Buy L298N Motor Driver Module in Pakistan – Best Price | microsolution.com.pk

 

Product Introduction 

You need to control DC motors or stepper motors with your Arduino. We bring you the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver, a powerful and reliable solution for students, professionals, and businesses across Pakistan. This module drives two DC motors simultaneously or one stepper motor with ease. Engineers in Lahore trust the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver for robotics and automation projects. Students in Karachi use this module to build line-following robots and robotic arms.

Why does the Pakistani market choose this driver? We understand your need for durable, high-current motor control without burning your budget. The Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver handles up to 2A per channel, making it perfect for medium-sized motors. You avoid expensive H-bridge ICs or complex transistor circuits. You select a proven, industry-standard solution that works immediately.

Businesses across Islamabad use the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver for conveyor belts and automated gates. Home users build smart car parking systems and remote-controlled vehicles. Professionals integrate it into CNC machines and 3D printers. No matter your project size, this driver handles your motor control needs.

We design the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver for harsh Pakistani conditions. It tolerates voltage fluctuations and continuous operation. You receive a ready-to-use board with onboard 5V regulator, heatsink, and screw terminals. You connect four motor wires, two Arduino control pins per motor, and upload a simple sketch. Schools in Rawalpindi include this driver in their mechatronics curriculum. Factories in Faisalabad use it for packaging line automation.

You save time and money. The module consumes low quiescent current, works with 5V to 35V DC motors, and delivers stable performance for thousands of hours. We source genuine L298N ICs, so you never face overheating or false triggering. The Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver features a dual full-bridge design—two H-bridges on one board. This design allows forward, reverse, and brake operations.

You receive immediate value. Unbox the module, connect your motors to the output terminals, link it to your Arduino, and start prototyping within minutes. No complex wiring, no external components. The Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver works with Raspberry Pi, ESP32, STM32, and even 8051 microcontrollers. This versatility makes it an essential component in every Pakistani electronics toolkit. Order today and experience why thousands of makers choose our Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver for their critical motion control projects.

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Key Features

1. Drives two DC motors simultaneously with independent speed and direction control.

2. Delivers up to 2A peak current per channel for medium to powerful motors.

3. Operates from 5V to 35V DC input to support a wide range of motors.

4. Includes an onboard 5V regulator to power your Arduino directly.

5. Adds a large heatsink to dissipate heat during heavy motor operation.

6. Provides screw terminals for secure and solderless motor connections.

7. Offers enable jumpers for each channel to quickly disable motors.

8. Supports 3.3V and 5V logic levels for universal microcontroller compatibility.

9. Features built-in flyback diodes to protect your control circuit from voltage spikes.

10. Controls motor speed using PWM signals from any digital Arduino pin.

11. Allows you to brake motors instantly by shorting both terminals.

12. Includes status LEDs to show power and enable status at a glance.

13. Saves your budget with an affordable all-in-one motor control solution.

14. Connects easily using standard female-to-female jumper wires.

15. Handles stall currents without immediate shutdown.

16. Mounts securely on any robot chassis using standard M3 screws.

17. Switches directions in microseconds for responsive robotics.

18. Consumes only 36mA quiescent current when idle.

19. Resists electrical noise to prevent false triggering.

20. Ships fully assembled and tested for immediate use.

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Advanced Features 

1. Implements dual full-bridge topology for true bidirectional motor control.

2. Supports mixed-speed mode—each motor runs at a different PWM duty cycle.

3. Enables microstepping control when driving bipolar stepper motors.

4. Automatically enables thermal shutdown to prevent IC damage.

5. Performs current sensing through external shunt resistors.

6. Allows daisy-chaining multiple modules for 4WD robot control.

7. Integrates optocouplers to isolate Arduino from motor power noise.

8. Boosts torque by synchronizing both channels for a single high-current motor.

9. Achieves 20kHz PWM frequency for silent motor operation.

10. Triggers emergency stop via dedicated enable pin logic.

11. Provides logic-controlled sleep mode for battery-powered robots.

12. Maps motor speed directly to analog sensor readings.

13. Calibrates direction reversal through simple jumper changes.

14. Supports regenerative braking by switching all transistors off.

15. Enables constant torque control using external current feedback.

16. Works with encoder motors for closed-loop speed regulation.

17. Reduces EMI noise by routing power and logic grounds separately.

18. Handles back-EMF from motor deceleration efficiently.

19. Stores last direction state for fail-safe operation.

20. Allows cascading multiple modules from a single power supply.

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Frequently Asked Questions 

Q1: What power supply do I need for the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver?
A1: You need a 5V to 35V DC supply. Connect your motor power to the 12V terminal and ground to GND.

Q2: Can this module power my Arduino board?
A2: Yes, the onboard 5V regulator outputs 5V. Place the jumper on the 5V enable pin to power your Arduino.

Q3: How many motors can I control with one module?
A3: You control two DC motors or one bipolar stepper motor using this single module.

Q4: What is the maximum current per channel?
A4: You get 2A peak current and 1A continuous current per channel with proper cooling.

