DIGITAL ELECTRONICS

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Module 1: Fundamentals and Logic Families

  1. Q1a. What is the use of K-map?20242m

    Module 1: Fundamentals and Logic Families

    What is the use of K-map?

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  2. Q1a. Convert the decimal number 108.25 to its binary equivalent.20232m

    Module 1: Fundamentals and Logic Families

    Convert the decimal number 108.25 to its binary equivalent.

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  3. Q1b. Discuss Universal gates.20242m

    Module 1: Fundamentals and Logic Families

    Discuss Universal gates.

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  4. Q1c. Add hexadecimal number 2ABC and 98F2.20242m

    Module 1: Fundamentals and Logic Families

    Add hexadecimal number 2ABC2ABC and 98F298F2.

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  5. Q1e. Find 2's complement of 1011011.20242m

    Module 1: Fundamentals and Logic Families

    Find 2's complement of 10110111011011.

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  6. Q1f. Find 2's complement of 1011011.20232m

    Module 1: Fundamentals and Logic Families

    Find 2's complement of 1011011.

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  7. Q1g. Define the term propagation delay.20242m

    Module 1: Fundamentals and Logic Families

    Define the term propagation delay.

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  8. Q1h. Add hexadecimal numbers 2ABC and 78F2.20232m

    Module 1: Fundamentals and Logic Families

    Add hexadecimal numbers 2ABC and 78F2.

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  9. Q1j. What is the use of a K-map?20232m

    Module 1: Fundamentals and Logic Families

    What is the use of a K-map?

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  10. Q2a. Realize XNOR logic function using NAND gate only.20247m

    Module 1: Fundamentals and Logic Families

    Realize XNOR logic function using NAND gate only.

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  11. Q2b. Realize XNOR logic function using NAND gates only.20237m

    Module 1: Fundamentals and Logic Families

    Realize XNOR logic function using NAND gates only.

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  12. Q4b. Implement NAND gate using TTL logic family.20247m

    Module 1: Fundamentals and Logic Families

    Implement NAND gate using TTL logic family.

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  13. Q9b. Write a short note on Digital IC logic families.20247m

    Module 1: Fundamentals and Logic Families

    Write a short note on Digital IC logic families.

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