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Development of a generic digital controller for power electronic applications
Author(s)
Jooste, Charl Roelof
Date Issued
2011
Type
Thesis
Publisher
Cape Peninsula University of Technology
Abstract
This thesis presents an investigation into the generic tools, hardware and
firmware, involved in power electronic converter control and feedback. The
aim was to determine the optimal controller architecture through research of
existing controllers. As soon as the architecture was established, design of the
controller commenced. Explanations for the various components selected were
provided. The design considerations when designing a printed circuit board
(PCB) with mixed signals was also presented. The theory behind the control
of a multicell converter as well the practical implementation of the control
scheme in firmware was presented.
firmware, involved in power electronic converter control and feedback. The
aim was to determine the optimal controller architecture through research of
existing controllers. As soon as the architecture was established, design of the
controller commenced. Explanations for the various components selected were
provided. The design considerations when designing a printed circuit board
(PCB) with mixed signals was also presented. The theory behind the control
of a multicell converter as well the practical implementation of the control
scheme in firmware was presented.
Additional information
Thesis (MTech (Electrical Engineering)))--Cape Peninsula University of Technology, 2011.
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203048911_Jooste_CR_Mtech_Electrical Engineering_Eng_2011_20115570.pdf
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Thesis
Size
49.67 MB
Format
Adobe PDF
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