DTS050400UDC-P13N

AC/DC desktop, wall adapters are devices commonly used to provide a low power source of electricity from a high power input source. DTS050400UDC-P13N is a specific type of AC/DC desktop, wall adapters.

The DTS050400UDC-P13N AC/DC desktop, wall adapters provide 13 watt output and incorporates a universal input voltage of 100VAC to 240VAC as well as protection functions such as over current protection and over temperature protection. It is a low profile, light weight AC/DC desktop, wall adapter that is suitable for limited space areas.

The DTS050400UDC-P13N application field covers a wide variety of IT applications such as Networking, consumer electronics, audio/visual products, medical equipment, networking products, and industrial and laboratory applications. It also works well in computer hardware and peripheral components. Due to its high efficiency and light weight, the unit is commonly used in medical equipment.

The working principle of the DTS050400UDC-P13N AC/DC desktop, wall adapter is based on an AC/DC converter. The AC power is fed into the adapter through a power cord, and then it is converted to DC power. The DC power is then regulated with components such as inductors and capacitors to ensure the output power is within the specifications. The output is connected to the device requiring power, such as a laptop or printer, through a power plug.

In addition to its limited space characteristics, the DTS050400UDC-P13N AC/DC desktop, wall adapter has several safety features. These features include over current protection, reverse polarity protection, over voltage protection, and over temperature protection. These features ensure that the device is not damaged and that it is used safely.

The DTS050400UDC-P13N AC/DC desktop, wall adapter is an excellent choice for applications that require a low power, universal input voltage source. It is lightweight and low profile, making it well suited for limited space applications. It has several safety features, such as over current protection, reverse polarity protection, over voltage protection, and over temperature protection, allowing the device to be used safely and reliably.