專任教師
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職稱教授
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姓名王見銘
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電子郵件
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聯絡電話(03)9357400#7385
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授課領域工程數學; 切換式電源供應器; 交直流轉換器設計; 再生能源技術; 微積分; 電力電子實驗; 電子學; 電工製圖; 電路學; 電磁干擾理論與實務; 電磁相容理論與實務; 類比積體電路設計
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研究專長電力電子; 電機控制; 電力電子、電機控制、電磁相容
服務機關 | 服務部門 | 職稱 | 起訖年月 |
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國立宜蘭大學 | 電機工程學系 | 副教授 | 2005 年 08 月 至 2007 年 07 月 |
龍華科技大學 | 電子工程系 | 副教授 | 2004 年 02 月 至 2005 年 07 月 |
龍華科技大學 | 電子工程系 | 助理教授 | 2001 年 08 月 至 2004 年 01 月 |
中華電信公司 | 國際分公司 | 助理工程師 | 1993 年 12 月 至 2001 年 07 月 |

證照名稱 | 認證種類 | 發照機構 | 證照取得/生效日期 |
---|---|---|---|
專利代理人證書 | 其他相關證照 | 經濟部智慧財產局 | 2006/01/25 |
電子技師證書 | 專技高普考 | 經濟部 | 1999/09/20 |
檢覆及格證書 | 專技高普考 | 考試院 | 1999/08/13 |
高考及格證書 | 專技高普考 | 考試院 | 1994/06/22 |

類別 | 獲獎日期 | 名稱 | 國別 | 頒獎單位 | 獎助金額 |
---|---|---|---|---|---|
校內 | 2020/05/13 | 國立宜蘭大學電機工程學系108學年度-專題成果發表與競賽佳作 | 台灣 | 宜蘭大學電機系 | 200 |
校內 | 2016/05/13 | 電資院專題複賽佳作 | 台灣 | 電機資訊學院 | 2000 |
校內 | 2013/10/15 | 人氣教師獎勵 | 中華民國 | 教學發展中心 | |
校內 | 2011/06/04 | 99學年度優良導師 | 中華民國 | 學務處 | 5000 |
校內 | 2010/09/28 | 99年度績優研究獎 | 中華民國 | 國立宜蘭大學 | 80000 |

學年期 | 課程名稱 |
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1132 | 微積分 二 |
1132 | 電路學 二 |
1131 | 微積分 一 |
1131 | 電磁相容理論與實務 |
1131 | 電路學 一 |
1122 | 微積分 二 |
1122 | 電路學 二 |
1121 | 交直流轉換器設計 |
1121 | 微積分 一 |
1121 | 電路學 一 |
1112 | 微積分 二 |
1112 | 電路學 二 |
1111 | 交直流轉換器設計 |
1111 | 微積分 一 |
1111 | 電路學 一 |

年度 | 篇名 | 期刊等級 | 期刊名稱 | 第一作者 | 共同作者 | 卷期 | 起始頁 | 結束頁 | 總頁數 | 語言 | 相關網址 |
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2018 | 零電壓切換交錯式變壓器隔離直流直流升壓型轉換器 | 其他 | 電力電子雙月刊 | 王見銘 | 徐師庸、林長華 | vol. 16, No. 5 | 3 | 9 | 6 | ||
2017 | Analysis, Design, and Realization of a ZVT Interleaved Boost DC/DC Converter with Single ZVT Auxiliary Circuit | SCI | IET Power Electron. | C. M. Wang | C. H. Lin, C. M. Lu, and J. C. Li | ||||||
2016 | A Design of a DC–AC Inverter Using a Modified ZVS-PWM Auxiliary Commutation Pole and a DSP-Based PID-Like Fuzzy Control | SCI | IEEE Trans. on Industrial Electronics | C. W. Tao | C. M. Wang, and C. W. Chang | ||||||
2016 | Analysis, Design and Implementation of a High Performance Rectifier | SCI | Journal of Power Electronics | C. M. Wang | C. W. Tao, and Y. H. Lai | ||||||
2015 | Analysis, Design and Realization of a ZCT-PWM Interleaved Boost PFC converter with a ZCT auxiliary circuit | SCI | IET Power Electron. | C. M. Wang | C. H. Lin, and C. H. Cheng | ||||||
2015 | Design and Realization of a ZVT-PWM Interleaved Boost PFC Converter | SCI | IET Power Electron. | C. M. Wang | C. H. Lin, C. M. Lu, and J. C. Li | ||||||
