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Voltage and Current divider rule
Lesson 13 of 23 • 4 upvotes • 9:15mins
Akansha
Voltage and current divider rule of resistors capacitors and inductors
Network Theory: GATE (ECE)
23 lessons • 3h 20m
1
Introduction to Network Theory
3:15mins
2
Types of Sources: Dependent /Independent
10:15mins
3
Ideal and Practical Voltage/ Current Source (Part 1)
8:32mins
4
Ideal and Practical Source (Part 2)
7:28mins
5
KVL ,KCL and Basics of Node, Branch, Loop
7:36mins
6
Examples on KVL KCL (Part 1)
9:37mins
7
Mesh analysis ( Part 1)
13:38mins
8
Mesh Analysis (Part 2)
11:44mins
9
Mesh Analysis: Supermesh (Part 3)
9:38mins
10
Nodal Analysis
13:39mins
11
Nodal analysis when voltage source is between reference and non-reference node
12:38mins
12
Super nodal analysis
10:59mins
13
Voltage and Current divider rule
9:15mins
14
Equivalent Resistance
7:06mins
15
Equivalent Resistance using Symmetry
8:46mins
16
Examples on symmetry
9:51mins
17
2-Port networks
6:42mins
18
Z- Parameter
9:46mins
19
Y- Parameter
7:23mins
20
Y to Z and Z to Y conversion
5:01mins
21
Examples on Y- Parameter
6:53mins
22
H- Parameters
5:37mins
23
G-Parameter
5:18mins
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