Every wire carries a single value.Please help me write the "truth" table (in canonical form - with the inputs "counting up") for this circuit. The image depicts a logic circuit diagram with four main components labeled A, B, C, and Y.### Description of the Logic Circuit:1. **Inputs:** - **A:** Represents one input terminal located at the top left. - **B:** Represents a second input terminal located at the top right. - **C:** Represents a third input terminal located at the bottom left.2. **Connections:** - All three input terminals, A, B, and C, are connected through blue lines to a series of logic gates indicated by the black symbols with arrows. - Two lines intersect, forming connections that manipulate the input signals before reaching the output.3. **Logic Gates:** - The circuit includes multiple logic gates at intersections: - The horizontal line between A and B contains two gates facing opposite directions. - The vertical line connecting C to the main path includes another gate facing upwards, indicating signal processing.4. **Output:** - **Y:** Represents the output terminal located at the bottom right.5. **Direction:** - The black arrow at the top of the circuit indicates the flow direction of signal processing within the circuit.This diagram is used to illustrate how different logic gates and inputs are interconnected to produce an output signal in a digital circuit. Each section may represent various logical operations such as AND, OR, NOR, etc., essential for understanding digital electronics and logic design.

Answered: Every wire carries a single value.…

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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Every wire carries a single value.

Please help me write the "truth" table (in canonical form - with the inputs "counting up") for this circuit.

The image depicts a logic circuit diagram with four main components labeled A, B, C, and Y.

### Description of the Logic Circuit:

1. **Inputs:**
- **A:** Represents one input terminal located at the top left.
- **B:** Represents a second input terminal located at the top right.
- **C:** Represents a third input terminal located at the bottom left.

2. **Connections:**
- All three input terminals, A, B, and C, are connected through blue lines to a series of logic gates indicated by the black symbols with arrows.
- Two lines intersect, forming connections that manipulate the input signals before reaching the output.

3. **Logic Gates:**
- The circuit includes multiple logic gates at intersections:
- The horizontal line between A and B contains two gates facing opposite directions.
- The vertical line connecting C to the main path includes another gate facing upwards, indicating signal processing.

4. **Output:**
- **Y:** Represents the output terminal located at the bottom right.

5. **Direction:**
- The black arrow at the top of the circuit indicates the flow direction of signal processing within the circuit.

This diagram is used to illustrate how different logic gates and inputs are interconnected to produce an output signal in a digital circuit. Each section may represent various logical operations such as AND, OR, NOR, etc., essential for understanding digital electronics and logic design.

Expert Solution

Step 1: What is given and what to do:

Given:

a PMOS circuit,

we need to:

create a truth table for all three inputs counting up.

Note:

In PMOS, if the gate voltage is LOW (Gate = 0), the circuit behaves as ON switch, meaning that the source and the drain are connected. If the gate voltage is HIGH (Gate = 1), the circuit behaves as OFF switch, meaning that the source and the drain are disconnected.

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