Digital Logic syllabus

Digital Logic

• 1 Binary Systems (6 Hrs.)

  • Digital computers and digital systems
  • Binary numbers and base conversions
  • Octal and hexadecimal numbers
  • Complements and binary codes
• 2 Boolean Algebra and Logic Gates (6 Hrs.)

  • Boolean algebra definitions and axioms
  • Theorems and properties
  • Boolean functions and canonical/standard forms
  • Digital logic gates
• 3 Simplification of Boolean Functions (8 Hrs.)

  • Karnaugh maps with two, three and four variables
  • Product-of-sums simplification
  • NAND and NOR implementation
  • Don't-care conditions
• 4 Combinational Logic (13 Hrs.)

  • Design procedure
  • Adders, subtractors and binary parallel adders
  • Encoders and decoders
  • Multiplexers and demultiplexers
  • ROM and programmable logic arrays
• 5 Sequential Logic (8 Hrs.)

  • Flip-flops and triggering
  • Analysis of clocked sequential circuits
• 6 Registers, Counters, and the Memory Unit (7 Hrs.)

  • Registers and shift registers
  • Ripple and synchronous counters
  • Timing sequences and memory unit
• 7 Laboratory Works

  • Logic gates
  • Adders and subtractors
  • Decoders and multiplexers
  • Sequential circuits and counters