دوائر كهربائية Electric Circuits James W. Nilsson, Susan Riedel

Course Content

Chapter 1 Circuit Variables

Chapter 1 Circuit Variables [Problems solutions]

Chapter 2 Circuit Elements

Chapter 2 Circuit Elements [Problems solutions]

Chapter 3 Simple Resistive Circuits

3.1 Resistors in Series and in Parallel + Example 3.1

09:56
Assessment Problems 3.1

11:23
Example 3.2 solution

03:26
3.3 The Voltage-Divider and Current-Divider Circuits

06:52
Example 3.3 solution

04:07
Example 3.4 solution

04:59
Assessment Problems 3.4

09:41
Example 3.5 solution

06:16
Example 3.6 solution

03:23
3.4 Voltage Division and Current Division + Example 3.7

13:18
3.7 Delta-to-Wye (pi-toTtee) Equivalent Circuits + Example 3.11

20:55

Chapter 3 Simple Resistive Circuits [Problems solutions]

Problem 3.5 [pasuL]

03:23
Problem 3.6 [pasuL]

06:54
Problem 3.12 [pasuL]

03:25
Problem 3.13 [pasuL]

07:04
Problem 3.14 [pasuL]

11:04
Problem 3.17 [pasuL]

11:43
Problem 3.18 [pasuL]

08:17
Problem 3.20 – (a) – (b) [pasu]

04:23
Problem 3.20 – (c) [pasu]

03:08
Problem 3.28 [pasu]

03:19
Problem 3.31 [pasuL]

04:11
Problem 3.52 [pasuL]

12:09
Problem 3.59 [pasuL]

13:11

Chapter 4 Techniques of Circuits

4.1 Terminology + Example 4.1

11:59
4.2 Node-Voltage Method

10:37
Example 4.3 solution

09:25
4.3 Node-Voltage Method and Dependent Sources + Example 4.4

13:36
4.4 Supernode

14:38
4.5 Mesh-Current Method

08:48
Example 4.6 solution

12:29
4.6 Mesh-Current Method and Dependent Sources + Example 4.7

11:02
4.7 Supermesh

16:59
Example 4.8 solution

08:45
4.8 Node-Voltage Method Vs Mesh-Current Method + Example 4.10

24:52
4.9 Source Transformations + Example 4.12

12:32
4.10 Thévenin and Norton Equivalents+ Example 4.14

17:17
Example 4.16 solution

14:33
4.11 More on Deriving the Thevenin Equivalent + Example 4.17

07:18
Assessment Problems 4.19

18:40
Assessment Problems 4.20

23:22
4.12. Maximum Power Transfer + Example 38 solution [pasu]

11:16
4.13 Superposition + Example 4.22

15:31
Example 4.23

13:45

Chapter 4 Techniques of Circuits [Problems solutions]

Problem 4.6 [pasuL]

08:37
Problem 4.13 [pasu]

05:15
Problem 4.14 [pasuL]

14:37
Problem 4.17 [pasuL]

13:24
Problem 4.21 [pasu]

26:11
Problem 4.22 [pasu]

17:44
Problem 4.27 [pasu]

21:59
Problem 4.42 [pasu]

12:46
Problem 4.48 [pasu]

23:31
Problem 4.52 [pasu]

28:46
Problem 4.53 [pasu]

37:54
Problem 4.59 [pasuL]

22:00
Problem 4.60 [pasu]

25:39
Problem 4.61 [pasu]

17:56
Problem 4.75 [pasu]

19:47
Problem 4.82 [pasu]

20:52
Problem 4.87 [pasu]

40:52

Chapter 5 The Operational Amplifier

Chapter 6 Inductance, Capacitance and Mutual Inductance

Chapter 6 Inductance, Capacitance and Mutual Inductance [Problems solution]

Chapter 7 Response of First-Order RL and RC Circuits

7.1 The Natural Response of an RL Circuit +[ Example 7.1]

27:54
7.2 The Natural Response of an RC Circuit +[ Example 7.3]

