Unit 2: Combinational Logic Design

This unit covers Boolean algebra, logic gates, Karnaugh maps, and combinational circuit design including encoders, decoders, and displays.

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Lessons

Code	Lesson	Topics
2.1.0	Intro to Logic & AOI Gates	AND, OR, INVERTER basics
2.1.1	Truth Tables	Truth tables, logic expressions
2.1.2	Circuit Analysis	Reading and analyzing AOI circuits
2.1.3	AOI Implementation	Building circuits from expressions
2.1.4	Boolean Algebra	Theorems, postulates, simplification
2.1.5	DeMorgan’s Theorem	DeMorgan’s, bubble pushing
2.2.1	Karnaugh Maps	K-maps, grouping, don’t cares
2.2.2	Universal Gates	NAND/NOR as universal gates
2.2.3	AOI Conversion	Converting AOI to NAND/NOR
2.2.4	K-Map Grouping & POS	Product of Sums
2.2.5	Fireplace Control	Design challenge
2.2.6	Majority Vote	Design challenge
2.3.1	Hexadecimal & Octal	Number system conversions
2.3.2	Seven-Segment Display	BCD to 7-segment decoding
2.3.3	MUX & DEMUX	Multiplexers, demultiplexers
2.3.4	Two’s Complement	Signed numbers, complement arithmetic
2.3.5	XOR/XNOR Gates	Exclusive OR/NOR gates
2.3.6	Binary Adders	Half adder, full adder, ripple carry
2.4.1	Six-Digit Date Display	Design challenge project