NMP1K2-KEHK##-00

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The NMP1K2-KEHK##-00 is a type of AC/DC converters. It takes an alternating current input and outputs a regulated direct current. This is done by changing the input voltage frequency AC at one point in the circuit into another frequency or a pulse-width modulation at a different point in the circuit.

The NMP1K2-KEHK##-00 application field includes AC/DC power supply systems, digital electronic systems, motor control systems as well as electrical lighting systems and solar energy systems.

The working principle of the NMP1K2-KEHK##-00 is based on the fact that an AC voltage of a certain frequency is converted into a DC voltage of a different frequency. The input signal is first rectified into a DC signal by a diode bridge and then the ripple current is filtered out by an electrolytic capacitor. This results in a smooth DC signal.

The filtered DC signal is then fed to a pulse width modulator (PWM) which controls the output voltage and current. The PWM converts the DC signal into a series of pulses of fixed frequency and duty cycle. This pulse train is then applied to the inductor, which converts the signal back into AC. The AC voltage is then fed to the transformer which steps the voltage up or down and then rectified back to DC.

The NMP1K2-KEHK##-00 also includes a feedback circuit which helps maintain the output voltage and current. The feedback circuit measures the output voltage or current and then adjusts the duty cycle according to the measured values so that the output voltage and current remain constant. The feedback circuit also enables the NMP1K2-KEHK##-00 to provide over-voltage protection, over-current protection and short-circuit protection.

The NMP1K2-KEHK##-00 is a compact device which is perfect for applications that require high efficiency, good power factor, protection features, wide operating temperature range and wide input voltage range. It is also reliable and cost effective solution for AC/DC power supplies.

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