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教師 |
|
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職稱 |
朝陽科技大學資訊工程系教授 |
|
學歷 |
國立台灣工業技術學院電機所控制組博士 |
|
研究 |
類比/數位積體電路設計、電源轉換與管理控制晶片、類比/數位混合電路診斷 |
|
辦公室 |
理工大樓7樓E-719 (分機: 4411) |
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Email |
■ 國際期刊論文:
1.
Yuen-Haw
International
Journal of Electronics (IJE), vol. 108, no. 5, pp. 795-818, 2021.
[SCOPUS] [SJR 2018: 0.277, Quartile: Q3, Rank=338/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.070, Quartile: Q2]
2.
Yuen-Haw
International
Journal of Electronics (IJE), vol. 107, no. 2, pp. 288-309,
2020.
[SCOPUS] [SJR 2018: 0.277, Quartile: Q3, Rank=338/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.070, Quartile: Q2]
3.
Yuen-Haw
International
Journal of Electronics (IJE), vol. 106, no. 11, pp. 1726-1745,
2019.
[SCOPUS] [SJR 2018: 0.277, Quartile: Q3, Rank=338/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 1.070,
Quartile: Q2]
4.
Yuen-Haw Chang,
Yu-Kai Lin, Design and analysis of high-gain
switched-capacitor-inductor-based inverter for step-up DC-AC conversion,
Journal of Circuits, Systems, and
Computers (JCSC), vol. 27, issue 2, pp. 1-23 (1850030), 2018.
[SCOPUS] [SJR 2018: 0.220, Quartile: Q3, Rank=370/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 0.939, Quartile: Q3]
5.
Yuen-Haw Chang,
Chun-Hung Wang, Design and analysis of AMSCC for piezoelectric
energy harvesting,
Journal of Circuits, Systems, and
Computers (JCSC), vol. 26, issue 5, pp. 1-21 (1750083), 2017.
[SCOPUS] [SJR 2018: 0.220, Quartile: Q3, Rank=370/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 0.939, Quartile: Q3]
6.
Yuen-Haw
International Journal of Circuit Theory and Applications (IJCTA),
vol. 44, issue 3, pp. 709-728, 2016.
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic
Engineering]
[SCI] [SCI, 2018 JCR IF: 1.554, Quartile: Q2]
7.
Yuen-Haw
International Journal of Circuit Theory and Applications (IJCTA), vol.
42, issue 5, pp. 468-493, 2014.
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.554, Quartile: Q2]
8. Yuen-Haw
IEEE Trans. Circuits and Systems－I: Regular paper (IEEE TCAS-I), vol. 60, no. 10, pp. 2799-2809, 2013.
[SCOPUS] [SJR 2018: 0.980, Quartile: Q1, Rank=75/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 3.934, Quartile: Q1]
9. Yuen-Haw Chang, Ming-Zong Wu, Switched-capacitor-voltage-multiplier boost
DC-AC inverter with adaptive stages,
International Journal
of Circuit Theory and Applications (IJCTA), vol. 41, issue 2, pp. 128-149, 2013.
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic
Engineering]
[SCI] [SCI, 2018 JCR IF:
1.554, Quartile: Q2]
10. Yuen-Haw
International
Journal of Electronics (IJE), vol. 100, no. 9, pp.
1207-1227, 2013.
[SCOPUS] [SJR 2018: 0.277, Quartile: Q3, Rank=338/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 1.070, Quartile: Q2]
11. Yuen-Haw Chang, High-gain/efficiency multistage
switched-capacitor-voltage-multiplier DC-DC converter,
Journal of Circuits,
Systems, and Computers (JCSC), vol. 21, no. 3, pp. 1-29 (1250023), 2012.
[SCOPUS] [SJR 2018: 0.220, Quartile: Q3, Rank=370/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
0.939, Quartile: Q3]
12.
Yuen-Haw
Chang,
Ming-Zong Wu, Generalized mc
x nc-stage
switched-capacitor-voltage-multiplier-based boost DC-AC inverter, International Journal of Electronics (IJE), vol. 99, no. 1, pp. 29-53, 2012.
[SCOPUS] [SJR 2018: 0.277, Quartile: Q3, Rank=338/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.070, Quartile: Q2]
13.
Yuen-Haw Chang, Yi-Ching Chen, Multistage multiphase switched-capacitor DC-DC converter with
variable-phase and PWM control,
International Journal of Circuit Theory
and Applications (IJCTA), vol. 40, issue 8,
pp. 835-857, 2012.
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 1.554, Quartile: Q2]
14.
Yuen-Haw
Chang, Zih-Yao Luo, Three-stage multiphase-switched-capacitor boost DC-AC inverter,
International Journal of Circuit
Theory and Applications (IJCTA), vol. 40, issue 9, pp.
877-902, 2012
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 1.554, Quartile: Q2]
15.
Yuen-Haw
IEEE Trans. Circuits and Systems－I: Regular paper (IEEE TCAS-I), vol. 58, no.1, pp. 205-218, 2011.
[SCOPUS] [SJR 2018: 0.980, Quartile: Q1, Rank=75/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
3.934, Quartile: Q1]
16.
Yuen-Haw
IEEE Trans. Circuits and Systems－I: Regular paper (IEEE TCAS-I), vol. 58, no.8, pp. 1944-1957, 2011.
[SCOPUS] [SJR 2018: 0.980, Quartile: Q1, Rank=75/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 3.934, Quartile: Q1]
17.
Yuen-Haw
IET Circuits, Devices & Systems (IET CDS), vol. 4, issue 4, pp. 269-281, 2010.
[SCOPUS] [SJR 2018: 0.274, Quartile: Q2, Rank=269/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.277, Quartile: Q3]
18.
Yuen-Haw
International Journal of Electronics (IJE), vol. 97, no. 7, pp. 737-757, 2010.
[SCOPUS] [SJR 2018: 0.277, Quartile: Q3, Rank=338/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.070, Quartile: Q2]
19.
Yuen-Haw
Journal of
Circuits, Systems, and Computers (JCSC), vol. 19, no. 8, pp. 1753-1780, 2010.
[SCOPUS] [SJR 2018: 0.220, Quartile: Q3, Rank=370/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 0.939, Quartile: Q3]
20.
Yuen-Haw
IET Electric Power Applications (IET EPA), vol.1, issue 6, pp. 926-935,
2007.
[SCOPUS] [SJR 2018: 0.872, Quartile: Q1, Rank=104/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF: 3.051,
Quartile: Q1]
21.
Yuen-Haw
IEEE Transactions on Circuits and Systems－I: Regular paper (IEEE TCAS-I), vol.51, no.10, pp. 1998-2016, 2004.
[SCOPUS] [SJR 2018: 0.980, Quartile: Q1, Rank=75/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
3.934, Quartile: Q1]
22.
Yuen-Haw
International Journal of Circuit Theory and Applications (IJCTA), vol.
31, pp. 483-511, 2003.
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.554, Quartile: Q2]
23.
Yuen-Haw
International Journal of Circuit Theory and Applications (IJCTA), vol.
30, pp. 65-86, 2002.
[SCOPUS] [SJR 2018: 0.331, Quartile: Q2, Rank=267/661, Electrical & Electronic Engineering]
[SCI] [SCI, 2018 JCR IF:
1.554, Quartile: Q2]
24.
Hsin-Teng Sheu, Yuen-Haw
International Journal of Circuit Theory and Applications, vol. 24, pp. 201-221,
1996. [SCI]
25.
Yuen-Haw
IEE Proceedings－Circuits, Devices and
Systems, vol. 142, no. 4, pp. 236-246, Aug. 1995. [SCI]
26.
Hsin-Teng Sheu, Yuen-Haw
IEEE Trans. on Circuits and System－I:
Fundamental Theory and Application, vol. 44, no.
