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  • Faculty and Staff

楊正任 Jeng-Rern Yang Associate Professor

  • Research Office：R70917

  • (03) 4638800 Ext. 7312

  • eejryang@saturn.yzu.edu.tw

  • Student Lab ：微波工程實驗室 ( 70901R ) 電話：(03) 4638800 Ext.7011 分機 901

  • Education

    PhD in Electrical Engineering, Tsing Hua University

    Professional Experience

    Postdoctoral of Tsing Hua University Materials Center

    Associate Researcher, Solidstate Components Department ,National Chung-Shan Institute of Science & Technology 

    Lecturer of the Communications and Electronics Talent Training Programme of the Industry Bureau

    Research Area

    RF Circuit design, MMIC design, Solid-state electronic

  • Journal Papers

    Journal Articles

    1. J.R.Yang, J.T. Lue, “A Microcomputer-Based Programmable Temperature Controller”, IEEE. Trans Instrum. and Measurement. Vol.IM-36, No.1, 87 (1987).
    2. J.R. Yang, J.T. Lue and I.C. Wu, “Anomalous Electrical Transport Properties of C54-TiSi2 Films measured by Van der Pauw Method ,"Phys. Letters. Vol.130,395 (1988).
    3. J.R.Yang and J.T.Lue ,"Electrical Size Effects of Thin C54-TiSi2 Films Grown on Silicon substrates , “Solid State Comm.Vol.65, No12,1613 (1988).
    4. J.R.Yang and J.T.Lue , “Determination of Optical Constants of Solids by An Automatic Reflectometer , “IEEE.Trans.Instrum.and Measurement,Vo137, No2,PP.296-299 (1988).
    5. J.R.Yang and J.T.Lue , “Silicide Doping Technology in Formation of TiSi2/N+P Shallow Junction by Salicide Process," J.APPL.PHYS. 65(3), 1039 (1989).
    6. C.L.Chang , J.R.Yang and J.T.Lue , “Monte Carlo Simulation for the Ion Implantation of Silicide Heterostructures,"J.APPL.PHYS.67(6), 2810 (1990)

  • Conference Papers

    A 3.1-10.6GHz CMOS Low-Voltage Mixer with Active Balun Designed for UWB Systems International Conference on Computer Research and Development

    A 3-10GHz Low Power Ultra-Wideband CMOS LNA IEEE International RF and Microwave Conference

    A Highly Linear Broadband CMOS LNA with Noise Cancellation Spring World Congress on Engineering and Technology

    An Ultra-wideband CMOS LNA for 3-10GHz with Low Power Consumption Progress In Electromagnetics Research Symposium

    Design of 3.5GHz Low Supply Receiver Front-Ends for WIMAX Application International Conference on Computer Research and Development

    1V UWB CG LNA at 3-8GHz with Bulk-bias Method IEEE International Conference on Information Science and Technology

    A 2.4GHz Array Combination High-power Amplifier Progress In Electromagnetics Research Symposiim

    Design of a Highly Linear Low-noise Amplifier with Noise and Distortion Cancelation Progress In Electromagnetics Research Symposiim

    Low voltage High Linearity CMOS up-conversion Mixer for LTE Applications The 2013 International Meeting for Future of Electron Devices

    LTE Mixer Array of 0.5W High Output Power Progress In Electromagnetics Research Symposiim

    A 1.8 GHz CMOS High-Linear Power-Combining Power Amplifier Using On-Chip Transmission Line Transformer Proceedings of the 2014 International Conference on Computer, Communications and Information Technology

    A 28.5 dBm switched beamforming transmitter for LTE small cell base station application 2014 International Symposium on Next-Generation Electronics (ISNE)

    A Dual Channel Switched RF Beamformer for LTE small Cell Base Station Receiver 2014 IEEE International Meeting for Future of Electron Devices, Kansai (IMFEDK)

    A high coupling factor transformer at 2.4 GHz in 0.18 μm CMOS 2013 IEEE International Conference on Signal Processing, Communication and Computing (ICSPCC)

    A High Linearity Mixer Using Enhanced Derivative Superposition Method for Application in LTE Small Cell Basestation Proceedings of the 2014 International Conference on Information Science,Electronics and Electrical Engineering (ISEEE 2014)

    Integrated Switched Beamformer for 802.11ac application, Proceedings of the 2014 International Conference on Computer, Communications and Information Technology

    A 23.2 dBm linear power amplifier using pre-distortion technique for LTE applications 2014 12th IEEE International Conference on Solid-State and Integrated Circuit Technology (ICSICT)

    A dual-band CMOS power amplifier at 1.8 GHz and 2.6 GHz for LTE applications 2015 International Symposium on Next-Generation Electronics (ISNE)

    Improving Linearity Of CMOS Power Amplifier For LTE Application 2015 IEEE International Meeting for Future of Electron Devices, Kansai (IMFEDK)

    The implementation of 1.8GHz dual channel switched beam-former with active inductors phase shifters 2015 International Symposium on Next-Generation Electronics (ISNE)

    A 0.5-3.5GHZ Wideband CMOS LNA for LTE Application 2016 International Meeting for Future of Electron Devices, Kansai

