Keyestudio 4 Channel L298P Motor Drives Shield V1.0 for Arduino Robot

KS0448 | Keyestudio 4 Channel L298P Motor Drives Shield V1.0 for Arduino Robot

$16.20
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Keyestudio 4 Channel L298P Motor Drives Shield V1.0 for Arduino Robot

KS0448 | Keyestudio 4 Channel L298P Motor Drives Shield V1.0 for Arduino Robot

$16.20

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SKU: KS0448

  • L298P high-power motor driver IC, drives DC motors and two-phase/four-phase stepping motors, current up to 2A, eight high-speed Schottky diodes for protection
  • Stackable design plugs directly into Arduino UNO R3; slide switch ON powers both shield and UNO R3 after BAT power-on
  • Anti-reverse PH2.0-2P connectors for motors, plug in directly; accesses 4 DC motors with 8 jumpers controlling turning direction
  • Bluetooth interface fully compatible with Keyestudio HM-10 Bluetooth module; extra digital/analog ports in 2.54mm headers for sensor extension
  • Three 3mm fixing holes for mounting; logic input DC 5V, driving input DC 7-12V, driving current under 4A, max dissipation 50W at 75C

✓ Secure checkout  ·  ✓ Tutorials & code included  ·  ✓ Maker support

Overview

There are many ways to drive the motor. Our robot uses the most commonly used L298P solution. L298P is an excellent high-power motor driver IC produced by STMicroelectronics. It can directly drive DC motors, two-phase and four-phase stepping motors. The driving current up to 2A, and output terminal of motor adopts eight high-speed Schottky diodes as protection. We have designed the motor driver shield based on the L298P circuit. The stackable design can make it be plugged directly into the.

Specifications

  • SKU: KS0448
  • Logic part input voltage: DC5V
  • Driving part input voltage: DC 7-12V
  • Logic part working current: <36mA
  • Driving part working current: <4A
  • Maximum power dissipation: 50W (T=75℃)
  • Working temperature: -25℃~+130℃
  • White connector: PH2.0-2P
  • Pin/female header pitch: 2.54mm
  • Fixing hole diameter: 3mm
  • Dimensions: 65mm * 50mm * 30mm
  • Weight: 29.1g

Tutorials

Wiring and sample code are in the Keyestudio Wiki.

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