Concise Circuits

Concise Circuits课程：前往报名学习

Concise Circuits视频慕课课程简介：

“Concise Circuits” combines vivid handwritten animation, beautiful flash animation, interesting experiment, and detailed simulation.

前往报名学习

Concise Circuits课程列表：

1 Fundamentals of Circuits

-1.1 Overview

--1.1 Overview

--Syllabus of “Concise Circuits”

-1.2 Circuit Model

--1.2 Circuit Model

--1.2 Circuit Model

-1.3 Current, Voltage, and Power

--1.3 Current, Voltage and Power

--1.3 Current, Voltage, and Power

-1.4 Kirchhoff’s Current Law

--1.4 Kirchhoff’s Current Law

--1.4 Kirchhoff’s Current Law

-1.5 Kirchhoff’s Voltage Law

--1.5 Kirchhoff’s Voltage Law

--1.5 Kirchhoff’s Voltage Law

-1.6 Resistive Circuits

--1.6 Resistive Circuits

--1.6 Resistive Circuits

-Test for Fundamentals

2 Dynamic Circuits

-2.1 Time-Varying Current and Voltage

--2.1 Time-Varying Current and Voltage

--2.1 Time-Varying Current and Voltage

-2.2 Capacitor

--2.2 Capacitor

--2.2 Capacitor

-2.3 Charging and Discharging of a Capacitor

--2.3 Charging and Discharging of a Capacitor

--2.3 Charging and Discharging of a Capacitor

-2.4 Inductor

--2.4 Inductor

--2.4 Inductor

-2.5 Charging and Discharging of an Inductor

--2.5 Charging and Discharging of an Inductor

--Simulation of Charging an Inductor

--2.5 Charging and Discharging of an Inductor

-Test 2: Dynamic Circuits

3 AC Circuits

-3.1 What is an AC Circuit?

--3.1 What is an AC Circuit?

--3.1 What is an AC Circuit?

-3.2 Sinusoidal Waveforms and Complex Numbers

--3.2 Sinusoidal Waveforms and Complex Numbers

--3.2 Sinusoidal Waveforms and Complex Numbers

-3.3 Phasor

--3.3 Phasor

--3.3 Phasor

-3.4 Impedance

--3.4 Impedance

--3.4 Impedance

-3.5 Analysis of AC Circuits

--3.5 Analysis of AC Circuits

--Simulation of an AC Circuit

--3.5 Analysis of AC Circuits

-3.6 AC Power

--3.6 AC Power

--3.6 AC Power

-Test for AC Circuits

4 General Analysis Techniques for Circuits

-4.1 Reference Direction

--4.1 Reference Direction

--4.1 Reference Direction

-4.2 Node Voltage Method

--4.2 Node Voltage Method

--4.2 Node Voltage Method

-4.3 Loop Current Method

--4.3 Loop Current Method

--4.3 Loop Current Method

-4.4 Circuit Equivalence

--4.4 Circuit Equivalence

--4.4 Circuit Equivalence

-4.5 Circuit Theorems

--4.5 Circuit Theorems

--4.5 Circuit Theorems

-Test for General Analysis Techniques for Circuits

5 Extensions of Circuit Knowledge

-5.1 Current Sources

--5.1 Current Sources

--5.1 Current Sources

-5.2 Second-Order Circuits

--5.2 Second-Order Circuits

--Simulation of a Second-Order Circuit

--5.2 Second-Order Circuits

-5.3 Magnetically Coupled Circuits

--5.3 Magnetically Coupled Circuits

--5.3 Magnetically Coupled Circuits

-5.4 Dependent Sources

--5.4 Dependent Sources

--5.4 Dependent Sources

-5.5 Two-Port Networks

--5.5 Two-Port Networks

--5.5 Two-Port Networks

-5.6 Nonlinear Circuits

--5.6 Nonlinear Circuits

--Simulation of a Chua's Circuit

--5.6 Nonlinear Circuits

-Test for Extensions of Circuit Knowledge

6 Applications of Circuit Knowledge

-6.1 Operational Amplifiers

--6.1 Operational Amplifiers

--Simulation of a Summing Circuit

--6.1 Operational Amplifiers

-6.2 Filters

--6.2 Filters

--Simulation of a Filter Circuit

--6.2 Filters

-6.3 Resonance

--6.3 Resonance

--6.3 Resonance

-6.4 Three-Phase Circuits

--6.4 Three-Phase Circuits

--6.4 Three-Phase Circuits

-Test for Applications of Circuit Knowledge

Concise Circuits开设学校：西安交通大学

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