NNS1512

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AC-DC converters are components used to convert AC electrical power to DC voltages, and are commonly used in power supplies in a wide variety of industrial and consumer applications. The NNS1512 is an AC-DC converter designed for applications with high power and high voltage requirements. This device is designed to be used in medium to high power applications such as medical equipment, white goods, switch-mode lighting, and linear lighting applications.

The NNS1512 is a two-port DC/DC converter featuring active loop control with no optoisolator or other discrete components. It features a wide input voltage range of 80 to 260 VDC, with an output range of 0 to 450 VDC. This device also features a maximum output current of 60 A, making it suitable for applications demanding high current. The NNS1512 is designed for efficiency levels up to 97%, and features low EMI and low THD output noise.

The working principle of the NNS1512 AC-DC converter is based on switch mode power supplies. These modules contain a controller and an electronic switch, which are used to regulate the current and voltage of a DC power supply. When an AC voltage is applied to the input, the controller senses the input voltage and turns the switch on and off accordingly, converting the AC power to a DC voltage output. This DC voltage is then regulated by the active loop control, which ensures that the output current is stable and clean.

The NNS1512 converter can be used in a variety of applications where high power and high voltage are needed. It is suitable for medical equipment power supplies, white goods, switch-mode lighting, and linear lighting applications. Its features make it ideal for applications with wide input voltage ranges, high output power, dense power conversion, high efficiency, and low EMI performance.

The NNS1512 AC-DC converter is a robust, cost-effective solution for applications requiring high current and voltage levels. Its wide input voltage range makes it suitable for a variety of industrial and consumer applications, while its active loop control and high efficiency guarantee clean and stable power output. This device is an ideal choice for high power and high voltage applications, making it a reliable component for medical equipment, white goods, switch-mode lighting, and linear lighting applications.

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