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L298N Four-Channel Motor Driver Module with Dual L298N Chips, LM2596s Buck Chip, for Arduino Robotics DIY in Saudi Arabia

L298N Four-Channel Motor Driver Module with Dual L298N Chips, LM2596s Buck Chip, for Arduino Robotics DIY

SAR 89
– 1 +

Special Features

  • 【Powerful Dual L298N Chips】Integrated with two L298N chips, this motor driver module can simultaneously control four DC motors for forward and reverse rotation, along with precise speed control. for complex robotics and automation projects.
  • 【Built-in LM2596s Buck Converter】 Features an internal LM2596s buck converter chip, allowing the module to provide stable 5V output when driving motors with voltages over 7V. for supplying power to control terminals without additional components.
  • 【High Driving Current and Power Capacity】Capable of handling peak driving currents up to 2A and a maximum power consumption of 50W. Designed to efficiently manage applications with ease.
  • 【Versatile Power Supply Options】The logic section can be powered from a range of +5V to +7V, with multiple on-board 5V power output ports available. Flexible power management for various project requirements.
  • 【Compact and Efficient Design】Measuring just 64*70.6mm, this module offers a compact solution without compromising performance. for space constrained projects while providing robust motor control capabilities.

Description

Four-channel L298N motor driver module which is integrated with two L298N chips, at the same time can drive four DC motors to achieve forward and reverse rotation and motor speed control, the module with LM2596s internal buck chip.
If you drive a motor with more than 7V voltage, it can output 5V power to the outside and supply it to the control terminal.

Product details
Product Parameter

Driving peak current IO:2A.
Logic section terminal power supply range Vss:+5V~+7V(+5V can be taken from the board).
MAX power consumption: 50W (T = 75 ℃, a single L298N25W).
Logic part of the operating current range: 0~36mA;.
Multiple 5V power output ports on board.
Control signal input voltage range: low level:-0.3V≤Vin≤15V(control signal is invalid), high level:2.3V≤Vin≤Vss(control signal is valid).
Board size:64*70.6mm

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