### Gated Latch Timing Diagram**Objective:**Complete the timing diagram for the gated latch depicted in the schematic.**Schematic Explanation:**The diagram shows a gated latch with the following logic gates and inputs:- **R**: Reset input- **S**: Set input- **EN**: Enable input- **Q**: Output- **$\overline{Q}$**: Complement of the output (Q bar)The gated latch consists of:- Two AND gates, each taking EN and either S or R as inputs.- A NOR gate and an OR gate to determine the outputs Q and $\overline{Q}$.**Timing Diagram:**The timing diagram specifies the sequence and interaction of signals over time. It consists of horizontal lines representing the following signals, from top to bottom:- **S**- **R**- **EN**- **Q** (Output, initially HIGH as specified)Each line depicts transitions between HIGH (1) and LOW (0) states over a sequence of time intervals. The values change in response to the inputs and the state of the enable signal.**Key Observations:**- When EN is LOW, changes in S and R do not affect the state of Q; it retains its previous state.- When EN is HIGH, the state of Q is influenced by the S and R inputs: - If S is HIGH and R is LOW, Q becomes HIGH. - If R is HIGH and S is LOW, Q becomes LOW. - If both S and R are LOW, Q holds its previous state. - If both S and R are HIGH simultaneously, the output state can be indeterminate depending on the latch design.**Conclusion:**This timing diagram helps in understanding how the gated latch responds to various input combinations, with specific focus on the enable signal's role in controlling the state transitions.

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Complete the timing diagram for the gated latch shown below. R $ R EN O Q is initially HIGH S EN Q Q

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

### Gated Latch Timing Diagram

**Objective:**
Complete the timing diagram for the gated latch depicted in the schematic.

**Schematic Explanation:**
The diagram shows a gated latch with the following logic gates and inputs:
- **R**: Reset input
- **S**: Set input
- **EN**: Enable input
- **Q**: Output
- **$\overline{Q}$**: Complement of the output (Q bar)

The gated latch consists of:
- Two AND gates, each taking EN and either S or R as inputs.
- A NOR gate and an OR gate to determine the outputs Q and $\overline{Q}$.

**Timing Diagram:**

The timing diagram specifies the sequence and interaction of signals over time. It consists of horizontal lines representing the following signals, from top to bottom:
- **S**
- **R**
- **EN**
- **Q** (Output, initially HIGH as specified)

Each line depicts transitions between HIGH (1) and LOW (0) states over a sequence of time intervals. The values change in response to the inputs and the state of the enable signal.

**Key Observations:**
- When EN is LOW, changes in S and R do not affect the state of Q; it retains its previous state.
- When EN is HIGH, the state of Q is influenced by the S and R inputs:
- If S is HIGH and R is LOW, Q becomes HIGH.
- If R is HIGH and S is LOW, Q becomes LOW.
- If both S and R are LOW, Q holds its previous state.
- If both S and R are HIGH simultaneously, the output state can be indeterminate depending on the latch design.

**Conclusion:**
This timing diagram helps in understanding how the gated latch responds to various input combinations, with specific focus on the enable signal's role in controlling the state transitions.

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