RP180H-4848SRW/P-HC

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DC-DC converters are devices used to convert a DC voltage into another DC voltage either higher or lower than the input voltage. The RP180H-4848SRW/P-HC is a high power, wide input voltage range DC-DC converter. It is typically used to convert a 48V input to an output voltage of 8.2V, at up to 360 watts of output power with 24V of input voltage. The device features an integrated heat sink, allowing it to handle high power levels in a small form factor.

The RP180H-4848SRW/P-HC features an integrated control system which allows it to receive an analog voltage input that can control the output voltage. This is typically used to provide a variable output voltage to meet the power needs of the system. The device also features comprehensive protection functions, such as: Overload protection, Short circuit protection, Overvoltage protection, Thermally induced shut down, and Reverse polarity protection, to ensure the device is safe and reliable during operation.

The primary application field for the RP180H-4848SRW/P-HC is for applications requiring a high power DC-DC converter. These applications include high density computing, telecom, automotive, industrial, medical, lighting and power supply designs.

The working principle of the RP180H-4848SRW/P-HC is based on the switching converter topology. A high speed switch is used to transfer energy from the input voltage to the output voltage. The transfer is accomplished by closing the switches and allowing current to flow from the input to the output, creating a voltage difference. The switching frequency is regulated by a pulse width modulation (PWM) circuit, and the output voltage is regulated by a linear power supply regulator. This allows the device to deliver a regulated DC output voltage that is adjustable through the control system.

In summary, the RP180H-4848SRW/P-HC is a high power, wide input voltage range DC-DC converter. It can convert a 48V input to an output voltage of 8.2V, at up to 360 watts of output power with 24V of input voltage. The device is typically used for high density computing, telecom, automotive, industrial, medical, lighting and power supply designs. It is based on the switching converter topology and features comprehensive protection functions and a control system that allows the output voltage to be controlled.

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