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Basic Components 338 Keyboard Controller 340 Connecting Power Devices 341 Construction of the Board 341 Setting up and Operating the System 343 Identifying Network Location 344 Additional Programs 353 X-Link Control System Board Parts List 354 X-Link Web-Server Module Assembly Parts List Index 357
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In the process of creating any book, there are usually a number people to thank. I would like to thank the following people for contributions to the projects detailed in this book: Mike Shellim, Professor Richard Clemens, J. Gary Sparks, Dr. Tracy Allen, Gerald Crenshaw, Tim Bitson, Mark Hammond, Gene Bridgman, and Roger Cameron. I would also like to thank Parallax, manufacturers of the BASIC STAMP series microprocessors as well as other companies who allowed me to use their data sheets. And, of course, all the folks at McGraw-Hill, especially Judy Bass.
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Copyright 2003 by The McGraw-Hill Companies, Inc. Click Here for Terms of Use.
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The microprocessor has entered the consciousness of almost everyone in our society and has revolutionized the design of electronic products and appliances in a way that no other device has ever done. Electronic engineers and technicians and hobbyists have seen electronic projects transition from tubes to transistors to integrated circuits and on to microprocessors. In the mid-1990s, the BASIC STAMP microprocessor came into being. The BASIC STAMP 1 microprocessor is a powerful tool for creating many different types of complex electronic circuits. Following the BASIC STAMP 1, a more powerful BASIC STAMP 2 (BS2) emerged, permitting even more complex projects to be built in a fraction of the time, and with far fewer components and less cost than previous circuitry using discrete transistors and integrated circuits. In short, the STAMP 2 has revolutionized electronic project building. Project building has seen a recent resurgence in the last few years, and the STAMP 2 controller is a very powerful and often-used building block. STAMP 2 has been discovered by engineers, technicians, and hobbyists alike and has made project building a dream. The beauty of the STAMP 2 is its reduced instruction set and its ability to perform tasks quickly and efficiently with a decent amount of memory. The STAMP 2 can run off a standard 9-V transistor radio battery and consumes little power. Utilizing the STAMP 2 microprocessor allows project designs to be powerful, flexible, and have a much lower parts count than a discrete IC design. The STAMP 2 allows project designs to be upgradable and to evolve as more features and complexity are needed try that with discrete logic. The STAMP 2 has had a long and varied evolution and has developed a cult status as it has become popular and widely utilized. Since their inception, the STAMP 1 and 2 have allowed many electronics-minded persons to construct all types of electronic projects and systems from simple light-emitting diode (LED) followers to more complex Internet interfaces. The STAMP 2 has had a large following over its life to date and consequently has created an extensive library of expertise and software, so that many newcomers can benefit from all the combined experience. There are very helpful newsgroups, web ring, and e-mail groups dedicated to helping STAMP 2 newcomers. Many STAMPERs are readily available and willing to help newbies. The STAMP 2, since it has had a long evolution, has many support chips, interfaces, and sensors available for those wishing to build modern complex circuits. STAMP 2 Communications and Control Projects features 25 projects, ranging from basic serial communication to a 12-channel Internet-based alarm reporting system. This book presents many novel, interesting, and useful projects for technically minded people who are interested in discovering the joys of building handson projects using the powerful BASIC STAMP 2 microcontroller. There are many projects designed for electronics hobbyists, radio hams, and Internet junkies.
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