DPS090110UPS-P14N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

AC DC Desktop, Wall Adapters

DPS090110UPS-P14N is a type of AC-DC Desktop and wall adapter, designed for applications that require a reliable external power supply. The adapter operates by converting alternating current (AC) voltage to a usable direct current (DC) voltage for powering equipment.

With a wide input voltage range, DPS090110UPS-P14N provides an economical and standardised power solution for multiple applications. It is designed with a rugged and sturdy case for increased durability. It has a high total efficiency over a wide load range, excellent output voltage regulation, and a choice of either single- or multi-output designs for flexibility.

Applications

DPS090110UPS-P14N is ideal for a wide range of applications, including computers, medical equipment, telephones, industrial control and instrumentation, industrial controls, handheld devices, and battery charging. It can also be used for powering automotive, aerospace, and defence equipment.

Specifications

DPS090110UPS-P14N has a universal AC input voltage that ranges from 90-265VAC with a low inrush current of 8A @ 277VAC. The maximum no-load operation input is 150mV. It offers a highly regulated output. The maximum ripple and noise is 100mV. The total efficiency of the adapter is 85%.

Working Principle

DPS090110UPS-P14N works by converting AC voltage to a usable DC voltage for powering equipment. When power is supplied to the adapter, the AC voltage is first converted into a DC voltage using an AC-DC rectifier. This rectified DC voltage is then sent to a switch-mode converter, which steps the voltage up or down (if necessary) and generates a regulated DC output voltage. This regulated DC voltage is then sent to the output terminals on the adapter, which can be connected to the equipment to be powered.

DPS090110UPS-P14N provides a reliable and economical power system for multiple applications, and is an ideal choice for powering sensitive and heavy-duty equipment.

The specific data is subject to PDF, and the above content is for reference