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國立臺北科技大學 學術資源網

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陳建中教授Jiann-Jong Chen

現職:
臺北科大/電子工程系
聯絡方式:

期刊論文

  • "A New Low-Noise I-Squared Buck Converter Suitable for Wireless Sensor Networks With Dual-Current-Acceleration Techniques", IEEE ACCESS, 11, 1, 41644-41653, 2023/04, SCI
  • "A New Ultra-Fast-Response Low-Transient-Voltage Boost Converter Suitable for Low-Voltage Solar Cells in Wireless Sensor Networks", IEEE Sensors Journal, 22, 18, 18202-18209, 2022/09, SCI
  • "A Low-Noise Fast-Transient-Response Delta-Sigma-Modulation Buck Converter with Hysteresis-Voltage-Controlled Techniques", IEEE ACCESS, 10, 1, 63063-63072, 2022/06, SCI
  • "An Improved Low-EMI Fast-Transient-Response Buck Converter Suitable for Wireless Sensor Networks with New Transient Accelerated Techniques", IEEE Sensors Journal, 22, 8, 8234-8244, 2022/04, SCI
  • "A Low-Noise Fast-Transient-Response Buck Converter Suitable for Sensor Networks with New Transient-Accelerated-Circuits", IEEE Sensors Journal, 22, 3, 2868-2876, 2022/02, SCI
  • "A New Improved Ultra-Fast-Response Low-Transient-Voltage Buck Converter with Transient-Acceleration Loops and V-Cubic Techniques", IEEE ACCESS, 10, 1, 3601-3607, 2022/01, SCI
  • "A New Improved 2nd-Order Delta-Sigma-Modulation Buck Converter with Low-Noise and Transient-Acceleration Loops", IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, 69, 1, 64-73, 2022/01, SCI
  • "An Improved Optimum-Damping Current-Mode Buck Converter with Fast-Transient Response and Small-Transient Voltage Using New Current Sensing Circuits", IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, 68, 10, 6854-6863, 2021/10, SCI
  • "An Improved Fast-Transient-Response Low-Transient-Voltage Boost Converter with Pseudo-Current Hysteresis-Controlled Techniques", IEEE ACCESS, 9, 9, 127270- 27277, 2021/09, SCI
  • "A New Improved V-Square-Controlled Buck Converter with Rail-to-Rail OTA-Based Current-Sensing Circuits", IEEE TRANSACTIONS ON VERY LARGE SCALE INTEGRATION (VLSI) SYSTEMS, 29, 7, 1428-1436, 2021/07, SCI
  • "A Current-Mode- Hysteretic Buck Converter with Constant-Frequency-Controlled and New Active-Current-Sensing Techniques", IEEE TRANSACTIONS ON POWER ELECTRONICS, 36, 3, 3126-3134, 2021/03, SCI
  • "Low Flicker Dimmable Multichannel LED Driver With Matrix-Style DPWM and Precise Current Matching", IEEE TRANSACTIONS ON VERY LARGE SCALE INTEGRATION (VLSI) SYSTEMS, 28, 11, 2233-2242, 2020/11, SCI
  • "A Low-EMI Continuous-Time Delta-Sigma-Modulator Buck Converter With Transient Response Eruption Techniques", IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, 67, 8, 6854-6863, 2020/08, SCI
  • "A rail-to-rail ultra-wide bandwidth hybrid supply modulator for 5G applications with envelope tracking techniques", International Journal of Circuit Theory and Applications, 47, 12, 1907-1921, 2019/12, SCI
  • "A Dead-Beat-Controlled Fast-Transient-Response Buck Converter With Active Pseudo- Current-Sensing Techniques", IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 27, 8, 1751-1759, 2019/08, SCI
  • "New hysteresis-current-controlled buck converter with AC sensing techniques", Electronics Letters, 55, 7, 400-402, 2019/07, SCI
  • "A high‐efficient fast‐transient boost converter with adaptive on‐time controlled and zero‐current–detection techniques", International Journal of Circuit Theory and Applications, 47, 6, 825-837, 2019/06, SCI
  • "A new current-mode wheatstone bridge based on a new fully differential operational transresistance amplifier", International Journal of Electronics and Communications (AEÜ), 101, 85-92, 2019/03, SCI
