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Michel van Biezen

ELECTRICAL ENGINEERING 4: CIRCUIT THEOREMS

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Last updated on Jun 7, 2017
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Electrical Engineering: Ch 4: Circuit Theorems (1 of 35) Overview
1:26
Electrical Engineering: Ch 4: Circuit Theorems (2 of 32) Linearity Property Defined
2:28
Electrical Engineering: Ch 4: Circuit Theorems (3 of 35) Linearity Property Ex. 1
3:43
Electrical Engineering: Ch 4: Circuit Theorems (4 of 35) Linearity Property Ex. 2
3:36
Electrical Engineering: Ch 4: Circuit Theorems (5 of 35) Superposition Defined
4:00
Electrical Engineering: Ch 4: Circuit Theorems (6 of 35) Superposition Property Ex. 1
8:12
Electrical Engineering: Ch 4: Circuit Theorems (7 of 35) Superposition Property Ex. 2
3:05
Electrical Engineering: Ch 4: Circuit Theorems (8 of 35) Superposition Property Ex. 3
11:53
Electrical Engineering: Ch 4: Circuit Theorems (9 of 35) Superposition Property Ex. 4
5:42
Electrical Engineering: Ch 4: Circuit Theorems (10 of 35) Source Transformation Defined
3:42
Electrical Engineering: Ch 4: Circuit Theorems (11 of 35) Source Transformation Ex. 1
8:38
Electrical Engineering: Ch 4: Circuit Theorems (12 of 32) Source Transformation Ex. 2
9:38
Electrical Engineering: Ch 4: Circuit Theorems (13 of 35) Source Transformation Ex. 3
9:33
Electrical Engineering: Ch 4: Circuit Theorems (14 of 35) Source Transformation Ex. 4
5:32
Electrical Engineering: Ch 4: Circuit Theorems (15 of 35) Thevenin's Theorem Defined
1:35
Electrical Engineering: Ch 4: Circuit Theorems (16 of 35) Thevenin's Theorem Ex. 1
8:25
Electrical Engineering: Ch 4: Circuit Theorems (17 of 35) Thevenin's Theorem Ex. 2
6:47
Electrical Engineering: Ch 4: Circuit Theorems (18 of 32) Norton's Theorem
2:02
Electrical Engineering: Ch 4: Circuit Theorems (19 of 32) Norton's Theorem Example 1
5:50
Electrical Engineering: Ch 4: Circuit Theorems (20 of 35) Norton's Theorem Ex. 1 Alternative Method
5:47
Electrical Engineering: Ch 4: Circuit Theorems (21 of 35) Norton's Theorem Summarized
2:33
Electrical Engineering: Ch 4: Circuit Theorems (22 of 35) Norton's Theorem Example 2
6:09
Electrical Engineering: Ch 4: Circuit Theorems (23 of 35) Norton's Theorem Example 2 (Repeat)
6:11
Electrical Engineering: Ch 4: Circuit Theorems (23 of 35) Norton's Theorem Ex. 2 Alternative Method
6:05
Electrical Engineering: Ch 4: Circuit Theorems (24 of 35) Norton's Theorem Example 3
7:17
Electrical Engineering: Ch 4: Circuit Theorems (25 of 35) Thevenin's Theorem Derived
5:31
Electrical Engineering: Ch 4: Circuit Theorems (26 of 35) Norton's Theorem Derived
5:10
Electrical Engineering: Ch 4: Circuit Theorems (27 of 35) Maximum Power Transfer
6:35
Electrical Engineering: Ch 4: Circuit Theorems (28 of 35) Maximum Power Transfer Ex. 1
5:42
Electrical Engineering: Ch 4: Circuit Theorems (29 of 35) Maximum Power Transfer Ex. 2
6:50
Electrical Engineering: Ch 4: Circuit Theorems (30 of 35) Source Modeling: The Voltage Source
4:12
Electrical Engineering: Ch 4: Circuit Theorems (31 of 35) Source Modeling: The Current Source
3:03
Electrical Engineering: Ch 4: Circuit Theorems (32 of 35) Source Modeling: Real Source
6:26
Electrical Engineering: Ch 4: Circuit Theorems (33 of 35) Resistance Measurement
4:21
Electrical Engineering: Ch 4: Circuit Theorems (34 of 35) I(G)=? in a Wheatstone Bridge
5:30
Electrical Engineering: Ch 4: Circuit Theorems (35 of 35) I(G)=? in a Wheatstone Bridge Ex.
5:00
Electrical Engineering: Ch 9: 2nd Order Circuits (1 of 76) What is a 2nd Order Circuit? Part 1
1:17