2014 | Analysis, design and performance of a soft-switching single-phase inverter | SCI | IET Power Electron. | C. M. Wang | C. H. Lin, H. Y. Lin, and S. Y. Hsu | ||||||
2014 | Analysis, design and performance of a zero-current-switching pulse-width-modulation interleaved boost dc/dc converter | SCI | IET Power Electron. | C. M. Wang | C. H. Lin, S. Y. Hsu, C. M. Lu, and J. C. Li | ||||||
2012 | Eliminating the Arcing Phenomenon in Field Emission Lighting Based on the Impulse-Power Technique | SCI | IEEE Trans. on Industrial Electronics. | C. H. Lin | C. M. Wang, and M. H. Hung | vol. 59, no. 4 | 1929 | 1938 | |||
2011 | A Novel Single-Phase Soft-Switching AC Chopper Without Auxiliary Switches | SCI | IEEE Trans. on Power Electronics | C. M. Wang | C. H. Lin, C. H. Su, and S. Y. Chang | vol. 26, no. 7 | 2041 | 2048 | |||
2011 | High-Power-Factor Soft-Switched DC Power Supply System | SCI | IEEE Trans. on Power Electronics | C. M. Wang | C. H. Lin, and T. C. Yang | vol. 26, no. 2 | 647 | 654 | |||
2010 | High Voltage Driving Circuit with Negative Pulse feature for Tubular Field Emission Lamp | SCI | International Review of Electrical Engineering | C. H. Lin | C. M. Wang, and H. W. Liu | vol. 5, no. 4 | 1430 | 1435 | |||
2010 | High Voltage Pulse Driver with Energy Recovery Circuit for CNT-FEL | SCI | International Review of Electrical Engineering | C. H. Lin | C. M. Wang, and H. W. Liu | vol. 5, no. 4 | 1930 | 1938 | |||
2010 | Power Management of Electric Bike By Uasing a Bidirectional Buck-Boost Converter with SOC Estimation | 其他 | International Journal of Intrlligent Systems Science and Technol | C. H. Lin | C. M. Wang, and H. W. Liu | vol. 2, no. 2 | 29 | 37 | |||
2008 | A Novel Single-Stage High-Power-Factor Electronic Ballast with Symmetrical Half-Bridge Topology | IEEE Trans. On Industrial Electronics | 王見銘 | 第55卷2期 | |||||||
2008 | A Novel ZCS-PWM Flyback Converter with A Simple ZCS-PWM Commutation Cell | IEEE Trans. On Industrial Electronics | 王見銘 | 第55卷2期 | |||||||
2008 | A ZVS-PWM Single-Phase Inverter Using a Simple ZVS-PWM Commutation Cell | IEEE Trans. On Industrial Electronics | 王見銘 | Ching-Hung Su、Maoh-Chin Jiang、Yan-Chun Lin | 第55卷2期 | ||||||
2007 | A Novel Single-Switch Single-Stage Electronic Ballast with High Input Power Factor | IEEE Trans. on Power Electronics | 王見銘 | 第22卷3期 | |||||||
2007 | A Novel Soft-Switching Single-Phase AC/DC/AC Converter Using New ZVS-PWM Strategy | IEEE Trans. on Power Electronics | 王見銘 | 第22卷5期 | |||||||
2007 | Zero Voltage Switching DC/AC Inverter | IET Proceeding-Electric Power Application | 王見銘 | 第1卷3期 | |||||||
