Input parallel output series modular dc converters are widely used in high-gain applications,
and interleaving multiple converters can reduce switching ripple. Yet, almost all existing …

DC microgrids play a crucial role in both industrial and residential applications. This study
focuses on minimizing output voltage ripple in a DC microgrid, including power supply …

Converter topologies including SEPIC, ZETA, etc. are controlled via selection of capacitive
and inductive components, which assists in improving its conversion efficiency for different …

In this paper, a uniform quantization design method for the parallel text DC-DC converter
network control system (NCS) is proposed in combination with the sliding mode control …

Parallel-connected converters are commonly used in applications such as DC microgrids.
The presence of multiple converters allows for the use of the interleaving technique to …

Both efficiency and operation cost are the key to offshore microgrids operation. At the same
time, due to the lack of external energy support, the paralleled converters in offshore …

Minimizing ripples and harmonics is an important criterion in multiphase dc–dc converters.
In case of physical parameters degradation, nonidentical phases, or fault occurrence, the …

Interleaving can be employed to reduce ripples in multiphase dc–dc converters although
phases are operated under asymmetric conditions, such as different input voltages or loads …

Paralleled buck converters have garnered significant attention for fulfilling the increasing
demands of power supplies in modern applications. They have the advantages of increased …

Interleaving is a well-known technique used to reduce current ripples in multiphase Boost
converters where each phase is operated under symmetric conditions. Interleaving can be …