  • "A Sub-1 µs Fast-Response Buck Converter With Adaptive and Frequency-Locked Controlled Techniques", IEEE Transactions on Industrial Electronics, 66, 3, 2198-2203, 2019/03, SCI
  • "A Low-EMI Buck Converter with Continuous-Time Delta-Sigma-Modulation and Burst-Mode Techniques", IEEE Trans. on Industrial Electronics, 65, 9, 6860-6869, 2018/09, SCI
  • "A New Fast-Response Current-Mode Buck Converter with Improved I2-Controlled Techniques", IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 26, 5, 6860-6869, 2018/05, SCI
  • "A Sub-1-µs Ultrafast-Response Buck Converter With Improved Analog-Voltage-Dynamic-Estimation Techniques", IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS,, 65, 2, 1695-1699, 2018/02, SCI
  • "A 2-μs Fast-Response Step-Up Converter With Efficiency-Enhancement Techniques Suitable for Cluster-Based Wireless Sensor Networks", IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 26, 1, 216 – 220, 2018/01, SCI
  • "A New Buck Converter With Optimum-Damping and Dynamic-Slope Compensation Techniques", IEEE Transactions on Industrial Electronics, 64, 3, 2373-2381, 2017/03, SCI
  • "A 10-us Transient Recovery Time Low-EMI DC-DC Buck Converter with -Σ Modulator", IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 24, 9, 2983- 2992, 2016/09, SCI
  • "An omnipotent Li–ion battery charger with multimode control and polarity reversible techniques", International Journal of Electronics, 103, 7, 1138-1152, 2016/07, SCI
  • "A Fast-Transient Boost Converter With Noise-Reduction Techniques for Wireless Sensor Networks", IEEE Sensors Journal, 16, 9, 3188-3197, 2016/05, SCI
  • "A Low-EMI Buck Converter Suitable for Wireless Sensor Networks With Spur-Reduction Techniques", IEEE Sensors Journal, 16, 8, 2588-2597, 2016/04, SCI
  • "A High-Efficiency Fast-Transient-Response Buck Converter with Analog-Voltage-Dynamic-Estimation Techniques", IEEE TRANSACTIONS ON POWER ELECTRONICS, 30, 7, 3720-3730, 2015/07, SCI
  • "A Fast Transient Response Flying-Capacitor Buck–Boost Converter Utilizing Pseudocurrent Dynamic Acceleration Techniques", IEEE Trans. on Very Large Scale Integration (VLSI) Systems, 23, 6, 1155-1159, 2015/06, SCI
  • "A New Efficiency-Improvement Low-Ripple Charge-Pump Boost Converter Using Adaptive Slope Generator With Hysteresis Voltage Comparison Techniques", IEEE Trans. on Very Large Scale Integration (VLSI) Systems, 23, 5, 935-943, 2015/05, SCI
  • "A 13.56 MHz Low-Voltage and Low-Control-Loss RF-DC Rectifier Utilizing Reducing Reverse Loss Technique", IEEE Trans. on Power Electronics, 69, 12, 6544-6554, 2014/12, SCI
  • "A High-Efficiency DC–DC Converter With Wide Output Range Using Switched-Capacitor Front-End Techniques", IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, 61, 5, 2244-2251, 2014/05, SCI
  • "A continuous conduction mode low-ripple high-efficiency charge-pump boost converter", Analog Integrated Circuits and Signal Processing, 79, 3, 355-369, 2014/03, SCI
  • "A DC–DC buck converter with load-regulation improvement using dual-path-feedback techniques", Analog Integrated Circuits and Signal Processing, 79, 2, 149-159, 2014/02, SCI
  • "A THD-Reduction High-Efficiency Audio Amplifier Using Inverter-Based OTAs with Filter-Output Feedback", Microelectronics Journal, 45, 1, 102-109, 2014/01, SCI
  • "A low-voltage current conveyor using inverter-based error amplifier and its oscillator application", IEICE Electronics Express, 10, 24, 1-7, 2013/12, SCI
  • "Inverter-Based Low-Voltage CCII- Design and Its Filter Application", RADIOENGINEERING, 22, 4, 1026-1033, 2013/12, SCI
