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A Sensor Topology for Noncontact AC Voltage Measurement of Polyphase Cables

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This article presents a sensor topology and signal processing technique for noncontact measurement of polyphase line-to-line voltage. Conductive plates around the exterior of a three-phase cable form a circuit that… Click to show full abstract

This article presents a sensor topology and signal processing technique for noncontact measurement of polyphase line-to-line voltage. Conductive plates around the exterior of a three-phase cable form a circuit that can be used to disaggregate the ac voltages in the cable. Fully differential transimpedance amplifiers detect capacitive currents that can be related mathematically to line-to-line voltages. Sensor calibration and line-to-line voltage reconstruction results are presented.

Keywords: measurement polyphase; voltage; line; sensor topology; topology

Journal Title: IEEE Transactions on Instrumentation and Measurement
Year Published: 2022

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