onsemi

FAN302HLMY

FAN302HLMY Description

The FAN302HLMY is an AC-DC Converter and Offline Switch manufactured by onsemi, featuring a Flyback topology and Surface Mount technology. This component is part of the mWSaver™ series and is designed for applications requiring isolated output voltage. The FAN302HLMY operates with a switching frequency of 85kHz and has a startup voltage of 16V. It is designed to work with a supply voltage range of 5V to 25V and has a duty cycle of 67%. This product is classified under EAR99, REACH unaffected, and has a moisture sensitivity level of 1 (Unlimited). The FAN302HLMY is packaged in a Tape & Reel (TR) format and is currently marked as obsolete.

FAN302HLMY Features

• Flyback Topology: Offers high efficiency and simple design for AC-DC conversion.
• Surface Mount Technology: Facilitates easy integration into printed circuit boards.
• Isolated Output: Ensures safety and reliability in applications requiring galvanic isolation.
• 85kHz Switching Frequency: Provides high efficiency and reduced electromagnetic interference.
• Fault Protection: Includes current limiting, over-temperature, and over-voltage protection for enhanced reliability.
• 5V to 25V Supply Voltage Range: Offers flexibility in various applications and system designs.
• 67% Duty Cycle: Allows for efficient operation in a wide range of conditions.

FAN302HLMY Applications

The FAN302HLMY is ideal for applications that require efficient and reliable power conversion with isolated output, such as:

• Telecommunications Equipment: Provides stable power supply for communication devices.
• Industrial Control Systems: Ensures reliable operation in harsh environments.
• Medical Devices: Offers isolated power for safety and reliability.
• Consumer Electronics: Supports power conversion in various electronic devices.

Conclusion of FAN302HLMY

The FAN302HLMY is a versatile AC-DC Converter and Offline Switch that offers high efficiency, reliability, and flexibility for a wide range of applications. Its Flyback topology, isolated output, and robust fault protection make it an ideal choice for demanding power conversion requirements. However, it is important to note that this product is now considered obsolete, and alternative solutions may need to be considered for new designs.