  • "An Adaptive Output Current Estimation Circuit for Primary-Side Controlled LED Driver", IEEE Trans. on Power Electronics, 28, 10, 4811-4819, 2013/10, SCI
  • "A high-efficiency fast-transient-response V2-controlled boost converter with small ESR capacitor", IET Electronics Letters, 49, 22, 1402-1404, 2013/10, SCI
  • "Sub-1-V Fast-Response Hysteresis-Controlled CMOS Buck Converter Using Adaptive Ramp Techniques", IEEE Trans. on Very Large Scale Integration (VLSI) Systems, 21, 9, 1608-1618, 2013/09, SCI
  • "A High-Efficiency Positive Buck–Boost Converter With Mode-Select Circuit and Feed-Forward Techniques", IEEE TRANSACTIONS ON POWER ELECTRONICS, 28, 9, 4240-4247, 2013/09, SCI
  • "Performance comparison of integrated fully-differential filterless class-D amplifiers with different feedback techniques", Analog Integrated Circuit and Signal Processing, 75, 3, 1-14, 2013/06, SCI
  • "A tunable Butterworth low-pass filter with digitally controlled DDCC", Radioengineering Journal, 22, 2, 511-517, 2013/06, SCI
  • "PLL-Based Contactless Energy Transfer Analog FSK Demodulator Using High-Efficiency Rectifier", IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS,, 60, 1, 280-290, 2013/01, SCI
  • "Implementation of THD-reduction stereo audio amplifier using compensators and sigma–delta modulators", Analog Integrated Circuit and Signal Processing, 73, 1, 243-253, 2012/10, SCI
  • "OTA-C Arbitrary-Phase-Shift Oscillators", IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT, 61, 8, 2305-2319, 2012/08, SCI
  • "A high-efficient WLED driver using light-balanced-controlled", Analog Integrated Circuit and Signal Processing, 72, 2, 363-373, 2012/07, SCI
  • "Fast-response single-inductor dual-output hysteresis-currentcontrolled", Analog Integrated Circuit and Signal Processing, 70, 1, 405-415, 2012/01, SCI
  • "A New Inverter-Based Charge Pump Circuit With High Conversion Ratio And High Power Efficiency", Microelectronics Journal, 42, 2, 982-987, 2011/08, SCI
  • "A New CMOS Wideband Low Noise Amplifier with Gain Control", Integration - the VLSI Journal, 44, 2, 136-143, 2011/03, SCI
  • "A new current-mode fast-transient-response shunt regulator using CMOS technology", Analog Integrated Circuit Signal Processing, 66, 2, 189-195, 2011/02, SCI
  • "A dual-mode fast-transient average-current-mode buck converter without slope-compensation", Microelectronics Journal, 42, 2, 291-298, 2011/02, SCI
  • "A dual-loop shunt regulator using current-sensing feedback techniques", Microelectronics Journal, 41, 12, 840-844, 2010/12, SCI
  • "A new on-chip all-digital three-phase full-bridge dc/ac power inverter with feedforward and frequency control techniques", IEEE Trans. on Ultrasonic, Ferroelectrics, and frequency control, 57, 9, 1915-1925, 2010/09, SCI
  • "A High-efficient Multi-mode Li–Ion Battery Charger With Variable Current Source and Controlling Previous-stage Supply Voltage", IEEE Trans. on Industrial Electronics, 56, 7, 2469-2478, 2009/07, SCI
  • "Low-Sensitivity Low-Bounce High-Linearity CCO Suitable for Single-Supply Mixed-Mode Instrumentation System", IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control, 56, 2, 254-262, 2009/04, SCI
  • "Integrated Class-D Amplifier with Active Current Sensing Suitable for Alternating Current Switches", IEEE Trans. on Industrial Electronics, 55, 8, 3141-3149, 2008/08, SCI
  • "Monolithic HCC Buck and Boost Converters with Simplified Convergence Analysis Methods", Analog Integrated Circuits and Signal Processing, 55, 2, 163-176, 2008/05, SCI
