New Converter Circuitry for High Voltage Applications Using Switched Inductor Multilevel Converter Mostafa Mousa, IEEE Student Member, Mahrous E. Ahmed, IEEE Member, and Mohamed Orabi, IEEE Senior Member, APEARC, Aswan Faculty of Engineering, South Valley University, Egypt
[email protected]
Abstract- This paper presents an analysis and design of a high voltage gain DC-DC converter. This converter is a single stage DC-DC multilevel boost converter
topology
with very large
voltage gain conversion ratio. It is called a Switched Inductor Multilevel Boost Converter (SIMLBC). It converts a low voltage
:
Power Conditioning System
' _. _. _. _. _._. _. _. -. _. _. _. _._. _. _. _. _. _. _. _. _. _. _. -. _. _. -. _. _. _. _.
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1
Interlace circuit
Interlace circuit
level to high voltage level to be used in any application that requires high voltages. The capacitors in the output circuit provide a different output dc levels suitable inverter
applications.
The
main
problem
of
for multilevel any
multilevel
converter is the efficiency because there are a lot of components that consume power. So this work investigates practical circuit
1
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Gain vs D with variable ESR
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Gain(D) 11.9
10.2
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0.1 0.2
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0.4 0.5 0.6 0.7 0.8 0.9 D
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' Gain vs D with variable ESR \
17r-;:::======::::;------1 15.3 - Rc=0.383 Rc=0.6 13.6 ', Rc=l 11.9 . . Gain(D) \.\ 10.2 ' _?��nl(D) 8.5 .. /\', j . Gain2(D) 6.8 ... . , . .. ; .' 5.1 ./ ,/ . _, 3.4 ./ . I, .. 1.7 .... ,/ 1 ..- ./ 0 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 I D
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The Gain vs D at variable ESR
TABLE 2: COMPARISON BETWEEN CONVENTIONAL BOOST
TABLE 3: COMPARISON BETWEEN CONVENTIONAL BOOST
CONVERTER, Two LEVEL SIMLBC, AND THREE LEVEL SIMLBC FOR
CONVERTER, Two LEVEL SIMLBC, AND THREE LEVEL SIMLBC FOR
GAIN VERSUS DUTY CYCLE WITH VARIABLE SWITCH ON RESISTANCE.
GAIN VERSUS DUTY CYCLE WITH VARIABLE INDUCTOR OCR.
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