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AC DC Converters

NMP1K2-##CCHH-00 application field and working principle

AC DC converters are electric circuits that convert alternating current (AC) to direct current (DC). They are often used to power devices that require DC sources. AC DC converters can be used to power many everyday devices from lights and computers to medical equipment and industrial machinery.

The NMP1K2-##CCHH-00 AC DC converters are linear step-down converters specially designed for consumer and portable applications. The purpose of these converters is to take in AC (typically 120V-240V) and convert it into DC output power. They have wide input voltage range of 90V AC to 264V AC, and output voltage range of 12V to 24V. They are also designed to be extremely reliable and efficient, with extremely low losses.

The working principle of an NMP1K2-##CCHH-00 AC DC converter is based on a linear IC (also known as a linear regulator). The IC is connected to a diode bridge rectifier, which rectifies the AC voltage coming from the input source. The linear IC then takes in the rectified AC voltage and regulates it, to create an output DC voltage. The linear IC also has an active impedance, which helps in regulating the voltage.

The NMP1K2-##CCHH-00 converters provide an efficient and reliable DC output, while being extremely slim and lightweight. These converters are designed primarily for consumer applications, such as battery charging, low-power devices, and lighting. They are also popular for use in medical and industrial applications, such as powering sensors and wireless systems.

In summary, the NMP1K2-##CCHH-00 converters are linear step-down AC-DC converters designed for consumer and portable applications. The input voltage range is 90V AC to 264V AC with a rated output of 12V to 24V. The converters employ an IC connected to a diode bridge rectifier for regulation of the input AC voltage. These converters are efficient, reliable, slim and lightweight, making them ideal for applications such as battery charging, low-power devices, and lighting.

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