L298N MINI driver board module / L298N MINI DC Motor Driver for arduino – KSH 300 at HIMASTORES Mombasa – best electronics in Kenya
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L298N MINI driver board module / L298N MINI DC Motor Driver for arduino

SKU: HMJ566 Category: Motors
KSH 300.00
In Stock

Product Description

L298N Mini DC Motor Driver Board Module

Dual H-Bridge Motor Driver for Arduino and Robotics

The L298N Mini is a compact dual-channel motor driver module ideal for Arduino and smart car projects. It enables speed and direction control for two DC motors or one stepper motor [citation:9][citation:3].

Dual Motor Control Drives two DC motors or one 2phase stepper motor
Compact Size Spacesaving 24.7 x 21 x 5mm design [citation:9]
Module supply voltage: 2V to 10V; Signal input voltage: 1.8V to 7V [citation:1][citation:3]
Use for battery-powered smart cars, toy cars, and robots [citation:9]
Do not reverse polarity - will damage the module [citation:3]

Technical Specifications

ParameterValue
Supply Voltage2V to 10V
Signal Input Voltage1.8V to 7V
Continuous Current1.5A per channel
Peak Current2.5A per channel
Standby Current< 0.1μA
Dimensions24.7 x 21 x 5mm
Mounting Hole Diameter2mm

= Key Features =

MOSFET HBridge Design Lower heat generation, no heatsink required [citation:9][citation:5]

Thermal Protection Builtin overheating protection with auto-recovery [citation:3]

PWM Speed Control - Supports speed and direction control

UltraCompact Smaller size ideal for space-constrained projects [citation:5]

= Applications =

  1. Arduino smart cars and robots
  2. Battery-powered toy vehicles
  3. Educational robotics projects
  4. Small automation systems
Ideal for Battery Projects - Low heat, high efficiency [citation:5]
PlugandPlay - Simple connection to Arduino

√ 2mm mounting holes for secure installation

√ Builtin commonmode transmission prevents malfunction when input pins float [citation:3]

√ Low standby current - power efficient

Troubleshooting

Module not responding:

  • Verify 2V-10V power supply
  • Check signal voltage is 1.8V-7V
  • Avoid reverse polarity connection

Motor not running:

  • Ensure correct wiring to motor outputs
  • Check input signals are active
  • Avoid loose connections

Overheating:

  • Reduce load or motor current below 1.5A continuous
  • Allow thermal protection to reset after cooling