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Wei-Cheng Lin

Wei-Cheng Lin

Assistant Professor Department of Electrical Engineering  Chang Gung University, Taiwan 

TEL:0900-790-222

Email: abatie@kiss99.com

Web:https://teraherz.technology

IEEE member, #80228229

Education:

2000-2005: National Tsing-Hua University Taiwan, Dept. of Electronics Engineering, PhD

1994-1998: National Chiao-Tung University Taiwan, Dept. of Electronic Engineering, BS

1991-1994: National Kaohsiung Senior High School Taiwan

Biography

Wei-Cheng Lin received the B.S. degree in electronics engineering at National Chiao Tung University, Taiwan, in 1998, and Ph.D. degree in electrical engineering at National Tsing Hua University, Taiwan, in 2005. During his Ph.D., he worked on RF BSIM4 model extraction and built and RF circuit design at MACRONIX Corp., Taiwan. From 2009 to 2014, he started up an IC design company, NASTECH Corp., Taiwan. The product focused on 3.5”-21.5” multi-touch control IC and touch module integration of OGS and GFF. In the end, his company was acquired by listed company in stock market in Taiwan. In 2016, he founded an IC design company again with product-line focusing on GaN-on-Silicon Chip and fingerprint driver IC integrated on Touch/LCD/OLED display. By end of 2018, he sold out holding shares of company and left. In 2018, he served as assistant professor working in Chang-Gung University, Dept. of electrical engineering, Taiwan, and his research is devoting on the GaN-on-Silicon circuit design and mmWave to Terahertz chip and architecture development. Currently, he is officially assigned to be CEO for Chang-Gung University’s Intelligent Bio-Medical Alliance (GLORIA), which the alliance is belong to Taiwan Ministry of Science and Technology.

 

Affiliations:

2019.9-: CGU Intelligent Bio-Medical Alliance (GLORIA), CEO

2018.8- : Chang Gung University Taiwan, Dept. Electrical of Engineering ,  Assistant Professor

2016- 2018: KEYCORE Technology Corp. Co-Founder.Board member.R&D VP

  • Develop fingerprint driver IC
  • Develop fingerprint algorithm 
  • Develop TPMS chip and system
  • Develop AI chip and system in IoT of security application

2014-2016: Liyitech Corp. Sale & R&D Vice President

2011-2014: AVC Corp. Touch BU R&D Vice President

  • Build 3.5″-21.5″ touch panel product-line, capacity 100K/M (MP) in China
  • Build 21.5″ metal mesh touch panel product line, capacity 10K/M (MP) in China
  • Build 5″ touch-on-coverglass product line, capacity 50K/M in China
  • Spec in Lenovo TP 3.5″-5.5″ cell-phone (MP, 1KK+)
  • Spec in Lenovo TP 7″-10″ tablet (MP, 800K+)
  • Develop 15″-26″ touch controller

2009-2011: NAS Technology Corp. Founder. Board member. R&D Vice President

  • Develop touch algorithm in chip
  • Develop 3.5″-7″ touch panel solution and product-line(MP) in Taiwan

2005-2009: TPO Display Corp.

  • Leading project in In-Cell touch of LCD
  • Leading project in 3.5″ QVGA System-on-Panel(SOP) 
  • Leading sub-project in 1.5″ Memory-in-Pixel

2003-2005: Macronix International Corp.

  • Leading sub-project in RF device modeling and extraction
  • Product-line device modeling and maintenance

2001-2002: AIPtech Corp.

  • Leading sub-project in 155Mbps VSCEL laser driver chip

Industry Lecturer:

2014-2019: Taiwan Electronic Equipment Industry Association Lecturer (TEEIA)

2015: China Shanghai Semiconductor Education Alliance Lecturer

2014: China Beijing Symposium-in-Display Lecturer

JOURNAL PAPERS:

[Year 2022]

[22-5] Wei-Cheng Lin * , "MEMS based Double Stacked Tower Biosensor Array with Integrated Readout Circuitry for Detection of Salivary pH As a Diagnostic Biomarker Applied for Chronic Periodontal Disease ", accepted by Biosensors (a section of Sensors), 8 October 2022. (JCR SCI, IF 3.847). 95/276, (Engineering, Electrical & Electronic). (CGU, CGMH)

[22-4] Wei-Cheng Lin1,2,, Chun-Ting Hsieh1, ,Ming-Chiu Chang1, "Design and Implementation of Pixel-Based Adjustable ESD Protection Circuits for Capacitive Fingerprint Biometric Sensors", accepted by International Journal of Circuit Theory and Applications, 03 November 2022, https://doi.org/10.1002/cta.3477, (JCR SCI, IF 2.378), 158/276, (Engineering, Electrical & Electronic) . (CGU, CGMH)