2006 | A New Single-Phase ZCS-PWM Boost Rectifier with High Power Factor and Low Conduction Losses | IEEE Trans. on Industrial Electronics | 王見銘 | 第53卷2期 | |||||||
2006 | A Novel ZVS-PWM Flyback Converter with a Simple Auxiliary Circuit | IEE Proceeding-Electric Power Application | 王見銘 | C. H. Su、C. H. Yang | 第153卷1期 | ||||||
2006 | New Family of Zero-Current-Switching PWM Converters Using a New Zero-Current-Switching PWM Auxiliary Circuit | IEEE Trans. on Industrial Electronics | 王見銘 | 第53卷3期 | |||||||
2006 | Novel Zero-Voltage-Transition PWM DC/DC Converters | IEEE Trans. on Industrial Electronics | 王見銘 | 第53卷1期 | |||||||
2005 | A New Family of Zero-Current-Switching (ZCS) PWM Converters | IEEE Trans. on Industrial Electronics | 王見銘 | 第52卷4期 | |||||||
2005 | A Novel Single-Stage Series-Resonant Buck-Boost Inverter | IEEE Trans. on Industrial Electronics | 王見銘 | 第52卷4期 | |||||||
2005 | A Novel ZCS-PWM Power Factor Pre-regulator with Reduced Conduction Losses | IEEE Trans. on Industrial Electronics | 王見銘 | 第52卷3期 | |||||||
2005 | A Novel Zero-Voltage-Switching PWM Boost Rectifier with High Power Factor and Low Conduction Losses | IEEE Trans. on Industrial Electronics | 王見銘 | 第52卷2期 | |||||||
2005 | Novel Zero-Current-Switching (ZCS) PWM Converters | IEE Proceeding-Electric Power Application | 王見銘 | 邱煌仁、陳登仁 | 第152卷2期 | ||||||
2005 | Zero-Current-Switching PWM Power Factor Correction Converter | IEE Proceeding-Electric Power Application | 王見銘 | 第152卷5期 | |||||||
2004 | A Novel Single-Stage Full-Bridge Buck-Boost Inverter | IEEE Trans. on Power Electronics | 王見銘 | 第19卷1期 | |||||||
2004 | A Novel Single-Stage Half-Bridge Series-Resonant Buck-Boost Converter | IEEE Trans. on Aerospace and Electronic system | 王見銘 | 陳登仁 | 第40卷4期 | ||||||
2004 | Improved ZCS-PWM Commutation Cell for IGBT’s Application | IEEE Trans. on Aerospace and Electronic system | 王見銘 | 蘇景暉、楊家豪 | 第40卷3期 | ||||||
2004 | ZCS-PWM Boost Rectifier with High Power Factor and Low Conduction Losses | IEEE Trans. on Aerospace and Electronic system | 王見銘 | 第40卷2期 | |||||||
2004 | 磁滯電流控制功率因數修正升壓式整流器之研製 | 龍華科技大學學報 | 王見銘 | 陳登仁 | 第17卷 | ||||||
2003 | Nonlinear-Control Strategy for the Half-Bridge Series-Resonant Inverter | IEEE Trans. on Industrial Electronics | 王見銘 | 謝冠群 | 第50卷2期 | ||||||
2003 | Nonlinear-Controlled Strategy For Soft-Switched Series-Resonant DC/AC Inverter Without Auxiliary Switches | IEEE Trans. on Power Electronics | 王見銘 | 第18卷3期 | |||||||
2001 | Series-Resonant DC/AC Inverter for Impedance-Load Drives | IEEE Trans. on Power Electronics | 王見銘 | 謝冠群 | 第16卷3期 |

年度 | 名稱 | 研討會名稱 | 第一作者 | 共同作者 | 論文類型 | 語言 | 相關網址 |
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2019 | A High Performance Soft-Switching AC/DC Converter | IEEE ICPE’19-ECCE | C. M. Wang | C. H. Lin, C. H. Cheng | 一般論文 | ||
