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List of Books, Technical Reports and Master Theses
 

Books
  • Cheng Liu, Entwicklung einess Prüfstands zum Test von Faser-Bragg-Gitter-Sensoren, Akademiker Verlag, 2014, ISBN 978-3-639-72760-9 (132 pages, 124 figures, 2 tables)
  • J.-G. Liu, Self-calibration measuring methods and their applications to measurements of electrical quantities, postdoctoral thesis in German, Dresden University of Technology, April 2000, VDI Publishing House, Düsseldorf, 2000 (176 pages, 113 figures, 38 tables)
  • J.-G. Liu, Testability analysis of analogue circuits and systems - a contribution to measurement and test of electronic systems, doctoral thesis in German, Dresden University of Technology, November 1996, VDI Publishing House, Düsseldorf, 1997 (122 pages, 36 figures, 29 tables)
  • S.-X. Duanmu, J.-G. Liu, and J. Chen, Inductosyn and Digital Measuring Technique, in Chinese, Tongji-University Publishing House, Shanghai, 1990 (212 pages, 286 figures, 25 tables)

DFG Research Reports
  • J.-G. Liu, W.-J. Becker, T. Gerhold, W. Ricken, Analysis of structure and stress states in steel by means of complex magnetic permeability with applications to the monitoring of pre-stressed bridge cables, DFG provisional research report, Department of Electrical Engineering, University of Kassel, May 2000 (56 pages, 65 figures, 20 Tables)
  • J.-G. Liu, W.-J. Becker, T. Gerhold, W. Ricken, Analysis of structure and stress states in steel by means of complex magnetic permeability with applications to the monitoring of pre-stressed bridge cables, DFG research report, Department of Electrical Engineering, University of Kassel, August 2000

Dissertationen
  • Yang Liu, Signal processing of self-mixing interferometry signals for rotational speed measurement with the help of correlation functions, Technical University of Munich, September 2022
  • Hui Sun, Optimization of Velocity and Displacement Measurement with Optical Encoder and Laser Self-Mixing Interferometry, Technical University of Munich, January 2020
  • Cheng Liu, Neuartiges Signalverarbeitungsverfahren zur Drehgeschwindigkeitserfassung bei Servoantrieben, Technical University of Munich, January 2018

Master Theses, which are written at ChenYang Technologies
  • Ismail Cirik: Rotational Speed Sensor based on self-mixing interferometry, Bremen City University of Applied Sciences, June 2022
  • Qiankun Song, Development of a signal processing unit for speed sensors with square-wave pulse and sinusoidal signal, Munich University of Applied Sciences, August 2021
  • Stefan Waldmann, Development and implementation of a data communication infrastructure between a gaussmeter and various end devices, Landshut University of Applied Sciences, June 2020
  • Xubin Liu, Development and Optimization of Fluxgate Current Sensor, Karlsruhe University of Applied Science, June 2020
  • Jingsi Chen, Development of a Novel Rotational Speed Sensor, Technical University of Munich, September 2018
  • Jincheng Kong, Parameter Determination of Electrical Quantities with Applications to Digital Sensors and Measuring Instruments, Technical University of Munich, August 2018
  • Xin Zhang, Design and Accuracy Improvement of testing System for Current Sensors, Technical University of Munich, August 2018
  • Yunyang Chen, Design and Test of a Microprocessor Controlled Gaussmeter Based on Hall Effect Principle, Technical University of Munich, June 2017
  • Abdullah Al Manzur, Design & Optimization of a Current Sensor for the Measurement of Small and Leakage Current, Technical University of Munich, July 2017
  • Liang Yu, Design, Optimization and Development of a Signal Processing Unit for Rotational Speed Sensors, Technical University of Munich, September 2016
  • Fanyu Lin, Design and Optimization of Laser Driver and Pre-processing Circuit for Self-mixing Interferometric Speed Sensor, Technical University of Munich, August 2016
  • Yihan Sun, Design and Realization of a Signal Processing Unit for Rotational Speed Sensors, August 28, 2015, 66pages
  • Yanan Xu, Study of Rotational Speed Measurement Based on Laser Mouse Sensor with Applications to Electric Driving Systems, August 22, 2015, 88pages
  • Lei Xu, Design and Optimization of Electromagnetic and Optical Gear Tooth Sensors, August 27, 2015, 133pages
  • Ying Zhang, DESIGN OF A PERFORMANCE TESTING SYSTEM FOR CURRENT AND VOLTAGE SENSORS, January 12, 2015, 64pages
  • Jianhai Qiu, Target Gear Optimization of Hall effect speed sensors and improvement of rotatioal speed calculation and direction detection, January 14, 2015, 92pages
  • Huiling Yi, CIRCUIT DESIGN AND TEST ANALYSIS OF CLOSED LOOP CURRENT SENSOR, January 7, 2015, 61pages
  • Quan ZHANG, ACCURACY IMPROVEMENT OF OPEN LOOP HALL-EFFECT CURRENT SENSORS, February 2014 (94 pages, 70 figures, 7 Tables)
  • Hui SUN, Design and Implementation of Reflective Rotational Speed Sensors, February 2014 (88 pages, 58 figures, 7 Tables)
  • Qingchun HAO, Circuits and Signal Processing of Closed Loop Hall Effect Current Sensor, December 2013 (70 pages, 50 figures, 6 Tables)
  • Wenzhe ZHANG, Hall Effect DC Current Sensors under Using a Single Power Supply and Applications to Renewable Energy Facilities, September 2013 (73 pages, 41 figures, 17 Tables)
  • Bhanu P SINGH, MULTI-FUNCTIONAL HALL EFFECT GEAR TOOTH SPEED SENSORS AND APPLICATIONS, September 2012 (73 pages, 35 figures, 14 Tables)
  • Abdulkadir SANLI, MEASURING ERROR ANALYSIS AND COMPENSATION OF CLOSED-LOOP HALL EFFECT CURRENT SENSORS, August 2012 (79 pages, 72 figures, 3 Tables)
  • Yixiao Wang, Split Core Closed Loop Hall Effect Current Sensors and Applications, August 2012 (63 pages, 30 figures, 3 Tables)

