Programming Atmel Microcontrollers
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Programming Atmel Microcontrollers
"Programming Atmel Microcontrollers" "Programming Atmel Microcontrollers" provides a comprehensive roadmap for embedded engineers, developers, and advanced students seeking to master the architecture, toolchains, and firmware design patterns behind Atmel's renowned AVR and ARM Cortex-M microcontroller families. The book details the internal workings of these microcontrollers—covering core architectures, memory organization, peripheral systems, and the intricacies of clock, power, and interrupt management—equipping readers with the foundational knowledge to navigate both 8-bit and 32-bit platforms with confidence. With practical insight, the book delves into firmware development techniques and modern toolchains, guiding readers through project organization, debugging strategies, and simulation workflows. It explores advanced programming techniques including direct register access, optimized assembly routines, and performance tuning for robust, energy-efficient firmware. The coverage extends to efficient peripheral controls—from GPIO and timers to complex protocols such as CAN, LIN, DMA, and industrial bus interfaces—ensuring readers can harness every hardware capability available. Employing best practices from modular software architecture to security-by-design, the book addresses not only technical implementation but also the demands of testing, validation, and regulatory compliance for critical applications. Real-world case studies—spanning industrial controls, automotive networks, IoT gateways, and medical devices—underscore the practical relevance of Atmel microcontrollers in a connected world, positioning this guide as an indispensable resource for building scalable, reliable, and secure embedded systems.
C Programming for Microcontrollers
Do you want a low cost way to learn C programming for microcontrollers? This book shows you how to use Atmel's $19.99 AVR Butterfly board and the FREE WinAVR C compiler to make a very inexpensive system for using C to develop microcontroller projects. Students will find the thorough coverage of C explained in the context of microcontrollers to be an invaluable learning aide. Professionals, even those who already know C, will find many useful tested software and hardware examples that will speed their development work. Test drive the book by going to www.smileymicros.com and downloading the FREE 30 page pdf file: Quick Start Guide for using the WinAVR Compiler with ATMEL's AVR Butterfly which contains the first two chapters of the book and has all you need to get started with the AVR Butterfly and WinAVR. In addition to an in-depth coverage of C, the book has projects for: 7Port I/O reading switches and blinking LEDs 7UART communication with a PC 7Using interrupts, timers, and counters 7Pulse Width Modulation for LED brightness and motor speed control 7Creating a Real Time Clock 7Making music 7ADC: Analog to Digital Conversion 7DAC: Digital to Analog Conversion 7Voltage, light, and temperature measurement 7Making a slow Function Generator and Digital Oscilloscope 7LCD programming 7Writing a Finite State Machine The author (an Electrical Engineer, Official Atmel AVR Consultant, and award winning writer) makes the sometimes-tedious job of learning C easier by often breaking the in-depth technical exposition with humor and anecdotes detailing his personal experience and misadventures.
BASCOM Programming of Microcontrollers with Ease
BASCOM-8051 and BASCOM-AVR are development environments built around a powerful BASIC compiler. Both are suited for project handling and program development for the 8051 family and its derivatives as well as for the AVR microcontrollers from Atmel. Click here to preview the first 25 pages in Acrobat PDF format.