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The Role of Bx Magnetic Field in Reducing By Magnetic Noise in Separate Shell Magnetic Shield

机译:B x 磁场在减小独立壳体磁屏蔽中B y 电磁噪声中的作用

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??A new method employing x-axis (horizontal) compensation system is introduced to reduce the magnetic noise measured in y-axis (vertical) in a separate shell magnetic shield. Due to the construction of the separate shell magnetic shield the x-axis incident magnetic field is redistributed generating a y-axis components affecting the operation of the sensors used in MCG measurements. The new method utilizes an active compensation system in x-direction to reduce both the gradient of magnetic field in y-direction and time varying magnetic noise generated in y-axis due to x-axis magnetic fields. Finally, a practical implementation of the adopted active compensation scheme is presented in order to reduce the cross effect from x-axis magnetic fields on y-axis.
机译:引入了一种采用x轴(水平)补偿系统的新方法,以减少在单独的外壳磁屏蔽中沿y轴(垂直)测量的磁噪声。由于采用了单独的外壳磁屏蔽,因此x轴入射磁场被重新分配,从而产生y轴分量,从而影响MCG测量中使用的传感器的运行。新方法利用x方向上的有源补偿系统来减小y方向上的磁场梯度和由于x轴磁场而在y轴上生成的时变磁噪声。最后,给出了所采用的有源补偿方案的实际实现,以减小来自x轴磁场在y轴上的交叉影响。

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