TAILIEUCHUNG - PROGRAMMING AND CUSTOMIZING THE PIC® MICROCONTROLLER

In a time when digital electronics is becoming more complex and less accessible to students and low-end project and product developers, microcontrollers have become the tools of choice for learning about electronics and programming as well as providing the capabilities needed to create sophisticated applications cheaply and easily. If you were to look through any electronics magazine, you would discover that almost every example application uses a microcontroller (often abbreviated to just MCU) to provide a user interface, sequence operations, and respond to changing inputs. These chips are inexpensive, have a surprisingly high level of performance, and are easy to integrate into an application. Microcontrollers have reversed the. | PROGRAMMING AND COPIES CUSTOMIZING THE S0LD PIC 3rd EDITION Microcontroller I FOCUS 3 major PIC MCU families and their roles in the applications that use them LANGUAGES Assembly BASIC and C the most popular for PIC programming INSTRUCTIONS Set up your own PIC microcontroller development lab APPLICATIONS Work on 100 complete experiments and customize to your own specifications Includes valuable coupons for creating your own PIC microcontroller development lab tab ELECTRONICS Myke Predko PROGRAMMING AND CUSTOMIZING THE PIC MICROCONTROLLER About the Author A resident of Toronto Canada Myke Predko is the best-selling author of 13 McGraw-Hill electronics and engineering titles including Digital Electronics Demystified and 123 Robotics Experiments for the Evil Genius. He holds a . from the University of Waterloo and is the Electrical Engineering Firmware Development Manager for Logitech s Harmony Remote Control Business Unit. Copyright 2008 2002 1997 by The McGraw-Hill Companies Inc. Click here for terms of .

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