Implement EX-NOR using NAND gate.
[3 marks]Convert the decimal number 225.225 to octal and hexadecimal.
[4 marks]Give classification of logic families and compare CMOS and TTL.
[7 marks]Convert F(A,B,C) = BC+Ainto standard minterm form.
[3 marks]With logic diagram and truth table, explain the working of 3 line to 8 line decoder.
[4 marks]Explain Successive Approximation A/Dconverter in detail.
[7 marks]Acombinational logic is defined by functions: F (A,B,C) = ∑m (3,5,6,7) F (A,B,C) = ∑m (0,2,4,7)12 Implement the circuit with PLA having 3 inputs, 4 product terms & 2 outputs.
[7 marks]Simplify the Boolean expression: F(x,y,z) = ∑m (0,1,3,4,5,7)
[3 marks]Explain S-Rclocked flip flop.
[4 marks]Design full adder circuit using decoder and multiplexer.
[7 marks]Generate AND & EX-OR gates using NOR gate.
[3 marks]Implement Dflip flop using JK flip flop.
[4 marks]Design a counter to generate the repetitive sequence 0,4,2,1,6.
[7 marks]What is race around condition in JK flip flop.
[3 marks]Construct a ring counter with five timing signals.
[4 marks]Design BCD to Excess 3 code converter using minimum number of NAND gates.
[7 marks]Explain 2-bit comparator circuit.
[3 marks]Write a short note on FPGA.
[4 marks]What is Digital to Analog converter? Draw and Explain R-2R DAC.
[7 marks]Perform following operation using 2’s complement method. (11010) – (1000)22
[3 marks]Write a short note on Read Only Memory (ROM).
[4 marks]Explain the working of 4 bit binary ripple counter.
[7 marks]Obtain the truth table of the function: F = xy+yz+zx .
[3 marks]Implement following functions using ROM. F = ∑m (1,3,4,6) and F = ∑m (0,1,5,7).12
[4 marks]Explain in detail Dual Slope A/Dconverter.
[7 marks]