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所在平台: Udemy |
课程主页: https://www.udemy.com/course/learn-how-to-simulate-an-electronics-circuit-with-ltspice/
课程评论：没有评论
Coursera 电子电路 LTSpice 仿真入门课程总结 本课程教授如何使用 LTSpice 软件快速上手模拟电路仿真。通过仿真，无需实际搭建即可了解电路的工作原理和性能，从而在进入实际制作前验证电路设计。 课程内容涵盖： * **软件基础与简单电路仿真**：学习 LTSpice 的基本操作和仿真方法。 * **频率响应分析**：分析电路在不同频率下的信号处理特性，适用于滤波器设计。 * **蒙特卡罗分析 (Monte Carlo Analysis)**：评估元器件容差对电路输出的影响，特别适用于精密电路设计，帮助选择合适的元器件。 * **导入第三方模型**：使用制造商提供的实际元器件模型进行仿真，提高仿真结果的真实性。 * **综合应用：双功放扬声器设计与仿真**：通过一个实践项目，整合所学知识，设计并模拟一个可实际搭建的双功放扬声器。 通过本课程的学习，学员将掌握使用 LTSpice 进行高效、准确的电子电路仿真的技能。
In this course, you will learn how to use LTSpice to start simulating analogue circuits in no time.Circuit simulation allows you to see how a circuit works and performs without actually building it. This way you can ensure that your circuit works before going into the next step of building it.After learning the basics about the software and how to simulate a simple circuit, you will learn how to perform more complex analysis and functions such as:Frequency response analysis: analyse how the circuit modifies the input signal in the frequency domain. This is very useful when designing filters.Monte Carlo analysis: determine the worst case output of your circuit given the tolerance of the components used. This analysis will help you to choose the right components for precision circuits.Importing third party models: the simulation should be as realistic as possible. Instead of using generic components, import the same components you are using in the real circuit from the manufacturers website.For the last lesson, we will combine all learnt knowledge to design and simulate a bi-amped speaker which you can build afterwards.
