Building basic Circuits (no programming)
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Introduction to Basic Circuits (optional) (1:20)
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LED Button Circuit (10:21)
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Using a potentiometer to control an LED (3:35)
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Using a transistor to magnify currents passing through my body (6:44)
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Two transistor amplifier (Darlington Pair) 10,000x amplification (4:49)
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Glow in the Dark Circuit (6:07)
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AND Logic Gate Circuit (4:12)
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OR Logic Gate Circuit (3:30)
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NOT Logic Gate Circuit (1:41)
Basic Input / Output Circuits and Programs
Analog Circuits
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Introduction to Analog Circuits (optional) (2:13)
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Voltage Divider Circuit (11:10)
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Using a Photodiode in a Voltage Divider (7:47)
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Arduino Light Theremin (12:58)
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RGB Led Circuit Imitating a Maxwell Wheel (15:00)
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LM 35 Temperature Sensor (7:57)
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RGB LED Color Mixer (16:03)
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Microphone Clap Switch Circuit (12:12)
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Microphone Double Clap Switch (7:10)
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Sound Reacting Circuit (with 6 LED's) (14:17)
Digital Circuits
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Introduction to Digital Circuits (optional) (2:39)
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Button Controlled Frequency Generator (using Arduino Tone Function) (15:13)
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Button Controlled Frequency Generator (with speaker) (5:23)
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Piano Circuit (14:14)
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Piano Sound Effects Generator (21:57)
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PIR Sensor (intruder alarm) (9:30)
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PIR Sensor Sensitive (6:09)
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8 Segment Display Circuit (a.k.a 7 Segment) (11:54)
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Guess the Number Game (19:24)
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Generating Real Randomness in the Game (3:09)
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Recording Data in Arrays (24:13)
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Memory Game Circuit (11:07)
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Memory Game Full Functionality (17:38)
Using Sensor Libraries
Data Analysis and Visualisation with Arduino
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Sending Message to Processing (4:46)
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Processing and turning on LED's with a mouse (11:22)
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Mouse LED Boolean (6:15)
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Visualising Accelerometer Values (9:22)
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Smoothing Graphs in Processing (9:58)
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Saving Reaction Time Results to SD Card (17:54)
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Creating Graphs from Data on SD Card (3:05)
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Introduction to Data Analysis and Visualisation (optional) (1:24)
