Tsung-Sum Lee, Professor

李蒼松 教授

  • 職稱/教授
  • 學歷/美國亞利桑納州立大學 - 電機工程研究所　博士s
  • 專長/類比及混合訊號積體電路設計、射頻及寬頻積體電路設計

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一、學術期刊論文
  1. Lee Tsung-Sum and Lu Chi-Chang, 2019, A 0.5-V Subthreshold-Leakage Suppressed Fully Differential CMOS Switched-Capacitor Amplifier without Transmission Gates, Journal of Innovative Technology, Vol.1, No.2, pp.1-4. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143)
  2. Lee Tsung-Sum and Lu Chi-Chang, 2016, A 0.6-V MOSFET-Only Subthreshold-Leakage Suppressed CMOS Fully Differential Switched-Capacitor Amplifier, Journal of Science and Technology, Vol.12, No.2, pp.25-35. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143)
  3. Lee Tsung-Sum and Lu Chi-Chang, 2013, A 0.6-V subthreshold-leakage suppressed fully differential CMOS switched-capacitor amplifier, Analog Integrated Circuits and Signal Processing, Vol.74, No.2, pp.409-416. (SCI, EI)(次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143)
  4. Lee Tsung-Sum and Lu Chi-Chang, 2011, A 330MHz 11bit 26.4mW CMOS low-hold-pedestal fully differential sample-and-hold circuit, Circuits, Systems and Signal Processing, Vol.30, No.5, pp.883-898. (SCI, EI)(超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  5. Lee Tsung-Sum and Lu Chi-Chang, 2010, Two 1-V fully differential CMOS switched-capacitor amplifiers, Circuits, Systems and Signal Processing, Vol.29, No.2, pp.195-207. (SCI, EI)(低電壓完全差動互補金氧半交變電容放大器之研究, NSC94-2215-E-224-008, 94-1212)
  6. Chou Jung-Chuan*, Li Ji-Hua, and Lee Tsung-Sum, 2009, Preparation and characteristics of screen-preinted calcium ion sensor, Biomedical Engineering: Applications, Basis and Communications, Vol.21, No.6, pp.381-384. (SCI)(應用可遶式塑膠基板研發陣列式離子量測系統, NSC97-2221-E-224-059, 97-1141)
  7. Lee Tsung-Sum and Lu Chi-Chang, 2009, A 250MHz 11bit 22mW CMOS low-hold-pedestal fully differential sample-and-cold circuit, Analog Integrated Circuits and Signal Processing, Vol.58, No.2, pp.105-113. (SCI, EI)(超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  8. Lu Chi-Chang and Lee Tsung-Sum, 2007, A 10-bit 60-MS/s Low-Power CMOS Pipelined Analog-to-Digital Converte, IEEE Transactions on Circuits and Systems II, Vol.54, No.8, pp.658-662. (SCI, EI)(應用於無線區域網路的低電壓與低功率管線式類比數位轉換器, NSC93-2215-E-274-002)
  9. Lee Tsung-Sum and Lu Chi-Chang,, 2005, A 200MHz 4.8mW 3V Fully Differential CMOS Sample-and-Hold Circuit with low Hold Pedestal, Analog Integrated Circuits and Signal Processing, Vol. 45, No. 3, pp. 37-46. (SCI, EI)(低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC89-2215-E-224-016)
  10. Lee Tsung-Sum and Lu Chi-Chang, 2005, A 1.5V 50MHz Pseudo-Differential CMOS Sample-and-Hold Circuit with Low Hold Pedestal, IEEE Transactions on Circuits and Systems I, Vol. 52, No. 9, pp. 1752-1757. (SCI, EI)(低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC89-2215-E-224-016)
  11. Lee Tsung-Sum and Lu Chi-Chang, 2004, Design Techniques for Low-Voltage High-Speed Pseudo-Differential CMOS Track-and-Hold with Low Hold Pedestal, Electronics Letters, Vol. 40, No. 9, pp. 519-520. (SCI, EI)(低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC89-2215-E-224-016)
  12. Lee Tsung-Sum, 2004, A Low-Voltage Fully Differential MOSFET-C Relaxation Voltage-Controlled Oscillator for Frequency Tuning, Circuits, Systems and Signal Processing, Vol. 23, No. 2, pp. 143-151. (SCI, EI)(金氧半電晶體-電容電壓控制振盪器之研究, NSC89-2215-E-224-002)
  13. Lee Tsung-Sum, 2003, A Low-Voltage Fully Differential MOSFET-C Bandpass-Based Voltage-Controlled Oscillator for Frequency Tuning, Analog Integrated Circuits and Signal Processing, Vol. 37, No. 3, pp. 223-231. (SCI, EI)(金氧半電晶體-電容電壓控制振盪器之研究, NSC 89-2215-E-224-002)
  14. Lee Tsung-Sum, 2001, A Low-Voltage BiCMOS Transcoductor with Improved Linearity for VHF Continuous-Time Filters, Circuits, Systems and Signal Processing, Vol. 20, No. 1, pp. 27-36. (SCI, EI)(超高頻跨導電容濾波器之研究, 87-2215-E-224-004)
  15. Lee Tsung-Sum, 1999, Low-Voltage BiCMOS Transconductor for VHF Continuous-Time Filters, IEE Proceedings-Circuite, Devices and Systems, Vol. 146, No. 1, pp. 23-26. (SCI, EI)(超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004)
  16. Lee Tsung-Sum, 1998, A CMOS Low-Voltage Transconductor for VHF Continuous-Time Filters, Journal of Circuits, Systems, and Computers, Vol. 8, No. 4, pp. 497-505. (SCI)(適合於超高頻連續時間濾波器之跨導之研究, NSC86-2215-E-224-004)
  17. Lee Tsung-Sum, 1998, Novel MOSFET-C Continuous-Time Oscillator with Precision Amplitude Control and Self-start,, IEE Proceedings-Circuits, Devices and Systens, Vol. 145, No. 2, pp. 90-94. (SCI, EI)(連續時間型互補金氧半導體通用二次元濾波器之設計(II), NSC83-0404-E-224-011)
  18. Lee Tsung-Sum, 1996, Solving Nonlinear Optimization Problems Using Neural Networks, Journal of Yunmlin Institute of Technology, Vol. 5, No. 2, pp. 199-209. (其他)
  19. Lee Tsung-Sum, 1996, A New Structure of MOSFET-C Biquad, Journal of The Chinese Institute of Electrical Engineering, Vol. 3, No. 1, pp. 77-86. (EI)(連續時間型互補金氧半導體通用二次元濾波器之設計, NSC82-0113-E-224-016-T)
  20. Lee Tsung-Sum, 1996, On the Stability Theory of Continuous Neural Networks, Journal of Yunlin Institute of Technology, Vol. 5, No. 1, pp. 147-152. (其他)
  21. Lee Tsung-Sum, 1995, A New Structure of MOSFET-C Oscillators, Journal of Yunlin Institute of Technology, Vol. 4, pp. 35-42. (其他)(連續時間型互補金氧半導體通用二次元濾波器之設計, NSC82-0113-E-224-016-T)
二、研討會論文
  1. Lee Tsung-Sum, Guo Pei-Yu, Zhan Jie-Yu and Hong Ming-Dao, 2021, Design Techniques for Hybrid Multiphase Step-Down CMOS DC-DC Converter, Proceedings of The 15th Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2021/05/25, 中華民國積體光機電科技協會, Taipei, pp.61-66.
