DPD050055-Z6P-TC

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DPD050055-Z6P-TC AC/DC wall adapters are designed for desktop power applications, providing a reliable source of power for desktop devices. They are built with a single-stage flyback topology, providing customers with a safety-certified component for their device.

The DPD050055-Z6P-TC has a wide input range of 90~264V AC, making it suitable for both global and domestic applications. It features 101~450 VDC output and is capable of delivering up to 5 amps of output current. It also boasts an efficiency rating of up to 88% and low standby power usage.

Safety is a high priority for the DPD050055-Z6P-TC, as it is rated for up to 30V of isolation between the primary and secondary sides. It is also designed to meet the latest standards for safety, including EN 55032 and UL 60950. Additionally, it has a Class II construction to protect against shock and fire hazard.

The DPD050055-Z6P-TC has several features designed to make it suitable for use in desktop applications. First, it has low no-load power consumption, making it suitable for standby applications. It also features short circuit protection and over voltage protection, as well as over temperature protection. Finally, it has a wide temperature range, making it suitable for use in many environments.

The working principle of the DPD050055-Z6P-TC is relatively straightforward. When power is supplied to the primary side, the input is rectified and then stepped down to the desired voltage. The Flyback transformer then boosts the voltage up to the required output voltage. Finally, the power is regulated and sent to the load.

The DPD050055-Z6P-TC AC/DC wall adapters are designed for use in desktop applications. Their wide input range and high efficiency make them suitable for both global and domestic applications. They are designed to meet the latest safety standards, and include features such as short circuit protection and over voltage protection. Their working principle is based on the single-stage flyback topology, providing reliable power for desktop devices.

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