17:40
7.3 Step Response of RL Circuits +[ Example 7.5]

25:27
7.4 Step Response of RC Circuits +[ Example 7.6]

14:06
7.5 Sequential Switching +[ Example 7.11]

45:26
Example 7.2 solution

26:28
Example 7.4 solution

22:30
Example 7.7 solution

14:30
Example 7.8 solution

17:33
Example 7.9 solution

09:09
Example 7.12 solution

20:04

Chapter 8 Natural and Step Responses of RLC Circuits

8.1 Introduction RLC Circuit

05:28
8.2 Natural Response Parallel RLC Circuit + Example 8.1

25:04
8.3 Step Response Parallel RLC Circuit + Example 8.6

16:57
8.4 Natural Response Series RLC Circuit + Example 8.11

20:30
8.5 Step Response Series RLC Circuit + Example 8.12

11:56
Example 8.3 solution

08:53
Example 8.4 solution

14:06
Example 8.5 solution

09:47
Example 8.7 solution

09:11
Example 8.8 solution

09:57
Example 8.10 solution

10:23

Chapter 9 Sinusoidal Steady-State Analysis

9.1 The Sinusoidal Source

13:13
9.2 The Sinusoidal Response

10:28
9.3 The Phasor

10:07
9.4 The Passive Circuit Elements in the Frequency Domain

08:21
9.4 ASSESSMENT PROBLEMS 9.3 solution (PASU)

06:05
9.4 ASSESSMENT PROBLEMS 9.4 solution (PASU)

03:24
9.5 Kirchhoff’s Laws in the Frequency Domain

13:07
9.6 Series Impedance + EXAMPLE 9.8 solution

08:04
9.6 ASSESSMENT PROBLEMS 9.6 solution (PASU)

09:01
9.6 Parallel Impedance +EXAMPLE 9.9 solution

17:07
9.6 Delta to Y conversion + EXAMPLE 9.10 solution

17:07
9.7 Source Transformation + EXAMPLE 9.11 solution

06:40
9.7 ASSESSMENT PROBLEMS 9.10 solution (PASU)

09:15
9.7 Thevenin and Norton Equivalent Circuits + EXAMPLE 9.12 solution

21:35
9.7 ASSESSMENT PROBLEMS 9.11 solution (PASU)

19:18
9.8 The Node-Voltage Method + EXAMPLE 9.13 solution

17:30
9.8 ASSESSMENT PROBLEMS 9.12 solution (asala)

10:28
9.9 The Mesh-Current Method + EXAMPLE 9.14 solution

14:48
9.9 ASSESSMENT PROBLEMS 9.13 solution (asala)

17:30
9.10 Linear Transformer + EXAMPLE 9.15

26:22
9.10 ASSESSMENT PROBLEM 8.14

11:15
9.11 Ideal Transformer Circuit + EXAMPLE 9.16 solution

21:02
9.11 ASSESSMENT PROBLEM 8.15

08:57

Chapter 10 Sinusoidal Steady-State Power Calculations

10.1 Instantaneous Power

08:16
10.2 Average and Reactive Power.

04:26
10.2 EXAMPLE 10.1 solution (PASU)

09:04
10.3 The rms Value and Power Calculations + EXAMPLE 10.3 solution (Asala)

09:39
10.4 Complex Power + EXAMPLE 10.4 solution (Asala)

15:30
10.5 Power Calculations + EXAMPLE 10.6 solution (PASU)

22:11
10.5 Example EXAMPLE 10.7 (PASU)

32:12
10.6 Maximum Power Transfer + EXAMPLE 10.9 solution (PASU)

