1) SPICE simulation
SPICE模拟
1.
13 μm CMOS technology,the post SPICE simulation has indicated that it works reliably with the acceptable frequency that ranges from 200 MHz to 400 MHz,the clock duty-cycle which is from 10% to 90% can be corrected with high accuracy,and the .
13μm工艺版图实现后的SPICE模拟表明,该电路在200~400MHz频率范围内工作稳定,对占空比在10%~90%范围内的畸变时钟能进行高精度的调节,输出时钟占空比为50%±2%,且输出时钟和原始时钟间相位偏差较小。
2) Simulation Program with Integrated Circuit Emphasis(SPICE)
模拟电路仿真系统(SPICE)
3) SPICE model
SPICE模型
1.
The SPICE model of the PID controller based on FPAA is built,which is used for simulation in the frequency-domain.
MOSCHYTZ采用z域四口等效电路对开关电容器网络进行双口分析的理论,以现场可编程模拟阵列实现的PID控制器为例,建立了一个用于频域仿真的SPICE模型从而方便地用SPICE软件对PID校正后整个控制系统的稳定性进行仿真分
2.
A Spice model is proposed based on the physical model of single-electron transistors (SETs).
基于单电子晶体管数学分析模型,提出了它的Spice模型。
3.
In order to settle the problem of conditional clock-controlled neuron-MOS SPICE model that can not be used for the simulation of transient analysis for continuous periods, a modified SPICE macro-model for clock-controlled neuron-MOS is presented.
为了解决传统钟控神经元MOSSPICE模型无法进行连续若干个周期瞬态分析的问题,提出了一种改进的钟控神经元MOSSPICE子电路宏模型,采用HSPICE对器件进行了建模,并对模型进行了验证。
6) Averaged SPICE model
平均SPICE模型
补充资料:spice
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