NMP1K2-EKE#C#-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 devices that convert alternating current to direct current. The NMP1K2-EKE#C#-00 is a type of high power AC/DC converter, which offers efficient power conversion, low noise, and excellent dynamic response. It is a highly reliable device, and is widely used in high power applications.

The NMP1K2-EKE#C#-00 is a full bridge rectifier with a two phase power conversion system. It consists of four switches (an upper pair and a lower pair), two capacitors (C1 and C2), an inductor (L), two freewheel diodes (D1 and D2), two IGBTs (Q1 and Q2), and a control IC (U1). The four switches are connected across the AC input of the bridge, and they have two distinct operating modes. In one mode, the upper pair of transistors are turned on, and the lower pair is turned off, allowing current to flow from the AC line to the C1 capacitor. In the other mode, the upper pair of transistors are off and the lower pair is on, allowing current to flow from the C2 capacitor to the AC line. The two diodes are in parallel with the two switches, and they act as freewheel diodes. When the two switches are not conducting, the diodes allow the current in the inductor to continue to flow, by providing the path of least resistance.

The NMP1K2-EKE#C#-00 uses the two switches and two diodes to convert the AC voltage to a rectified, or pulsating, DC voltage. This DC voltage is then filtered by the C1 and C2 capacitors to provide a clean, low-ripple output. The IGBTs are used to control the current in the inductor and the switching of the upper and lower pairs of switches. The control IC is used to provide the appropriate logic signals to the IGBTs, controlling their switching timing and current flow. This allows the unit to provide excellent dynamic response, low noise, and efficient power conversion.

The NMP1K2-EKE#C#-00 is a powerful and reliable device for converting AC to DC. It is widely used in a variety of high power applications, such as medical equipment, electric vehicle charging stations, and power supplies. It has excellent dynamic response, low noise, and efficient power conversion, making it an ideal choice for powering these types of applications.

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