Basic electronics book for 14 year old?

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Discussion Overview

The discussion revolves around finding a suitable basic electronics book for a 14-year-old who is homeschooled. Participants share recommendations for books that explain fundamental concepts like resistors, capacitors, op-amps, and basic logic circuits, while considering the educational background and interests of the young learner.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses a desire for a book that provides explanations of how circuits work, alongside a project kit.
  • Another participant recommends "Make Electronics: Learning by Discovery" as a promising option.
  • Several participants discuss the suitability of various books, including "The Art of Electronics" by Horowitz and Hill, with one noting it may be too advanced for the intended age.
  • There is mention of Forest Mim's book "Getting Started in Electronics," with concerns about its appeal to modern teenagers due to its handwritten style.
  • One participant suggests skipping project kits in favor of purchasing a breadboard and components separately, citing cost and quality concerns.
  • A suggestion is made to consider Raspberry Pi or Arduino kits, highlighting their potential for integrating programming with hardware control.

Areas of Agreement / Disagreement

Participants generally agree on the need for a basic electronics book but express differing opinions on which titles are most appropriate for the age and experience level of the learner. There is no consensus on a single best option, as preferences vary based on perceived complexity and style.

Contextual Notes

Participants note limitations in their familiarity with certain educational materials, and there is an acknowledgment of the varying levels of complexity in the recommended books.

jasonRF
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My nephew has a birthday coming up - I want to get him one of those "200 electronics project" kits, but typically they include no real description of why the circuits work (at least the one I had as a kid didn't). So I want to get him a basic book as well. He is 14, is home schooled (by non-scientific parents ...) so I don't think he gets exposed much to stuff like this. Does anyone have any ideas for a basic book that describes resistors, capacitors, maybe op amps or basic logic circuits? Algebra is the highest math we can assume I think.

Thanks!

Jason
 
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That looks very promising. I see that it is at my local bookstore, so will check it out this week. Thanks!

jason
 
Thanks - I will take a closer look at the first one; the second looks a little advanced but I would likely enjoy it!

jason
 
art of electronics by horowitz and hill is excellent
 
I am familiar with Horowitz and Hill, and think that it is too advanced for what I am looking for. Granted I do not see my nephew that often. I think Art of Electronics would be great in a few years if he is actually interested in electronics. I would like to get a copy for myself someday, too.

At this point the top contenders are "make: electronics", and Forest Mim's book "getting started in electronics." I looked online and saw that Radio Shack carries them both, and stopped by a store today that actually had them on the shelf. The main problem with Mim's book is the handwritten nature and old-school feel may make it hard to convince a modern day teenager to give it a fair shot.

I think I will skip the spring-loaded kit thing altogether, and simply place a Mouser order for a breadboard and the components to go along with whatever book I get. The kits are either very expensive for the nicer ones that have breadboards in them or look much too juvenile. Also, the prices on parts from a regular seller like Mouser are waaaay less than radio shack.

I must say that it is embarrassing that I am not familiar with these kinds of books - all my degrees were in EE! However, I didn't actually learn anything about circuits until sophomore year. It was electromagnetics, not circuits, that got me into EE.

Jason
 
You should also consider a Raspberyy PI kit from adafruit.com for $100 or so. You can then mix programming in Python with controlling external hardware. Alternatively, you could also do that with an Arduino kit as well. The PI's advantage is access to Linux and hardware. The Arduino's is greater IO capability.

There's also a nice book to go along with the PI that covers its features and has a section for controlling hw:

https://www.amazon.com/dp/1840785810/?tag=pfamazon01-20

We did a project with HS students using a PI, a microphone and some sensors (PIR...) to do a security system and they had a lot of fun at it.
 

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