BTS7960 43A Motor Driver

BTS7960 43A Motor Driver

Overview:

The BTS7960 Motor Driver Module is a robust and high-current motor driver designed for controlling DC motors. With a maximum current handling capability of 43A, this module is ideal for powering motors in robotics, electric vehicles, and various industrial applications. The BTS7960 offers reliable and efficient motor control with built-in protection features.

Key Features:

1. High Current Handling: Capable of handling a maximum continuous current of 43A, making it suitable for driving high-power DC motors.
2. H-Bridge Configuration: Utilizes an H-bridge circuit, enabling bidirectional control of the connected motor.
3. PWM Speed Control: Supports Pulse Width Modulation (PWM) for precise speed control, allowing smooth and variable motor speed adjustments.
4. Overcurrent Protection: Built-in overcurrent protection ensures the safety of the motor driver and connected components.
5. Thermal Protection: Integrated thermal shutdown protection prevents damage due to excessive heat, enhancing the module’s reliability.

Specifications:

• Motor Compatibility: DC Motors
• Maximum Continuous Current: 43A
• Operating Voltage: 5V to 27V
• Control Interface: Logic-level inputs for direction and PWM speed control
• H-Bridge Configuration: Allows bidirectional motor control (forward and reverse)
• Overcurrent Protection: Yes
• Thermal Protection: Yes
• Dimensions: Compact design for easy integration

Applications:

• Robotics and Automation Projects
• Electric Vehicles
• Motorized Industrial Systems
• DIY Electric Conveyors
• Remote-Controlled Vehicles
• Heavy-Duty Motor Control

Package Includes:

• BTS7960 43A Motor Driver Module

How to Use the BTS7960 43A Motor Driver:

Step 1: Connect Power

Connect the power supply to the module, ensuring the correct voltage for both logic and motor power.

Step 2: Connect Motor

Connect the DC motor to the designated output terminals on the module.

Step 3: Input Control Signals

Use the logic-level inputs for direction control and PWM signals for speed control. Connect these inputs to your microcontroller or control system.

Step 4: Program and Test

Write a program or use pre-existing motor control libraries compatible with your microcontroller platform. Upload the code and test the motor driver’s functionality.

Step 5: Integrate into Project

Once tested successfully, integrate the BTS7960 module into your robotics or electronic project for reliable and high-current motor control.

Drive your high-power DC motors with confidence using the BTS7960 43A Motor Driver Module. Order now for robust motor control in your industrial and robotics applications.