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Motorobit

L298N Dual Motor Driver Board with Voltage Regulator (Red PCB)

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Show More: Dc Motor Drivers
Brand: Motorobit
Product Code: MSK.DCM.01.000001
Stokta 100+ ürün
60.73 TL + VAT
VAT Included: 72.87 TL
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L298N Dual Motor Driver Card with Voltage Regulator

 
This motor driver card, prepared to drive motors up to 24V, has two channels and provides 2A current per channel. L298N motor driver IC is used on the board. It can be used in sumo, mini sumo, line-following robots and a wide variety of motor control applications.
Apart from DC motors, it also allows stepper motor control.

Technical Specifications

  • It can control two separate motors independently of each other.
  • It can provide 2A current per channel.
  • It has an internal regulator. .
  • It has high temperature and short circuit protection.
  • There are LEDs that light up according to the direction of motor rotation.
  • There is an internal cooler on the card.
  • Current reading (current sense) pins are external.
  • There are 4 screw holes on the 4 sides of the card that you can fix to the desired surface.
 
Pin Links :
ENA: Left motor channel activation pin
IN1: Left motor 1st input
IN2: Left engine 2nd trip
IN3: Right engine 1st. inlet
IN4: Right engine 2nd inlet
ENB: Right motor channel activation pin
MotorA: Left motor output
MotorB: Right motor output
VCC: Supply voltage input(4.8V-24V)
GND: Ground connection
5V: 5V output
 
There are also pins with jumpers on the product. These pins can be used for optional uses and to activate different features.
CSA: A is the current output of the motor driver channel. By removing the jumper from here, the current drawn can be read as analog voltage.
CSB: B is the current output of the motor driver channel. By removing the jumper from here, the current value drawn can be read as analog voltage.
V1: It is connected to the pull-up resistor that directly pulls the IN1 input to 5V. It is a jumper. In this way, 5V will always come to the pin unless you pull it to ground.
V2: It is connected to the pull-up resistor that directly pulls the IN2 input to 5V. It is a jumper. In this way, 5V will always come to the pin unless you pull it to ground.
V3: It is connected to the pull-up resistor that directly pulls the IN3 input to 5V. It is a jumper. In this way, 5V will always come to the pin unless you pull it to ground.
V4: It is connected to the pull-up resistor that directly pulls the IN4 input to 5V. It is a jumper. In this way, 5V will always come to the pin unless you pull it to ground.
5V-EN: It is the jumper that makes the 7805 line active and passive. When plugged in, the 5V output of the card becomes active and 5V can be drawn from there. If it is removed, this line becomes passive.
 
L298N Arduino Connection