DTS120150U/AC1-P7N

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

The DTS120150U/AC1-P7N AC DC Desktop, Wall Adapters offer numerous advantages owing to their compact and cost effective design. The adapters are well-suited for reliable operation and guaranteed protection against short-circuit. The 30-watt device is rated to deliver up to 80% efficiency, and provide a healthy 110-240V AC 50/60Hz input voltage.

The DTS120150U/AC1-P7N adopts SMD resistance components with excellent high temperature properties, and due to its built-in thermal protection shut-off mechanism, it can perform reliably to protect the system from damage. In addition, the device yields bi-directional current output with over voltage protection, over current protection and over temperature protection. Adapters from this series are available in models T3, TA1, PA1, P2, P4, P7N, PNY, P3 and P7F.

The DTS120150U/AC1-P7N AC DC Desktop, Wall Adapters are ideal for space-limited applications such as laptops, netbooks and server systems, and can be used for various purposes such as data storage, embedded computing and embedded networks. Furthermore, these devices are highly applicable to numerous fields, ranging from automotive, medical, gaming and industrial automation to communication, consumer electronics, digital signage, oil and gas, and security.

The working principle behind these devices is simple. An AC AC voltage transformer step down AC voltage to the desired level and then an AC DC converter converts AC voltage to DC voltage. This technique is is normally used when a device requires a regulated DC voltage that cannot be generated from a mechanical energy source. The DC voltage is then connected to the device and appropriately regulated to the required wattage.

To sum up, the DTS120150U/AC1-P7N AC DC Desktop, Wall Adapters provide an efficient solution to many applications. The compact, cost-effective design, reliable operation, protection against short-circuits and numerous available models make this design suitable for a range of uses. After understanding the working principle behind this devices, it becomes easier to appreciate why it is used for so many applications.

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