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NEW SOI DEVICES TRANSFERRED ONTO FUSED SILICA BY DIRECT WAFER BONDING

机译:通过直接晶圆键合将新的SOI设备转移到熔融石英上

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摘要

SOI technologies allow interesting improvements of devices performances. For RF applications, a further enhancement of SOI circuits' performances is to use high resistivity silicon substrates. Another alternative is to replace the initial silicon substrate after devices processing, by an insulating substrate such as fused silica, which presents a high intrinsic resistivity. In this paper, the transfer of SOI devices layer onto fused silica based on direct wafer bonding and thinning down processes is described. Electrical characteristics of components after transfer are evaluated and compared to initial SOI ones. The transfer onto fused silica preserves the electrical properties of active transistors, and significantly improves the RF characteristics of passive elements.
机译:SOI技术允许对设备性能进行有趣的改进。对于RF应用,SOI电路性能的进一步增强是使用高电阻率的硅基板。另一种选择是在器件处理后,用呈现高固有电阻率的绝缘衬底(例如熔融石英)代替初始的硅衬底。在本文中,描述了基于直接晶圆键合和薄化工艺将SOI器件层转移到熔融石英上的过程。评估转移后组件的电气特性,并将其与初始SOI进行比较。转移到熔融石英上可以保留有源晶体管的电性能,并显着改善无源元件的RF特性。

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