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基于有限元法的毛纽扣高频特性研究

Research on High Frequency Characteristics of Fuzz Button Based on Finite Element Method
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摘要 毛纽扣作为小型互联结构的核心技术之一在射频系统中应用前景极为广泛。选择一种∅0.38mm尺寸的毛纽扣,选择1.5mm,2.5mm,3.0mm三种不同长度尺寸进行有限元仿真,分析不同接触长度对其造成的影响,并针对最长的3.0mm长度尺寸进行接口优化,分析其PCB接口中焊盘与反焊盘尺寸对接口高频性能造成的影响,为毛纽扣与PCB对接的接口优化设计提供理论支撑。
作者 李凯 郝健男 青春 陈宏超 LI Kai;HAO Jian-nan;QING Chun
出处 《机电元件》 2023年第4期11-13,24,共4页 Electromechanical Components
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  • 1Raymond L Brown,Paul W Polinski. Manufacturing of microwave modules using low-temperature Co-fired ceramics[A].1994.1727-1730.
  • 2Christian Block,Peter Hagn,Christian Hoffmann. LTCC technology for system in package solutions[A].2006.18-20.
  • 3Schmuckle F J,Jentzsch A,Heinrich W. Spinnler LTCC as MCM substrate:design of strip-line structures and flip-chip interconnects[A].2001.1903-1906.
  • 4Bonnet B,Monfraix P,Chiniard R. 3D packaging technology for integrated antenna front-ends[A].2008.1569-1572.
  • 5Rainee N Simons. Coplanar Waveguide Circuits,Components and Systems[M].New York:Wiley Inter-science,2001.1-3.
  • 6Raymond L Brown, Paul W. Polinski Manufacturing of Microwave Modules using Low-temperature Co-fired Ceramics [J]. IEEE MTToS Digest 1994:1727-1730.
  • 7Christian Block, Peter Hagn, Christian Hoffmann, et alLTCC Technology for System in Package Solutions [J]. Silicon Monolithic Integrated Circuits in RF Systems, 2006, Digest of Papers. 2006:18-20.
  • 8F J Schmuckle, A Jentzsch, W Heinrich, J Butz, M. Spinnler LTCC as MCM Substrate: Design of Strip-Line Structures and Flip-Chip Interconnects [J]. 2001 IEEE MTT-S Digest, 2001:1903-1906.
  • 9Bonnet B, et al. 3D packaging technology for integrated antenna front-ends[C].38'h European Microwave Conference, 2008: 1569-1572.
  • 10Rainee N simons. Coplanar Waveguide Circuits, Components and Systems[M]. New York: Wiley inter- science, 2001.1-3.

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