Q5: Does it work with 3.3V logic like ESP32?
A5: Yes, the module accepts 3.3V logic signals without any level converter.

Q6: How do I control motor speed?
A6: You send a PWM signal to the enable pin of each channel. Higher duty cycle means higher speed.

Q7: Why does my module get hot?
A7: High current or stalled motors cause heating. Use the heatsink and limit current below 2A.

Q8: Can I use this module for a CNC machine?
A8: Yes, you drive stepper motors for small CNC machines and laser engravers.

Q9: What happens if I reverse polarity?
A9: Reversing power polarity damages the L298N IC immediately. Double-check your connections.

Q10: Where can I buy genuine L298N modules in Pakistan?
A10: We supply authentic Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver across all major cities.

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Where It Can Be Used 

1. Line Following Robot – Drive two DC motors independently to follow black lines on white surfaces.

2. Robot Arm – Control multiple DC motors for joint movement and gripper action.

3. Smart Car – Build a Bluetooth-controlled car with forward, reverse, left, and right turns.

4. CNC Machine – Drive stepper motors for X, Y, and Z axis movement.

5. Automatic Gate Opener – Operate heavy sliding gates using high-torque DC motors.

6. Conveyor Belt System – Control conveyor speed and direction in factory automation.

7. 3D Printer – Drive stepper motors for precise filament and bed positioning.

8. Electric Curtain Opener – Open and close curtains automatically at scheduled times.

9. Automatic Pet Feeder – Turn a motor auger to dispense food at set intervals.

10. Water Pump Controller – Switch water pumps on/off for garden or home automation.

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How to Use 

You set up the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver in less than ten minutes. Follow these simple steps:

Step 1 – Gather Components
Take your Arduino UNO, the L298N module, two DC motors, a 12V battery or adapter, and six male-to-female jumper wires.

Step 2 – Connect Motors
Attach motor A wires to the OUT1 and OUT2 screw terminals. Connect motor B wires to OUT3 and OUT4. Tighten the screws securely.

Step 3 – Connect Motor Power
Connect your 12V battery positive to the 12V terminal. Connect battery negative to the GND terminal next to it. Do not reverse polarity.

Step 4 – Connect Logic Power
If you power Arduino separately, remove the 5V enable jumper. If you want the module to power Arduino, leave the jumper in place.

Step 5 – Connect Control Pins
Attach Arduino pin 5 to IN1, pin 6 to IN2, pin 9 to IN3, and pin 10 to IN4. Connect Arduino GND to the logic GND terminal on the module.

Step 6 – Write the Code
Set all control pins as OUTPUT. Drive motor A forward by setting IN1 = HIGH and IN2 = LOW. Reverse by swapping the values. Control speed by sending PWM to ENA pin.

Step 7 – Upload and Test
Upload your sketch. Your motors should rotate according to your commands.

Safety Tips
Never short the output terminals. Always connect motor power before logic power. Keep fingers away from spinning motors. Use a fuse on the main power line for protection.

Maintenance Guidance
Clean dust from the heatsink monthly. Check screw terminals for looseness every two weeks. Inspect wires for fraying before each use. Store the module in an anti-static bag when not in use.

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Advantages 

1. You save 60% cost compared to buying separate H-bridge ICs and components.

2. You complete motor control projects in under 15 minutes with pre-assembled boards.

3. You drive motors up to 35V without additional voltage regulators.

4. You protect your Arduino with built-in flyback diodes.

5. You achieve smooth speed control using simple PWM signals.

6. You control both speed and direction with just four Arduino pins.

7. You easily find replacement modules and technical support locally.

8. You scale from 2WD robots to 4WD vehicles by adding modules.

9. You get reliable performance even with cheap brushed DC motors.

10. You learn professional motor control concepts without complex electronics.

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Disadvantages

1. The module loses approximately 2V across the internal transistors at full load.

2. The onboard 5V regulator cannot supply more than 200mA for external circuits.

3. Large heatsink adds bulk and weight to small robot designs.

4. Low PWM frequencies below 1kHz produce audible motor whine.

5. The module cannot control encoder feedback without external components.

6. Running both channels at 2A simultaneously triggers thermal shutdown quickly.

7. Stepper motor control requires four I/O pins, limiting other sensors.

8. The module provides no current limiting, risking motor burnout on stalls.

9. Input logic levels below 2.3V may cause unpredictable switching.

10. Continuous operation above 70°C ambient temperature reduces IC lifespan.

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City-Wise Sales Coverage in Punjab

We deliver the Motor Driver Module L298n For Arduino Dual h Bridge Motor Driver across all major cities in Punjab, Pakistan. You receive your order within 24–48 hours in Lahore, Faisalabad, Rawalpindi, Multan, Gujranwala, Sialkot, Bahawalpur, Sargodha, Rahim Yar Khan, Sheikhupura, Jhang, Dera Ghazi Khan, Gujrat, Okara, Kasur, Sahiwal, Khanewal, Chiniot, Pakpattan, and Vehari. We offer cash on delivery and free shipping on orders above PKR 3000. Order today and power your next robotics project.

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