Mechanical Units for the Electronics Experimenter
Original price was: $32.00.$12.10Current price is: $12.10.
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Ultimately! The nuts and bolts of constructing robotics… MECHANICAL DEVICES FOR THE ELECTRONICS EXPERIMENTER
This is the guide electronics experimenters have been ready for… a how-to guide for designing and fabricating the mechnical units for movement and positioning in robotic applications-as properly as others. Stuffed with easy-to-understand illustrations, this distinctive information describes intimately tips on how to: design robotic propulsion methods; fabricate parts for pneumatic methods; design easy hydraulic methods and motor controller circuits; design and fabricate solenoids, gear trains and cams; adapt components and parts to be used in electronics experiments. Harness the usage of electromechanical forces with loads of sensible recommendation and relevant theoretical data. Discover the possiblities of ingenious invention…
Writer : McGraw Hill TAB; 1st version (March 22, 1995)
Language : English
Paperback : 237 pages
ISBN-10 : 0070535477
ISBN-13 : 978-0070535473
Merchandise Weight : 15.2 ounces
Dimensions : 7.3 x 0.5 x 9.1 inches
5 reviews for Mechanical Units for the Electronics Experimenter
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Original price was: $32.00.$12.10Current price is: $12.10.
E. S. –
There are better books out there
This book only list and describe a few commonly known devices. It offer sketches which are rather simple and of little didactic value.
Glenn Anaiscourt –
Valuable supplementary resource
As I understand it, Rorabaugh wrote this book as a supplementary resource for robotics hobbyists, rather than as a primary tool meant to stand on its own. It is valuable within this context. If you have a background in basic electronics and robotics, or are reading this book concurrently with others in these areas, Rorabaugh’s book will make sense and add to your understanding. Yes, it is true that I have seen clearer discussions of vector math in other books. The examples on pages 25 and 89 are not very clear. Rorabaugh uses terms like ‘annulus’ (p. 108) without explaining them (‘annulus’ refers to any ring or ringlike mark), and on p. 109, he refers to planetary gear trains, which are not described and explained until p. 118. All this being said, for those interested in topics such as levers, gears, wheels and pulleys, encoders, solenoids, springs, and linkages, Rorabaugh will provide you with the introductory theory, formulas, and design ideas you are seeking. I thought the section on pneumatics was good, and I found materials in that section that I have not seen duplicated elsewhere. There are plenty of drawings, and the explanations are concise. You can spend your time hunting through various engineering texts and scattered Web sites and numerous other places for the same material, or you can get a concise introduction to these topics in this one book, and use it as the basis for learning more. I opted for the book, and I am pleased with my decision.
lissajous –
it’s great thanks
it’s great thanks, blah, blah. it’s great thanks, blah, blah. it’s great thanks, blah, blah.it’s great thanks, blah, blahCool!
Nathan Delson –
Great Intro. to Mechanical Design
The book is a great intro to basic mechanical design needed to make simple devices with DC motors, gears, pullies, and pneumatic pistons. The author covers the theory in an easy to understand fashion in a very practical way. I use it in my freshmen level design class, where students build simple robots.
Kindle Customer –
A good book if you want too know how to calculate & use mechanical devices like levers / pulleys /motors etc . Technical yes, difficult no – explanations are for the layman.