Waveform Equations, Output Power, and Power Conversion Efficiency for Class-E Inverter Outside Nominal Operation

This paper presents analytical expressions for steady-state waveforms, output power, and power conversion efficiency for the class-E inverter outside the class-E zero-voltage switching and zero-derivative switching conditions. The analytical expressions in this paper include the MOSFET-body-diode ef...

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Published inIEEE transactions on industrial electronics (1982) Vol. 61; no. 4; pp. 1799 - 1810
Main Authors Nagashima, Tomoharu, Wei, Xiuqin, Suetsugu, Tadashi, Kazimierczuk, Marian K., Sekiya, Hiroo
Format Journal Article
LanguageEnglish
Published New York IEEE 01.04.2014
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Capacitance
Class-E inverter
class-E zero-voltage switching and zero-derivative switching (ZVS/ZDS) conditions
Inverters
Mathematical model
MOSFET
nominal operation
output power
Power conversion
power conversion efficiency
Steady-state
Switches
waveform equations
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Abstract This paper presents analytical expressions for steady-state waveforms, output power, and power conversion efficiency for the class-E inverter outside the class-E zero-voltage switching and zero-derivative switching conditions. The analytical expressions in this paper include the MOSFET-body-diode effect. By carrying out PSpice simulations and circuit experiments, it is shown that the analytical predictions agree with the simulated and experimental results quantitatively, which indicates the validity of the analytical expressions. Additionally, the switching-pattern distribution maps are also given by using the analytical waveform equations.
AbstractList This paper presents analytical expressions for steady-state waveforms, output power, and power conversion efficiency for the class-E inverter outside the class-E zero-voltage switching and zero-derivative switching conditions. The analytical expressions in this paper include the MOSFET-body-diode effect. By carrying out PSpice simulations and circuit experiments, it is shown that the analytical predictions agree with the simulated and experimental results quantitatively, which indicates the validity of the analytical expressions. Additionally, the switching-pattern distribution maps are also given by using the analytical waveform equations.
Author Wei, Xiuqin
Sekiya, Hiroo
Nagashima, Tomoharu
Suetsugu, Tadashi
Kazimierczuk, Marian K.
Author_xml – sequence: 1
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  givenname: Xiuqin
  surname: Wei
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  givenname: Tadashi
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  givenname: Marian K.
  surname: Kazimierczuk
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  givenname: Hiroo
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  organization: Graduate School of Advanced Integration Science, Chiba University, Chiba, Japan
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Snippet This paper presents analytical expressions for steady-state waveforms, output power, and power conversion efficiency for the class-E inverter outside the...
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StartPage 1799
SubjectTerms Capacitance
Class-E inverter
class-E zero-voltage switching and zero-derivative switching (ZVS/ZDS) conditions
Inverters
Mathematical model
MOSFET
nominal operation
output power
Power conversion
power conversion efficiency
Steady-state
Switches
waveform equations
Title Waveform Equations, Output Power, and Power Conversion Efficiency for Class-E Inverter Outside Nominal Operation
URI https://ieeexplore.ieee.org/document/6529118
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Volume 61
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