Lesson Archives
Quine-McCluskey (QM) Technique, Combining groups, Examples, Prime Implicants, Essential Prime Implicants, Partial Solution, Row Dominance, Column Dominance 5- Variable K -Map, Minimization of Boolean Expression by 5 Variable K-Map (SOP form) , Minimization of Boolean Expression by 5 Variable K-Map (POS form) NAND-NOR Implementations, Universal gates, The Gray Code Why to use K-Maps? 2-Variable K-Map, Truth-table to K-map, 3-Variable K-Map Basic concepts involved in K-map to reduce Boolean expressions, Solving Using K-Map, Don’t care conditions, 4-Variable K-Map, Implicant of Functions, Prime Implicant of Functions, Essential Implicant of Functions, Redundant Implicant of Functions, LOGIC Gate Realization and Design, NAND-NOR Implementations Solved Examples, Problems, and Solutions, Combinational Circuit Design, Two-bit Magnitude Comparator, 7-segment Decoder, Production Line Control. Solved Examples, Problems and Solutions, Obtaining the Boolean Expression using k-map and verify with QM method Solved Examples, Problems and Solutions, K-Maps, Minimising Expression using K-maps, Minimize using K-map and Don’t Care Conditions, Sum-of-products SOP, Product-of-sums POS, essential implicants, Minterms, Maxterms Solved Examples, Problems and Solutions, Simplifcation of boolean expressions, Minterms of functions, Maxterms of functions, canonical form and Truth Table, Logic Daigram Solved Examples, Problems and Solutions, Decimal numbers to their binary equivalents, binary numbers to decimal equivalents, hexadecimal number to their decimal equivalents, decimal numbers to their hexadecimal equivalents, Binary to Octal, Octal to Binary, Binary to Hexadecimal and Hexadecimal to Binary, Subtract using 2’s Complement, Subtract using 1’s Complement.