Three-dimensional Field Sensing with Magnetotransistors

S. Lozanova, A. Ivanov, C. Roumenin
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Abstract

An original p+-n -p+ magnetotransistors for subsequent measurement of three orthogonal magnetic components using a common sensor region is presented. Collector coupling-arrangements are formed for obtaining the information about the full magnetic-field vector. The operation is determined by curvilinear trajectory of holes and Lorentz force deflection on them. The channel outputs are linear and magnetosensitivities reaches Sx≈25µA/T, Sy≈150µA/T and Sz≈345µA/T for device with accelerating field in the base. The cross-talk reaches about 3.0 % at inductionB ≤ 1T.
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磁晶体管三维场传感
提出了一种新颖的p+-n -p+磁晶体管,用于在公共传感器区域内对三个正交磁分量进行后续测量。为了获得全磁场矢量的信息,形成了集电极耦合布置。其作用由孔洞的曲线轨迹和作用于孔洞上的洛伦兹力挠度决定。通道输出为线性输出,磁敏度达到Sx≈25µA/T, Sy≈150µA/T, Sz≈345µA/T。在感应b≤1T时,串扰达到3.0%左右。
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