![18 pts] Use the following equation to answer the following questions: F = a + ac d + b cd + ad a. 6 pts Using Shannons expansion theorem, expand the equation about d b. 6 pts Using your answer from part a., implement the function using two 3-variable LUTs and Make sure that you specify the LUT inputs. a 2-to-1 multiplexor. c. 6 pts] Write the truth table for each LUT](http://img.homeworklib.com/questions/c2bce4d0-45b6-11eb-8409-771cbd4207e0.png?x-oss-process=image/resize,w_560)
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18 pts] Use the following equation to answer the following questions: F = a' + ac'...
AU PUS Aswer For the following logic expression, apply Shannon's expansion to: a. decompose the function...
AU PUS Aswer For the following logic expression, apply Shannon's expansion to: a. decompose the function in terms of variables and c, and b synthesize and draw a logic circuit by using a 4-to-1 multiplexer and any other necessary basic gates, based on your decomposed function (with Band Cas the selector inputs) f = ABC + CD + AD Important Final Answer submission Notes: in Blackboard, only the decomposed function needs to be typed into the blank below. Use the...
There are two multiplexers in the following circuit. The three ports A, B, C are inputs,...
There are two multiplexers in the following circuit. The three ports A, B, C are inputs, and s) uput(1) Write a truth table for the logic function Y F(A, B, C) of the following cirouit (2) ne inimized Boolean equation for the logic function. B C 01 10 ground P. (5 pts). Use a decoder to implement the following Boolean logic function: Y= AB+AC. Draw schematic of your circuit.
PROBLEM 3 (13 PTS) a) The following circuit has the following logic function: f = $a+sb....
PROBLEM 3 (13 PTS) a) The following circuit has the following logic function: f = $a+sb. ✓ Complete the truth table of the circuit, and sketch the logic circuit (3 pts) 011 b) We can use several instances of the previous circuit to implement different functions. (10 pts) . For example, the following selection of inputs produce the function: g-X1X + Xxx Demonstrate that this is the case. ini in2 i n3 in | in in6in 0 0 x ....
Question 2: Combinational Logic (15 points) Implement the following Boolean function Z(A,B,C,D) = {(1,2,5,7,8,10,11,13,15) 2.1 (5...
Question 2: Combinational Logic (15 points) Implement the following Boolean function Z(A,B,C,D) = {(1,2,5,7,8,10,11,13,15) 2.1 (5 points) Write the truth table for Z. 2.2 (5 points) Implement Z using a single 16:1 multiplexer. Make sure that you mark all inputs and outputs clearly. 2.3 (5 points) Implement Z using an 8:1 multiplexer and all necessary gates. Make sure that you mark all inputs and outputs clearly.
1. Use K-maps to reduce each of the following to a minimized SOP form: (a) A...
1. Use K-maps to reduce each of the following to a minimized SOP form: (a) A + BC + CD (b) ABCD + ABCD + ABCD + ABCD (c) ABCD + CD) + ABCD + CD) + ABCD (d) (AB + ABXCD + CD) (e) AB + AB + CD + CD 2. Use K-maps to find the minimum SOP expression for the logic function shown in the table to the right. Implement the circuit using NAND gates only. Inputs...
VIVA QUESTIONS: 1. Implement the following function using VHDL coding. (Try to minimize if you can)....
VIVA QUESTIONS: 1. Implement the following function using VHDL coding. (Try to minimize if you can). F(A,B,C,D)=(A'+B+C). (A+B'+D'). (B+C'+D') . (A+B+C+D) 2. What will be the no. of rows in the truth table of N variables? 3. What are the advantages of VHDL? 4. Design Ex-OR gate using behavioral model? 5. Implement the following function using VHDL code f=AB+CD. 6. What are the differences between half adder and full adder? 7. What are the advantages of minimizing the logical expressions?...
Logic Q5:(7: Marks) Use the circuit below to answer the following questions: a. Implement this design...
Logic
Q5:(7: Marks) Use the circuit below to answer the following questions: a. Implement this design in a 3-variable truth table, b. implement the truth table in a 3-variable k-map c. find the minimized form of SOP representation of the funct iorn
5. For the following set of Fischer projections answer each of the questions below by circling...
5. For the following set of Fischer projections answer each of the questions below by circling the appropriate letter(s) or letter combination(s). Hint: Redraw the Fischer projections with the longest carbon chain in the vertical direction and having similar atoms in the top and bottom portion. Classify all chiral centers in the first structure as R or S absolute configuration. (X pts) a. Which are optically active? b. Which are meso? c. Which is not an isomer with the others?...
June 18, 2019 2. A system is characterized by the following differential equation: (18 pts) y)...
