DTS150133UDC-P12N

DTS150133UDC-P12N Application Field and Working Principle

The DTS150133UDC-P12N AC-DC desktop and wall adapters are designed for a wide range of applications, including home appliances, personal electronics, and medical equipment. These adapters are designed to fulfill the power needs of various equipment by providing a regulated DC output with excellent efficiency and an ultra-low no-load power draw of less than 0.15W.

The DTS150133UDC-P12N AC to DC adapter features a unique ultra-compact footprint with an industry-standard IEC320/C8 output connector, making it well-suited to power a range of applications. It also offers overload, over-temperature, over-voltage, and short-circuit protection, allowing it to be used safely in applications with potentially hazardous conditions.

The internal circuit of the DTS150133UDC-P12N AC-DC desktop and wall adapters is designed to ensure a reliable operation. Its input rectifier consists of two half-bridges that can withstand up to 280VAC input voltage. The rectifier\'s output is then fed to a high-frequency switching regulator with an active PWM control system. This configuration allows the output voltage to be adjusted via external trim settings.

The DTS150133UDC-P12N adapter\'s high-efficiency switch mode operation ensures an ultra-low no-load power draw and maximum efficiency rating of 85%. When operating below 75W, the adapter\'s full-load efficiency rating of 82% is far better than most other desktop and wall adapters. Capable of delivering up to 75W of continuous power, this adapter is suitable for a range of applications.

The DTS150133UDC-P12N desktop and wall adapter is a reliable and cost-effective power supply solution for a variety of equipment and applications. Its unique ultra-compact design and high efficiency make it ideal for home appliances, personal electronics, and medical equipment. With an optimised circuit design and multiple safety protection features, the DTS150133UDC-P12N AC to DC adapter ensures a reliable and secure operation.