45纳米及以下CMOS lsi中基于晶圆键合的SOI技术的现状和可能性

M. Yoshimi, D. Delpra, I. Cayrefourcq, G. Celler, C. Mazure, B. Aspar
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引用次数: 3

摘要

综述了基于晶圆键合的SOI技术的现状,讨论了其在CMOS缩放中的技术定位。当批量CMOS技术遇到各种关键问题时,采用晶圆键合的SOI技术凭借其灵活的材料设计提供了独特的解决方案。通过应变SOI (sSOI)或晶体取向优化(HOT, DSB)来增强迁移率,通过反偏置(UT-BOX SOI)来动态阈值电压控制,无电容DRAM等都是有前途的选择,可以带来突破并保持适当的缩放。此外,本文还介绍了应用于CMOS成像仪背面照明的电路层传输技术,该技术与未来的LSI系统3d集成具有联系。
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Current status and possibilities of wafer-bonding-based SOI technology in 45nm or below CMOS LSIs
The current status of SOI technology using wafer bonding is reviewed and its technological positioning in CMOS scaling is discussed. While bulk CMOS technology is encountering various kinds of critical issues, SOI technology using wafer bonding provides unique solutions by virtue of its flexible material design. Mobility enhancement through strained-SOI (sSOI) or optimization of crystal orientation (HOT, DSB), dynamic threshold voltage control by back-biasing (UT-BOX SOI), capacitor-less DRAM, etc., are promising options that can bring a breakthrough and continue proper scaling. Also, circuit layer transfer technology applied to back-side illumination of CMOS imager is presented, as a technology giving linkage with future 3D-integration of LSI system.
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