09:33

Clippers Circuit Part 3 | Biased | Easy method | Electronic devices and circuit Theory | EDC

07:09

Clippers Circuit Part 2 | Biased | Easy method | Electronic devices and circuit Theory | EDC

02:22

Clippers Circuit Part 1 | Unbiased Easy method | Electronic devices and circuit Theory | Analogue

04:17

Question/Answer # 7 | What is the difference between GDP and Fighter pilot

08:52

Question/Answer # 6 | Even & Odd courses of PMA LC 148

05:32

Question/Answer # 5 | ISSB of PMA LC 148 will be easy?

06:18

Question/Answer # 3,4 | How to tackle SRT ? Situation reaction test ISSB

09:56

Question/Answer #2 | Is ISSB of Army is easier than PAK ISSB?

12:03

Question/Answer # 1 | How to buid up confidence for public speaking | ISSB lecture Online Darsgaah

02:07

How to Download BIO DATA FORM

11:42

Lecture 34(c) | Examples of Faults | faults in Power System | Power System Analysis

14:10

Lecture 34(b) | Examples of Faults | Fault analysis Examples | Power System Analysis

13:04

Lecture 34(a) | Examples of Faults | Power System Analysis

24:53

Lecture 33 | Double Line to Ground Fault | Unbalanced Fault Analysis in Power System Analysis

04:07

03 | Electric Vehicle Project | Speed Control of Electric Vehicle by using BLDC Motor | EV FYP

08:04

02 | Electric Vehicle Project | Working & Construction of BLDC Motor | EV FYP | Engineering

32:37

Lecture 32 | Line to Line Fault | Fault Analysis | Unbalanced Faults in Power System Analysis

15:51

Lecture 31 | Single Line to Ground Fault | Fault Analysis | Unbalanced Faults |Power System Analysis

06:46

01 | Electric Vehicle Project | EV FYP | Electrical Engineering FInal Year Project

39:17

Lecture 30 | Unbalanced fault analysis example | Power System Analysis

00:43

Welcome

18:31

Lecture 29 | Quick revision of sequence impedances | Faults in power System | Power System Analysis

13:45

Lecture 28 | Sequence Network of a Loaded Generator | Power System Analysis

14:03

Lecture 27 | Sequence impedance of a Transformer | Fault Analysis in Power System Analysis

08:24

Lecture 26 | Sequence impedance of Transmission line & Synchronous Machine| Power System Analysis

15:24

Lecture 25 | Sequence Impedance |Sequence impedance of Y connected load | Power System Analysis

09:50

Lecture 24 | Symmetrical Components and unbalanced faults | Power System Analysis-Fault Analysis

20:45

Lecture 23(b) | Fundamentals of Symmetrical Components | Solved Examples | Power System Analysis

39:55

Lecture 23(a) | Fundamentals of Symmetrical Components | Phase to Sequence | Power System Analysis

29:33

ISSB PREPARATION | LADY CADET COURSE 18 | LCC-20 | ISSB EXPERIENCE OF LCC | LCC 2021 | JOIN ARMY

36:12

Lecture 22(b) | Systematic Fault Analysis using bus admittance matrix | Power System Analysis

14:54

Lecture 22(a) | Short Circuit Capacity (SCC)| Short Circuit MVA Fault Analysis Power System Analysis

38:16

Lecture 21(c) | Example | Balanced 3 phase fault analysis | Thevinin Method | Power System Analysis

08:02

Lecture 21(b) | Balanced 3 Phase Fault | Fault Analysis | Power System Analysis

17:23

Lecture 21(a) | Operation of Synchronous Generator | Fault Analysis | Power System Analysis

25:43

Lecture 20 | Transients in RL series circuit | Fault Analysis in Power System Analysis

31:29

Lecture 19 | Introduction to Fault Analysis | Types of Fault | Power System Analysis

01:10:24

Lecture 18 | Solved Examples of Gauss Seidal,Newton-Raphson & Fast decoupled Method in Power System

53:06

Lecture 17 | FAST DECOUPLED METHOD PART 2-Power System Analysis- Hadi sadaat

41:29

Lecture 16 | Fast Decoupled Power Flow Solution | Power System Analysis

30:24

Lecture 15 | [Example] Newton Raphson Power flow Solution | Power System Analysis

01:00:12

Lecture 14 | Newton-Raphson Power flow solution | Power System Analysis

54:35

Lecture 13 | GUASS-SEIDEL Power Flow Solution | Power System Analysis

41:53

Lecture 12 | Bus Classification-Slack Swing Bus-Load Bus-Regulated bus-Power System Analysis

17:01

Lecture 11-Newton Raphson Method Power System Analysis

18:23

Lecture 10- Guass Seidal Method in Power System Analysis

52:26

Lecture 9-Power Flow Analysis-Bus Admittance Matrix Power System Analysis

01:02:44

Lecture 8 | Per unit system | change of base | Power System Analysis |

35:51

Lecture 7 | Impedence Transformation through tranformer | Per Unit System | Power System Analysis

21:47

Lecture 6 | Per Unit System-GENERATOR and transformer model | Power System Analysis

36:34

Lecture 5(B) | SYNCHRONOUS GENERATORS | POWER TRANSFORMER |Power System Analysis

20:33

Lecture 5(a) | Per Phase Analysis-Balanced Three Phase Power in Power System Analysis

34:16

Lecture 4(b) | Balanced three-phase circuits-DELTA-WYE Connected LOADS & Del-Y transformation in PSA

13:07

Lecture 4(a) | COMPLEX POWER FLOW-(Basic Principles) in Power System Analysis

06:30

Lecture 3(B) | Examples-Power Factor Correction-Power System Analysis

34:43

Lecture 3(A) | Power in Single phase AC Circuits | Basic Principles of Power System Analysis

38:27

Lecture 2 | Power Generation,Transmission and Distribution in Power System Analysis

36:16

Lecture 1 | Course Outline | Introduction to Power System Analysis

07:16

LEC 50 | MATLAB PI controller & lag compensator Using MATLAB in Control System Engineering

09:07

LEC 49 (a) MATLAB PI controller & lag compensator Using MATLAB in Control System Engineering