DTS120250U2/AC1-Z5N

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AC/DC Desktop, Wall Adapters represent a type of device used to convert AC voltage inside a wall socket into DC voltage to power any electrical device. One of the most popular AC/DC Desktop, Wall Adapters is the DTS120250U2/AC1-Z5N. Before discussing its application field and working principle, let\'s take a look at its features.

The DTS120250U2/AC1-Z5N is a 12 Watt AC/DC Desktop, Wall Adapter with a wide range input AC voltage from 100-240VAC and an output DC voltage of 12V and 0.25A. It is rated with enhanced efficiency Levels V, meeting the DoE Level V standards. It also provides temperature protection, short circuit protection, and overload protection. The device also has UL 60950-1, CE, FCC, VI, PSE, and CB safety certifications. Further, it is designed with a US plug and a cord length of 1.6m.

The DTS120250U2/AC1-Z5N is primarily used in LED lighting, sound systems, CCTV systems, routers, and other electronic devices. It is designed with high standards of safety for residential and commercial environments. The device is also used for prototyping, testing, and measuring in industrial and commercial settings. It is a high-performance device, with excellent voltage regulation, short circuit protection, and overload protection.

The operating principle of the DTS120250U2/AC1-Z5N is based on a switch-mode topology. Inside the device, an AC voltage is first stepped down by a mains transformer. This stepped down voltage is then rectified and filtered to produce a DC voltage. This DC voltage is then put through a DC-DC converter, where it is converted into the desired DC voltage output and current level.

The DTS120250U2/AC1-Z5N is an efficient and cost-effective AC/DC Desktop, Wall Adapter with multiple safety certifications and features. It is designed to provide power to LED lighting, sound systems, CCTV systems, routers, and other electronic devices. The device is also used for prototyping, testing, and measuring in industrial and commercial settings. Its working principle is based on switch-mode topology, allowing it to provide an excellent voltage regulation, short circuit protection, and overload protection.

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