NFS110-7902PJ

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AC/DC converters are used to regulate the power transfer from a direct current power source to an alternating current source. The specific application of the NFS110-7902PJ is the power management for an embedded system. It can be used in the same system to control both the input voltage and the output voltage, and it is compatible for use in both AC and DC applications.

The input voltage of the NFS110-7902PJ is an alternating current of 110 VAC. It is not limited to exactly this voltage, however, since it is able to sense a wide range of input voltages. As such, it can be used with other AC power sources such as 208/230 VAC with no problem.

The output voltage of the NFS110-7902PJ can be adjusted between 2 and 24 volts DC. This enables the device to step down the AC to an appropriate level for the device. The output current is also adjustable, ranging from 5A up to 90A. This ensures that the output voltage is suitable for the connected device.

The working principle of the NFS110-7902PJ is based on the dual-converter architecture. This architecture consists of two main blocks; the inverter block and the rectifier block. In the first block, the AC power is used to create a voltage across a storage inductor. This voltage is then converted to a DC output in the rectifier block.

The inverter block is then used to convert the DC output back into an AC output. This AC output is then stepped down to the desired DC output voltage by the transformer. The combination of the two blocks then provides a reliable and efficient power conversion.

In addition, the NFS110-7902PJ also has a number of other features such as low power mode, thermal protection, output voltage monitoring, and an auto-shutdown feature. This ensures that the output voltage remains stable, and that the device remains reliable and safe.

Overall, the NFS110-7902PJ is a reliable power management device that is suitable for use in both AC and DC applications. It is able to convert AC to DC with excellent efficiency and reliability. The adjustable voltage and current output provide further control over the supply for a wide variety of applications. Through its dual-converter architecture and additional features such as thermal protection, it is an ideal choice for any embedded system.

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