3, pp. 198-209, Mar. 1997. [SCI]
27.
Hsin-Teng Sheu, Yuen-Haw
with component tolerances, IEE Proceedings－Circuits, Devices and Systems, vol. 143, no. 1,
pp. 53-60, Feb. 1996. [SCI]
■ 研討會論文:
1.
Yuen-Haw Chang, Zheng-Bin Li,
Controller chip design of serial-parallel-switched-capacitor coupled-inductor
boost DC-AC inverter,
2020 3rd International Conference on Power and Energy Applications (ICPEA
2020), pp. 24-28, Oct. 9-11, 2020. (韓國釜山)
[EI/IEEE Catalog] [ISBN: 978-1-7281-9029-7]
[CFP20T09-ART]
[SCOPUS] [2020 3rd International Conference on Power and Energy Applications,
ICPEA 2020]
2.
Yuen-Haw Chang, Zheng-Bin Li,
Modeling and implementation of serial-parallel-switched-capacitor
coupled-inductor DC-AC inverter,
2020 12th International Conference on Computer and Automation Engineering
(ICCAE 2020), pp. 119-124, Feb. 14-16, 2020. (澳洲雪梨)
[SCOPUS/ACM] [ACM International Conference Proceeding Series]
3.
Yuen-Haw Chang, Yu-Ming Lu, A simple
Greinacher-doubler-based switched-coupled-inductor boost DC-AC inverter,
International MultiConference of
Engineers and Computer Scientists 2019 (IMECS'2019), vol. 2, pp. 279-284,
March 13-15, 2019. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14048-5-5]
[SCOPUS] [2019 Lecture Notes in Engineering and Computer Science]
4.
Yuen-Haw Chang, Yu-Ming Lu, A
high-gain Cockcroft-Walton-doubler-based switched-coupled-inductor step-up
DC-DC converter,
International MultiConference of
Engineers and Computer Scientists 2019 (IMECS'2019), vol. 2, pp. 304-309,
March 13-15, 2019. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14048-5-5]
[SCOPUS] [2019 Lecture Notes in Engineering and Computer Science]
5.
Yuen-Haw Chang, Shin-Cheng Chen, Modeling and
implementation of active-harmonic-elimination switched-capacitor boost DC-AC
inverter,
2019 20th IEEE International Conference on Industrial Technology (IEEE ICIT
2019), pp. 504-509, Feb. 13-15, 2019. (澳洲墨爾本)
[EI] [ISBN: 978-1-5386-6375-2]
[SCOPUS] [2019 Proceedings of the IEEE International Conference on Industrial
Technology]
6.
Yuen-Haw Chang, Jia-Syun Lin, Modeling
and implementation of high-gain coupled-inductor switched-capacitor step-up
DC-DC converter,
2018 3rd International Conference on Control and Robotics
Engineering (ICCRE 2018), pp. 135-138, April
20-23, 2018. (日本名古屋)
[EI] [ISBN: 978-1-5386-6662-3]
[SCOPUS] [2018 3rd International Conference on Control and Robotics Engineering]
7.
Yuen-Haw Chang, Kai-Lin Hsu, A
closed-loop coupled-inductor Cockcroft-Walton-switched-capacitor inverter for
boost DC-AC conversion,
International MultiConference of
Engineers and Computer Scientists 2018 (IMECS'2018), vol. 2, pp. 675-680,
March 14-16, 2018. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14048-8-6]
[SCOPUS] [2018 Lecture Notes in Engineering and Computer Science]
8.
Yuen-Haw Chang, Dian-Lin Ou, A
dual-clamped-voltage coupled-inductor switched-capacitor step-up DC-DC
converter,
International MultiConference of
Engineers and Computer Scientists 2018 (IMECS'2018), vol. 2, pp. 647-652,
March 14-16, 2018. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14048-8-6]
[SCOPUS] [2018 Lecture Notes in Engineering and Computer Science]
9.
Yuen-Haw Chang, Kai-Lin Hsu,
Dian-Lin Ou, A simple switched-coupled-inductor inverter for boost DC-AC
conversion and closed-loop regulation,
International MultiConference of
Engineers and Computer Scientists 2018 (IMECS'2018), vol. 2, pp. 613-618,
March 14-16, 2018. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14048-8-6]
[SCOPUS] [2018 Lecture Notes in Engineering and Computer Science]
10.
Yuen-Haw Chang, Yu-Kai Lin,
Modeling and implementation of high-gain switched-capacitor-inductor- based
boost DC-AC inverter,
The 5th Annual Conference on Engineering
and Information Technology (2017 ACEAIT), pp. 360-370, March 29-31, 2017. (日本名古屋)
11.
Yuen-Haw Chang, En-Ping Jhao, A
high-gain multiphase switched-capacitor coupled-inductor step-up DC-DC
converter,
International MultiConference of
Engineers and Computer Scientists 2017 (IMECS'2017), vol. 2, pp. 638-643,
March 15-17, 2017. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14047-7-0]
[SCOPUS] [2017 Lecture Notes in Engineering and Computer Science]
12.
Yuen-Haw Chang, Zheng-Bin Li, A
high-gain serial-parallel-switched-capacitor coupled-inductor boost DC-AC
inverter,
International MultiConference of Engineers
and Computer Scientists 2017 (IMECS'2017), vol. 2, pp. 688-693, March
15-17, 2017. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14047-7-0]
[SCOPUS] [2017 Lecture Notes in Engineering and Computer Science]
13.
Yuen-Haw Chang, Chun-Hung Wang, Modeling and implementation of adaptive switched-capacitor step-down
DC-DC converter for piezoelectric
energy harvesting, International Congress
on Engineering and Information (ICEAI 2016), pp. 1047-1057, May 10-12,
2016. (日本大阪)
14.
Yuen-Haw Chang, Jyun-Jia Liao, A
novel coupled-inductor switched-capacitor inverter for high-gain boost DC-AC
conversion,
International MultiConference of
Engineers and Computer Scientists 2016 (IMECS'2016), vol. 2, pp. 603-608,
March 16-18, 2016. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14047-6-3]
[SCOPUS] [2016 Lecture Notes in Engineering and Computer Science]
15.
Yuen-Haw Chang, Jia-Syun Lin, A high-gain switched-coupled-inductor switched-capacitor
step-up DC-DC converter,
International MultiConference of
Engineers and Computer Scientists 2016 (IMECS'2016), vol. 2, pp. 624-629,
March 16-18, 2016. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-14047-6-3]
[SCOPUS] [2016 Lecture Notes in Engineering and Computer Science]
16.
Yuen-Haw Chang, Chen-Han Tsai, A
closed-loop high-gain multiphase-switched-capacitor-inductor step-up DC-DC
converter,
International MultiConference of
Engineers and Computer Scientists 2015 (IMECS'2015), vol. 2, pp. 643-648,
March 18-20, 2015. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19253-9-8]
[SCOPUS] [2015 Lecture Notes in Engineering and Computer Science]
17.
Yuen-Haw Chang, Yu-Kai Lin, A
closed-loop high-gain switched-capacitor-inductor-based boost DC-AC inverter,
International MultiConference of
Engineers and Computer Scientists 2015 (IMECS'2015), vol. 2, pp. 694-699,
March 18-20, 2015. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19253-9-8]
[SCOPUS] [2015 Lecture Notes in Engineering and Computer Science]
18.
Yuen-Haw Chang, Yu-Jhang Chen, Modeling
and implementation of high-gain switched-inductor switched-capacitor converter,
2014 International Symposium on
Integrated Circuits (ISIC 2014), pp. 9-12, Dec. 10-12, 2014. (新加坡)
[EI] [ISBN: 978-1-4799-4833-8,
978-1-4799-4834-5]
[SCOPUS] [2015 Proceedings of the 14th International Symposium on Integrated
Circuits, ISIC 2014]
19.
