NMP1K2-#CCCCK-00

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

AC/DC Converters are important components in a variety of electronic systems and have been applied to many tasks involving energy conversion. One such converter is the NMP1K2-#CCCCK-00, which is a single-phase pulse-width modulation (PWM) converter that is capable of both Buck and Boost operations with excellent load and line regulation. This article will provide an overview of the application field and working principle of the NMP1K2-#CCCCK-00.

Overview of the NMP1K2-#CCCCK-00

The NMP1K2-#CCCCK-00 AC/DC converter is a highly efficient, low-cost energy conversion solution for applications ranging from20V up to 1500V and can handle up to 4 kW output power. The NMP1K2-#CCCCK-00 is designed for two topology configurations, Boost and Buck, allowing it to convert an AC input voltage to either a higher or lower DC output voltage. The unique design of the NMP1K2-#CCCCK-00 includes an integrated regenerative snubber-capacitor switching circuit, providing for fast and accurate control of the input and output voltages. This allows the NMP1K2-#CCCCK-00 to perform its conversion with minimal power losses.

Application Field

The NMP1K2-#CCCCK-00 AC/DC converter is suitable for a wide range of applications in various industries, such as industrial automation, lighting, machine tools, engineering systems, and consumer electronics, due to its excellent load and line regulation characteristics.

In industrial automation systems, the NMP1K2-#CCCCK-00 can be used for driving motors, including servo, stepper, and induction motors. The NMP1K2-#CCCCK-00 can also be used for driving UPS systems, welding machines, electric tools, and other energy-conversion systems.

In the lighting industry, the NMP1K2-#CCCCK-00 can be used for driving LEDs, halogen and xenon lamps, and other lighting elements. The NMP1K2-#CCCCK-00 can also be used in machine tools, engineering systems, and consumer electronics applications.

Working Principle of the NMP1K2-#CCCCK-00

The NMP1K2-#CCCCK-00 converter utilizes a BuckBoost type topology to achieve the highest efficiency and excellent load and line regulation characteristics. It utilizes a single-phase PWM control scheme with a master-slave configuration and integrated regenerative snubber-capacitor switching circuit.

In Buck mode, the converter uses a pair of high- and low-side switches to step the AC input voltage down to the required lower DC output voltage. The output voltage is kept at the preset level by continuously modulating the frequency of the PWM signal by PID algorithm. As the load changes, the PWM signal is modulated to ensure the output voltage remains at the set point.

In Boost mode, the primary switch connects from the input voltage and the secondary switch is open for an adjustable time period. This forms a flyback converter which stores energy in an output capacitor. The output voltage is increased through a varying duty cycle of the PWM signal, and when the output voltage reaches target, the duty cycle is reduced until the energy stored in the output capacitor has been exhausted.

The integrated switch mode of the NMP1K2-#CCCCK-00 provides high efficiency, with minimal power loss. The output voltage regulation is also excellent due to the integrated regenerative snubber-capacitor switching circuit, which helps ensure the output voltage remains stable in response to varying load conditions.

Conclusion

The NMP1K2-#CCCCK-00 AC/DC converter is an efficient and versatile energy-conversion solution for a variety of applications in multiple industries. The NMP1K2-#CCCCK-00 utilizes a BuckBoost topology with a single-phase PWM control scheme and integrated regenerative snubber-capacitor switching circuit to provide excellent load and line regulation with minimal power losses. This makes the NMP1K2-#CCCCK-00 an ideal solution for applications requiring accurate and reliable energy conversion.

The specific data is subject to PDF, and the above content is for reference