Electrical Circuits 3(2+1)

Topic outline

• 
  

  General

  • Electrical Circuits -: Course Content Developed By :- Dr. R. Thyagarajan Assistant Professor of Farm Machinery Agricultural College and Research Institute, TNAU, Killikulam e-mail: thiyagarajanmtech@gmail.com View Profile

    -:Content Reviewed by :- Ms. K. LAVANYA Assistant Professor College of Agricultural Engineering, Acharya N.G.Ranga Andhra Pradesh Agricultural University e-mail: lavanya.turagaa@gmail.com View Profile

  • News forum
• 
  

  Module 1. Average and effective value of sinusoidal and linear periodic wave forms

  • LESSON 1. Average and effective value of sinusoidal forms Page
  • LESSON 2. Linear periodic wave forms Page
• 
  

  Module 2. Independent and dependent sources, loop current and loop equations (Mesh current method)

  • LESSON 3. Independent Sources Page
  • LESSON 4. Dependent sources Page
  • LESSON 5. Loop current and loop equations (Mesh current method) Page
• 
  

  Module 3. Node voltage and node equations (Nodal voltage method)

  • LESSON 6. Node voltage and node equation (Nodal voltage method) Page
  • LESSON 7. Node Analysis Page
• 
  

  Module 4. Network theorems Thevenin’ s, Norton’ s, Superposition

  • LESSON 8. Network theorems:Superposition Page
  • LESSON 9. Network theorems Thevenin’s and Norton’s Page
• 
  

  Module 5. Reciprocity and Maximum power transfer

  • LESSON 10. Maximum Power Transfer Theorem Page
  • LESSON 11. Reciprocity Theorem Page
• 
  

  Module 6. Star- Delta conversion solution of DC circuit by Network theorems

  • LESSON 12. Star- Delta conversion solution of DC circuit by Network theorems Page
  • LESSON 13. Delta to Star Transformations solution of DC circuit by Network theorems Page
• 
  

  Module 7. Sinusoidal steady state response of circuits

  • LESSON 14. Sinusoidal steady state response of circuit Page
  • LESSON 15. Sinusoidal Response of R-L & R-C Circuit Page
  • LESSON 16. Sinusoidal Response of R-L -C Circuit Page
• 
  

  Module 8. Instantaneous and average power, power factor, reactive and apparent power

  • LESSON 17. Instantaneous and average power Page
  • LESSON 18. Power factorand apparent power Page
  • LESSON 19. Reactive power and power triangle Page
• 
  

  Module 9. Concept and analysis of balanced polyphase circuits

  • LESSON 20. Polyphase System Page
  • LESSON 21. Voltage, Current and Power in a Star and Delta Connected System Page
  • LESSON 22. Three-Phase Balanced Circuits Page
• 
  

  Module 10. Laplace transform method of finding step response of DC circuits

  • LESSON 23. Laplace Transform method of finding step response of DC circuits Page
  • LESSON 24. Functional and operational Transforms Page
  • LESSON 25. Laplace Transform of Periodic Functions and inverse transforms Page
• 
  

  Module 11. Series and parallel resonance

  • LESSON 26. Series Resonance Page
  • LESSON 27. Parallel Resonance Page
• 
  

  Module 12. Classification of filters

  • LESSON 28. Classification of filters Page
  • LESSON 29. Classification of pass Band and Stop Band Page
• 
  

  Module 13. Constant-k, m-derived, terminating half network and composite filters

  • LESSON 30. Constant-k filters Page
  • LESSON 31. m-derived filters Page
  • LESSON 32. Terminating half network and composite filters Page