Design And Implementation Of Multi Port Switched Capacitor Converter Topology For Wide Range Of Applications

Abstract

Power Converters are the heart of all electrical circuits that use an inverter newlineand converter and its types. Also electronic converters like buck, boost and buck newlineboost converter. Multilevel inverters (MLI) and switching power supplies (SMPS) newlineare widely used converters in these segments. All modern power transformation newlineof an energy from the storage element, that transfers energy from the source to newlinethe load. Inductors are a widely accepted storage element in most power converters today. Due to the structure built into large power converters, they are able newlineto carry higher currents. However, when it comes to heavy inductor transformers, this often limits the efficiency of the circuit. The capacitor, another energy newlinestorage element, is promisingly effective for all applications due to its high energy density and low equivalent series resistance compared to windings. Coupled newlinecapacitor capacitors (SCC), which use only switches and capacitors, commonly newlineknown as flying or chargeable pump capacitors, have become more common in newlinepower converter designs today. newlineIn many research, power converters are used widely in different configurations newlineindividually (i.e.,) inverter and converters. In this thesis, switched-capacitor dualtopology converter (SCDTC) is designed for different voltage levels and multiple newlinestages. A single input DC source with 3 diodes, 3 capacitors and 14 switches are newlineused to generate maximum voltage levels. The SCDTC topology is designed for newline