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    • 5. 发明授权
    • Process for manufacturing component parts, use of same, with air bearing supported workpieces and vacuum processing chamber
    • 制造零部件的工艺,使用方法,带空气轴承支撑的工件和真空处理室
    • US06605175B1
    • 2003-08-12
    • US09257207
    • 1999-02-25
    • Juergen RammEugen Beck
    • Juergen RammEugen Beck
    • B32B3100
    • B23K1/206H01L2924/0002H01L2924/00
    • A method is disclosed for manufacturing parts with intimate connection of least two material phases, of which at least one is a solid body phase. Prior to intimate connection, at least the surface of the solid body phase to be connected is pretreated by a plasma-activated gas that contains nitrogen. The method is used, for example, for connecting integrated circuits with an HLST or for the electrical connection of the printed circuits by wire bonding or for the sheathing of electrical circuits joined with HLST and connected by wire bonding, with a potting compound. A workpiece stored in air is characterized by a surface exposed to the air, by contrast with a surface of the workpiece produced directly, having an elevated nitrogen concentration, detectable for example by a “Fourier transform infrared spectroscopy” with “attenuated total reflection” FTIR-ATR and/or with “nuclear reaction analysis,” NRA and/or with “time of flight secondary ion mass spectrometry,” TO-SIMS. Also disclosed is a vacuum processing chamber with a plasma discharge section, a gas supply to the chamber, connected with a gas tank arrangement, as well as with a workpiece holding device. The gas tank arrangement contains a gas with nitrogen and the holding arrangement has at least one access slit open to the discharge chamber for a disk-shaped or plate-shaped workpiece.
    • 公开了用于制造具有至少两个材料相的紧密连接的部件的方法,其中至少一个是固体相。 在紧密连接之前,至少要连接的固体相的表面由含有氮的等离子体活化气体预处理。 该方法例如用于将集成电路与HLST连接或通过引线接合或通过与HLST连接并通过引线接合连接的电路的护套与封装化合物连接印刷电路。 存储在空气中的工件的特征在于暴露于空气的表面与通过直接生产的具有升高的氮浓度的工件的表面形成对比,该表面可以例如通过具有“衰减全反射”FTIR的“傅里叶变换红外光谱” -ATR和/或“核反应分析”,NRA和/或“飞行时间二次离子质谱法”TO-SIMS。 还公开了一种具有等离子体放电部分的真空处理室,与气罐装置连接的室的气体供给以及工件保持装置。 气罐装置包含具有氮气的气体,并且保持装置具有至少一个通向用于盘形或板状工件的排放室的进入狭缝。