Dual H-bridge motor driver for versatile DC motor control.
Operating voltage: 2.7 V to 10.8 V supports low voltage operations.
Output current: 1.2 A continuous, 2 A peak per motor for efficient power distribution.
3V- and 5V-compatible inputs: Easy integration with microcontrollers.
Motor outputs paralleled: Capable of delivering increased current for single motor applications.
Protection features: Includes under-voltage lockout, over-current, and over-temperature safeguards.
Reverse battery protection: FET safeguards against incorrect power polarity.
Optional current limiting: Integrate sense resistors for added control.
Compact design: Ideal for space-constrained applications.

Current Sense Each motor can be monitored.
Heatsink Enhanced thermal performance.
Power-On LED Indicator for operational status.
Double H-Bridge L298N Chip for robust control.
Operational Voltage Range of 5V to 35V.
Protection Over-current and thermal safeguards.
Control Channels Two channels for diverse control.
Direction & Speed Controls for two or more motors.
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Driver Chip: L298N Dual H Bridge
Voltage Range: 5V-35V
Peak Current: 2A per bridge
Output Power: Maximum 20W
LED Indicators: 4 LEDs for logic state
Independent Control: Direction, speed, braking for each motor
Screw Terminals: Easy motor and power connections
Heat Sink: Heavy-duty for performance
Current Sensing: Supports current sensing control

Voltage Max: 16V Maximum
Current Rating: 30 A Practical
Continuous Current: 14 A
Current Sensing: Available to Arduino
MOSFET On-Resistance: 34 mΩ
Max PWM Frequency: 10 kHz
Thermal Shutdown: Protection
Under/Overvoltage: Shutdown

Module Supply Voltage: 2V-10V
Signal Input Voltage: 1.8V-7V
Single Operating Current: 1.5A
Peak Current: Up to 2.5A
Thermal Protection: With Auto Restore
Low Standby Current: Less Than 0.1uA
Mounting Hole Diameter: 2 mm
Ultra-small Size: Easy Integration

Operating Voltage: 2 – 10VDC
Operating Current: 2.5A (max)
Compatibility: Works with Arduino and Raspberry Pi
Motor Control: Supports up to 2 DC motors
Connections: Easy 2 Pin connectors
Construction: High-quality build
Application: Perfect for robotics and mechatronics projects
Usage: Directional and speed control
Product Variants: MX1919 and MX1515 IC chip options

PWM Signal Generation Board generates reliable PWM signals for precise motor control.
Forward and Reverse Control Onboard buttons easily control motor direction.
Adjustable Speed Control speed using the potentiometer for desired motor operation.
Selectable Frequency Range Choose from multiple frequency settings for varied applications.
12VDC Operating Voltage Suitable for a wide range of electronic devices.
Backward Compatible Works with legacy systems.

Operating Voltage: 3 - 14VDC
Operating Current: 5A (max)
Compatibility: Arduino and Raspberry Pi
Screw Terminal: Heavy-duty for supply
Direct Connection: 433MHz receiver
Control: Two DC motors