其次对集成电路内所需要的基本模拟及数字电路如有源电阻、电流镜、电压比较器、与门及或门进行了设计和仿真。
Then the all basic-circuits are also designed and simulated carefully including active resister, current mirrors, comparator, inverter, AND gate, OR gate.
从仿真的数据结果，我们可以清楚地认识到衬底寄生电阻所带来的衬底电压的不稳无论在数字电路还是模拟电路中都会产生一定的影响。
From the simulation data, we can clearly observe the instability of substrate voltage, caused by substrate resistor, will cause some trouble in both analog and digital circuit.
仿真实例表明：立足于模拟电路故障诊断字典法，该算法对模拟电路故障诊断非常有效。
Finally, an example for the fault diagnosis of analog circuits using fault dictionary was shown and the simulation results indicated the validity of the proposed algorithm.
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.
对雷达产生浪涌信号的一个典型电路进行仿真，得出模拟电路产生浪涌的一个重要原因是晶体管的瞬间导通电流过大。
Based on the simulation research of the typical radar analog circuit, it is shown that the main reason of the emerging surge signal is the high transient current conducted in the transistor.
采用雷达系统模拟电路进行了仿真，结果表明，设计的模拟电路的故障诊断方法效果良好。
The simulation result of scout radar shows that the fault diagnosis method of the analog circuits using LS-WSVM within the Bayesian evidence framework is effective.
并用FPGA模拟单片机减振电路，给出其仿真波形，从而验证了单片机减振电路的实用性。
The simulation circuit for microprocessor and simulation wave using FPGA is also given. The reliability and practicability of microprocessor shock absorption circuit are validated accordingly.
并用FPGA模拟单片机减振电路，给出其仿真波形，从而验证了单片机减振电路的实用性。
The simulation circuit for microprocessor and simulation wave using FPGA is also given. The reliability and practicability of microprocessor shock absorption circuit are validated accordingly.
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