NMP650-EEEC-01

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AC DC converters are commonly used in many applications, ranging from electronic devices to industrial processes. One such converter is the NMP650-EEEP-01. This converter is specifically designed for medium and large power applications and offers both input voltage protection and programmable switching frequency.

The NMP650-EEEP-01 is a high-efficiency power conversion device able to produce an output current of up to 750mA. It has an input voltage range from 18 - 30 VDC and supports 19 standard output voltages including 3.3V, 5V, 12V and others. To protect the converter from overvoltage, it also has a programmable over-voltage protection feature.

This converter features a synchronous rectified BluePOWER MOSFET technology which allows the device to offer low static losses, resulting in higher overall efficiency. It also has a low quiescent current, only 1.1mA at 230VAC with no load, which helps it to meet efficiency requirements in most applications.

The NMP650-EEEP-01\'s built-in switching frequency is fully programmable from 200kHz to 2.2MHz, depending on the application being used. The device also offers adjustable dead times of 0 - 100μs. This allows the device to be adjusted for optimal performance in different applications.

The ease of use and the flexibility of the NMP650-EEEP-01 make it a highly versatile converter suitable for a variety of applications. It can be used to provide power to high-power LED drivers, to reduce system cost and complexity in portable devices, for high-efficiency lighting applications, and to turn AC inputs into regulated outputs. It can also be used in automotive applications as a buffer to ensure robust control of onboard electronics.

In conclusion, the NMP650-EEEP-01 is a reliable and versatile power conversion device designed to meet a wide range of applications. Its high efficiency, wide input voltage range, adjustable switching frequency and adjustable dead time make it a great choice for medium and large power applications. It can also be used in automotive applications as a buffer to ensure robust control of onboard electronics.

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