Manufacturer Part Number
UC2879DW
Manufacturer
Texas Instruments
Introduction
The UC2879DW is an integrated circuit within the power management category, specialized for AC/DC converters and offline switching.
Product Features and Performance
Integrated full-bridge controller
Operates from 9.25V to 20V supply voltage
50% duty cycle
High-frequency switching at 300kHz
Features current limiting fault protection
Includes frequency control and soft start
Synchronous operation capability
Product Advantages
Provides efficient power conversion for full-bridge topologies
High-frequency operation allows for smaller component size
Advanced control features for improved system reliability
Robust operating temperature range for versatility in applications
Supports smooth startup and reduced stress on components with soft start
Key Technical Parameters
Topology: Full-Bridge
Voltage Supply (Vcc/Vdd): 9.25V ~ 20V
Duty Cycle: 50%
Frequency Switching: 300kHz
Operating Temperature: -40°C ~ 85°C
Quality and Safety Features
Built-in current limiting for protection against overcurrent conditions
Compatibility
Compatible with non-isolated setups requiring full-bridge control
Designed for use with a wide range of external components
Application Areas
Industrial power supplies
Telecom power systems
Motor control applications
UPS systems
High-power AC/DC converters
Product Lifecycle
Active status indicating ongoing production and support
Not indicated as nearing discontinuation, replacements or upgrades should be consulted with Texas Instruments for future-proofing
Several Key Reasons to Choose This Product
Reliable performance from a reputable manufacturer like Texas Instruments
Suitable for high-power and efficiency-critical applications
Versatile supply voltage range accommodating different power systems
Frequency control and synchronization afford precise power management
Industry-standard packaging and high-frequency operation enable integration into a wide variety of designs
Operational across an extensive temperature range, assuring performance in harsh environments