1. Electrical Circuit and System (5 Marks)
1.1.
Ohms Law, Kirchhoff's Laws
1.2.
The venin's Norton's and maximum power transform theorem
1.3.
Active, reactive and apparent power(single & three-phase) and resonance
1.4.
Transient and steady state analysis, pole zero plots. two-port parameters.
2. Electronics Circuit and System (10 marks)
2.1.
Integrated circuit technology and device models
2.2.
Operational Amplifier circuits
2.3.
Operational Amplifier characterization
2.4.
Power supplier and voltage regulators
2.5.
Untuned and tuned amplifiers
2.6.
Oscillator circuits
2.7.
Digital-to-Analog (DAC) and Analog-to-Digital(ADC) conversion
2.8.
Instrumentation and isolation amplifiers
2.9.
Operational amplifier- bipolar transistor logarithmic amplifiers
2.10.
Log-antilog circuit application
2.11.
Communication circuits
2.12.
Switched power supplies
2.13.
Introduction to power electronics
3. Computer Architecture (10 marks)
3.1.
Fundamentals of Computer Architecture & Organization
3.2.
Number System
3.3.
Boolean Algebra
3.4.
Logic Gates
3.5.
Combination and Sequential Logic
3.6.
A/D and D/A Conversion
3.7.
Memory
3.8.
Instruction Set
3.9.
Operating System and Application Program Concepts
3.10.
Computer Applications
4. Computer Networks (5 Marks)
5. Communication System (4 Marks)
5.1.
Analog and Digital Communication Theory and System
6. Object Oriented Programming Language (8 Marks)
6.1.
Object oriented programming concept
6.2.
Introduction to C++
6.3.
Encapsulation
6.4.
Polymorphism
6.5.
Inheritance
6.6.
Templates and file handling
7. Discrete Structure (8 Marks)
7.1.
Propositional logic and predicate logic
7.2.
Methods of proof and formal reasoning
7.3.
Binary relations
7.4.
Finite state automata
7.5.
Recurrences Relation
7.6.
Graph theory and graph algorithms
