MP4013GS-Z - Monolithic Power Systems Inc.

Manufacturer Part Number

MP4013GS-Z

Manufacturer

Monolithic Power Systems

Introduction

The MP4013GS-Z is a high-performance DC-DC controller IC designed for driving LED-based backlights and lighting applications. It features a SEPIC, step-down (buck), and step-up (boost) topology, allowing it to drive LEDs from a wide range of input voltages. The device offers analog and PWM dimming control for precise brightness adjustment.

Product Features and Performance

Wide input voltage range: 8V to 26V

Integrated SEPIC, step-down (buck), and step-up (boost) topology

600kHz switching frequency

Analog and PWM dimming control

Adjustable output current up to 1A per channel

Overvoltage, overcurrent, and thermal protection

Product Advantages

Versatile topology allows for driving LEDs from a wide range of input voltages

High switching frequency enables use of small external components

Analog and PWM dimming provide flexible brightness control

Comprehensive protection features ensure reliable and safe operation

Key Reasons to Choose This Product

Efficient and reliable LED driving solution

Flexible topology for diverse application requirements

Simple design with minimal external components

Robust protection features for long-lasting performance

Quality and Safety Features

Automotive-grade specification for reliable operation in harsh environments

Overcurrent, overvoltage, and thermal protection to ensure safety and reliability

Compatibility

The MP4013GS-Z is compatible with a wide range of LED-based backlight and lighting applications, including displays, signs, and general illumination.

Application Areas

LED-based backlights for displays

LED lighting for signs, indoor/outdoor illumination, and other applications

Product Lifecycle

The MP4013GS-Z is an active product, and there are no plans for discontinuation at this time. Customers are advised to contact our website's sales team for the latest product information and availability of any equivalent or alternative models.