  • "An Active Current-Sensing Constant-Frequency HCC Buck Converter using Phase-Frequency-Locked Techniques", IEEE Trans. on IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control, 55, 4, 761-769, 2008/04, SCI
  • "A New Monolithic Fast-Response Buck Converter Using Spike-Reduction Current Sensing Circuits", IEEE Trans. on Industrial Electronics, 55, 3, 1101-1111, 2008/03, SCI
  • "Synthesis of current-mode OTRA-MOSFET-C filters", International Journal of Circuit Theory and Applications, online, 2007/07, SCI
  • "New Current-Mode All-Pole and Elliptic Filters Employing Current Conveyors", Electrical Engineering, 89, 6, 457-459, 2007/06, SCI
  • "A monolithic buck DC–DC converter with on-chip PWM circuit", Microelectronics Journal, 38, 923-930, 2007/05, SCI
  • "Realization of Current-Mode High-Order Filters Employing Multiple Output OTAs", AEU International Journal of Electronics and Communications, 62, 299-303, 2007/04, SCI
  • "New Compact CMOS Li-Ion Battery Charger Using Charge-Pump Technique for Portable Applications", IEEE Trans. on Circuits and Systems - part I: Regular paper, 54, 4, 705- 712, 2007/04, SCI
  • "Realization of high-order OTRA-MOSFET-C active filters", Circuits, Systems and Signal Processing, 26, 2, 281-291, 2007/04, SCI
  • "A Fully Differential Third-Order VHF Gm-C Filter Based on Linear Transformation Techniques", Journal of Circuits, Systems and Computer, 16, 2, 221-231, 2007/04, SCI
  • "A new pipelined analog-to-digital converter using current conveyors", Analog Integrated Circuits and Signal Processing, 50, 3, 213-220, 2007/03, SCI
  • "Fully differential current-mode third-order Butterworth VHF Gm-C filter in 0.18um CMOS", IEE Proc.- Circuits, Devices and Systems, 153, 6, 552-558, 2006/12, SCI
  • "Simulink Behavior Model for DC-DC Switching Converter Circuits Using PWM Control ICs", International Journal of Engineering Education, 22, 2, 315-322, 2006/07, SCI
  • "Wide-Range High-Linearity Current-Controlled Pulse-Width/Delay Circuits", IEICE Electronics Express, 2, 7, 217-220, 2005/04, SCI
  • "On-Chip Current Sensing Techniques for Hysteresis Current Controlled DC-DC Converters", Electronics Letters, 41, 2, 95-97, 2005/01, SCI
  • "Integrated current sensing circuits suitable for step-down dc-dc converters", Electronics Letters, 40, 3, 200-201, 2004/02, SCI
  • "Learning feedback controller design of switching converters via MATLAB/SIMULINK", IEEE Transactions On Education, 45, 4, 307-315, 2002/11, SCI

專書著作

  • 微電子電路(下), 台北圖書公司, 978-986-80853-6-7, 2011/08/01
  • 微電子電路(中), 台北圖書公司, 978-986-80853-5-0, 2011/06/01
  • 微電子電路(上), 台北圖書公司, 978-986-80853-36, 2011/01/31
  • 微電子電路(下), 台北圖書公司, 986-80853-1-4, 2005/03/01
  • 微電子電路(中), 台北圖書公司, 986-80853-0-6, 2004/12/01
  • 微電子電路(上), 台北圖書公司, 957-99921-8-5, 2004/09/01

研討會論文

  • "A Hysteresis-Current-Controlled Buck Converter with Current-Sensing and Phase- Locked-Loops Techniques", VLSICAD 2023, 高雄, 2023/08/01
  • "A 2nd-Order Delta-Sigma-Modulation Buck Converter with Dynamic-Compensation-Controlled Techniques", VLSICAD 2023, 高雄, 2023/08/01
  • "A Dead-Beat-Controlled Buck Converter with New Current-Sensing Techniques", VLSICAD 2023, 高雄, 2023/08/01
  • "A New Current-Sensing Hysteretic-Accelerated Second-Order Delta-Sigma Buck Converter", VLSICAD 2023, 高雄, 2023/08/01
  • "An Adaptive On-Time Buck Converter with Pseudo-DCR Current-Sensing and Phase-Frequency-Locked Techniques", VLSICAD 2023, 高雄, 2023/08/01
  • "Design of A Hysteretic-Controlled Buck Converter with New Integral Current-Sensing Techniques", VLSICAD 2022, 高雄, 2022/08/02
