Electric Circuits

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开设学校：昆明理工大学；学科：工学、

Electric Circuits课程：前往报名学习

Electric Circuits视频慕课课程简介：

1. Online courses have a distinctive modularity, allowing students to learn and practice over and over again. 2. With the establishment of a complete network system for the course, the course selection, learning, practice and assessment can be completed on the platform.

前往报名学习

Electric Circuits课程列表：

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Chapter 1. Basic Concepts of Electric Circuits

-1.1 Systems of Units

--1.1 Systems of Units

--1.1 Systems of Units

--1.1 Systems of Units

-1.2 Current and voltage, reference direction of current and voltage

--1.2.1 Charge and Current

--1.2.2 Voltage

--1.2 Current and voltage, reference direction of current and voltage

--1.2 Current and voltage, reference direction of current and voltage

--1.2 Current and voltage, reference direction of current and voltage

-1.3 Power and energy

--Power and energy

--1.3 Power and energy

--1.3 Power and energy

--1.3 Power and energy

-1.4 Circuit elements, resistance, voltage source, current source, and controlled source

--1.4 Circuit Elements

--1.4 (2) Circuit elements

--1.4 Circuit elements, resistance, voltage source, current source, and controlled source

--1.4 Circuit elements, resistance, voltage source, current source, and controlled source

-Introduction

-Chapter 1. Basic Concepts of Electric Circuits

Chapter 2. Basic Laws

-2.1 Ohm’s Law

--2.1 Ohm’s Law

--2.1 Ohm’s Law 1

--2.1 Ohm’s Law 2

--2.1 Ohm’s Law

--2.1

-2.2 Nodes, Branches, and Loops

--2.2 Nodes,Branches,and Loops

--2.2 Nodes, Branches, and Loops

--2.2 Nodes, Branches, and Loops

--2.2 Nodes, Branches, and Loops

-2.3 Kirchhoff law (KCL and KVL)

--2.3 Kirchhoff's Laws

--2.3

--2.3 Kirchhoff law

--2.3 Kirchhoff law (KCL and KVL)

-2.4 Series Resistors and Voltage Division

--2.4 Series Resistors and Voltage Division

--2.4 Series Resistors and Voltage Division

--2.4 Series Resistors and Voltage Division

--2.4

-2.5 Parallel Resistors and Current Division

--2.5 Parallel Resisitor and Current Division

--2.5(1)

--2.5 Parallel Resistors and Current Division

--2.5 Parallel Resistors and Current Division

-2.6 Equivalent transformation between Y connection and Δconnection of resistances;

--2.6 Wye-Delta Transformations

--2.6(1)

--2.6 Equivalent transformation between Y connection and Δconnection of resistances

--2.6 Equivalent transformation between Y connection and Δconnection of resistances