2019 | A Single-Stage Soft-Switching AC/DC Converter | IEEE IFEEC’19 | C. M. Wang | J. C. Li, and Y. T. Lai | 一般論文 | ||
2019 | A Single-Stage Soft-Switching AC/DC Converter without Soft-Switching Auxiliary Circuit | IEEE ICIT’19 | C. M. Wang | J. C. Li, B. H. Wu, and Y. T. Lai | 一般論文 | ||
2018 | A Programmable Battery Tester with Energy Recycling Technique for Lithium-ion Battery | IEEE PEMC’18 | C. H. Lin | C. M. Wang, and G. J. Chen, | 一般論文 | ||
2018 | A Single-Stage Series-Resonant Transformer-Isolated AC-AC Converter | IEEE ICIEA’18 | C. M. Wang | C. H. Cheng, and B. H. Wu | 一般論文 | ||
2018 | A Soft-Switching Single-Phase Transformer-Isolated Inverter | EPECS’18 | C. M. Wang | G. Y. Chen, C. H. Cheng | 一般論文 | ||
2017 | A high performance DC power supply system | IEEE ICASI’17 | C. M. Wang | C. M. Lu; C. H. Cheng | 一般論文 | ||
2017 | An interleaved soft-switching AC/DC converter | IEEE PEDS’17 | C. M. Wang | C. M. Lu, and C. H. Cheng | 一般論文 | ||
2016 | A Soft-Switching Interleaved Boost DC/DC Converter | IEEE ICEMS’16 | C. M. Wang | C. H. Lin, C. C. Wu, and C. W. Chuang | 一般論文 | ||
2016 | An Interleaved AC/DC Converter with Low Input and Output Ripple Current | IEEE IECON’16 | C. M. Wang | C. H. Lin, S. Y. Hsu, G. Y. Chen and C. W. Chuang | 一般論文 | ||
2015 | A Soft-Switching Interleaved Boost Rectifier | IEEE IFEEC’15 | C. M. Wang | K. Y. Chen, and C. H. Lin | 一般論文 | ||
2015 | A ZCS-PWM Interleaved Boost Rectifier | IEEE INTELEC’15 | C. M. Wang | C. H. Lin, C. I. Lin, and K. Y. Chen | 一般論文 | ||
2015 | A single-stage resonant buck-boost ac voltage regulator | IEEE ICPE’15 | C. M. Wang | C. H. Lin, G. Y. Chen | 一般論文 | ||
2015 | High-Power-Factor ZCS-PWM DC Power Supply System | IEEE INTELEC’15 | C. M. Wang | C. H. Lin, Y. H. Lai, and K. Y. Chen | 一般論文 | ||
2014 | A ZCS-PWM interleaved boost rectifier | IEEE ICIEA’14 | C. M. Wang | C. H. Lin, C. H. Cheng | 一般論文 | ||
2014 | Zero-current transition interleaved boost dc/dc converter | IEEE ICIEA’14 | C. M. Wang | C. H. Lin, H. C. Kuo, and C. I. Lin | 一般論文 | ||
2013 | A ZCS-PWM interleaved boost DC/DC converter | IEEE TENCON’13 | C. M. Wang | S. Y. Hsu, C. H. Lin, C. M. Lu, and J. C. Li | 一般論文 | ||
2013 | A ZCS-PWM interleaved forward converter | IEEE IFEEC’13 | C. M. Wang | C. M. Lu, J. C. Li, C. H. Lin, and C. Y. Ho | 一般論文 | ||
2013 | A ZVS-PWM interleaved boost DC/DC converter | IEEE TENCON’13 | C. M. Wang, C. M. Lu, C. H. Lin, and J. C. Li | C. M. Lu, C. H. Lin, and J. C. Li | 一般論文 | ||
2013 | A ZVS-PWM interleaved boost rectifier | IEEE IFEEC’13 | C. M. Wang | C. M. Lu, J. C. Li, and C. H. Lin | 一般論文 | ||
