Modules
L298N Motor Driver Module
৳430
Dual H-bridge that drives two DC motors or one stepper with full direction and speed control, from a 5–35V motor supply.
Two independent channels mean a two-wheel robot needs only this one board. Direction comes from four logic pins and speed from PWM on the enable pins, so it works with any microcontroller.
What you can build
- Two-wheel drive robots with independent left and right control
- Motorised curtains, doors and linear actuators
- Bipolar stepper motor projects
Not sure it will work? Test your circuit free in Tekko Sim — on your phone, in Bangla or English.
| Category | Modules |
| Model no. | L298N |
| Availability | In stock |
| In stock | 6 pcs |
| Delivery | Cash on Delivery, nationwide Bangladesh |
| Driver IC | L298N dual H-bridge |
| Motor Supply Voltage | 5–35V DC |
| Continuous Current | 2A per channel |
| Peak Current | 3A per channel |
| Logic Supply | 5V |
| Onboard Regulator | 5V output, usable while the motor supply is 12V or lower |
| Control Pins | IN1 to IN4 for direction, ENA and ENB for PWM speed |
Questions about the L298N Motor Driver Module
How much voltage does the L298N lose?
Roughly 2V across the bridge, so a 12V supply delivers about 10V to the motor. It is an old bipolar design. If efficiency matters, a MOSFET driver such as the TB6612FNG wastes far less.
When should I remove the 5V-EN jumper?
Leave it fitted when the motor supply is 12V or below and you want the onboard regulator to power the logic. Remove it above 12V, because the regulator overheats, and feed 5V into the board separately instead.
Can it drive a stepper motor?
Yes, a bipolar stepper. One channel drives each coil and you sequence IN1 to IN4 to step it.
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