  2. Lee Tsung-Sum, Hong Ming-Dao, Guo Pei-Yu and Zhan Jie-Yu, 2021, A 86.71% Peak Efficiency 0.408W/mm2 Power Density Hybrid Multiphase CMOS Step-Down DC-DC Converter, Proceedings of 2021 19th Conference on Microelectronics Technology & Applications, 2021/05/21, 國立高雄科技大學, Kaohsiung, pp.16-23.
  3. 唐珮瑜, 李蒼松, 2021, 具 16 位元二階積分三角調變器之設計, Proceedings of 2021 19th Conference on Microelectronics Technology & Applications, 2021/05/21, 國立高雄科技大學, Kaohsiung, pp. 6-10.
  4. Lee Tsung-Sum , Peng Jian-Zhi, Long De-Cheng, and Liu Chang-Sheng,, 2020, Design Techniques for CMOS Hybrid Step-Down DC-DC Converter, 2020第十八屆微電子技術發展與應用研討會論文集, 2020/06/05, 國立高雄科技大學, Kaohsiung. (系統設計組 no. 4(D5))
  5. Lee Tsung-Sum, Liu Chang-Sheng, Peng Jian-Zhi Peng, and Long De-Cheng, 2020, A 86% Peak Efficiency 0.458W/mm2 Power Density Hybrid CMOS Step-Down DC-DC Converter, 2020第十八屆微電子技術發展與應用研討會論文集, 2020/06/05, 國立高雄科技大學, Kaohsiung, pp.115-121. (系統設計組 no. 2(D3))
  6. Lee Tsung-Sum, Long De-Cheng, Liu Chang-Sheng, and Peng Jian-Zhi, 2020, Design Techniques for Hybrid Step-Down CMOS DC-DC Converter, Proceedings of The 14th Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2020/05/27, 中華民國積體光機電科技協會, Taipei, pp.99-104.
  7. Lee Tsung-Sum, Hong Xian-Yi, Zhang Jiang-Wen, and Hong Shao-Qing松, 2019, Design Techniques for Hybrid Switched-capacitor CMOS DC-DC Converter, Proceedings of The 13th Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2019/05/21, 中華民國積體光機電科技協會, Taipei, pp.34-40.
  8. Lee Tsung-Sum , Xu Rong-Zhe, and Zhang Jia-Yuan, 2018, Design Techniques for High-Efficiency Low-Ripple-Voltage Highly Integrated CMOS Regulated Charge Pump, the 13th Intelligent Living Technology Conference, 2018/06/01, 國立勤益科技大學電機工程系, Taichung, pp.553-560. (Oral Session ICD003)
  9. Lee Tsung-Sum, Zhang Jia-Yuan, and Xu Rong-Zhe, 2018, Design Techniques for High-Efficiency CMOS Low-Ripple-Voltage Highly Integrated Regulated Charge Pump, 2018 光電與智慧電子研討會, 2018/06/01, 健行科技大學電資學院, Taoyuan, pp.119-124.
  10. Lee Tsung-Sum, Zhang Jia-Yuan, and Xu Rong-Zhe, 2018, Design Techniques for CMOS High-Efficiency Low-Ripple-Voltage Highly Integrated Regulated Charge Pump, 2018 16th Conference on Microelectronics Technology & Applications, 2018/05/25, 國立高雄科技大學, Kaohsiung, pp.140-145. (系統設計組 no. 4(D4))
  11. Lee Tsung-Sum, Xu Rong-Zhe, and Zhang Jia-Yuan, 2018, Design Techniques for Low-Ripple-Voltage High-Efficiency CMOS Highly Integrated Regulated Charge Pump, The 12th Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2018/05/16, 中華民國積體光積電科技協會, Taipei, pp.83-89.
  12. Lee Tsung-Sum , Cheng Yi-Lu and Xiao Yu-Cheng, 2017, Design Techniques for CMOS High Efficiency Exponential Charge Pump, 2017 電子,信號,與通訊創新科技研討會, 2017/05/26, 國立高雄應用科技大學光電與通訊工程研究所, Kaohsiung, pp.55.
  13. Lee Tsung-Sum , Xiao Yu-Cheng and Cheng Yi-Lu, 2017, Design Techniques for High Efficiency CMOS Exponential Charge Pump, 2017 15th Conference on Microelectronics Technology & Applications, 2017/05/19, 國立高雄海洋科技大學, Kaohsiung, pp.375-380. (系統設計組 no. 38 (D38))
  14. Lee Tsung-Sum , Cheng Yi-Lu and Xiao Yu-Cheng, 2017, Design Techniques for High Efficiency Exponential CMOS Charge Pump, The 11th Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2017/05/17, 中華民國積體光機電科技協會, Taipei, pp.99-105.
