• Lecture Digital Logic & Design: Lesson 1

    Lecture Digital Logic & Design: Lesson 1

    Lecture Digital Logic & Design: Lesson 1 provide students with knowledge about overview of the course and in the latter part I would start with discussion on Number systems; discussing the difference between Analogue and Digital Quantities and their electronic representation;...

     42 p stu 22/08/2023 73 0

  • Lecture Digital Logic & Design: Lesson 5

    Lecture Digital Logic & Design: Lesson 5

    Lecture Digital Logic & Design: Lesson 5 provide students with knowledge about logic gates; basic building blocks; logic gate symbol; unique function; truth or function table; function expression; timing diagram;...

     25 p stu 22/08/2023 72 0

  • Lecture Digital Logic & Design: Lesson 6

    Lecture Digital Logic & Design: Lesson 6

    Lecture Digital Logic & Design: Lesson 6 provide students with knowledge about NOR universal gate; NAND-NOR universal gate; NAND gate applications; XOR gate function; XOR Gate timing diagram; XNOR gate timing diagram; consider the two XOR and a single XNOR gate based logic circuit used to detect even number of 1’s in a 4-bit binary input combination;...

     24 p stu 22/08/2023 70 0

  • Lecture Digital Logic & Design: Lesson 7

    Lecture Digital Logic & Design: Lesson 7

    Lecture Digital Logic & Design: Lesson 7 provide students with knowledge about logic gates; operational characteristics: DC supply voltage, noise margin, power dissipation, frequency response, fan out; power dissipation varies with frequency for CMOS;...

     27 p stu 22/08/2023 66 0

  • Lecture Digital Logic & Design: Lesson 15

    Lecture Digital Logic & Design: Lesson 15

    Lecture Digital Logic & Design: Lesson 15 provide students with knowledge about combinational functional devices; BCD addition and error conditions; single digit BCD adder circuit (fig 1); BCD error detection ckt. (tab 1,fig 2,3); connection of error detection ckt. (fig4);...

     6 p stu 22/08/2023 65 0

  • Lecture Digital Logic & Design: Lesson 13

    Lecture Digital Logic & Design: Lesson 13

    Lecture Digital Logic & Design: Lesson 13 provide students with knowledge about odd prime number; combinational logic: implementation of SOP using AND-OR, implementation of POS using OR-AND; design and implementation of digital circuits; adjacent 1s detector circuit;...

     32 p stu 22/08/2023 68 0

  • Lecture Digital Logic & Design: Lesson 14

    Lecture Digital Logic & Design: Lesson 14

    Lecture Digital Logic & Design: Lesson 14 provide students with knowledge about combinational functional devices; odd-parity function; SOP expression simplification; simplifying expression; odd-parity generator circuit; XOR & XNOR gates; parity generator circuit;...

     33 p stu 22/08/2023 68 0

  • Lecture Digital Logic & Design: Lesson 12

    Lecture Digital Logic & Design: Lesson 12

    Lecture Digital Logic & Design: Lesson 12 provide students with knowledge about comparator circuit; function table for A>B; function table for A=B; function table for A

     27 p stu 22/08/2023 66 0

  • Lecture Digital Logic & Design: Lesson 11

    Lecture Digital Logic & Design: Lesson 11

    Lecture Digital Logic & Design: Lesson 11 provide students with knowledge about mapping a standard POS expression; simplification of POS expressions using K-map; conversion between SOP & POS using K-map; 5-Variable K-map; simplification of a 5-Variable K-map; 5-Varaible K-map simplification;...

     36 p stu 22/08/2023 67 0

  • Lecture Digital Logic & Design: Lesson 8

    Lecture Digital Logic & Design: Lesson 8

    Lecture Digital Logic & Design: Lesson 8 provide students with knowledge about boolean algebra and logic simplification; boolean addition performed by OR gate; sum term describes boolean addition; boolean multiplication performed by AND gate; product term describes boolean multiplication;...

     28 p stu 22/08/2023 26 0

  • Lecture Digital Logic & Design: Lesson 9

    Lecture Digital Logic & Design: Lesson 9

    Lecture Digital Logic & Design: Lesson 9 provide students with knowledge about analysis of logic circuits; evaluating boolean expression; representing results in a truth table; simplification of boolean expression into SOP or POS form; representing results in a truth table;...

     34 p stu 22/08/2023 26 0

  • Lecture Digital Logic & Design: Lesson 10

    Lecture Digital Logic & Design: Lesson 10

    Lecture Digital Logic & Design: Lesson 10 provide students with knowledge about simplification of boolean expressions; skills of applying rules and laws; K-map provides a systematic method; mapping of standard SOP expression; mapping of non-standard SOP expression;...

     30 p stu 22/08/2023 26 0

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