MD10C Cytron 10Amp 5V-30V DC Motor Driver (1 Channel)

Important Note:

No Reverse Polarity Protection at Vmotor, please double-check the polarity before powering up.

Introduction

MD10C is a newer version which is designed to drive high current brushed DC motor up to 13Amps continuously.  It offers several enhancements such as support for both locked-antiphase and sign-magnitude PWM signal as well as using full solid-state components that result in faster response time and eliminate the wear and tear of the mechanical relay. And with Cytron's motor driver special feature: the on-board manual/test buttons, MD10C is super easy to get started.

Features

• Bi-directional control for one Brushed DC motor (Single Channel).
• Support motor voltage ranges from  5V to 30VDC.
• Regenerative Braking.
• Maximum current up to 13A continuous and 30A peak (10 seconds).
• 3.3V and 5V logic level input, compatible with Arduino and Raspberry Pi.
• Solid-state components provide faster response time and eliminate the wear and tear of mechanical relays.
• Fully NMOS H-Bridge for better efficiency and no heat sink is required.
• Speed control PWM frequency up to 20KHz (output frequency is same as input frequency).
• Support both Locked-Antiphase and Sign-Magnitude PWM operation. **Note that it is not "RC PWM"
• The new MD10C can be powered from a single power source and NO additional Vin is required.
• Dimension: 75mm x 43mm

Download

• MD10C Rev3.0 User's Manual
• Arduino Library and Example (Github)
• MD10C FCC Certification
• MD10C RoHS Certification
• MD10C CE Certification
• Fritzing file
• MD10C Step files

Tutorials: 

• MD10C Fast Testing
• PSC28A – Controlling MD10C and MDS40A
• SK40C PIC16F887 project 10 - Driving one DC brush motor with MD10C
• SK40C PIC16F887 project 16 - Driving two DC brush motor with MD10C by using SKPS
• Controlling MD10C with Arduino, Signed-Magnitude and Locked Anti-phase method
• Measuring DC Motor RPM Through Built-in Hall Sensor Encoder
• End Effector and Control Logic for Robot - Alessandro Minini, Hackster.io