|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/electronics-for-beginners/
课程评论：没有评论
课程名称：人人都能学的电子学：初学者的逐步指南 课程概述： 如果你是电子学的初学者，想要学习如何自己构建电路，那么《人人都能学的电子学》课程非常适合你。该课程将介绍电气安全、电路基础（如电压和电流）以及如何阅读电路图。你将逐步学习电机、晶体管与二极管、电容器与电感器、信号与振荡器等初级知识。本课程将帮助你了解焊接、使用电机的技巧，并关注电子设备的安全性。 课程简介： 电学的复杂性超出很多人的想象。使电流产生的条件很多，而理解电的工作原理有助于掌握其构成。电力是由电压通过导体拉动电流而产生的。本课程将帮助你理解如何连接开关和灯，以及如何获取电力。 课程章节： 第一章：从电子到电子学 - 了解电子、导体和电压的作用 - 探索电力的生成 - 观察一些电子元件 - 连接电路中的组件 - 介绍电子工作所需的工具 - 理解欧姆定律 第二章：保障人类和设备的安全 - 使用常识对待电子元件 - 避免触电 - 关注静电 - 处理交流电 - 安全使用万用表 - 无畏地进行焊接 - 选择合适的安全服装 第三章：第5通道元件商店：备齐组件 - 不同工作所需不同螺丝 - 使用尖嘴钳 - 组织工具和组件 - 必备与实用工具 - 维护有序的实验室环境 第四章：了解最常见的电子元件 - 电阻器和电容器的颜色代码 - 使用可调电阻 - 了解工作电压 - 处理温度变化 - 探索二极管和发光二极管（LED） - 学习晶体管和集成电路（IC）零件编号 你将学习： - 电力、电流、电压、阻力和欧姆定律等基本概念 - 使用电子设备时的安全实践 - 创建简单电路 - 理论电流与实际电流的区别 - 从物理角度看电子设备的基础知识 - 电子工作所需的工具 - 如何保持实验室整洁 - 乐趣在于构建电子电路和设备。掌握技能，成为电子设备的创造者！ 课程特点： - 逐步的视频课程 - 实践演示和实例 - 安全和组织的小贴士 - 互动练习和测验 - 通过讨论论坛提供持续的支持和互动 - 附赠资源和可下载指南 适合对象： - 电子学初学者 - 爱好者和制作达人 - STEM 学生和教育工作者 - 任何有意理解和创建电子电路的人 课程要求： - 无需具备电子学的先前知识 - 需有学习和实验的意愿 关于讲师： 教育工程团队致力于提供高质量的电子学与工程教育。团队拥有丰富的经验，并热衷于教学，确保将复杂概念简化为易于理解的课程，使每个人都能轻松愉快地学习。
Are you a beginner in electronics? Do you want to learn how to build your own circuits? The Electronics for Beginners Course is the perfect way to get introduced to electronics. You'll learn about electrical safety, circuit basics like voltage and current, and how to read a schematic. You'll also work through introductory lessons on motors, transistors & diodes, capacitors & inductors, signals & oscillators. With this course, you'll learn all sorts of different concepts like soldering and working with motors, and the safety of using electronics.Introduction: Like most things in life, electricity is more complex than you may think. A lot of conditions have to come together to make that little spark when you touch a doorknob or provide the power to run a supercomputer. To understand how electricity works, it helps to break it down into its parts. Electricity is created when voltage pulls an electric current through a conductor. But when you sit down and run a wire between a switch and a light, just where do you get the juice (the electricity) to power that light?Course Chapters:Chapter 1: From Electrons to ElectronicsUnderstanding the role of electrons, conductors, and voltageExploring how electricity is generatedLooking at some electronic componentsConnecting components together in circuitsIntroducing tools of the electronics tradeUnderstanding Ohm's LawChapter 2: Keeping Humans and Gadgets SafeUsing common sense with electronic componentsAvoiding electrocutionKeeping watch over staticWorking with AC currentMeasuring safely with a multimeterSoldering without fearWearing the right clothes for safetyChapter 3: Aisle 5 Component Shack: Stocking UpDifferent screws for different jobsUsing needle-nose pliersOrganizing tools and componentsEssential and handy toolsMaintaining an organized lab environmentChapter 4: Getting to Know You: The Most Common Electronic ComponentsColor codes for resistors and capacitorsWorking with potentiometersUnderstanding working voltageHandling temperature variationsExploring diodes and light-emitting diodes (LEDs)Learning about transistors and IC part numbersWhat You Will Learn:Basic concepts like electricity, current, voltage, resistance, and Ohm's lawSafety practices in using electronicsCreating simple circuitsDifferences between conventional current and real currentBasics of electronic devices from a physics perspectiveTools needed for electronics workHow to maintain an organized labDiscover the joy of building electronic circuits and devices. Get the skills to build your own circuits! Sign up and become a creator of electronic devices!Course Features:Step-by-step video lessonsPractical demonstrations and examplesTips for maintaining safety and organizationInteractive exercises and quizzesOngoing support and engagement through discussion forumsBonus resources and downloadable guidesWho Is This Course For:Beginners in electronicsHobbyists and tinkerersSTEM students and educatorsAnyone interested in understanding and creating electronic circuitsRequirements:No prior knowledge of electronics requiredA willingness to learn and experimentAbout the Instructor: Educational Engineering TeamThe Educational Engineering Team is dedicated to providing high-quality education in the field of electronics and engineering. With a wealth of experience and a passion for teaching, the team ensures that complex concepts are broken down into easy-to-understand lessons, making learning accessible and enjoyable for everyone.
