SDI50-18-UC-P5R

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The SDI50-18-UC-P5R is an AC DC Desktop, Wall Adapters adapter that is used to convert AC to DC and is able to deliver 50W of power. This adapter is best suited for industrial/ commercial and general consumer applications.

The SDI50-18-UC-P5R is a fully regulated adapter that has an input voltage range of 100-240VAC. Its output is adjustable from 18VDC and it can deliver up to 50 Watts. Additional features of the adapter include over-voltage, over-current, and short-circuit protection, EMI/RFI noise suppression, and remote sensing.

The SDI50-18-UC-P5R is designed to comply with the IEC 60950-1 with UL60950 and 62368 safety regulations. It can operate in temperatures ranging from -20 to +60 degrees Celsius and humidity between 0 to 90%. It is also marked with the CE sign, a symbol that demonstrates its compliance with European standards.

The SDI50-18-UC-P5R incorporates the use of SMD (Surface Mount Device) components for better thermal performance as well as higher power efficient delivery. Its size is incredibly small and lightweight at only 4.37×2.76×1.4 inches and 1.4 lbs, allowing for easy integration into existing systems.

At the heart of the adapter is its internal transformer. The transformer steps up voltage from the input and the use of a switching transistor rectifies and regulates the output voltage. The current limiting capability is then used to protect the load and the adapter from any possible over-current surges.

The SDI50-18-UC-P5R is perfectly suited for use in telescopical battery chargers, industrial battery backup systems, medical equipment, vending machines, POS machines, fuel cell systems, and other applications that require a reliable and constant flow of current.

In conclusion, the SDI50-18-UC-P5R is an AC DC Desktop, Wall Adapters solution that is capable of providing a reliable and safe supply of power over a wide range of temperatures and humidity. Its size is very compact and lightweight, making it easy to integrate into existing systems, and its SMD components allow for improved thermal performance and efficient delivery.

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