2012 | A ZVS-PWM Interleaved Transformer-Isolated Boost DC/DC Converter With A Simple ZVS-PWM Auxiliary Circuit | Conf. Rec. IEEE ICSET’12 | C. M. Wang | C. H. Lin, and S. Y. Hsu | |||
2012 | Dual-Balancing Control For Improving Imbalance Phenomenon Of Lithium-Ion Battery Packs | Conf. Rec. IEEE ICSET’12 | C. H. Lin | C. M. Wang, H. Y. Chao and M. H. Hung | |||
2012 | Eliminating The Wall Charge Effect In Field Emission Lamp Based On The Impulse-Power Technique With PLL Feedback Mechanism | Conf. Rec. IEEE ICSET’12 | C. H. Lin | C. M. Wang, M. H. Hung, and R. H. Wu | |||
2012 | Soft-Switching Inverter Using A Voltage Clamp Soft-Switching Step-Up/Down DC Link | Conf. Rec. IEEE ICSET’12 | C. M. Wang | C. H. Lin, H. Y. Lin, Y. H. Lai, and M. Y. Liu | |||
2012 | System Parameters Comparison Between Six-Phase And Tweleve-Phase PWM Dimming Control By Design Rule For Backlight Inverter | Conf. Rec. IEEE ICIEA’12 | C. H. Ho | C. M. Wang, and J. L. Wu | |||
2011 | A High Power Factor ZCS-PWM Transformer-Isolated Voltage-Double Boost Rectifier | IEEE TENCON’11 | C. M. Wang | C. H. Lin, and Y. H. Lai | |||
2011 | A ZVS-PWM Inverter Using a Simple ZVS-PWM Auxiliary Commutation Pole | IEEE ICIEA’11 | C. M. Wang | C. H. Lin, and H. Y. Lin | |||
2011 | A low-cost single-switch field-emission driver applying impulsed-power technique for lighting | IEEE ICIEA’11 | C. H. Lin | C. M. Wang, M. H. Hung, C. Y. Ho | |||
2011 | Battery management system with dual-balancing mechanism for LiFePO4 battery module | IEEE TENCON’11 | C. H. Lin | H. Y. Chao, C. M. Wang, and M. H. Hung | |||
2011 | Design and analysis for backlight inverter with four-phase PWM dimming control | IEEE TENCON’11 | C. Y. Ho | C. H. Lin, and C. M. Wang | |||
2011 | Design rule and system parameters compare between multi-phase and multi-lamp PWM dimming control for backlight inverter | IEEE ICPE’11 | C. Y. Ho | C. M. Wang, C. H. Lin | |||
2011 | High voltage pulse power supply for driving tubular field emission lamp based on flyback topology | IEEE TENCON’11 | C. H. Lin | M. H. Hung, C. Y. Ho, and C. M. Wang | |||
2011 | High-Efficiency and Low-Stress ZVS-PWM Bidirectional DC/DC Converter for Battery Charger | IEEE ICIEA’11 | C. M. Wang | C. H. Lin, and H. Y. Lin | |||
2011 | Series-Resonant Battery Charger with Synchronous Rectifiers for LiFePO4 Battery Pack | IEEE ICIEA’11 | C. H. Lin | C. M. Wang, M. H. Hung, M. H. Li | |||
2011 | Zero-Current-Transition Current-Fed Full-Bridge PWM Converter | IEEE TENCON’11 | C. M. Wang | C. H. Lin, and Y. H. Lai | |||
2010 | A Forward Converter Employing a Simple ZCS-PWM Auxiliary Circuit to Achieve Soft-Switching and Power Transformer Resetting | Conf. Rec. IEEE IPEC’10 | C. H. Lin | C. M. Wang, Chia-Hua Liu and Teng-Chieh Yang | |||
