R88D-GT30H

R88D-GT30H motor driver board is a comprehensive motor control module designed around the latest MOSFET technology. The board features a high voltage, high current output stage with an optional isolated feedback interface for controlling the board\'s motor parameters. The board provides a cost-effective and efficient solution for motor control in high voltage applications such as power supply and motor control systems.

Application Fields

• Pump Control
• Power Supply Systems
• Industrial Automation
• Robotics
• CNC Control

The R88D-GT30H motor driver board is ideal for motor control applications that require high voltage and high current output stages. The board is also suitable for use in systems that require the ability to drive a DC motor with a variable frequency, such as servo systems. The board has a PWM interface for controlling the motor\'s parameters and provides feedback via the optional isolated interface. The board also has protection features to safeguard against the risk of over-current, over-heating and short-circuit.

Working Principle

The R88D-GT30H motor driver board is based on a three-phase full-bridge driver topology. The board utilizes MOSFET power transistors to control the three-phase windings of the motor, allowing for precise control of the motor\'s current and torque. The board can be configured for voltage or current control and the motor\'s parameters can be adjusted via the optional isolated feedback interface. The board also has a PWM interface for controlling the motor\'s speed and torque. The board has numerous protection features for moisture, temperature, and short-circuit conditions.

Main Features

• High Voltage and High Current Output Stage
• Optional Isolated Feedback Interface
• PWM Interface for Motor Control
• Protection Features
• Cost-effective and Reliable

The R88D-GT30H motor driver board provides a versatile and reliable solution for high voltage and high current motor control applications. The board has many useful features, including an optional isolated feedback interface and a PWM interface for controlling the motor\'s parameters. The board also has protection features to safeguard against the risk of over-current, over-heating and short-circuit. The board is cost-effective and easy to integrate into existing systems, making it an ideal choice for a wide range of motor control applications.