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SINGLE PHASE REDUCED ORDER AC-AC RESONANT- FREQUENCY CONVERTER
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This paper presents the performance analysis of proposed circuit of Single-Phase Reduced Order AC-AC Resonant Frequency Converter. AC-AC converter is minimized number of switches for multi-operation and resonant converter is converter work on the principle of ZCS (Zero Current Switching) and ZVS (Zero Voltage Switching) combining both topology, which provide better output with reduce THD and switching losses. A mathematical modeling is done for proper value of used parameters in converter. The output of converter is improved by applying Modulation technique in this converter we are using Trapezoidal Pulse Width Modulation (TPWM) for the better performance and control. THD of the converter is calculated by using MATLAB simulation software. MATALB simulation of AC –AC Resonate Frequency Converter is done by using MOSFET as switch.
International Journal Of Advanced Research
Title: SINGLE PHASE REDUCED ORDER AC-AC RESONANT- FREQUENCY CONVERTER
Description:
This paper presents the performance analysis of proposed circuit of Single-Phase Reduced Order AC-AC Resonant Frequency Converter.
AC-AC converter is minimized number of switches for multi-operation and resonant converter is converter work on the principle of ZCS (Zero Current Switching) and ZVS (Zero Voltage Switching) combining both topology, which provide better output with reduce THD and switching losses.
A mathematical modeling is done for proper value of used parameters in converter.
The output of converter is improved by applying Modulation technique in this converter we are using Trapezoidal Pulse Width Modulation (TPWM) for the better performance and control.
THD of the converter is calculated by using MATLAB simulation software.
MATALB simulation of AC –AC Resonate Frequency Converter is done by using MOSFET as switch.
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