提出了一种建立数字门电路宏模型的方法 ,采用该方法建立的门电路宏模型可以对门电路以及由门电路构成的数字电路进行逻辑仿真 。
The said digital gate circuit macro model can be used to perform a logical simulation for gate circurit and the digital circuit formed by the gate circuit.
此文提出了一种在SPICE中建立数字电路宏模型的新方法。
This article proposed a new kind of method to develop the digital circuit Macro-model in SPICE.
研究从RTL级分析数字电路的功耗。 应用信息论中熵的概念计算由VHDL描述中抽象出的电路模型的功耗,并考虑输出之间的相关。
To estimate the power consumption of digital circuits from RTL, a model abstracted from VHDL description is estimated by entropy from information theory, considering correlation of outputs concerned.
讨论了数字电路的逻辑级模拟中元件传输延迟模型、元件状态值模型的建立,逻辑模拟的算法以及元件计算的方法。
Discuss the three aspets of the logical-level simulation theory of digital circuits: the construction of delay model and multi-state model, simulation algorithms, and methods of component computation.
本文提出了一种建立数字门电路宏模型的方法,采用该方法建立的门电路宏模型可以对门电路,以及由门电路构成的数字电路进行逻辑仿真。
The said digital gate circuit Marco model can be used to perform a logical simulation for gate circuit and the digital circuit formed by the gate circuit.
在文章中,我们在现有的MOS器件模型的基础上再组建一个寄生的衬底模型,然后利用此模型逐一对单个MOS器件,具有累积效应的数字电路和部分基本模拟电路进行了仿真实验和分析。
In the article, we make a parasitic substrate model on the existing MOS model, and use this model to do simulation for each single MOS, accumulated effect circuit and some useful analog circuit.
在理论分析中,对于超导rsFQ数字电路中的理论基础超导量子干涉器的电路模型进行了深入的分析和研究,得到了超导rs FQ数字电路设计的参数估计。
In the theory analysis, circuit model of the SQUID, theory base of superconducting digital circuit, is intensively investigated, and parameter estimate of the superconducting RSFQ circuit is acquired.
在理论分析中,对于超导rsFQ数字电路中的理论基础超导量子干涉器的电路模型进行了深入的分析和研究,得到了超导rs FQ数字电路设计的参数估计。
In the theory analysis, circuit model of the SQUID, theory base of superconducting digital circuit, is intensively investigated, and parameter estimate of the superconducting RSFQ circuit is acquired.
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