SDI65-18-UC-P5R

SDI65-18-UC-P5R Application Field and Working Principle

The SDI65-18-UC-P5R is an AC/DC Desktop, Wall Adapters included in the SDI65 product family. Its main purpose is to provide a reliable, safe and cost-effective power supply for a variety of electronic applications.

The SDI65-18-UC-P5R is designed for a wide range of applications where the 3-phase AC input power is limited, such as in residential, commercial and industrial areas.

The SDI65-18-UC-P5R features a unique and patented dual-mode design. It can be used as a regular AC adapter or a wall plug. This allows for a wide range of applications. The AC adapter mode is used for powering devices that use both direct and alternating current (AC and DC), while the wall plug mode is used to power devices that use only AC.

In terms of working principle, the SDI65-18-UC-P5R operates on the buck-boost transformer principle. This is a type of transformer that can transform the voltage of a given input power source from lower to higher. The transformer is able to maintain a constant output voltage, even when the input voltage varies. This ensures a reliable and consistent power supply even in cases where the input power is fluctuating. In addition, the transformer also offers protection against electric and magnetic fields.

The SDI65-18-UC-P5R also has a built-in temperature switch. This is designed to sense when the temperature of the device reaches a certain level and then shut off the power supply to protect the device from overheating. The temperature switch can be adjusted to suit the specific needs of the user.

The SDI65-18-UC-P5R also has several built-in safety features such as self-resetting thermal protection and overcurrent protection. These features help to reduce the chances of equipment malfunction and damage.

The SDI65-18-UC-P5R is an energy-efficient and cost-effective power supply solution for a range of applications. It is capable of providing reliable power in a variety of environments and is suitable for use in many AC/DC applications.