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Digital Electronics-1 (26831)
  • Course Overview
    • Course Outline
    • Syllabus
    • Marks Distribution
    • Routine
  • Review Class on Course overview
    • Class Link for Review class on Course overview
  • Lesson Plan
    • lessoon plan
    • Lesson Plan of Hole Semester
  • Suggestions
    • Broad Questions
    • Supper short suggestion
    • Mid Term Suggestion
    • Final Term Suggestion
  • Chapter 1: Basic Concept's of Digital Electronics
    • lecture -01: electronics& Digital Signal.
    • Analog and Digital signals
      • video
  • Chapter 02: Understand the Binary Arithmetic Operation
    • Lecture -01: Conversion of one number to another number
      • Quiz
    • video link
      • conversion video
    • Lecture 2:Hamming code. parity checked code.
  • Chapter 3: Understand the concept of Logic gates.
    • Lecture 1: AND, OR ,NOT , NAND, NOR Gate
      • concept of logic gate
      • Quiz
    • Lecture 2: Boolean Algebra
      • Boolean algebra video
  • Chapter 4: Understand the features of the logic families and digital IC’s.
    • Lecture 1:MOS logic families, Transistor logic families
    • Lecture 2: the terms propagation delay time, speed, noise immunity,
  • Chapter 5: Understand the concepts of electronic circuit of logic gates & logic IC’s.
    • Lecture 1: standard TTL NAND gate. CMOS NAND & NOR gates. Integrated circuit IC’s such as AND, OR, NAND etc.
    • Lecture 2:Mention IC package, code numbers, and important specification of TTL/MOS commercial IC gates.
  • Chapter 6: Concepts of electronic circuit of logic gates
    • Lecture 1:Boolean algebra. theorems and its applications.
      • boolean algebra
    • Lecture 2:SOP & POS form from truth table. Boolean expression from a K-map and design logic circuit
  • Chapter 7: Understand various combinational logic circuits.
    • Lecture 1: Half adder
      • Half adder
      • Quiz
    • Lecture 2 pic
    • Lecture 3: Full Subtractor
  • Chapter 8: Design Logic Circuit
    • Half Subtractor (Bengali )
    • Multiplexers and DeMultiplexers
  • Chapter- 08 : Digital Circuit Design
    • De Morgan's law [in bangla] || De Morgan's theorem with example [bangla tutorial]
    • Boolean Algebra : SOP and POS Canonical form in bengali, WBCHSE class 11 Computer application
  • Chapter-09 :Sequential Logic Circuit
    • Flip Flop & Latch
    • Latch and Flip-Flop Explained | Difference between the Latch and Flip-Flop
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