  • "A Hysteresis-Current-Hybrid-Controlled Buck Converter using New-Type DCR Currnet-Sensing Techniques", VLSICAD 2022, 高雄, 2022/08/02
  • "Design of A Hysteretic-Controlled Buck Converter with New Integral Current-Sensing Techniques", VLSICAD 2022, 高雄, 2022/08/02
  • "A 2nd-Order Delta-Sigma-Modulation Buck Converter with Transient-Accelerated-Circuits", VLSICAD 2021, 墾丁, 2021/08/03
  • "A Fast-Transient-Response Delta-Sigma-Modulation Buck Converter With Hysteresis-Voltage-Controlled Techniques", VLSICAD 2021, 墾丁, 2021/08/03
  • "A Fast-Transient Response Hysteretic-Controlled Buck Converter with New Current-Sensing Techniques", VLSICAD 2021, 墾丁, 2021/08/03
  • "An Adaptive On-Time Buck Converter with New Current-Sensing and Phase-Frequency-Locked Techniques", VLSICAD 2021, 墾丁, 2021/08/03
  • "An Adaptive-On-Time Controlled Boost Converter with Rail-to-Rail Current Sensing Circuits and Zero-Current-Detection Techniques", VLSICAD 2020, 台中, 2020/08/04
  • "A High-Efficiency Current-Mode-Hysteretic Buck Converter with Constant-Frequency-Controlled Techniques", VLSI/CAD 2019, 高雄, 2019/08/06
  • "A High-Switching-Frequency Current-Mode Buck Converter With PLL-Based Hysteresis-Controlled Techniques", VLSI/CAD 2019, 高雄, 2019/08/06
  • "A Fast-Transient Response Hysteretic-Controlled Buck Converter with New Integral Current-Sensing Techniques", VLSI/CAD 2019, 高雄, 2019/08/06
  • "Design and Implementation of Fast Transient Response Buck Converter with New Current-Mode Controlled Techniques", IEEE ISCAS 2019, 北海道, 2019/05/26
  • "A Fast-Transient Response Dead-Beat Controlled Buck Converter with Active Pseudo Current Sensing", VLSI/CAD 2018, 台南, 2018/08/07
  • "A Fast-Transient Response HCC Buck Converter with Pseudo Current Detection Technique", VLSI/CAD 2018, 台南, 2018/08/07
  • "A Pseudo Current Mode Buck Converter with Adaptive On-Time Controlled and PhaseFrequency-Locked Techniques", VLSI/CAD 2018, 台南, 2018/08/07
  • "A Fast-Response Buck Converter with Load-CurrentExtracted and AVDE Techniques", IEEE ISNE 2018, 台北, 2018/05/07
  • "A Dual-Mode Fast-Transient Average-Current-Mode Buck Converter without Slope-Compensation", IEEE ISNE 2018, 台北, 2018/05/07
  • "A Four-Phase Buck Converter with Dynamic-Slope Compensation Techniques", 2018 IEEE International Conference on Applied System Innovation, 千葉, 2018/04/13
  • "A New Fast-Transient-Response Buck Converter with Improved-I2 Current-Mode Controlled Techniques", 2018 IEEE International Conference on Applied System Innovation, 千葉, 2018/04/13
  • "A Four-Phase Buck Converter with Optimum-Damping Controlled and Dynamic-Slope Compensation Techniques", VLSI/CAD 2017, 墾丁, 2017/08/01
  • "A Multi-loop Controlled Buck Converter with Active GM-C Current Sensing", VLSI/CAD 2017, 墾丁, 2017/08/01
  • "A Fast-Transient Response I2 Current Mode Buck Converter", VLSI/CAD 2017, 墾丁, 2017/08/01
  • "A New Wide-Bandwidth Hybrid Supply Modulator for LTE-A Power Amplifiers", 2017 IEEE International Conference on Applied System Innovation, 日本札幌, 2017/05/13
  • "A New Wide-Bandwidth Hybrid Supply Modulator for LTE-A Power Amplifiers", 2017 IEEE International Conference on Applied System Innovation, 日本札幌, 2017/05/13
  • "A Compact Fast-Transient Charge-Pump Boost Converter Using Hysteretic Compensated Techniques", IEEE EDSSC 2016, 香港, 2016/08/03
  • "A High-Efficient and Wide-bandwidth Supply Modulator Using Power Switch Controlled Technique", IEEE EDSSC 2016, 香港, 2016/08/03
  • "An Adaptive-On-Time Switching Converter Using Frequency-Locked Techniques", VLSI/CAD 2016, 高雄, 2016/08/02
  • "A New Multi-phase Buck Converter with Optimum-Damping-Control and Current-Balanced Techniques", VLSI/CAD 2016, 高雄, 2016/08/02
