首页> 外国专利> foerfarande foer realtidskontroll av etsningens selektivitet genom analys av plasmagaserna vid i reaktiv jonetsningsprocess och i reaktor foer in aendamaol.

foerfarande foer realtidskontroll av etsningens selektivitet genom analys av plasmagaserna vid i reaktiv jonetsningsprocess och i reaktor foer in aendamaol.

机译:通过在反应性离子蚀刻过程中和在吲哚酚之前的反应器中分析等离子体气体来实时控制蚀刻选择性的方法。

摘要

The present invention concerns a process for the control in real time of the etching in a process for manufacturing electronic components of the type obtained by reacting ionic etching of wafers of silicon utilizing a plasma produced between two electrodes, wherein the gaseous species of the plasma are analyzed during the etching, at least one of the wafers of silicon being removable in situ from the influence of the plasma. The invention also concerns a reactor therefore, comprising a housing under vacuum 31 including at least one support electrode 34 and one electrode 35 connected to ground between which a plasma is produced, means for producing a vacuum, means for loading and unloading wafers, means for introducing etching gas, wherein the reactor comprises at least two locations 40 for wafers 33, means for withdrawing at least one location from the influence of the plasma 37, said means and the locations being movable with respect to one another, and means for analyzing gaseous species of the plasma.
机译:本发明涉及一种用于实时控制蚀刻的方法,该方法用于制造通过利用两个电极之间产生的等离子体使硅晶片的离子蚀刻反应而获得的类型的电子部件,其中等离子体的气态物质为在蚀刻过程中分析,至少一个硅晶片可在等离子体的影响下原位去除。因此,本发明还涉及一种反应器,其包括在真空下的壳体31,该壳体包括至少一个支撑电极34和一个接地的电极35,在它们之间产生等离子体,用于产生真空的装置,用于装载和卸载晶片的装置,用于真空的装置。引入蚀刻气体,其中反应器包括至少两个晶片33的位置40,用于从等离子体37的影响中撤出至少一个位置的装置,所述装置和该位置可相对移动,以及用于分析气态的装置血浆种类。

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