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首页> 外文期刊>Acta Physica Polonica >Effects of Core Dimensions and Manufacturing Procedure on Fluxgate Noise
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Effects of Core Dimensions and Manufacturing Procedure on Fluxgate Noise

机译:磁芯尺寸和制造工艺对磁通门噪声的影响

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摘要

The effect of demagnetizing factor and manufacturing procedure on noise of the fluxgate probes, manufactured from metallic glasses, is presented. The fluxgate probes were either tape-wound, or flat, wet-etched ringcore and race-track geometries. When combining low demagnetizing factor and high enough cross-section of the probe, a minimum in the noise dependence can be found. For 50 mm ringcores, in such minimum the noise value as low as 7 pT_(RMS) in 0.1-10 Hz frequency band was achieved, which is very low for an as-cast tape, and has not been reported before.
机译:提出了退磁因子和制造工艺对金属玻璃制造的磁通门探头噪声的影响。磁通门探头可以是绕带式或扁平的,湿法蚀刻的环形铁心和赛道几何形状。当结合低退磁因子和足够高的探头横截面时,可以发现噪声依赖性最小。对于50 mm的环形磁芯,在0.1-10 Hz的频带中,噪声值达到了这样的最小值,可低至7 pT_(RMS),对于铸态磁带来说,这是非常低的,并且以前没有报道。

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