Manufacturer Part Number
TLE94108ESXUMA1
Manufacturer
Infineon Technologies
Introduction
The TLE94108ESXUMA1 is a sophisticated power management integrated circuit (PMIC) designed for full and half-bridge motor driving applications, offering reliable performance for controlling DC motors and other general-purpose tasks.
Product Features and Performance
Supports half bridge configurations (8 outputs)
Integrated charge pump for enhanced performance
Robust fault protection including current limiting, overtemperature, and short circuit
Logic, PWM, and SPI interfaces for flexible control
Operating temperature range from -40°C to 150°C
Product Advantages
High integration simplifies design and reduces external component count
Capable of driving both inductive and resistive loads
Low Rds On (1.3Ohm) for both low-side (LS) and high-side (HS) channels, reducing power losses
Extended temperature range enhances reliability in harsh environments
Key Technical Parameters
Technology: Advanced PMIC for motor control
Rds On (Typ): 1.3Ohm LS, 1.3Ohm HS
Operating Voltage: 3V to 5.5V for both supply and load
Compatible with DC Motors, and general-purpose applications
Quality and Safety Features
Current Limiting prevents overcurrent damage
Over Temperature Protection ensures thermal safety
Short Circuit Protection enhances operational safety
Compatibility
Interface compatibility with various logic types, PWM, and SPI
Load compatibility with inductive and resistive types
Suitable for use in a multitude of motor control circuits thanks to its versatile power range
Application Areas
Industrial automation
Automotive systems
Consumer electronics
Robotics and drones
Product Lifecycle
Product Status: Active, not nearing discontinuation
Ongoing availability of replacements and potential upgrades
Several Key Reasons to Choose This Product
Highly reliable PMIC from a trusted manufacturer, Infineon Technologies
Comprehensive fault protection features ensure long-term reliability
Versatile control interfaces enhance compatibility with various systems
Optimal for managing power in a wide range of electronic applications
Enables compact and efficient design for power management systems