发明申请
US20110203835A1 Conductive magnetic filler, resin composition containing the filler, electromagnetic interference suppressing sheet using the resin composition and applications thereof, and process for producing the electromagnetic interference suppressing sheet 审中-公开
导电性磁性填料,含有填料的树脂组合物,使用该树脂组合物的电磁干扰抑制片及其应用,以及电磁干扰抑制片的制造方法

  • 专利标题: Conductive magnetic filler, resin composition containing the filler, electromagnetic interference suppressing sheet using the resin composition and applications thereof, and process for producing the electromagnetic interference suppressing sheet
  • 专利标题(中): 导电性磁性填料,含有填料的树脂组合物,使用该树脂组合物的电磁干扰抑制片及其应用,以及电磁干扰抑制片的制造方法
  • 申请号: US13064933
    申请日: 2011-04-27
  • 公开(公告)号: US20110203835A1
    公开(公告)日: 2011-08-25
  • 发明人: Kazumi YamamotoTetsuya Kimura
  • 申请人: Kazumi YamamotoTetsuya Kimura
  • 申请人地址: JP Hiroshima-shi
  • 专利权人: Toda Kogyo Corporation
  • 当前专利权人: Toda Kogyo Corporation
  • 当前专利权人地址: JP Hiroshima-shi
  • 主分类号: H05K1/00
  • IPC分类号: H05K1/00 B32B27/32 B05D5/12 B05D5/00 B05D3/02 B05D3/12 B05D3/00 H01B3/00
Conductive magnetic filler, resin composition containing the filler, electromagnetic interference suppressing sheet using the resin composition and applications thereof, and process for producing the electromagnetic interference suppressing sheet
摘要:
There are provided a soft magnetic material in the form of particles for suppressing occurrence of electromagnetic interference which is capable of exhibiting the suppressing effect in a broad frequency range from a low frequency band to a high frequency band, as well as an electromagnetic interference suppressing sheet using the material. When a conductive magnetic filler prepared by mixing a conductive carbon with soft magnetic particles at a volume ratio of 3 to 10:50 to 70 is highly filled in a sheet material, there can be obtained an electromagnetic interference suppressing sheet which is suitable for high-density mounting to electronic equipments, has an excellent electromagnetic absorption in a near electromagnetic field, and is fully suppressed from undergoing electromagnetic reflection thereon.
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