A coke vending machine is to be designed. A can of coke is selling at $3. The machine takes only $2 and $1 coins. Each time only one coin is allowed to be deposited into the machine. If the deposits are less than $3, the machine will not produce anything. If there are deposits of a total of $3, the machine will automatically produce a drink with no change. If there are deposits of a total of $4, the machine will produce a drink together with a $1 change. If the cancel button is pressed, the machine will release no drink with the deposited amount return. Design the coke vending machine using Mealy model with JK flip-flops and minimum number of states. (Give the answer with state diagram, stable table, excitation table, and K-map for all functions only). Inputs X1 Xo 0 0 0 1 1 0 1 1 Meaning No Action Insert a $1 coin Insert a $2 coin Press the cancel button

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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A coke vending machine is to be designed. A can of coke is selling at $3. The machine takes
only $2 and $1 coins. Each time only one coin is allowed to be deposited into the machine. If
the deposits are less than $3, the machine will not produce anything. If there are deposits of a
total of $3, the machine will automatically produce a drink with no change. If there are deposits
of a total of $4, the machine will produce a drink together with a $1 change. If the cancel button
is pressed, the machine will release no drink with the deposited amount return. Design the coke
vending machine using Mealy model with JK flip-flops and minimum number of states. (Give
the answer with state diagram, stable table, excitation table, and K-map for all functions only).
Inputs
X1 Xo
0 0
0 1
1 0
1 1
Meaning
No Action
Insert a $1 coin
Insert a $2 coin
Press the cancel button
Transcribed Image Text:A coke vending machine is to be designed. A can of coke is selling at $3. The machine takes only $2 and $1 coins. Each time only one coin is allowed to be deposited into the machine. If the deposits are less than $3, the machine will not produce anything. If there are deposits of a total of $3, the machine will automatically produce a drink with no change. If there are deposits of a total of $4, the machine will produce a drink together with a $1 change. If the cancel button is pressed, the machine will release no drink with the deposited amount return. Design the coke vending machine using Mealy model with JK flip-flops and minimum number of states. (Give the answer with state diagram, stable table, excitation table, and K-map for all functions only). Inputs X1 Xo 0 0 0 1 1 0 1 1 Meaning No Action Insert a $1 coin Insert a $2 coin Press the cancel button
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