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Single and multi-phase offset numerical estimation for CMOS hall effect devices

机译:CMOS霍尔效应器件的单相和多相偏移数值估计

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The present work is focused on characterizing the behaviour of Hall Effect devices integrated in a regular bulk 0.35 μm CMOS technology, by providing amongst other, numerical data regarding their sensitivity, single and multi-phase offset. Also, the paper investigates the parabolic variation of the residual offset with the biasing current and the encapsulation offset. Temperature drifts of the main parameters are also included. Three-dimensional physical models for the CMOS Hall structures have been developed, in order to analyze their performance.
机译:本工作着重于通过提供有关其灵敏度,单相和多相偏移的数值数据,来表征集成在常规体0.35μmCMOS技术中的霍尔效应器件的性能。此外,本文还研究了残余偏置随偏置电流和封装偏置的抛物线变化。主要参数的温度漂移也包括在内。为了分析其性能,已经开发了用于CMOS霍尔结构的三维物理模型。

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