Since the inductor of the Boost converter is located at the input end of the circuit, the input current can be easily controlled by controlling the inductor current. Therefore, it is often used as the pre-stage of power factor correction (PFC) in switching power supplies [1.4]. Boost converters are also widely used in the field of low-voltage, portable electronic products [5.6]. In addition, since one end of its power switch tube shares a common ground with the power supply, its drive circuit design is easier. Therefore, many researchers have been tirelessly exploring measures to improve the topology of the Boost converter [7-10] and control methods to improve its performance [11-12
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