Product Overview
Introducing the 10Amp 6V-24V DC Motor Driver HAT for Raspberry Pi with 2 channels – a robust and versatile motor driver solution engineered by Cytron. This Motor Driver HAT is meticulously crafted to unlock the full potential of your Raspberry Pi, providing a seamless interface for precision control over DC motors.
Why Choose HAT-MDD10 for Raspberry Pi
Looking for a high-current motor driver for your Raspberry Pi? The dual-channel 10A continuous motor driver by Cytron is your ideal choice. Designed specifically for Raspberry Pi, the HAT-MDD10 empowers you to drive two high-current brushed DC motors, each capable of handling up to 10A continuously.
Key Features:
- Dual Motor Channels: Control up to 2 DC motors independently, allowing for versatile applications and projects.
- High Current Capability: With a 10Amp current handling capacity, this Motor Driver HAT can handle a wide range of motors, making it suitable for various robotic and automation projects.
- Wide Voltage Range: Supports a voltage range of 6V to 24V, offering flexibility in motor selection for different projects.
- Easy Raspberry Pi Integration: Designed specifically for Raspberry Pi, this HAT easily attaches to the GPIO pins, providing a hassle-free integration process.
- PWM Speed Control: Achieve precise speed control with PWM (Pulse Width Modulation), enabling smooth and efficient motor operation.
- On-Board Test Button: Seamlessly take charge of your motor with the on-board test button, allowing for convenient manual control and testing.
- Channel Output Indicators: Each channel is equipped with a built-in LED indicator, providing visual feedback on the status of your motor outputs. Easily monitor the operation of your motors for increased convenience and troubleshooting.
- Powerful Current Handling: Experience robust performance with a maximum current capacity of up to 10A continuous (without heatsink at 25℃). Additionally, the motor driver can handle peak currents of up to 30A for a duration of 10 seconds, ensuring reliable operation even in demanding scenarios.
- Rapid Response with Solid State Components: Benefit from swift and precise motor control with the integration of solid-state components, ensuring a faster response time for your applications.
- Efficient NMOS H-Bridge Design: Experience improved efficiency and thermal management with the fully NMOS H-Bridge configuration. This design not only enhances performance but also eliminates the need for a heat sink, streamlining your setup for optimal convenience.
- Regenerative Braking Capability: Harness the power of regenerative braking, allowing the motor driver to recover and reuse energy during braking cycles. This feature contributes to overall energy efficiency and performance optimization in your projects.
Applications:
- Ideal for robotics projects, automation systems, DIY vehicles, and smart gadgets.
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