Manufacturer Part Number
FSDM0565RWDTU
Manufacturer
onsemi
Introduction
The FSDM0565RWDTU is a high-performance AC DC converter and offline switch integrated into one manufactured by onsemi, part of its FPS™ series. Designed for power management applications, it features an innovative flyback topology.
Product Features and Performance
Integrated internal switch with 650V breakdown voltage
Flyback topology for efficient power conversion
Startup voltage of 12 V and operating voltage range from 8V to 20V
Maximum duty cycle of 82%
Switching frequency set at 66kHz
Capable of delivering power up to 70W
Embedded with fault protection mechanisms including current limiting, overload, over temperature, and over voltage
Product Advantages
High integration reduces component count
Isolation provides safety and flexibility in various applications
Diverse fault protection enhances system reliability
High efficiency due to optimized duty cycle and frequency
Key Technical Parameters
Voltage Breakdown: 650V
Voltage Start Up: 12V
Voltage Supply (Vcc/Vdd): 8V ~ 20V
Duty Cycle: 82%
Frequency Switching: 66kHz
Power (Watts): 70 W
Quality and Safety Features
Isolated output ensures safe operation in electrically noisy environments
Comprehensive fault protection capabilities safeguard against common electrical issues
Compatibility
TO-220-6 Full Pack, Formed Leads package for through-hole mounting offers compatibility with a variety of PCB layouts
Application Areas
Power supply units
Consumer electronics
Telecommunications equipment
Industrial control systems
Product Lifecycle
Classified as Obsolete, suggesting the presence of newer alternatives or versions
Potential buyers should inquire about replacements or upgrades for ongoing applications
Several Key Reasons to Choose This Product
High breakdown voltage allows use in high-voltage applications
The efficiency and flexibility offered by the flyback topology
Wide operating voltage range accommodates various power sources
Durable design with robust fault protection features ensures reliability
Obsolescence status necessitates consideration of future support and alternatives
