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Electronics and microprocessing for research : you can make it /

This book is an accompanying textbook for an introductory course in microprocessing. Using the Arduino IDE platform, it explains introductory electronics, programming, microprocessing, and data collection techniques to allow students to start designing and building their own instruments for research...

Descripción completa

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Dubins, David (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Newcastle upon Tyne, UK : Cambridge Scholars Publishing, 2018.
Temas:
Acceso en línea:Texto completo

MARC

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505 0 |a Intro; Table of Contents; List of Figures; List of Tables; Acknowledgements; Preface; Section 0; Introduction; Course Objectives; Section 1; What is Electricity?; Charge; Voltage; Power; The Generalized Power Law; Resistance; Ohm's Law; Resistors; Measuring Voltage, Resistance, and Current; Using a Multimeter to Analyze Your Complicated Circuit; Measuring Overall Circuit Power Consumption and Overall Circuit Resistance; Electrical Ground; DC Ground; AC Ground; Different Ground Symbols; Types of Returns; Voltage Sources; Batteries in Series; Batteries in Parallel; Circuit Configurations 
505 8 |a Kirchhoff's Voltage Law (KVL)The Voltage Divider Equation; Kirchhoff's Current Law (KCL); The Current Divider Equation; Calculating Current-Limiting Resistor Values for LEDs; Anode vs. Cathode; Introduction to Switches; Breadboarding; Circuit Diagram Etiquette Example; Activity 1-1; Activity 1-2; Learning Objectives for Section 1; Section 2; Capacitors; Capacitor Circuit Diagram Symbols; Capacitor Ratings; Capacitors in Series and Parallel; Capacitors: Typical Uses; Capacitor Equations; Charging a Capacitor through a Resistor; Discharging a Capacitor through a Resistor 
505 8 |a Voltage Divider Design: 10% RuleOther Options for Delivering Lower Voltage; Datasheet Example; How Hot Will My Chip Get? Heat Dissipation Calculations; Thévenin's Theorem; Thévenin's Theorem by Measurement (Using a Multimeter); Mesh Current Method; Thévenin's Theorem Method (Theoretical); Integrated Chips; PDIP/DIP; Surface Mount Technology; Logic Circuits; AND Gate: (e.g. 74HC08); OR Gate: (e.g. 74HC32); NOT Gate: (e.g. 74HC04); Combining Logic Circuits; Activity 2-1; Activity 2-2; Activity 2-3; Learning Objectives for Section 2; Section 3; Introduction to the Arduino Uno Microcontroller 
505 8 |a Connecting a Serial LCD Module to the Arduino UnoYour First Sketch; Basic Programming Concepts; Commenting Your Code; Storing and Accessing Data in Variables; Declaring and Using Variables; Integers; Long Integers; Arduino Global Space, Setup Function, and Loop Function; Float Variables; if ... then ... else Statements (and Logical Expressions); Boolean Variables; Boolean Operators; Byte Variables; String and Char Variables; Casting Variable Types; Arrays of Variables; Char Array; Data Types; Defining Programming Loops in Arduino; For Loops; C++ Shorthand Increment Expressions; Do ... While Loops 
505 8 |a While LoopsFor, Do ... While, or While?; The Break Command; Switch Case; General Programming Tips; Activity 3-1; Learning Objectives for Section 3; Section 4; Byte Variables and Digital Pins; What is a Digital Pin?; Digital OUTPUT Mode Example; Pulse Width Modulation (PWM) Example; Digital Input Mode Example; Analog Pins; Using Analog Pins as Digital Output Pins; Analog Read Example; External Analog Reference: AREF Pin; Arduino Pin Conflicts; Arduino Digital and Analog Pins: Summary Tables; The Serial Monitor; The Serial Plotter; Subroutines and Functions; Properties of Functions 
520 |a This book is an accompanying textbook for an introductory course in microprocessing. Using the Arduino IDE platform, it explains introductory electronics, programming, microprocessing, and data collection techniques to allow students to start designing and building their own instruments for research projects. The course starts from a beginner level, assuming no prior knowledge in these areas. The format of the book is that of a laboratory manual, which can be used as a stand-alone crash-course for a self-motivated student, or be directly adopted as a course textbook for an elective in a colleg. 
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