Derive the truth table for a 2-bit greater-than circuit and obtain the logic expression in the sum-of-products format. Based on the expression, derive the VHDL code using only logical operators. Hints: - Is (X1 X0) greater than (Y1 Y0): - If X1 is greater than Y1, then X is greater than Y . If X1 equals Y1, then check if X0 is greater than Y0, if yes then X is greater than Y. . For all other cases X is less than Y - If X1=Y1 and X0=Y0 then X=Y .

Derive the truth table for a 2-bit greater-than circuit and obtain the logic expression in the sum-of-products format. Based on the expression, derive the VHDL code using only logical operators. Hints: - Is (X1 X0) greater than (Y1 Y0): - If X1 is greater than Y1, then X is greater than Y . If X1 equals Y1, then check if X0 is greater than Y0, if yes then X is greater than Y. . For all other cases X is less than Y - If X1=Y1 and X0=Y0 then X=Y .

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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