  15. Lee Tsung-Sum, Chu Yen-Jui and Zheng Jun-Yuan, 2016, Design Techniques for CMOS High-Efficiency Low-Ripple-Voltage Regulated Charge Pump, 2016 電子,信號,與通訊創新科技研討會, 2016/05/27, 國立高雄應用科技大學光電與通訊工程研究所, Kaohsiung, Taiwan, pp. 29.
  16. Lee Tsung-Sum, Zheng Jun-Yuan and Chu Yen-Jui, 2016, Design Techniques for High-Efficiency Low-Ripple-Voltage CMOS Regulated Charge Pump, 2016 14th Conference on Microelectronics Technology & Applications, 2016/05/20, 國立高雄海洋科技大學, Kaohsiung, pp. 173-178. (系統設計組 no. 3 (D3))
  17. Lee Tsung-Sum, Chu Yen-Jui and Zheng Jun-Yuan, 2016, Design Techniques for High-Efficiency CMOS Low-Ripple-Voltage Regulated Charge Pump, The Tenth Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2016/05/11, 中華科技大學電機工程系, Taipei, pp.61-67.
  18. Lee Tsung-Sum , Xie Yue-Lin, and Wu Meng-Lin,, 2015, Design Techniques for 0.5-V Fully Differential CMOS Subthreshold-Leakage Suppressed Switched-Capacitor Amplifier, Proceedings of the tenth Intelligent Living Technology Conference, 2015/06/05, 國立勍益科技大學電機工程系(所), Taichung, pp.566-573.. (Oral Session ICD003)
  19. Lee Tsung-Sum , Wu Meng-Lin, and Xie Yue-Lin, 2015, Design Techniques for Subthreshold-Leakage Suppressed 0.5-V CMOS Fully Differential Switched-Capacitor Amplifier, Proceedings of 2015 13th Conference on Microelectronics Technology & Applications, 2015/05/22, 國立高雄海洋科技大學, Kaohsiung, pp.264-269. (系統設計組 no. 1 (D1))
  20. 李蒼松, 蔡政諭, and林昱昶, 2013, Design Techniques for MOSFET-Only Subthreshold-Leakage Supressed CMOS Low-Voltage Fully Differential Switched-Capacitor Amplifier, Proceedings of the eighth Intelligent Living Technology Conference, 2013/06/07, 國立勤益科技大學資訊工程系(所), Taichung, pp.1467-1474. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143, Oral Session ICD005)
  21. 李蒼松, 蔡政諭, and 林昱昶, 2013, 只用金氧半場效電晶體次臨界洩漏壓抑低電壓互補金氧半完成差動交換電容放大器設計技術, Proceedings of 2013 11th Conference on Microelectronics Technology & Applications, 2013/06/06, 國立高雄海洋科技大學, Kaohsiung, pp.168-173. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143, 系統設計組 no. 3 (D4))
  22. Lee Tsung-Sum, Lin Yu-Chang, and Cai Zheng-Yu, 2013, Design Techniques for MOSFET-Only Low-Voltage CMOS Fully Differential Subthreshold-Leakage Supressed Switched-Capacitor Amplifier, Proceedings of 2013 Electro-Optics and Communications Conference, 2013/05/03, 健行科技大學電資學院電子工程系, Taoyuan, pp.145-150. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143)
  23. Lee Tsung-Sum, Lu Wen-Zhe, and Huang Yi-Cheng,, 2012, A 0.6-V Subthreshold-Leakage Supressed CMOS Fully Differential Switched-Capacitor Amplifier, Proceedings of 2012 IEEE Asia Pacific Conference on Circuits and Systems, 2012/12/02-05, IEEE Circuits and Systems Society, Kaohsiung, pp.152-155. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143)
  24. 李蒼松, 王耀輝, and 陳家賢, 2012, 一具有快速啟動之超小漣波調節式互補金氧半電荷幫浦, 2012第七屆智慧生活科技研討會論文集, 2012/06/01, 國立勤益科技大學電機工程系所, Taichung, pp.925-932. (Oral Session ICD034)
  25. 李蒼松, 陳家賢, and 王耀輝, 2012, 一具有快速啟動之互補金氧半超小漣波調節式電荷幫浦, Proceedings of 2012 10th Conference on Microelectronics Technology & Applications, 2012/05/25, 國立高雄海洋科技大學, Kaohsiung, pp.264-269. (系統設計組 no. 5 (D6))
  26. .Lee Tsung-Sum, Wang Yao-Hui, and Chen Jia-Xian, 2012, A Very-Small-Ripple CMOS Regulated Charge Pump with Fast Start-Up, Proceedings of 2012 The 6th Intelligent System Conference on Engineering Applications, 2012/05/03, 遠東科技大學電資學院, Tainan. (Session D1-2)
  27. Zeng Jin-Yu, Hua Chi-Chiang, and Lee Tsung-Sum, 2012, A Hybrid Maximum Power Point Tracking Control based on P&O Method for PV Systems, Proceedings of The Fifth IASTED Asian Conference on Power and Energy Systems, 2012/04/02-04, The International Association of Science and Technology for Development, Phuket, pp.321-325.
