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Mikrocontroller sind in der modernen Welt allgegenwärtig und ihrer Verbreitung wird weiteres stetiges Wachstum vorausgesagt. Fundierte Kenntnisse zu deren Aufbau, Funktionsweise und Programmierung vermittelt dieses Buch in praxisnaher Weise. Über 200 Beispiele, die auch auf den Internetseiten des Verlags zum Download bereit stehen, basieren auf der beliebten Familie der AVR 8-Bit Mikrocontroller von Atmel, die unter anderem durch das Arduino-Projekt weit verbreitet sind. Diese Controller eignen sich nicht zuletzt wegen ihres übersichtlichen Aufbaus und ihrer modernen HARVARD-RISC-Struktur hervorragend zur Einführung in die Thematik. Alle praktischen Beispiele wurden für die vorliegende neu bearbeitete Auflage an die aktuellen Software-Tools des Herstellers angepasst. Als IDE kommt das uneingeschränkte, kostenfreie Atmel Studio7 zum Einsatz, als Hardware Basis dient das für ca. 10,- Euro erhältliche Xplained Mini Kit, das nicht nur den Controller, sondern auch die Programmier- und Debug-Hardware enthält. Darüber hinaus enthält das Buch Tipps zur Verwendung des Arduino-Boards unter Atmel Studio7 sowie zum Umstieg auf diese Entwicklungsumgebung. Der Titel richtet sich an Studierende der Elektrotechnik und verwandter Studiengänge, Entwickler in der Industrie sowie ambitionierte Hobbyelektroniker. Thanks to its clear organization and meticulous presentation, this book is as an excellent basic introduction to microcontroller technology and programming with Assembler and C. The program examples on the publisher's website, all referenced to the Atmel AVR-RISC family, are ready for download and immediate application. Comprehensively revised and expanded, the sixth edition has been supplemented with a chapter on Arduino.

Microcontrollers. --- AVR-RISC. --- controllers. --- microcontroller. --- microprocessors. --- programming.

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Now that you've built a few Arduino projects, and reused some pre-written sketches, it's time to move on to the next step and explore the world of embedded programming. To truly up-skill, you'll need to understand how your code works, and that's where this book comes in. You'll review and work with several Arduino projects plus two extra ones written for a PIC microcontroller. Each one is accompanied with a basic circuit diagram and photos of the program working. Ideal for the Arduino hobbyist and PIC programmers who want to merge their skills, this comprehensive book will go over every aspect of the 8-bit microcontroller, provide line-by-line analysis of the code, and in the end, show you how to bring your Arduino projects to the PIC microcontroller using C. You'll gain a full understanding of how the C instructions work and can be used with the PIC microcontroller. Programming Arduino Projects with the PIC Microcontroller is your one-stop reference resource. What You'll Learn Examine how the code works Create code to perform any function Build practical projects on vero boards with full vero plans and circuit diagrams Understand how programs work by simulation with an ECAD package Who This Book Is For Would-be embedded programmers, Arduino hobbyists, and PIC programmers.

Arduino (Programmable controller) --- Arduino (Microcontroller) --- Programmable controllers --- PIC microcontrollers.

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Long description: Biographical note: Ralf Jesse ist Diplom-Ingenieur der Elektrotechnik mit mehr als 30 Jahren beruflicher Praxis im Einsatz von Mikroprozessoren und -controllern. Nach ersten Erfahrungen als Entwicklungsingenieur in einem Maschinenbau-Unternehmen folgten mehr als 20 Jahre als Software-Ingenieur in einem großen japanischen Konzern.

Softwareentwicklung --- Mikrocontroller --- Programmierung --- embedded systeme --- SPI --- Embedded Systems --- buch --- Microcontroller --- schnittstelle --- I2C --- GPIO --- adc --- dac --- stm32 --- uart

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It’s a simple question, but do you know how to take basic measurements with your Arduino, Raspberry Pi or PC? A lot of the times, you know how to use microcontrollers, sensors, and programming skills to collect data. This book takes it one step further to teach you how to transform your PC, Raspberry Pi, and Arduino to a device that can measure, collect, and analyze data. You'll begin from a simple starting point reviewing the basics of electronics and digital and analog concepts. As you advance through this book, you’ll work through 10 exercises to develop a working knowledge of microcontroller properties and graphical data presentation concepts, basic electronic technology, and the fundamentals of controlling and acquiring data. Arduino in Science is your guide to monitoring and measuring physical – chemical parameters with integrated circuitry and physical computational systems. You will: Review fundamental human machine interfacing with supervisory control and data acquisition software Examine timing, counting, and serial communication concepts Adapt microcontrollers to perform sophisticated functions Understand collection and presentation of data.

Arduino (Programmable controller) --- Science --- Computer programs. --- Arduino (Microcontroller) --- Programmable controllers --- Makerspaces. --- Maker. --- Hacker spaces --- Hackerspaces --- Hacklabs --- Maker spaces --- Cooperative societies --- Engineering laboratories

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Leverage your Arduino skills in the Raspberry Pi world and see how to cross the two platforms into sophisticated programs. The Arduino and Raspberry Pi communities overlap more than you might think. Arduinos can be expanded to have network capabilities with a variety of “shields,” all of which increase the cost and complexity of the system. By contrast, Raspberry Pis all run Linux, which is a very network-competent platform. The newest Pi, the Raspberry Pi Zero W, is WiFi and Bluetooth capable. It makes far more sense to cross to the Raspberry PI platform; this book shows you how to do so. You'll learn some survival level Linux system administration, so you know how to set the machine up and how to establish at least minimal security for your gadget. You''ll set up and learn the Geany IDE on your Pi, which is fairly similar to the Arduino IDE. You'll see that several projects use and explain the WiringPi system. This is deliberately similar to the Arduino's 'Wiring' functionality, which is how sketches interact with GPIO pins. You'll learn the differences between the GPIO pins of the two devices, and how the Pi has some limitations on those pins that the Arduino does not. As a final project, in an effort to escape some of those limitations, you'll attach an AtMEGA 328P to the Raspberry Pi and configure it as a real, 8MHz Arduino with the Arduino IDE running on the Pi, and learn how to have the two platforms communicate, giving you the best of both worlds.

Computer science. --- Computer Science. --- Hardware and Maker. --- Arduino (Programmable controller) --- Arduino (Microcontroller) --- Programmable controllers --- Computer input-output equipment. --- Computer hardware --- Computer I/O equipment --- Computers --- Electronic analog computers --- Electronic digital computers --- Hardware, Computer --- I/O equipment (Computers) --- Input equipment (Computers) --- Input-output equipment (Computers) --- Output equipment (Computers) --- Computer systems --- Input-output equipment