Model Y 4-Channel Dual H-Bridge Stepper Motor Driver Board for Arduino Raspberry Pi UNO Mega2560 Mecanum Wheel Smart Car Power
Model Y 4-Channel Dual H-Bridge Stepper Motor Driver Board for Arduino Raspberry Pi UNO Mega2560 Mecanum Wheel Smart Car Power
Model Y 4-Channel H-Bridge Motor Driver
The OSOYOO Model Y 4-Channel H-Bridge Motor Driver, compatible with 5V/3.3V MCU, controls up to four DC motors or two stepper motors simultaneously.
The motor driver board has two PT5126 chip ,two sets of H-Bridge control interfaces (4 PWM input pins and 8 direction control pins). So it can easily control the speed and rotation direction of 4 motors.
4-Channel H-Bridge Motor Driver
The OSOYOO Model Y 2.0 motor driver easily replaces two L298N boards, featuring dual PT5126 chips and two H-bridge control interfaces, capable of controlling speed and rotation direction for four motors.
ideal for Mecanum wheel vehicles
It is equipped with a 4-channel H-bridge motor driver, compatible with 5V/3.3V MCUs, and controls up to four DC motors or two stepper motors. It’s ideal for Mecanum wheel vehicles and other robotics.
Provides power to external boards
The Model Y 2.0 provides power to external boards like for Raspberry Pi and displays input voltage. It uses an XH2.54mm power connector, ensuring safe power management and preventing accidental disconnections.
Specification：
Input Power: 7–24V (Connect to Power Terminals only).
Logic Level: 3.3V–5V (For I/O pins/Signals).
High DC output current: Max.=2.8A
Ultra low RDSON(TOP+BOT): 0.49ΩTYP@25°C, 1A
Low current consumption when power-down: <0.05μA @25°C
PWM control, Max. input frequency: 200KHz
Working Temperature: -40 to +85°C
Dimensions
Smaller and more efficient than L298N or L293 drivers, it extends motor runtime for robots and drones. The board includes 3.5mm mounting holes for easy integration into various DIY projects.
Model Y2.0 Dimensions:
43 x 62 mm x12mm(1.7x 2.4 x 0.04 inch)
- This compact driver independently controls 4 DC motors or 2 stepper motors simultaneously.Motor Power (VIN)-Supports 7V – 24V DC input to drive the motors.Logic Leve-Compatible with 3.3V and 5V systems.Operation Note: Ensure your motor power is connected to VIN, while control signals remain within the 3.3V-5V logic range.
- Advanced PT5126 Dual-Chip Design--Features two PT5126 chips creating 4 independent H-bridges (4 PWM + 8 direction pins) for precise motor control. Note: S1-S4 headers provide power ONLY to servos - signal wires must connect separately to PWM pins.
- Ideal for Mecanum Wheel & Multi-Motor Projects--Unlike dual-channel L298N modules, our 4-channel design saves space and simplifies wiring for omnidirectional robots, drones, and complex vehicles.
- High Efficiency with Realistic Current Ratings--Modern PT5126 technology offers better efficiency than L298N/L293. Provides 2.8A peak per channel. For reliable operation, use ≤1.5A continuous current per channel with proper cooling.
- Protected & Safe with Important Guidelines--Includes thermal shutdown and low-voltage protection. To minimize regulator heat, use lower VIN voltage (7-12V ideal). Important: VOUT is directly connected to VIN - handle with care.