[22-3] Wei-Cheng Lin1,2,, Chun-Ting Hsieh1, ,Ming-Chiu Chang1, and Chien-Hung Liao2 , "MEMS Cavity-Based pH Image Biosensor for Wound Dressings to Monitor Hard-to-Cure Wounds", IEEE Sensors Journal , OCTOBER 1, 2022. Vol. 22, Issue: 19. Ranking: 83/276, https://10.1109/JSEN.2022.3197678, (JCR SCI, IF 4.325), (CGU, CGMH)

[22-2] Shang-Yu Chan 1, Chih-Po Hsu 1 , Chun-Hsiang Ou Yang 1, Chia-Cheng Wang 1, Yu-Tung Wu 1, Chih-Yuan Fu 1, Chi-Hsun Hsieh 1, Chi-Tung Cheng 1 , Wei-Cheng Lin 2, Jen-Fu Huang 1,* and Chien-Hung Liao 1 ,, "The Impact on the Clinical Prognosis of Low Serum Selenium Level in Patients with Severe Trauma: Systematic Review and Meta-Analysis", Nutrients 2022, 14, 1295. Ranking: 15/90, (JCR SCI, IF 6.706) https://doi.org/10.3390/nu14061295 (JCR SCI, IF 5.7) (CGMH)

[22-1] Wei-Cheng Lin1,2,, Ming-Chiu Chang1, Chien-Hung Liao2, and Chun-Ting Hsieh1, "Design of 0.1mV zero-g and 200μg/√Hz capacitance accelerometer with high sensitivity readout circuit with time to digital convertor applied to finger tremor of neurodegenerative disease", International Journal of Circuit Theory and Applications, 21 March, 2022. https://doi.org/10.1002/cta.3275 , (JCR SCI, IF 2.378) (CGU, CGMH), 158/276, (Engineering, Electrical & Electronic)

[Year 2021]

[21-3] Wei-Cheng Lin1,2,3, Ming-Chiu Chang2, and Chien-Hung Liao1 , "Design of 150μV input-referred voltage 1GHz comparison frequency dual offset cancellation comparator for pH biomarker System-On-Chip ", International Journal of Circuit Theory and Applications, Sept 30, 2021. https://doi.org/10.1002/cta.3163 . (JCR SCI, IF 2.378) (CGU, CGMH), Ranking:158/276 (Engineering, Electrical & Electronic)

[21-2] Wei-Cheng Lin1,2,3, Ming-Chiu Chang2, Chun-Ting Hsieh2, Su-Yu Chia2, and Chien-Hung Liao1, "Design and Fabrication of High-Sensitivity Flexible Capacitance Sensor Applied In Vivo Measurement Such as for Abdominal Compartment Syndrome After Surgery", IEEE Sensors Letters, Vol. 5, Issue 6, May 4, 2021. (Digital Object Identifier: 10.1109/LSENS.2021.3077580) (EI) (CGU, CGMH)

[21-1] Chun-Ting Hsieh, Shang-Hsien Wang, Chun-Wei Yeh and Wei-Cheng Lin*, "Reliability Evaluation and Redesign Methodology for RFCMOS Transceiver Frontend Circuits in Sub-6GHz Band of Fifth-Generation New Radio Communication Based on the Reliability Model ", International Journal of Circuit Theory and Applications, 49(10), page:3443-3454, April 26, 2021. https://doi.org/10.1002/cta.3027. (JCR SCI, IF 2.378) (CGU), Ranking: 158/276 (Engineering, Electrical & Electronic)

[Year 2020]

[20-1] Ming‐Chiu Chang and Wei‐Cheng Lin*, "Flexible fingerprint sensor driver IC and bendable evaluation" , International Journal of Circuit Theory and Applications, Volume 48, Issue 12, Page:2190-2201, 13 September 2020. https://doi.org/10.1002/cta.2874. Ranking: 165/273(JCR SCI, IF 2.038) (CGU)

[Before Year 2020]

[05-1] Wei-Cheng Lin, Yi-Horn Tsai, Shong-Cheng Wu, and Ya-Chin King, “Reliability Evaluation and Comparison of Class-E and Class-A Power Amplifiers with Nanoscaled CMOS Technology” , IEEE Transactions on Electron Devices, page:1478-1483, July 2005. (JCR SCI)

[04-1] Wei-Cheng Lin, Long-Jei Do and Ya-Chin King, “Reliability Evaluation and Redesign of LNA”, Microelectronic Reliabilities Journal, VOL: 44, page:1727-1732, 2004. (JCR SCI)

CONFERENCE PAPERS:

[05-1] Wei-Cheng Lin and Ya-Chin King, “Reliability Evaluation of 5.2GHz CMOS Receiver”, European Microwave Conference 2005.

