ECP40US05

ECP40US05 AC DC converters are designed to convert AC power from the most common household alternating current (AC) source to a fixed voltage direct current (DC) output. These AC to DC converters are typically used in consumer electronics such as televisions, DVD players, or computers to transform the AC current from the wall outlet into usable DC power.

The ECP40US05 AC DC converters feature a two-stage design that incorporates an AC-to-DC rectification process, during which an AC current is converted to a rectified DC voltage. Then, in the second stage, the DC voltage is filtered and converted into a specific, fixed voltage level required by the device being powered. The fixed voltage level is typically 5V, but can range from 3.3V up to 16V depending on the application.

The ECP40US05 converters are designed to accept an AC input voltage range of 90-132 VAC or 180-264 VAC, making them ideal for use in both North American and International markets. The output of the converter is regulated to maintain a tight output voltage tolerance appropriate for use in sensitive digital applications. The converters also feature protection against current overload, short circuit protection, and over temperature protection.

The ECP40US05 AC DC converters are highly efficient, allowing them to operate with minimal heat dissipation, and with load regulation of ±2%. The converters are designed to have an airflow level of 30 l/minute, making them ideal for applications where space is at a premium. The low amount of airflow is made possible by their green, energy-saving design.

In addition to the ECP40US05 AC DC converters, Mean Well offers a wide variety of AC DC power supplies for a variety of applications. Mean Well’s quality and innovation have earned them a worldwide reputation as a leader in power conversion technology. Whether you’re looking for a reliable and efficient power supply for your consumer electronics applications, or you’re in need of an industrial level power supply, Mean Well has a solution for you.