  • "A Monolithic Current Mode Adaptive On-Time Controlled Buck Converter with Fast Dynamic Voltage Regulation and Phase-Frequency-Locked Technique", VLSI/CAD 2016, 高雄, 2016/08/02
  • "A Wideband Hybrid Supply Modulator for 4G LTE Power Amplifier", 2015 VLSI Design/CAD Symposium, 花蓮, 2015/08/04
  • "A Multi-Phase Buck Converter with Dead-Beat Control and Average Current Technology", 2015 VLSI Design/CAD Symposium, 花蓮, 2015/08/04
  • "A Simple Fast-Transient-Response Buck Converter Using Adaptive-Hysteresis- Controlled Techniques", IEEE EDSSC 2015, 新加坡, 2015/06/01
  • "A Low-Noise High-Efficient Buck Converter with Noise-Shaping Technique", VLSI Design, Automation and Test (VLSI-DAT), 2015 International Symposium on,, Hsinchu, 2015/04/27
  • "A Low-EMI RF-DC Boost Rectifier with Noise-Shaping Techniques for Wireless Networks", 2014 VLSI/CAD, 台中, 2014/08/05
  • "A Fast-Transient-Response Buck Converter with Split-Type III Compensation and Charge-Pump Circuit Technique", IEEE International Power Electronics Conference, 廣島, 2014/05/18
  • "A High-Efficiency Hysteresis Buck Converter Using Auto Selectable Frequency-Locked Techniques", 2013 IEEE International Conference on Electron Devices and Solid-State Circuits, Hong Kong, 2013/06/03
  • "An Ultra-Low Input Flyback Converter with Wide Conversion Ratio Utilizing Zero-current Switching Techniques", 2013 International Conference on Power Electronics and Drive Systems, Kitakyushu, 2013/04/22
  • "An Omnipotent Li-Ion Battery Charger With Multimode Controlled Techniques", 2013 International Conference on Power Electronics and Drive Systems, Kitakyushu, 2013/04/22
  • "A Low-Voltage High-Efficiency Li-Ion Battery Charger Using Average-Current-Controlled Techniques", The 23rd VLSI Design/CAD Symposium, 墾丁, 2012/08/07
  • "An Omnipotent Li-Ion Battery Charger With Multimode Control", The 23rd VLSI Design/CAD Symposium, 墾丁, 2012/08/07
  • "An Ultra-Low Input Flyback Converter with Wide Conversion Ratio Utilizing Zero-current Switching Technique", The 23rd VLSI Design/CAD Symposium, 墾丁, 2012/08/07
  • "A Low-Voltage Low-Noise DC-DC Flyback Converter with Delta-Sigma Modulation", 2012 International Symposium on Circuits and Systems, Seoul, 2012/05/20
  • "A Low-Voltage Positive Buck-Boost Converter Using Average-Current-Controlled Techniques", 2012 International Symposium on Circuits and Systems, Seoul, 2012/05/20
  • "A Sub-l V Voltage-Mode DC-DC Buck Converter Using PWM Control Technique", 2010 IEEE International Conference of Electron Devices and Solid-State Circuits (EDSSC), Hong Kong, 2010/12/15
  • "A Sub-1V Voltage-Mode DC-DC Buck Converter Using PWM Control Technique", 2010 VLSI Design/CAD Symposium, 高雄, 2010/08/03
  • "A Dual-Mode Fast-Transient Average-Current-Mode Buck Converter without Slope-Compensation", 2010 VLSI Design/CAD Symposium, 高雄, 2010/08/03
  • "A New Single-Inductor Triple-Output Buck Converter Using CMOS Technology", The 2010 International Power Electronics Conference, Sapporo, 2010/06/21
  • "A New Single-Inductor Quadratic Buck Converter using Average-Current-Mode Control without Slope-Compensation", 2010 5th IEEE Conference on Industrial Electronics and Applications, 台中, 2010/06/15
  • "Low-Quiescent-Current Fast-Response Current-Feedback Shunt Regulator", 2008 IEEE Asia Pacific Conference On Circuits and Systems( APCCAS 2008), Macao, 2008/11/30
  • "Sub-1V Capacitor-Free Low-Power- Consumption LDO with Digital Controlled Loop", 2008 IEEE Asia Pacific Conference On Circuits and Systems( APCCAS 2008), Macao, 2008/11/30