Yuen-Haw Chang, Chin-Ling Chen,
Po-Chien Lo, 2-stage 4-phase switched-capacitor boost DC-AC inverter with
sinusoidal PFM control,
International MultiConference of
Engineers and Computer Scientists 2014 (IMECS'2014), vol. 2, pp. 673-678,
March 12-14, 2014. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19253-3-6]
[SCOPUS] [2014 Lecture Notes in Engineering and Computer Science]
20.
Yuen-Haw Chang, Chun-Hung Wang, Closed-loop adaptive switched-capacitor step-down DC-DC converter for
piezoelectric energy harvesting,
International MultiConference of
Engineers and Computer Scientists 2014 (IMECS'2014), vol. 2, pp. 695-700,
March 12-14, 2014. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19253-3-6]
[SCOPUS] [2014 Lecture Notes in Engineering and Computer Science]
21.
Yuen-Haw Chang, Chin-Ling Chen,
Tzu-Chi Lin, Reconfigurable switched-capacitor converter for maximum power point
tracking of PV system,
International MultiConference of
Engineers and Computer Scientists 2014 (IMECS'2014), vol. 2, pp. 791-796,
March 12-14, 2014. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19253-3-6]
[SCOPUS] [2014 Lecture Notes in Engineering and Computer Science]
22.
Yuen-Haw Chang, Song-Ying Kuo, Modeling
and analysis of high-gain four-phase serial-parallel switched-capacitor step-up
DC-DC converter,
2013 International Conference on
Electrical Engineering and Computer Sciences (EECS 2013), p.999-1006, Dec.
19-21, 2013. (香港赤鱲角)
23.
Yuen-Haw Chang, Kun-Wei Wu,
Modeling and analysis of adaptive-conversion-ratio-based bidirectional
switched-capacitor converter,
2013 SIAM Conference on Control and Its
Applications (SIAM CT13), pp. 152-159, July 8-10, 2013. (美國聖地牙哥)
[EI] [ISBN: 978-1-61197-265-8, ISSN: 2326-6635 (CD), 2326-6627 (Online)]
[SCOPUS] [2013 SIAM Conference on Control and Its Applications 2013]
24.
Yuen-Haw Chang, Yun-Jie Huang, Closed-loop
7-level switched-capacitor boost DC-AC inverter with sinusoidal PFM control,
International MultiConference of
Engineers and Computer Scientists 2013 (IMECS'2013), vol. 2, pp. 641-646,
March 13-15, 2013. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19252-6-8]
[SCOPUS] [2013 Lecture Notes in Engineering and Computer Science]
25.
Yuen-Haw Chang, Yu-Jhang Chen, High-gain
switched-inductor switched-capacitor step-up DC-DC converter,
International MultiConference of
Engineers and Computer Scientists 2013 (IMECS'2013), vol. 2, pp. 670-675,
March 13-15, 2013. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19252-6-8]
[SCOPUS] [2013 Lecture Notes in Engineering and Computer Science]
26.
Yuen-Haw Chang, Song-Ying Kuo, High-gain serial-parallel switched-capacitor step-up DC-DC converter,
International MultiConference of
Engineers and Computer Scientists 2012 (IMECS'2012), vol. 2, pp. 962-967,
March 14-16, 2012. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19251-9-0]
[SCOPUS] [2012 Lecture Notes in Engineering and Computer Science]
27.
Yuen-Haw Chang, Jia-Jie Liao, Reconfigurable 4×/3×/2×/1× switched-capacitor boost DC-AC inverter,
International MultiConference of
Engineers and Computer Scientists 2012 (IMECS'2012), vol. 2, pp. 1135-1140,
March 14-16, 2012. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-19251-9-0]
[SCOPUS] [2012 Lecture Notes in Engineering and Computer Science]
28.
Yuen-Haw Chang, Modelling and
analysis of multistage switched-capacitor-voltage-multiplier boost DC-AC inverter,
2011 IEEE 9th International Conference of
Power Electronics and Drive Systems (IEEE PEDS 2011), pp. 523-526, Dec.
5-8, 2011. (新加坡)
[EI/SCOPUS] [ISBN: 978-1-4577-0001-9/11, 978-1-4577-0000-2]
29.
Yuen-Haw Chang, Closed-loop
interleaved switched-capacitor-voltage-multiplier/divider DC-DC converter,
International Conference of Electrical
Engineering 2011 (ICEE 2011), pp. 102-103 (Abstract), July 10-14, 2011. (香港九龍)
[ISBN: 978-962-7619-48-2]
30.
Yuen-Haw Chang, Kun-Wei Wu, High-conversion-ratio
switched-capacitor boost DC-DC converter with bidirectional power flow,
International MultiConference of
Engineers and Computer Scientists 2011 (IMECS'2011), vol. 2, pp. 1022-1027,
March 16-18, 2011. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-18210-3-4]
[SCOPUS] [2011 Lecture Notes in Engineering and Computer Science]
31.
Yuen-Haw Chang, Shin-Cheng
Chen, Active-harmonic-elimination-based switched-capacitor boost DC-AC inverter,
International MultiConference of
Engineers and Computer Scientists 2011 (IMECS'2011), vol. 2, pp. 917-922,
March 16-18, 2011. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-18210-3-4]
[SCOPUS] [2011 Lecture Notes in Engineering and Computer Science]
32.
Yuen-Haw Chang, Wei-Fu Hsu, A
maximum power point tracking of PV system by adaptive fuzzy logic control,
International MultiConference of
Engineers and Computer Scientists 2011 (IMECS'2011), vol. 2, pp. 975-980,
March 16-18, 2011. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-18210-3-4]
[SCOPUS] [2011 Lecture Notes in Engineering and Computer Science]
33.
Yuen-Haw Chang, Two-stage
multiphase switched-capacitor converter with variable-phase and PWM control,
2010 International Power Electronics Conference
(IPEC-Sapporo 2010), pp.112-117, June 21-24, 2010. (日本札晃)
[EI/SCOPUS] [ISBN: 978-1-4244-5394-8]
34.
Yuen-Haw Chang, Ming-Zong Wu,
High-conversion-ratio switched-capacitor boost DC-AC inverter using sinusoidal
PWM control,
International MultiConference of
Engineers and Computer Scientists 2010 (IMECS'2010), vol. 2, pp. 1321-1326,
March 17-19, 2010. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-17012-8-2, ISSN: 2078-0958]
[SCOPUS] [2010 Lecture Notes in Engineering and Computer Science]
35.
Yuen-Haw Chang, Chen-Wei Lee,
High-conversion-ratio switched-capacitor step-up DC-DC converter,
International MultiConference of
Engineers and Computer Scientists 2010 (IMECS'2010), vol. 2, pp. 1290-1295,
March 17-19, 2010. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-17012-8-2, ISSN: 2078-0958]
[SCOPUS] [2010 Lecture Notes in Engineering and Computer Science]
36.
Yuen-Haw Chang, Chia-Yu Chang,
A maximum power point tracking of PV system by scaling fuzzy control,
International MultiConference of
Engineers and Computer Scientists 2010 (IMECS'2010), vol. 2, pp. 1212-1216,
March 17-19, 2010. (香港九龍)
[EI/IET INSPEC/EBSCO] [ISBN: 978-988-17012-8-2, ISSN: 2078-0958]
[SCOPUS] [2010 Lecture Notes in Engineering and Computer Science]
37.
Yuen-Haw Chang, T.-Y. Luo, Three-stage-MPVD-based DC-AC converter using sinusoidal PWM control,
2009 International Conference on Advanced
Information Technologies (AIT2009, Taiwan), April 24, 2009. (台灣台中)
[ISBN: 978-986-7043-13-9]
38.
