Manufacturer Part Number
DRV8340HPHPRQ1
Manufacturer
Texas Instruments
Introduction
The DRV8340HPHPRQ1 is an automotive-grade motor driver controller optimized for managing brushless DC motors.
Product Features and Performance
Efficient half-bridge output configuration supporting 3-phase motors
Integrated Power MOSFET technology
Dual motor control interfaces: PWM and SPI for versatile control strategies
Precision commutation and direction management for optimal motor efficiency
Compatible with multiphase stepper motors
Operating temperature range from -40°C to 125°C
Product Advantages
High integration reduces system complexity and cost
Advanced thermal performance for reliability in automotive environments
Robust driver capable of handling variable voltages ranging from 5.5V to 60V
Accurate motor control achievable in diverse automotive applications
Key Technical Parameters
Voltage supply: 5.5V ~ 60V
Operating Temperature: -40°C ~ 125°C
Motor Compatibility: Multiphase stepper, Brushless DC motors
Control Interface: PWM, SPI
Package: 48-PowerTQFP
Quality and Safety Features
Automotive grade with AEC-Q100 qualification
Built-in thermal management features
Durable Power MOSFET technology
Compatibility
Ideal for BLDC and multiphase stepper motors
Surface mount packaging compatible with standard PCB technology
Application Areas
Automotive motor control systems
Electric vehicle powertrain systems
Automotive ancillary systems (e.g., power windows, HVAC fans)
Product Lifecycle
Status: Active
No announced discontinuation, ensuring ongoing availability
Supports future design upgrades and replacements
Several Key Reasons to Choose This Product
High voltage operation range making it suitable for a range of automotive applications
Dual interface options (PWM, SPI) allow for flexible control schemes
Robust temperature and electrical parameters aligned with automotive standards
Direct compatibility with multiphase and BLDC motors facilitates versatile usage
Reliable operation ensured by comprehensive quality and safety certifications