Basic Electrical Engineering Syllabus details and with their marks distribution

Course Objectives:

Basic Electrical Engineering Provide the concept of the circuit. Students will understand many theorem and concept for solving circuit base problems also DC, AC and 3 phase Electrics circuits.

From Chapter 1 - 10 marks
From Chapter 2 - 5 marks
From Chapter 3- 25 marks
From Chapter 4 - 5 marks
From Chapter 5,6 - 15 marks
From Chapter 7 - 10 marks
From Chapter 8 - 10 marks

Note:- These marks may be changed.

1) General Electric System ( 6 h | 10 Marks )

1. Constituent parts of electrical system.
2. Current flow in a circuit
3. Electromotive force and potential difference
4. Electrical units
5. Ohm's law
6. Resistor & Resistivity
7. Temperature rise & temperature coefficient of resistance
8. Voltage and Current sources

2) DC Circuits ( 4 h | 5 Marks )

1. Series circuit
2. Parallel networks
3. Kirchhoff's laws
4. Power and Energy

3) Network Theorems ( 12 | 25 Marks )

1. Application of Kirchhoff's laws in network solution
2. Star-delta & delta star transformation
3. Superposition Theorem
4. Thevenin's Theorem
5. Nortan's Theorem
6. Maximum power transfer theorem
7. Reciprocity theorem

4) Inductance & Capacitance in Electric Circuits ( 4 h | 5 Marks )

1. General concept of capacitance
2. General concept of inductance

5) Alternating Quantities ( 2 h | ~15 Marks)

1. AC Systems
2. Waveform, terms & definitions
3. Average and RMS values of current & voltage
4. Phasor representation

6) Single-Phase AC circuits ( 6 h | ~15 Marks )

1. AC in Resistive circuits
2. Current & voltage in an inductive circuits
3. Current and voltage in a capacitive circuits
4. Concept of complex impedance and admittance
5. AC Series and Parallel circuits
6. RL, RC and RLC circuit analysis & phasor representation

7) Power in AC circuits ( 4 h | 10 Marks)

1. Power in resistive circuits
2. Power in an inductive and capacitive circuits
3. Power in circuit with resistance and reactance
4. Active and reactive power
5. Power factor, its practical importance
6. Improvement of power factor
7. Measurement of power in a single-phase AC circuits

8) Three-Phase Circuit Analysis ( 6 h | 10 Marks )

1. Basic concepts & advantages of 3-phase circuits
2. Phasor representation of star & delta connection
3. Phase and Line Quantities
4. Voltage & current computation in 3-phase  balance & unbalance circuits
5. Real and reactive power computation
6. Measurements of power & power factor in the 3-phase system