  28. Lee Tsung-Sum, Huang Yi-Cheng, and Lu Wen-Zhe, 2011, Design Techniques for Low-Voltage Fully Differential CMOS Subthreshold-Leakage Supressed Switched-Capacitor Amplifier, Proceedings of the sixth Intelligent Living Technology Conference, 2011/06/03, 國立勤益科技大學電資學院, Taichung, pp.893-900. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143, Oral Session ICD030)
  29. Lee Tsung-Sum, Huang Yi-Cheng, and Lu Wen-Zhe, 2011, Design Techniques for Low-Voltage Subthreshold-Leakage Supressed Fully Differential CMOS Switched-Capacitor Amplifier, Proceedings of The Fifth Conference on Integrated Opto-Mechatronic Technology and Intellectual Property Rights, 2011/05/31, 中華積體光機電科技協會, Taipei, pp.160-170. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080)
  30. Lee Tsung-Sum, Lu Wen-Zhe, and Huang Yi-Cheng, 2011, Design Techniques for Subthreshold-Leakage Supressed Low-Voltage CMOS Fully Differential Switched-Capacitor Amplifier, 2011 Conference on Microelectronics Technology & Applications, 2011/05/20, 國立高雄海洋科技大學, Kaohsiung, pp.266-271. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143, system design paper no. 2)
  31. Lee Tsung-Sum, Huang Yi-Cheng, and Lu Wen-Zhe, 2011, Design Techniques for Low-Voltage CMOS Fully Differential Subthreshold-Leakage Supressed Switched-Capacitor Amplifier, 2011第五屆智慧型系統工程應用研討會論文集, 2011/05/04, 遠東科技大學電資學院, Tainan. (次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080, 99-1143, Session C1-2)
  32. Lee Tsung-Sum, Wang Xi-Hao, and Chen Wei-Lun, 2010, Design Techniques for Low-Voltage MOSFET-Only Fully Differential CMOS Switched-Capacitor Amplifiers, Proceedings of the fifth Intelligent Living Technology Conference, 2010/06/04, 國立勤益科技大學資訊工程系所, Taichung. (Oral Session ICD017)
  33. .Lee Tsung-Sum, Chen Wei-Lun, and Wang Xi-Hao, 2010, Design Techniques for MOSFET-Only Low-Voltage Fully Differential CMOS Switched-Capacitor Amplifiers, Proceedings of 2010 Intelligent System Conference on Engineering Applications, 2010/05/06, 遠東科技大學電資學院, Tainan, pp.1-160-1-165.
  34. Chou Jung-Chuan, Li Ji-Hua, and Lee Tsung-Sum, 2009, Preparation and chacterization of screen-printed calicium ion sensor, 2009 Annual Conference of Chemical Sensor, 2009/05/16, 臺灣化學感測器科技協會, Taichung, pp.C-27-C-30. (應用可遶式塑膠基板研發陣列式離子量測系統, NSC 97-2221-E-224-059, 97-1141)
  35. Ma Jia-Hung, Huang Hong-Wen, and Lee Tsung-Sum,, 2009, Design Techniques for MOSFET-Only CMOS Low-Hold-Pedestal Fully Differential Sample-and-Hold Circuit, Proceedings of 2009 Intelligent System Conference on Engineering Applications, 2009/03/20, 遠東科技大學電資學院, Tainan, pp.138-143.
  36. Ma Jia-Hung, Huang Hong-Wen, and Lee Tsung-Sum, 2009, Design Techniques for CMOS MOSFET-Only Low-Hold-Pedestal Fully Differential Sample-and-Hold Circuit, Proceedings of The Second Conference on Integrated Opto-Electro-Mechanical Technology, 2009/03/18, 中華民國積體光機電科技協會, Taipei, pp.225-233.
  37. 洪亦廷, 李蒼松, and 楊博惠, 2008, 高效能低成本重組式正規基底有限場乘法器架構設計, 第二屆海峽兩岸科技與人文教育暨產學合作研討會, 2008/12/04, Taichung. (Oral Session B-5-3)
  38. 邱忠民 and李蒼松, 2008, 1.575GHz電壓控制環形振盪器設計, Proceedings of the third Intelligent Living Technology Conference, 2008/06/06, Taichung, pp.1370-1372. (論文集摘要pp. 228)
  39. Lee Tsung-Sum, Lu Chi-Chang, Ho Chih-Chieh, and Ciou Jhong-Min, 2008, A 330MHz 26.4mW 11Bit CMOS Low-Hold-Pedestak Fully Differential Track-and-Hold Circuit, Proceedings of 2008 Conference on Microelectronics Technology & Applications, 2008/05/16, Kaohsiung, pp.344-349. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150, 論文集摘要pp. 117-118)
  40. Lee Tsung-Sum, Lu Chi-Chang, and Ho Chih-Chieh, 2008, A 330MHz 11Bit 26.4mW CMOS Low-Hold-Pedestal Fully Differential Track-and-Hold Circuit, Proceedings of 2008 International Symposium on VLSI Design, Automation, and Test, 2008/04/23-25, Hsinchu, pp.144-147. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  41. Lee Tsung-Sum, Lu Chi-Chang, Chung Hua-Yuan, and Cai Sheng-Min, 2007, Two Fully Differential CMOS 1V Switched-Capacitor Amplifiers, Proceedings of 2007 IEEE Conference on Electron Devices and Solid-State Circuits, 2007/12/20-22, Tainan, pp. 893-896. (低電壓完全差動互補金氧半交變電容放大器之研究, NSC94-2215-E-224-008, 941-1212)
  42. Lee Tsung-Sum, Lu Chi-Chang, and Zhan Jian-Ting, 2007, A 250MHz 20mW 11Bit Low-Hold-Pedestal CMOS Fully Differential Track-and-Hold Circuit, Proceedings of 2007 IEEE Conference on Electron Devices and Solid-State Circuits, 2007/12/20-22, Tainan, pp. 889-892. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  43. 呂啟彰, 巫俊毅, 佟偉祥, 李文翔, and 李蒼松, 2007, 適用於高解析度管線式類比數位轉換器之金氧半開關電容增益放大器, Proceedings of 2007 Conference on Innovative Applications of System Prototyping and Circuits Design, 2007/09/28, Tainan, Oral Session P45. (Oral Session P45)
  44. Lee Tsung-Sum, Lu Chi-Chang, Chung Hua-Yuan, and Cai Sheng-Min, 2007, Two CMOS Fully Differential 1V Switched-Capacitor Amplifiers, Proceedings of 2007 Conference on Innovative Applications of System Prototyping and Circuits Design, 2007/09/28, Tainan, Oral Session P33. (低電壓完全差動互補金氧半交變電容放大器之研究, NSC94-2215-E-224-008, 94-1212, Oral Session P33)
  45. Lee Tsung-Sum, Lu Chi-Chang, and Zhan Jian-Ting, 2007, A 250MHz 20mW 11Bit Low-Hold-Pedestal Fully Differential CMOS Track-and-Hold Circuit, Proceedings of 2007 Conference on Innovative Applications of System Prototyping and Circuits Design, 2007/09/28, Tainan, Oral Session P15. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150, Oral Session P15)
  46. Lee Tsung-Sum, Lu Chi-Chang, and Zhan Jian-Ting, 2007, A 250MHz 11Bit 20mW Low-Hold-Pedestal CMOS Fully Differential Track-and-Hold Circuit, Proceedings of 2007 IEEE International SOC Conference, 2007/09/26-29, Hsinchu, pp. 47-50. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  47. Lee Tsung-Sum, Lu Chi-Chang, Chung Hua-Yuan, and Cai Sheng-Min, 2007, Two CMOS 1V Fully Differential Switched-Capacitor Amplifiers, Proceedings of 2007 the National Conference on Modern Electrical Engineering Technologies, 2007/06/08, Yunlin, pp. 346-351. (低電壓完全差動互補金氧半交變電容放大器之研究, NSC94-2215-E-224-008, 94-1212)
  48. Lee Tsung-Sum, Lu Chi-Chang, and Zhan Jian-Ting, 2007, A 250MHz 11Bit 20mW CMOS Fully Differential Low-Hold-Pedestal Track-and-Hold Circuit, Proceedings of 2007 the National Conference on Modern Electrical Engineering Technologies, 2007/06/08, Yunlin, pp. 340-345. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  49. 呂啟彰, 巫俊毅, 郭俊良, 蔡仁偉, and 李蒼松, 2007, 具有提升電容不匹配免疫能力之金氧半開關電容增益放大器, Proceedings of 2007 the National Conference on Modern Electrical Engineering Technologies, 2007/06/08, Yunlin, pp. 80-84.