  • "A 0.35um CMOS Sub-1V Low-Quiescent-Current Low-Dropout Regulator", IEEE Asian Solid-State Circuits Conference,, Fukuoka, 2008/11/03
  • "VLSI Architecture for Low Power Turbo Decoder using Adaptive Sliding Window Algorithm", IEEE International Conference on Electron Devices and Solid-State Circuits, Tainan, 2007/12/20
  • "A New Capacitor-Free Dual-Loop Controlled Fast-Transient-Response LDO", IEEE ASSCC 2007, 濟洲島, 2007/11/12
  • "Enhanced problem-based learning of power converter theories and implementations with behavior model simulations", 35th Frontiers in education conference, 2007/10/10
  • "An Efficient Power Reduction Technique for Flash ADC", Proc. of IEEE International SOC Conference, 2007/09/17
  • "High-Order Current-Mode Filters Based on Current Differencing Buffered Amplifiers", Proc. of IEEE International Conference on Communications, Circuits and Systems (ICCCAS),, 2007/07/11
  • "Joint Source-channel Decoder for H.264 Coded Video Employing Fuzzy Adaptive Method,", The 2007 International Conference on Multimedia & Expo, Beijing, 2007/07/02
  • "New Li-Ion battery charger based on charge-pump techniques", Proc. of IEEE International Conference on Communications, Circuits and Systems (ICCCAS), Guilin, 2006/06/22
  • "Hysteresis-current-controlled buck converter suitable for Li-Ion battery charger", Proc. of IEEE International Conference on Communications, Circuits and Systems (ICCCAS), Guilin, 2006/06/22
  • "Hysteresis-current-controlled class-D amplifier with active current sensing techniques,", Proc. of IEEE International Conference on Communications, Circuits and Systems (ICCCAS), Guilin, 2006/06/22
  • "A new VLSI architecture for turbo decoder employing de-interleaver table free method", Proc. of IEEE International Conference on Communications, Circuits and Systems (ICCCAS),, Guilin, 2006/06/22
  • "New Current Sensing Circuit for Hysteresis-Current-Controlled Buck Converters", Proc. of International Conference on Power Electronics and Drive Systems ( PEDS ), Kuala Lumpur, 2005/11/28
  • "Adaptive three-channel dual-output analogue line drivers for video applications", Proc. of International Symposium on Consumer Electronics ( ISCE ), Macau, 2005/06/21
  • "Integrated Low-Voltage Pulse-Width-Modulation-Circuit Using CMOS Processes", IEEE-NEWCAS Conference 2005, 2005/06/19
  • "High-Order Linear Transformation MOSFET- C Filters Using Operational Transresistance Amplifiers", Proc. of IEEE International Symposium on Circuits and Systems (ISCAS),, Kobe,, 2005/05/21
  • "All in one 315MHz ASK UHF Receiver", AP-CAS 2004, 台南, 2004/12/01
  • "Hysteresis Current Controlled DC-DC Converter with Active Current-sensing Techniques", 電力電子研討會 2004, 台北, 2004/09/19
  • "Parallel Integrated Zero-Current-Switched Step-down DC-DC Converter with Current-Management Techniques", 電力電子研討會2003, 彰化, 2004/09/09
  • "Parallel Integrated Zero-Current-Switched Step-down DC-DC Converter with Current-Sharing Techniques", 電力電子研討會2003, 彰化, 2004/09/09
  • "Computer Aided Feedback Controller Design Environment for Switching Converter Circuits", IEEE Conference on Computer Aided Control Systems Design, 台北, 2004/09/02
  • "On-chip Current Sensing Technique for Hysteresis Current Controlled DC-DC Converter", IEEE-NEWCAS 2004, 蒙特婁, 2004/06/21
  • "Integrated Current Sensing Circuit Suitable for Step-down DC-DC Converter", 35th IEEE POWER ELECTRONICS SPECIALISTS CONFERENCE, 亞琛, 2004/06/20
  • "Integrated pulse-width-modulation Circuit using CMOS Processes", 35th IEEE POWER ELECTRONICS SPECIALISTS CONFERENCE (PESC 2004), 亞琛, 2004/06/20

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