电路仿真和实物调试都能很好地印证设计目标，能够采集到较为理想的脑电信号。
The simulation of the designed circuit and the debug of objection can be well corroborated and the ideal EEG signal can be obtained in the system.
对标准电路仿真结果表明：该方法能够实现快速故障检测与定位，具有准确率高的特点。
Simulation results on benchmark circuits show that this scheme is feasible and has many powerful features, such as diagnosing and locating faults quickly and exactly.
本文介绍了教学试验中的电子电路仿真平台、电路与电子学课程学习网站的设计与功能；
This paper introduces an Electronic Circuit simulation platform, the design and function of a curriculum web site for Circuit and Electronics.
本文在了解建模理论相关原理的基础上，对电路仿真中的元件建模方法做了详细深入的研究。
Based on the understanding of relevant principles of theoretical modeling, the paper made in-depth study on the components modeling methods for circuit simulation.
使用电路仿真软件对非线性系统模型进行电路仿真计算，给出了参数设置和搭建电路的步骤。
The nonlinear model is simulated with the electronic simulation software, and the approaches of building electronic circuit and setting parameters is also presented.
因此，研究具有多输入单输出特性的传感器的电路仿真模型建模方法具有实际意义和应用价值。
Therefore, the study on a circuit simulation modeling method of sensors with multiple-input and single-output characteristics has practical significance and application value.
在电路仿真时对不同变化源的系统部分建模和分析成为减少设计不确定和最大化电路性能的关键。
Modeling the systematic components of different variation sources and implementing these effects in circuit simulation are key to reduce design uncertainty and maximize circuit performance.
仿真中器件采用模型(即等效电路)表示，因此模型和模型参数精度对电路仿真起到了关键作用。
Parts in circuits for simulation are represented by models (equivalent circuits), so the accuracy of models and model parameters plays the key role in circuit simulation.
从仿真实验中体会到电路仿真能有效提高电路实验教学的广度和深度，对电路理论教学也很有裨益。
The simulative experiment can increase the degree of extension and deep for the experimental teaching of electric circuit, and it's also helpful for theoretical teaching of electric circuit.
本文介绍了电路仿真软件EWB的基本功能、主要特点，指出它在电子电工EDA实验教学中的实际应用。
Basic function and main feature of circuit Simulation software EWB are introduced in this paper, and practice application is pointed out in electronics EDA experiment tutoring.
研究了基于MOSFET偏微分方程(PDE)模型的电路仿真算法，并提出一种求解pde的快速算法。
In this paper, we present a circuit simulation algorithm based on the partial differential equation (PDE) model of MOSFETs, together with a fast algorithm for solving the PDE.
电路仿真实验表明，熟练掌握数种电路仿真方法是十分必要的，仿真方法对电路分析具有实际意义和作用。
Therefore several kinds of simulative methods should be grasped since the simulation of electric circuit has benefit to the analysis of electric circuit's characters.
建立了IGBT电路仿真模型，给出了IGBT功率损耗与开关频率和栅极电阻阻值之间关系的仿真结果。
The circuit model for IGBT simulation is provided. The relationships between IGBT power loss and the switch frequency and between IGBT power loss and grid resistance are presented.
工程师可以使用工具来进行天线，全球定位系统，以及各种无线应用的3 - D电磁模拟和RF电路仿真。
Engineers use the tools to conduct 3-D electromagnetic simulations and RF circuit simulation for antenna, GPS, and various wireless design applications.
与实际电路仿真结果相比，该模型仿真精度最大误差仅为万分之二，仿真速度超过实际电路仿真的800倍。
Compared with the result of RTL simulation, the maximal evaluation error of the simulator is less than two per ten thousand and the simulating speed is 800 times faster than RTL simulation.
在整体电路仿真时，考虑了芯片各种可能的应用环境(如输出短路，电源突降等情况)，逐一进行功能验证。
In whole chip simulation, all possible application situations, such as shorted output and under voltage, are well simulated and verified.
针对数字电路多媒体教学的特点，探讨了电子电路仿真设计软件EWB在数字电路多媒体课件设计中的应用。
This paper analyzes the characteristic of "Digital Circuit" course, and discusses the application of electronic emulation software EWB in designing of "Digital Circuit" multimedia courseware.
片上的在电路仿真器(ice)模块，对于支持DSP系统的实时仿真和调试，加快系统开发进程是至关重要的。
On chip in Circuit Emulator (ICE) module is most important for debugging and emulating actual DSP systems. It is very effective to accelerate the process of DSP systems development.
由于在电路中所采用的元器件的种类的增多，所以现在常用的电路仿真工具中的元件库都会缺少一些器件或电路模块。
With the increase in component categories used in the circuits, it is impossible for the model libraries in common circuit simulation software to contain all the parts or circuit blocks.
对PTC电阻建立了一个简单可行的电路元件模型，将此元件模型代替实际的PTC电阻在电路仿真软件中直接进行仿真。
The simple and feasible circuit component model for the PTC resistor was built, by which the practical PTC resistor is replaced to simulate directly in circuit simulation software.
选用这样的电子电路仿真软件不仅会影响用户对元器件的直观印象，最重要的是不能够顺利、高效的完成电子电路设计工作。
These electronic circuit simulation software possibly affects users' direct impression of components and instruments, and they are not used to complete circuit design smoothly and efficiently.
在目前推出的汽车电路仿真培训系统中，无法对插接件的工作状态进行模拟，同时系统固定的运行流程给学员的操作带来限制。
In the automobile circuit simulation training system promoted recently, the working status of coupling can not be simulated, and the student's operation is limited by the fixed movement sequence.
在目前推出的汽车电路仿真培训系统中，无法对插接件的工作状态进行模拟，同时系统固定的运行流程给学员的操作带来限制。
In the automobile circuit simulation training system promoted recently, the working status of coupling can not be simulated, and the students operation is limited by the fixed movement sequence.
本文论述在高等工科院校电工电子实验教学中不适宜用电路仿真软件建立虚拟电工电子实验平台来取代传统实物电工电子实验。
This article discusses that it is not suitable to establish virtual electronic experimental platform with circuit simulated software to replace the traditional practical electronic experiments.
给出了基本改进型和两级耦合后的信号产生电路仿真结果，并对这种混沌雷达信号源和单级考必兹混沌电路的输出信号频谱进行了比较。
The results of circuit simulation are given, and we compare the spectrum of output signal of the coupled circuit with that of modified Colpitts circuit.
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。
Next, the macromodel idea is presented to effectively use PSPICE circuit simulation software in simulation studies and study control systems by PSPICE.
但是，发表的文章中多侧重于理论分析和实际应用两个方面，而很少讨论它的建模问题，特别是物理模型和简化的电路仿真模型以及这两种模型间的联系。
There are many papers discussing it, but they pay much attention to the theory analysis and practical application, few to its model, especially the Physics model and the circuit simulation model.
但是，发表的文章中多侧重于理论分析和实际应用两个方面，而很少讨论它的建模问题，特别是物理模型和简化的电路仿真模型以及这两种模型间的联系。
There are many papers discussing it, but they pay much attention to the theory analysis and practical application, few to its model, especially the Physics model and the circuit simulation model.
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