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lunes, 30 de julio de 2012

PICAXE Microcontroller Projects for the Evil Genius

https://lh3.googleusercontent.com/-sBjhxpvPtF8/T-Iy-vM2qrI/AAAAAAAABFI/JnOOlKfq35g/s128/PICAXE%20Microcontroller%20Projects%20for%20the%20Evil%20Genius.jpg
PICAXE Microcontroller Projects for the Evil Genius
Ron Hackett
Reseña
Whip up some fiendishly fun  PICAXE microcontroller devices.
"Ron has worked hard to explain how the PICAXE system operates through simple examples, and I'm sure his easy-to-read, style will help many people progress with their PICAXE projects."
This wickedly inventive guide shows you how to program, build, and debug a variety of PICAXE microcontroller projects. PICAXE Microcontroller Projects for the Evil Genius gets you started with programming and I/O interfacing right away, and then shows you how to develop a master processor circuit.
Estimular algunos endiabladamente divertidos dispositivos microcontroladores PICAXE.
"Ron ha trabajado duro para explicar cómo el sistema PICAXE opera a través de ejemplos sencillos, y estoy seguro de que su estilo fácil lectura, contribuirán al progreso de muchas personas con sus proyectos PICAXE".
Esta guía de perversa inventiva que muestra cómo programar, construir y depurar una serie de proyectos microcontroladores PICAXE. Proyectos PICAXE microcontroladores para el genio malvado es comenzar con la programación y la E / S de la interfaz de inmediato, a continuación, muestra cómo el desarrollo de un circuito procesador maestro.
INDICE
  • PICAXE Basics.
  • Introduction to PICAXE Programming and Projects
  • Introduction to Stripboard Circuits
  • Designing and Building a +5V Regulated Power Supply
  • Hardware Overview of the PICAXE M2-Class Processors
  • The Ins and Outs of PICAXE Interfacing
  • Introduction to ADC Inputs on M2-Class Processors
  • PICAXE Peripheral Projects.
  • Introduction to the PICAXE-20X2 Processor
  • Infrared Input from a TV Remote Control
  • Interfacing Parallel LCDs
  • Serializing a Parallel LCD
  • Interfacing Keypads
  • SPI Communication
  • Background Timing on the 20X2 Processor
  • Constructing a Programmable Multifunction Peripheral Device
  • Developing Software for the Evil Genius MPD
  • Octavius: An Advanced Robotics Experimentation Platform.
  • Birthing Octavius
  • Driving Octavius
  • Programming Octavius
  •                         
Consulta el Libro (9 MB) por TurboBit y MediaFire:
http://2.bp.blogspot.com/-VLsNmg3xFhc/TzU_X2MtXaI/AAAAAAAAAwc/CANIm19e8cU/s200/logo+Tubobit.net.png
http://3.bp.blogspot.com/-OEWn1AqMuVE/TzU_WLZJTTI/AAAAAAAAAwU/CLW8I82-w8M/s200/Logo+MediaFire.jpg

INDICE GENERAL
  • PICAXE Basics.
  • Introduction to PICAXE Programming and Projects. Choosing a PICAXE Processor. Interfacing a Project with Your Mac or PC. Using RevEd’s Free Programming Editor or AXEpad Software. Programming in PICAXE BASIC. Breadboards, Stripboards, and PC Boards. “Hello World”. Debugging a PICAXE Project.
  • Introduction to Stripboard Circuits. Designing Stripboard Circuits. Tools for Stripboard Circuit Construction. The USBS-PA3 PICAXE Programming Adapter. Hello Again.
  • Designing and Building a +5V Regulated Power Supply. Designing a +5V Regulated Power Supply for Breadboard Circuits. More Power, Scotty!.
  • Hardware Overview of the PICAXE M2-Class Processors. General-Purpose Variables. Storage Variables. Special-Function Variables. Cylon Eye.
  • The Ins and Outs of PICAXE Interfacing. PICAXE I/O Interfacing. Setting Up an Interrupt Routine. Mary.
  • Introduction to ADC Inputs on M2-Class Processors. Voltage Dividers. A Three-State Digital Logic Probe. 
  • PICAXE Peripheral Projects.
  • Introduction to the PICAXE-20X2 Processor. Advanced Features of the 20X2 Processor. Implementing the 20X2 Master Processor Circuit.
  • Infrared Input from a TV Remote Control. Reception and Transmission of Standard TV IR Signals. IR-Based Serial Communications. Simple IR Object-Detection. Experiment 1: A Simple TV-IR Input Circuit. Experiment 2: Interfacing the IR Circuit with the Master Processor. Constructing the TV-IR Input Module.
  • Interfacing Parallel LCDs. Understanding the Basics of HD44780-based LCDs. Experiment 1: Interfacing an HD44780-based Parallel LCD. Constructing an Eight-bit Parallel 16 x 2 LCD Board. Programming Challenge.
  • Serializing a Parallel LCD. Receiving Serial Data in the Background. Constructing a Serialized 16 x 2 LCD.
  • Interfacing Keypads. Decoding Matrix Keypads. Constructing a Serialized 4 by 4 Matrix Keypad.
  • SPI Communication. The MAX7219 8-Digit LED Display Driver. Constructing an SPI 4-Digit LED Display. Learning to Count.
  • Background Timing on the 20X2 Processor. Using Timer1 on the 20X2 Processor. “Deconstructing” a Matrix Keypad. Testing the “New and Improved” Keypad. Constructing a Countdown Timer.
  • Constructing a Programmable Multifunction Peripheral Device. The Evil Genius Multifunction Peripheral Device.
  • Developing Software for the Evil Genius MPD. Understanding the 20X2’s Built-in Comparator Hardware. Testing Our Comparator 1 Configuration. “We Interrupt This Program to Bring You a Keypress!”. A Simple MPD Operating System.
  • Octavius: An Advanced Robotics Experimentation Platform.
  • Birthing Octavius. Understanding Octavius. Building Octavius.
  • Driving Octavius. H-Bridge Motor Control Circuits. The L298 Dual H-Bridge Driver. Constructing an L298 Dual DC Motor Controller Board.
  • Programming Octavius. The MaxBotix LV-MaxSonar Ultrasonic Range Finders. Who’s in Charge Here?. Hail, Octavius!. Epilogue: What’s Next for Octavius?.
 

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