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Home：Main Menu>Faculty>Hung, Te-Chun

Hung, Te-Chun


Name：Te-Chun Hung

Title：Assistant Professor

Degree：Ph.D., Electrical Engineering Department, National Cheng Kung University, R.O.C.

E-mail：tchung@stust.edu.tw

Telephone：(06)2533131 Ext.3336

Office：B203-1

Specialties： Power Converter Design

Classes：Electrical Engineering Introduction


Journal Paper

  1.  Te-Chun Hung, Hang-Chi Wu, and Yu-Ping Lin, “Design of Compound Plasma-Driven Circuit with Adaptation Capability of High Input-Voltage Variation,” Journal of Southern Taiwan University of Science and Technology, vol.7, No. 1, September 2022.
  2.  Tsong-Shing Lee, Wei-Ping Liao, and Te-Chun Hung, “Development of Piezoelectric Transducers Driving Circuit with an Enhanced Asymmetric Resonance Modulation Mechanism for Ultrasonic Clutch,” Journal of Southern Taiwan University of Science and Technology, vol.5, No. 2, pp. 26 – 43, September 2020.

Conference Paper

  1. Te-Chun Hung, Kuan-Chieh Huang, Wei-Cheng Tseng, and Zi-En Huang, “Design of Uniform Induction Heating Mechanism with Master-Slave Coils Interactive Modulation for Household Stove Systems,” The 42nd Symposium on Electrical Power Engineering, Kaohsiung, Taiwan, November 2021.
  2. Te-Chun Hung, Hang-Chi Wu, Yu-Ping Lin, Yong-Dong Chang, and Yu-Hsiu Lin, “Design of an Integrated Circuit with Transformer Sharing Wiring Structure for Domestic Plasma Sterilization System,” 2021 International Conference on Advanced Robotics and Intelligent Systems, Hsinchu, Taiwan, August 2021.
  3. Tsung-Hsun Wu, Kai Yeh, His-Ming Chen, Po-Li Chen, Syuan-Shu Huang, Pei-Yin Chen, and Te-Chun Hung, “Design of Compound Converter with Wide Input Voltage Regulation and Input Expansion Capability for Multiple Power Supply System,” The 41st Symposium on Electrical Power Engineering, Taipei, Taiwan, September 2020.
  4. Min-Han Ho, Ho-Lin Hu, Tsong-Shing Lee, and Te-Chun Hung, “Research on Resonance Characteristics of Piezoelectric Transducers Driving Circuit with LCL-T Network Compensation Mechanism,” The 41st Symposium on Electrical Power Engineering, Taipei, Taiwan, September 2020.

Project of MOST

  1. Design of Integrated Converter with Dual Input Port and Bidirectional Energy Transmission for Application of Photo-voltaic System and Storage Device, MOST108-2218-E-218-002, 2019-08~2020-07.

Project of Industry-Academy Cooperation

  1. Design technical consultation for high-frequency power conversion system, Dasitek, 2022-01~2022-12
  2. Feasibility assessment of transformer design for the high-frequency power supply application, Dasitek, 2021-11~2022-06
  3. Feasibility assessment of transformer design for the renewable energy application, ITRI, 2020-12~2021-02


Honors

  1. Excellence Award, 2021 International Symposium on Novel and Sustainable Technology Post Contest, 2021-11
  2. Excellence Award, Digital Signal Process Application for Microchip,16th DSP Creative Design Contest, 2021-03 (具超高壓電子脈衝之殺菌除臭系統)
  3. Excellence Award, Digital Signal Process Application for Microchip,16th DSP Creative Design Contest, 2021-03 (智慧調整型模組化通用供電器應用於新世紀能源)
  4. Excellence Award, Health, and Caring Application,16th DSP Creative Design Contest, 2021-03 (超音波瘦身神器暨驅動電路)
  5. Bronze Award, Green Energy and Applications, 16th DSP Creative Design Contest, 2021-03 (飲水機紫外光殺菌濾芯之感應驅動裝置)
  6. Excellence Award, 2020 International Symposium on Novel and Sustainable Technology Post Contest, 2020-11
  7. Excellence Award, Digital Signal Process Application for Microchip,15th DSP Creative Design Contest, 2020-05 (自動倉儲搬運車之彈性感應供電系統)
  8. Excellence Award, Digital Signal Process Application for Microchip,15th DSP Creative Design Contest, 2020-05 (整合多重儲能設備之智慧控制應用於未來綠色能源系統)
  9. Excellence Award, Digital Signal Process Application for Microchip,15th DSP Creative Design Contest, 2020-05 (彈性感應供電之水下紫外光殺菌保潔系統)
  10. Excellence Award, Health and Caring Application,15th DSP Creative Design Contest, 2020-05 (具除臭與空氣清淨之臭氧驅動系統)