Manufacturer Part Number
L6599DTR
Manufacturer
STMicroelectronics
Introduction
The L6599DTR is a resonant converter controller designed for driving power supply systems.
Product Features and Performance
Resonant converter controller
Optimized for zero-voltage switching
Built-in soft-start for progressive increase of the switching frequency
Error amplifier and reference voltage for regulation loop
Under-voltage lockout with hysteresis
Compatible with 50/60Hz home appliance applications
Supports half-bridge topology
Product Advantages
High-efficiency operation due to zero-voltage switching
Various protection features enhance system safety
Integrated functions can reduce external component count
Tailored for high-voltage resonant mode power supply
Designed to meet low power consumption requirements during standby
Key Technical Parameters
Voltage - Supply: 8.85V ~ 16V
Current - Supply: 3.5 mA
Operating Temperature Range: 0°C ~ 105°C
Mounting Type: Surface Mount
Package / Case: 16-SOIC
Supplier Device Package: 16-SO
Quality and Safety Features
Under-voltage Lockout with hysteresis
Over-current protection features
Thermal shutdown
Soft-start capability to prevent component stress
Compatibility
Designed for resonant converter topologies
Suitable for Surface Mount Technology (SMT)
Application Areas
Switched Mode Power Supplies (SMPS)
Telecom infrastructure
Flat-panel television power supplies
PC power supplies
Server and telecom power systems
Adapters
Product Lifecycle
Status: Not For New Designs
Potential for being phased out and replaced with newer technology
Several Key Reasons to Choose This Product
Efficient power conversion with resonant operation
Integration of multiple functions for reduced system complexity
Compatibility with SMPS designs, adapting to various end-user applications
Robust quality and safety features ensuring long-term reliability
Wide operating temperature range suitable for industrial applications
STMicroelectronics's reputation and support for power management solutions
L6598-PBLFSTMicroelectronics
L6598