MIC4467CN

Gate Drivers Microchip Technology MIC4467CN Overview

The MIC4467CN by Microchip Technology is a robust quad low-side MOSFET driver designed to interface between digital logic and high power MOSFETs. This product excels in environments requiring high-speed switching and multiple channel operation, making it an ideal solution for sophisticated circuit designs. Engineered for reliability and performance, the MIC4467CN enhances system efficiency with its high peak output current and low shoot-through risk. Its ability to operate over a wide voltage range, coupled with enhanced power density, positions it as a critical component for developing advanced electronic systems. This Gate Drivers Microchip Technology MIC4467CN is particularly suited for driving high-speed MOSFETs and IGBTs, ensuring precise control and robust operation in demanding applications.

MIC4467CN Features

• Quad low-side driver configuration, enabling control of four MOSFETs independently.
• High peak output current of 1.2A per channel, suitable for driving capacitive loads.
• Wide supply voltage range from 4.5V to 18V, offering flexibility in various application designs.
• Low propagation delay and matched rise and fall times enhance response and reduce switching losses.
• Built-in under-voltage lockout for better operational safety and system reliability.
• Latch-up protected up to 500mA of reverse current, ensuring stability and protection against abnormal conditions.

MIC4467CN Applications

• DC/DC Converters: Utilized in high-frequency switching applications to drive the gates of MOSFETs in power conversion circuits, improving efficiency and response times.
• Motor Control Systems: Enables precise control of motor drivers in industrial and automotive applications, contributing to more efficient motor performance and speed regulation.
• LED Lighting Systems: Drives MOSFETs in LED dimming circuits, providing consistent and stable brightness control.
• Servo Drives: Supports servo motor controllers by providing the necessary currents to MOSFET gates, ensuring accurate positioning and movement.
• Power Management Modules: Applied in modules that require multiple MOSFET driving capabilities to manage power distribution effectively.