MAX13256ATB+T - Analog Devices Inc./Maxim Integrated

Manufacturer Part Number

MAX13256ATB+T

Manufacturer

Analog Devices

Introduction

A power management integrated circuit designed for driving half-bridge configurations

Product Features and Performance

High power MOSFET technology

600mOhm low-side and 1Ohm high-side Rds On resistance

Integrated internal oscillator for PWM control

Status flag output for system feedback

Watchdog timer for system reliability

Operating temperature range from -40°C to 150°C

Product Advantages

Energy-efficient operation

Robust thermal management

Extended operational temperature range

Simple logic interface for easy control

Built-in protection features for enhanced safety

Compact surface mount form factor

Designed for driving inductive loads effectively

Key Technical Parameters

Output Configuration: Half Bridge (2)

Application: Transformers

Interface: Logic

Load Type: Inductive

Technology: Power MOSFET

Rds On (Typ): 600mOhm LS, 1Ohm HS

Current - Output/Channel: 850mA

Supply Voltage: 8V ~ 36V

Load Voltage: 8V ~ 36V

Quality and Safety Features

Current limiting functionality

Thermal protection with over-temperature shutdown

Under-Voltage Lockout (UVLO) for system stability

Compatibility

Surface Mount compatible

Suitable for transformers and other inductive loads

Application Areas

Industrial Automation

Power supplies

Motor control circuits

Robotics and automation systems

Product Lifecycle

Active status

Not reported as nearing discontinuation

Alternates or upgrades should be checked with the manufacturer

Several Key Reasons to Choose This Product

Efficient half-bridge driver for a wide range of voltages

Durability for high-temperature environments

Integrated safety features to prevent device failure

Easily integrated into existing systems due to standard surface mount packaging

Supports a broad array of power management applications

Designed by a reputable manufacturer in power management solutions

Built for longevity and reliability in demanding conditions