June 18, 2019 2. A system is characterized by the following differential equation: (18 pts) y) + 2¢(t) +4y(t) = ü(t) +6u(t). A. Determine the transfer function, Y(s)/U(s). B. Derive a state-space representation (using matrices) for the system WITHOUT using Equations (2-34), (2-35) and (2-36) in the required textbook since all these equations have not been presented in class. C. Draw the simulation diagram that corresponds to the state-space representation in Part B
June 18, 2019 2. A system is...
1) Based on the sequential circuit and answer the following questions SOV a) Write equations for...
1) Based on the sequential circuit and answer the following questions SOV a) Write equations for J, K, T, and Z in terms of the input X and the current state given by flip flop outputs QA, QB b) Based on these equations and the properties of JK and Toggle FF's fill out the state table CURRENT NEVT STATE OUTPUT QA QB X- O X=1 X-OX=1 QAQB QAQB 0 0 STATE NEXT STATE OUTPUT c) Based on the State table...
AU PUS Aswer For the following logic expression, apply Shannon's expansion to: a. decompose the function in terms of variables and c, and b synthesize and draw a logic circuit by using a 4-to-1 multiplexer and any other necessary basic gates, based on your decomposed function (with Band Cas the selector inputs) f = ABC + CD + AD Important Final Answer submission Notes: in Blackboard, only the decomposed function needs to be typed into the blank below. Use the...
There are two multiplexers in the following circuit. The three ports A, B, C are inputs, and s) uput(1) Write a truth table for the logic function Y F(A, B, C) of the following cirouit (2) ne inimized Boolean equation for the logic function. B C 01 10 ground P. (5 pts). Use a decoder to implement the following Boolean logic function: Y= AB+AC. Draw schematic of your circuit.
PROBLEM 3 (13 PTS) a) The following circuit has the following logic function: f = $a+sb. ✓ Complete the truth table of the circuit, and sketch the logic circuit (3 pts) 011 b) We can use several instances of the previous circuit to implement different functions. (10 pts) . For example, the following selection of inputs produce the function: g-X1X + Xxx Demonstrate that this is the case. ini in2 i n3 in | in in6in 0 0 x ....
Question 2: Combinational Logic (15 points) Implement the following Boolean function Z(A,B,C,D) = {(1,2,5,7,8,10,11,13,15) 2.1 (5 points) Write the truth table for Z. 2.2 (5 points) Implement Z using a single 16:1 multiplexer. Make sure that you mark all inputs and outputs clearly. 2.3 (5 points) Implement Z using an 8:1 multiplexer and all necessary gates. Make sure that you mark all inputs and outputs clearly.
1. Use K-maps to reduce each of the following to a minimized SOP form: (a) A + BC + CD (b) ABCD + ABCD + ABCD + ABCD (c) ABCD + CD) + ABCD + CD) + ABCD (d) (AB + ABXCD + CD) (e) AB + AB + CD + CD 2. Use K-maps to find the minimum SOP expression for the logic function shown in the table to the right. Implement the circuit using NAND gates only. Inputs...
VIVA QUESTIONS: 1. Implement the following function using VHDL coding. (Try to minimize if you can). F(A,B,C,D)=(A'+B+C). (A+B'+D'). (B+C'+D') . (A+B+C+D) 2. What will be the no. of rows in the truth table of N variables? 3. What are the advantages of VHDL? 4. Design Ex-OR gate using behavioral model? 5. Implement the following function using VHDL code f=AB+CD. 6. What are the differences between half adder and full adder? 7. What are the advantages of minimizing the logical expressions?...
Logic
Q5:(7: Marks) Use the circuit below to answer the following questions: a. Implement this design in a 3-variable truth table, b. implement the truth table in a 3-variable k-map c. find the minimized form of SOP representation of the funct iorn
5. For the following set of Fischer projections answer each of the questions below by circling the appropriate letter(s) or letter combination(s). Hint: Redraw the Fischer projections with the longest carbon chain in the vertical direction and having similar atoms in the top and bottom portion. Classify all chiral centers in the first structure as R or S absolute configuration. (X pts) a. Which are optically active? b. Which are meso? c. Which is not an isomer with the others?...
June 18, 2019 2. A system is characterized by the following differential equation: (18 pts) y) + 2¢(t) +4y(t) = ü(t) +6u(t). A. Determine the transfer function, Y(s)/U(s). B. Derive a state-space representation (using matrices) for the system WITHOUT using Equations (2-34), (2-35) and (2-36) in the required textbook since all these equations have not been presented in class. C. Draw the simulation diagram that corresponds to the state-space representation in Part B
June 18, 2019 2. A system is...
1) Based on the sequential circuit and answer the following questions SOV a) Write equations for J, K, T, and Z in terms of the input X and the current state given by flip flop outputs QA, QB b) Based on these equations and the properties of JK and Toggle FF's fill out the state table CURRENT NEVT STATE OUTPUT QA QB X- O X=1 X-OX=1 QAQB QAQB 0 0 STATE NEXT STATE OUTPUT c) Based on the State table...
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