Ideal Transformer Circuit || Practice Problem 13.9 (Mesh Method) || ENA 13.4 (U/H)

preview_player
Показать описание
ENA 13.4(Alexander)(Urdu/Hindi) || Practice Problem 13.9 (Mesh Method) || Ideal Transformer

#Electrical Engineering Academy
#Whatsapp 923454030919
  1. Electrical Engineering Academy
  2. ElectricalEngineeringAcedemy
  3. Practic Problem 13.9 (Mesh Method)
  4. Ideal Transformer
  5. ENA 13.4(Alexander)(English)
  6. Practic Problem 13.9
Рекомендации по теме
Circuits I: Example 0:07:48

Circuits I: Example Using Ideal Transformer

Ideal Transformer || 0:11:43

Ideal Transformer || Example 13.8 || Practice 13.8 ||

Transformers Physics Problems 0:17:11

Transformers Physics Problems - Voltage, Current & Power Calculations - Electromagnetic Inductio...

Circuits I Example 0:04:39

Circuits I Example Using Ideal Transformer - Circuit Analysis

Ideal Transformer || 0:21:17

Ideal Transformer || Example 13.7 & Practice Problem 13.8 || ENA 13.4(1)

Ideal Transformer Circuit 0:10:49

Ideal Transformer Circuit || Practice Problem 13.9 (Mesh Method) || ENA 13.4 (U/H)

Ideal Transformer || 0:11:31

Ideal Transformer || Practice Problem 13.9 (by Nodal Method) || ENA 13.4 (4) (English) (Alexander)

Example 2.1 || 0:19:51

Example 2.1 || The Ideal Transformer || Transmission Line Losses || || (English)(Chapman)

OptoCoupler POWER LOSS 0:15:09

OptoCoupler POWER LOSS Calculation (PART-2)

Ideal Transformer || 0:08:57

Ideal Transformer || Equivalent Circuit || || Practice Problem 13.9 || (Hayt)

Ideal Transformer Circuit 0:11:56

Ideal Transformer Circuit || Practice Problem 13.9 (solved by Nodal Method || ENA 13.4 (4)(U/H)

Solving Circuits with 0:13:19

Solving Circuits with an Ideal Transformer

Circuits 1 - 0:17:22

Circuits 1 - Ideal Transformers - Vintage

Ideal Transformer Examples 0:14:04

Ideal Transformer Examples

Ideal Transformer Operation 0:06:05

Ideal Transformer Operation

Ideal Transformer - 0:12:40

Ideal Transformer - Circuit Analysis

Find Vo and 0:07:20

Find Vo and complex power supplied by source in ideal transformer circuit

Simplifying the Transformer 0:05:55

Simplifying the Transformer Equivalent Circuit Model (1), 4/4/2020

Ideal Transformer || 0:11:01

Ideal Transformer || Practice Problem 13.9 (Mesh Method) ||ENA 13.4 (2) (Alexander)(English)

Ideal Transformer || 0:13:05

Ideal Transformer || Example 13.8 || Practice Problem 13.8 || ENA (Urdu/Hindi)(Alexander & Sadik...

EE213 - 09b 0:07:49

EE213 - 09b - Determining equivalent circuit parameters for a transformer - numerical example

Introduction to Ideal 0:05:08

Introduction to Ideal Transformers - Circuit Analysis

LTrans 3 1Linear 0:06:34

LTrans 3 1Linear Transformers

Reflected Impedance || 0:12:00

Reflected Impedance || Linear Transformer || Practice Problem 13.5 (Hayt) || ENA 13.5

Комментарии
Автор

Hi, Question?
Both V1 and V2 are positive at their dotted terminals, so we use +n, I get this.
But I1 enters the dotted terminal and I2 Enters the dotted terminal, so for I2/I1 we should use -n.
Why then did you take I2/I1=+n???.
Do we need to follow both rules or just one will suffice?
Thank You.

davidpinzon