Yuen-Haw Chang, Two-stage
current-mode multiphase voltage doubler based on PWM control,
2008 IEEE Asia Pacific Conference on
Circuits and Systems (APCCAS 2008), Integrated Power Electronics I, Nov.
30-Dec. 3, 2008. (澳門)
[EI/SCOPUS] [ISBN: 978-1-4244-2341-5, Online ISBN: 978-1-4244-2342-2]
39.
Yuen-Haw
The Fourth Power Conversion Conf.
(PCC2007, Nagoya, Japan), LS6-6, pp. 1651-1658, April 2-5, 2007. (日本名古屋)
[EI/SCOPUS] [ISBN: 1-4244-0844-X]
40.
Yuen-Haw
2003 International Conference on Informatics, Cybernetics, and Systems (ICICS2003),
pp.307-312, Dec., 2003. (台灣高雄)
41.
Yuen-Haw Chang, C.-F. Wang, Rail-to-rail
fully operational amplifier with common-mode feedback and frequency
compensation,
2008 Int. Conf. on Advanced Information
Technology (2008AIT), April, 25-26, 2008. (台灣台中)
[ISBN: 978-986-7043-05-4]
42.
Yuen-Haw Chang, C.-T. Chen, Scheduled-pulse-frequency-modulation-based
battery charger controller,
2008 Int. Conf. on Advanced Information
Technology (2008AIT), April, 25-26, 2008. (台灣台中)
[ISBN: 978-986-7043-05-4]
■ 國家晶片設計中心(CIC)下線晶片:
1.
製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-92B-46e, Aug. 2003.
2.
Signal,梯次編號:D35-92C-35e, Sep.
2003.
3.
um 2P4M Mixed Signal,梯次編號:D35-92C-36e, Sep.
2003.
4.
converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-92C-34e, Sep. 2003.
5.
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-93E-10e,
Aug. 2004.
6.
2P4M Mixed Signal,梯次編號:D35-93E-17e, Aug. 2004.
7.
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-93F-19e,
Jan. 2005.
8.
um 2P4M Mixed Signal,梯次編號:D35-93F-20e, Jan. 2005.
9.
functions), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-93F-21e, Jan. 2005.
10.
detection), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-93F-57e, Jan. 2005.
11.
93F-67e, Jan. 2005.
12.
D35-94C-67e, May 2005.
13.
D35-94C-68e, May 2005.
14.
94D-62e, Aug. 2005.
15.
Mixed Signal,梯次編號:D35-94D-66e, Aug. 2005.
16.
D35-94D-71e, Aug. 2005.
17.
0.35um 2P4M Mixed Signal,梯次編號:D35-94E-75e, Oct. 2005.
18.
D35-94E-76e, Oct. 2005.
19.
梯次編號:D35-95A-63e, Dec. 2005.
20.
2P4M Mixed Signal,梯次編號:D35-95B-47e,
May 2006.
21.
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-95D-03e, July 2006.
22.
0.35um 2P4M Mixed Signal,梯次編號:D35-95E-65e, Sep. 2006.
23.
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-95E-66e, Sep.
2006.
24.
controller), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-96A-55e, Dec. 2006.
25.
feedback and frequency compensation), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-96A-54e, Dec. 2006.
26.
charger controller), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-97A-55e, Oct. 2007.
27.
amplifier), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-97A-56e, Oct. 2007.
28.
2P4M Mixed Signal,梯次編號:D35-97A-57e,
Oct. 2007.
29.
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-97B-58e, Jan. 2008.
30.
Mixed Signal,梯次編號:D35-97B-59e,
Jan. 2008.
31.
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-97B-60e, Jan. 2008.
32. 張原豪,王雲平,吳堃瑋,
多相式電壓倍壓器之控制晶片實現(Controller chip implementation of multiphase voltage doubler),
製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-97D-80e,
July 2008.
33. 張原豪,羅梓瑤,陳慶桐,
具有虛擬雙曲線充電電流補償之低電壓脈波寬度調變控制器設計(Chip design low-voltage pulse-width-modulation
controller
with pseudo-hyperbola-charge-current compensation), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-97E-84e, Oct. 2008.
34. 張原豪,陳明佑,陳威達,
太陽電池供電為主之升降壓型直流轉換控制器實現(Controller chip implementation of PV-cell-based
step-up/down DC-DC
converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-97E-85e, Oct. 2008.
35. 張原豪,張嘉祐,李晨瑋, 以兩相式電壓乘法器為主之升/降壓雙向轉換器控制晶片設計(Controller chip design of two-phase-voltage-multiplier-based
bidirectional DC-DC converter), 製程: TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-98B-85e, April
2009.
36. 張原豪,鄭帆舜,張竣輝, 兩相式切換式電容高倍率升壓轉換器控制晶片設計(Controller chip design of two-phase multi-stage
switched-capacitor
booster with high voltage gain), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-98B-92e,
April 2009.
37. 張原豪,蕭文禹,余晨薇, 以太陽能電池為供電考量之升/降壓轉換器控制晶片設計(Controller chip design of PV-cell-supply-based step-up/down DC-
DC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-98C-77e, June 2009.
38. 張原豪,陳鈞復,蔡肇仁, 應用於單向DC-AC轉換器之弦式脈波寬度調變控制晶片設計(Chip design of sinusoidal-pulse-width-modulation
controller
for 1ψ DC-AC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-98C-78e, June 2009.
39. 張原豪,陳詠裕,郭欽翔,陳廷瑋, 二相式多階高倍率切換電容雙向轉換器控制晶片設計(Chip design of two-phase multi-stage
high-conversion-ratio
switched-capacitor bidirectional converter), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-99C-70e,
June 2010.
40. 張原豪,黃運杰,黃瑋國,郭紹遠, 降頻式交換電容單相DC-AC轉換器之控制晶片設計(Controller chip design of reduced frequency switched-capacitor
DC-AC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-99C-69e, June 2010.
41. 張原豪,徐偉富,陳信呈,吳堃瑋, 切換電容單相升壓逆轉器之分相產生電路設計(Chip design of phase generator for switched-capacitor
boost DC-AC
inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-99C-68e, June 2010.
42. 張原豪,楊柏鴻,羅博謙,張懷祖, 定電流鋸齒波及非重疊二相方波產生器(Current-mode ramp and non-overlapping two-phase clock
generator), 製程:
TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-100B-88e, May 2011.
43. 張原豪,林宏洲,林政維,王峻鴻, 切換電容升壓型逆轉換器之弦式分相控制電路(Sinusoidal phase generator of switched-capacitor boost
DC-AC
inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-100B-89e,
May 2011.
44. 張原豪,林子祺,陳裕泉,陳世珍, 串並聯式切換電容升壓型直流轉換器之分相控制電路(Phase generator of series-parallel switched-capacitor
boost
DC-DC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-100C-72e,
July 2011.
45. 張原豪,王峻鴻,林宏洲,楊柏鴻, 切換電容升壓型直/交流逆轉換器之控制晶片設計(Controller chip design of switched-capacitor boost DC-AC inverter),
製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-100C-73e, July 2011.
46. 張原豪,郭松穎,廖佳傑, 多相串並聯式切換電容升壓型直流轉換器之控制晶片設計(Chip design of
multiphase series-parallel switched-capacitor
boost DC-DC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-101A-37e,
Feb. 2012.
47. 張原豪,林郁凱,林酩傑,林祐誠, 切換式電容升壓型逆轉換器之分相產生器設計(Design of phase generator of switched-capacitor boost
DC-AC
inverte), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-101B-36e,
May 2012.
48. 張原豪,紀家榤,傅元柏,
諧振式切換電容升壓直流轉換器之簡易型控制器設計(Design of simple controller of switched-capacitor
boost DC-DC
converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-101B-37e,
May 2012.
