The switching structure was added into 2 basic Boost converters, and 2 new types of direct current鈥揹irect current converters were obtained: an asymmetric inductor-diode-capacitor converter and a symmetric inductor-diode-capacitor converter. The step-up function of the 2 converters depends mainly ...
Many research efforts have been done to get further voltage gain without working at an extreme duty ratio and to remedy the abovementioned issues5. An interleaved DC/DC boost converter was introduced in6. It used two standard boost converters connected in parallel. The reliability of the interlea...
This work proposes a boost dc-dc converter topology that offers excellent characteristics for fuel cell power conditioning. The proposed converter features high voltage gain without utilizing extreme values of duty cycle or transformers, input current ripple reduction by interleaved inductors, low count ...
This paper proposes a high voltage gain single switch boost converter for sustainable energy applications using coupled inductor cells and switched capacitor. The circuit consisting of coupled inductor, switched capacitor and voltage multiplier cell. Using the energy stored in the coupled inductor, switche...
This high gain boost DC-DC converter(HGBDC) can be operated as a low gain converter for driving BLDC motor fed from a fuel cell and as a high gain converter for feeding three phase AC load at same duty ratio, operating in two different topology. Feasibility of high gain DC-DC converter...
This paper proposes a novel non-isolated high gain DC-DC multi-input single-output (MISO) boost converter for sustainable energy applications. The proposed converter is ideal for translating the voltage from two separate sources with different voltage levels to a higher voltage. The two-stage MISO...
Methods The proposed UHGC is synthesized from a two﹑hase interleaved quadratic boost converter (IQBC). The voltage gain of the IQBC is further extended by using the voltage﹍ift technique. To meet the standard DC voltage level of 380 V across the load terminals, the output of the voltage...
A high gain fifth-order boost converter is proposed in this paper. This converter belongs to two switch topology and is capable of giving a higher voltage gain at moderate duty ratios. Firstly, a steady-state analysis is developed for continuous inductor current mode of operation and then variou...
This paper present moment a novel high voltage gain boost converter topography based on three state commutation cell for battery charging using Photo Voltaic panel to reduce ripples in output and its shortened number of conversion stages. The proposed converter operates in zero voltage switching of ...
In this paper, a new design of a non-isolated high-voltage gain DC/DC converter that operates at a reasonable duty cycle, by merging the dual boost converter with the switched inductor structure, is presented as a solution for the high-conversion ratio r