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电路器件
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  circuit devices
    Modeling methods for circuit devices are discussed Physical model method and macromodel method are described Physical model of field transistors and macromodel of operational amplifiers are given
    探讨了电路器件的建模方法 ,主要讨论了物理模型和宏模型法 ,并给出了场效应管的物理模型和运算放大器的宏模型
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    Amodgen: Constraints Based Device Generator for CMOS Analog Layout
    Amodgen:基于约束的CMOS模拟电路器件版图生成器
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  circuit devices
Coupling mode-based nanophotonic U-shaped circuit devices is proposed.
      
We propose a numerical simulation technique to model the process of diffusional creep and stress relaxation that occurs in Cu-damascene interconnects of integrated circuit devices in processing stage.
      
Thus these cells find potential use in rechargeable micropower sources and uninterrupted power supplies for microelectronic circuit devices.
      
Among integrated-circuit devices, magnetic bubbles are a particularly interesting candidate to implement the Fredkin gate and conservative logic.
      
Barium Strontium Titanate (BST) ferroelectric thick films have been investigated as potential candidates for use in frequency agile microwave circuit devices.
      
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Careful calibration of IC process simulator SSUPREM4 is made in this paper.We simulate oxidation and diffusion by SSUPREM4.The simulated values are compared with the measured values,and the relative deviation between them is within 10%.We also calibrate the simulated results of full process by SSUPREM4 together with device simulator S PISCES.The calibrated results have some values for references.

本文对知名的集成电路工艺模拟软件SSUPREM4进行了较仔细的校验,用SSUPREM4模拟了氧化、扩散工艺,并同实验值进行了比较,模拟值和实验值的偏差在10%以内,与集成电路器件模拟软件SPISCES联用校验了SSUPREM4的全工序模拟结果,校验结果有较大参考价值.

The layout generation of analog devices is one of the key problems in analog layout automation. To optimize the performance, shape and area of the layout of MOS devices and to make the placement and routing easier at higher level, a new methodology for analog module generation is proposed. Based on geometry constraints, parasitic constraints and matching constraints, a module generator, Amodgen, is developed. Specifically, interdigitize structures, common centroid and interleave structures are used to minimize...

The layout generation of analog devices is one of the key problems in analog layout automation. To optimize the performance, shape and area of the layout of MOS devices and to make the placement and routing easier at higher level, a new methodology for analog module generation is proposed. Based on geometry constraints, parasitic constraints and matching constraints, a module generator, Amodgen, is developed. Specifically, interdigitize structures, common centroid and interleave structures are used to minimize the mismatch between matched components in the layout. Dummy stripes are used to minimize boundary dependent under cut effects.

器件版图生成是模拟电路版图设计自动化的关键问题之一.为了使MOS器件版图的性能、形状、面积能在生成阶段得到综合优化,从而有助于解决高层次的模拟电路模块间的布局和布线问题,提出了一种新的模拟电路器件版图生成方法,并开发了基于几何约束、寄生约束、匹配约束的模块生成器Am odgen.Am odgen 针对不同的器件采用不同的版图结构,如MOS晶体管的交指(interdigitize)结构,电容的同心阵列结构,电阻垂直排列的交织(interleave)结构等,这些结构可以减小因集成电路制造工艺不均匀带来的器件失配误差.同时,Am odgen 还应用哑元条来消除边缘相关的横向刻蚀效应对器件精度的影响.基于约束的生成方法和优化版图结构技术的结合,使Am odgen 可以快速、高效地生成符合电路性能要求的版图.

Modeling methods for circuit devices are discussed Physical model method and macromodel method are described Physical model of field transistors and macromodel of operational amplifiers are given

探讨了电路器件的建模方法 ,主要讨论了物理模型和宏模型法 ,并给出了场效应管的物理模型和运算放大器的宏模型

 
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