Unit 1 Foundations in Electronics
General Electronics Safety: 10 Tips for Digital Electronics Safety
Circuit Theory
Series & Parallel Circuits
Analog vs Digital
Ohm’s Law and Kirchhoff’s Voltage Law
Current Laws
Circuit Theory: Breadboarding
Binary Number System
Scientific and Engineering Notation
Unit 2 Combinational Logic
AOI Combinational Design
AOI Logic Analysis: Circuit to Truth Table to Logic Expression
Circuit Simplification: Boolean Algebra
Circuit Simplification: DeMorgan's Theorems
Karnaugh Mapping
Universal Gates: NAND Logic Design
Universal Gates: NOR Logic Design
Octal & Hexadecimal Number Systems
Seven-Segment Displays
Multiplexers & De-multiplexers
Two’s Complement Arithmetic
XOR, XNOR, & Binary Adders
Unit 3 Sequential Logic
Sequential Logic: D Flip-Flops and J/K Flip-Flops
Asynchronous Counters: Small Scale Integration (SSI)
Synchronous Counters: Small Scale Integration (SSI)
Unit 4 Controlling Real World Systems
Projects
Project 2.1.6 AOI Logic Design: Majority Vote
Project 2.2.5 Universal Gates and K-Mapping: Fireplace Control Circuit
Project 2.4.3 PLD Design: Date of Birth
Project 3.2.4 Asynchronous Counters: Now Serving Display
Project 3.3.4 Synchronous Counters: Sixty-Second Timer
Project 4.1.1 Sensors and Motors: Copier Jam Detector
Project 4.1.2 State Machines: Phone Number
Project 4.1.3 State Machines: Tollbooth
Project 3.3.4 Synchronous Counters: Sixty-Second Timer
Design Brief
Multisim
PLD
Breadboard
Conclusion