Half adder and full adder/Step by step procedure/digital electronics
Half adder and full adder are combinational circuits used to add binary numbers.
In this video, you can learn how to design a half adder and a full adder using K-map and implement using logic gates.
Step by step procedure is given which will be easy to understand.
Ch 12: 2 variable K-map
• Karnaugh Map (K- map) /rules/2 variab...
Ch 13:3 variable K-map
• Karnaugh Map (K- map) /rules/3 variab...
Ch1: Introduction to number system
• Number system in digital electronics-...
Ch2: Decimal to binary conversion
• Decimal to binary number conversion. ...
Ch3: Decimal to Octal conversion
• Decimal to octal number conversion. H...
Ch4: Decimal to Hexa decimal conversion
• Decimal to hexa decimal number conver...
Ch5: Binary to any conversion system
• Binary to decimal/Octal/Hexadecimal c...
CH6:logic gates
• Logic gates-AND/OR/NOT/ universal gat...
Ch7:Boolean algebra
• Boolean algebra/Boolean laws/De Morga...
Ch 8:Realization of gates using NAND and NOR logic
• Realization of gates using universal ...
Ch 9: Complement of a Boolean expression
• How to find the complement of a boole...
Ch 10: Min term and Max term : Sum of min terms and Product of Max terms
• How to find the complement of a boole...
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