Bachelor Theses, which are written at ChenYang Technologies
  • Ruikang Zhou, Signal processing unit of Hall-effect current sensors with closed-loop control to improve measuring accuracy in low measuring range, Esslingen University of Applied Sciences, February 2023
  • Dunxing Zhang, Development of a flux meter and a Helmholtz coil for measuring magnetic flux strength, University of Applied Sciences Jena, October 2022
  • Jiaxuan Li, Development of precise signal converters for the conversion of AC currents into DC voltage signals, University of Applied Sciences Jena, August 2022
  • Yankun Wei, Development of an optical incremental speed sensor and its novel signal processing, University of Applied Sciences Jena, August 2022
  • Zhaowei Lu, Development of a current measuring system with wireless remote control via a sub-GHz radio network, University of Applied Sciences Jena, August 2022
  • Run Yuan, Accuracy improvement of the precise shunt resistor for current measurement by compensation circuit and housing, Munich University of Applied Sciences, August 2022
  • Yunlong Zheng, Temperature error and system error compensation for magnetic field measurements of calibration magnets, Munich University of Applied Sciences, August 2022
  • Zheping Chen, Microprocessor controlled precise shunt resistors, Harz University of Applied Sciences, August 2021
  • Yunhe Nie, Development of remote Hall-effect current sensors via a cellular communication module, Harz University of Applied Sciences, August 2021
  • Xuru Yang, Design and optimization of PCB mounted current sensors based on tunneling magnetoresistance effect, Tongji University, June 2021
  • Bing Hang, Signal processing unit and Helmholtz coil with applications in the flowmeter, Munich University of Applied Sciences, August 2021
  • Siyu Chen, Development of Tunneling Magnetoresistive (TMR) current Sensor, Munich University of Applied Sciences, February 2021
  • Kaiyuan Yang, Development of Hall-effect gear tooth speed sensors and their signal processing, Munich University of Applied Sciences, August 2020
  • Peiliang Liu, Reference magnets for calibration of the transverse and axial probes for Gaussmeter, Munich University of Applied Sciences, August 2020
  • Qiankun Song, Circuit design and optimization of the self-mixing interferometric laser speed sensor, Munich University of Applied Sciences, August 2019
  • Tianhao Lin, Split core digital Hall-effect current sensors, Munich University of Applied Sciences, August 2019
  • Jiaqi Qin, Improvement of the measurement accuracy of an optical reflective speed sensor through system optimization and signal processing using a microprocessor, Harz University of Applied Sciences, August 2019
  • Jianxiao Li, Development of optical reflective gear tooth speed sensors, Munich University of Applied Sciences, Dezember 2019


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