2PCS BTS7960 43A High Power Motor Driver Modules H-Bridge PWM Motor Controller Board for Car Robot

2PCS BTS7960 43A High Power Motor Driver Modules H-Bridge PWM Motor Controller Board for Car Robot Popis

High Current & Wide Voltage Range: Equipped with dual BTN7960B chips, this motor driver module supports a robust 43A current and a versatile motor voltage range of 6V to 27V. It's designed to deliver powerful drive and braking capabilities, ideal for high-demand applications such as cars and robotics.
Full H-Bridge & Advanced PWM Control: This module features a complete H-Bridge circuit, enabling efficient forward and reverse motor control. It supports high-frequency PWM input to 25kHz, allowing for precise speed adjustments with a 0- duty cycle, ensuring optimal performance in complex projects.
Integrated Power Design & Stability: The module includes an isolated 5V chip power supply that can be shared with the MCU source. A large storage ensures consistent performance under high power conditions, making it reliable for sustained use in your projects.
Enhanced Safety with Built-in Protection: Designed with your project's safety in mind, this motor driver includes thermal and overcurrent protection. It also features two-channel fault signal outputs to promptly alert your system to any potential overheating or excessive current scenarios.
Microcontroller Safety with Isolation Circuit: Protect your sensitive microcontroller from electrical noise and potential damage with the module's integrated isolation circuit. This feature separates the motor driver from the control logic, ensuring both components operate safely and effectively.

Description/Features:
The Regulator Module is designed for high-performance applications in robotics, cars, industrial-grade automation, and high-power DIY projects. It is also ideal for educational and prototyping platforms, offering robust control and versatility. The module supports both PWM and level control modes, allowing for precise management of operations with a duty cycle ranging