(Solved) : 7 Explain Using Simple Diagrams Efficiently Perform Following Operations Hardware Using Co Q44038258 . . .
7. Explain using simple diagrams how to efficiently perform the following operations in hardware using combinational logic only A. C = A<<<3 B. C=A<<<B, where A, B, and Care 8-bit variables. 8. What is a size of a memory with a 6-bit address input and an 16-bit data output? What is a size of a memory with an m-bit address input and an n-bit data output? 9. Show how to implement a 3×3 squarer, implementing equation y = x2, using ROM (diagram + contents of ROM). 10. Show how to implement Full Adder using ROM (diagram + contents of ROM) 11. Explain how to perform the following operation using a single-port ROM only: Y = (X*(2X + 1)) mod 256, where X and Y are 8-bit variables. Show the implementation as a ROM, including the width of the address input and the width of the data output, as well as the contents of memory locations with addresses 0, 1, 8 and 16. 12. Given four 64×1 RAMs and basic combinational logic components, show (using block diagrams) how to build: a. 64 x 4 RAM b. 256 x 1 RAM c. 128 x 2 RAM 13. Draw the block diagram of a 5×32 decoder made out of smaller 3×8 decoders. 14. Draw the logic diagram of a four-bit register with four D flip-flops and four 4 x 1 multiplexers with mode selection inputs si and so. The register operates according to the following function table. Si 0 0 1 1 So 0 1 0 1 Register Operation 2’s complement Synchronous reset with the clock Resetting 2 LSB bits and leave the rest unchanged Setting 2 LSB bits and leave the rest unchanged I I Show transcribed image text 7. Explain using simple diagrams how to efficiently perform the following operations in hardware using combinational logic only A. C = A
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