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所在平台: Udemy |
课程主页: https://www.udemy.com/course/the-ultimate-dc-electrical-circuits-course/
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课程名称：终极直流电路课程 课程概述：你是否曾想过，当你按下灯的开关时，灯是如何亮起来的？加入这个课程，你将了解灯泡及其他电气设备的工作原理。《终极直流电路课程》是在线学习中最全面、动态和实用的课程之一。在这里，你将找到四种类型的教程：包含PowerPoint演示的讲座、手写插图的实例、实用实验教程和仿真实验教程。所有教程都提供幻灯片和手写资料。 第一部分：你将学习电力的基本原理，为将来理解电气工程领域的任何主题打下基础。我们将深入探讨以下基本主题： - 单位制和国际单位制（SI Units） - 电量、电流、电压、电阻、功率和能量 - 电气符号及电气电路的组成 - 直流电路的串联和并联配置 - 电阻与导体的区别，以及如何运用色码技术 - 不同测量设备的使用 部分重要概念和定律包括：欧姆定律、基尔霍夫定律（电压定律和电流定律）、电流分配法则和电压分配法则。我们将通过大量的已解例题深化对这些知识的理解。此外，还将进行实用实验，学习如何使用电池、开关和灯泡创建简单电路，并掌握多种测量电量的方法（如使用万用表和钳形电流表）。 此外，我们还将使用PROTEUS软件进行仿真实验，学习如何建立简单和复杂的电路，应用欧姆定律，进行系列和并联电阻连接，以及基尔霍夫定律的应用。 第二部分：你将学习如何在数学上分析和解决复杂的直流电路。课程将涵盖星形和三角形配置，以及如何运用星-三角转换技术解决复杂电路。我们将探讨多种先进技术，如节点法、网格法、线性概念、源变换、叠加定理、特文宁定理、诺顿定理和最大功率转移概念，所有内容将基于大量已解和未解的例题支持。 通过加入这个课程，你将具备模拟任何包含依赖源的电路的能力，掌握必要的技术知识，成为电气工程领域的佼佼者！不要错过这个机会！
"Have you ever thought about what is happening when you flip a light switch and lamp illuminates"You simply have to join this course to understand exactly what is happening with the lamp and more.The Ultimate Electrical DC Circuits Course is the most comprehensive, dynamic, and practical course you will find online.Here you will find 4 types of tutorials:Lectures with powerpoint presentations illustration.Examples with pen and paper illustration.Practical lab tutorials.Simulation lab tutorials.All tutorials will be provided with (powerpoint presentations and handwriting) sources.PART 1:In this part you will learn the complete fundamentals of electricity which will enable you in the future to understand any topic in the electrical engineering world.Here we will cover in-depth all the fundamental topics:System of UnitsSI Units (International System of Units)All the Electric Quantities Electric ChargeElectric CurrentElectric VoltageResistancePowerEnergyAll the Electric SymbolsWhat is an Electrical Circuit?Components of DC Electrical CircuitParallel and Series ConfigurationsDesigning of DC Electrical CircuitDifference Between Resistance and ResistorDifference Between Resistance and ConductanceHow to Apply Color-Code TechniqueIndependent and Dependent SourcesDifferent Measurement DevicesThere are some summery videos with pen & paper illustration after some topics to help us understand the topic more.So far we will cover Important Concepts and Laws:Ohm's Law and the Magic TriangleKirchhoff's Laws:Kirchhoff's Voltage Law (KVL)Kirchhoff's Current Law (KCL)Divider Rules:Current Divider RuleVoltage Divider RuleComplex Circuits IssueWe have here a lot of Solved Examples to help us understanding the matter more.In the first part we will have Practical Lab Tutorials:Create your first simple circuit using battery, switch(SPST) and lamp.Use an SPDT switch to control the illumination of two lamps.Learn how to use Multi-Meter to measure all the electric quantitiesMeasure Voltage (Voltmeter)Measure Current (Ammeter)Measure Resistance (Ohmmeter)Learn how to use Clamp-Meter to measure currentApply Ohm's Law PracticallyApply Color-Code technique to calculate resistance of a (4-band) resistor PracticallyApply Color-Code technique to calculate resistance of a (5-band) resistor PracticallyPower Consumed by a ResistorSounds interesting, right?After that we will dive into a simulation windows-based software called PROTEUS ,here we will learn how to use this software to do the following:Use SPST switch to create a simple circuitUse SPDT switch to create an electric circuitUse DPDT switch to create a huge electric circuitApply Ohm's LawWe still in part 1 and now we will have 3 LAB Experiments using PROTEUS software about:Ohm's LawSeries and Parallel Connections of resistorsKirchhoff's LawsPART 2:In this part you will learn how to analyze and solve the complex DC circuits mathematically.At the beginning we will understand the STAR configuration and the DELTA then we will learn how to use the STAR-DELTA transformation technique to solve this complex circuits.So far we will dive into much more complex circuits which we will not be able to solve it using the ordinary concepts and laws, we will learn here all the Advanced Techniques to solve all complex DC circuits:Nodal Method.Mesh Method.Concept of Linearity.Source Transformation Concept.SuperPosition Theorem.Thevenin's Theorem.Norton's Theorem.Maximum Power Transfer Concept.All these Advanced Techniques will be supported with Tons of Solved and Unsolved Examples which will enable us to master solving all types of complex circuits.I'll teach you a trick to be sure of your final answer in any example using measurement devices inside PROTEUS.You'll be able to simulate any circuit with dependent sources using PROTEUS.We have 2 LAB Experiments using PROTEUS software about:SuperPosition TheoremThevenin's TheoremStand out from the crowd by joining this course, and don't miss the opportunity!
