Design a combinational circuit with four inputs and one output. The output is 1 if the number of 1’s in the input even OR the equivalent decimal value of the input is prime . Otherwise, the output is 0. 1. Construct the truth table with 16 binary combinations of the four input variables. 2. Obtain the simplified Boolean expression for the output using either k-map or tabular method. 3. Draw the logic diagram of the simplified boolean expression obtained in 2).

Design a combinational circuit with four inputs and one output. The output is 1 if the number of 1’s in the input even OR the equivalent decimal value of the input is prime . Otherwise, the output is 0. 1. Construct the truth table with 16 binary combinations of the four input variables. 2. Obtain the simplified Boolean expression for the output using either k-map or tabular method. 3. Draw the logic diagram of the simplified boolean expression obtained in 2).

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.

See similar textbooks

Similar questions

Required: 0. Write Boolean expression For each Row in Table.1. Draw a k-map table based on the logic/truth table above. explain how you make k-map.2. Group the implicants (those 1s inside the k-map table) accordingly. Allowed groupings are 1, 2, 4, 8, 16, …, n.3. Write the Boolean expression based on the k-map table.4. Draw the logic gates diagram of the Boolean expression. Note:- please Solve with complete explanation.I Need step by step with explanation as I*m beginner in K-Map. will Surely Upvote. Will appreciate if Handwritten Solution.
Complete the following with the step-by-step procedure. Interpret the problem and set up a truth table to describe its operation. Write the AND (product) term for each case where the output is 1. Write the sum-of-products (SOP) expression for the output. Simplify the output expression if possible. Implement the circuit for the final, simplified expression. Design a logic circuit whose output is HIGH when a majority of inputs A, B and C are LOW.
Draw the logic circuits for the following Boolean expressions and simplify the logic expressions using theorems of Boolean algebra. (Ā+B)(A+ Ē + D)D
Q1: Let F1= AOB, F2=AB, F3= A+c, F4 = F1+ F2 + F3 Implement the above Boolean expression with logic circuit . giving the truth table. Q2: Design full adder, and find the folowing- 1- Truth table. 2- Boolean expression for outputs, simplify them if necessary. 3- Draw the graphic symbol as logic gates. 4- Draw the graphic symbol as IC. Q3: Perform the following operation ( choose FIVE ):- 1- (7-3) using 2's complement 2- (111010 * 110011 )2 3- (572 ), = ( ? hso 4- (111101.01101 h =( ? ) 5- ( 56 }10 = ( ? h 6- (F9D Jas = ( ? he
Q2 Determine the Boolean expression for the logic circuit shown in Figure below. Simplify the Boolean expression using Boolean Laws and De Morgan's theorem. Redraw the logic circuit using the simplified Boolean expression and develop its truth table. В Co- Do F
Q2 Determine the Boolean expression for the logic circuit shown in Figure below. Simplify the Boolean expression using Boolean Laws and De Morgan's theorem. Redraw the logic circuit using the simplified Boolean expression and develop its truth table. A Co- F
Create a logic diagram out of this boolean expression. B'D+C'D+AB'+BCD' Note: All inputs A B C and D must be together.
Combinational Circuits - Design Procedure Design a logic circuit that has three inputs A, B, C and whose output will be HIGH only when a majority of the inputs are HIGH. 3-A. Generate the truth table. 2-B. Obtain the KMAP. 3-C. Provide the Simplified Boolean Function. 3-D. Generate the Logic diagram of the simplified Boolean function.
2. Convert the following ladder logic to a Karnaugh map. A X B D 3. A. Construct a truth table for the following problem. i. There are three buttons A, B, C. ii. The output is on if any two buttons are pushed. iii. If C is pressed the output will always turn on. B. Develop a Boolean expression. C. Develop a Boolean expression using a Karnaugh map.
3. Write the Boolean expression equivalent to the following logic circuit. Do not simplify. B A D I D D Y
Using Boolean theorems, simplify the output expression for the circuit in the figure. Show all the steps used to simplify the expression.
For the following question, you need to create a truth table, write the Boolean expression for each output based on the truth table, use K-map to simplify the expression if possible, and draw the logic diagram using AND, OR, NOT gate only. 1. Design a 3-bit shifter. a. A0, A1, A2, and S as inputs b. If S=0, then shift one bit to the left and add 0 to the last bit c. If S=1, then shift one bit to the right and add 0 to the first bit d. Y0, Y1, and Y2 as outputs