NMP1K2-#HHKHC-00

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AC DC converters are used to implement direct current (DC) power to different electrical systems. They are commonly found in appliances, vehicles, and portable electronic devices. The NMP1K2-#HHKHC-00 is one such AC DC converter. This converter, commonly used in commercial and consumer applications, is capable of changing voltage from one DC source to another in order to power an electrical system. It can also be used to provide a buffer for delivering or storing energy.

Design Features

The NMP1K2-#HHKHC-00 is a highly reliable AC DC converter. It features a high efficiency, low ripple circuit design that is operable for both positive and negative polarities. Additionally, it has excellent EMI suppression characteristics and offers complete galvanic isolation between the input and output.

This device is also protected from short-circuiting, over-currents and over-voltages, as well as reverse voltage and reverse-connection. It is designed to be highly reliable and durable with its built-in over-temperature protection.

Applications

The NMP1K2-#HHKHC-00 AC DC converter is suitable for a variety of commercial and consumer applications. It is often used as an energy buffer in electric vehicles, renewable energy sources, micro-grids and other smart grids, and home energy management systems. It is also suitable for uninterruptible power supplies (UPS), commercial lighting, automated manufacturing, and machine tools.

This converter is often used for mobile and portable applications due to its small form and low power consumption. It can be found in portable electronic devices, such as laptop computers, tablets, cellular phones, video game consoles, and portable medical equipment. It can also be used in industrial applications, such as power supplies and motor control systems.

Working Principle

The NMP1K2-#HHKHC-00 AC DC converter utilizes a full-bridge rectifier circuit to convert alternating currents (AC) to direct currents (DC). It starts by taking input voltage from the AC power source, typically at a magnitude of 110 V AC. This voltage is then rectified to a pulsating DC, which in turn is fed into a filter circuit using inductors and capacitors. These filter components act to smooth out the pulsating waveform, yielding a DC output voltage.

The output voltage of the NMP1K2-#HHKHC-00 can be adjusted using a pulse width modulation (PWM) controller. By changing the width of the pulses, it can control the amount of energy delivered by the AC DC converter and thus alter the output voltage. This allows for finer control and more precise voltage regulation.

In addition to voltage regulation, the controller also enables the tracking of current, voltage, and temperature. This is done using an integrated timer that constantly monitors the output voltage and automatically adjusts the pulse width to maintain a stable output.

Conclusion

The NMP1K2-#HHKHC-00 AC DC converter is a reliable and efficient device that is suitable for a variety of commercial and consumer applications. Its compact size and low power consumption makes it a great choice for mobile and portable applications. Its high-efficiency design, complete galvanic isolation, over-current protection, and pulse width modulation enable it to be used for voltage regulation and energy buffering.

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