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ORIGINAL RESEARCH
An interleaved high stepāup DCāDC converter based on coupledāinductor
Version of Record online: 30 January 2024
This paper proposes an interleaved coupled-inductor high step-up direct current (DC)āDC converter. The proposed converter has benefits such as low voltage stress across semiconductor elements, high voltage gain, and continuous input current which makes it suitable for applications such as renewable energy sources. In addition, to reduce the negative effects of leakage inductance and recover the energy stored in it, a diode-capacitor clamp circuit is used. Moreover, a comprehensive analysis has been done on the details of the performance of the proposed converter in different operation modes. Also, its design, the voltage and current equations of all the elements, and efficiency analysis are obtained. In addition, a comprehensive comparison has been made with some similar converters.

ORIGINAL RESEARCH
Fault diagnosis method of a cascaded Hābridge inverter based on a multisource adaptive fusion CNNātransformer
Version of Record online: 30 January 2024

ORIGINAL RESEARCH
Optimizing energy consumption in smart homes: Load scheduling approaches
Version of Record online: 30 January 2024
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