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- This paper explores nanometer scale CMOS circuits leakage mechanisms and device and circuit techniques to reduce leakage power consumption. 本文分析了纳米级CMOS电路的各种漏电流组成机制并提出了相应的降低技术。
- Leakage Current and Leakage Reduction Techniques in Nanometer Scale CMOS Circuits 纳米级CMOS电路的漏电流及其降低技术
- Nanometer scale CMOS circuits 纳米级CMOS电路
- The effects shown in Figure 2 are typical of all CMOS circuits. 图2所示的电流效应是所有CMOS电路所特有的。
- Atomic force microscopy(AFM) has been an important tool for observing and manipulating samples at nanometer scale. 原子力显微镜(Atomic Force Microscopy)已成为在纳米尺度对样品进行观察和操纵的重要工具。
- The technique of nanometer scale manipulation is very important in constructing nano-structures and nano-devices. 摘要使用原子力显微镜，在接触模式下实现了对单壁碳纳米管束的各种可控操纵，包括弯折、切割和劈裂等。
- Guided by the switch signal-theory, this paper discussed how to realize the threshold controlling in current-mode CMOS circuits. 摘要以开关信号理论为指导，对电流型CMOS电路中如何实现阈值控制进行了讨论。
- Aerogols are a novel nanoporous, noncrystalline material, whose structure can be controlled at nanometer scale. 气凝胶是一种新型纳米多孔非晶态材料,结构可控。
- Field-flow fractionation is a kind of particle separation technology on the micrometer and nanometer scale. 本文从分离技术入手,着重阐述了场流分离技术的种类与应用。
- High leakage current in deep sub-micron regimes is a significant contributor to the power dissipation of CMOS circuits as the CMOS technology scales down. 摘要随着CMOS工艺的进一步发展，漏电流在深亚微米CMOS电路的功耗中变得越来越重要。
- The new method has been applied to fractal dimension determination of the fractures of alloys Ti3Al and Ti 24Al 11Nb with STM at nanometer scale. 用扫描隧道显微镜（STM）利用变分辨率码尺方法在纳米尺度测定了Ti3AlTi?24Al?11Nb合金断口的分形维数。
- All circuit blocks of ADPCM codec are studied and the ADPCM algorithm is described and implemented with mixed-signal CMOS circuits specially. 整个系统包括：内置振荡器，时钟产生器，放大器，前置运算放大器，自动增益控制器（AGC），ADPCM编解码器和数模转换器等，我们着重完成了ADPCM编解码器核心算法的电路设计。
- Sol-gel approach allows microstructural control on the nanometer scale, so it can be used to produce nanoenergetic matreials with entirely new and desirable properties. 溶胶-凝胶方法允许在纳米尺寸上控制材料的微观结构,因此可用于制备具有全新和所需性能的纳米含能材料,溶胶-凝胶法已成功制备出纳米含能复合材料和单分子纳米含能材料。
- This kind of relay is constituted by integrated operational amplifiers, CMOS circuit, etc. 采用集成运算放大器和cmos电路等构成了这一继电器。
- EMR's great magnitude, however, is caused by the interplay of the curved paths and the detailed geometry of the EMR device at the nanometer scale (billionths of a meter). 不过，EMR之所以会有那麽大的值，通常是由于曲线路径以及奈米级EMR装置的细部几何形状所造成的。
- In this paper, a principle to measure the microhardness of materials in nanometer scale is given out and the study is made from the point of theory and experiment as well. 给出了一种在纳米尺度下测试材料显微硬度的原理，并对这种原理进行了理论分析和试验验证。
- R. J. Baker, H. W. Li, D. E. Boyce, CMOS Circuit Design, Layout, and Simulation, Wiley Inter-Science, 1997. 邱先成，“杂讯指数比的基本概念(上)”，电子技术杂志，2003年3月。
- The theoretical analysis of nano-silica gel for oil displacement is conducted to quantitatively study the oil displacement effect of SiO2 gel system in nanometer scale. 摘要为了定量研究纳米级二氧化硅粉体成胶体系的驱油效果，对纳米硅胶驱油机理进行了理论分析。
- Power components of the core are analyzed based on energy di ssipation theory in CMOS circuit. 根据CMOS电路的能耗机制,对已有微处理器内核进行了功耗分析。
- This is due to the fact that each transistor in a CMOS circuit is actually made from a PMOS transistor and an NMOS transistor. 这是由于CMOS里的每一个晶体管都是由一个PMOS和一个NMOS晶体管组成的。
