INTRODUCTION TO ELECTRICAL CIRCUITS

Course Content

Mid

Introductory class

10:56
Charge , Voltage , Current and Ampare hour rating

14:12
Resistance and Conductance

14:12
Ohm’s Law , Power , Efficiency , KCL & KVL

35:18
Series Circuit & Voltage Divider Rule (VDR)

19:45
Parallel Circuits & Current Divider Rule (CDR)

28:21
Open Circuit & Short Circuit

08:22
Series-parallel circuit & Reduce & Return Approcach

23:38
Problems of complex circuit

01:09:24
Source Conversion

13:21
Mesh/Loop Analysis

35:27
Nodal Analysis

39:30
Y-Delta Conversion & Delta-Y Conversion

22:12
Superposition Theorem

13:53
Thevenin’s Theorem & Norton’s Theorem

35:08
Maximum Power Transfer Theorem

13:40
Capacitor & Transient Analysis of Capacitor

17:23
Inductors & Transient Analysis of Inductors

16:16
Basics of AC

18:51

Final

Differnet values of current and voltages & Instantareous form to different forms

14:33
Impedance & Resistance and Reactance

09:26
Power

26:59
Pure Resistive Circuit

20:16
Pure Inductive Circuit

13:04
Pure Capacitive circuit

13:34
Impedance in series , impedance diagram & RL series

27:20
RC series circuit

13:31
RLC Series Circuit

24:24
Parallel Circuits

10:22
Series – Parallel complex circuit

32:48
Thevenin’s Theorem

06:54
Maximum Power Transfer Theorem

08:00
DC Generator

33:51
class 16

15:16
Stepper motor

11:08

A course by

Tawhid Md Samabil Haque

Student Ratings & Reviews

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Price:
699.00৳
Instructor:Tawhid Md Samabil Haque
Lessons:35
Students:15
Level:Intermediate
Certifications:No

INTRODUCTION TO ELECTRICAL CIRCUITS

Course Content

Mid

Introductory class

Charge , Voltage , Current and Ampare hour rating

Resistance and Conductance

Ohm’s Law , Power , Efficiency , KCL & KVL

Series Circuit & Voltage Divider Rule (VDR)

Parallel Circuits & Current Divider Rule (CDR)

Open Circuit & Short Circuit

Series-parallel circuit & Reduce & Return Approcach

Problems of complex circuit

Source Conversion

Mesh/Loop Analysis

Nodal Analysis

Y-Delta Conversion & Delta-Y Conversion

Superposition Theorem

Thevenin’s Theorem & Norton’s Theorem

Maximum Power Transfer Theorem

Capacitor & Transient Analysis of Capacitor

Inductors & Transient Analysis of Inductors

Basics of AC

Final

Differnet values of current and voltages & Instantareous form to different forms

Impedance & Resistance and Reactance

Power

Pure Resistive Circuit

Pure Inductive Circuit

Pure Capacitive circuit

Impedance in series , impedance diagram & RL series

RC series circuit

RLC Series Circuit

Parallel Circuits

Series – Parallel complex circuit

Thevenin’s Theorem

Maximum Power Transfer Theorem

DC Generator

class 16

Stepper motor

A course by

Student Ratings & Reviews

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