Lab Procedures
Lab Procedures | Modules | Extra Content |
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Semester Overview | Understanding Resistance | Plotting in MATLAB |
Lab 1 Procedures | Arduino/RedBoard as power supply Arduino as voltmeter |
Automating Plotting in MATLAB |
Etiquette and Safety | Introduction to the Arduino/RedBoard Learn to Control the Arduino Digital Outputs Learn to Control the Arduino Analog Inputs |
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Reading Instruments |
Lab Procedures | Modules | Extra Content |
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Recording Measurements | Understanding Resistance | Power Supply Manual |
Lab 2 Prelab | Arduino/RedBoard as power supply Arduino as voltmeter |
Multimeter Manual |
Lab 2 Procedures | Introduction to the Arduino/RedBoard Learn to Control the Arduino Digital Outputs Learn to Control the Arduino Analog Inputs |
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Modules 6B: Slow down your cars by adding resistor networks |
Lab Procedures | Modules | Extra Content |
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Lab 3 Prelab | Understanding Resistance Understanding Capacitance |
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Lab 3 Procedures | Arduino/RedBoard as power supply Arduino as voltmeter |
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Introduction to the Arduino/RedBoard Learn to Control the Arduino Digital Outputs Learn to Control the Arduino Analog Inputs Arduino Programming |
Lab Procedures | Modules | Extra Content |
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Lab 4 Prelab | Arduino/RedBoard as power supply Arduino as voltmeter |
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Lab 4 Procedures | Introduction to the Arduino/RedBoard Learn to Control the Arduino Digital Outputs Learn to Control the Arduino Analog Inputs Arduino Programming |
Lab Procedures | Modules | Extra Content |
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Lab 5 Prelab | Oscilloscope's XY Mode - Lissajous Figures | Port Oscilloscope data to MATLAB using USB stick |
Lab 5 Procedures | Time-varying Signals | Port Oscilloscope data to MATLAB using BenchVue |
Arduino/RedBoard as Signal Generator Arduino as Oscilloscope |
Lab Procedures | Modules | Extra Content |
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Lab 6 Prelab (version 2...important correction with respect to a 10 kOhm resistor!) | Module 6C: Build Motor Drive Circuit | |
Lab 6 Procedures | Modules 4A, 4B, and 4C: Start learning to play with interfacing and programming the Arduino/RedBoard | |
Modules 3D and 3E: Learn to use the Arduino/RedBoard as Signal Generator and Oscilloscope |
Lab Procedures | Modules | Extra Content |
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Lab 7 Prelab | Module 6D: Using the Arduino to Drive Vehicle | Automated IV Collection in MATLAB - tutorial |
Lab 7 Procedures | Module 7A: Characterizing Resitive Sensors | Automated IV Collection in MATLAB - ivcollect.mexw64 |
Module 6B: Interfacing Resitive Sensors (Digital) |
Lab Procedures | Modules | Extra Content |
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Lab 8 Prelab | Module 8B: Clipping Circuit | |
Lab 8 Procedures | Module 6E: Arduino/RedBoard Wall-Follower | |
Module 7D: Characterizing Active Sensors - Optical |
Lab Procedures | Modules | Extra Content |
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Lab 9 Prelab | Module 9B: Voltage Follower Buffer | |
Lab 9 Procedures | Module 9C: Voltage Comparator | |
Module 9D: The Amplifier: Gain and Offset Control |
Lab Procedures | Modules | Extra Content |
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Lab 10 Prelab | PWM Control via an Active Sensor | Example of a Good Final Project Report |
Lab 10 Procedures |
Lab Procedures | Modules | Extra Content |
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Lab 11 Prelab | See Modules | |
Lab 11 Procedures |
Lab Procedures | Modules | Extra Content |
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No Prelab...Complete Modules and Work on Project! | See Modules | |
Lab 12 Procedures |
Lab Procedures | Modules | Extra Content |
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No Prelab...Complete Modules and Work on Project! | See Modules | |
Lab 13 Procedures |
Lab Procedures | Modules | Extra Content |
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No Prelab...Come ready to demo your Project! | Too Late! | The world is out there waiting! |
Lab 14 Procedures |