  50. Lu Chi-Chang, Wu Jyun-Yi, and Lee Tsung-Sum, 2007, A 1.5V 10-b 30MS/s CMOS Pipelined Analog-to-Digital Converter, Proceedings of 2007 IEEE International Symposium on Circuits and Systems, 2007/05/27-30, IEEE Circuits and Systems Society, New Orleans, pp. 1955-1958. (應用於無線區域網路的低電壓與低功率管線式類比數位轉換器, NSC94-2215-E-274-001)
  51. Lee Tsung-Sum, Lu Chi-Chang, Chung Hua-Yuan, and Cai Sheng-Min, 2007, Two 1V CMOS Fully Differential Switched-Capacitor Amplifiers, Proceedings of 2007 Conference on Microelectronics Technology & Applications, 2007/05/18, Kaohsiung, system design paper. (低電壓完全差動互補金氧半交變電容放大器之研究, NSC94-2215-E-224-008, 94-1212, system design paper no. 35)
  52. Lee Tsung-Sum, Lu Chi-Chang, and Zhan Jian-Ting, 2007, A 250MHz 20mW 11Bit CMOS Low-Hold-Pedestak Fully Differential Track-and-Hold Circuit, Proceedings of 2007 Conference on Microelectronics Technology & Applications, 2007/05/18, Kaohsiung, system design paper. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150, system design paper no. 34)
  53. Lee Tsung-Sum, Chung Hua-Yuan, and Cai Sheng-Min, 2006, Design Techniques for Low-Voltage Fully Differential CMOS Switched-Capacitor Amplifiers, Proceedings of 2006 IEEE International Symposium on Circuits and Systems, 2006/05/21-24, Island of Kos, pp. 2825-2828. (低電壓完全差動互補金氧半交變電容放大器之研究, NSC94-2215-E-224-008, 94-1212)
  54. Lee Tsung-Sum, Lu Chi-Chang and Zhan Jian-Ting, 2006, A 250MHz 11Bit 20mW CMOS Low-Hold-Pedestal Fully Differential Track-and-Hold Circuit, Proceedings of 2006 International Symposium on VLSI Design, Automation, and Test, 2006/04/26-28, Hsinchu, pp. 113-116. (超高速完全差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  55. Lee Tsung-Sum, Lu Chi-Chang, Zhan Jian-Ting, Yu Shen-Hau, and Chung Hua-Yung,, 2005, A 250MHz 20mW 11bit CMOS fully differential low-hold-pedestal track-and-hold circuit, Proceedings of the 16th VLSI Design/CAD Symposium, 2005/08/09-12, Hualien, oral session B4-4. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150, oral session B4-4)
  56. Lee Tsung-Sum, Lu Chi-Chang, Yu Shen-Hau, and Zhan Jian-Ting, 2005, A very-high-speed low-power low-voltage fully differential CMOS sample-and-hold circuit with low hold pedestal, Proceedings of 2005 IEEE International Symposium on Circuits and Systems, 2005/05/23-26, Kobe, pp. 3111-3114. (超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008, 93-1150)
  57. Lee Tsung-Sum, Lin Wen-Bin, and Lee Dung-Lin, 2004, Design Techniques for Low-Voltage Micropower CMOS Switched-Capacitor Delta-Sigma Modulator, Proceedings of 2004 IEEE Asia Pacific Conference on Circuits and Systems, 2004/12/06-09, Tainan, pp. 249-252. (微功率開關-電容三角-積分調變器之研究, NSC91-2215-E-224-005)
  58. Lee Tsung-Sum, Lin Wen-Bin, and Lee Dung-Lin, 2004, Design Techniques of A Micropower 1.2V CMOS Switched-Capacitor Delta-Sigma Modulator, Proceedings of the 15th VLSI Design/CAD Symposium, 2004/08/10-13, Pingtung, poster session p2-21. (微功率開關-電容三角-積分調變器之研究, NSC91-2215-E-224-005, poster session p2-21)
  59. Lee Tsung-Sum, Lin Wen-Bin, and Lee Dung-Lin, 2004, Design Techniques for CMOS Micropower Low-Voltage Switched-Capacitor Delta-Sigma Modulator, Proceedings of 2004 IEEE Asia-Pacific Conference on ASIC, 2004/08/04-05, Fukuoka, pp. 28-31. (微功率開關-電容三角-積分調變器之研究, NSC91-2215-E-224-005)
  60. Lee Tsung-Sum, Luo Li-Dyi, and Lin Chin-Sheng, 2004, Design Techniques for a CMOS Low-Power Low-Voltage Fully Differential Flash Analog-to-Digital Converter, Proceedings of 2004 IEEE Midwest Symposium on Circuits and Systems, 2004/07/25-28, Hiroshima, pp. I-357-I-360. (互補金氧半低功率低電壓完全快閃式類比對數位轉換器之研究, NSC90-2626-E-224-001)
  61. Lee Tsung-Sum, Liu Wei-Chang, and Chung Chun-Teng, 2004, Design Techniques for CMOS Very-Low-Voltage Operational Amplifiers with Enhanced Power Supply Rejection Ratio, Proceedings of 2004 IEEE Midwest Symposium on Circuits and Systems, 2004/07/25-28, Hiroshima, pp. I-149-I-152. (互補金氧半低電壓低功率運算放大器之設計, NSC92-2218-E-224-004)
