The PSPICE simulation proves that the proposed computing model is correct.
PSPICE模拟证明了所提出的计算模型的正确性。
PSPICE simulation and energy analysis prove that saving energy dissipation can be effectively achieved by using this technique.
PSPICE模拟与能耗分析证明，该技术能有效地达到节省功耗的目的。
Tested by PSPICE simulation and small power experiment, the designing project "adjusting output voltage by changing on and off time of the SPWM" is practical.
经PSPICE软件仿真和小功率电路实验证明，“通过改变开关角而实现调节输出电压”的闭环设计方案是可行的。
The Pspice simulation models make it possible to have an integrated program in the same procedure including power electronic circuit simulation and system simulation.
该仿真模型可用于功率电路、控制电路和电机系统动、稳态性能的分析与设计。
Furthermore, CMOS MOCCII circuit with simple structure has been configured using basic current mirror technique. Both proposed MOCCII filters have been verified by PSPICE simulation.
同时应用基本电流镜技术实现出结构简单的高精度CMOSMOCCII，并对MOCCII及提出的滤波器电路进行了PSPICE仿真。
Next, the macromodel idea is presented to effectively use PSPICE circuit simulation software in simulation studies and study control systems by PSPICE.
然后，为了在仿真研究时有效地利用PSPICE电路仿真软件，同时也为了利用PSPICE研究控制系统，提出了有关宏模型的概念。
The simulation with PSPICE proves that the designed circuit has ideal function of Schmitt circuits.
PSPICE模拟证明了设计的电路具有理想的施密特电路功能。
The thesis firstly analyzes the converter principle of operation and the circuit characteristic, used the PSPICE software to carry on the simulation analysis to the main circuit.
本文首先分析了该变换器的工作原理和电路特性，使用PSPICE软件对主电路进行了仿真分析。
A lot of work in the area of transients simulation has shown how a simulator such as Pspice can be interfaced to an control analysis package such as Matlab to get visible data.
瞬态仿真领域的许多工作需要获得可视化数据，也即需要将输出参数绘制成图形。
The simulation results with this equivalent circuit model of SMPDP in commercial software PSpice show high compatibility with former experiment results, which helps us to certify its preciseness.
经过利用商用电路模拟软件进行性能仿真所得的结果与测试结果相符，显示出良好的准确性和可等效替代性。
The simulation with PSPICE program proved that the designed circuit has ideal character of Schmitt circuits.
用PSPICE程序模拟证明了所设计的电路具有理想的施密特电路特性。
New systematic approach to the simulation of circuits containing ideal operationamplifiers using the standard simulators such as PSPICE is first presented.
本文提出了一种完全依照理想运算放大器的特性，对含这类元件的线性时不变电路利用PSPICE进行计算机仿真的新方法。
The simulation with PSPICE proved that the designed circuits have correct logic function and ideal characteristics.
PSPICE模拟证明了所设计的电路具有正确的逻辑功能和理想的特性。
How to use the program PSPICE to simulate nonlinear circuits formed by diffusion resistors in pressure sensor and analyze the simulation results compared with experiment are discussed.
本论文主要讨论怎样利用PSPICE软件模拟压力传感器中由扩散电阻形成的非线性电路。
Finally, the proposed methods and the experimental circuits are simulated by the PSPICE . The simulation results show that the proposed methods are correct and the circuits are practical.
最后对所提出的设计方法和实验电路进行了PSPICE仿真，仿真结果表明，设计方法正确，电路可行。
It is simple and convenient to use the model to simulate power electronic circuits in PSPICE software, the results of simulation is accordant with the analysis of theory.
在PSPICE软件中，应用该模型仿真电力电子电路，简捷、方便，其结果与理论分析一致。
It is simple and convenient to use the model to simulate power electronic circuits in PSPICE software, the results of simulation is accordant with the analysis of theory.
在PSPICE软件中，应用该模型仿真电力电子电路，简捷、方便，其结果与理论分析一致。
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