An energy-saving power supply circuit based on AI control

Abstract

This invention discloses an AI-controlled energy-saving power supply circuit, belonging to the field of energy-saving power supply technology. It includes an AI control module that regulates power supply through a single switching transistor and transmits power through an output processing module to supply power to electrical equipment. A temperature detection module detects the temperature, and when the temperature exceeds a set threshold, the AI ​​control module controls the power supply module to regulate power through alternating switching of dual switching transistors. Simultaneously, a control status detection module starts a timer. After the timer expires, if the temperature still exceeds the threshold, the AI ​​control module controls an auxiliary power supply module to supply power. The output processing module then combines the power outputs from the auxiliary power supply module and the main power supply module to reduce the power transmitted by the main power supply module. This AI-controlled energy-saving power supply circuit can reduce circuit temperature and power loss, thus achieving energy-saving power supply.

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