仿真软件在某些电子电路教学中的应用

Zuhor Farag Edris
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引用次数: 1

摘要

电子电路技术是一个具有多种科学和实际应用的重要领域。而且人们已经发现,大多数现代电子设备都需要非线性元件,如二极管、晶体管和运算放大器。二极管在电子学中有各种各样的应用,包括整流、电压解调器、电压调节、逻辑门等。此外,晶体管还有许多用途,广泛用于电子放大、开关、数字逻辑电路、功率调节和振荡器。然而,运算放大器是电子器件,可用于广泛的应用,包括放大,反相,非反相,夏季,积分器,滤波和比较器。本文用Simulink软件做了一些实验模拟的例子,让学生了解这些非线性元件的基本原理。用二极管作为半波整流、全波整流稳压器和限压器进行了一些实验模拟。然而,其他实验模拟处理运算放大器作为反相,非反相,夏季,减法器,积分器和微分器。此外,运算放大器是有源滤波器设计中的一个重要元素。学生可以很容易地学会如何用这个软件做实验,以便按照自己的时间和节奏学习。这有助于可视化运算放大器以及任何其他物理系统的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation Software as a Teaching Aid for Some Electronic Circuits Applications
Electronic circuit technology is an important field with several scientific and practical applications. and that technology has been found that most modern electronic devices required nonlinear elements such as diodes, Transistors and operational amplifiers. Diodes have a variety of applications in electronics, including rectification, voltage demodulators, voltage regulation, logic gates and so on. In addition, transistors have many applications, which are widely used in electronics for amplification, switching, digital logic circuits, Power regulation, and oscillators. However, op-amps are electronic devices that can be used in a wide range of applications including Amplification, inverting, noninverting, summers, integrators, filtering, and comparators.This paper presents some examples of experimental simulation using Simulink software as a demonstration to students to make them understand the fundamentals of these nonlinear elements. Some experimental simulations were dealt with using diodes as a half-wave rectification, full-wave rectifier voltage regulator, and voltage limiter. However, the other experimental simulations dealt with OP-amp as an inverting, non-inverting, summer, subtractor, integrator and differentiator. Additionally, an operational amplifier is an important element in the design of active filters. Students can easily learn how to make experiment with this software in order to learn at their own time and pace. This helps visualize the fundaments of Op-Amp as well as any other physical system.
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