$39.99
✅ High Voltage Input – Supports 9V–48V DC input
✅ High Current Output – Up to 5A.
✅ Built-in Power Regulation – LM2596 buck converter steps down to 7.4V
✅ Includes filtering components for noise reduction and protection
✅ Provides stable power to the Arduino and high current to the 80KG Servo
✅ Modular Design – Compatible with standard NEMA23 and TB6600 drivers
✅ OLED Display Support – For live monitoring or UI display
✅ Open Source Ready – Easy to modify, expand, and program via Arduino IDE
This Power Regulator and Wire connector PCB Board based on the Arduino Nano platform. It’s designed for controlling a NEMA23 stepper motor through a TB6600 driver, steps down the input DC power to 7.4V 5A for a 60-80 KG Servo motor, monitors motor position using a rotary encoder and OLED display, making it suitable for automation, robotics, and CNC projects.
Arduino Nano Pins: (total 9 pins in use)
Rotary Encoder:
CLK: 3
DT: 2
SW: 4
Stepper Motor:
STEP_PIN: A1
DIR_PIN: A0
ENABLE_PIN: 12
Servo Motor:
SERVO_PIN: 5
OLED Display:
SDA: A4
SCL: A5
Sample Arduino Code [download]
Sample Project Blog link
SKU: SSC-A23-PLANTMATE
Version: XL1405_V12_SMD
Made for: DIY automation, CNC, robotics, and precision motion projects.
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