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MikroElektronika DC Motor 8 Click Development Kit for MIC4605 Driver with 3.3V/5V PWM Control MIKROE-2893

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MikroElektronika DC Motor 8 Click Development Kit for MIC4605 Driver with 3.3V/5V PWM Control MIKROE-2893

Name: MikroElektronika DC Motor 8 Click Development Kit for MIC4605 Driver with 3.3V/5V PWM Control MIKROE-2893
Brand: MikroElektronika
SKU: 151727
Price: 34.65 USD
Availability: InStock

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Category Motor Drivers Brand MikroElektronika Condition New

Specifications

Country of Origin	Serbia
Brand	MikroElektronika
Interface	GPIO and PWM
Model	MIKROE-2893
For Use With	DC Motor Driver
ANSI/ESD S20.20	2014
BS EN 61340-5-1	2007
Kit Classification	DC Motor 8 Click
Featured Device	MIC4605
Kit Name	DC Motor 8 Click

Key Features

Drives brushed DC motors with current up to 1A and voltage up to 40 V.
Uses MIC4605 half-bridge MOSFET driver with adaptive dead time and shoot-through protection.
Operates with input voltage of 3.3 V or 5 V from host MCU.
Provides efficient speed regulation using half-bridge topology and PWM control.
Features intelligent shoot-through current protection for device safety.
Interfaces via GPIO and PWM signals for simple control integration.
Designed for battery operated handheld tools and fan applications.
Low overall power consumption enhances energy efficiency.

Product Description

MikroElektronika MIKROE-2893 DC Motor 8 Click Development Kit is a high-performance DC motor driver designed for efficient control of brushed DC motors. Utilizing the advanced MIC4605, an 85V half-bridge MOSFET driver from Microchip, this board offers robust current handling of up to 1 Ampere and voltage support up to 40 Volts, providing reliable motor driving capability suitable for various development and industrial projects.

The device operates at input voltages of 3.3 V or 5 V, making it compatible with a wide range of microcontroller units using PWM signals for precise speed control. The half-bridge topology allows for advanced regulation of motor speed through the PWM interface, while an adaptive dead time mechanism and shoot-through protection circuitry ensure maximum switching efficiency and device protection.

This development kit interfaces through general-purpose input/output (GPIO) pins and PWM, enabling simple integration with host systems. Its low power consumption design is ideal for battery-operated handheld tools and fan motor applications, enabling energy-efficient motor control in compact form factors.

The intelligent shoot-through protection mechanism prevents the overlapping of switching signals in the MOSFETs, effectively avoiding damage caused by shoot-through currents and enhancing the durability of connected motors and driver circuitry.

Drives brushed DC motors up to 1A and 40V voltage. Incorporates MIC4605 half-bridge driver with adaptive dead time. Supports PWM control from host MCU operating at 3.3V or 5V. Interfaces via GPIO and PWM for versatile connectivity.

Low power consumption tailored for handheld and fan motor uses. Advanced protection features including shoot-through current avoidance.

This motor driver kit is suitable for applications in robotics, embedded systems, HVAC fan control, industrial automation, and educational development platforms where efficient and precise DC motor control is required. Originating from Serbia, the product adheres to robust manufacturing standards.

Explore a wide range of motor driver development tools and components for projects in electronics, industrial control systems, and embedded motor control on EnvMart.

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