Fast switching techniques at high frequencies are employed for quick charging and energy conversion in electric vehicle (EV) power converters. Electromagnetic interference (EMI) noise is produced due to the fast-switching process, which may result malfunctioning degraded EV performance. In this work, a digital chaotic pulse width modulation (DCPWM) technique-based EMI mitigation process has bee...

High power applications such as motor drive control requires a higher voltage level of the DC-DC converter fed from low-level DC input sources. For increasing output voltage, gain is increased using pump circuit consisting inductors and capacitors connected in different forms. The effect adding energy storage elements includes parasitic resistances affects performance. This research paper inten...

In this article, an ultra-high step-up DC-DC converter has been proposed. The topology of the is a combination cascaded boost converter, positive output super lift Luo (POS LLC), and voltage multiplier cell (VMC). lower values duty cycle provide more than 10 times gain. Consequently, high gain provided beside value voltage/current stress semiconductor acceptable efficiency. With detailed look, ...

در این مقاله، یک کنترل کننده بهبودیافته مد لغزشی مرتبه کاهش یافته و با کنترل کننده pi، برای مبدل positive output elementary super lift luo (poesll) در حالت پیوسته معرفی شده است. به دلیل عمل کلیدزنی پی درپی، رفتار این مبدل به شدت غیرخطی است. کنترل کننده طراحی شده عملکرد دینامیکی و استاتیکی این مبدل را بهبود می دهد. اصلی ترین مزیت این کنترل کننده در مقایسه با دیگر کنترل کننده ها، کنترل و تنظیم ول...

An ultra-high step-up, non-isolated DC–DC converter with a continuous input current was developed as result of this research. This converter’s architecture consists voltage multiplier cell (VMC), positive output super lift Luo (POSLLC), and quadratic boost (QBS) (also referred to cascaded topology (CBT)). Thus, the bold points topologies mentioned earlier enhance gain proposed topology. It is i...

This paper deals with a comparative analysis of various converter topologies for Power Factor Correction (PFC) in switched reluctance motor drives. Hence a power factor corrected converter required for obtaining the improved PQ at the AC mains for an inverter fed SRM drive has been analyzed. The SRM when fed by a DBR with a high value of DC-link capacitor results in highly distorted supply curr...