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Sintered silver (Ag) as lead-free die attach materials

机译:烧结银(Ag)作为无铅芯片连接材料

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This paper documents the feasibility study of using micrometer-scale Ag paste as a lead-free (Pb-free) die attach material for microelectronic packaging. Currently, there is no viable Pb-free die attach in the market which can pass the reliability testing regimen. Sintered Ag was explored as an interconnect material because of its relatively low processing temperature and robust joint after sintered. This report suggests a possible route for using Ag paste as a Pb-free die attach by dispensing as per current production epoxy die attach. This feasibility study reports the mechanical integrity, electrical and reliability testing of a surface mount power package with four types of dispensable Ag pastes. Separate lots of this surface-mount power package with current die attach materials were also evaluated as controls. This paper is expected to be of interest to companies that are exploring alternative Pb-free die attach materials.
机译:本文记录了使用微米级银膏作为微电子封装的无铅(无铅)芯片附着材料的可行性研究。当前,市场上尚无可行的无铅芯片附件可以通过可靠性测试方案。由于烧结银相对较低的加工温度和烧结后的牢固接头,因此人们将其用作互连材料。该报告提出了按照当前生产的环氧树脂裸片附着方式将Ag糊剂用作无铅裸片附着方式的可能途径。这项可行性研究报告了使用四种类型的可分配Ag糊剂对表面安装电源封装进行的机械完整性,电气和可靠性测试。还评估了单独的这种表面贴装电源封装和当前的芯片连接材料,作为对照。正在探索替代无铅裸片附着材料的公司有望获得本文的关注。

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