49. 張原豪,廖俊嘉,葉牧卿,林允鍵, 二級四相式切換電容升壓逆轉換之控制器設計(Controller design of two-stage four-phase
switched-capacitor boost
DC-AC inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-102B-E0013,
June 2013.
50. 張原豪,許浚豪,林佳勳,白尚詮, 適應型切換電容降壓式電池充電器之控制器元件(Controller design of adaptive switched-capacitor
step-down battery
charger), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-102B-E0014,
June 2013.
51. 張原豪,廖俊嘉,葉牧卿,林允鍵, 多重相位切換電容逆轉換器之修正控制設計(Modified control design of multiphase
switched-capacitor DC-AC
inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-102C-E0019,
Jan 2014.
52. 張原豪,許浚豪,林佳勳,白尚詮, 適應多段式切換電容充電器之修正控制設計(Modified control design of adaptive multistage
switched-capacitor
battery charger), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-102C-E0020,
Jan 2014.
53. 張原豪,李政彬,趙恩平,
切換電容感式升壓逆轉器之控制晶片設計(Controller chip design of
switched-capacitor-inductor-based boost DC-AC
inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-103C-E0010,
August 2014.
54. 張原豪,蔡承翰, 切換電容電感式升壓直流轉換器之時序控制晶片設計(Timing-control chip design of
switched-capacitor-inductor-based step-up
DC-DC converter),
製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-104A-E0027, May
2015.
55. 張原豪,趙恩平,李政彬, 切換電容電感式升壓逆轉換器之控制晶片修正設計(Modified design of controller chip of
switched-capacitor-inductor-based
boost DC-AC inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-104A-E0010, May
2015.
56. 張原豪,許鎧麟,陳俊佑,邱錦益, 切換耦合電感切換電容式升壓逆轉換之控制器設計 (Controller design
of switched-coupled-inductor switched-
capacitor boost DC-AC inverter), 製程:TSMC0.35um 2P4M
Mixed Signal,梯次編號:D35-104B-E0013, August 2015.
57. 張原豪,謝忠叡,吳伯諺,歐典霖,
切換耦合電感切換電容式升壓直流轉換之控制器設計(Controller design of switched-coupled-inductor switched-
capacitor step-up DC-DC converter),
製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-104B-E0015,
August 2015.
58. 張原豪,謝忠叡,林佳勳, 切換耦合電感切換電容式升壓直流轉換之控制器修正設計(Modifies design of switched-coupled-inductor switched-capacitor
step-up DC-DC converter),
製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-104B-E0015, Nov
2015.
59. 張原豪,陳彥碩,楊尚諭,許芝瑜, 串並聯式切換電容搭配耦合電感式升壓直交流逆轉換器之控制晶片設計(Controller chip design of serial-parallel-
switched-capacitor coupled-inductor boost DC-AC inverter), 製程:TSMC0.35um 2P4M
Mixed Signal,梯次編號:D35-105B-E0008, Apr 2016.
60. 張原豪,傅俊傑,張文俊,張書輔, 多相式切換電容搭配耦合感升壓型直流轉器之控制晶片設計(Controller chip design of multiphase switched-capacitor
coupled-inductor step-up DC-DC inverter), 製程:TSMC0.35um 2P4M
Mixed Signal,梯次編號:D35-105B-E0007, Apr 2016.
61. 張原豪,趙恩平,傅俊傑, 多相式切換電容搭配耦合感升壓型直流轉器之控制晶片修正設計(Modified Controller chip design of multiphase switched-
capacitor coupled-inductor step-up DC-DC inverter), 製程:TSMC0.35um 2P4M
Mixed Signal,梯次編號:D35-105C-E0020, July 2016.
62. 張原豪,劉柏圓,張又仁,胡仁豪, 簡易型切換電容耦合電感式升壓型直交流逆轉換器之控制器設計(Controller
design of simple switched-capacitor
coupled-inductor boost DC-AC inverter), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-106B-E0027, April 2017.
63. 張原豪,蔡鎮宇,曾育修,洪子宜, 基於C-W倍壓架構切換耦合電感式升壓型直交流逆轉換器之控制器設計(Controller design of Cockcroft-Walton-
doubler-based switched-coupled-inductor boost DC-AC inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-106B-E0016,
April 2017.
64. 張原豪,廖祐宏,張育綺, 雙箝位耦合電感搭配切換電容式升壓型直流轉換器之控制器設計(Controller design of dual-clamped-voltage coupled-
inductor switched-capacitor step-up DC-DC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-106B-E0008,
April 2017.
65. 張原豪,歐典霖, 改善雙箝位耦合電感搭配切換電容式升壓型直流轉換器之控制器設計(Improved controller
design of dual-clamped-voltage coupled-
inductor switched-capacitor step-up DC-DC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-106D-E0001,
Nov. 2017.
66. 張原豪,盧鈺明, 基於G氏四倍壓架構之切換耦合電感式升壓型直交流逆轉換器的控制器設計(Controller design of Greinacher-quadrupler-based
switched-coupled-inductor boost DC-AC inverter), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-107B-E0024, April 2018.
67. 張原豪,李韋儒, 基於C-W倍壓架構之切換耦合電感式升壓型直流轉換器之控制器設計(Controller design of Cockcroft-Walton-doubler-based
switched-coupled-Inductor step-up DC-DC converter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-107B-E0028,
April 2018.
68. 張原豪,王奎鈞, 黃治翰, 高增益切換電容耦合電感式升壓型直流轉換器之控制器修正設計(Modified controller design of high-gain switched-capacitor
coupled-inductor step-up DC-DC converter), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-107B-E0029, April 2018.
69. 張原豪,盧鈺明, 基於G氏四倍壓架構之切換耦合電感式升壓型直交流逆轉換器的控制器修正設計(Modified controller design of Greinacher-quadrupler-
based switched-coupled-inductor boost DC-AC inverter), 製程:TSMC0.35um 2P4M Mixed Signal,梯次編號:D35-107D-E0016,
Oct. 2018.
70. 張原豪,王奎鈞, 高增益切換電容耦合電感式升壓型直流轉換器之控制器修正設計(Modified
controller design of high-gain switched-capacitor
coupled-inductor step-up DC-DC converter), 製程:TSMC0.35um
2P4M Mixed Signal,梯次編號:D35-107D-E0022, Oct. 2018.
■ 執行研究計畫:
1. 對電路不確定因素具有強健能力之大型電路故障診斷系之研究(國科會NSC89-2213-E270-008),計畫主持人,民國88/08-89/07.
2. 類比數位混合電路之強健性故障偵測診斷系統的開發(國科會NSC89-2218-E270-004), 計畫主持人,民國89/08-90/07.
3. 具有非結構不確定性之控制系統的RFDI問題研究(國科會NSC90-2213-E-324-026),
計畫主持人, 民國90/08-91/07.
4. 以功率電晶體為主之切換式電容升降壓型直流電源轉換晶片之整合開發研究(國科會NSC91-2213-E-324-008), 計畫主持人,民國91/08-92/07.
5. 電玩遊戲機之微單晶片人機介面控制電路之研製(國科會大專生NSC91-2815-C-324-014-E), 指導教授(學生:楊
6. 具寬幅輸入電壓範圍之自動升降壓型切換式電容架構直流-直流轉換晶片設計分析(國科會NSC92-2213-E-324-004), 計畫主持人,民國92/08-93/07.
7. 圖形內插尺寸調整之有機發光二極體驅動電路研製(國科會大專生NSC93-2815-C-324-011-E), 指導教授(學生:林韋德),民國93/07-94/02.
8. 切換式電容直流鏈結架構之升壓型DC-DC轉換器/DC-AC逆轉換器之光驅動整合晶片設計分析(國科會NSC93-2213-E-324-029), 計畫主持人,民國93/08-94/07.