2010 | Analysis and Design of High Performance Voltage-Doubler Rectifier | Conf. Rec. IEEE ICIEA’10 | C. M. Wang | Chang-Hua Lin, Teng-Chieh Yang, and Hsin-Yi Lin | |||
2010 | Design and Implementation of a Bi-directional Power Converter for Electric Bike with Charging Feature | Conf. Rec. IEEE ICIEA’10 | C. H. Lin | H. W. Liu and C. M. Wang | |||
2010 | High Performance Single-Stage Transformer-Isolated AC/DC Converter | Conf. Rec. IEEE IPEC’10 | C. M. Wang | Chang-Hua Lin, Chia-Hua Liu and Teng-Chieh Yang | |||
2010 | High Voltage Driving Circuit with Negative Pulse feature for Tubular Field Emission Lamp | Conf. Rec. IEEE ICIEA’10, | C. H. Lin | C. M. Wang, M. H. Hung and C. Y. Ho, | |||
2009 | A Novel Single-Phase Soft-Switching AC Chopper Without Auxiliary Switches | in Proc. IEEE ICIEA, 2009. | 王見銘 | ||||
2009 | A Series-Resonant Single-Phase AC Chopper | in Proc. IEEE ISIE, 2009. | 王見銘 | ||||
2009 | A ZCS-PWM Voltage-Doubler Rectifier With High Power Factor | in Proc. IEEE ICIEA, 2009. | 王見銘 | ||||
2006 | A Novel Common-Neutral Single-Stage Single-Phase AC/DC/AC Converter with High Input Power Factor | IEEE PESC | 王見銘 | ||||
2006 | A Novel High Input Power Factor Single-Stage Single-Phase AC/AC Converter | CES/IEEE IPEMC | 王見銘 | ||||
2006 | A Novel Single-Stage High-Power-Factor Electronic Ballast with Symmetrical Half-Bridge Topology | CES/IEEE IPEMC | 王見銘 | ||||
2005 | A Novel High Input Power Factor Soft-Switching Single-Stage Single-Phase AC/DC/AC Converter | IEEE VPP | 王見銘 | ||||
2005 | A Novel Single-Switch Single-Stage Electronic Ballast With High Input Power Factor | IEEE PEDS | 王見銘 | ||||
2005 | A Novel ZCS PWM Flyback Converter | 中華民國電力工程研討會 | 王見銘 | ||||
2005 | A Novel ZCS-PWM Flyback Converter With A Simple ZCS-PWM Auxiliary Circuit | IEEE PEDS | 王見銘 | ||||
2005 | A Novel ZVS-PWM Single-Stage Single-Phase AC/DC/AC Converter with High Power Factor | IEEE PEDS | 王見銘 | ||||
2004 | A New Family of Zero-Current-Switching PWM Converters Using a New Zero-Current-Switching PWM Auxiliary Circuit | IEEE PESC | 王見銘 | ||||
2004 | A New Single-Phase ZCS-PWM Boost Rectifier with High Power Factor and Low Conduction Losses | IEEE APEC | 王見銘 | ||||
2004 | A New ZVS-PWM Full-bridge Step-up/Down Converter | IEEE IECON | 王見銘 | ||||
2004 | A Novel Single-stage ZVS-PWM Buck-boost Inverter | IEEE IECON | 王見銘 | ||||
2004 | 零電壓切換脈波寬度調變全橋升降壓式直流制直流轉換器 | 第三屆台灣電力電子研討會 | 王見銘 | ||||
2003 | A Family of Zero-Current-Switching (ZCS) PWM Converters Using a New Zero-Current-Switching Auxiliary Circuit | IEEE PEDS | 王見銘 | ||||
2003 | A Novel Single-Stage Full-Bridge Buck-Boost Inverter | IEEE APEC | 王見銘 | ||||
2003 | A Novel Single-Stage Half-Bridge Series-Resonant Buck-Boost Inverter | IEEE PEDS | 王見銘 | ||||
