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Volume density of inductance for planar homogeneous current sheet at SHF

机译:SHF平面均匀电流纸张电感的体积密度

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The method for calculation solitary inductance with high symmetry, carried out for SHF devices as conducting planar strip, where homogeneous current pinch exists, has been proposed. The method permits: to calculate one-dimensional distributions of vector potential and magnetic field's induction, which are formed by current pinch inside and outside of conducting strip; to compute fluxes of magnetic field inside and outside of the strip; to determine the current and the flux parts of running inductance of conducting planar strip; to obtain frequency dependence for Q-quality of conducting planar strip and determine its scale of frequency over which strip's Q-quality becomes more than one; to demonstrate that planar geometry of current strip permits to increase the volume density of inductance's current sheet on the order in comparison with strip coil.
机译:已经提出了一种用高对称计算具有高对称性的孤立电感的方法,作为导电平面条带的平面带,其中已经存在均匀电流夹带。该方法允许:计算矢量电位和磁场的一维分布,其通过导电条的电流夹紧而形成;计算条带内外磁场的磁通;确定导电平面带的流动电感的电流和磁通部分;为了获得导电平面条的Q质量的频率依赖性,并确定其频率尺度,条带的Q质量变得多于一个;为了证明当前条带的平面几何形状允许在与条带线圈相比的顺序上增加电感当前纸张的体积密度。

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