-Chapter 2. Basic Laws

Chapter 3. General Analysis of Resistant circuits

-3.1 Nodal Analysis

--3.1 Nodal Analysis

--3.1

--3.1 Nodal Analysis

--3.1 Nodal Analysis

-3.2 Nodal Analysis with Voltage Sources

--3.2 Nodal Analysis with Voltage Sources

--3.2

--3.2 Nodal Analysis with Voltage Sources

--3.2 Nodal Analysis with Voltage Sources

-3.3 Mesh Analysis

--3.3 Mesh Analysis

--3.3

--3.3 Mesh Analysis

--3.3 Mesh Analysis

-3.4 Mesh Analysis with Current Sources

--3.4 Mesh Analysis with Current Sources

--3.4 Mesh Analysis with Current Sources

--3.4 Mesh Analysis with Current Sources

--3.4

-Chapter 3. General Analysis of Resistant circuits

Chapter 4. Circuit Theorems

-4.1 Linearity Property

--4.1 Linearity Property

--4.1 Linearity Property

--4.1 Linearity Property

--4.1

-4.2 Superposition

--4.2 Superposition

--4.2 Superposition

--4.2 Superposition

--4.2

-4.3 Source Transformation

--4.3 Source Transformation

--4.3 Source Transformation

--4.3 Source Transformation

-4.4 Thevenin’s Theorem

--4.4 Thevenin’s Theorem

--4.4

--4.4 Thevenin’s Theorem

--4.4 Thevenin’s Theorem

-4.5 Norton’s Theorem

--4.5 Norton’s Theorem

--4.5 Norton’s Theorem

--4.5 Norton’s Theorem

--4.5

-4.6 Maximum Power Transfer

--4.6 Maximum Power Transfer

--4.6 Maximum Power Transfer

--4.6 Maximum Power Transfer

--4.6

-Chapter 4. Circuit Theorems

Chapter 5. Resistant Circuits with Operational Amplifier

-5.1 Operational amplifier

--5.1 Operational amplifier

--5.1 Operational amplifier

--5.1 Operational amplifier

-5.2 Ideal Op Amp

--5.2 Ideal Op Amp

--5.2 Ideal Op Amp

--5.2 Ideal Op Amp

--5.2

-5.3 Analysis of circuits with operational amplifier

--5.3 Analysis of circuits with operational amplifier

--5.3 Analysis of circuits with operational amplifier

--5.3 Analysis of circuits with operational amplifier

--5.3

-Chapter 5. Resistant Circuits with Operational Amplifier

Chapter 6. Energy-storage Elements

-6.1 Capacitors

--6.1 Capacitors

--6.1 Capacitors

--6.1 Capacitors

--6.1

-6.2 Series and parallel connections of capacitors

--6.2 Series and parallel connections of capacitors

--6.2

--6.2 Series and parallel connections of capacitors 1

--6.2 Series and parallel connections of capacitors 2

--6.2 Series and parallel connections of capacitors

-6.3 Inductors

--6.3 Inductors

--6.3 Inductors

--6.3 Inductors

--6.3

-6.4 Series and parallel connections of inductors

--6.4 Series and parallel connections of inductors

--6.4 Series and parallel connections of inductors 1

--6.4 Series and parallel connections of inductors 2

--6.4 Series and parallel connections of inductors

--6.4

-Chapter 6. Energy-storage Elements

Chapter7. Time Domain Analysis of First-order Circuit

-7.1 The Source-Free RC Circuit

--7.1 The Source-Free RC Circuit

--7.1 The Source-Free RC Circuit

--7.1 The Source-Free RC Circuit

--7.1

-7.2 The Source-Free RL Circuit

--7.2 The Source-Free RL Circuit

--7.2

--7.2 The Source-Free RL Circuit

--7.2 The Source-Free RL Circuit

-7.3 Step Response of an RC Circuit

--7.3 Step Response of an RC Circuit

--7.3 Step Response of an RC Circuit

--7.3 Step Response of an RC Circuit

-7.4 Step Response of an RL Circuit

--7.4 Step Response of an RL Circuit

--7.4

--7.4 Step Response of an RL Circuit

--7.4 Step Response of an RL Circuit

-Chapter7. Time Domain Analysis of First-order Circuit

Chapter 8. Sinusoids and Phasors

-8.1 Sinusoids

--8.1 Sinusoids

--8.1 Sinusoids

--8.1 Sinusoids

--8.1

-8.2 Phasors

--8.2 Phasors

--8.2 Phasors

--8.2 Phasors

--8.2

-8.3 Phasor Relationships for Circuit Elements

--8.3 Phasor Relationships for Circuit Elements

--8.3

--8.3 Phasor Relationships for Circuit Elements

--8.3 Phasor Relationships for Circuit Elements

-8.4 Impedance and admittance;

--8.4 Impedance and Admittance

--8.4

--8.4 Impedance and admittance

--8.4 Impedance and admittance;

-8.5 Kirchhoff’s Laws in the Frequency Domain

--8.5 Kirchhoff’s Laws in the Frequency Domain

--8.5

--8.5 Kirchhoff’s Laws in the Frequency Domain

--8.5 Kirchhoff’s Laws in the Frequency Domain

-8.6 Impedance Combinations

--8.6 Impedance Combinations

--8.6

--8.6 Impedance Combinations

--8.6 Impedance Combinations

-Chapter 8. Sinusoids and Phasors

Chapter 9. Analysis of Sinusoidal Steady-state Circuit

-9.1 Nodal Analysis

--9.1 Nodal Analysis

--9.1 Nodal Analysis

--9.1 Nodal Analysis

--9.1

-9.2 Mesh Analysis

--9.2 Mesh Analysis

--9.2

--9.2 Mesh Analysis

--9.2 Mesh Analysis

-9.3 Superposition Theorem

--9.3 Superposition Theorem

--9.3

--9.3 Superposition Theorem

--9.3 Superposition Theorem

-9.4 Source Transformation

--9.4 Source Transformation

--9.4 Source Transformation

--9.4 Source Transformation

--9.4

-9.5 Thevenin and Norton Equivalent Circuits

--9.5 Thevenin and Norton Equivalent Circuits

--9.5(1)

--9.5 Thevenin and Norton Equivalent Circuits

--9.5 Thevenin and Norton Equivalent Circuits

--9.5(2)

-9.6 Op Amp AC Circuits

--9.6 Op Amp AC Circuits

--9.6 Op Amp AC Circuits

--9.6 Op Amp AC Circuits

-Chapter 9. Analysis of Sinusoidal Steady-state Circuit

-final exam

Electric Circuits开设学校：昆明理工大学

Electric Circuits授课教师：

邵建龙-教授-昆明理工大学-

邵建龙，教授，硕士导师，教育部学位与研究生教育发展中心评估专家、云南省高校教学科研带头人，昆明理工大学教学名师，“电路理论”省一流课程负责人，昆明理工大学“电工电子系列课程教学团队”负责人。1989年获浙江大学工学硕士学位，1998年成为云南工业大学研究生导师。从事电路理论、电力电子技术、电子学、智能电子系统等课程教学30余年。研究方向包括电子技术和计算机网络虚拟现实。

徐天奇-教授-云南民族大学-

徐天奇，教授，硕士生导师，云南省高等学校电气类教学指导委员会副主任委员，云南省高校电力信息物理融合系统重点实验室副主任。2009年获华中科技大学博士学位，主要从事电路理论、电力系统分析、电力电子技术、自动控制原理等课程的教学20余年。研究方向包括电力系统保护与控制、新能源发电并网、电力信息物理系统等。

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