  62. Lee Tsung-Sum, Lin Wen-Bin, and Lee Dung-Lin, 2004, Design Techniques for Micropower Low-Voltage CMOS Switched-Capacitor Delta-Sigma Modulator, Proceedings of 2004 IEEE Midwest Symposium on Circuits and Systems, 2004/07/25-28, Hiroshima, pp. III-331-III-334. (微功率開關-電容三角-積分調變器之研究, NSC91-2215-E-224-005)
  63. Lee Tsung-Sum, Lin Wen-Bin, and Lee Dung-Lin, 2003, Design Techniques for CMOS Low-Voltage Micropower Switched-Capacitor Delta-Sigma Modulator, Proceedings of 2003 Workshop on Consumer Electronics, 2003/11/27-28, Tainan, oral session 1.2. (微功率開關-電容三角-積分調變器之研究, NSC 91-2215-E-224-005, oral session 1.2.)
  64. Lee Tsung-Sum, Luo Li-Dyi, and Lin Chin-Sheng, 2003, Design Techniques for a Fully Differential Low-Voltage Low-Power Flash Analog-to-Digital Converter, Proceedings of 2003 IEEE International Symposium on Circuits and Systems, 2003/05/25-28, Bangkok, pp. I-821-I-824. (互補金氧半低功率低電壓完全快閃式類比對數位轉換器之研究, NSC 90-2626-E-224-001)
  65. Lee Tsung-Sum and Lu Chi-Chang, 2003, A Fully Differential Low-Voltage CMOS High-Speed Track-and-Hold Circuit, Proceedings of 2003 IEEE International Symposium on Circuits and Systems, 2003/05/25-28, Bangkok, pp. I-397-I-400. (低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC 89-2215-E-224-016)
  66. Lee Tsung-Sum and Lu Chi-Chang, 2002, A Low-Voltage Fully Differential CMOS High-Speed Track-and-Hold Circuit, Proceedings of 2002 IEEE Asia Pacific Conference on Circuits and Systems, 2002/10/28-31, Singapore, pp. 141-144. (低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC89-2215-E-224-016)
  67. Lee Tsung-Sum and Chen Tai-Hua, 2002, Two Low-Voltage Fully Differential MOSFET-C Voltage-Controlled Oscillators for Frequency Tuning, Proceedings of 2002 IEEE Asia Pacific Conference on Circuits and Systems, 2002/10/28-31, Singapore, pp. 237-240. (金氧半電晶體-電容電壓控制振盪器之研究, NSC89-2215-E-224-002)
  68. Lee Tsung-Sum, Luo Li-Dyi , and Lin Chin-Sheng, 2002, Design Techniques of a 3V Fully Differential Flash Analog-to-Digital Converter, Proceedings of the 2002 VLSI Design/CAD Symposium, 2002/08/12-15, Taitung, pp. 2-5. (互補金氧半低功率低電壓完全快閃式類比對數位轉換器之研究, NSC90-2626-E-224-001)
  69. Lee Tsung-Sum and Chen Tai-Hua, 2002, Two MOSFET-C Low-Voltage Fully Differential Voltage-Controlled Oscillators for Frequency Tuning, Proceedings of 2002 IEEE Asia-Pacific Conference on ASIC, 2002/08/06-08, Taipei, pp. 193-196. (金氧半電晶體-電容電壓控制振盪器之研究, NSC89-2215-E-224-002)
  70. Lee Tsung-Sum and Hsiao Kai-Ren, 2001, A Low-Voltage Fully Differential CMOS High-Speed Sample-and-Hold Circuit, Proceedings of 2001 IEEE Midwest Symposium on Circuits and Systems, 2001/08/14-17, Dayton, Ohio, pp. 235-238. (低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC89-2215-E-224-016)
  71. Lee Tsung-Sum and Chen Tai-Hua, 2001, A Fully Differential 3V MOSFET-C Relaxation Voltage-Controlled Oscillators for Frequency Tuning, Proceedings of the 12th VLSI Design/CAD Symposium, 2001/08/14-17, Hsinchu, pp. B1-13. (金氧半電晶體-電容電壓控制振盪器之研究, NSC89-2215-E-224-002)
  72. Lee Tsung-Sum and Chen Ta-Hua, 2001, Two Fully Differential Low-Voltage MOSFET-C Voltage-Controlled Oscillators for Frequency Tuning, Proceedings of 2001 IEEE Midwest Symposium on Circuits and Systems, 2001/08/14-17, Dayton, Ohio, pp. 223-226. (金氧半電晶體-電容電壓控制振盪器之研究, NSC89-2215-E-224-002)
  73. Lee Tsung-Sum and Huang Jing-Lea, 2001, A Low-Voltage BiCMOS Transconductor with Improved Linearity for VHF Transconductance-C Filters, Proceedings of 2001IEEE International Symposium on Circuits and Systems, 2001/05/06-09, Sydney, pp. I-332-I-335. (超高頻跨導電容濾波器之研究, NSC87-2215-E-224-004)
  74. Lee Tsung-Sum and Lu Chi-Chang, 2000, A 3V Highly Linear BiCMOS Transconductor for VHF Filters, Proceeding of the 11th VLSI Design/CAD Symposium, 2000/08/16-19, Pingtung, pp. 273-276. (超高頻跨導電容濾波器之研究, NSC87-2215-E-224-004)
