Digital Electronics Tutorial

Last updated : May 11, 2023

This digital electronics tutorial contains all the basic to advance digital electronics topics like combinational logic, flip-flop, digital signal processing, binary number, computers, sequential logic, Analog-to-digital converter, numeral system, Boolean algebra, and many more.

Digital Electronics Tutorial Topics

  1. Computer Number Systems and Its Types
  2. Representation of Number Systems
  3. Decimal to Binary Number System Conversion
  4. Decimal to Octal Number System Conversion
  5. Decimal to Hexadecimal Number System Conversion
  6. Binary to Decimal Number System Conversion
  7. Binary to Octal Number System Conversion
  8. Binary to Hexadecimal Number System Conversion
  9. Octal to Binary, Decimal, and Hexadecimal Number Systems Conversion
  10. Hexadecimal to Binary, Octal, and Decimal Number Systems Conversion
  11. Binary Addition and Subtraction with Examples
  12. Binary Multiplication and Division with Examples
  13. Signed Representation of Binary Numbers
  14. Floating Point Representation of Binary Numbers
  15. r's and (r-1)'s Complement of Numbers
  16. Binary Coded Decimal (BCD Code) and Its Addition
  17. Error-Detecting Code and Parity
  18. Excess-3 (XS-3) Code and Gray Code
  19. Logic Gates: Definition, Types, Uses, Symbols, Truth Tables
  20. Universal Gates: NAND and NOR with Examples
  21. Duality Principle and Rules for Reduction of Boolean Expressions
  22. Axioms and Laws of Boolean Algebra
  23. Realization of Boolean Expressions using Basic Logic Gates
  24. Realization of Boolean Expressions using only Universal Gates
  25. Solved Examples on Reduction of Boolean Expression
  26. Karnaugh Maps (K-Maps): Meaning, Types, Representations
  27. POS and SOP Form Representations of a Boolean Function
  28. Min and Max Terms Notation in Boolean Algebra
  29. Mapping of expressions on K-Map and Encircling of groups
  30. Karnaugh Maps with Don't Care Conditions
  31. Combinational Circuits and Its Design Procedure
  32. Half & Full Adders, Design Full Adder Using Half Adder
  33. Half & Full Subtractors, Design Full Subtractor Using Half Subtractors
  34. N-bit Parallel Adders (4-bit Binary Adder and Subtractor)
  35. Construction of Code Converters
  36. SR Latch in Digital Electronics
  37. Sequential Circuits in Digital Electronics
  38. Concept of Read Only Memory (ROM)
  39. Concept of Random Access Memory (RAM)
  40. Conversion of Flip-Flops
  41. Solved Examples on Conversion of Flip-Flops
  42. Programmable Array Logic (PAL)
  43. Programmable Logic Array (PLA)
  44. Magnetic Memories: Types, Advantages, and Disadvantages
  45. The JK Flip Flop in Digital Electronics
  46. Race Around Condition in JK Flip Flop and T Flip Flop
  47. Master-Slave JK Flip Flop and Its Working
  48. Programmable Logic Devices in Digital Electronics
  49. How to Design Asynchronous Counters?
  50. How to Design Synchronous Counters?
  51. Examples of Designing of Synchronous Mod-N Counters
  52. Examples of Designing of Arbitrary Sequence Counters and Bidirectional Counter
  53. Magnitude Comparator: Types, Applications, and Design

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