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    • 2. 发明申请
    • METHOD FOR PRESERVING PROCESSING HISTORY ON A WAFER
    • 保存加工历史的方法
    • US20080237811A1
    • 2008-10-02
    • US11694057
    • 2007-03-30
    • Rohit PalDavid F. Brown
    • Rohit PalDavid F. Brown
    • H01L23/544
    • H01L22/20
    • A method for capturing process history includes performing at least a first process for forming features on a semiconducting substrate. A first cap is formed over a first region of the semiconducting substrate after performing the first process. At least a second process is performed for forming the features in a second region other than the first region while leaving the first cap in place to thereby prevent the features in the first region covered by the first cap from being exposed to the second process. A first characteristic of a first feature is measured in the first region, and a second characteristic of a second feature in the second region is measured. A wafer includes a first partially completed feature disposed in a first region. A first cap is formed above the first partially completed feature. A second partially completed feature is disposed in a second region of the wafer different than the first region. The second partially completed feature is at a later stage of completion than the first partially completed feature.
    • 用于捕获工艺历史的方法包括至少执行用于在半导体衬底上形成特征的第一工艺。 在执行第一处理之后,在半导体基板的第一区域上形成第一盖。 执行至少第二过程,用于在除了第一区域之外的第二区域中形成特征,同时将第一盖留在适当位置,从而防止第一盖子覆盖的第一区域中的特征暴露于第二过程。 在第一区域中测量第一特征的第一特征,并且测量第二区域中的第二特征的第二特征。 晶片包括设置在第一区域中的第一部分完成特征。 在第一部分完成的特征之上形成第一盖。 第二部分完成的特征被布置在不同于第一区域的晶片的第二区域中。 第二部分完成的功能处于完成的后期,而不是第一部分完成的功能。
    • 9. 发明授权
    • Semiconductor chip carrier
    • 半导体芯片载体
    • US4638348A
    • 1987-01-20
    • US595454
    • 1984-03-30
    • David F. BrownMichael J. Anstey
    • David F. BrownMichael J. Anstey
    • H01L23/12H01L23/498H01L23/538H01L23/02
    • H01L23/49805H01L23/5385H01L2224/48091H01L2224/49109H01L24/48H01L24/49H01L2924/00014H01L2924/01019H01L2924/14
    • A circuit unit such as performing the function of a chip carrier. In one example, it is in the form of a thin square of insulating material having contact pads arranged side by side along the four edges of both major surfaces. The chip is secured substantially centrally of the insulating material and connections are made from it to the contacts on both of the major surfaces. The carrier has a lower insulating layer (5) having contacts (6) extending over its under surface and carrying the chip (14) on its upper surface. An insulating spacer (8) carries further contacts (12). Electrical connections (16 and 18) are made to the contacts (6 and 12). An insulating cover (not shown) then closes off the hollow interior, locating on a shoulder (10). The contacts (12) thus provide the contacts on the upper surface of the finished construction. A single layer construction is also disclosed. Double-sided chip carriers formed in this way are particularly suited for side-by-side mounting in racked manner, enabling maximum use to be made of the contacts on both of the major surfaces and facilitating flow of cooling air.
    • PCT No.PCT / GB83 / 00198 Sec。 371日期1984年3月30日 102(e)1984年3月30日日期PCT提交1983年8月8日PCT公布。 公开号WO84 / 00851 日期1984年3月1日。一种电路单元,例如执行芯片载体的功能。 在一个示例中,它是具有绝缘材料的薄正方形的形式,其具有沿着两个主表面的四个边缘并排布置的接触垫。 芯片基本上固定在绝缘材料的中央,并且连接由它制成到两个主表面上的触头。 载体具有下绝缘层(5),其具有在其下表面上延伸的触点(6)并且在其上表面上承载芯片(14)。 绝缘间隔件(8)承载更多的触点(12)。 电连接(16和18)制成触点(6和12)。 绝缘盖(未示出)然后封闭中空内部,定位在肩部(10)上。 因此,触头(12)在完成的结构的上表面上提供触点。 还公开了单层结构。 以这种方式形成的双面芯片载体特别适用于以并排方式并排安装,从而能够最大限度地利用两个主表面上的触点并促进冷却空气的流动。