(a) Perform the following mathematical operations using 2’s complement method.
[3 marks](9) + (-5)1010 (ii) (3) – (8)1010
[ marks]State and prove De-Morgan’s theorems using truth-tables.
[4 marks]Explain the characteristics of Digital ICs.
[7 marks]Design a Full Adder circuit using basic logic gates.
[3 marks]Design a modulo-6 ripple counter using T-Flip-flops.
[4 marks]Design a 4-bit Binary to Gray Code Converter using K-map.
Draw a two input TTL NAND gate and explain its operation.
[7 marks]Explain Race Around Condition in JK flip flop.
[3 marks]Design a 1 - bit Magnitude Comparator.
[4 marks]Explain Hamming codes for error correction with a suitable example.
[7 marks]Find expression for the following and implement using logic gates. F(A,B,C,D) = πM(0,2,3,6,7,8,9,12,13)
[3 marks]Implement Dflip flop using JK flip flop.
[4 marks]Design a 4-bit twisted Ring Counter using JK flip flops.
[7 marks]Differentiate Synchronous Counters and Asynchronous Counters.
[3 marks]Implement the following using 8:1 MUX. F = f(A,B,C,D) = Σm(2,4,5,7,10,14)
[4 marks]Design a synchronous BCD counter using J-Kflip-flops.
[7 marks]Implement full subtractor using 3:8 decoder and write a truth table.
[3 marks]Explain the specifications of Digital to Analog Converters.
[4 marks]Explain Successive Approximation type A/Dconverter.
[7 marks]Differentiate Static RAM and Dynamic RAM.
[3 marks]Write a short note on FPGA.
[4 marks]Explain the operation of Dual-slope A/Dconverter.
[7 marks]Explain basic structure of a CCD (Charge Coupled Device).
[3 marks]Write a short note on Programmable Array Logic.
[4 marks]Explain various types of Read Only Memory.
[7 marks]