L298N DUAL FULL-BRIDGE DRIVER

Name: L298N DUAL FULL-BRIDGE DRIVER
SKU: L298N
Price: 55.00 EGP
Availability: InStock

✅ Dual Full-Bridge (H-Bridge) Driver
✅ 46V, 2A Continuous per Channel
✅ Drives DC motors, stepper motors, and inductive loads
✅ TTL/CMOS Compatible Inputs
✅ Built-in Diode and Thermal Protection
✅ Ideal for Arduino, Raspberry Pi, and Robotics

SKU: L298N Categories: Electronic Components, Motor and Display Driver ICs, Motor Drivers, Semiconductor ICs Tags: Electronic Components, Motor and Display Driver ICs, Motor Drivers, Semiconductor ICs

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Description

DUAL FULL-BRIDGE DRIVER.

🔌

Pin Connections

1 Table

Pin Connections Table 1

Board	Sensor Pin	Connection
L298N IC	IN1/IN2/ENA	board digital / board digital / board PWM pin

📟

L298N DUAL FULL-BRIDGE DRIVER

7 Examples • C/C++ | Boards: Arduino Uno, Arduino Nano, Arduino Mega, ESP32, ESP8266, STM32, Raspberry Pi Pico

Wrap

L298N DUAL FULL-BRIDGE DRIVER - Arduino Uno

L298N DUAL FULL-BRIDGE DRIVER - Arduino Nano

L298N DUAL FULL-BRIDGE DRIVER - Arduino Mega

L298N DUAL FULL-BRIDGE DRIVER - ESP32

L298N DUAL FULL-BRIDGE DRIVER - ESP8266

L298N DUAL FULL-BRIDGE DRIVER - STM32

L298N DUAL FULL-BRIDGE DRIVER - Raspberry Pi Pico

📄 File: l298n_dual_full-bridge_driver_-_arduino_uno.inoArduino Uno

867 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=8, IN2=9, ENA(PWM speed)=10 on Arduino Uno. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 8

7#define IN2 9

8#define ENA 10

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

📄 File: l298n_dual_full-bridge_driver_-_arduino_nano.inoArduino Nano

868 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=8, IN2=9, ENA(PWM speed)=10 on Arduino Nano. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 8

7#define IN2 9

8#define ENA 10

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

📄 File: l298n_dual_full-bridge_driver_-_arduino_mega.inoArduino Mega

868 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=8, IN2=9, ENA(PWM speed)=10 on Arduino Mega. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 8

7#define IN2 9

8#define ENA 10

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

📄 File: l298n_dual_full-bridge_driver_-_esp32.inoESP32

865 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=26, IN2=27, ENA(PWM speed)=25 on ESP32. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 26

7#define IN2 27

8#define ENA 25

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

📄 File: l298n_dual_full-bridge_driver_-_esp8266.inoESP8266

867 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=D5, IN2=D6, ENA(PWM speed)=D7 on ESP8266. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 D5

7#define IN2 D6

8#define ENA D7

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

📄 File: l298n_dual_full-bridge_driver_-_stm32.inoSTM32

871 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=PB0, IN2=PB1, ENA(PWM speed)=PA8 on STM32. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 PB0

7#define IN2 PB1

8#define ENA PA8

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

📄 File: l298n_dual_full-bridge_driver_-_raspberry_pi_pico.inoRaspberry Pi Pico

877 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// L298N: IN1=14, IN2=15, ENA(PWM speed)=16 on Raspberry Pi Pico. Motor's own power (up to several amps) comes from a separate supply into the driver board, never from the microcontroller pin.

6#define IN1 14

7#define IN2 15

8#define ENA 16

10void setup() {

11 Serial.begin(115200);

12 pinMode(IN1, OUTPUT);

13 pinMode(IN2, OUTPUT);

14 pinMode(ENA, OUTPUT);

15}

17void driveForward(int speed) { // speed 0-255

18 digitalWrite(IN1, HIGH);

19 digitalWrite(IN2, LOW);

20 analogWrite(ENA, speed);

21}

23void driveReverse(int speed) {

24 digitalWrite(IN1, LOW);

25 digitalWrite(IN2, HIGH);

26 analogWrite(ENA, speed);

27}

29void stopMotor() {

30 digitalWrite(IN1, LOW);

31 digitalWrite(IN2, LOW);

32}

34void loop() {

35 driveForward(200);

36 delay(2000);

37 stopMotor();

38 delay(500);

39 driveReverse(200);

40 delay(2000);

41 stopMotor();

42 delay(500);

43}

Project Notes:

Bare L298N driver IC - same control scheme as the breakout module, just wire the support components (diodes, capacitors) yourself.

Specification

WeightWeight	2 g
Dimensions	4,3 × 4,3 × 2,7 cm
Product Name	L298N Dual Full-Bridge Driver
Driver Type	Dual H-Bridge Motor Driver
Operating Voltage	5V–35V DC
Logic Voltage	5V
Output Current	2A per channel
Peak Output Current	3A per channel
Number of Channels	2 (Dual Motor Control)
Control Logic	TTL Compatible
Diodes	Built-in Flyback Protection Diodes
Heat Sink	Included
Input Pins	ENA, ENB, IN1, IN2, IN3, IN4
Output Pins	OUT1, OUT2, OUT3, OUT4
Power Terminals	+12V, GND, +5V (Regulated Output)
Applications	DC Motor Control, Stepper Motor Control, Robotics, Automation
Mounting Type	PCB Module

Customer Reviews

10,00 EGP