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The students are required to design a special counter with an x input that counts the digits/letters in your student ID as given below. ● When x=1 counter must count forward, ie., if your student ID is 120202015, the counter counts starting from the most significant digit 1 →2 → 0→2-0→... When x=0 counter must count backward, ie, 5 → 1→0→2→0→→ ... starting from wherever the last digit was during the previous count operation. The counter must contain an asynchronous preset or clear input to force the counter to a known initial state. The counter output should be connected to a 7-segment display to demonstrate the correct operation. a) Derive the state diagram, describe the meaning of each state clearly. Specify the type of the sequential circuit (Mealy or Moore), b) Determine the number of state variables to use and assign binary codes to the states in the state diagram, c) Choose the type of the FFs for the implementation. Give the complete state table of the counter, using reverse characteristics tables of the corresponding FFs d) Obtain Boolean functions for state inputs and output(s), e) Draw the corresponding circuit diagram for the student ID counter,

The students are required to design a special counter with an x input that counts the digits/letters in your student ID as given below. ● When x=1 counter must count forward, ie., if your student ID is 120202015, the counter counts starting from the most significant digit 1 →2 → 0→2-0→... When x=0 counter must count backward, ie, 5 → 1→0→2→0→→ ... starting from wherever the last digit was during the previous count operation. The counter must contain an asynchronous preset or clear input to force the counter to a known initial state. The counter output should be connected to a 7-segment display to demonstrate the correct operation. a) Derive the state diagram, describe the meaning of each state clearly. Specify the type of the sequential circuit (Mealy or Moore), b) Determine the number of state variables to use and assign binary codes to the states in the state diagram, c) Choose the type of the FFs for the implementation. Give the complete state table of the counter, using reverse characteristics tables of the corresponding FFs d) Obtain Boolean functions for state inputs and output(s), e) Draw the corresponding circuit diagram for the student ID counter,

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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The students are required to design a special counter with an x input that counts the digits/letters in your student ID as given below. ● ● ● When x=1 counter must count forward, ie., if your student ID is 120202015, the counter counts starting from the most significant digit 1 → 2 →0→20→ When x=0 counter must count backward, ie, 5 → 1-0→20→ starting from wherever the last digit was during the previous count operation. The counter must contain an asynchronous preset or clear input to force the counter to a known initial state. The counter output should be connected to a 7-segment display to demonstrate the correct operation. a) Derive the state diagram, describe the meaning of each state clearly. Specify the type of the sequential circuit (Mealy or Moore), b) Determine the number of state variables to use and assign binary codes to the states in the state diagram, c) Choose the type of the FFs for the implementation. Give the complete state table of the counter, using reverse characteristics tables of the corresponding FFs d) Obtain Boolean functions for state inputs and output(s), e) Draw the corresponding circuit diagram for the student ID counter,
Transcribed Image Text:The students are required to design a special counter with an x input that counts the digits/letters in your student ID as given below. ● ● ● When x=1 counter must count forward, ie., if your student ID is 120202015, the counter counts starting from the most significant digit 1 → 2 →0→20→ When x=0 counter must count backward, ie, 5 → 1-0→20→ starting from wherever the last digit was during the previous count operation. The counter must contain an asynchronous preset or clear input to force the counter to a known initial state. The counter output should be connected to a 7-segment display to demonstrate the correct operation. a) Derive the state diagram, describe the meaning of each state clearly. Specify the type of the sequential circuit (Mealy or Moore), b) Determine the number of state variables to use and assign binary codes to the states in the state diagram, c) Choose the type of the FFs for the implementation. Give the complete state table of the counter, using reverse characteristics tables of the corresponding FFs d) Obtain Boolean functions for state inputs and output(s), e) Draw the corresponding circuit diagram for the student ID counter,
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