    A 1.8/2.6 GHz CMOS High Linearity Power Amplifier for LTE application 2016 International Meeting for Future of Electron Devices, Kansai

    A 0.9-GHz Fully Integrated 45% PAE Class-E Power Amplifier Fabricated Using a 0.18-μm CMOS Process for LoRa Applications 2017 Silico Nanoelectroncis Workshop (SNW 2017)

  • Research Project

    序號

    計劃題目
    (Project name)

    資助單位
    (sponsor)

    執行時間
    (exec.time)

    １

    一對四切換式電波束形成器之研究與製作（I）
    Studies and Implementation of a One－by－Four Switched Beamformer (I)

    國科會

    1995.8.1
    to
    1996.7.31

    2

    一對四切換式電波束形成器之研究與製作 (II）
    Studies and Implementation of a One－by－Four Switched Beamformer (II)

    國科會

    1996.8.1
    to
    1997.7.31

    3

    PCS－1900/PACS 射頻前端,低消耗功率,高切換速度,低雜波鎖相迴路綜頻器之研製 (I)
    Studies and Implementation of a PLL Frequency Synthesizer for the RF Front－End of PCS－1900/PACS with Low Power Consumption,High Switching Speed and Low Spurs (I)

    國科會

    1996.8.1
    to
    1997.7.31

    4

    微波量測自動化設計
    Design of Automatic Measurement for Microwave Components

    中科院

    1996.7.1
    to
    1997.6.30

    5

    中國大陸無線通訊科技與產業之研究
    Study of Wireless Communication Techniques and Industries in China

    交通部

    1996.7.1
    to
    1997.4.30

    6

    2.4GHz無線展頻數據機前端及中頻訊號處理之研究
    (大專生專題研究計畫)

    國科會

    1996.8.1
    to
    1997.2.28

    7

    八十六學年度通訊科技教育改進計畫

    教育部

    1997.7.1
    to
    1998.6.30

    8

    一對四切換式電波束形成器之研究與製作(III）
    Studies and Implementation of a One－by－Four Switched Beamformer (III)

    國科會

    1997.8.1
    to
    1998.7.31

    9

    以多晶片模組積體化技術研製 900MHz – 2.4GHz 頻段小型壓控振盪器組件(I)
    The Study and Implementation of 900MHz-2.4GHz Miniature VCOs by MCM Integration Technology(I)

    國科會

    1997.8.1
    to
    1998.7.31

    10

    以多晶片模組積體化技術研製 900MHz – 2.4GHz 頻段小型壓控振盪器組件(II)
    The Study and Implementation of 900MHz-2.4GHz Miniature VCOs by MCM Integration Technology(II)

    國科會

    1998.8.1
    to
    1999.7.31

    11

    展頻通訊晶片組分析研究

    大霸電子

    1997.8.1
    to
    1997.10.31

    12

    Design ,Realization and Performance Analysis of Beamformers in RF Front-End and/or Baseband for Smart Antennas of aGSM-Based System

    遠傳電訊

    1998.3.1
    to
    1999.2.28

    13

    中國大陸無線通訊科技研究─現階段無線區域迴路系統建設及市場分析

    交通部

    1998.6.30
    to
    1999.10.29

    14

    無線射頻身份識別系統

    正文科技

    1998.8.1
    to
    1999.7.30

    15

    通訊科技產業發展及國內相關公司研究分析

    亞東證券

    1998.10.1
    to
    1999.3.31

    16

    以多晶片模組積體化技術研製 900MHz – 2.4GHz 頻段小型壓控振盪器組件(III)
    The Study and Implementation of 900MHz-2.4GHz Miniature VCOs by MCM Integration Technology(III)

    國科會

    1999.8.1
    to
    2000.7.31

    17

    基地台智慧型天線之射頻模組研製
    The Implementation of RF module for base-station smart antenna.

    國科會

    1999.8.1
    to
    2000.7.31

    18

    無線射頻提醒系統
    The system of RF reminder.

    凌航科技

    1999.7.1
    to
    2000.6.30

    19

    無線寬頻區域多點迴路系統（LMDS）相關的量測、分析與模擬

    遠傳電訊

    1999.8.1
    to
    2000.7.31

    20

    125KHz無線射頻身份識別系統讀卡機之研製
    The Implementation of 125KHz RFID reader.

    正文科技

    1999.9.1
    to
    2000.2.28

    21

    八十八學年度通訊科技教育改進計畫

    教育部

    1999.8.1
    to
    2000.7.31

    22

    13.56MHz無線射頻識別系統IC卡之天線設計
    Antenna design of 13.56MHz RFID IC card.

    工研院

    1999.8.1
    to
    2000.12.31

    23

    砷化鎵場校電晶體等效電路模型之研究
    The study of Model Circuits for MESFET.

