Digital Electronics FULL Scanned Lecture Notes for Entrance Exams - RAJ Edition

0
   
Digital Electronics Full Scanned Lecture Notes from Reputed Institutions and Faculties. Useful for Electrical as well as Electronics Engineers , Specially for Candidates Appearing for GATE Exams.

Content :
  • Boolean logical ideas
  • Symbol for logic gates
  • Duality
  • 1. Interchange the operators
  • 2. Interchange the identities
  • Degenerative forms
  • Complimenting a Boolean expression
  • Venn diagram
  • Logic minimization techniques
  • 1. Boolean algebra
  • 2. Associative laws
  • 3. Distributive law
  • 4. Consensus theorem
  • 5. Transposition theorem
  • 6. Absorption law
  • 7. Redundant literal rule (RLR_
  • 8. Sum of product
  • 9. Product of sum
  • K –map
  • Redundant groups
  • a. Implicates
  • b. Non-prime implicate
  • c. Prime implicate
  • d. Essential prime implicate
  • e. Selective prime implicate
  • f. Redundant prime implicate
  • Diagonal grouping
  • Offset in k- map
  • Don’t care condition
  • 5 variable k- map
  • Sequential circuits
  • 1. NAND gate latch
  • 2. NOR gate latch
  • JK flip flop
  • D - Flip flop
  • T- Flip flop
  • Designing of flip flops
  • Race around problems
  • Methods to avoid race around problems
  • Shift registers
  • Counters
  • Ordinary ring counter
  • Self  started ring counters
  • Asynchronous counters
  • Down counters
  • Synchronous counters
  • State reduction method
  • Equivalent states
  • Reduction types
  • 1. Mealy methods
  • 2. Moore methods
  • Combinational circuits
  • Half adder 
  • Half subtractor
  • Full adder
  • Full subtractor
  • Decoder
  • Demultiplexer
  • Multiplexer
  • Encoder
  • Priority Encoder
  • Code and code converters
  • Binary to gray conversion
  • Gray to binary conversion
  • BCD to 7 sigment display
  • Ripple carry adder
  • Magnitude comparator
  • Compliment methods
  • BCD addition
  • BCD subtraction
  • Number representation
  • Logic family
  • Switching devices as logic gates
  • Resistor transistors logic (RTL)
  • N MOS
  • Device transistor logic (DTL)
  • Fan in
  •  Fan out
  • Procedure to find fan out
  • Noise immunity 
  • Noise margin
  • Procedure to find noise margin
  • Procedure to find power dissipation
  • High threshold logic (HTL)
  • Transistor transistor  loguc (TTL)
  • TTL
  • 1. Totempole TTL 
  • 2. open collector TTL
  • 3. Tri state TTL
  • Voltage and current parameters
  • ECL (Emitter coupled logic)
  • Converters
  • Characteristic parameters of DAC
  • Weighted resistance type DAC
  • ADC
  • 1. Digital ramp type
  • 2. Successive approximation type ADC
  • 3. Simultaneous type
  • 4. Dual slope type ADC
  • Memory
  • Designing by ROM
  • Master slave JK flip flop
Attachment : Click Here
New Share your Study Materials with us : Click Here