Dual H-Bridge Motor Module Kit with 4 TT Motors

Boost Your DIY Projects with the Dual H-Bridge Motor Module Kit

The Dual H-Bridge Motor Module Kit is a powerful and versatile tool designed for hobbyists, students, and engineers working on robotics and electronics projects. This all-in-one kit includes 2 L298N motor drive modules, 4 TT motors with strong driving capabilities, and a set of 60 jumper wires, making it ideal for building dynamic and tech-driven DIY projects.

The Dual H-Bridge Motor Module Kit provides the perfect foundation for your robotics projects. With its ability to control two motors simultaneously, you can create complex and dynamic movements. Ready to build? Explore the Dual H-Bridge Motor Module Kit in our online store here!

Features and Benefits of Dual H-Bridge Motor Module

L298N Motor Drive Module:
- Dual-channel H-bridge driver for higher efficiency.
- Supports 2-phase and 4-phase stepper motors or dual DC motors.
- Working voltage: 5V-35V, with a continuous current of 2A and a maximum current of 3A.
- Built-in voltage regulator for added stability.
TT Motors with Tires:
- Operating voltage: 3V-12V (recommended 6-8V for optimal performance).
- Anti-interference design ensures smooth operation.
- Includes durable tires with a diameter of 65mm and a width of 26mm.

Comprehensive Kit Components:
- 2 L298N modules.
- 4 high-quality TT motors with wheels.
- 20 jumper wires (female to female).
- 20 jumper wires (male to male).
- 20 jumper wires (male to female).

Applications of H-Bridge Motor Module Kit

This kit is perfect for various DIY applications, including:

Building remote-controlled cars.
Developing robotic arms and electronic toys.
Powering small electronic machinery and educational projects.

Specifications

TT Motors:

Reduction ratio: 1:48.
No-load speed at 6V: 200 RPM (±10%).
No-load speed at 3V: 90 RPM (±10%).

L298N H-Bridge Motor Driver Module

This module is used to control the direction and speed of DC motors. The "H-bridge" configuration allows it to reverse the polarity of the voltage applied to the motor, thus changing its direction:

Key Components

L298N IC: This is the main integrated circuit that handles the switching of the motor connections. It has two H-bridges, enabling control of two separate motors.

Power Supply: The module typically requires a 12V input for the motors and a 5V input for the logic circuitry.

Input Pins:

12V Input: Provides power to the motors.

GND: Ground connection.

Ready to get started? Find the L298N Motor Driver Module in our online store here!

5V Input: Powers the logic circuitry and enables the onboard 5V regulator.

Channel-A Enable: Controls the enable pin for the first H-bridge (Channel A).

Channel-B Enable: Controls the enable pin for the second H-bridge (Channel B).

Logic Input: These pins (In1, In2, In3, In4) determine the direction of the motors.

Output Pins:

OUT1-OUT4: These are the motor output pins. The H-bridge switches the voltage to these pins to control the motor's direction and speed.

How it Works

Power Supply: Connect the 12V and 5V power supplies to the module.
Logic Inputs: The logic inputs (In1, In2, In3, In4) are typically connected to a microcontroller or other logic circuits. By setting the appropriate logic levels on these pins, you can control the direction of the motors.
Channel Enables: The enable pins (Channel-A Enable, Channel-B Enable) are used to turn on or off the respective H-bridges.
Motor Output: The module switches the voltage between the OUT1-OUT4 pins based on the logic inputs and enable signals, controlling the motor's direction and speed.

Typical Connections

Motor: Connect the motor terminals to the appropriate OUT1-OUT4 pins.
Power Supply: Connect the 12V and 5V power supplies to the corresponding terminals.
Logic Control: Connect the logic inputs (In1, In2, In3, In4) to the microcontroller or logic circuit that will generate the control signals.
Enable Control: Connect the enable pins (Channel-A Enable, Channel-B Enable) to the control signals for enabling or disabling the H-bridges.