9. 結合切換式電容與電感式升壓調整器之白光二極體驅動晶片設計分析(國科會NSC93-2213-E-324-023), 計畫主持人,民國94/08-95/07.
10. 高效率零切換電流之多級式切換電容共振式升壓型直流轉換器設計分析(NSC95-2221-E-324-005), 計畫主持人,民國95/08-96/07.
11. 排程式鋰電池充電器之控制晶片設計(國科會大專生NSC96-2815-C-324-012-E), 指導教授(學生:范勝杰),民國96/07-97/02.
12. 雙調變模式零切換電流之切換電容升壓轉換/逆轉器在白光二極體/電激發光器之整合驅動應用(國科會NSC96-2221-E-324-038), 計畫主持人,民國96/08-97/07.
13. PWM/PFM雙調變技術為主之多級多重相位電壓倍壓升壓轉換/逆轉器在白光二極體/電激發光器之驅動應用(I)(國科會NSC97-2221-E-324-012), 計畫主持人,民國97/08-98/07.
14. PWM/PFM雙調變技術為主之多級多重相位電壓倍壓升壓轉換/逆轉器在白光二極體/電激發光器之驅動應用(II)(國科會NSC98-2221-E-324-024), 計畫主持人,民國98/08-99/07.
15. 可變拓樸路徑與脈寬調變控制之高效率多級切換電容雙向直流轉換器的設計分析(國科會NSC99-2221-E-324-014), 計畫主持人,民國99/08-100/07.
16. 高效率可變增益多級切換電容電壓倍乘/倍除之轉換器/逆轉器的分析設計與實作(國科會NSC100-2221-E-324-005), 計畫主持人,民國100/08-101/07.
17. 具有增益效率強化設計之多級式切換電容DC-DC單向/雙向轉換器的設計分析(國科會NSC101-2221-E-324-016), 計畫主持人,民國101/08-102/07.
18. 以強化增益/改善效率為主之串並聯式切換電容升壓型直流轉換器的分析設計與實作(國科會NSC102-2221-E-324-030), 計畫主持人,民國102/08-103/07.
19. 高增益高效率之切換電感合併切換電容式升壓型直流轉換器的分析設計與實作(科技部MOST103-2221-E-324-039), 計畫主持人,民國103/08-104/07.
20. 應用於壓電能量採擷之適應型切換電容式降壓直流轉換器的分析設計與實作(科技部MOST104-2221-E-324-015), 計畫主持人,民國104/08-105/07.
21. 新式高增益切換電容/電感為主之升壓DC-DC/DC-AC雙用轉換器的設計與分析(科技部MOST105-2221-E-324-011), 計畫主持人,民國105/08-106/07.
22. 耦合電感併切換電容式升壓型DC-DC/DC-AC轉換器之設計分析與實作(科技部MOST106-2221-E-324-003), 計畫主持人,民國106/08-107/07.
23. 一個主動諧波消除之切換電容式升壓型DC-AC逆轉換器(科技部MOST107-2221-E-324-022), 計畫主持人,民國107/08-108/07.
24. 強化增益串並聯切換電容合併耦合電感式之升壓型DC-DC轉換器/DC-AC逆轉器(科技部MOST108-2221-E-324-019), 計畫主持人,民國108/08-109/07.
25. 多重相位切換電容耦合電感式之升壓型直流轉換器的設計分析(科技部MOST109-2221-E-324-027), 計畫主持人,民國109/08-111/07.
■ 指導研究生:
1. 郭泓棚(2003/07/朝陽科技大學資訊工程研究所畢業),研究題目:空間域影像景深估測與移動物體偵測規避之研究
Analysis and Design of Frequency-Domain Vision-Based Depth Estimation and Path
Planning for Autonomous Vehicle
2. 魏鴻銘(2003/07/朝陽科技大學資訊工程研究所畢業),研究題目:頻域視覺景深量測與自走車路徑規劃之分析設計
Analysis and Design of Frequency-Domain Vision-Based Depth Estimation and Path
Planning for Autonomous Vehicle
3. 馬郁華(2004/07/朝陽科技大學資訊工程研究所畢業),研究題目:具快速鎖定能力的雙迴路電荷幫浦鎖相迴路之設計與模擬
Design and Simulation of Dual-Loop Charge-Pump PLL with Fast-Lock
4. 陳耀鵬(2005/01/朝陽科技大學資訊工程研究所畢業),研究題目:以管線式為架構設計高速類比數位轉換器
Design of High-Speed Analog-to-Digital Converter based on Pipelined
Architecture
5. 楊峻泓(2005/07/朝陽科技大學資訊工程研究所畢業),研究題目:以數位脈寬調變技術為主之升壓型白光驅動電路分析與設計
Analysis and Design of Digital PWM-based Step-up White LED Driver
6. 林漢忠(2005/07/朝陽科技大學資訊工程研究所畢業),研究題目:互補式金氧半算術運算電路之分析與設計
Analysis and Design of CMOS Arithmetic Circuits
7. 林元煌(2006/07/朝陽科技大學資訊工程研究所畢業),研究題目:以切換式電流架構為基礎的二階差和類比/數位轉換器之設計與分析
Design and Analysis of Switched-Current Based Second-Order Delta-Sigma A/D
Converter
8. 黃啟峰(2006/07/朝陽科技大學資訊工程研究所畢業),研究題目:高效能二維離散小波轉換上提式架構之分析與設計
Analysis and Design of High-Efficiency Lifting-based Architecture for 2-D
Discrete Wavelet Transform
9. 陳廷杰(2007/07/朝陽科技大學資訊工程研究所畢業),研究題目:高效率PWM/PFM雙模升壓轉換/調整器之白光二極體驅動設計分析
Analysis and Design of High-Efficiency PWM/PFM Dual-mode Boost
Converter/Regulator for White LED Drive
10. 黃雅芬(2008/01/朝陽科技大學資訊工程研究所畢業),研究題目:以FPGA實現二維一階上提式離散小波轉換架構
Realization of 2-Dimensional 1-Level Lifting-Based Discrete Wavelet Transform
Scheme by using FPGA Chip
11. 陳燕虹(2008/01/朝陽科技大學資訊工程研究所畢業),研究題目:鎖相式頻率合成器之設計分析
Design and Analysis of Phase-Locked-Loop-Based Frequency Synthesizer
12. 陳苡璟(2008/07/朝陽科技大學資訊工程研究所畢業),研究題目:以電壓/電流模式PWM控制為主之2階/3階多相式電壓倍壓器之白光二極體驅動設計
Design of Voltage-Mode/Current-Mode PWM-Based Two/Three-Stage Multiphase
Voltage Doublers for White LED Driver
13. 邱治華(2008/07/朝陽科技大學資訊工程研究所畢業),研究題目:結合尺度不變特徵與貝氏定理的影像定位與導航系統設計
Vision-based Localization and Navigation by Combining Bayesian Model and
Scale-Invariant Features
14. 王昱權(2008/07/朝陽科技大學資訊工程研究所畢業),研究題目:PWM/PFM雙模式排程鋰電池充電控制器之設計
Design of PWM/PFM Dual-Mode Scheduled Li-Ion Charger Controller
15. 羅梓瑤(2009/07/朝陽科技大學資訊工程研究所畢業),研究題目:以3階多相式倍壓器為主之直流-交流轉換器設計分析
Design and Analysis of 3-Stage-Multiphase-Voltage-Doubler-Based DC-AC Converter
16. 曾建樺(2009/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用尺度不變特徵法進行自走車系統之視覺定位與控制
Vision-Based Localization and Control of Autonomous Vehicle by Scale-Invariant
Features
17. 陳慶桐(2009/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用平均化擾動觀察演算法進行太陽能系統之最大功率追蹤
Maximum Power Point Tracking of Solar System by Averaged P&O Algorithm
