This paper presents the design of a fully-integrated X-Hall sensor operated in current mode without any spinning technique. It demonstrates its utility by meeting the broadband demand of power and energy applications by achieving an estimated acquisition bandwidth of 11.6 MHz. The X-Hall probe is interfaced with a self-biased transimpedance amplifier having a transimpedance gain equivalent to 200 kΩ. With a sensitivity of 4%T−1 for the Hall probe, the overall sensor consumes nearly 50 times less power and occupies half the area than the state of the art. The prototype is implemented using 90-nm microelectronic process from STMicroelectronics.

A Broadband Current-Mode X-Hall Sensor for Smart Power and Metering Applications

Syeda, Sana Fatima
Primo
;
Crescentini, Marco
Secondo
;
Romani, Aldo
Ultimo
2021

Abstract

This paper presents the design of a fully-integrated X-Hall sensor operated in current mode without any spinning technique. It demonstrates its utility by meeting the broadband demand of power and energy applications by achieving an estimated acquisition bandwidth of 11.6 MHz. The X-Hall probe is interfaced with a self-biased transimpedance amplifier having a transimpedance gain equivalent to 200 kΩ. With a sensitivity of 4%T−1 for the Hall probe, the overall sensor consumes nearly 50 times less power and occupies half the area than the state of the art. The prototype is implemented using 90-nm microelectronic process from STMicroelectronics.
2021 IEEE International Conference on Environment and Electrical Engineering and 2021 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe)
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Syeda, Sana Fatima; Crescentini, Marco; Canegallo, Roberto; Romani, Aldo
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/837215
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