  75. Lee Tsung-Sum and Liu Chun-Chieh, 2000, Design Techniques for Low- voltage VHF BiCMOS Transconductance-C Filters with Automatic tuning, Proceedings of 2000 IEEE International Symposium on Circuits and Systems, 2000/05/28-31, Geneva, pp. II-601-II-604. (超高頻跨導電容濾波器之研究, NSC87-2215-E-224-004)
  76. Lee Tsung-Sum and Liu Chun-Chieh, 1999, Design Techniques for a Low-voltage VHF BiCMOS Gm-C Filters with Automatic tuning, Proceedings of 1999 The First IEEE Asia-Pacific Conference on ASICS, 1999/08/23-25, Seoul, pp. 59-62. (超高頻跨導電容濾波器之研究, NSC87-2215-E-224-004)
  77. Lee Tsung-Sum and Liu Chun-Chieh, 1999, Design Techniques of a 3V BiCMOS VHF Continuous-Time Filters with Automatic Tuning, Proceedings of the 10th VLSI Design/CAD Symposium, 1999/08/18-21, Nantou, pp. 373-376. (超高頻跨導電容濾波器之研究, NSC87-2215-E-224-004)
  78. Lee Tsung-Sum, 1999, Design Techniques for Low-Voltage VHF BiCMOS Continuous-Time Filters with Automatic tuning, Proceedings of 1999 International Analog VLSI Worshop, 1999/05/05-07, Taipei, pp. 119-124. (超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004)
  79. Lee Tsung-Sum, 1998, A BICOMOS Low-Voltage Linear Transconductor for VHF Gm-C Filters, Proceedings of 1998 IEEE Asia Pacific Conference on Circuits and Systems, 1998/11/24-27, Chiangmai, pp. 33-36. (超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004)
  80. Lee Tsung-Sum and Chen Yuh-Dong, 1998, A BiCMOS Low-Voltage Transconductor for VHF Continuous-Time Filters, Proceedings of 1998 IEEE International Conference on Electronics, Circuits and Systems, 1998/09/07-10, Lisboa, pp. 2.287-2.290. (超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004)
  81. Lee Tsung-Sum and Chen Yuh-Dong, 1998, A 3V BiCOMOS Transconductor for VHF Filters, Proceedings of the 9th VLSI Design/CAD Symposium, 1998/08/19-22, Nantou, pp. 79-82. (超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004)
  82. Lee Tsung-Sum and Chen Yuh-Dong, 1998, A BiCMOS Low-Voltage Linearized Transconductor for VHF Transconductance-C Filters, Proceedings of 1998 International Conference on Computer Systems Technology for Industrial Applications-Chip Technology, 1998/04/08-10, Hsinchu, pp. 17-21. (超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004)
  83. Lee Tsung-Sum, 1997, A 3V COMS Transconductor for VHF Filters, Proceedings of the 8th VLSI Design/CAD Symposium, 1997/08/21-23, Nantou, pp. 213-216. (適合於超高頻連續時間濾波器之跨導之研究, NSC86-2215-E-224-004)
  84. Lee Tsung-Sum, Chen Kun-Yui, and Pan Hsien-Yu, 1997, A Fully Integrated MOSFET-C Oscillator with Precision Amplitude Control and Self Start-up, Proceedings of 1997 IEEE International Symposium on Circuits and Systems, 1997/06/09-12, Hong Kong, pp. 273-276. (連續時間型互補金氧半導體通用二次元濾波器之設計(II), NSC83-0404-E-224-011)
  85. Lee Tsung-Sum and Pan Hsien-Yu, 1997, A Low-Voltage COMS Transconductor for VHF Continuous-Time Filters, Proceedings of 1997 IEEE International Symposium on Circuits and Systems, 1997/06/09-12, Hong Kong, pp. 213-216. (適合於超高頻連續時間濾波器之跨導之研究, NSC 86-2215-E-224-004)
  86. Lee Tsung-Sum, Chen Kun-Yui, and Pan Hsien-Yu, 1996, The Exploration of Critical Races in Phase and Frequency Detector, Proceedings of The 7th VLSI Design/CAD Symposium, 1996/08/15-17, Nantou, pp. 155-158.
  87. Lee Tsung-Sum, Chen Kun-Yui, and Pan Hsien-Yu, 1996, A Novel Fully Integrated MOSFET-C Oscillator, Proceedings of The 7th VLSI Design/CAD Symposium, 1996/08/15-17, Nantou, pp. 301-304. (連續時間型互補金氧半導體通用二次元濾波器之設計(II), NSC83-0404-E-224-011)
  88. Lee Tsung-Sum, 1994, A Family of MOSFET-C Biquad Building Blocks, Proceedings of The 9th Technical and Vocational Education Conference of R.O.C., 1994/03/18-19, Yunlin, pp. 237-246. (連續時間型互補金氧半導體通用二次元濾波器之設計, NSC 82-0113-E-224-016-T)
  89. Lee Tsung-Sum, 1993, Stability Criterion of Continuous Neural Network, Proceedings of The 8th Technical and Vocational Education Conference of .RO.C., 1993/03/19-20, Pingtung, pp. 276-285.
三、專書及專書論文
  1. Lee Tsung-Sum, 1991, Nonlinear Optimization Based on Neural Network and Its Use in Active Filter Tuning, Arizona State University, Tempe, Arizona, U.S.A.
