Quick Answer

• Automatic DC voltage regulator module with 36V6A up/down conversion
• Features 12A dissipation power and model number XYL3606
• Designed for computer applications and compatible with Sony devices

What is the Fasdga XYL3606 Voltage Regulator?

The Fasdga XYL3606 is an automatic DC voltage regulator module designed for versatile power supply applications. It efficiently converts input voltages both up and down to meet specific requirements.

This module supports a 36V6A range and boasts a significant 12A dissipation power, ensuring stable operation under load.

Its primary application is within computer systems, and it is noted for compatibility with Sony devices, making it a flexible component for various electronic projects.

Key Specifications of the XYL3606 Module

The XYL3606 model number signifies a specific configuration within the Fasdga product line. It operates as a voltage regulator, crucial for maintaining consistent power delivery.

With a supply voltage rating of up to 630v and a dissipation power of 12A, this module is built for robust performance in demanding environments.

The application focus is on computers, where precise voltage control is essential for component longevity and system stability.

Frequently Asked Questions:

What is the Fasdga XYL3606 voltage regulator module?

The Fasdga XYL3606 is an automatic DC voltage regulator module that supports 36V6A up and down conversion. It is designed for computer applications and has a 12A dissipation power.

What is the maximum supply voltage for the XYL3606?

The XYL3606 voltage regulator module has a maximum supply voltage rating of 630v. This allows for a wide range of input power conditions.

Is the XYL3606 compatible with specific devices?

Yes, the Fasdga XYL3606 voltage regulator module is listed as compatible with Sony devices. It is also primarily designed for computer applications.

What is the dissipation power of the XYL3606 module?

The XYL3606 module features a dissipation power of 12A. This indicates its capacity to handle and dissipate electrical power safely during operation.