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heliox le labo d'heliox

le labo

bricoler

diy

tuto

tutoriel

tutorial

fr

fabriquer

imprimante 3D

impression 3D

arduino

attiny85

programmer attiny85

tutoriel attiny85

tuto attiny85

programmer microcontroler

microcontroler

dé électronique

electronic dice

attiny85 tuto

00:00:01

second part out of 4 where you will

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learn how to make the electronics

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in the first part if you

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have not seen it we made the

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printed circuit

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if you have not followed it I

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invite you to go to the description you

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will find the link to the first

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video where you will learn how to do

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this today is in this video

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in the second video we will learn how to

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put all the electronic components

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on the printed circuit and obviously

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understand a little a little bit of the

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printed circuit diagram so that you can

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understand a little bit what it

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's about if you ask why I'm

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dressed exactly the same as the

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previous video it's quite simply because

00:00:34

I filmed everything I could in

00:00:36

a single day so that's why

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I have the same t-shirt and for those who are

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wondering it's a t-shirt that I

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made myself using a

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3d printer in fact the designs that

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you see in blue it's quite simply

00:00:45

a flexible filament so the printer

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printed directly on the t-shirt

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then printed so if

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you're ever interested in having a little tutorial on

00:00:54

this don't hesitate to let me

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know in the comments I'll make you a

00:00:58

little video on that, let's

00:00:59

talk enough, I'll leave you with the little

00:01:01

explanations and we'll meet

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again right after, before we start,

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let's look a little closer at how

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one of the games works and

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obviously has all the sides of the game here. and

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we can see that the top

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left point here which we can find there we

00:01:16

can find there which we can find

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there and here is always connected to its

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opposite that is to say this one this one this

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one the sweat and this one therefore when

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it is lit and always has its weighing

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which the teeth on train on all the

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faces we can also make the same

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observation with this point which is

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connected with its opposite so this one with this one this

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one with this one each

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time we also have this one which is

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connected to that one and to finish we have

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our central point which is

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independent we can therefore conclude

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that with this observation we will

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only need four outputs

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one output which will control those here an

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output which will control it is help

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there another for these two LEDs and in the

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mountains and the central letter which is

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independent and therefore with our a tiny

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85 which has five outputs for we

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see here on the diagram in blue it is

00:02:12

possible to control the LEDs to

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make one of the voices if the circuit that I

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made I used the software which

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is free which is swallowed fresh thing which

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is very good and which is very very

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simple then we cannot not do everything we

00:02:23

want to do on the other hand it is

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quite easy to learn with this

00:02:27

software I was able to have but the help

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as on one of the as well as here you

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can see an inclination sensor a

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resistance of 10 kg home is here we have

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Latini 85 our micro controller which will

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allow us to turn on the OLEDs in the same

00:02:41

way as one of the orange ones obviously

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you see all the tracks and in blue

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these are connections between the tracks

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since I couldn't pass

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through an already existing track like

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here I had to make a way to be able to

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put a bridge no that here we are going to replace

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the blue wire with a real wire

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metal conductor wire we are going to

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need a resistance of 10 kg own and

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not 120 as indicated by this

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blue LED of a hatimi 4.25 with its support

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of a very flexible wire toggle sensor

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and a little more rigid wire

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of an on off switch and a support

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for batteries 20 32 you will find all

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the material in the description game

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strips a film with no brain to create

00:03:27

the connections between the tracks

00:03:29

you will have to go and lift in this

00:03:31

way I invite you to fake on

00:03:33

the video if you need I

00:03:35

therefore position all the bridges and I

00:03:37

flatten them as much as possible against the plate

00:03:42

here is the result just do the

00:03:44

soldering

00:03:52

I cut the wires to avoid being

00:03:54

bothered later here the first

00:03:57

step is finished you should have

00:03:58

something that looks like this we

00:04:01

are going now positioned the LEDs

00:04:02

pay close attention to the direction of the wool

00:04:04

I have put a small diagram at the bottom

00:04:06

left to make it clearer we

00:04:14

solder everything and for that I have a small

00:04:16

technique soldering only a single

00:04:18

leg of the led made then melt the

00:04:20

dyes to better reposition the LED

00:04:21

and once it is positioned you

00:04:23

can make the second paste

00:04:40

we then move on to the resistance and the

00:04:43

direction has no importance

00:04:46

[Music]

00:04:54

we will then put the

00:04:56

tilt sensor and here too the direction is

00:04:58

not important if you use the same

00:04:59

complainant

00:05:03

we place the support of the i 85 team

00:05:07

[Music]

