So, I adopt the integrated circuit design method to avoid some shortcomings of some simulation circuit.
因此，我采用集成电路的设计方法来避免一些模拟电路的一些缺点。
The designed signal simulation circuit can precisely simulate the output signal waveform of fiber-optic gyro, offer accurate input signal to counter card.
设计的信号模拟电路精确模拟了光纤陀螺输出信号的波形，给计数卡提供了准确的输入测试信号。
Moreover, with simulation circuit method the thermal resistance of block is formulated, which can accurately state the thermal characteristics of building blocks.
进而采用电算法求出砌块的热阻，使得计算结果能精确地反映墙体砌块的热工性能。
It mainly introduces new methods of diagnosing simulation circuit trouble and testing principles, explains the scheme of choosing neural network structure parameter especially.
主要介绍了模拟电路故障诊断的新方法及测试原理，重点讲解了神经网络结构中参数选择方案。
The simulation results show that we can complete circuit experiment commendably in an simulation circuit lab, and the error is least comparing with the actual circuit experiment.
仿真结果表明，虚拟电路实验室可以很好的完成电路实验，而且与实际电路实验的误差很小。
Then it is convenient to construct a nonlinear simulation circuit and experiment with it, and the circuit can be a substitution of the nonlinear dynamic high-pressure measurement system.
由此，可以比较方便地构造一个非线性仿真电路来替代非线性动态高压测量系统进行实验研究。
Adopt single some earth, multipoint earthing, mix earth, simulation circuit earth, digital circuit earth introduce PCB printed circuit board earth mentality of designing, design method, skill.
并通过单点接地、多点接地、混合接地、模拟电路接地、数字电路接地介绍了P CB印刷电路板接地的设计思路、设计方法与技巧。
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。
Moreover, by the means of simulation, the influence of circuit parameters on the current wave were investigated.
此外，通过模拟的手段，分析了各种电路参数对放电电流波形的影响。
Simulation confessed: the method has high location precision and fast decomposition rapid, which can be applied to diagnose large-scale analog circuit fault.
仿真试验表明该方法故障定位精确度高、撕裂迅速，有利于大规模模拟电路故障诊断过程自动化的实现。
Practice show that, the curriculum content system of simulation electronic technology which take unit circuit as the core has achieved good effect in teaching.
实践证明，以单元电路为核心的模拟电子技术课程内容体系在教学中取得了良好的效果。
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。
The model and method for estimating circuit design reliability by using digital simulation are established. A simulation example of the typical fuze circuit is given in this paper.
给出了设计可靠性的建模方法和用数字仿真评估设计可靠性的模型方法和仿真过程并给出了一个典型电路的仿真实例。
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。
Analysis and simulation using this approach to T-II asynchronous motor show that influence of rotor circuit parameter on motor dynamics disappeared.
应用标量解耦方法对T - II型异步电动机特性进行分析和仿真，结果较好地消除了转子回路参数对动态特性的影响。
The simulation result proves that the whole circuit can achieve the design requirement.
模拟结果证实了整体电路能够实现设计要求。
This paper introduces an Electronic Circuit simulation platform, the design and function of a curriculum web site for Circuit and Electronics.
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；
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。
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.
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。
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.
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 calculated threshold voltages of the circuit are conformed to the simulation results.
通过公式计算得出的电路阈值电压与模拟结果一致。
The pulse fluid mechanism is analyzed with circuit simulation on the basis of the structure of pulse nozzle. which will directly avoid calculating the fluid yard and treating the boundary conditions.
针对脉动喷嘴的结构对形成脉冲流体的机理进行了电路模拟分析，从而避开了直接对流体流场的计算及边界条件的处理。
The DC equation and source drain capacitance formula of the models are given and the application range of three circuit simulation programs is analysed.
在给出多种模型DC方程和源漏电容公式的同时，对三种电路模拟程序的应用范围进行了分析。
If the selected voltage transfer function circuit is not sensitive to stray capacitance, then the implemented simulation impedance circuit is also not sensitive to stray capacitance.
如果所选用的电压传递函数电路对杂散电容不灵敏，那么实现的模拟阻抗电路对杂散电容也是不灵敏的。
Its photoelectric negative resistance characteristics were investigated both by experiment and numerical simulation and its equivalent circuit is proposed.
本文对它的光电负阻特性进行了数值模拟和实验研究，给出了器件等效电路。
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.
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。
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.
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。
We focus on the carrier synchronization method, the circuit and its parameters design, the performance simulation and the circuit implementation in Field Programmable Gate Array (FPGA).
重点研究载波同步方法，设计电路及参数，仿真同步性能，并在现场可编程门阵列(FPGA)上实现同步电路。
A novel method, the circuit simulation algorithm, is proposed here, which transfers the graph isomorphism problem into the identical circuits problem.
提出了一种新的同构判定算法：电路模拟法，即将图的同构问题转化为电路的相同问题。
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