L6203 Dual Full Bridge Motor Driver Module

Name: L6203 Dual Full Bridge Motor Driver Module
SKU: APTMD02
Price: 19.90 USD
Availability: InStock

$19.90

Aptinex L6203 Dual Full Bridge Motor Driver Module

32 in stock (can be backordered)

SKU: APTMD02 Category: Motor Controllers Tags: #ai, #arduinoday, #arduinofun, #arduinomega, #arduinonano, #arduinoproject, #arduinoprojects, #arduinouno, #artificialintelligence, #automation, #bhfyp, #coding, #d, #diyelectronics, #education, #electronics, #engineering, #esp, #firstrobotics, #frc, #innovation, #lego, #machinelearning, #maker, #microcontroller, #omgrobots, #pcb, #programming, #raspberrypi, #robot, #robotic, #robotica, #robots, #science, #scratch, #steam, #stem, #stemeducation, #tech, #technology, arduino, DIY, Dual, iot, L6203, Motor Driver, robotics GTIN: 600179570047

Description
Additional information

APTINEX L6203 Dual Full Bridge Motor Drive Module saves all the trouble of connecting L6203 with a motor. You can easily connect two DC motors or one stepper motor very easilly and continue.

L6203 Features
• SUPPLY VOLTAGE UP TO 48V
• 5A MAX PEAK CURRENT (2A max. for L6201)
• TOTAL RMS CURRENT UP TO :4A
• RDS (ON) 0.3 Ω (typical value at 25 °C)
• CROSS CONDUCTION PROTECTION
• TTL COMPATIBLE DRIVE
• OPERATING FREQUENCY UP TO 100 KHz
• THERMAL SHUTDOWN
• INTERNAL LOGIC SUPPLY
• HIGH EFFICIENCY

APTINEX L6203 Dual Full Bridge Motor Drive Module Features

• LEDs for checking status of the input pins
• Heatsink for overheating protection
• Male pin headers for easily connecting with the development board
• Screw Terminals for outputs

Sample Code

Arduino

Download Sample

//define motor 1 related pins

#define IN1 1

#define IN2 2

#define ENA 9

//define motor 2 related pins

#define IN3 3

#define IN4 4

#define ENB 10

void setup()

{

  //set output for motor 1 related pins

  pinMode(IN1, OUTPUT);

  pinMode(IN2, OUTPUT);

  pinMode(ENA, OUTPUT);

  //set output for motor 2 related pins

  pinMode(IN3, OUTPUT);

  pinMode(IN4, OUTPUT);

  pinMode(ENB, OUTPUT);

  //set motor 1 run in clockwise

  digitalWrite(IN1, HIGH);

  digitalWrite(IN2, LOW);

  //set motor 2 run in anticlockwise

  digitalWrite(IN3, HIGH);

  digitalWrite(IN4, LOW);

}

void loop()

 {

  int PWM_Value = 0; //PWM value for motor 1 and 2

  //Motor 1 and Motor 2 run with gradually increasing speed until Max

  for(PWM_Value = 0; PWM_Value<=255; PWM_Value+=5)

  {

   analogWrite(ENA, PWM_Value); //set PWM to Motor 1

   analogWrite(ENB, PWM_Value); //set PWM to Motor 2

   delay(100);

  }

  //Motor 1 and Motor 2 run with gradually descreasing speed until Stop

  for(PWM_Value = 255; PWM_Value>=0; PWM_Value-=5)

  {

   analogWrite(ENA, PWM_Value); //set PWM to Motor 1

   analogWrite(ENB, PWM_Value); //set PWM to Motor 2

   delay(100);

  }

}

Weight	50 g
UPC	600179570047

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L6203 Dual Full Bridge Motor Driver Module

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