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A Comparative Study of Various Simulation Software for Design and Analysis of Operational Amplifier Based Integrator Circuits

机译:各种仿真软件对基于运算放大器集成电路的设计和分析的比较研究

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A significant advancement in computational science and the development of various simulation based software have replaced the necessity of testing circuit construction practically. This simulation software can model, design, analyze and synthesize various complex circuitries. Usage of software in basic designs has made the circuit building and testing process more convenient and less expensive. Software like PSpice, Multisim, MatLab, and LtSpice are the most widely used software for getting accurate results compared to the primitive way of building practical circuits directly. This paper focuses on analysis of graphical representations of different simulation based software and making a comparison among them with respect to the data collected from the hardware implementation. An operational amplifier based integrator circuit has been implemented here for the study purpose. The simulation of the circuit is done using PSpice and Multisim and then the output voltage graphical value is compared with the data of practical value from the oscilloscope. After comparing and evaluating the simulation results, we came to the conclusion that Multisim is better suited for simulating this type of circuits.
机译:计算科学的重要进步和各种仿真软件的发展已经取代了测试电路结构的必要性。该仿真软件可以模拟,设计,分析和综合各种复杂电路。在基础设计中使用软件使电路建设和测试过程更方便,更便宜。像PSPICE,MULTISIM,MATLAB和LTSPICE等软件是使用直接建立实用电路的原始方式的最广泛使用的软件。本文侧重于分析基于模拟的软件的图形表示,并在与从硬件实现中收集的数据进行比较。基于运算放大器的积分电路已经用于研究目的。电路模拟是使用PSPICE和MULTISIM完成的,然后将输出电压图形值与示波器的实际值数据进行比较。在比较和评估模拟结果之后,我们得出结论,MultiSim更适合模拟这种类型的电路。

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