NMP1K2-#CC#HC-00

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AC/DC converters are the most important component in power systems, electrical machines, and other similar applications. The NMP1K2-#CC#HC-00 is one such converter, which can provide new opportunities for applications in various fields. This article will explain the application field and working principle of the NMP1K2-#CC#HC-00 converter.

Application Field of NMP1K2-#CC#HC-00

The NMP1K2-#CC#HC-00 converter is an AC/DC converter specially designed for power systems. This converter offers a wide range of features that make it suitable for various applications, such as home solar systems, industrial automation, and medical equipment. The converter can also be used for LED lighting, UPSs, and power supply for heavy electric machines.

The NMP1K2-#CC#HC-00 is designed to be capable of operating in a wide input voltage range of 85 to 500 VAC. This makes it suitable for both single-phase and three-phase power systems. The maximum efficiency of the converter is up to 96%. The NMP1K2-#CC#HC-00 also has an output power range of 1kVA, and it can provide protection from short-circuit, overload, and overvoltage.

Working Principle of NMP1K2-#CC#HC-00

The NMP1K2-#CC#HC-00 is a PFC (power factor control) full-bridge converter. It works on the principle of rectification and filtering of alternating current to obtain a regulated DC voltage. The three-phase input voltage is rectified by a three-phase bridge rectifier, producing a DC voltage. This DC voltage is then filtered by a series of capacitors connected in parallel across the bridge output. This filtered DC voltage is then fed to the converter.

The converter is a full-bridge type, which is often called as a buck converter. This converter is designed to reduce the voltage from the input higher voltage to a lower voltage at the output. The converter operation can be explained in the following steps: The high input voltage is first rectified to obtain a DC voltage, which is Applied to the converter. The input high voltage is then divided by switching in the converter. The divided voltage is then filtered and smoothed by an inductor and a parallel capacitor. This filtered voltage is then applied to the load.

The NMP1K2-#CC#HC-00 converter has a PFC system, which enables the converter to compensate for the power factor of the input voltage and maintain the voltage waveform at the output constant. This PFC system significantly enhances the performance and reliability of the NMP1K2-#CC#HC-00 converter.

Conclusion

The NMP1K2-#CC#HC-00 is a highly efficient AC/DC converter for power systems. It offers a wide range of features, which make it suitable for various applications. It is PFC enabled, which ensures the high reliability and performance of the converter. The article has covered the application field and working principle of the NMP1K2-#CC#HC-00 converter.

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