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    • 2. 发明授权
    • Method of packaging a semiconductor device
    • 封装半导体器件的方法
    • US5656549A
    • 1997-08-12
    • US699288
    • 1996-08-19
    • Alan H. WoosleyHarold A. Downey, Jr.Everitt W. Mace
    • Alan H. WoosleyHarold A. Downey, Jr.Everitt W. Mace
    • B29C45/14H01L21/00H01L21/56H01L21/60
    • B29C45/14655H01L21/565B29C2045/14098H01L2224/48091
    • A method of packaging a semiconductor device includes providing a chase (11) with a cavity (12). The cavity (12) has a cavity sidewall (13). A substrate (19) is provided having a substrate sidewall (20) wherein the substrate (19) is positioned in the cavity (12). A space or gap (21) is formed between the substrate sidewall (20) and the cavity sidewall (13). To insulate the gap (21) from mold compound (27), a barrier layer (22) is placed adjacent to the chase (11) and adjacent to the substrate (19) wherein the barrier layer (22) overlays a portion of the space or gap (21). Mold compound (27) is injected over the barrier layer (22), over the portion of the space or gap (21), and toward the substrate (19). The barrier layer (22) is used to prohibit the mold compound (27) from contacting the substrate sidewall (20) and the cavity sidewall (13) when the substrate (19) is being encapsulated.
    • 封装半导体器件的方法包括提供具有空腔(12)的追逐(11)。 空腔(12)具有空腔侧壁(13)。 提供了具有衬底侧壁(20)的衬底(19),其中衬底(19)位于空腔(12)中。 在基板侧壁(20)和空腔侧壁(13)之间形成空间或间隙(21)。 为了将间隙(21)与模制化合物(27)隔离,阻挡层(22)被放置成与追逐件(11)相邻并且靠近基板(19),其中阻挡层(22)覆盖空间的一部分 或间隙(21)。 模塑料(27)在空隙或间隙(21)的一部分上并朝向基板(19)的上方在阻挡层(22)上注入。 当封装衬底(19)时,阻挡层(22)用于禁止模制化合物(27)接触衬底侧壁(20)和空腔侧壁(13)。
    • 5. 发明授权
    • Method for encapsulating semiconductor devices with package bodies
    • 用封装体封装半导体器件的方法
    • US5344600A
    • 1994-09-06
    • US931459
    • 1992-08-21
    • Michael B. McShaneAlan H. WoosleyFrancis Primeaux
    • Michael B. McShaneAlan H. WoosleyFrancis Primeaux
    • B29C45/14H01L21/56B29C45/10
    • H01L21/565B29C45/14655H01L2224/48091H01L2224/48247
    • A method of encapsulating a semiconductor device permits use of the same mold for various package types. In one form, a mold (34 and 36) has a first cavity (50) in which a first insert (52 and 53) is positioned, the first insert defining a length and a width of a package body which is to be formed in the mold. The first insert in the first cavity also defines a second cavity (54) in which a second insert (56 and 57) is positioned, the second insert defining a thickness of the package body. Plastic is inserted into the mold to form the package body. To form other package types, one or more inserts are replaced instead of using a different mold. In another embodiment, the inserts are adjustable. For example, rather than having to change inserts to form a package with a different thickness, the inserts are adjusted by, for instance, a screw mechanism (66) within the mold or by the addition or removal of shims (60).
    • 封装半导体器件的方法允许使用相同的模具用于各种封装类型。 在一种形式中,模具(34和36)具有第一空腔(50),第一插入件(52和53)定位在其中,第一插入件限定要形成的封装主体的长度和宽度 模具。 在第一腔中的第一插入件还限定第二腔(54),第二腔(54)定位有第二插入件(56和57),第二插入件限定包装体的厚度。 将塑料插入模具中以形成包装体。 为了形成其他包装类型,替换一个或多个插入件而不是使用不同的模具。 在另一个实施例中,插入件是可调节的。 例如,不需要改变插入件以形成具有不同厚度的包装件,而是通过例如模具内的螺钉机构(66)或通过添加或移除垫片(60)来调节插入件。