Arduino lab - Study guides, Class notes & Summaries

ECE 098 Lab 3- Arduino Nano Every, 7-segment Display, Potentiometer, Encoder/ECE 098 Lab 3- Arduino Nano Every, 7-segment Display, Potentiometer, Encoder

ARDUINO LAB EXAM QUESTIONS AND ANSWERS...

ENME 371 Product Engineering and Manufacturing - University of Maryland_ ENME371 Lab 4: Thermal Lab Team C5 I. Temperature Data 3 A. Description of Data acquisition 3 B. Mechanisms of Heat generatio n 12 II. Total Energy Lost as Heat 20 A. Energy Lost during discharge cycle 20 B. Other forms of energy flow 21 C. Total energy associated with heat generation 25 III. Heat Transfer to force convected air 26 IV. Additional Heat Flow 30 A. Tool Efficiency 30 B. Battery Energy 31 C. Motor Speed 31 D. I...

Lab exercise completion [10%]: From the assessment summary, you should have the following quote: "There will be eight Labs for this module so that you can understand and build relatively complex systems for your Individual project (Coursework element)". The pdf document explains the basics and how to develop your code in Arduino software. The document will help you develop further your skills with the Arduino software and get a good mark for your logbook and project

The main objective of the experiment is to implement and analyze bi-directional (full duplex) asynchronous serial data transmission protocol for data communication and control between a micro-controller and personal computer. Also, to learn to use both text based (Serial Monitor) and GUI based (Firmata) methods to: receive and display Arduino sensor values on a PC and control Arduino output devices from a PC 1. Download Lab_#.zip file from Blackboard > Assignments and unzip into a folder ...

CT262 L CT-262 Lab 5 Grantham University Introduction: The purpose of this lab was to utilize the Arduino to construct a DC motor that turns forward, forward and backward, and then one that simulates a door opening when motion is detected and then closes after 2 seconds. This lab is the first to use an external power supply as well as controls from the Arduino. Equipment/Components: The required equipment for this lab include: Arduino Uno, USB cable, Pushbuttons (x5), 10k„¦ resistor...

CT262 L CT-262 Lab 2 Grantham University Introduction: The purpose of this lab was to utilize the Arduino to control an external LED using PWM. A circuit was created to first control the brightness of the LED with the pushbutton. The second was created to have the brightness change constantly until a pushbutton was pressed to stop it and then pushed again to reset it. Equipment/Components: The required equipment for this lab would include a digital multimeter, a laptop with Arduino softw...

CT262 L CT-262 Lab 1 Grantham University Introduction: The purpose of this lab was to setup Arduino and to establish a foundation on the expectations and requirements for the future labs. The goals of the lab were to download the Arduino software and connect to the controller. This would allow the settings changes of the built-in led. Once the program was setup then voltage checks were done to show the flow of voltage across the led and ground. Equipment/Components: The required equipmen...

CT262 L CT-262 Lab 3 Grantham University Introduction: The purpose of this lab was to utilize the Arduino to construct and control an adaptable night light as well as a temperature monitoring circuit that was displayed using an LED. The lab is to simulate the coffee heater functionality from the video from week 1 but using an LED instead of a heating element. Equipment/Components: The required equipment for this lab would include a digital multimeter, a laptop with Arduino software, the ...