A8498SLJTR-T - Allegro MicroSystems

Manufacturer Part Number

A8498SLJTR-T

Manufacturer

allegro-microsystems

Introduction

The A8498SLJTR-T is a buck converter voltage regulator, specialized for power management applications, requiring a minimally varied output from a much higher input voltage.

Product Features and Performance

Step-down (buck) regulator topology

Adjustable output type which allows for versatile utility

Supports input voltage range from 8V to 50V

Can output voltages from 0.8V up to 24V

Delivers output current up to 3A

Designed to operate at temperatures ranging from -20°C to 85°C

Utilizes Surface Mount technology for mounting

Featured in an 8-SOIC package with an exposed pad for enhanced thermal dissipation

Product Advantages

High adaptability with a broad range of input and adjustable output voltages

Compact 8-SOIC-EP package suited for space-sensitive applications

Tolerant to a wide range of operating temperatures

Designed for easy implementation in surface mount technology setups

Key Technical Parameters

Voltage Input (Min): 8V

Voltage Input (Max): 50V

Voltage Output (Min/Fixed): 0.8V

Voltage Output (Max): 24V

Current Output: 3A

Quality and Safety Features

Ensures stable performance within the given operating temperature range of -20°C to 85°C

Compatibility

Suitable for boards employing surface mount technology

Application Areas

Ideal for portable consumer electronics, office equipment, and other digital devices requiring efficient power management within a compact configuration

Product Lifecycle

Currently active product status

Not nearing discontinuation, and replacements or upgrades are currently available if necessary

Several Key Reasons to Choose This Product

Wide input and output voltage range for enhanced versatility in application

High efficiency in converting input to a stable, adjustable output

Compact and reliable package suitable for crowded PCBs

Thermal management facilitated by an exposed pad in the package design

Robust build ensuring prolonged usability within specified temperature ranges