PROGRAMMING AND CUSTOMIZING THE BASIC STAMP COMPUTER

Program functional tools--or wacky inventions--with the basic stamp. Here's a roll-up-your-sleeves guide to programming the BASIC Stamp microcontroller--and implanting it in virtually anything your fertile imagination can come up with. Programming and Customizing the BASIC Stamp Computer, by J. Scott Edwards, shows you how to get started with essential programming fundamentals and electronic assembly techniques. Then it delivers step-by-step instructions for building and customizing projects ranging from a magic message display, mobile robot with sensor whiskers and a sonar rangefinder to a wireless household remote controller, desktop time/temperature display, data logger and a network communication terminal. If you thought the fun had gone out of desktop PCs, this hands-on book of eye-opening projects will set you straight.

Build smart electronics projects with the inexpensive, simple-to-use, surprisingly powerful basic stamp. If you want to take advantage of the Popular PIC Microcontroller for your electronics projects, but are intimidated by the programming involved, your worries are over. This guide gives you a comprehensive tutorial on the easy-to-use BASIC Stamp single-board computer which runs a PIC Microcontroller, and doesn't require you to do any assembly language programming. Written by the original author of the widely read "Stamp Applications" column for Nuts & Bolts magazine, Programming and Customizing the BASIC Stamp Computer offers you: a primer on basic electronics--including reading schematics, identifying components, and constructing prototypes; thorough yet accessible coverage of both BASIC Stamp I and II--from reading and understanding BASIC programs, to PBASIC toolboxes, to detailed applications; BASIC Stamp Quick Reference Guide; 12 complete projects that demonstrate various BASIC Stamp applications and allow you to put your new knowledge to work; an accompanying CD that provides all the software tools you need to begin developing PIC applications on your own. With the range of skills you'll develop using this guide, you'll see why it can be easier to build sophisticated projects with microcontrollers than with conventional electronic parts--and even more fun!