Finite state machine is one of the main modelling techniques to represent and design a sequential circuit.
This section takes a classic example of logic designed to demonstrate the power of FSM in describing
sequential circuits.
The vending machine, the example that will be explained throughout this section, is a representative
example of a wide range of industrial applications in the area of logic design.
This section's main goal is to demonstrate how to describe an effort to design digital logic controllers
use in real applications to achieve this goal, we will take the vending machine controller and go through
the circuit design and debug steps in each of us.
These are the objectives of this section.
Modelling a digital controller with a relatively complex FSA describing a complex FSM in actualised
and demonstrate its behavior on the basis through both.
This section consists of five lectures, this video of the first lecture clarifies the goal of this
section, and it's a structure.
The next lecture defines the functionality of a vending machine that sells candy bars for 25 cents and
describe its related efforts.
The third lecture explains how to describe the vending machines for some in the vending machine logic
sentences and running the controller on the basis three report will be explained in lecture for the
last lecture, as usual, gives you a couple of exercises to master the techniques explained throughout
the section.
After finishing the section, you will be able to describe a complex FSM in Etchells with confidence
that for some tasks on the basis three bore.
The next lecture will define a vending machine and explain how to model that in.
These are our takeaway messages using FSM to describe a digital controller is essential in logic design
area.
Describing FSM in Nicholas is a must have skill for high level scientists engineers.
Now, the police question, what is a digital succored controller?