1.
A Low Power Low Voltage and High Precision Bandgap Reference Used in 65nm CMOS SoC;
一种应用在65纳米CMOS系统级芯片中的低压低功耗、高精度带隙基准源
2.
Nanoscale CMOS Devices Realization with Micron Technology
微米工艺实现纳米级CMOS器件方法及技术研究
3.
Modeling and Optimizing of Carbon Nanotube Based CMOS Logic Circuit;
基于碳纳米管的CMOS逻辑电路的模拟和设计优化
4.
Modeling and Optimizing of Carbon Nanotube Based CMOS Logic Circuit
基于碳纳米管的CMOS逻辑电路的模拟和优化
5.
A novel interconnect crosstalk RLC analytic model based on the nanometer CMOS technology
一种基于纳米级CMOS工艺的互连线串扰RLC解析模型
6.
The High Temperature Application Research of Deep Sub Micron SOI CMOS Circuits;
深亚微米全耗尽SOI CMOS的高温应用分析
7.
Development Trends of CMOS MMIC
单片毫米波CMOS集成电路技术发展动态
8.
Study on SEE characteristic and hardening techniques of CMOS SRAM with sub-micro feature sizes
深亚微米CMOS SRAM SEE特性及加固技术研究
9.
Designing Deep Submicron RF CMOS LCVCO with VPCM
利用VPCM设计深亚微米RF CMOS的LCVCO
10.
RAMIREZ, Milena SANTANA
米莱纳·桑塔纳·拉米雷斯
11.
The Substrate Noise Coupling for Deep-submicron CMOS Mixed-Signal ICs;
深亚微米CMOS混合信号电路衬底耦合噪声模型
12.
Study of the GIDL Current and Related Reliability Issues for Ultra-deep Submicron CMOS Devices;
超深亚微米CMOS器件GIDL电流及其可靠性研究
13.
Low Power and High Performance Zipper CMOS Domino Full-Adder Design in 45nm Technology
45nm低功耗、高性能Zipper CMOS多米诺全加器设计
14.
Question of Namibia (continued):
纳米比亚问题：(续)
15.
An introduction to nanotechnology and nanomaterial
纳米技术与纳米材料(Ⅰ)——纳米技术与纳米材料简介
16.
One NM is one-1 billionth meter.
一纳米是十亿分之一米。
17.
Nanometrology and Measurement Technology in Nanometer Scale
纳米计量学与纳米计量测试技术(一)
18.
Development in Gold Nanoparticles/CNT Composites
纳米金/碳纳米管复合材料的研究进展