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Motor Driver Board L293D Module
The Motor Driver Board L293D Module (MPN: L293D) is a compact Dual H-Bridge motor driver designed to let low-power microcontrollers — such as an Arduino or Raspberry Pi — safely interface with and drive electric motors that demand higher voltages and currents than a microcontroller pin can supply. By placing the L293D IC between your controller and your motors, you protect your board while gaining full bidirectional motor control.
Key Features
- Dual H-Bridge Architecture: Drives up to 2 DC motors independently or 1 bipolar stepper motor — ideal for small robots and automation projects.
- Direction & Speed Control via PWM: Accepts PWM switching signals up to 5 KHz on its logic inputs, enabling smooth and precise variable-speed control → fluid motion tuning without extra components.
- Compact Mini-Module Form Factor: The ultra-small PCB footprint fits into tight enclosures and breadboard setups → saves space in portable or battery-powered builds.
- Independent Channel Control: Each motor channel is controlled separately for speed and direction → enables differential steering on wheeled robots.
Compatibility
- Arduino UNO / Nano / Mega: Directly compatible — logic control pins operate at 5 V, matching Arduino digital outputs.
- Raspberry Pi / ESP32: Compatible when logic voltage levels are respected; level shifting may be required depending on motor supply configuration.
Typical Applications
- DIY wheeled robots with differential drive (left/right motor speed control)
- Bipolar stepper motor control for 3D printers, CNC pen plotters, or camera sliders
- Conveyor belt or small automated mechanism prototypes
- Arduino-based RC car or rover projects
- Educational robotics kits and STEM project builds
Technical Specifications
| Parameter | Value |
|---|---|
| IC / Interface | L293D Dual H-Bridge |
| Motor Channels | 2 × DC or 1 × Bipolar Stepper |
| Max PWM Switching Frequency | 5 KHz |
| Form Factor | Mini Module (compact PCB) |
| MPN | L293D |
FAQ
Q: Can I control motor speed with this module?
A: Yes. By applying a PWM signal (up to 5 KHz) to the enable/control inputs, you can vary the motor speed smoothly from a microcontroller like Arduino.
Q: How many motors can the L293D module drive simultaneously?
A: The module supports up to 2 DC motors with independent speed and direction control, or alternatively 1 bipolar stepper motor.
⚠ Note: Always ensure the motor supply voltage and current ratings are within the L293D IC's specifications. Do not exceed the maximum rated current per channel to avoid thermal damage to the IC.
- Operating voltage (V)
- 4.5-25