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Optimization of the magnetic properties of materials for fluxgate sensors

机译:优化磁通门传感器材料的磁性能

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A study was made of the variation of the magnetic properties of cobalt-based alloys using different compositions of CoFeSiB and CoFeSiBCr systems, which were produced by the melt-spinning technique and some of them subjected to a stress annealing treatment. A comparative study of core geometry and supporting material was also performed in order to obtain low noise fluxgate sensor core using amorphous magnetic ribbons of these alloys. The best alloy was a stress annealed Co67.5Fe3.5Si17.4B11.6 sample, which yielded fluxgate sensors with lower noise levels than those of commercial crystalline materials.
机译:研究了使用不同成分的CoFeSiB和CoFeSiBCr系统通过熔融纺丝技术生产的钴基合金的磁性能变化,其中一些经过了应力退火处理。为了获得使用这些合金的非晶磁性薄带的低噪声磁通门传感器芯,还对芯的几何形状和支撑材料进行了比较研究。最好的合金是应力退火的Co67.5Fe3.5Si17.4B11.6样品,该样品产生的磁通门传感器的噪声水平低于商业晶体材料。

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