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HKMG all Last to Meet 20nm Logic Device Challenge

机译:HKMG最后一次迎接20nm逻辑器件挑战

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In this paper, we studied High-K & Metal Gate (HKMG) all last process for sub-28nm logic device, including gate insulator Tinv, gate leakage, hysteresis, device mobility, Gate Oxide Integrity (GOI) etc. We also evaluated the different interface layer of chemical oxide and conventional thermal oxide. Compared to the high-K first approach, the high-K last process can significantly improve gate insulator performance to meet the 20nm logic device requirements.
机译:在本文中,我们研究了低于28nm的逻辑器件的高K和金属栅极(HKMG)的所有最后工艺,包括栅极绝缘体Tinv,栅极泄漏,磁滞,器件迁移率,栅极氧化物完整性(GOI)等。我们还评估了化学氧化物和常规热氧化物的界面层不同。与高K优先方法相比,高K优先方法可以显着提高栅极绝缘体的性能,以满足20nm逻辑器件的要求。

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