18. 吳明宗(2010/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用弦式脈寬調控之高增益轉換比切換式電容升壓逆轉換器的設計與實作
Design and Implementation of High-Conversion-Ratio Switched-Capacitor Boost
DC-AC Inverter by SPWM Control
19. 李晨瑋(2010/07/朝陽科技大學資訊工程研究所畢業),研究題目:高增益轉換比之切換式電容升/降壓型直流轉換器的設計與實作
Design and Implementation of High-Conversion-Ratio Switched-Capacitor
Step-Up/Down DC-DC Converter
20. 張嘉祐(2010/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用尺規化模糊控制進行太陽能系統之最大功率點追蹤的設計與實作
Design and Implementation of Maximum Power Point Tracking of PV System by
Scaling Fuzzy Control
21. 吳堃瑋(2011/07/朝陽科技大學資訊工程研究所畢業),研究題目:高增益轉換比之切換式電容雙向直流轉換器的設計與實作
Design and Implementation of High-Conversion-Ratio Switched-Capacitor
Bidirectional DC-DC Converter
22. 陳信呈(2011/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用主動諧波消去法之切換式電容升壓逆轉換器的設計與實作
Design and Implementation of Active-Harmonic-Elimination-Based
Switched-Capacitor Boost DC-AC Inverter
23. 徐偉富(2011/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用適應性模糊控制進行太陽能系統之最大功率點追蹤的設計與實作
Design and Implementation of Maximum Power Point Tracking of PV System by
Adaptive Fuzzy Control
24. 郭松穎(2012/07/朝陽科技大學資訊工程研究所畢業),研究題目:高增益串並聯切換電容式升壓直流轉換器的設計與實作
Design and Implementation of High-Gain Serial-Parallel Switched-Capacitor
Step-Up DC-DC Converter
25. 廖佳傑(2012/07/朝陽科技大學資訊工程研究所畢業),研究題目:可變結構之切換電容式升壓逆轉換器的設計與實作
Design and Implementation of Reconfigurable Switched-Capacitor Boost DC-AC
Inverter
26. 陳昱彰(2013/07/朝陽科技大學資訊工程研究所畢業),研究題目:以切換電感與切換電容為主體架構之高增益升壓直流轉換器的設計與實作
Design and Implementation of High-Gain
Switched-Inductor-Switched-Capacitor-Based Step-Up DC-DC Converter
27. 黃運杰(2013/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用弦式脈頻調變控制之閉迴路七階切換電容式升壓逆轉換器的設計與實作
Design and Implementation of Closed-Loop 7-Level Switched-Capacitor Boost DC-AC
Inverter with Sinusoidal PFM Control
28. 羅博謙(2014/07/朝陽科技大學資訊工程研究所畢業),研究題目:使用弦式脈頻調變控制之二階四相切換電容式升壓直流-交流逆轉換器的設計與實作
Design and Implementation of 2-Stage 4-Phase Switched-Capacitor Boost DC-AC
Inverter with Sinusoidal PFM Control
29. 王峻鴻(2014/07/朝陽科技大學資訊工程研究所畢業),研究題目:應用於壓電元件能量擷取之適應型切換電容式降壓直流轉換器的設計與實作
Design and Implementation of Adaptive Switched-Capacitor Step-Down DC-DC
Converter for Piezoelectric Energy Harvesting
30. 林子祺(2014/07/朝陽科技大學資訊工程研究所畢業),研究題目:應用於太陽能電池最大功率點追蹤之可變結構切換電容式轉換器的設計與實作
Design and Implementation of Reconfigurable Switched-Capacitor Converter for
Maximum Power Point Tracking of PV System
31. 林郁凱(2015/07/朝陽科技大學資訊工程研究所畢業),研究題目:閉迴路高增益之切換式電容電感升壓型直流-交流逆轉換器的設計與實作
Design and Implementation of a Closed-Loop High-Gain Switched-Capacitor-Inductor-Based
Boost DC-AC Inverter
32. 林佳勳(2016/07/朝陽科技大學資訊工程研究所畢業),研究題目:高增益之切換耦合電感切換電容式升壓型直流轉換器的設計與實作
Design and Implementation of A High-Gain Switched-Coupled-Inductor
Switched-Capacitor Step-Up DC-DC Converter
33. 廖俊嘉(2016/07/朝陽科技大學資訊工程研究所畢業),研究題目:新式高增益之耦合電感合併切換電容式升壓型逆轉換器的設計與實作
Design and Implementation of A Novel High-Gain Coupled-Inductor
Switched-Capacitor Boost DC-AC Inverter
34. 趙恩平(2017/07/朝陽科技大學資訊工程研究所畢業),研究題目:多相式切換電容搭配耦合電感升壓型直流轉換器之設計與實作
Design and Implementation of Multiphase Switched-Capacitor Coupled-Inductor
Step-Up DC-DC Converter
35. 李政彬(2017/07/朝陽科技大學資訊工程研究所畢業),研究題目:串並聯切換式電容合併耦合電感之升壓型直流-交流逆轉換器的設計與實作
Design and Implementation of Serial-Parallel-Switched-Capacitor
Coupled-Inductor Boost DC-AC Inverter
36. 許鎧麟(2018/07/朝陽科技大學資訊工程研究所畢業),研究題目:耦合電感搭配C-W切換電容式升壓型直交流逆轉換器之設計與實作
Design and Implementation of Coupled-Inductor
Cockcroft-Walton-Switched-Capacitor Boost DC-AC Inverter
37. 歐典霖(2018/07/朝陽科技大學資訊工程研究所畢業),研究題目:雙箝位耦合電感搭配切換電容式升壓型直流轉換器之設計與實作
Design and Implementation of Dual-Clamped-Voltage Coupled-Inductor
Switched-Capacitor Step-Up DC-DC Converter
38. 盧鈺明(2020/07/朝陽科技大學資訊工程研究所畢業),研究題目:基於CW/GQ倍壓架構之切換電容耦合電感式升壓型直流轉換器/直交流逆變器之設計與實作
Design and Implementation of
Cockcroft-Walton-Doubler/Greinacher-Quadrupler-Based Switched-Capacitor
Coupled-Inductor Boost DC-DC Converter/DC-AC Inverter
■ 指導大學部專題:
1. 嵌入式Linux系統MP3播放器之實作 (90學年度吳傳揚等七員)。
2. 微單晶片交流感應馬達驅動控制 (91學年張宏裕等三員)。
3. 電玩遊戲機之微單晶片人機介面控制電路之研製 (91學年楊峻泓三員)。
4. 升壓型DC-DC轉換器之白光二極體驅動研製 (92學年許孟越等三員)。
5. 溫度感測之類比-數位轉換晶片設計 (92學年楊閎軒等三員)。
6. WAV音訊錄放功能之電路研製 (92學年廖永騰等三員)。
7. MP3播放功能之FPGA電路研製 (92學年李晁塘等三員)。
8. 脈波寬度調變產生器之晶片設計實作 (93學年陳廷杰等三員)。
9. 數位信號比較器之晶片設計實作 (93學年林韋德等三員)。
