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(a) Sketch a logic circuit diagram that implements the logic function below. F =WXⓇY+XZ (b) Write the truth table for the logic function below. F = X(Y+Z) (c) Derive the logic expression for the circuit shown in Fig. 23(a).

(a) Sketch a logic circuit diagram that implements the logic function below. F =WXⓇY+XZ (b) Write the truth table for the logic function below. F = X(Y+Z) (c) Derive the logic expression for the circuit shown in Fig. 23(a).

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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23. (a) Sketch a logic circuit diagram that implements the logic function below. F =WXⓇY+XZ (b) Write the truth table for the logic function below. F = X(Y+Z) (c) Derive the logic expression for the circuit shown in Fig. 23(a). A Lai Fig. 23(a) (d) Using Boolean identities, simplify the following expression as much as possible. F = (A(B+C) + ABC) (AB) + AB (e) A sensor output voltage signal v at time t = 5 second is quantised as a binary number of 1010. With a resolution of 25 mV and the signal voltage range of 0 to Vmax. Find the output voltage value o at time t = 5 second.
Transcribed Image Text:23. (a) Sketch a logic circuit diagram that implements the logic function below. F =WXⓇY+XZ (b) Write the truth table for the logic function below. F = X(Y+Z) (c) Derive the logic expression for the circuit shown in Fig. 23(a). A Lai Fig. 23(a) (d) Using Boolean identities, simplify the following expression as much as possible. F = (A(B+C) + ABC) (AB) + AB (e) A sensor output voltage signal v at time t = 5 second is quantised as a binary number of 1010. With a resolution of 25 mV and the signal voltage range of 0 to Vmax. Find the output voltage value o at time t = 5 second.
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