… quality of such converters. This paper … novel split duty super boost converter (SDSB) involving
switched structure of passive components for a partial contribution in the voltage boosting. …

… in a DC microgrid. This paper presents a novel topology named as split duty super boost
converter (SDSB) which involves switchedinductor-capacitor network for lifting the voltage level …

… converter suitable for the mentioned application that uses three double-duty regulated
switches, switched inductor–capacitor to deliver the required high voltage at a low duty cycle. This …

… First boost converters was utilized and then to improve the … operation, the high side voltage
is primarily separated by half … the usage of converters in the DC micro-grid. Numerous …

… the proposed HG-SIDL converter is divided into four modes of … high voltage gain by
using two duty cycles for dc microgrid … extension for DC-DC boost converter for high-voltage/low…

… converter is particularly suited to high-power applications. … high side (ie, in Modes 1 and
4), the Split-pi always behaves as a boost converter followed by an LC filter formed by the high-…

… High voltage gain can be attained by using boost converter topologies of the coupled
inductor-based type by selecting the duty ratio … , "Split Duty Super Boost Converter for High …

… In this paper a novel interleaved ultra-high step up converter employing coupled inductors
and … The operation of this converter is divided into 10 modes in one switching cycle. Figure 2 …

… , since they do not demand high voltage gain ratios. … boost converter for interfacing with the
48 V bus and the SEPIC … an energy storage stage for split-DC bus voltage balancing,” IEEE …

… DCDC converter for HESS in DC microgrid applications. … parallel buck-boost converters in
DC microgrid, International Journal … transient response and voltage stability of a dc microgrid.” …