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1. A circuit containing two FET transistors is shown below. The values of Va and Vb can be either 5 V (digital 1) or OV (digital 0). Similar to what we did in class, draw a table that lists the four possible combinations of Va and Vb, and the corresponding output voltage Vout. Which digital logic gate does this correspond to (AND, NAND, OR, or NOR)? 5 V R 5 V Va Vout ww R FET 2. Repeat problem 1 for the circuit below. Vb Vout FET Va Vb LL FET1 FET2

1. A circuit containing two FET transistors is shown below. The values of Va and Vb can be either 5 V (digital 1) or OV (digital 0). Similar to what we did in class, draw a table that lists the four possible combinations of Va and Vb, and the corresponding output voltage Vout. Which digital logic gate does this correspond to (AND, NAND, OR, or NOR)? 5 V R 5 V Va Vout ww R FET 2. Repeat problem 1 for the circuit below. Vb Vout FET Va Vb LL FET1 FET2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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## Transcription for Educational Website ### Problem 1 #### Circuit Description: A circuit containing two Field-Effect Transistors (FETs) is shown. The values of Va and Vb can be either 5 V (representing a digital 1) or 0 V (representing a digital 0). Your task is to draw a table that lists the four possible combinations of Va and Vb, and the corresponding output voltage Vout. Determine which digital logic gate this circuit represents (AND, NAND, OR, or NOR). #### Circuit Diagram Explanation: - **5 V Source:** Provides constant voltage supply. - **Resistor (R):** Current-limiting component connected to the Vout node. - **FETs Arrangement:** - The first FET is controlled by Va. - The second FET is controlled by Vb. #### Task: Draw a truth table for the circuit showing the combinations of Va and Vb inputs and the resulting Vout output. Identify the logic gate based on this table. ### Problem 2 #### Circuit Description: Repeat the analysis for the second circuit shown. #### Circuit Diagram Explanation: - **5 V Source:** Provides the voltage supply, similar to the first circuit. - **Resistor (R):** Connected directly to the Vout node. - **FETs (FET1 and FET2):** - FET1’s gate is controlled by Va. - FET2’s gate is controlled by Vb. #### Task: Draw a truth table for this circuit as well, and determine which logic gate it represents.
Transcribed Image Text:## Transcription for Educational Website ### Problem 1 #### Circuit Description: A circuit containing two Field-Effect Transistors (FETs) is shown. The values of Va and Vb can be either 5 V (representing a digital 1) or 0 V (representing a digital 0). Your task is to draw a table that lists the four possible combinations of Va and Vb, and the corresponding output voltage Vout. Determine which digital logic gate this circuit represents (AND, NAND, OR, or NOR). #### Circuit Diagram Explanation: - **5 V Source:** Provides constant voltage supply. - **Resistor (R):** Current-limiting component connected to the Vout node. - **FETs Arrangement:** - The first FET is controlled by Va. - The second FET is controlled by Vb. #### Task: Draw a truth table for the circuit showing the combinations of Va and Vb inputs and the resulting Vout output. Identify the logic gate based on this table. ### Problem 2 #### Circuit Description: Repeat the analysis for the second circuit shown. #### Circuit Diagram Explanation: - **5 V Source:** Provides the voltage supply, similar to the first circuit. - **Resistor (R):** Connected directly to the Vout node. - **FETs (FET1 and FET2):** - FET1’s gate is controlled by Va. - FET2’s gate is controlled by Vb. #### Task: Draw a truth table for this circuit as well, and determine which logic gate it represents.
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