00:05:15

I then wanted two soup wires

00:05:18

which will allow the power supply of the

00:05:19

circuit the red is a little

00:05:25

smaller so to be able to put

00:05:27

the switch there and then I end up

00:05:29

soldering the support for the 20 32 battery and

00:05:39

here you now have a

00:05:40

printed circuit with all the components which

00:05:42

are already soldered everything is ready so all you

00:05:45

will need to do is put the

00:05:47

microcontroller it is a tiny 85

00:05:50

which is very small like that and which

00:05:52

will put everything and which will be placed on the

00:05:54

small support you will

00:05:56

obviously find in the description everything

00:05:57

we used in this video in

00:05:59

this step so if you are missing

00:06:01

something do not hesitate to look

00:06:03

in the description everything there and I

00:06:05

really hope that you like this little project

00:06:06

I really spend a lot of time on

00:06:07

the explanations and also on all

00:06:10

the manufacturing I haven't arrived to

00:06:12

such a result in one go I did

00:06:14

a lot of tests

00:06:15

so here I hope that you like all the time

00:06:16

I spent experimenting with all this

00:06:19

and if so do

00:06:20

n't hesitate to leave a little thumbs up and a

00:06:22

little comment that always makes me

00:06:24

happy in the next video you

00:06:26

will learn to program this

00:06:27

microcontroller so Latin and 85 you

00:06:30

will need an arduino uno for

00:06:31

that and the advantage with the next

00:06:33

video is that if you do not follow the

00:06:34

construction of the electronic dudh

00:06:37

you can very well take this

00:06:39

microcontroller tutorial only

00:06:42

for your needs and your project

00:06:43

I will therefore explain everything from a to

00:06:45

z about this microcontroller and its

00:06:48

programming don't forget to subscribe to the

00:06:50

channel by activating the little bell so as

00:06:51

not to miss the next videos

00:06:53

you have been warned it's super practical

00:06:54

and we'll see you in the next

00:06:57

episode for the programming of tinée 85 and

00:07:01

so I'll see you very soon in the

00:07:03

next episode

00:07:04

bye

00:07:06

[Music]

00:07:23

at

Description:

