Subtract the following Binary numbers using 1’s complement method, 1) 110111-10000 2) 11010-11011
[3 marks]Write given Binary number 1101 into the 7-bit hamming code.
[4 marks]Draw and explain TTL Realization of AND, OR, NOT Gate.
[7 marks]Draw the symbols and truth tables of AND, OR and NOT Gate.
[3 marks]Draw AOI logic diagram of given Boolean expression f = A+B[A+(B+C)D].
[4 marks]Explain Half Adder and Half Subtractor with logic diagram.
[7 marks]Explain and Design Full Subtractor with AOI logic diagram.
[7 marks]Expand f = AC+AB to maxterms and minterms.
[3 marks]Prove De morgan’s theorem with the truth table.
[4 marks]Minimise the logic function F (A,B,C,D) = ΠM (1, 2, 3, 8, 9, 10, 11,14) · d (7, 15) Use Karnaugh map. Draw the logic circuit for the simplified function using NOR gates only.
[7 marks]Draw logic diagram of Octal to Binary Encoder.
[3 marks]Explain Axioms and Laws of Boolean algebra.
[4 marks]Implement the following function using 8-to-1 MUX. f = ∑m{0,1,4,6}
[7 marks]Write Comparison of PLA, PAL and PROM.
[3 marks]Explain 3-Line to 8-Line Decoder with logic diagram.
[4 marks]Draw and explain 3 bit magnitude comparator.
[7 marks]Explain Serial IN, Serial OUT shift register.
[3 marks]Design 1-Line to 4-Line Demultiplexer.
[4 marks]Design and Implement 4-bit XS-3 to Binary code Converter.
[7 marks]Explain S-R Master-slave flip flop.
[3 marks]Design and Implement 3 bit binary to Gray code converter.
[4 marks]Write truth table and Excitation Tables of S-Rflip flop, J-Kflip flop, Tflip flop and Dflip flop.
[7 marks]Explain J-Kflip flop with logic diagram.
[3 marks]Design 2 bit ripple UP asynchronous counter using negative edge triggering of flip flop.
[4 marks]Design and Implement Synchronous 3 bit UP/DOWN Counter using J-K Flip flop.
[7 marks]