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DET 102/3 BASIC ELECTRIC CIRCUIT II SEMESTER 2 SESI 2010/2011

DET 102/3 BASIC ELECTRIC CIRCUIT II SEMESTER 2 SESI 2010/2011. Lecturers: Junaidah Binti Ali Mohd Jobran (PPKSE) Mohammad Nazri Bin Md.Noor (PPKKP) nazri@unimap.edu.my 04-9798016 MKG1, Kubang Gajah Campus. Lecture and Lab session for G2 (PPKKP Group). Course Contents.

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DET 102/3 BASIC ELECTRIC CIRCUIT II SEMESTER 2 SESI 2010/2011

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  1. DET 102/3BASIC ELECTRIC CIRCUIT IISEMESTER 2 SESI 2010/2011 Lecturers: Junaidah Binti Ali Mohd Jobran (PPKSE) Mohammad Nazri Bin Md.Noor (PPKKP) nazri@unimap.edu.my 04-9798016 MKG1, Kubang Gajah Campus

  2. Lecture and Lab session for G2(PPKKP Group)

  3. Course Contents • APPLICATION OF CIRCUIT LAWS Kirchhoff’s Law, Voltage and Current Divider, Star/Delta Transformation • METHODS OF CIRCUIT ANALYSIS Mesh Analysis, Nodal Analysis • NETWORK THEOREMS I Superposition Theorem, Source Transformation, Thevenin Theorem, Norton Theorem • NETWORK THEOREMS II Maximum Power Transfer, Power Factor Correction • RESONANCE CIRCUIT Series Resonance Circuits, Parallel Resonance Circuit, Quality Factor Bandwidth and Selectivity

  4. DC TRANSIENT ANALYSIS Natural Response of RL and RC Circuit, Step Response of RL and RC Circuit • TWO PORT NETWORKS Z – Parameter, Y – Parameter, T(ABCD) – Parameter, Terminated Two Port Networks • MAGNETICALLY COUPLED CIRCUIT Self and Mutual Inductance, Coupling Coefficient (K) and Dot Determination

  5. List of Experiments • Lab 1: Introduction To The Equipment And Measurement • Lab 2: Measurement Of Phase Shift • Lab 3: Capacitor In AC Circuit • Lab 4: Inductor In AC Circuit • Lab 5: Series Resonance Circuit • Lab 6: Application Of Resonance Circuit Bandpass and Bandstop Filter • Lab Test

  6. Tutorials Session ** • Week 4 – Tutorial 1 • Week 7 – Tutorial 2 • Week 11 – Tutorial 3 • Week 13 – Tutorial 4 • (** tutorial session is depend on lecture)

  7. Tests • Theory Test 1 – week 8 • Theory test 2 – week 14 • Laboratory test – week 12

  8. Examination • 7 Questions Answer FIVE (5) questions only in THREE (3) hours

  9. ASSESSMENT • Final : 50% • Coursework : 50% Detailed of coursework: • Laboratory : 20% • Theory Test 1 & 2 : 20% • Laboratory Test : 10%

  10. REFERENCES Main Text Book • Charles K. Alexander & Matthew N.O. Sadiku Fundamental of Electric Circuits, 3rd Edition, McGraw-Hill International Edition, Other reference • James W. Nilsson & Susan A. Reidel Electric Circuit, 7th Edition, Pearson Prentice Hall, 2005.

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