2003 | A Novel Zero-Current-Switching PWM Boost Rectifier with High Power Factor and Low Conduction Losses | IEEE IECON | 王見銘 | ||||
2003 | A Novel Zero-Voltage-Switching PWM Boost Rectifier with High Power Factor and Low Conduction Losses | IEEE INTELEC | 王見銘 | ||||
2003 | A Soft-Switched Series-Resonant DC/AC Inverter Without Auxiliary Switches | IEEE PESC | 王見銘 | ||||
2003 | Novel Zero-Current-Switching (ZCS) PWM Converters | IEEE IECON | 王見銘 | ||||
2003 | Zero-Current-Transition PWM DC-DC Converters Using a New Zero-Current-Switching PWM Switch Cell | IEEE INTELEC | 王見銘 | ||||
2003 | Zero-Voltage-Transition PWM DC-DC Converters Using a New Zero-Voltage-Switching PWM Switch Cell | IEEE INTELEC | 王見銘 | ||||
2003 | 使用新型零電壓切換脈波寬度調變主動式緩震器之零電壓切換直流至直流轉換器 | 中華民國第二十四屆電力工程研討會 | 王見銘 | ||||
2003 | 使用新型零電流切換脈波寬度調變主動式緩震器之零電流切換直流至直流轉換器 | 中華民國第二十四屆電力工程研討會 | 王見銘 | ||||
2003 | 新型高功因零電流切換脈波寬度調變升壓式整流器之研製 | 第二屆台灣電力電子研討會 | 王見銘 | ||||
2003 | 磁滯電流控制高工因低傳導損失升壓式整流器之研製 | 中華民國第二十四屆電力工程研討會 | 王見銘 | ||||
2003 | 高功因零電壓切換脈波寬度調變升壓式整流器之研製 | 第五屆台灣電磁相容研討會 | 王見銘 | ||||
2003 | 高功因零電流切換脈波寬度調變升壓式整流器之研製 | 第五屆台灣電磁相容研討會 | 王見銘 | ||||
1999 | 磁性元件在交換式電源供應器上的應用 | 台灣電磁相容研討會 | 王見銘 | ||||
1997 | Full-wave boost rectifier by ZCS-PWM control with reduced conduction losses | IEEE IECON | 王見銘 |

西元年度 | 計畫名稱 | 主持人 | 工作職稱 | 共同(協同)主持人 | 委託/補助機構 | 計畫開始日 | 計畫結束日 | 語言 | 相關網址 |
---|---|---|---|---|---|---|---|---|---|
2024 | 使用氮化鎵元件之高效能柔切變頻器之研究(2/2) | 王見銘 | 主持人 | 國家科學及技術委員會 | 2024/08/01 | 2025/07/31 | |||
2023 | 使用氮化鎵元件之高效能柔切變頻器之研究(1/2) | 王見銘 | 主持人 | 國家科學及技術委員會 | 2023/08/01 | 2024/07/31 | |||
2021 | 使用氮化鎵元件之高功率密度零電壓切換無橋變壓器隔離交流至直流轉換器之研究(2/2) | 王見銘 | 主持人 | 科技部 | 2021/08/01 | 2022/07/31 | |||
2021 | 新世代高效綠能關鍵技術開發 | 劉宇晨 | 共同主持人 | 王見銘 | 全漢企業股份有限公司 | 2021/09/01 | 2024/08/31 | ||
2021 | 新世代高效綠能關鍵技術開發 | 劉宇晨 | 共同主持人 | 王見銘 | 善元科技股份有限公司 | 2021/09/01 | 2024/08/31 | ||
2020 | 使用氮化鎵元件之高功率密度零電壓切換無橋變壓器隔離交流至直流轉換器之研究(1/2) | 王見銘 | 主持人 | 科技部 | 2020/08/01 | 2021/07/31 | |||
2017 | 寬工作率範圍柔性切換交錯式升壓型功因修正整流器之研究 | 王見銘 | 主持人 | 科技部 | 2017/08/01 | 2019/07/31 | |||
2016 | 無需柔性切換輔助電路之高性能無橋式單級變壓器隔離交流至直流轉換 器之研究 | 王見銘 | 主持人 | 科技部 | 2016/08/01 | 2017/07/31 | |||
2015 | 單相及三相無橋升降壓型共振式交流至交流轉換器之研究 | 王見銘 | 主持人 | 科技部 | 2015/08/01 | 2016/07/31 | |||
2014 | 高效能高功因柔性切換交流至直流轉換器之研究 | 王見銘 | 主持人 | 科技部 | 2014/08/01 | 2015/07/31 | |||
2013 | 直流電源供應系統性能改善策略之研究 | 王見銘 | 主持人 | 行政院國家科學委員會 | 2013/08/01 | 2014/07/31 | |||
2012 | 共振式單級單相交流至交流轉換器之研究 | 王見銘 | 主持人 | 行政院國家科學委員會 | 2012/08/01 | 2013/07/31 | |||
2011 | 無齒輪轉換之變速電動輔助腳踏車之電力電子系統研發(II) | 王見銘 | 主持人 | 行政院國家科學委員會 | 2011/08/01 | 2012/07/31 | |||
2009 | 低成本高效能高功因直流電源供應系統之研究 | 王見銘 | 主持人 | 行政院國家科學委員會 | 2009/08/01 | 2011/07/31 | |||
2007 | 低成本高效能高功因交流至直流至交流轉換器之研究 | 王見銘 | 主持人 | 行政院國家科學委員會 | 2007/08/01 | 2009/07/31 |