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    • 1. 发明授权
    • Castellated nozzle and method of use therof
    • Castellated喷嘴和使用方法
    • US5593083A
    • 1997-01-14
    • US388327
    • 1995-02-14
    • Bernie HernandezRaymond R. HortonMichael J. PalmerFrederick G. Weindelmayer
    • Bernie HernandezRaymond R. HortonMichael J. PalmerFrederick G. Weindelmayer
    • H01L21/60H05K3/36H05K3/40H05K3/34
    • H01L24/86H05K3/363H01L2924/01005H01L2924/01006H01L2924/01029H01L2924/01033H01L2924/01079H01L2924/01082H01L2924/014H05K2201/0394H05K2201/09709H05K2201/10477H05K2201/10681H05K2203/0195H05K2203/167H05K3/4084
    • A castellated nozzle for connecting a plurality of microelectronic leads to an associated plurality of contact pads and method of using the same. The castellated nozzle includes a body having a plurality of castellations protruding therefrom, with each of the castellations having a contact surface thereon. A channel is formed adjacent to at least one castellation of the plurality of castellations. An opening extends through the body for introducing a heated gas therein. The contact surfaces of the plurality of castellations are aligned to a respective plurality of leads. Typically, the castellated nozzle includes a first plurality of castellations forming a first row and a second plurality of castellations forming a second row. A channel is formed adjacent to at least one castellation. The first and second plurality of castellations are arranged in a staggered format wherein at a first point along the length of the opening one of the castellations in the first row is located opposite to one of the channels of the second row, and wherein at a second point along the length of the opening one of the channels in the first row is located opposite to one of the castellations in the second row. An opening is formed between the first and second row. The castellated nozzle includes a hole for aligning the castellated nozzle to a flexible circuit carrier.
    • 一种用于将多个微电子引线连接到相关联的多个接触焊盘的雉形喷嘴及其使用方法。 所述雉形喷嘴包括具有从其突出的多个蓖耳体的主体,其中每个所述雉ations都具有接触表面。 形成与多个城堡中的至少一个城堡相邻的通道。 开口延伸穿过主体,用于在其中引入加热的气体。 多个城堡的接触表面与相应的多个引线对准。 典型地,雉形喷嘴包括形成第一排的第一多个雉ell和形成第二排的第二多个雉。。 与至少一个城堡相邻形成通道。 第一和第二多个城堡以交错格式布置,其中沿着开口的长度的第一点处,第一行中的一个雉is位于与第二排的通道之一相对的位置,并且其中在第二 沿着开口的长度,第一行中的通道之一位于与第二排中的一个城堡相对的位置。 在第一排和第二排之间形成开口。 雉形喷嘴包括用于将雉形喷嘴对准柔性电路载体的孔。
    • 4. 发明授权
    • Method and apparatus for inspection of matched substrate heatsink and
hat assemblies
    • 用于检查匹配的基板散热器和帽子组件的方法和装置
    • US5392360A
    • 1995-02-21
    • US54338
    • 1993-04-28
    • Frederick G. WeindelmayerMichael A. Sipe
    • Frederick G. WeindelmayerMichael A. Sipe
    • G01R31/308G06T7/00G06K9/00
    • G06T7/0006G01R31/308G06T2207/10152G06T2207/30148
    • The invention is comprised of a method and apparatus for inspecting substrates and hat sink hat assemblies to determine whether the chips on the substrate and pistons on the heatsink hat assembly are matched. The inspection is carried out by separately illuminating both the substrate and the heatsink hat assembly in such a way that a bilevel image of each assembly is created. Each assembly has an associated image-acquisition device, such as a television or video camera which captures the bilevel image. These images are then converted to an array of image points. The points of the image of the substrate assembly are compared with a preset pattern to determine whether a chip is missing. A similar comparison is done with the points of the image of the heatsink hat assembly to determine whether any piston is missing. A deviation from the expected pattern will be communicated to an operator who will take corrective action.
    • 本发明包括用于检查基底和帽帽组件的方法和装置,以确定衬底上的芯片和散热器帽组件上的活塞是否匹配。 通过分开地照射基板和散热器帽组件以使得形成每个组件的双层图像的方式进行检查。 每个组件具有相关联的图像采集装置,例如拍摄二维图像的电视或摄像机。 然后将这些图像转换为图像点阵列。 将基板组件的图像的点与预设图案进行比较以确定芯片是否缺失。 类似的比较是与散热器帽组件的图像点进行比较,以确定是否有任何活塞丢失。 与预期模式的偏差将传达给将采取纠正措施的运营商。
    • 5. 发明授权
    • Graphite lid seal fixture
    • 石墨盖密封夹具
    • US5372296A
    • 1994-12-13
    • US142029
    • 1993-10-28
    • Sheila J. KoneckeFrederick G. Weindelmayer
    • Sheila J. KoneckeFrederick G. Weindelmayer
    • B23K1/00H01L21/50H01L23/10B32B3/00
    • B23K1/0016H01L21/50H01L23/10B23K2201/36H01L2924/0002H01L2924/01079
    • In manufacturing packaged modules for computer systems, many modules require sealing a lid to a lower substrate by using solder around the outer edges of the lower substrate. When the solder is heated, it often flows inward towards the chips on the substrates (solder intrusions) and may cause shorts. This invention solves the problem of solder intrusions by using a graphite lid seal fixture during lid seal. The fixture is comprised of lower and upper parts. The substrate, which has a sealband area, rests on and is held in place by the lower part of the fixture. The upper part of the fixture rests on the lower part. The lid, which has solder on its lower surface which is slightly smaller but otherwise generally matches the sealband area of the substrate, fits in a hole in the upper part and rests on the substrate. Thus, graphite substantially surrounds the edges where the lid and substrate meet and the fixture evenly distributes the heat around the sealband during reflow so that the solder can flow out towards the edge of the sealband. By this means, areas where solder flows back into the interior of the module are reduced and hermeticity yields are improved.
    • 在制造用于计算机系统的封装模块中,许多模块需要通过在下基板的外边缘周围使用焊料将盖子封闭到下基板。 当焊料加热时,它通常向内流向基板上的芯片(焊料入侵),并可能导致短路。 本发明通过在盖密封期间使用石墨盖密封夹具来解决焊料侵入的问题。 夹具由下部和上部组成。 具有密封带区域的基板由固定装置的下部支撑并固定在适当位置。 夹具的上部位于下部。 其下表面上具有焊料的盖子稍微较小,但通常与基板的密封带区域匹配,该盖子装配在上部的孔中并且搁置在基板上。 因此,石墨基本上围绕盖和基板相遇的边缘,并且固定装置在回流期间将热量均匀地分布在密封带周围,使得焊料可以朝向密封带的边缘流出。 通过这种方式,焊料流回到模块内部的区域减少,气密产率提高。