Department of Electrical & Electronic Engineering
Electrical Engineering Section
ELECTRONIC II
Year: THIRD
EE 305
Theoretical : 2 hrs/Week
Tutorial
: - hrs/Week
Analog (One Term)
1) Operational Amplifier Circuits and Applications:
10hrs.
Integrated differential amplifier, common mode parameters, bias methods in integrated
circuits, introduction to op-amp, circuit analysis of an op-amp ideal op-amp, inverting
amplifier, noninverting amplifier, feedback theory, frequency response, stability, gain
bandwidth product, slew rate, offset currents and voltages. Voltage summer,
subtraction, controlled voltage and current sources, integration, differentiation and
wave shaping, instrumentation amplifiers, voltage comparators, clipping, clamping
and rectifying circuits.
2) Large Signal Amplifier:
10hrs.
Amplifier classes and efficiency, class (A), class (B), class (AB), class (C), power
BJTs, junction temperature, thermal resistance, power dissipation versus temperature,
transistor case and heatsink, power field effect transistors (VMOS), integrated circuit
power amplifier.
3) Oscillators:
10hrs.
Basic pricciples of sinusoidal oscillators, positive feedback and oscillation, the
oscillation criterion (Barkhausen criterion). RC oscillator: RC phase shift oscillator
and Wien-bridge oscillator. LC and crystal oscillator.
Digital (One Term)
4hrs.
4) Sequential Circuit Design:
Sequential circuit counters (Binary, Decade, UP-Down, Cascaded) counter decoding,
counter applications, shift register functions, types of shift registers, staic and dynamic
registers.
5) Introduction to Programmable Logic Devices:
6hrs.
PLD arrays and classification, Programmable Array Logic (PLA), Genetic Array
Logic (GAL), PLD programming, PLD software, digital system applications.
6hrs.
6) Interfacing:
Digital and analog interfacing, Digital to Analog (D/A) conversion, Analog to Digital
(A/D) conversion internal system interfacing, standard buses, digital system
application.
8) Arithmetic Processes:
6hrs.
Arithmetic Logic Unit (ALU).
Digital Circuit Design for multiplication.
Digital circuit design for division.
Digital circuit design for Log, Exp,…, etc.