wide voltage input range of between 6-27VDC. This high-current motor driver includes a BTS7960, an advanced motor driver IC with advanced features such as thermal overcurrent protection, current sense and undervoltage protection.

Out of stock

The BTS7960 Motor Driver is well suited for a DC motor-driven project demanding high current and a wide voltage input range of between 6-27VDC.

This high-current motor driver includes a BTS7960, an advanced motor driver IC with advanced features such as thermal overcurrent protection, current sense and undervoltage protection. The driver can easily be interfaced with micro-controllers such as the popular Arduino, ESP32 and Teensy microcontroller and the control method is via two control signal inputs. The driver can work with both 3.3 and 5V signal logic levels.

Use this motor driver to control our MakerBotics selection of motors.

The BTS7960 Motor Driver features a large black-anodised aluminium heatsink to dissipate heat and ensures higher operating efficiency.

Specifications:

Input Voltage: 9 ~ 27VDC.
Driver: BTS7960 Motor Driver IC in a H Bridge Configuration.
Maximum recommended operating current: 30A
Peak current: 43A.
PWM capability of up to 25 kHz.
Control Input Level: 3.3~5VDC.
Control Mode: PWM or High/Low Logic Level
Working Duty Cycle: 0 ~100%.
Over-voltage Lock Out.
Under-voltage Shut Down.
Board Size (LxWxH): 50mm x 50mm x 43mm.

Pinout and Function

The table below identifies the pins on the motor driver module and their functions.

Pin Number	Pin Description	Function
1	RPWM	Reverse Level or PWM signal, Active High
2	LPWM	Forward Level or PWM signal, Active High
3	R_EN	Forward Drive Enable Input, Active High/ Low = Disable
4	L_EN	Reverse Drive Enable Input, Active High/ Low = Disable
5	R_IS	Forward Drive, Side current alarm output
6	L_IS	Reverse Drive, Side current alarm output
7	VCC	+5V auxiliary power to microcontroller
8	GND	Gnd auxiliary power to microcontroller