Current Transformers

1 R. Stark M. Schwendtner G. Steinmuller Electronic measuring instrument arrangement for measuring electrical a-c quantities, US Patent No. 3,916,310, 1975.
Google Scholar
2 C. Waters Current transformers provide accurate, isolated measurements, Power Conversion & Intelligent Motion, Ventura, CA: Intertec International, 12 (12): December 1986.
Web of Science® Google Scholar
3 C. Waters Clamp-on current monitors achieve wide bandwidth, Power Conversion & Intelligent Motion, Ventura, CA: Intertec International, 20 (5): May 1994.
Google Scholar
4 Isolated current and voltage Transducers: Characteristics—applications—calculations, Geneva, Switzerland: LEM Corporate Communications, 1996.
Google Scholar
5 Guideline Precision Instrumentation, Smith Falls, Ontario, Canada: Catalog of Guideline Instruments, Inc.., 1980.
Google Scholar
6 K. Nakamura et al. Direct current detecting device using saturable reactors, US Patent No. 4,286,211, 1981.
Google Scholar
7 J. R. Leehey Current Sensor, US Patent No. 4,482,862, 1984.
Google Scholar
8 W. Rogowski W. Steinhaus Die messung der magnetische spannung, Arch. Electrotech, 1: 141–150, 1912.
10.1007/BF01656479
Google Scholar
9 W. F. Ray R. M. Davis Improvements in Current Measurement, U.K. Patent GB 2,259,150 B, 1995.
Google Scholar
10 W. F. Ray R. M. Davis Wideband ac current transducer measures high current, Power Conversion & Intelligent Motion, Ventura, CA: Intertec International, 20 (9), September 1994.
Google Scholar
11 B. Carsten Integrator for inductive current sensor, US Patent No. 5,539,354, 1996.
Google Scholar

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