二十五年的铁氧体设计,实现数字电子的电磁兼容

R. G. Parker
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引用次数: 0

摘要

FCC法规第15J部分的颁布对铁氧体工业产生了地面转移效应。以前的研究和开发工作主要集中在铁氧体材料的感应应用上,除了利用现有材料来控制电磁干扰问题之外,几乎没有做过更多的工作。20世纪70年代中期并不是美国工业发展的时期,因为消费电子产品和零部件的制造正在迅速转移到劳动力成本较低的地区。数字电子时代作为一个市场刚刚开始发展。事实上,第15部分是铁氧体工业重新增长的原因。新的形状激增,电磁干扰抑制器的尺寸范围从不足百分之一克增长到几百克。更重要的是开发新材料,以应对控制电磁干扰的新挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Twenty-five years of designing ferrites to achieve EMC in digital electronics
The enactment of Part 15J of the FCC regulations had a ground shift effect on the ferrite industry. Previous research and development efforts bad been focused on inductive applications for ferrite materials and little work was done to do more than apply available materials to control EMI problems. The mid 1970s were not a time of growth for the industry in the United States, since the manufacture of consumer electronics and component parts was rapidly moving to lower labor cost areas. The digital electronics age was just starting to develop as a market. Indeed, Part 15 was the cause of renewed growth in the ferrite industry. New shapes proliferated, and the range of sizes for EMI suppressors grew from less than a hundredth of a gram to several hundred grams. Even more important was the development of new materials that could meet the new challenge of controlling EMI.
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