Fall 19 Courses

1. Analog and Digital Electronics (EEE 2201)
(3 credit, with 1 section)

• Equivalent circuits using a trans-conductance parameter for the low and high-frequency operation of BJTs and FETs

• Ebers-Moll model view; design and analysis of single/multistage amplifiers, wideband /narrowband amplifiers

• Differential amplifiers

• Current mirror-different configurations

• Feedback amplifiers

• Oscillators and waveform generators

• Power amplifiers- class AB/class B push-pull/class C

• Op-amp design: different stages of op-amp-a case study

• Active filter design

• Switched capacitor circuits

• ADC, DAC

• Switching algebra

• Minimizing functions using maps

• Different logic families, TTL, ECL, NMOS, CMOS, pass transistor logic

• Combinational logic circuits:- adders/subtractor, demultiplexers, encoders, decoders , ROMs, PLAs

• Sequential logic circuits:- flip flops and latches, shifters, counters, finite state machine, state transition diagrams, and state transition tables

• Memory elements: -ROM, PROM, RAM-SRAM, DRAM.

• Case studies: a simple computer, RTL micro-instruction, instruction decoders timing and controller circuits, data path unit.

2. Analog and Digital Electronics Lab (EEE 2202)
(0.75 credit, with 1 section)

• Experiment 1: Inverting Op amp

• Experiment 2: Summing Amplifier

• Experiment 3: Difference Amplifier

• Experiment 4: Differential Amplifier

• Experiment 5: Integrating Amplifier

• Experiment 6: Basic Logic Gates Operations (NOT, AND, OR)

• Experiment 7: Logic Gates Operations (NAND, NOR)

• Experiment 8: Implementing Logic Functions Using Logic Gates.

3. Basic Electrical Engineering (EEE 1201)
(3 credit, with 1 section)

• Ohm's Law, Series and Parallel Circuits

• Kirchhoff's Voltage and Current Laws

• Mesh Analysis and Nodal Analysis

• Wye-Delta Conversion

• Source Transformation, Superposition Theorem

• Thevenin's Theorem and Maximum Power Transfer Theorem

• Multi-range Voltmeter and Ammeter

• Watt-meter and energy meter

• Average and RMS values of alternating current and voltage

• Phasor Algebra

• RLC Circuits

• AC Power Analysis

• Balanced Three-phase circuits

• Power System (Generation, Transmission, and Distribution)

• Power Plants

4. Basic Electrical Engineering Lab (EEE 1202)
(1.5 credit, with 1 section)

• Experiment 1: Resistor Color Code and Functions of a Bread-Board.

• Experiment 2a: Verification of KCL and Current Divider Rule.

• Experiment 2b: Verification of KVL and Voltage Divider Rule.

• Experiment 3: Verification of Mesh and Nodal Analysis.

• Experiment 4: Verification of superposition theorem.

• Experiment 5: Verification of Thevenin’s Theorem.

• Experiment 6: Verification of Maximum Power Transfer Theorem.

• Experiment 7: Familiarization with alternating current (AC) waves and Oscilloscopes.

• Experiment 8: Study of Diode Characteristics.

• Experiment 9: Half Wave Rectifier.

• Experiment 10: Full Wave Rectifier.

• Experiment 11: Simulation of Electrical Circuits in Proteus.

5. Elements of Electrical Engineering and Electronics (EEE 2201, TE)
(3 credit, with 1 section)

• Ohm's Law, Series and Parallel Circuits

• Kirchhoff's Voltage and Current Laws

• Mesh Analysis and Nodal Analysis

• Wye-Delta Conversion

• Source Transformation, Superposition Theorem

• Thevenin's Theorem and Maximum Power Transfer Theorem

• Average and RMS values of alternating current and voltage

• Phasor Algebra

• RLC Circuits

• p-n junctions

• Transistors

• Half Wave Rectifiers

• Full Wave Rectifiers

• Transformers, Motors, Generators

Spring 20 Courses

1. Elements of Microprocessor, Robotics, and Control Engineering
(2 credit, with 1 section)

• Base Conversion ( Decimal, Binary, Octal, Hexadecimal)

• Logic Function and Truth Table

• Logic Function Optimization and Synthesis of Logic Network

• Making Logic Gates using CMOS

• 8086 Microprocessor Internal and External Architecture

• Assembly Language

• Interrupt Structure

• Robotics

• Control System

2. Introduction to Computer and Programming Techniques
(1 credit, with 3 sections)

• Microsoft Word

• Microsoft Excel

• Google Docs, Google Sheets

• Google Forms

• Introduction to a compiler (CODE BLOCKS)

• Getting familiarized with Data type and Variable

• Getting familiarized with Input, Output Functions

• Conditional Statements

• 'For' Loops

• Nested 'For' Loops

• 'While' Loops

3. Elements of Electrical Engineering and Electronics Lab
(1 credit, with 3 sections)

• Experiment 1: Resistor Color Code and Functions of a Bread-Board.

• Experiment 2a: Verification of KCL and Current Divider Rule.

• Experiment 2b: Verification of KVL and Voltage Divider Rule.

• Experiment 3: Verification of superposition theorem.

• Experiment 4: Verification of Thevenin’s Theorem.

• Experiment 5: Verification of Maximum Power Transfer Theorem.

• Experiment 6: Familiarization with alternating current (AC) waves and Oscilloscopes.

• Experiment 7: Study of Diode Characteristics.

• Experiment 8: Half Wave Rectifier.

• Experiment 9: Full Wave Rectifier.