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Course Weekly Lecture Plan

Week Topic
1 Introduction: Characteristics of digital systems, Number systems, arithmetical operations with binary numbers
2 Fundamentals of Boolean Algebra
Axioms and theorems
3 Logic functions, representation, canonical and standard forms
4 Logic gates, Universal gates. Implementation of logic functions using only NAND (NOR) gates.
Hazards.
5 1st Midterm (It will be arranged according to current academic calendar. It may change due to holidays.)
Follow the announcements.
6 Minimization of logical functions: Determining prime implicants using Karnaugh maps. Finding essential and sufficient prime implicants.
Simplification: Selection of the Most Appropriate Prime Implicantsnin
7 Determining prime implicants using Tabular (Quine-McCluskey) method.
MSI building blocks (Adders, multiplexers) Design of combinational logic circuits using these devices.
8 Decoders Design of combinational logic circuits using these devices.
Programmable Logic Devices (PLD)
9 Latches and flip-flops
10 Latches and flip-flops (cont'd)
Analysis of synchronous sequential circuits
11 2nd Midterm (Arranged according to current academic calendar. It may change due to holidays.)
Follow the announcements.
12 Analysis of synchronous sequential circuits (cont'd)
Design of synchronous sequential circuits
13 Design of synchronous sequential circuits (cont'd)
14 Electrical Behavior of logic circuits, TTL family, Characteristics of CMOS family
 
 
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