    NDL

    1999.8.1
    to
    2000.12.31

    24

    13.56MHz無線射頻身分識別系統

    盛群半導體
    股份有限公司

    2000.1.1
    to
    2000.12.31

    25

    5.7GHz HBT功率放大器單晶微波積體電路之研製

    正文科技
    股份有限公司

    2001.2.1
    to
    2002.1.31

    26

    射頻模組購裝及電路設計計畫

    工研院

    2001.3.1
    to
    2002.28

    27

    數位化電子產品功能測試規範之研究

    工研院

    2001.4.1
    to
    2001.11.30

    28

    以軟體無線電技術製作高線性度微波發射機

    國科會

    2001.8.1
    to
    2002.7.31

    29

    2.4GHz HBT功率放大器單晶微波積體電路之研製

    正文科技
    股份有限公司

    2002.8.1
    to
    2003.7.31

    30

    低溫共燒陶瓷高頻元件模型

    正文科技
    股份有限公司

    2002.4.1
    to
    2003.3.31

    31

    無線射頻ID技術在生醫晶片之應用評估

    工研院

    2002.4.1
    to
    2002.11.30

    32

    以軟體無線電技術製作高線性度微波發射機
    子計畫三：以軟體無線電技術製作高線性度微波發射機(2/2)
    (91-2219-E-155-004- )

    國科會

    2002.8.1
    to
    2003.7.31

    33

    以軟體無線電技術製作高線性度微波發射機
    子計畫三:以軟體無線電技術製作高線性度微波發射機(III)
    (92-2219-E-155-004- )

    國科會

    2003.8.1
    to
    2004.7.31

    34

    2.4/5 GHz雙頻低雜訊放大器射頻積體電路設計
    (93-2213-E-155-036- )

    國科會

    2004.8.1
    to
    2005.7.31

    35

    子計畫三:提升私校研發能量專案計畫─適用於多頻帶／多模態系統之射頻傳收模組與IC設計製作之研究(1/3)
    (93-2745-E-155-004-URD)

    國科會

    2004.8.1
    to
    2005.7.31

  • Publications and Patents

    專利

    1. Jeng-Rern Yang , “Printer Sharing Device," US. Patent No.5,418,891,May 1995.
    2. Jeng-Rern Yang, “Connecting Apparatus for Interconnection between Serial Data Transmission Devices," US. Patent No.5,555,545,Oct 1996.
    3. Jeng-Rern Yang, “識別標記的射頻電路”, 1999 中國大陸發明專利, Appl. No.99107822.5
    4. Jeng-Rern Yang , Tsung-Han Yang “ Battery-free Circuit Device for RF Identifying Tag” US patent No 6,211,786 B1 Apr.3, 2001
    5. 楊正任 , 楊宗翰 “ 免電池射頻識別標記之電路裝置”中華民國發明專利 第128363 號

    Technical Reports

    1. Jeng-Rern Yang and J.T. Lue, ”The Study of Physical Properties of Titanium Disilicide and Its Application on VLSI Technology,” PH.D. dissertation of Tsing-Hua University, Taiwan R.O.C. (1988)
    2. Jeng-Rern Yang, ”The Evaluation of Spray Etching for MIC Technology,”CSIST Technical Report,DEC. 1991.
    3. Jeng-Rern Yang, “A Band-Limited S-Band Noise Generator for EW System,” CSIST Technical Report,1992.
    4. Jeng-Rern Yang, “The Improvement of S-Band PLL Frequency Synthesizer,” CSIST Technical Report, DEC.1993.
    5. Jeng-Rern Yang, ”The Study of Coaxial-to-Wave-guide Transition for ARTS Receiver by the Measurement of Time Domain Reflection,” CSIST Technical Report,DEC.1993.
    6. Jeng-Rern Yang, et al. “ A Double Loop X-Band Synthesizer with MMIC VCO,” CSIST Technical Report,1994.
    7. 張仁忠, 楊正任, “漢威光電P3000製程MESFET元件模型之建立”, 1998 民間合作研究案技術報告

  • Awards

    1. 1995 HP EEsof Users' Group Meeting論文比賽第四名
    2. 1996 HP-EEsof Users' Group Meeting論文比賽第一名
    3. 1997 HP-EEsof Users' Group Meeting論文比賽第三名
    4. 1997 第十一屆宏碁龍騰論文獎（資訊科技類）
    5. 1998 HP-EEsof Users' Group Meeting論文比賽第四名
    6. 1998 86學年度教育部通訊科技專題製作競賽大學組全國第一名特優等獎
    7. 1998 宏碁龍騰論文獎（資訊科技類）
    8. 1998 全國電信研討會最佳論文獎
    9. 1998 HP EEsof 論文競賽第四名
    10. 1998 第十二屆宏碁龍騰論文獎（資訊科技類）
    11. 1999 87學年度教育部通訊科技專題製作競賽 研究所組 優等獎
    12. 1999 99'義隆杯單晶片微控制器應用製作大賽通訊組 優等獎
    13. 1999 HP VEE 應用案例論文比賽 季軍
    14. 1999 86學年度國科會甲種獎助
    15. 2000 教育部八十八學年度大專校院通訊科技專題製作競賽 大學組 優等獎
    16. 2000 八十九年度全國PIC盃大賽 產業組 第四名
    17. 2000 第十四屆宏碁龍騰論文獎（資訊科技類）
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