Additional Notes:

The L298N module has built-in protection mechanisms like overcurrent and thermal shutdown.

The module can handle up to 2A per channel, but the actual current capacity depends on the cooling and the specific L298N IC.

It's essential to use appropriate heat sinks on the L298N IC to prevent overheating, especially when driving high-current motors.

The L298N Motor Driver Module is a versatile and powerful tool for any robotics enthusiast. By following the steps outlined in this blog post, you can easily control your DC motors and bring your projects to life. Ready to get started? Find the L298N Motor Driver Module in our online store here!

Dimensions of the L298N H-Bridge Motor Driver Module:

Dimensions: 43x43x27mm.
Maximum power: 25W.
Operating mode: Dual H-bridge driver.

TT Motor for Robotics Applications

This is a DC geared motor, designed for robotics and hobby applications.

Key Features of the Geared Motor

Geared Motor: The motor has internal gears that reduce the speed and increase the torque. This is beneficial for applications where higher torque is needed, such as driving wheels in a robot.

Dimensions: 65mm (length), 22.4mm (width), and 18.9mm (height).

Wheels: The motor is sold with attached wheels, making it convenient for various projects. The wheels in the image have different tread patterns, likely for different traction needs.

Unleash your creativity with the 4PCS DC Electric Motor Kit! Perfect for DIY enthusiasts, students, and engineers, this kit is your gateway to mastering robotics and technology. Order now and bring your dynamic projects to life!

Typical Applications of the DC Motor

Robotics: Used in wheeled robots for locomotion, such as robot cars, line-following robots, and mobile platforms.

Hobby Projects: Suitable for powering small-scale vehicles, toys, and other DIY projects.

Educational Purposes: Useful for teaching about motors, gearing, and robotics concepts.

Key Specifications (General)

Voltage: Typically operates on low voltages, such as 3V to 12V DC.

Speed: The speed depends on the gear ratio and voltage. Geared motors typically have lower speeds compared to direct-drive motors.

Torque: Geared motors provide higher torque than direct-drive motors, making them suitable for applications requiring more force.

Current Draw: The current draw varies depending on the load and voltage.

Additional Notes

Mounting: The motor has mounting holes or tabs to facilitate easy attachment to various structures.

Shaft: The motor shaft can be used to directly attach wheels or other components.

Compatibility: The motor is generally compatible with various electronic components, such as motor drivers, microcontrollers, and batteries.

Why Choose Dual H-Bridge Motor Module?

Easy Integration: Compatible with Arduino and other microcontroller boards.
Educational Value: Learn the basics of motor control, H-bridge circuits, and robotics.
High Quality: Built with durable materials to ensure long-lasting performance.

This Dual H-Bridge Motor Module Kit is perfect for Arduino projects, offers hands-on learning, and is built to last. This kit teaches valuable robotics skills, and is made with top-quality components. This Dual H-Bridge Kit is ideal for learning about motor control, H-bridge circuits, and Arduino integration. Shop now and embark on your robotics journey!

Arduino Jumper Wire Kit – Perfect for DIY Electronics Projects

If you’re diving into DIY electronics or working on an Arduino project, the Arduino Jumper Wire Kit is an essential tool. Available in 10cm, 20cm, and 30cm sizes, these Dupont cables are designed to offer reliable connections for various electronics projects, including Arduino, STM, and other switches and sensors.

These jumper wires come in male-to-male, female-to-male, and female-to-female configurations, ensuring that you have the right connector for every need. Whether you’re wiring up a sensor, building a robot, or creating an automation system, this kit gives you the flexibility and durability needed for a successful project.

With a wide variety of colors and lengths, this Arduino Jumper Wire Kit is a must-have for any electronics enthusiast. Connect your Arduino components with ease and bring your DIY projects to life! Ready to connect? Explore the Arduino Jumper Wire Kit in our online store here!

Page updated

Google Sites

Report abuse