The Maker Show: Episode 1 - Intro to Electronics

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Description

In this episode of the maker show, David Crook will do an introduction into electronics and how they work.  This episode focuses on many of the fundamentals of the very thing that drives most of our projects, electricity.  How to generate more power, how to ensure you don't blow your circuits, why electricity flows where it does.  And of course introducing a good philosophy of when life gives you lemons, to make electricity.

[00:00] - Introduction
[00:29] - Lemons in Series and Parallel
[08:30] - Breadboards and Complete Circuits
[12:02] - Buttons
[13:13] - Ohm's Law
[16:58] - Path of Least Resistance
[19:30] - Variable Resistance and Pressure Sensors
[20:47] - Directional Diodes
[22:00] - Closing Remarks

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The Discussion

  • User profile image
    AdamL

    Nice Video. Easy to follow and good explanations. I am looking forward to more of these.

    Also, changing ties for each section was an interesting touch. Any particular reason?

  • User profile image
    Van

    This is great. For future episodes, kindly increase the volume.

    Thanks

  • User profile image
    DrCrook

    @AdamL: I watched a documentary on illusions and magic before recording this and thought I would do a bit of my own experiment.

  • User profile image
    jerocis

    Good refresher course. The magical morphing necktie made it interesting, as well.

  • User profile image
    tomhall

    Haven't watched it yet, but downloaded as "Files_high.mp4" 
    Could do with better naming convention as this is Episode 1 of a series  

  • User profile image
    codefoster

    @tomhall: We'll work on that. Thanks, Tom.

  • User profile image
    cedricmi

    The teaching was so brilliant I had to put on a pair of sunglasses.

    Looking forward to watching the next episode.

  • User profile image
    sohanpurohit

    error 404 all to all

  • User profile image
    RaReRa

    Great video. It is only sometimes hard to get the real setup on the breadboard, may be it would be helpful to show (blend in) a sketch of the circuit on the breadboard (maybe with hidden connections indicated). That would be really great for people like me who are very much into programming, but only remember a few electronics basics from school times.

  • User profile image
    ActiveNick

    @RaReRa: Thanks for the feedback. We're still ironing out best practices for the show and we'll be sure to use camera close-ups and/or on-screen diagrams to make it easier to see schematics and breadboard experiments. Thanks for watching.

  • User profile image
    Northernlad

    Could I suggest you look at using this for the generation of schematics?

    http://fritzing.org/

    It's the standard package which is used on all the tutorials on the Arduino tutorials for generating their schematics.

    Thanks.

  • User profile image
    jota

    Very interesting video for a software-only person :). Two notes however:

    - at around 19:20, we couldn't actually see what was being setup, which would have been helpful;

    - right at the end: ok, we now know what a diode does, but what is it used for?

  • User profile image
    ActiveNick

    @Northernlad: Thanks for the suggestion. Most of us already use Fritzing, you're right, it's an awesome software. We'll be sure to feature more screens to show diagrams and such in future shows.

  • User profile image
    KevSully

    "you can see the voltage is variable... well, it's a lemon... " hahaha, great delivery!

    Nice presentation!

  • User profile image
    Dirtbagg

    @activenick @codefoster the Intro is loader than the actual video on instruction.:S

    Other than that it is great content. :D

     

  • User profile image
    SocalSam_

    @jota: Diodes are used to divide signals or alternating current into a direct current that goes from zero (ground) to higher voltage.  Diodes do not increase the signal strength.

  • User profile image
    DrCrook

    @jota:This diode is used to help protect from circuit kick back which might happen in front of a motor.  I should have explained that a bit more clearly. 

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