How to Draw a State Transition Diagram? Analysis of Clocked Sequential Circuits
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- Опубликовано: 30 июл 2024
- In this video, how to analyse the clocked sequential circuits (FSM) using state diagram is explained using examples.
In this tutorial the basics of the state diagram is explained and how to draw a state diagram of D flip-flops, T flip-flop and JK flip-flop is explained.
And then the procedure for drawing a state diagram of any sequential logic circuit (Mealy and Moore machines) is explained using examples.
By watching this video, you will learn, how to draw a state diagram of any sequential logic circuit.
The other useful videos related to Sequential Circuits:
1. Sequential Circuits (Playlist)
• Sequential Circuits
2. Finite State Machine | Mealy and Moore Machine
• Finite State Machine E...
Topics covered in the video:
0:00 Basics of the State Diagram
4:00 State Transition Diagram of Flip-Flops (D, T and JK Flip-Flops)
11:04 Example 1 (Drawing a State Diagram of Moore Sequential Circuit)
15:25 Example 2 (Drawing a State Diagram of Moore Sequential Circuit)
23:51 Example 3 (Drawing a State Diagram of Mealy Sequential Circuit)
State Transition Diagram:
State transition diagram or state diagram is a pictorial way of representing the behaviour of a sequential circuit or FSM. Each state of the circuit is represented with the circle and the transition from one state to another state is represented with the arrow.
The binary values on the arrow indicates the input which will lead to the state transition.
The output of the circuit can be represented in two ways on a state transition diagram. In a Mealy machine, the output is shown next to the input on the arrow. In a Moore machine, the output is shown within the circle for the given state.
In this video, how to draw a state transition diagram of Mealy and Moore Sequential circuits is explained using the examples.
This video will be helpful to all the students of science and engineering in understanding how to draw a state diagram of sequential circuits.
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For more information, check this playlist on Sequential Circuits.
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Oh my god I cannot believe how wonderfully this complex topic has been explained!
Thanks a lot sir!
Keep up your good work!
What my university teacher couldn't explain properly... This video is awesome if someone's wondering if they should invest 35 mins, then the answer is YES
This was was one of the confusing topic for me. Thank you for covering it. Will make sure to replay multiple times and make some wonderful notes :)
YOU ARE DOING EXCELLENT WORK,❤❤
Excellent work 👍
actually the state transition diagram is deterministic finite automata (DFA).....it comes under the subject theory of computation
That’s true. But it’s also a part of digital electronics in many universities syllabus. Here it is explained more in terms of digital circuit design perspective.
yes sir that's true ...... actually i am trying to link various topics related to our university syllabus also....by the way nice work sir !!!.....In previous semester we have digital electronics subject in our syllabus ....we didn't required any book or some materials to get the knowledge of electronics as your videos make our concept clear about such complex topic like priority encoder, sequence detector etc.... simulation is a necessary thing to digest the circuit😂😂which can not be extracted from books.....in short your effort is truly appreciable for many students like us who are interested to understand the subject in compact manner without using any unnecessary excessive words......again thanks sir for making such wonderful videos❤❤
Thank You sir❤
Super explanation brother, my faculty didn't came near to you
@33:27here won't the output be 0 as when the clock edge comes the output is determined by new state and input not old state and input and since new state is 10 the output will be 0
In mealy circuits, the output is a function of the present state and the inputs. Here, 11 is the present state. And based on that state and input, the output is 1. 10 is the next state. That means in 11 state when input 0, then the Melay machine will go to 10 state. And based on 11 input, its output is 1. That is what is represented in the state diagram. I hope it will clear your doubt.