DPD120030-P6N

The DPD120030-P6N is a powerful AC DC desktop, wall adapter designed for a variety of applications. This adapter is a rugged unit offering efficiency levels above 80%, higher than its direct competitor. With its high peak power, active power factor correction, excellent thermal design, and cost effectiveness, this adapter is ideal for all types of applications, from desktop computer use, industrial power systems to medical and automotive works.

This AC DC desktop, wall adapter is designed with a wide input voltage range of 90 to 264VAC. It operates at a nominal range of 95 to 253VAC and a line frequency range of 47 to 63Hz. The full load efficiency of this adapter is above 87%, reaching up to 90% at 200W output. It offers thermal shutdown and over current protection features, with a power output of 130W maximum.

The working principle of the DPD120030-P6N involves the conversion of an alternating current to a direct current. This is done so electronic elements and circuits can be powered. The adapter consists of two separate circuits - one for rectifying the AC voltage and the other for regulation purposes. First, AC voltage is converted to DC using a power diode bridge. The rectified voltage is then regulated using a power MOSFET (metal-oxide-semiconductor field-effect transistor) and pulse-width modulation technique.

Since this adapter uses a single output configuration, there are no additional components required. This also helps reduce overall system costs. Additionally, the adapter’s active power factor correction feature allows for an increased power efficiency while minimizing input current distortion. This in turn reduces current harmonic waveform distortion and, therefore, power line pollution.

The DPD120030-P6N is a highly efficient and cost-effective AC DC desktop, wall adapter designed for a variety of different applications. It features high peak power, active power factor correction, excellent thermal design, and features for safety and protection. With this adapter you can be sure to get the most out of your electronic elements and circuits for both commercial and industrial uses.