L298P H-bridge Arduino Motor Driver Shield with Buzzer

The L298P H-Bridge Arduino Motor Driver Shield with Buzzer is a dual-channel high-power motor driver shield for Arduino electronics and robotics projects. It is built around the L298 chip and supports driving two DC motors at the same time. The shield includes onboard protection with fast Schottky diodes and supports PWM motor speed control. It also includes a buzzer and LED indicators for forward, backward, and rotary movement states. This shield is designed for direct Arduino connection without extra wiring and uses digital pins for motor drive.

Features of L298P H-Bridge Arduino Motor Driver Shield with Buzzer

• Dual-channel H-bridge drive
• Two DC motor outputs
• Onboard buzzer
• Fast Schottky diode protection
• PWM motor speed control
• Forward, backward, and rotary LED indicators
• Direct Arduino connection

Specifications of L298P H-Bridge Arduino Motor Driver Shield with Buzzer

• Input voltage: 5V DC
• Drive part input voltage: VIN input 6.5~12V
• Drive part input voltage: PWMIN input 4.8~24V
• Logic part working current Iss ≤ 36mA
• Drive part operating current Io ≤ 2A
• Maximum power dissipation: 25W
• Working temperature: -25 to 130 ℃
• Drive form: dual high power H-bridge drive
• Speed control mode: PWM/PLL
• Motor drive pins: D8, D10, D11, D12
• Logic part input voltage VD: 5V
• Drive part input voltage VS: VIN input 6.5~12V
• Drive part input voltage VS: PWRIN input 4.8~35V
• Control signal input level: high level 2.3V
• Control signal input level: low level -0.3V
• Hardware interface: 5.0mm pitch terminal
• Size: 68mm x 53mm
• Pin occupation: D4~D7 direct drive motor
• Board chip: L298D motor driver chip
• Onboard buzzer pin: D4
• Digital IO ports used: D10, D11, D12, D13
• Unused digital interfaces: D2, D3, D5, D6, D7, D9
• Analog interfaces: A0 to A5
• Manufacturer: LGS

How to Use L298P H-Bridge Arduino Motor Driver Shield with Buzzer

1. Insert the shield onto the Arduino board.
2. Connect the DC motors to the motor output terminals.
3. Apply the appropriate input voltage and use the control pins for motor operation.
4. Use PWM or PLL mode to control motor speed.

More Info

• Designed for DC motor drive and robotics builds.
• No extra wiring is needed for Arduino connection.