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Robot Builder’s Sourcebook

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346<br />

microcontrollers-hardware<br />

Embedded Systems Design<br />

Website 202264<br />

http://www.microcontroller.com/<br />

News, product announcements, tutorials, references,<br />

selection guides, and more for the serious microcontroller<br />

developer. You can search for information by<br />

microcontroller brand to help you zero in on the data<br />

you want.<br />

Embedded Systems, Inc. 202164<br />

11931 Hwy. 65 NE<br />

Minneapolis, MN 55434<br />

USA<br />

� (763) 767-2748<br />

� (763) 767-2817<br />

� http://www.embedsys.com/<br />

Makers of low-cost development systems and add-ons<br />

for (among other things) Atmel AVR microcontrollers:<br />

• AVR Sprint 2313 development system<br />

• AVR Sprint 2313 Basic starter kit<br />

• AVR Sprint 2313 microprocessor module<br />

• LCD Display<br />

• Sprint Basic (private label version of BASCOM AVR)<br />

x V<br />

Eric’s PIC Page 203067<br />

http://www.brouhaha.com/~eric/pic/<br />

Links, products, and information on using Microchip<br />

PICmicro microcontrollers.<br />

�<br />

Gleason Research 202648<br />

P.O. Box 1494<br />

Concord, MA 01742-1464<br />

USA<br />

� (636) 536-7179<br />

� (978) 287-4170<br />

� (800) 265-7727<br />

� http://www.gleasonresearch.com/<br />

Sellers of the MIT Handy Board and Handy Cricket single<br />

board computers. The Handy Board is a favorite at<br />

MIT and for many university and college robotics<br />

courses.<br />

x V<br />

Handy Board, The 202936<br />

http://www.handyboard.com/<br />

The Handy Board uses a Motorola 68HC11 microcontroller<br />

to build a sophisticated robotics central brain.<br />

The Handy Board is used in many college and university<br />

robotics courses (it was originally developed at<br />

MIT) and is suitable for education, hobby, and industrial<br />

purposes. As the Web site says, “People use the<br />

Handy Board to run robot design courses and competitions<br />

at the university and high school level, build<br />

robots for fun, and control industrial devices.”<br />

The features of the Handy Board are:<br />

• Motorola 68HC11 microcontroller<br />

• 2-line LCD<br />

• Integrated 700mAh ni-cad rechargeable battery<br />

(not included in some versions)<br />

• 8 analog inputs<br />

• 9 digital inputs<br />

• Infrared output and input<br />

• Start and stop buttons<br />

• Piezo buzzer<br />

• 32K battery-backed memory to store programs<br />

• 4 1.1 amp H-bridge motor drivers (not included in<br />

some versions)<br />

• Serial (RS-232) and SPI interfaces<br />

The HandyBoard.com Web site is a facilitator of the<br />

Handy Board; MIT allows the board to be reproduced<br />

by anyone for noncommercial purposes. However, you<br />

may find it easier to get one already made, either assembled<br />

or in form. Vendors are listed on the Web site and<br />

include Gleason Research, The <strong>Robot</strong> Store in Hong<br />

Kong, and Acroname (all are listed in this book).<br />

A variety of software choices are available for the Handy<br />

Board, but the most common recommended is<br />

Interactive C, a multitasking C language that allows for<br />

compiling programs, as well as line-at-a-time command<br />

execution. A free version of Interactive C is available for<br />

Main informational Web site for the Handy<br />

Board.

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