Je vous propose un dé électronique de A à Z en partant de la création d'un circuit imprimé à la modélisation 3D Vous apprendrez pas mal de choses différentes tout on long des tutoriels afin de vous aider dans la création de vos propres projets. Ceci est l'épisode 2, je vous invite à aller voir le premier : https://www.youtube.com/watch?v=8joLK039fjk Le tutoriel est articulé en 4 épisodes : 📺 1 - Fabrication d'un circuit imprimé avec transfert de toner : https://www.youtube.com/watch?v=8joLK039fjk 📺 2 - Explication rapide du circuit imprimé et comment placer les composants dessus. 📺 3 - Programmation du microcontrôleur Attiny85 pour faire fonctionner le dé : https://www.youtube.com/watch?v=S-oBujsoe-Q 📺 4 - Mes étapes de créations sur la modélisation de l'objet final : https://www.youtube.com/watch?v=o8AYCznNaCQ ⚙️ Ce que j'ai utilisé dans la vidéo ⚙️ ✔️ Résistances : Amazon : https://www.amazon.fr/gp/product/B01JU58C5A?ie=UTF8&creative=6746&creativeASIN=B01JU58C5A Banggood : https://www.banggood.com/fr/300Pcs-1-pencent-1-or-4W-Metal-Film-Resistor-Resistance-30-Values-Assortment-Kit-p-1091920.html?akmClientCountry=FI&p=IF091314081132201709 ✔️ LED : Amazon : https://www.amazon.fr/gp/product/B00UWBJM0Q?ie=UTF8&creative=6746&creativeASIN=B00UWBJM0Q Banggood : https://www.banggood.com/fr/200pcs-5MM-LED-Diode-Kit-Mixed-Color-Red-Green-Yellow-Blue-Orange-p-1009873.html?p=IF091314081132201709 ✔️ ATTINY85 : https://www.amazon.fr/gp/product/B00OXVFD1I?ie=UTF8&creative=6746&creativeASIN=B00OXVFD1I ✔️ Arduino (copie) : Amazon : https://www.amazon.fr/gp/product/B01N91PVIS?ie=UTF8&creative=6746&creativeASIN=B01N91PVIS Banggood : https://www.banggood.com/fr/Geekcreit-UNOR3-ATmega328P-Development-Board-No-Cable-Geekcreit-for-Arduino-products-that-work-with-official-Arduino-boards-p-964163.html?akmClientCountry=FI&p=IF091314081132201709 ✔️ Détecteur bascule mercure : Amazon : https://www.amazon.fr/gp/product/B075GPMBH4?ie=UTF8&creative=6746&creativeASIN=B075GPMBH4 Banggood : https://www.banggood.com/fr/10pcs-3mm-PZ-101-Mercury-Switches-Tilt-Sensor-20V-0_5A-Work-Angle-10-Degree-Endstop-Switch-p-987655.html?akmClientCountry=FI&p=IF091314081132201709 ✔️ Fils monobrins : https://www.amazon.fr/gp/product/B001IRVDV4?ie=UTF8&creative=6746&creativeASIN=B001IRVDV4 ✔️ switch on/off : https://www.amazon.fr/gp/product/B00X3KCA0M?ie=UTF8&creative=6746&creativeASIN=B00X3KCA0M ✔️ support pour pile : https://www.amazon.fr/gp/product/B00UH8YHMW?ie=UTF8&creative=6746&creativeASIN=B00UH8YHMW ✔️ pile 2032 : https://www.amazon.fr/gp/product/B00TYEL11K?ie=UTF8&creative=6746&creativeASIN=B00TYEL11K ✔️ Fil d'étain : https://www.amazon.fr/gp/product/B008LTIJJ6?ie=UTF8&creative=6746&creativeASIN=B008LTIJJ6 ✔️ Fer à souder température réglable : https://www.amazon.fr/gp/product/B004VDJ72E?ie=UTF8&creative=6746&creativeASIN=B004VDJ72E 💾 Le schéma pour câbler l'attiny85 à l'arduino : https://drive.google.com/open?id=1jsc85fCvD9mqH4DaDgXtVMGRgvTynq4_ 💾 Image du circuit à transférer : https://drive.google.com/file/d/1vhvZfw8ed4_vmGRZUUnpGpwWGKzQAe9t/view?usp=drive_open 💾 Logiciel pour la conception du circuit imprimé : http://fritzing.org/download/ ⭐️⭐️⭐️ Me soutenir et m'aider ⭐️⭐️⭐️ - en partageant mes vidéos (vous n'avez pas idée à quel point ça aide!) :) - sur Tipeee : https://en.tipeee.com/helioxlab ▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫ 💻 Mes Réseaux Sociaux 💻 Twitter : https://twitter.com/Heliox_Lab Facebook : https://www.facebook.com/unsupportedbrowser Instagram : https://www.facebook.com/unsupportedbrowser Thingiverse : https://www.thingiverse.com/HelioxLab/designs Tipeee : https://en.tipeee.com/helioxlab 🔌 Mes imprimantes 3D 🔌 CREALITY CR-10 : https://www.banggood.com/sitemap.html TEVO TORNADO : https://goo.gl/Zk3wNb Zortrax M200 : https://www.amazon.fr/gp/product/B00NVTQ9JS?ie=UTF8&camp=1642&creative=6746&creativeASIN=B00NVTQ9JS Anet E10 : https://www.banggood.com/fr/Anet-E10-DIY-3D-Printer-Kit-220+270+300mm-Printing-Size-Support-Off-Line-Print-1_75mm-0_4mm-Nozzle-p-1192129.html?akmClientCountry=FI&p=IF091314081132201709 Hephestos 2 : https://www.amazon.fr/gp/product/B0196V84UG?ie=UTF8&camp=1642&creative=6746&creativeASIN=B0196V84UG 📽 Mon matériel 📽 Mon trackball : https://www.amazon.fr/gp/product/B074W227RK?ie=UTF8&camp=1642&creative=6746&creativeASIN=B074W227RK Lumière : https://www.amazon.fr/gp/product/B0186TVB4A?ie=UTF8&camp=1642&creative=6746&creativeASIN=B0186TVB4A Batteries pour lumière : https://www.amazon.fr/gp/product/B0761L7YY5?ie=UTF8&camp=1642&creative=6746&creativeASIN=B0761L7YY5 Trepied : https://www.amazon.fr/gp/product/B005KP473Q?ie=UTF8&camp=1642&creative=6746&creativeASIN=B005KP473Q Adaptateur du trepied : https://www.amazon.fr/gp/product/B01MD10K6I?ie=UTF8&camp=1642&creative=6746&creativeASIN=B01MD10K6I Micro : https://www.amazon.fr/gp/product/B00EO4A7L0?ie=UTF8&camp=1642&creative=6746&creativeASIN=B00EO4A7L0 Caméra : Samsung S8+ https://www.amazon.fr/gp/product/B06XW81R9G?ie=UTF8&camp=1642&creative=6746&creativeASIN=B06XW81R9G Musique : DIZARD - Music Box Broke For Free - Summer Spliffs #heliox

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