CHAPTE R 1
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 1
Counting Systems
Number Bases
Decimal Base (10)
Binary Base (2)
Octal Base (8)
Hexadecimal Base (16)
Bit, Byte, Nibble, Word
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 2
Definition of Numerical Base
Conversion from Any Base to Base 10
Conversion from Base 10 to Any Base
Union of Integer and Fractional Part of Converted Number
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 3
Equivalence between Bases
Binary and Octal
Binary and Hexadecimal
Octal and Binary
Hexadecimal and Binary
Definition of Logic – Physical and Logical Level
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 4
Codification Systems:
BCD
Excess 3 Code
Gray Code
ASCII Tables
(American Standard Code for Information Interchange)
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 5
Codes Conversion
Decimal do Gray Code
Gray Code to Decimal
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 6
Operations using Binary Numbers
Sum Operation
Subtraction Operation
Conversion Binary Positive to Binary Negative
Conversion Binary Negative to Binary Positive
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 PART 7
Solved Problems
Problem 1
Problem 2
Problem 3
Problem 4
Problem 5
Problem 6
LOGIC DESIGN OF SWITCHING CIRCUITS
CHAPTER 1 – PART 8
Problems to be Solved
Problem 1
Problem 2
Problem 3
Problem 4
Problem 5
Problem 6
Problem 7