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Title page for etd-0808116-114341


URN etd-0808116-114341 Statistics This thesis had been viewed 855 times. Download 0 times.
Author Wei-Ren Chen
Author's Email Address No Public.
Department Electrical Engineering
Year 2015 Semester 2
Degree Master Type of Document Master's Thesis
Language zh-TW.Big5 Chinese Page Count 104
Title A Full-Bridge Inverter with Digital Controller for Plasma Load Application
Keyword
  • plasma load
  • full-bridge inverter. LCC resonant circuit
  • microcontroller
  • microcontroller
  • full-bridge inverter. LCC resonant circuit
  • plasma load
  • Abstract A full-bridge resonant inverter with digital controller for driving plasma load is proposed in this thesis. First, the proposed digital controller, including human-machine interface control, frequency controller, and phase-shift controller. According to the human-machine interface, the proposed system can compare the selected voltage from human-machine interface with the feedback voltage to stabilize the output voltage amplitude. Moreover, the implemented frequency control and phase-shift control are used to compare the system performances. Next, all the mathematical models and resonant circuit in all operating are derived. Then, the design criteria of resonant circuit is conducted. In addition, the primary side regulation (PSR) technique is need to overcome the difficulity in capturing the high output voltage to conduct the voltage feedback. Futhermore, the over current protection function is also incorporated into this system.
    Finally, the power factor corrector (PFC), auxiliary power circuit and full-bridge inverter circuit are integrated in the proposed system. Besides, the measured output voltage of full-bridge inverter is close to the selected voltage under various output voltage conditions, and can drive the atmospheric plasma load successfully.
    Advisor Committee
  • Bin-Kwie Chen - advisor
  • Chang-Hua Lin - co-chair
  • Chien-Ming Wang - co-chair
  • Yung-Yi Wang - co-chair
  • Files indicate in-campus access at 3 years and off-campus not accessible
    Date of Defense 2016-07-29 Date of Submission 2016-08-08


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