🚀 Power Your Projects with Precision!
The WWZMDiB 2 Pcs L298N Motor Driver Controller Board is a versatile and powerful solution for driving motors in your DIY electronics projects. With the ability to control both DC and stepper motors, this module is compatible with popular platforms like Arduino and Raspberry Pi, making it an essential tool for makers and engineers alike.
Processor Brand | STMicroelectronics |
Compatible Devices | ['Arduino Uno', 'Arduino Mega', 'Arduino Nano', 'Arduino Due'] |
Processor Count | 1 |
M**R
Quality product
Parts were exactly as described
M**N
Great product!
Great product! Worked as intended.
A**M
Work OK
It works find for me son project
D**S
Beware of destroying module when changing direction at full speed!
The board was easy to use with my Raspberry Pi and a 24V DC motor. The solder quality was a bit poor on some of the screw terminals. When testing my motor, everything was going well until I changed direction at full speed -- the motor stopped, and I could no longer get the L298N to power the motor. I switched to the other side of the L298N (side B), tested again, and had the same issue happen when I changed direction at full speed. There's some current or voltage spike issue with a 24V motor trying to do this rapid change of direction. Either (a) use a lower voltage motor if you need to change direction quickly, (b) stop the motor in your code before changing direction, or (c) find another controller capable of larger voltages/currents with protections built in.
B**E
Good and affordable.
Works perfect. Good option for saving money.
A**N
Worked fine
worked fine , no problems .
M**.
Simple and easy to use L298N stepper modules
The L298N stepper modules are well made and of good quality. Took only minutes to program and configure for use. The circuit boards are soldered well and the boards print is easy to read. They certainly do the trick.
R**K
Poor documentation.
Poor documentation. This part may be so generic that it is assumed the user knows how to wire inputs labeled In1, In2, In3 and In4. What are these or am I to assume?
Trustpilot
3 weeks ago
1 month ago