Make Community, LLC Encyclopedia of Electronic Components: Resistors, Capacitors, Inductors, Semiconductors, Electromagnetism

Great reference book, absolutely purrrrrfect, easy to understand even for an artist LOL, nice pics and disposition, gonna buy the other two volumes!!! Can absolutely recommend.

Imprescindible libro para todo amante de la electrónica. Es como la biblia de los componentes electrónicos. Este es el primero de una serie de 3 libros hasta el momento

Encyclopedia of Electronic Components Volume 1: Resistors, Capacitors, Inductors, Semiconductors, Electromagnetism. This, and the other two paperback volumes in the series, have proved to be an indispensable reference bank. Fully illustrated and documented entries on every conceivable electronic component are much more readily digestible in a book format than scrolling around on a screen....while indexing helps to quickly go to the right page rather than endlessly typing into a search engine. This all helps to integrate and cross-relate complex information in one's mind. Books also provide a stable platform for learning and referencing, with secure pages unlikely to suddenly disappear at the whim of a webmaster. An expensively printed item launched into the public domain also tends to have a more authoritative fact-checking process behind it to support factual integrity. All volumes appear to have stood the test of time in this respect. The clarity of the descriptive content includes both photographs and circuit diagrams, laid out with consistent precision, and aided by a very professional typographic hierarchy, that defines subject headings, text, and figure numbers in a cool laid-back manner. The body copy is of a clear san-serif style, in an easily read point size, so no scrabbling around for a magnifying glass to aid legibility. Do not even think of acquiring just the one volume. The other two in the collection are of equal educational value, and are also to be highly recommended. Encyclopedia of Electronic Components Volume 2: LEDS, LCDS, Audio, Thyristors, Digital Logic, and Amplification.... https://www.amazon.co.uk/dp/1449334180 Encyclopedia of Electronic Components Volume 3: Sensors for Location, Presence, Proximity, Orientation, Oscillation, Force, Load, Human Input, Liquid and....Light, Heat, Sound, and Electricity.... https://www.amazon.co.uk/dp/1449334318

uitgebreide omschrijvingen. Hoeveelheid van beschreven onderdelen had at meer kunnen zijn is mijn mening. Vandaar dat er natuurlijk 3 banden zijn.

Well... I have! And enjoyed it! You know, when you are a curious child and you stumble across your parents' 20 volume old-fashioned hardcover encyclopedia you could get the idea: 'If I read myself through all of these volumes I just might become a wise guy!" But when you start at "a'a" (Hawaian word for lava flow as well as a Polynesian deity) you soon get distracted and will never become a wise guy at all. So most encyclopedias are for "browsing a bit" or for looking up certain things. This encyclopedia here is different! I got it delivered on Friday and was through the first volume on Sunday evening. I did not browse - I read the whole story! In this first volume they start with electrical sources (do you remember how a battery is built?) go on to tell you about resistors, capacitors, inductors, motors, diodes... and so on. They tell you exactly: - what it is - how it works - what it is used for - at what specifications these components usually can be bought - WHAT CAN GO WRONG, if wired incorrectly or so (my absolute favourite!) - and what you should observe when buying such things (do you have a cap for this button? do you need extra components to work with this component?) While reading all this (no scientific "Chinese") I brushed up my school knowledge about electronics, found out a few new things (like that you should always use a capacitator or something with an inductive component like a motor) and most of all I got into the mood of actually building something electronic, just for the fun of it. And each time when there was a component that had slight disadvantages and you thought: 'Well, there should be a way to overcome this...' you turned the page and there was the solution! (The magnetic lines outside an inductive coil have to go through a lot of air thus lessen efficiancy? Next page: why not wind the wire around a ferrit torus core that closes the magnetic lines' circle?) I really enjoyed this book and I am starting now to read volume two: all about signal processing. I will keep the best for last: volume three has all about sensors. I'm sure I will love that one!