四、技術報告
  1. 周榮泉, 李蒼松, 李季樺, and 李哲偉, 2013, 鈣離子感測元件及其製造方法以及包含此鈣離子感測元件之感測系統, 國科會, 應用可遶式塑膠基板研發陣列式離子量測系統, NSC97-2221-E-224-059, 中華民國智慧財產局發明第I 399538號專利證書, 2013年6月21日, 專利期間: 2013年6月21日至2029年5月12日.. (執行期間：2013年6月21日至2029年5月12日) (97-1141)
  2. 李蒼松, 2010, 超高速低功率低保存基底全差動式互補式金氧半取樣保存電路, 國科會, 超高速完成差動互補金氧半取樣保存電路之研究, NSC93-2215-E-224-008. (執行期間：2010年9月21日至2026年11月1日) (93-1150)
  3. 李蒼松, 2010, 低電壓全差動式互補式金氧半交變電容放大器, 國科會, 低電壓完全差動互補金氧半交變電容放大器之研究,, NSC94-2215-E-224-008. (執行期間：2010年2月11日至2026年8月22日) (94-1212)
  4. 李蒼松, 2001, 一適合於超高頻連續時間濾波器之低電壓互補金氧半跨導, 國科會, 適合於超高頻連續時間濾波器之跨導之研究, NSC86-2215-E-224-004, 中華民國智慧財產局發明第127728號專利證書. (執行期間：2001年2月21日至2017年5月14日)
  5. 李蒼松, 2001, 低電壓超高頻雙載子互補金氧半跨導-電容濾波器之設計技術, 國科會, 超高頻跨導電容濾波器之研究, NSC87-2215-E-224-004, 中華民國智慧財產局發明第122818號專利證書. (執行期間：2000年11月1日至2018年11月12日)
五、其他論著
  1. 李蒼松, 2011, 次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, 國科會專題研究計劃成果報告, pp.1-9, 次臨界洩漏壓抑低電壓完全差動互補金氧半交換電容放大器之研究, NSC99-2221-E-224-080. (執行期間：2010年08月1日至2011年9月30日) (99-1143)
  2. 李蒼松, 2009, 應用可遶式塑膠基板研發陣列式離子量測系統, 國科會專題研究計劃成果報告, pp.1-10, 應用可遶式塑膠基板研發陣列式離子量測系統, NSC97-2221-E-224-059. (97-1141)
  3. 李蒼松, 2006, 低電壓完全差動互補金氧半交變電容放大器之研究, 國科會專題研究計劃成果報告, pp.1-8., 低電壓完全差動互補金氧半交變電容放大器之研究, NSC 94-2215-E-224-008. (94-1212)
  4. 李蒼松, 2005, 超高速完成差動互補金氧半取樣保存電路之研究, 國科會專題研究計劃成果報告, pp. 1-10, 超高速完成差動互補金氧半取樣保存電路之研究, NSC 93-2215-E-224-008. (93-1150)
  5. 李蒼松, 2004, 互補金氧半低電壓低功率運算放大器之設計, 國科會專題研究計劃成果報告, pp. 1-8, 互補金氧半低電壓低功率運算放大器之設計, NSC 92-2218-E-224-004. (92-1198)
  6. 李蒼松, 2003, Analog cell layout 及 Two stage OPA layout, 教育部八十九年度「超大型積體電路與系統設計」教育改進計畫-聯盟發展計畫編撰教材, 教育部八十九年度「超大型積體電路與系統設計」教育改進計畫-聯盟發展計畫, 93-vlsi-P02.
  7. 李蒼松, 2003, 微功率開關-電容三角-積分調變器之研究, 國科會專題研究計劃成果報告, pp. 1-9, 微功率開關-電容三角-積分調變器之研究, NSC 91-2215-E-224-005.
  8. 李蒼松, 2002, 互補金氧半低功率低電壓完全快閃式類比對數位轉換器之研究, 國科會專題研究計劃成果報告, pp. 1-7, 互補金氧半低功率低電壓完全快閃式類比對數位轉換器之研究, NSC-90-2626-E-224-001.
  9. 李蒼松, 2001, 低電壓完全差動式互補金氧半高速取樣保存電路之研究, 國科會專題研究計劃成果報告, pp. 1-7, 低電壓完全差動式互補金氧半高速取樣保存電路之研究, NSC-89-2215-E-224-016.
  10. 李蒼松, 2000, 金氧半電晶體-電容電壓控制振盪器之研究, 國科會專題研究計劃成果報告, pp. 1-11, 金氧半電晶體-電容電壓控制振盪器之研究, NSC 89-2215-E-224-002.
  11. 李蒼松, 2000, 類比積體電路設計導論, 教育部 89 度大學校院「VLSI 與系統設計」教育改進計畫教材大綱, 教育部 89 度大學校院「VLSI 與系統設計」教育改進計畫, 89-VLSI-教材-8.
  12. 李蒼松, 1999, 超高頻跨導電容濾波器之研究, 國科會專題研究計畫成果報告, pp. 1-5, 超高頻跨導電容濾波器之研究, NSC 87-2215-E-224-004.
  13. 李蒼松, 1997, 適合於超高頻連續時間瀘波器之跨導之研究, 國科會專題研究計畫成果報告, pp. 1-32, 適合於超高頻連續時間瀘波器之跨導之研究, NSC 86-2215-E-224-004.
  14. 李蒼松, 1995, 連續時間型互補金氧半導體通用二次元濾波器之設計 (Ⅱ), 國科會專題研究計畫成果報告, pp. 1-80, 連續時間型互補金氧半導體通用二次元濾波器之設計 (Ⅱ), NSC 83-0404-E-224-011.
  15. 李蒼松, 1994, 高等 VLSI 教材大綱, 教育部 83 年度大學院校計算機系統科計教育改進計畫報告, pp. 1-12, 教育部 83 年度大學院校計算機系統科計教育改進計畫.
  16. 李蒼松, 1994, VLSI 設計與實習教材大綱, 教育部 83 年度大學院校計算機系統科計教育改進計畫報告, pp. 1-26, 教育部 83 年度大學院校計算機系統科計教育改進計畫.
  17. 李蒼松, 1994, 連續時間型互補金氧半導體通用二次元濾波器之設計, 國科會專題研究計畫成果報告, pp. 1-80, 連續時間型互補金氧半導體通用二次元濾波器之設計, NSC 82-0113-E-224-016-T.

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