**Exercise 2: Complete the Timing Diagram for the AND Gate****Diagram Explanation:**This exercise involves completing a timing diagram for an AND gate, which is a fundamental digital logic gate that outputs true or high (1) only if all of its inputs are true or high.**Components:**1. **AND Gate Symbol:** - The diagram includes a symbol for an AND gate with two inputs, labeled as 'a' and 'b', and one output labeled as 'y'.2. **Input Waveforms:** - The waveform for input 'a' is shown as initially low (0), then transitioning to high (1), and remaining high. - The waveform for input 'b' is initially low (0), becomes high, returns to low, and becomes high again.3. **Output Waveform (y):** - The section for the output 'y' is currently empty and needs to be completed based on the logic of the AND gate.**How to Complete:**- The output 'y' will only be high (1) when both inputs 'a' and 'b' are high simultaneously. - Analyze the states of the inputs to determine when both are high, and fill in the output 'y' waveform accordingly: - When both 'a' and 'b' are high, depict 'y' as high. - In all other states, 'y' should be low.This exercise helps understand how the AND gate processes input signals to generate the appropriate output.

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2. Complete the timing diagram for the AND gate below

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

**Exercise 2: Complete the Timing Diagram for the AND Gate**

**Diagram Explanation:**

This exercise involves completing a timing diagram for an AND gate, which is a fundamental digital logic gate that outputs true or high (1) only if all of its inputs are true or high.

**Components:**

1. **AND Gate Symbol:**
- The diagram includes a symbol for an AND gate with two inputs, labeled as 'a' and 'b', and one output labeled as 'y'.

2. **Input Waveforms:**
- The waveform for input 'a' is shown as initially low (0), then transitioning to high (1), and remaining high.
- The waveform for input 'b' is initially low (0), becomes high, returns to low, and becomes high again.

3. **Output Waveform (y):**
- The section for the output 'y' is currently empty and needs to be completed based on the logic of the AND gate.

**How to Complete:**

- The output 'y' will only be high (1) when both inputs 'a' and 'b' are high simultaneously.
- Analyze the states of the inputs to determine when both are high, and fill in the output 'y' waveform accordingly:
- When both 'a' and 'b' are high, depict 'y' as high.
- In all other states, 'y' should be low.

This exercise helps understand how the AND gate processes input signals to generate the appropriate output.

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