Used RFPP 7823673020 #9196235 for sale

RFPP 7823673020 is a highly efficient power supply designed for a variety of applications such as distributed power systems or embedded systems. This power supply is split into three sub-systems: primary, secondary, and the board level power components. The primary section is the power entry module which includes the transformer, rectifier and main filter circuit. The transformer and rectifier convert the AC input voltage to a regulated DC output voltage. The filter circuit removes any unwanted noise or spikes. The secondary section is the power factor correction stage, which is responsible for ensuring that the output voltage is within a specified tolerance. The board level components are the input and output capacitors, EMI filter, and the output voltage regulator. This power supply has a universal input capability and can operate under universal input range from 85 to 265 Vac, or 110 to 270 Vac. The power supply is designed for an ambient temperature range of -20°C to +45°C and is certified to EN/IEC/UL 60950-1 safety standards. It also features an overload and short circuit protection, as well as auto recovery when over voltage or short circuit conditions are encountered. The efficiency of this power supply is high, with a peak efficiency of 90% providing power savings and cost savings over the life of the product. The power supply also features protection from over voltage and current limiting, which will protect it from damage in the event of a malfunction. Additionally, it is re-programmable and configurable to meet any desired voltage and current specifications, and the current can be adjusted up to the maximum continuous current output. The output is further protected with an integrated active inrush current limiter and transient response circuitry. Overall, 7823673020 is an efficient, reliable, and easy to use power supply suitable for a variety of applications. The input and output parameters are fully adjustable and configurable, as well as providing maximum protection against overload and short circuit conditions. This power supply is both cost-effective and reliable, and can provide a reliable, highly efficient power system for embedded and distributed operations.