DRV8353HRTAR - Texas Instruments

Manufacturer Part Number

DRV8353HRTAR

Manufacturer

Texas Instruments

Introduction

The DRV8353HRTAR is a high-performance motor driver, part of Texas Instruments' power management and motor driver product line, designed to efficiently control brushless DC (BLDC) motors.

Product Features and Performance

Sophisticated controller for commutation and direction management

Integrates pre-driver functionality for half-bridge configurations

Utilizes advanced Power MOSFET technology for superior performance

Capable of driving multiphase stepper motors as well as BLDC motors

Hardware interface simplifies integration into systems

Supports a broad voltage supply range from 6V to 95V

Product Advantages

High flexibility in controlling various motor types

High-efficiency power management reduces thermal footprint

Simplified hardware interface expedites development time

Key Technical Parameters

Current Output: 5mA

Voltage Supply: 6V ~ 95V

Voltage Load: 9V ~ 75V

Operating Temperature: -40°C ~ 125°C (TA)

Quality and Safety Features

Robust operation over wide temperature ranges ensures reliability in challenging conditions

Advanced packaging for improved heat dissipation

Compatibility

Designed for use with a wide array of brushless DC motors

Surface mount package enhances compatibility with modern PCB layouts

Application Areas

Ideal for applications requiring precise control of BLDC motors, including drones, electric vehicles, industrial automation systems, and robotics

Product Lifecycle

Currently, the product status is active

There's no current indication of nearing discontinuation, ensuring long-term availability

Several Key Reasons to Choose This Product

High-voltage support meets the requirements of a broad range of applications

Texas Instruments' reputation for quality and reliability

Superior thermal management capability extends the life of the product

Flexibility in motor control applications, from automotive to industrial

Easy to integrate into existing systems with minimal additional components