First Year Digital Course. Demonstrations:
Binary
Logic: Basic
Boolean
Operators (AND, OR, NOT).
Boolean algebra:
De Morgan's Laws. Further Boolean
Operators (XOR, NAND, NOR). Minimization
of logic functions using boolean algebra; using Karnaugh
maps.
Binary Arithmetic:
Conversion between decimal and binary notations
(Conversion from integer
decimal to binary or from
fraction decimal to binary, and from
binary to decimal). Addition
of binary numbers.
Sequential Logic: Sequential
logic elements including S-R flip-flops (RS
Flip-Flop Using NOR Gates , RS
Flip-Flop Using AND Gates, Clocked
RS Flip-Flop ), D flip-flops(D
Type Flip-Flop), and J-K flip-flops(JK
Flip-Flop).
Applications of flip-flops:
including Data
Registers and shift registers( Shift
Registers, Shift
Registers With Parallel Inputs, Right-Left
Shift Register, Shift
Registers With Feed-Back).
Created by Final Year Project Supervised by Derek Molloy
Ana Cristina Fernandez EE4. DCU