Product Details

Network Analysis And Synthesis | Sem III | Electronics Engineering | Rashtrasant Tukadoji Maharaj Nagpur University

SkillSage

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  • Product Info
  • Description
  • Demo Videos
  • Reviews
  • Index
  • About the Faculty

Product Info

Kit ContentsIndex Sheet, Google Drive Link, Video Lectures Guide, Installation Guide
Lecture Duration38 Hours
Validity Period12 Months
Total Views3
ModeGoogle Drive
Runs OnDesktop & Laptop
System RequirementWindows 7 & above | Ram: 2 GB | Processor: 2.0 GHz and above
Video LanguageHindi
Study Material LanguageEnglish
Applicable CourseEngineering
Dispatched BySkillSage.in
Dispatch Time48 Hours
Delivery Time3 - 5 Days

Description

The SkillSage Kit includes

1. Google Drive Link - which Includes lectures
2. Installation Guide
3. Video Lectures Guide

Demo Videos

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Index

No.

Chapter Name

No. of Videos

Duration

 

Chapter I:

 

 

1

Introduction To Network Elements: Active Elements: Independent (Uncontrolled), Dependent ( Controlled), Ideal & Practical Sources. Passive Elements: Resistor, Inductor and Capacitor

3

48 Mins

2

Source Transformation & Source Shifting: Concept of Equivalent Sources, Numericals on Equivalent Sources, Basic Sources ConversionsNumericals on Basic Sources Conversions

4

2 Hr 10 Mins

3

Mesh Analysis: Kirchoff's Voltage Law (KVL), Mesh Basis Equilibrium Equation in Matrix Form For a Network, Numericals on Mesh Analysis, Controlled Sources in Mesh Analysis, Numericals Based on Mutual Coupling in Mesh Analysis

8

4 Hr 28 Mins

4

Nodal Analysis: Kirchoff's Current Law (KCL), Node Basis Equilibrium Equation in Matrix Form For a Network, Numericals on Node Analysis

4

1 Hr 25 Mins

5

Supermesh and Supernode: Numericals on Supermesh and Supernode

2

26 Mins

6

Duality: Defination, Conditins for Duality, Construction of a Dual Network for the Given Network

2

24 Mins

 

Chapter II: 

 

 

1

Network Theorems: Superposition, Thevenin’s, Norton’s and Maximum Power Transfer Theorems, Reciprocity Theorem Compensation Theorem, Millers Theorem and its dual, Tellegen’s Theorem as applied to ac circuits

17

6 Hr 07 Mins
  Chapter III:    
1 Series Resonance: Defination, Graphical Representation, Resonant Frequency, Variation of Impedance, Current, Phase Angle and Volatge With Frequency, Phasor Diagram in Series RLC Circuit, Quality Factor, Bandwidth, Half Power Frequencies, Selectivity, Effect of Q on Bandwidth, Numericals Based On Series Resonance. Parallel Resonance: Defination, Graphical Representation, Variation of I, Z, Y, Resonant Frequency of Parallel RLC Circuit, General Parallel Circuit, Practical Parallel Circuit (Tank Circuit), Q-factor,  Numericals Based On Parallel Resonance. Comparison: Comparison of Series Resonance & Parallel Resonance. 15 3 Hr 22 Mins
  Chapter IV:    
1 Filters: Defination of Filters, Classification of Filters, Design of Constant-K, or Prototype Low Pass Filter, High Pass Filter, Band Pass Filter, Band Stop Filter. Numericals Based on Designing of Various Filters, M Derived Low Pass & High Pass Filters. 12 2 Hr 43 Mins
2 Attenuators: Defination of Attenuators, Units of attenuation, Bartlett’s bisection theorem, lattice attenuator, symmetrical T,  and bridged attenuator, asymmetrical L-section attenuator, Ladder attenuator.  2 43 Mins
  Chapter V:    
1 Initial and final condition : Initial and final conditions ,Effect of Switching on R,L& C Drawing Various Equivalent Circuits & Evaluation of Initial and Final conditions 4 1 Hr 40 Mins

2

Laplace transform and Application: Laplace transform and properties, Basic Properties, Inverse Laplace Transform, Partial Fractions Expansion, Application of Laplace Transform in Circuit Analysis, Impedence & Admittance Transform of Circuit Elements (Circuit Elements in S-Domain). Numericals based on RC, RL and RLC Circuit to Various Inputs.

7

2 Hr 20 Mins

3

Waveform Synthesis: Shifting Theorem, Laplace Transform of Step, Ramp & Sinusoidal Functions, Laplace Transform of Shifted Functions, Synthesis of Given Waveform, Laplace Transform of Periodic Function.

8

2 Hr 07 Mins

 

Chapter VI:

 

 

1

Two Port Network & Parameters: Z, Y, ABCD, Inverse ABCD, H & G Parameters, Reciprocity and Symmetry Conditions in terms of Various Parameters, Expressing One Parameter into Other Parameter Numericals. Interconnection of Two Port Network & Numericals.

22

5 Hr 21 Mins

2

Netwrok Functions: Network Function of One Port and Two Port Networks, Numericals on Evaluation of Network Functions, Analysis of Ladder Type of Network and Numericals.

11

3 Hr 44 Mins

 

Total

121

37 Hr 48 Mins

About the Faculty

Nitin Trivedi has been in the field of educating and enhancing students knowledge since last 20 years and has developed proficiency in subjects like Network Theory, Digital Techniques, Control System, Electrical, C Language, C++, Microprocessor and Microcontroller etc. He has completed post graduation in Information Technology and has graduation degree in Electronics Engineering from RKNCE, Nagpur. 

Nitin sir has expertise in solving complex numerical problems and enhancing students’ knowledge theoretically and practically as well. He generally focuses on overall preparations to ensure student get success in the examinations. His simple and smooth way of teaching technical concepts is very much adored by his students.