Great news for Arduino Nano owners!!!This add-on module allows you to control up to two DC motors at maximum of 2A/motor using the
Arduino Nano. You get all of the benefits of using the Arduino Nano. This includes breadboard friendliness for quick prototyping. It is fully assembled with long pin headers so you dont need to purchase and solder the headers separately. Youre ready to go out of the box! Yes, you get the same stackable benefits as the Arduino shields. Its small size of 3.7x1.0 makes it easy to hide or fit in a small project box.
The 2MOTOR-4NANO module comes with feedback back current sense circuitries for both of the motors independently. So not only can you control the speed of the motor using PWM, but also you can sense the load of the motor and adjust your control accordingly. The design is featured with a high quality 2oz copper and gold plated PCB. The two high grade 220uF decoupling capacitors keep the noise low. We use 3.5mm pitch screw terminals for quick and easy motor connections. You can use up to 18AWG wire (16AWG if you try hard!). This module is based on the L298 Dual Full H-Bridge driver.
PIN USE:
D4: Direction control of Motor A
D5: PWM speed control of Motor A
D6: PWM speed control of Motor B
D7: Direction control of Motor B
A0: Current sense of Motor A
A1: Current sense of Motor B
Features:
2Amps per motor, 24VDC maximum motor voltage
Dual Full H-Bridge driver with PWM control
Feedback current sense with amplification
Back EMF clamping diodes
2oz gold plated PCB
Large high quality decoupling capacitors
Breadboard friendly, small size 3.7x1.0
4 mounting holes for standalone application
Long header pins for stackability
Documents:
Schematic
Mechanical Dimensions
L298 Dual Full H-Bridge datasheet
Example code (coming soon)
*** Arduino Nano is NOT included ***NOTE: "7-12V" on the silkscreen for power input is the range if you want to use external power supply to power run Arduino Nano via jumper on "VIN". Otherwise, the input can be up to 24VDC to run the motors.

                        