10. 快速四位元數位乘法器之晶片設計實作 (93學年張育書等三員)。
11. 四位元高速平行乘法器晶片設計實現 (94學年林穎隆等四員)。
12. 高電源雜訊拒斥能力之運算放大器晶片設計實現 (94學年羅國瑞等三員)。
13. 脈波頻率調變技術之電池充電器控制晶片設計 (95學年劉昭男等三員)。
14. 軌對軌全差動運算放大器之晶片設計 (95學年王麒富等三員)。
15. 交流功率因數改善控制晶片之設計實作 (96學年吳明宗等三員)。
16. 脈衝寬度/頻率調變之雙模控制晶片之設計 (96學年范勝杰等三員)。
17. 以多相式電壓倍壓器為主之直交流逆轉換器設計實作 (97學年王雲平等三員)。
18. 交錯式切換電容高倍率升壓轉換器之設計實作 (98學年鄭帆舜等四員)。
19. 以太陽能電池供電之升降壓型轉換器設計實作 (98學年蕭文禹等五員)。
20. 以弦式脈波寬度調變為主之全橋式逆轉換器設計實作 (98學年陳鈞復等五員)。
21. 二相式多階高倍率切換電容雙向DC-DC轉換器之設計與實作 (99學年陳詠裕等五員)。
22. 降頻式切換電容雙向DC-AC逆轉換器之設計與實作 (99學年黃運杰等四員)。
23. 四階串並聯式切換電容升壓逆轉換器之設計與實作 (100學年楊柏鴻等五員)。
24. 串並聯式電容切換升壓直流轉換器之設計與實作 (100學年林子棋等五員)。
25. 七階準位切換電容式之升壓型逆轉換器的製作 (101學年林郁凱等三員)。
26. 切換電容式搭配電感諧振之升壓型直流換 (101學年紀家榤等二員)。
27. 2階4相切換電容式升壓逆轉換器之設計與實作 (102學年廖俊嘉等三員)。
28. 適應型切換電容降壓式充電器之設計與實作 (102學年許浚豪等三員)。
29. 切換電容電感式升壓逆轉換器之設計與實作 (103學年趙恩平等二員)。
30. 切換耦合電感切換電容式升壓型直交流逆轉換器之實作 (104學年許鎧麟等三員)。
31. 切換耦合電感切換電容式升壓型直流轉換器之實作 (104學年謝忠叡等三員)。
32. 串並聯切換電容搭配耦合電感式升壓直交流逆轉換器之製作 (105學年楊尚諭等三員)。
33. 多相式切換電容搭配耦合電感升壓型直流轉換器之製作 (105學年傅俊傑等三員)。
34. 雙箝位偶和電感搭配切換電容式升壓型直流轉換器之研製 (106學年廖祐宏等二員)。
35. 簡易型切換電容耦合電感式升壓型直交流逆轉換器之研製 (106學年劉柏圓等三員)。
36. 基於C-W倍壓架構切換耦合電感式升壓型直交流逆轉之研製 (106學年蔡鎮宇等三員)。
37. 基於C-W倍壓架構之切換耦合電感式升壓型直流轉換器製作 (107學年王奎鈞等三員)。
38. 多階C-W切換耦合電感式升壓DC-AC逆轉換器製作 (108學年吳柏彥等三員)。
39. 多階C-W切換耦合電感式升壓DC-DC轉換器製作 (108學年吳冠廷等二員)。
40. 無線電力傳輸之USB充電器與可充式緊急照明燈的研製 (109學年王勝平等三員)。
■ 教學工作:
90上學期: 系統整合(大4)、微處理機系統(大3)、資料處理與電腦應用(大1)、積體電路專論(一)(研1)
90下學期: 電路學(大2)、微處理機系統(大2)、積體電路專論(二)(研1)
91上學期: 電子物理(大1)、系統整合(大4)、電子學(大2)、積體電路專論(一)(三)(研1)
91下學期: 數位系統(大1)、微處理機系統(大2)、電子電路(大2)、積體電路專論(二)(四)(研1)
92上學期: 工程數學(大2)、數位系統(大1)、電子物理(大1)、積體電路專論(一)(三)(研1)
92下學期: 電子學(大1)、電腦輔助電路設計(大3)、數位積體電路設計(研1)、積體電路專論(二)(四)(研1)
93上學期: 工程數學(大2)、數位積體電路設計概論(大4)、類比積體電路設計(研1)、訊號處理專論(一)(三)(研1)
93下學期: 電腦輔助電路設計(大3)、微處理機系統(大2)、訊號處理專題(二)(研1)、積體電路專題(四)(研2）
94上學期: 工程數學(大2)、數位積體電路設計概論(大4)、積體電路專題(一)(研1)、訊號處理專題(三)(研2)
94下學期: 電子學(大1,進2)、電腦輔助電路設計(大3)、類比積體電路設計(研1)、積體電路專題(二)(研1)、訊號處理專題(四)(研2）
95上學期: 工程數學(大2)、數位積體電路設計概論(大4)、積體電路專題(一)(研1)、積體電路專題(三)(研2)
95下學期: 微處理機系統(大2)、電腦輔助電路設計(大3)、類比積體電路設計(研1)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
96上學期: 電子物理(大1)、工程數學(大2,進2)、電腦輔助電路設計(大3)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
96下學期: 電子學(大1)、微處理機系統(大2,進2)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
97上學期: 工程數學(大2,進2)、電腦輔助電路設計(大3)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
97下學期: 電子電路(大2)、數位積體電路設計概論(大3)、類比積體電路設計(研1)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
98上學期: 電腦輔助電路設計(大3)、微處理機系統(大2)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
98下學期: 數位積體電路數計概論(大3,進4)、類比積體電路設計(研1)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
99上學期: 電腦輔助電路設計(大3)、數位系統(大1)、工程數學(進2)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
99下學期: 電子學(進2)、數位積體電路設計概論(大3)、類比積體電路設計(研1)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
100上學期: 電腦輔助電路設計(大3)、電子物理(大1)、數位系統(大1)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
100下學期: 電子學(大1,大2)、類比積體電路設計(研1)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
101上學期: 電子電路(進1)、工程數學(大2,進2)、電腦輔助電路設計(大3)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
101下學期: 微處理機系統(大2)、電子學(大1)、智慧電子應用設計概論(大3)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
102上學期: 數位系統(大1)、工程數學(大2)、電腦輔助電路設計(大3)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
102下學期: 微處理機系統(大2)、類比積體電路設計(研1)、微處理機應用(進2)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
103上學期: 電子電路(大2,進1)、電腦輔助電路設計(大3)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
103下學期: 電子學(大1)、微處理機系統(大2)、數位積體電路設計(大3)、積體電路專題(二)(研1)、積體電路專題(四)(研2）
104上學期: 電子電路(大2,進1)、電腦輔助電路設計(大3)、積體電路專題(一)(研1)、積體電路專題(三)(研2）
104下學期: 積體電路專題(二)(研1)、積體電路專題(四)(研2）
105上學期: 電腦輔助電路設計(大3)、數位系統(進2)、高等類比積體電路設計(研1)、晶片技術專題(一)(研1)、積體電路專題(三)(研2）
105下學期: 電子學(大1)、微處理機應用(進2)、數位積體電路設計(大3)、訊號處理專題(四)(研2）
106上學期: 電腦輔助電路設計(大3)、數位系統(進2)、電子電路(大2)、晶片技術專題(一)(研1)、晶片技術專題(三)(研2）
106下學期: 電子學(大1)、微處理機應用(進2)、數位積體電路設計(大3)、晶片技術專題(四)(研2）
107上學期: 電腦輔助電路設計(大3)、數位系統(進2)、電子電路(大2)、晶片技術專題(三)(研2）
107下學期: 電子學(大1)、微處理機系統(大2)、數位積體電路設計(大3)、晶片技術專題(二)(研1）、晶片技術專題(四)(研2）
108上學期: 電腦輔助電路設計(大3)、數位系統(大1)、電子電路(大2)、實務專題與實習(大4）、實務專題與服務實習(大3）
108下學期: 電子學(大1)、微處理機應用(大2)、數位積體電路設計(大3)、晶片技術專題(四)(研2）
109上學期: 電腦輔助電路設計(大3)、工程數學(大2)、電子電路(大2)、實務專題與服務實習(大3）
109下學期: 實務專題(大3）
110上學期: 電腦輔助電路設計(大3)、數位系統(大1)、電子電路(大2)、實務專題與服務實習(大3）
資料更新時間: 2021/06/30