Development for Measurement Range Extension Technique of AC High Voltage Source using Parallel Plates Electrode and Electric Field Sensor

평행판 전극과 전기장 센서를 이용한 교류 고전압 발생원의 측정범위 확장기술 개발

  • Published : 2006.09.01

Abstract

The output voltage value of AC high voltage source has been usually measured by employing the high voltage divider of inductive or capacitive type. In the study, we have developed a new method for measuring the output voltage up to 60kV using parallel plates electrode and electric field sensor, which are constructed by home-made. Unlikely the conventional method using a high voltage divider, this developed method makes it possible to extend the range of output voltage from known low voltage measurement to high voltage measurement. From the linearity measured between electric field and applied voltage in the output voltage range of 1kV-30kV, the output voltage value up to 60kV can be obtained by the electric field measurement using the electric field sensor. The output voltage value obtained using the method is consistent with that obtained using high voltage divider within corresponding uncertainties.

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References

  1. William E. Anderson 'A Calibration Service for Voltage Transfomers and High-Voltage Capacitors' NBS Measurement Services Special Publication 250-33, 1988
  2. R. Krump, J. Weltgen, 'Investigation and calibration of AC-voltage divider capacitors in connection with the accreditation of the HV Laboratory' Proceedings ERA European Conference and Exhibition on High Voltage Measurement and Calibration, ERA 94-0776, 1994
  3. T. Tadokoro, T. Tsuchiyama, 'AC voltage divider test set' JEMIC Technical Report, vol. 37, no. 3, pp 45-47, 2002
  4. D. I. Nefed'ev, 'Equipment for checking high-voltage measuring transformers' Measurement Techniques, vol. 48, no. 8, pp 812-816, 2005 https://doi.org/10.1007/s11018-005-0226-6
  5. 권성원, 김문석, 정재갑, 이성하, 김명수, '전압변성기용 부담특성 정밀분석용 자동평가 시스템의 개발' 대한전기학회지, vol. 5C, no. 10, pp 457-464, 2005
  6. International Electrotechnical Commission, IEC 60, 1987
  7. ISO 'Guide to the expression of uncertainty in measurements,' 1991