[04-2] Wei-Cheng Lin, Long-Jei Do and Ya-Chin King “Reliability Evaluation and Comparison of Class-E and Class-A Power Amplifiers with 0.18um CMOS Technology”, 2004 IEEE International Reliability Physics Symposium (IRPS) Digest of Papers, page:415-416.

[04-1] Wei-Cheng Lin, Long-Jei Do and Ya-Chin King “Reliability Evaluation of Gilbert Cell Mixer Based On a Hot-Carrier Stressed Device Degradation Model”, 2004 IEEE Radio Frequency Integrated Circuits (RFIC) Symposium Digest of Papers, page:387-390.

[03-1] Wei-Cheng Lin, Long-Jei Do and Ya-Chin King “Reliability Evaluation of Voltage Controlled Oscillator Based On a Degradation Sub-Circuit Model”, 2003 IEEE Radio Frequency Integrated Circuits (RFIC) Symposium Digest of Papers , page:377-380.

U.S Patent 美國專利:

[18-4] LIN WEI-CHENG, Specific Multi-Band Antenna Impedance Matching Circuit and Tire-Pressure Monitor Device using same, 2018/9/11 US10071605 B1

[18-3] LIN WEI-CHENG, Liquid Crystal Module with Fingerprint Identification Function, 2018/9/11 US 10073305B2

[18-2] LIN WEI-CHENG, Liquid Crystal Module with Fingerprint Identification Function, 2018/9/11 US 10073288B2

[18-1] LIN WEI-CHENG, Touch Device with Fingerprint Identification function, 2018/2/27 US9904837 B2

[17-1]  LIN WEI-CHENG, Fingerprint identification device, 2017/5/16 US 9,652,603

[12-1]  LIN WEI-CHENG, Projecting capacitive touch sensing device, display panel, and image display system, 2012/02/28 US 8,125,462

[10-1]  LIN WEI-CHENG, Source-follower type analogue buffer, compensating operation method thereof, and display therewith, 2010/06/22 US 7,742,044

[10-2]  LIN WEI-CHENG, Measuring system and method, 2010/03/02 US 7,671,619

[09-1]  LIN WEI-CHENG, System for displaying image and digital-to-analog converting method, 2009/04/28 US 7,525,467

[08-1]  LIN WEI-CHENG, Method and circuit for extracting current-voltage characteristics of device, 2008/04/22 US 7,362,122

[07-1]  LIN WEI-CHENG, System for displaying images, 2007/10/23 US 7,286,071

[04-1]  LIN WEI-CHENG, High switching speed differential amplifier, 2004/08/31 US 6,784,735

Taiwan Invention Patent 台灣發明專利:

[18-1] 台灣發明 具有指紋裝置之觸控模組 2018/1/1 證書號 I610248

[18-2] 台灣發明 指紋辨識裝置與製造方法 2018/3/11 證書號 I617992

[17-1] 台灣發明 具有指紋辨識之液晶裝置 2017/10/11 證書號 I603244

[17-2] 台灣發明  具指紋辨識之觸控裝置 2017/5/11  證書號 I582659

[17-3] 台灣發明 指紋辨識單元 2017/1/11 證書號I566187

[16-1]  台灣發明 具有指紋辨識之液晶裝置    2016/9/21   證書號105130505   [15-1]  台灣發明 指紋辨識單元  2015/11/4   證書號104136395

[15-2]  台灣發明 具指紋辨識之觸控裝置  2015/11/27  證書號104139720  

[14-1]  台灣發明 應用於觸控面版之座標轉換方式 2014/07/01 證書號 I443556

[14-2]  台灣發明 觸控顯示器整合裝置 2014/06/01 證書號 I439899

[12-1]  台灣發明 影像顯示系統 2012/12/01 證書號 I378422

[12-2]  台灣發明 影像顯示系統 2012/08/21 證書號 I371022

[12-3]  台灣發明 類比緩衝器及其補償操作方法和具有類比緩衝器的顯示器 2012/08/21 證書號 I371023

[12-4]  台灣發明 影像顯示系統和數位轉換類比方法 2012/06/11 證書號 I366182 [12-5] 台灣發明 影像顯示系統 2012/06/01 證書號 I365432

[12-6] 台灣發明 影像顯示系統以及相關之觸控感測電路 2012/01/21證書號I357010

[11-1] 台灣發明 投影式電容式觸控感測裝置、顯示面板及影像顯示系統 2011/12/11證書號I354227

[11-2] 台灣發明 控制模組及資料驅動器 2011/08/11證書號I346923

[11-3] 台灣發明 靜電特性量測系統和方法 2011/04/21證書號I340831

[07-1] 台灣發明 電流電壓特性之量測方法及電路 2007/04/21證書號I279564

[03-1] 台灣發明 極快速差動放大器 2003/12/21證書號 567663

 

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