BOOK "ARDUINO AND THE PROGRAMMING TECHNIQUES OF ATMEL MICROCONTROLLERS"

Have you already learned to program with Arduino ? Go further and dedicate yourself to programming ATMEL micro using the same Arduino . This Manual is a valuable tool for those who want to design and build stand-alone circuits using the micro of the ATMEL ATmega and ATtiny families using an Arduino board or a USB-Serial converter with BitBang signals. To facilitate the tests and programming of the approximately 50 models covered (between PDIP and SMD packages), the Author has designed the very convenient "ISP & Serial Programmer" card, presented in a specific chapter of the Manual, and three "Adapter" cards, which allow the very simple housing of microcontrollers for all types of programming provided. The " Arduino and ATMEL microcontroller programming techniques" manual cannot be missing on the laboratory table of anyone who wants to design circuits based on ATMEL microcontrollers, also in function of the fact that it has been embellished with an entire chapter dedicated to "Design and implementation of circuits in stand-alone ", which will allow the reader to transfer to circuits created expressly what he has experimented with the exceptional Arduino boards.

Click here to read the introduction and summary.

Structure of the book ARDUINO and the programming techniques of ATMEL microcontrollers

• Chapter 1
  Introduction.
• Chapter 2
  ATMEL families of microcontrollers and main characteristics.
• Chapter 3
  Arduino UNO: technical characteristics and programming method.
• Chapter 4
  The ISP & Serial Programmer card.
• Chapter 5
  The hardware needed for programming.
  1. Configuration for ISP technique
  2. Configuration for BitBang technique
  3. Configuration for Serial technique
• Chapter 6
  Load the bootloader on a micro of an Arduino board, using the ISP technique.
• Chapter 7
  Load the bootloader on a micro of an Arduino board, using the BitBang technique.
• Chapter 8
  The techniques for direct programming of the ATMega 328P-PU.
  1. Theory of "virtual boards" and use of the FuseCalc program
  2. Creation of the boards.txt file with the "virtual boards"
  3. Programming of the micro ATmega328P
  4. Pin assignment of the xx8 MCUs and description of the main signals
• Chapter 9
  The programming of the other microcontrollers of the ATmega family.
  1. Compiler issues avr.gcc-4.3.2.exe
  2. Update of the TOOLCHAIN ATMEL
  3. ATmega328 noP
  4. ATmega168 and 88
  5. ATmega8
  6. ATmega 644P-1284P
  7. ATmega 644/1284 noP
  8. ATmega 16/32
  9 ATmega 1280/2560
• Chapter 10
  The programming of the microcontrollers of the ATtiny family.
  1. ISP programming through ARDUINO UNO and Duemilanove
  2. ISP programming via ARDUINO MEGA 2560 (or ADK)
  3. BitBang programming with Arduino Duemilanove
  4. ATtiny MCU pinout and description of the main signals
• Chapter 11
  The serial programming of the ATmega.
  1. Serial programming through USB-Serial Converter
  2. Serial programming using Arduino UNO and Duemilanove boards
  3. The problems of serial programming of the ATMega 1284
• Chapter 12
  Design a stand-alone circuit based on a micro ATMEL.
  1. Circuit based on ATtiny 25
  2. Circuit based on ATtiny 84
  3. Circuit based on ATtiny 328P-PU
  4. Circuit based on ATmega 1284P
• Chapter 13
  DOWNLOAD section and links.
• Chapter 14
  Troubleshooting: error messages and solutions.

Additional information

• 14 chapters - 208 pages - Author: Michele Menniti