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Method for making piezoelectric resonator and surface acoustic wave device using hydrogen implant layer splitting

机译:利用氢注入层分裂制造压电谐振器的方法和声表面波装置

摘要

Thin layers of high quality single-crystal piezoelectric material, high temperature sintered piezoelectric material, or high quality thin film grown material are transferred to an appropriate substrate using hydrogen ion implant layer splitting and bonding. The substrate to which the thin piezoelectric material layer is transferred may contain CMOS or GaAs circuitry. When the substrate contains CMOS or GaAs circuitry, the circuitry on the surface of the GaAs or CMOS substrate may be covered with an oxide. The oxide is then planarized using chemical mechanical polishing, and the thin film resonator material is transferred to the GaAs or CMOS circuit using wafer bonding and hydrogen ion layer splitting.
机译:使用氢离子注入层分裂和结合将高质量的单晶压电材料,高温烧结的压电材料或高质量的薄膜生长材料的薄层转移到适当的基板上。薄压电材料层转移到的衬底可以包含CMOS或GaAs电路。当衬底包含CMOS或GaAs电路时,可以用氧化物覆盖GaAs或CMOS衬底表面上的电路。然后使用化学机械抛光对氧化物进行平面化,然后使用晶圆键合和氢离子层分裂将薄膜谐振器材料转移到GaAs或CMOS电路中。

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