15:40
Problem 10.1 solution

11:26
Problem 10.6 solution

11:44

Chapter 11 Balanced Three-Phase Circuits

Chapter 14 Introduction to Frequency Selective Circuits

14.1 Filters

06:53
14.2 Lowpass Filter

05:06
14.2 Lowpass Filter EXAMPLE 14.1 solution

10:27
14.2 Lowpass Filter EXAMPLE 14.2 solution

07:38
14.3 highpass Filter

03:47
14.3 Highpass Filter EXAMPLE 14.3 solution

09:52
14.4 Bandpass Filter + EXAMPLE 14.5 solution

12:10
14.5 Bandreject (Bandstop Filter) + EXAMPLE 14.8 solution

08:12
14.5 Bandreject (Bandstop Filter) Notch Filter Example

04:50

Course Content

Chapter 1 Circuit Variables

Chapter 1 Circuit Variables [Problems solutions]

Chapter 2 Circuit Elements

Chapter 2 Circuit Elements [Problems solutions]

Chapter 3 Simple Resistive Circuits

3.1 Resistors in Series and in Parallel + Example 3.1

Assessment Problems 3.1

Example 3.2 solution

3.3 The Voltage-Divider and Current-Divider Circuits

Example 3.3 solution

Example 3.4 solution

Assessment Problems 3.4

Example 3.5 solution

Example 3.6 solution

3.4 Voltage Division and Current Division + Example 3.7

3.7 Delta-to-Wye (pi-toTtee) Equivalent Circuits + Example 3.11

Chapter 3 Simple Resistive Circuits [Problems solutions]

Problem 3.5 [pasuL]

Problem 3.6 [pasuL]

Problem 3.12 [pasuL]

Problem 3.13 [pasuL]

Problem 3.14 [pasuL]

Problem 3.17 [pasuL]

Problem 3.18 [pasuL]

Problem 3.20 – (a) – (b) [pasu]

Problem 3.20 – (c) [pasu]

Problem 3.28 [pasu]

Problem 3.31 [pasuL]

Problem 3.52 [pasuL]

Problem 3.59 [pasuL]

Chapter 4 Techniques of Circuits

4.1 Terminology + Example 4.1

4.2 Node-Voltage Method

Example 4.3 solution

4.3 Node-Voltage Method and Dependent Sources + Example 4.4

4.4 Supernode

4.5 Mesh-Current Method

Example 4.6 solution

4.6 Mesh-Current Method and Dependent Sources + Example 4.7

4.7 Supermesh

Example 4.8 solution

4.8 Node-Voltage Method Vs Mesh-Current Method + Example 4.10

4.9 Source Transformations + Example 4.12

4.10 Thévenin and Norton Equivalents+ Example 4.14

Example 4.16 solution

4.11 More on Deriving the Thevenin Equivalent + Example 4.17

Assessment Problems 4.19

Assessment Problems 4.20

4.12. Maximum Power Transfer + Example 38 solution [pasu]

4.13 Superposition + Example 4.22

Example 4.23

Chapter 4 Techniques of Circuits [Problems solutions]

Problem 4.6 [pasuL]

Problem 4.13 [pasu]

Problem 4.14 [pasuL]

Problem 4.17 [pasuL]

Problem 4.21 [pasu]

Problem 4.22 [pasu]

Problem 4.27 [pasu]

Problem 4.42 [pasu]

Problem 4.48 [pasu]

Problem 4.52 [pasu]

Problem 4.53 [pasu]

Problem 4.59 [pasuL]

Problem 4.60 [pasu]

Problem 4.61 [pasu]

Problem 4.75 [pasu]

Problem 4.82 [pasu]

Problem 4.87 [pasu]

Chapter 5 The Operational Amplifier

5.3 The Inverting-Amplifier Circuit + Example 5.2

5.4 The Summing-Amplifier Circuit + Example 5.3

5.5 The Noninverting-Amplifier Circuit + Example 5.4

5.6 The Difference-Amplifier Circuit + Example 5.5

Chapter 6 Inductance, Capacitance and Mutual Inductance

6.1 The Inductor + Example 6.1

Example 6.2 Solution

Assessment Problems 6.1

6.2 The Capacitor + Example 6.4