ST AC-DC converters help designers build efficient, reliable power supplies while reducing design complexity for modern switch-mode power supply applications.With solutions ranging from high-voltage converters, power factor correction controllers, PWM controllers, synchronous rectification controllers, and voltage and current controllers, ST portfolio supports a wide range of power levels and topologies.Whether you are designing adapters, chargers, industrial power supplies, LED lighting, server front ends, or consumer equipment, ST solutions enable higher power density, lower standby losses, and easier compliance with stringent energy regulations.
ST AC-DC converters help designers build efficient, reliable power supplies while reducing design complexity for modern switch-mode power supply applications.With solutions ranging from high-voltage converters, power factor correction controllers, PWM controllers, synchronous rectification controllers, and voltage and current controllers, ST portfolio supports a wide range of power levels and topologies.Whether you are designing adapters, chargers, industrial power supplies, LED lighting, server front ends, or consumer equipment, ST solutions enable higher power density, lower standby losses, and easier compliance with stringent energy regulations.
Application
ST AC-DC converters support power conversion systems that need efficient energy transfer, stable regulation, and reliable performance across a broad range of equipment.
Product types
From classic standard PWM and PFC controllers to highly integrated resonant and offline converter architectures, ST provides a scalable set of product families for efficient and reliable power supply designs
Highly integrated controllers for constant-voltage and constant-current SMPS designs that help simplify development for adapters, chargers, and LED drivers
Benefits:
ST AC-DC converters help designers build compact, efficient, and reliable power supplies across a wide range of applications and power levels.
- Broad coverage of AC-DC power conversion architectures
- High efficiency across load conditions
- Reduced standby consumption for energy-sensitive designs
- Improved robustness through integrated protection features
- Lower external component count and simplified design
- Scalable solutions from mainstream to advanced systems
- Support for isolated and non-isolated applications
- Suitable for industrial, consumer, and high-performance equipment
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