Double BTS7960 43A H-bridge

Description

Double BTS7960 43A H-bridge High-power Motor Driver module/ diy smart car Current diagnostic

Description:

The Double BTS7960 43A H-Bridge is a high-performance motor driver module designed for precise control of DC motors in a variety of applications. This module employs dual BTS7960 H-bridge chips, providing robust and efficient motor control. With its ability to handle high currents and offer bidirectional control, it is an ideal choice for projects such as robotics, electric vehicles, and other applications requiring reliable motor control.

Key Features:

1. Dual BTS7960 H-Bridge Chips: Equipped with two BTS7960 H-bridge chips, this module allows independent control of two DC motors. The H-bridge configuration enables precise control over the direction and speed of each motor.
2. High Current Handling: The module is capable of handling high currents, with a maximum current rating of 43A per channel. This makes it suitable for applications that demand powerful motor control, such as electric vehicles and heavy-duty robotics.
3. Bidirectional Control: The H-bridge design supports bidirectional control, allowing motors to operate in both forward and reverse directions. This feature enhances the versatility of the module for various motor control scenarios.
4. Overcurrent Protection: Integrated overcurrent protection ensures the safety of the module and connected components by preventing excessive currents that could lead to damage.
5. Versatile Connectivity: The module provides convenient connectivity with control pins for each motor, facilitating integration with microcontrollers like Arduino and other control systems.

Specifications:

• Model: Double BTS7960 43A H-Bridge
• Maximum Current: 43A per channel
• Operating Voltage: 5V to 27V
• Peak Current: 80A per channel
• Control Signal Voltage: 3.3V to 5V
• H-Bridge Type: Dual BTS7960 chips for bidirectional motor control
• Overcurrent Protection
• Applications: Robotics, electric vehicles, motorized projects, and other applications requiring high-current motor control.