Present Next state Outp state w = 0 w = 1 Y2Y1 00 10 11 01 01 00 10 11 00
Present Next state Outp state w = 0 w = 1 Y2Y1 00 10 11 01 01 00 10 11 00
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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Question
An FSM is defined by the state-assigned table in Figure P6.1. Derive a circuit that realizes this FSM using D flip-flops.
The graph below represents a State-assigned table for the problem.

Transcribed Image Text:The image depicts a state transition table for a sequential circuit. The table is organized into four columns:
1. **Present State (y₂y₁):**
- Represents the current state of the system using two bits, y₂ and y₁.
2. **Next State (for w = 0) (Y₂Y₁):**
- Shows the next state of the system when the input w is 0.
3. **Next State (for w = 1) (Y₂Y₁):**
- Shows the next state of the system when the input w is 1.
4. **Output (z):**
- Lists the output z for each present state.
The table details are as follows:
- **Present State 00:**
- Next State with w = 0: 10
- Next State with w = 1: 11
- Output: 0
- **Present State 01:**
- Next State with w = 0: 01
- Next State with w = 1: 00
- Output: 0
- **Present State 10:**
- Next State with w = 0: 11
- Next State with w = 1: 00
- Output: 0
- **Present State 11:**
- Next State with w = 0: 10
- Next State with w = 1: 01
- Output: 1
This table is typically used in the design and analysis of state machines, aiding in understanding how the system transitions between states based on input and what output is generated.
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