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Digital Electronics lessons

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Unit 1 Foundations 17 lessons

1.1.0 Course Introduction Safety 1.1.1 Safety 1.1.2 Basic Circuits 1.1.3 Scientific Engineering Notation 1.1.4 Resistor Color Code 1.1.5 Breadboarding 1.1.6 Digital Component ID 1.1.7 Circuit Theory Laws 1.1.8 Soldering 1.1.9 Desoldering 1.2.0 Circuit Design Process 1.2.1 Analog vs Digital 1.2.2 Binary Number System 1.2.3 Logic Levels 1.2.4 Clock 555 Timer 1.2.5 Analog RNG 1.2.7 Unit 1 Review

Unit 2 Combinational Logic 18 lessons

2.1.0 Intro Logic AOI 2.1.1 Truth Tables 2.1.2 Circuit Analysis 2.1.3 AOI Implementation 2.1.4 Boolean Algebra 2.1.5 DeMorgans 2.2.1 Karnaugh Maps 2.2.2 Universal Gates 2.2.3 AOI Conversion 2.2.4 KMap Grouping POS 2.2.5 Fireplace Control 2.2.6 Majority Vote 2.3.1 Hexadecimal Octal Number Systems 2.3.2 Seven Segment Display 2.3.3 MUX DEMUX 2.3.4 Twos Complement 2.3.5 XOR XNOR 2.3.6 Binary Adders

Unit 3 Sequential Logic 10 lessons

3.1.1 D Flip Flop 3.1.2 JK Flip Flop 3.1.3 Shift Registers 3.2.1 Async Counters 3.2.2 Counter Applications 3.2.3 Modulus Counters 3.3.1 Sync Counters 3.3.2 74LS193 3.3.3 60s Timer 3.3.4 Review

Unit 4 Microcontrollers 10 lessons

4.1.1 Sensors Motors 4.1.2 State Machines 4.1.3 Tollbooth 4.2.1 Microcontroller 4.2.2 Arduino Basics 4.2.3 PWM 4.2.4 Tollbooth Arduino 4.2.5 Christmas Display 4.2.6 Advanced Arduino 4.2.7 Integration