### Educational Content on Edge-Triggered Registers**Topic: Understanding Edge-Triggered Registers**#### Problem Statement:4. Assume you have an edge-triggered register with four bits. Fill out the output waveform data based on the clock (clk) and input data (D).#### Diagram Explanation:The diagram includes three waveforms:1. **Clk (Clock) Waveform:** - A square waveform representing clock cycles with repeating rising and falling edges. The rising edge is crucial for this problem since it indicates when the register captures input data.2. **D (Data) Waveform:** - A series of data values indicated by binary numbers, aligned with the clock waveform. The values at various segments are: - `1001` - `0010` - `1000` - `1111` - `0001` - `0111` - `0101`3. **Q (Register Output) Waveform:** - Currently incomplete, this line needs to be filled in to represent how the register stores and outputs data after each rising clock edge. - In edge-triggered registers, the data is captured on the rising edge of the clock signal.#### Solution Approach:- At each rising edge of the clock, the data present in the D waveform at that moment will be captured and held by the Q output until the next rising edge.- To complete the Q waveform, note down the values from the D waveform aligned with the rising edges of the Clk waveform: - First Rising Edge: `1001` - Second Rising Edge: `0010` - Third Rising Edge: `1000` - Fourth Rising Edge: `1111` - Fifth Rising Edge: `0001` - Sixth Rising Edge: `0111`The Q waveform should be drawn with these captured values, remaining constant between rising edges.### Summary:This exercise demonstrates how an edge-triggered register works by capturing input data only on the rising edge of a clock signal, holding the value until the next rising edge. This behavior is foundational in digital electronics, enabling precise data synchronization in various circuits.

Actually, registers are used to stores the data or information.

Answered: Assume you have an edge-triggered…

Assume you have an edge-triggered register with four bits. Fill out the output waveform data based on clk and input data (D). D1001 1000 0101 ; 0010 1111 0001 0111

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

### Educational Content on Edge-Triggered Registers

**Topic: Understanding Edge-Triggered Registers**

#### Problem Statement:
4. Assume you have an edge-triggered register with four bits. Fill out the output waveform data based on the clock (clk) and input data (D).

#### Diagram Explanation:

The diagram includes three waveforms:

1. **Clk (Clock) Waveform:**
- A square waveform representing clock cycles with repeating rising and falling edges. The rising edge is crucial for this problem since it indicates when the register captures input data.

2. **D (Data) Waveform:**
- A series of data values indicated by binary numbers, aligned with the clock waveform. The values at various segments are:
- `1001`
- `0010`
- `1000`
- `1111`
- `0001`
- `0111`
- `0101`

3. **Q (Register Output) Waveform:**
- Currently incomplete, this line needs to be filled in to represent how the register stores and outputs data after each rising clock edge.
- In edge-triggered registers, the data is captured on the rising edge of the clock signal.

#### Solution Approach:

- At each rising edge of the clock, the data present in the D waveform at that moment will be captured and held by the Q output until the next rising edge.
- To complete the Q waveform, note down the values from the D waveform aligned with the rising edges of the Clk waveform:
- First Rising Edge: `1001`
- Second Rising Edge: `0010`
- Third Rising Edge: `1000`
- Fourth Rising Edge: `1111`
- Fifth Rising Edge: `0001`
- Sixth Rising Edge: `0111`

The Q waveform should be drawn with these captured values, remaining constant between rising edges.

### Summary:
This exercise demonstrates how an edge-triggered register works by capturing input data only on the rising edge of a clock signal, holding the value until the next rising edge. This behavior is foundational in digital electronics, enabling precise data synchronization in various circuits.

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