For details of standard term assessment timelines and exam structures, visit our Academics page.
WEEK 1
Introduction of Digital compute and logic representation, Voltage Transfer Characteristics using Invertor, small signal analysis, Noise Margin
WEEK 2
Number Systems- Binary, Hexadecimal, Octal representations, Signed Magitude, 2's complement representation
WEEK 3
Sign extension for signed and unsigned number, Logic gates - AND, OR, NOT, NAND, NOR, XOR, XNOR, Truth Table for multiple input circuit, Boolean Algebra
WEEK 4
Properties of Boolean algebra, De- Morgans law, Simplifications
WEEK 5
Boolean simplification using Karnaugh Map , Active low/high inputs and outputs
WEEK 6
Implementing Boolean expression using basic gates, universal gates, Combination circuits, Tristate logic, Static timing analysis
WEEK 7
Problem solving on combination circuits
WEEK 8
Lookup table, Ripple carry adder, magnitude comparator, code converter
WEEK 9
Introcudtion to sequential circuits, Master slave D flipflop, Tristate inverter based master slave D-Flipflop
WEEK 10
Flipflip and its function table, Registers, scan chain
WEEK 11
Finite State Machine(FSM), FSM based analysis of Flipflops, Sequence detector, Counter
WEEK 12
Counter with parallel load, pipelining, Non overlapping clock generator, critical path analysis, Asynchronous sequential circuit.
