A combinational logic circuit has inputs A, B, C, D and E. The output Y is given by: fΠM(21,9) where A is the Most Significant Bit. Give Y in terms of inputs A, B, C, D and E in a Product of Sum format.

Output of F(x, y, z) For the truth table above, what logic circuit below represents it?

. Given the function:  F(a, b, c) = (a + b)’c + a b c’ + a c a) Create the truth table for function F. 7b) Implement F by means of an 8-to-1 Multiplexer using block diagrams. Implement F by means of a 3-to-8 Decoder using block diagrams and any gates if needed.

Design a 2-bit comparator. The comparator input has two 2-bit numbers A and B. A consists of 2 bits a1 and a0. B consists of 2 bits b1 and b0. The comparator has three outputs Z2, Z1, Z0. a. Show the truth table for this comparator. b. Write the logic equation for Z2 that are true if only if A < B c. Write the logic equation for Z1 that are true if only if A > B d. Write the logic equation for Z0 that are true if only if A = B e. Show the logic design for this comparator using the minimum number of AND, OR, and Inverters. f. Verify your design using Logisim.

Example/ Draw a 4-bit adder and show the inputs and outputs of all logic circuit for input numbers. A3 A2A₁A0-1001 and B3B2B₁BO: 01|| using logic gates detecting circuit

Develop a digital circuit that only consists can be simplified to a circuit consisting of three NOT gates, two 2-input AND gate and one 2-input OR gate that works with the truth table

Find the complement of the Boolean function F = A ′ B C ′ + A ′ B ′ C .

Given Boolean function is :F= x y + x′ y′ + y′ za. Implement it with only OR & NOT gatesb. Implement it with only AND & NOT gates

1. A. Convert A5Q(27)→ X(9) 2. Simplify the Karnaugh maps and draw the logic circuit. AB 00 01 11 10 CD 00 1 1 1 1 01 1 1 11 1 1 10 1 1 11 1 AB 00 01 11 10 CD 00 1 1 01 11 1 1 10 11 11 1 1

Draw a logic Circuit Before simplifying and Simplify the equation with Boolean algebra