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Journal Paper

1. H.-C. Chow , P. Chatterjee and W.-S. Feng (2017, Jun). A Simple Drain Current Model for MOS
Transistors with the Lorentz Force Effect. Sensors, 17, 1199.
2. H.-C. Chow, P. Chatterjee, K.-H. Lin, and W.-S. Feng (2017, Jun). Characteristics of a Tunable
Microstrip Bandpass Filter Under the Influence of Magnetic Field, Journal of Magnetics, 22(2), 275-280.
3. P. Chatterjee, H.-C. Chow and W.-S. Feng (2016, Sep). Drain Current Modulation of a Single Drain
MOSFET by Lorentz Force for Magnetic Sensing Application, Sensors, 16, 1389.
4. I-C. Wey, C.-C. Peng and H.-C. Chow (2014, May). Wide Bandwidth and High Precision Power Supply
Noise Detector by Using Dual Peak Detection Sample and Hold Circuits, International Journal of Circuit
Theory and Applications, 42 (5), pp. 529-541.
5. I-C. Wey, T.-C. He, H.-C. Chow, P.-H. Sun, C.-C. Peng (2014, May). A High-Speed, High Fan-In
Dynamic Comparator with Low Transistor Count, International Journal of Electronics, 101(5), pp.
6. H.-C. Chow and B.-S. Tang (2014, Feb). A High Performance Current-Mode Instrumentation Amplifier
with Level Shifter For Single Power Biomedical Applications, Applied Mechanics and Materials:
Advances in Measurements and Information Technologies, Vol. 530, pp 217-220.
7. H.-C. Chow and W.-T. Lin (2012, Oct). High Resolution Successive Approximation ADC for Low Power
Biomedical Applications, Procedia Engineering, 50(10), 275-283.
8. W.-S. Feng, T. Wang, H.-C. Chow, H.-H. Li, and C.-M. Tsao (2012, Jul). VCO with magnetic flux
control loop, Electronics Letters, 48(14), 859-861.
9. H.-C. Chow, J.-H. Tien (2012, Jun). A High CMRR, Low Power Current-Mode Instrumentation
Amplifier for Biomedical Applications, Sensor Letters, 10(5/6), 1149-1156.
10. H.-C. Chow, J.-H. Huang (2012, Jan). A Pulse-Width Control Loop for Power Electronics Applications,
Energy Procedia, 16(1), 1247-1252.

Conference Paper

1. H.-C Chow and W.-L. Shen (2017, Jul). A 1V 2uW Low Noise Instrumentation Amplifier for Biomedical
Applications. The 32nd International Technical Conference on Circuits/Systems, Computers and
2. H.-C. Chow, Y.-C. Kuo and W.-S. Feng (2016, Mar). The green design of VCO and mixer circuits for
ultra-wide band applications, Annual Conference on Engineering and Information Technology.
3. H.-C. Chow, C.-N. Wey and W.-S. Feng (2015, Dec). 1 Volt 10 bit low power SAR-ADC for sensor
applications. International symposium on Electrical, Electronic Engineering and Digital Technology.
4. H.-C. Chow, H.-T. Chou, W.-L. Shen and W.-S. Feng (2015, Jul). A low noise low voltage instrumentation
amplifier using field-aided lateral PNP transistors, The 30th International Technical Conference on
Circuits/Systems, Computers and Communications.
5. H.-C. Chow, H.-T. Chou and I-C. Wey (2014, Nov). A Low Voltage Instrumentation Amplifier for Sensor
Applications. IEEE SOC Design Conference.
6. H.-C. Chow and C.-H. Tsai (2014, Jul). 1 Volt, Constant-gm Operational Amplifier with Programmable
Frequency Compensation Design, International Conference on Engineering and Applied Science.
7. H. Huang, C.-N. Wey and H.-C. Chow (2014, May). Low Power Successive Approximation ADC for
Biomedical Applications. IEEE ISNE Conference.
8. H.-C. Chow and Y.-J. Chang (2013, Jul). A New Charge Pumping Circuit for Embedded Flash Memory
Design, International Technical Conference on Circuits/Systems, Computers and Communications.
9. H.-C. Chow, Y.-I Lee and Z.-H. Hor (2012, Jul). A Novel Peak Detector for Measuring Signal Overshoots.
International Technical Conference on Circuits/Systems, Computers and Communications.
10. 張至善, 李春龍, 周煌程(2017 年6 月)。使用雙極性電晶體作為磁場感測器的設計與應用。第15
屆台塑關係企業應用技術研討會,桃園 長庚大學 (優等論文獎)
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