EEE 102 • Midterm I • Digital Logic Design
Digital design konseptlerinin temellerini bu derste atacağız.
Combinational ve Sequential circuit tasarlamayı, register ve counter çalışma prensiplerini öğrenerek, teorik olarak dijital devreleri anlamış olacağız. Laboratuvarda veya simülasyonda hazırlayacağınız devrelerin tüm teorik alt yapısını görecek ve bunları problemlere uygulayacağız.
Konular
Binary Numbers and Number Systems
Binary Numbers
Binary Arithmetic
Number-Base Conversion
Octal and Hexadecimal Numbers
Complements
Example - 1
Example - 2
Example - 3
Example - 4
Signed Binary Numbers
Arithmetic Operations with Signed Binary Numbers
Example - 5
Example - 6
Binary Codes
Binary Logic
Binary Logic and Boolean Algebra
Laws and Rules of Boolean Algebra
Boolean Functions
Example - 1
Example - 2
Example - 3
Example - 4
Canonical and Standard Forms - 1
Example - 5
Canonical and Standard Forms - 2
Example - 6
Canonical and Standard Forms - 3
Other Logic Operations
Gate-Level Minimization
The Map Method
Example - 1
Example - 2
Example - 3
Example - 4
Four-Variable K-Map
Example - 5
Example - 6
Prime Implicants
Product of Sums Simplification
Example - 7
Don't-Care Conditions
Example - 8
NAND and NOR Implementation
Example - 9
Example - 10
Other Two-Level Implementations
Example - 11
Exclusive-OR (XOR) Function
Combinational Logic
Combinational Circuits
Analysis of Circuits
Example - 1
Example - 2
Design of Circuits
Example - 3
Example - 4
Example - 5
Example - 6
Example - 7
Half and Full Adders
Example - 8
Binary Adder
Carry Lookahead Logic
Example - 9
Example - 10
Example - 11
Binary Adder-Subtractor
Example - 12
BCD Adder
Binary Multiplier
Example - 13
Magnitude Comparator
Example - 14
Decoder - 1
Example - 15
Decoder - 2
Example - 16
Example - 17
Example - 18
Example - 19
Example - 20
Encoder
Example - 21
Example - 22
Multiplexer
Example - 23
Example - 24
Example - 25
Example - 26
Sample Midterm Questions
Example - 1 (Binary numbers and number systems)
Example - 2 (Binary numbers and number systems)
Example - 3 (Binary numbers and number systems)
Example - 4 (Binary numbers and number systems)
Example - 5 (Binary logic and Boolean algebra)
Example - 6 (Binary logic and Boolean algebra)
Example - 7 (Binary logic and Boolean algebra)
Example - 8 (Binary logic and Boolean algebra)
Example - 9 (Boolean function minimization techniques)
Example - 10 (Boolean function minimization techniques)
Example - 11 (Boolean function minimization techniques)
Example - 12 (Boolean function minimization techniques)
Example - 13 (Boolean function minimization techniques)
Example - 14 (Boolean function minimization techniques)
Example - 15 (Combinational logic circuit design)
Example - 16 (Combinational logic circuit design)
Example - 17 (Combinational logic circuit design)
Example - 18 (Combinational logic circuit design)
Example - 19 (Combinational logic circuit design)
Example - 20 (Combinational logic circuit design)
Example - 21 (Combinational logic circuit design)
Example - 22 (Combinational logic circuit design)
Example - 23 (Combinational logic circuit design)
Example - 24 (Combinational logic circuit design)
Example - 28 (Boolean function minimization techniques)
Example 29 - (Combinational circuit design)
Example - 30 (combinational circuit design)
Example - 32 (Binary numbers and number systems)
Example - 33 (Binary numbers and number systems)
Example - 34 (Boolean function minimization techniques)
Example - 35 (Boolean function minimization techniques)
Example - 36 (Boolean function minimization techniques)
Example - 37 (Boolean function minimization techniques)
Example - 38 (Boolean function minimization techniques)
Example - 39 (Combinational logic circuit design)
Example - 40 (Combinational logic circuit design)
Eğitmen
Oğuzhan Çakmak
Elektrik Elektronik Mühendisi
Güncellenecek