高级规划Nand闪存的高性能HVNMOS开发

Juanjuan Li, Zhi Tian, Xiao-Hua Ju, Tao Liu, Shaokang Yao, Haewan Yang, Yaoyu Chen
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引用次数: 0

摘要

随着闪存单元物理尺寸的缩小,相应的解码器和页面缓冲区的缩小也是芯片设计的一个挑战。本文介绍了用于l×-nm规划NAND闪存的HVN_PT(字行解码电路)和HVN_PB(页面缓冲电路)的高性能N型MOS。这些N型MOS采用了一系列基于二维TCAD工艺和器件仿真的优化结构和工艺集成方法,在缩小的NAND闪存单元限制下,以更小的晶体管面积实现高通道、结击穿和隔离电压。最后,在HLMC 12英寸l×-nm NAND工艺流程中验证了这些结构和工艺集成方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High Performance HVNMOS Development for Advanced Planner Nand Flash
As the flash cell physical size is scaled down, the related down scaling of decoder and page buffer area are also a challenge for chip design. High performance N type MOS including HVN_PT (in word-line decode circuit) and HVN_PB (in page buffer circuit) for l×-nm planner NAND flash are described in this paper. These N type MOS adopted a series of optimized structure and process integrated methods based on 2D TCAD process and device simulation, to achieve high channel, junction breakdown, and isolation voltage with smaller transistor area limited by down scaled NAND flash cell unit. Finally, these structure and process integrated methods were validated in HLMC 12-inch l×-nm NAND process flow.
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