Errata

Practical Electronics: Components and Techniques

Errata for Practical Electronics: Components and Techniques

Submit your own errata for this product.

The errata list is a list of errors and their corrections that were found after the product was released.

The following errata were submitted by our customers and have not yet been approved or disproved by the author or editor. They solely represent the opinion of the customer.

Color Key: Serious technical mistake Minor technical mistake Language or formatting error Typo Question Note Update

Version Location Description Submitted by Date submitted
PDF United Kingdom

The latest version of the book as PDF is 350MB in size, the previous release was 80MB. This seems an order of magnitude bigger than you would normally expect with most large OReilly books come in at about 10-20MB.

On the other hand, if it's just because there are lots of good photos and you need it to be that big then maybe there could be something to let you know it's bigger than normal in a positive way!

Stuart Roebuck  Mar 15, 2015 
Mobi Page -
-

As Stuart Roebuck noted the size of the files have increased in the last revision. While a 360M PDF file is usable on a PC, a 590M Mobi file (up from 47M) is not usable in a device like a Kindle.

Daniel Quadros  Mar 17, 2015 
PDF Page 18
Opening the page

The image of the two types of hex screws is wrong: it shows an octogon instead of a hexagon.

It is wrong too in the article

https://www.oreilly.com/ideas/practical-electronics-fasteners-and-adhesives


The complete image is in URL:

https://d3ansictanv2wj.cloudfront.net/pect_0202-86f1d9efae12daabc04caa79dc06eb48.png

Oscar Fernandez Sierra  Feb 18, 2016 
Printed Page 444
Figure A-53

Figs A-53 and A-54 are identical, because A-53 is wrong; it does not depict a PNP transistor.

eastpole  Mar 26, 2016 
PDF Page 444
Figure A-53

The Figure A-53 is suppose to be for a PNP transistor, but it is given for a NPN transistor and is the same as Figure A-54.

ndhamer  Aug 20, 2016 
PDF Page 713
figure 14-21 RS-485 signals

figure 14-21 shows the non inverting signals (the "+" signal) lower than the inverting signals (the "-" signal) for a TTL logic 1 (+5v).

The non inverting signal (+) does not invert. It follows the logic level (and the "TTL/CMOS" level)

Anonymous  Jul 25, 2015