الدوائر الكهربائية الشعبة 2 نظري
Section outline
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Course Syllabus
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Chapter "2 " Basic Elements "
In this week students will be taught basic elements of electrical circuits
week objectives
1. Voltage concept
2. Current concept
3. Resistors and ohm's law
4. Power
5. Open circuit / short circuit / meaning and impact -
Chapter '3' Voltage Laws
week objectives
1. Voltage divider rule VDR
2. Current divider Rule CDR
3. Node, loop , mesh concepts and meaning
4. Voltage and current laws ( KVL and KCL)
5. Open circuit / short circuit / meaning and impact-
Assignment 1
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Chapter "4" "Nodal And Mesh Analysis "
Students will learn:
week objectives
1. Node, loop , mesh concepts and meaning
2. How to set up the circuit for nodal analysis
3. How to apply nodal steps in an electrical circuit
4. Analyzing different types of circuits using nodal analysis -
Chapter "4" "Nodal And Mesh Analysis "
Students will learn:
week objectives
1. Mesh concept
2. Mesh analysis steps
3. Super mesh4. Examples
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Chapter "5" "Circuit Analysis Techniques "
In this week student will investigate different circuit analysis techniques
week objectives
1. Super position
2. Source Transformation -
Chapter "5" "Circuit Analysis Techniques "
In this week student will investigate different circuit analysis techniques
week objectives
1. Thevenin and Norton Equivalent circuits
2. Maximum Power Transfer Theorem
3. Delta wye conversion -
Chapter "7" Capacitor and Inductor
This week we will
1. Introduce capacitor as an electrical element and investigate its characteristics
2. Introduce Inductor as an electrical element and investigate its characteristics -
chapter 13 ( Ac characteristics of sinusoidal waveform)
week objectives
1. Student will describe characteristics of ac sinusoidal waveform
2. Student will identify change in peak, time period , frequency and angular velocity
3. Student will apply average and R.M.S formulas
4. Student will identify the actual meaning of average and R.M.S values
5. Student will relate the current and voltage for resistor in AC. concept -
chapter 14 ( Basic elements)
week objectives
1. Student will learn the basic voltage / current relationships of R, L , and C elements
2 Meaning of phase angle , leading and lagging relationships
3. Student will be able to convert from time domain to Phasor domain
4. Student will apply complex numbers to add / sub , multiply/ divide in Phasor domain
5. Student will be able to calculate the average power of a load or a source
6. Student will understand the importance of power factor -
Chapter 15 ( Series And Parallel AC.Circuits )
week objectives
1. The concept of impedance/ admittance
2. KVL / KCL in AC
3. VDR / CDR in AC
4. Impedance diagram / Admittance diagram
5. Solving various types of questions -
Chapter 15+ 16 ( Series-Parallel AC. Circuits)
week objectives
1. The concept of impedance/ admittance
2. KVL / KCL in AC
3. VDR / CDR in AC
4. Impedance diagram / Admittance diagram
Chapter 17 (Methods of Analysis and selected topics)
5. Nodal analysis
6. Mesh analysis
7. Source transformation
8. Super position -
Chapter 18 (Network theorems) + chapter 19 ( power in AC)
student will learn different circuit analysis methods
1. Thevenin and Norton theorems and maximum power transfer
2. Power in ACweek objectives :
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University Final Exams / End Of Semester