Design a combinational circuit with 4 inputs ABCD and 1 output F. F is equal to 1 when A =0 provided that B=1 provided that either C and D is also to be equal to 0. Otherwise, the output is equal to 0. a. Obtain the truth table of the circuit. b. Simplify the output function. c. Draw the logic diagram of the circuit using NAND gates with the minimum number of IC's. d. Construct the circuit and test it for proper operation by verifying the condition stated above.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Design, construct and test the following combinational logic problems with minimum number
of IC's. For all ICs in this experiment: Vcc = +5v to pin 14, and 0 (ground) to pin 7.
Transcribed Image Text:Design, construct and test the following combinational logic problems with minimum number of IC's. For all ICs in this experiment: Vcc = +5v to pin 14, and 0 (ground) to pin 7.
Design a combinational circuit with 4 inputs ABCD and 1 output F. F is equal to 1 when A =0
provided that B=1 provided that either C and D is also to be equal to 0. Otherwise, the output is equal
to 0.
a. Obtain the truth table of the circuit.
b. Simplify the output function.
Draw the logic diagram of the circuit using NAND gates with the minimum number of IC's.
d. Construct the circuit and test it for proper operation by verifying the condition stated above.
C.
Transcribed Image Text:Design a combinational circuit with 4 inputs ABCD and 1 output F. F is equal to 1 when A =0 provided that B=1 provided that either C and D is also to be equal to 0. Otherwise, the output is equal to 0. a. Obtain the truth table of the circuit. b. Simplify the output function. Draw the logic diagram of the circuit using NAND gates with the minimum number of IC's. d. Construct the circuit and test it for proper operation by verifying the condition stated above. C.
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