Manufacturer Part Number
A4946GLPTR-T
Manufacturer
Allegro Microsystems
Introduction
A4946GLPTR-T is a fully integrated motor driver designed for control and power stage management of multiphase motors.
Product Features and Performance
Fully integrated driver for ease of use
Compatible with multiphase stepper motors
Can also drive AC, Synchronous motors
Half Bridge output configuration with three channels
NMOS technology for high efficiency
Supports a voltage supply range of 4.75V to 5.25V
Capable of delivering output current of 1.91A
Operational across a wide temperature range from -40°C to 105°C
Automotive grade reliability
Product Advantages
High integration simplifies system design
Support for multiple motor types offers versatility
Efficient NMOS technology reduces power loss
Suitable for automotive applications due to rigorous grade standards
Key Technical Parameters
Motor Type - Stepper: Multiphase
Motor Type - AC, DC: AC, Synchronous
Voltage - Supply: 4.75V ~ 5.25V
Voltage - Load: 4.75V ~ 5.25V
Current - Output: 1.91A
Operating Temperature: -40°C ~ 105°C
Quality and Safety Features
Automotive grade specification ensures high reliability
Over-temperature protection for safety
Compatibility
Designed for use with multiphase stepper and synchronous AC motors
Application Areas
Intended primarily for automotive motor control applications
Product Lifecycle
Status: Active
Manufacturer indicates no impending discontinuation
Replacements or upgrades should be available within Allegro Microsystems product line
Several Key Reasons to Choose This Product
Fully integrated design reduces external component count and simplifies the circuit design
Multiple motor type support provides flexibility for various application needs
Automotive grade ensures reliability in vehicular environments
High temperature operational range makes it suitable for challenging thermal conditions
Efficient NMOS technology aids in reducing the overall energy consumption of the system
Packaged on Tape & Reel, which allows for simplified placement during automated manufacturing processes