NMP650-C#C#-00 Datasheet/PDFThe NMP650-C#C#-00 can be classified as an AC/DC converter, a device that can convert AC/DC power from one type of current (usually AC) to another (usually DC), allowing for different sources of power to be used in applications and equipment. Features of this particular converter include galvanic isolation, standard protection, and a wide input voltage range. The NMP650-C#C#-00 also has a number of different output current levels, ensuring that the amount of power generated by the converter is suitable for the application.
The working principle of an AC/DC converter is based on the fact that when AC power is converted into DC power, the amount of current that is transmitted is also changed. As AC has a distinct waveform, it is necessary to convert the power from AC to DC in order to use the devices and applications with a DC power source. This is achieved by using a rectifier, which converts the AC signal into an unbalanced DC signal. The rectifier can be made from a variety of components depending on the application, but the most common type is an H-bridge circuit.
This is an inductive circuit that is configured in a loop and includes two transistors, each switching a pair of diodes. When the AC voltage is applied, the transistor switches in turn across the diodes, allowing one of the two halves to be connected, thus converting the AC voltage to a DC voltage. This DC voltage can then be used to power the application or device.
The NMP650-C#C#-00 also features a galvanic isolation feature, which allows for protection against the currents of different voltage levels. By isolating the input from the output, the current cannot cross the boundary, thus providing additional protection from fluctuations in the current. As such, the device is able to protect both itself and the connected application.
The NMP650-C#C#-00 offers a wide input voltage range, allowing it to be used in many different applications and with various voltage sources. This can be useful for powering applications that require a larger voltage output than what is available in a single device. In addition, the device has a number of different current levels, allowing the user to select the appropriate output current level for their application.
By offering a wide input voltage range and multiple current levels, the NMP650-C#C#-00 is ideal for use in applications where the power requirements are different from the available current. This device can be used to convert AC/DC power into a DC voltage that is suitable for the application, as well as protecting the device from any sudden changes in the current.