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Joule Works
Sri Lanka
เข้าร่วมเมื่อ 6 ม.ค. 2022
Join with me for simple cool DIY electronic projects & reviews. Fun and easy...
DIY Soldering Microscope Using Web Cam or any USB Cam Joule Works
Welcome to Joule Works
This is my attempt of DIY Soldering Microscope Using Web Cam or any USB Cam. You may not be able to follow my steps as it is, but you can get an idea how to make one yourself.
For this soldering microscope I used Quelima SQ12 Mini Camera, this works as a 720P usb web cam. You can be creative and use any kind of USB cam/ Web Cam for this.
And for the lens, I used a lens from an old camera (I guess..) which I bought form a junk shop.
I have used a 3D printed parts (PETG material), but no use of sharing those files because you can't follow my design as it is. (Actually if you are creative, you can do this even whiout any 3D printed parts.
If you like this video please like, share, comment and subscribe.
if you have any question please comment down below.
Thank you.
This is my attempt of DIY Soldering Microscope Using Web Cam or any USB Cam. You may not be able to follow my steps as it is, but you can get an idea how to make one yourself.
For this soldering microscope I used Quelima SQ12 Mini Camera, this works as a 720P usb web cam. You can be creative and use any kind of USB cam/ Web Cam for this.
And for the lens, I used a lens from an old camera (I guess..) which I bought form a junk shop.
I have used a 3D printed parts (PETG material), but no use of sharing those files because you can't follow my design as it is. (Actually if you are creative, you can do this even whiout any 3D printed parts.
If you like this video please like, share, comment and subscribe.
if you have any question please comment down below.
Thank you.
มุมมอง: 34 911
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Glowing Rainbow Colors With Music Using WS2812B LED Strip and Arduino By Joule Works
มุมมอง 7162 ปีที่แล้ว
A ball glowing rainbow colors with music. This is a really easy DIY Arduino project with MAX4466 mic module and WS2812B RGB LED strip. To Download Arduino Code and schematic design use below link drive.google.com/drive/folders/1AZVZy6PSqpnY1qJNljlDRXe7Uab06lz3?usp=sharing If you have any question, please comment down below. CC0 Music Credits to freepd.com/ Fireworks - Written by Alexander Nakar...
DIY Easy & accurate lithium battery capacity tester using Arduino by Joule Works
มุมมอง 16K2 ปีที่แล้ว
Welcome to Joule Works. This is a simple but accurate DIY Lithium battery capacity tester using Arduino. You need very few extra components to build this. Also you can customize the Arduino code according to your requirements easily. If you need Arduino code & and the circuit diagram, please download form below link. drive.google.com/drive/folders/1rY8B-8iKaLKIAonpJpo5bsMILi-dRVUT?usp=sharing I...
Multi Function Tester TC 1 Cheap LCR Meter & Transistor Tester Review & Testing Joule Works
มุมมอง 1.6K3 ปีที่แล้ว
This is a cheap multifunction tester that you can by online around 16USD. It is really worth for its price specially for hobbyist. You can test, resistance, capacitance, inductance (Functions similar to LCR meter), diodes including Zener diodes, transistors (BJT, FET, MOSFETS etc.) and also DIAC &TRIAC. Feel free to comment anything down below. If you like this video please like, share & subscribe
DIY Variable Bench Power Supply 50V, 5A Using ATX Power Supply & WZ5005 module Joule Works
มุมมอง 144K3 ปีที่แล้ว
Welcome to Joule Works This is a powerful DIY digital variable bench power supply with lots of options. I have used ATX power supply, WZ5005 module and a step up boost converter. The variable power output is 0-50V/ 5A (CC/CV), and also 3.3V, 5V & 12V fixed outputs (Max. 10A) . Total output power max. 223W. WZ5005 module will output maximum about 150W. I have used a 3D printed casing (PETG mater...
RGB LED Strip (WS2812 or WS2812b) Decoration using Arduino - Joule Works
มุมมอง 28K3 ปีที่แล้ว
This is a cool arduino based RGB LED strip decoration project. I have used 5V WS2812 strip 60 leds per meter. I 3D printed panels and stands, but you can be creative to find a way to make the panels without 3d printer, there are lot of options available. To Download Arduino Code and LEDMatrixStudio design file use below link drive.google.com/drive/folders/1XlE2hcpy-FyVEZ_BkkAeFwY-qcediGyY?usp=s...
Great job❤
Amazing ❤❤❤ good joob Brother
Update cam microscope ples
Estoy seguro de que al último IF debería haber un comando que deshabilite el MOSFET al finalizar la prueba, de caso contrario, la batería continuará descargandosé.
What Cad software did you use?
Buena camara pero que lente usastes amigo te felisito pero dame mas detalles xfa
FFS, learn to solder…..that black wire on the led will fall off if not for the hs.
bonjour xavier , j ai un element ecto que j ai tres peu modifier , j ai mis le sevo sur le pont et un moteur fusion se
Shut the stupid, noisy ass music off.
Can you send us some Lotus / Budurasmala LED Studio Matrix design files for this 8 x 15 LEDs ?
would have been better to watch without this horrible music.
Are you sure wz5005 module will boost 12v to 50 volts. I do not think so because it is a buck module.
Deshalb baut er ja auch ein 400W Stepuo Modul zwischen das ATX Netzteil und das wz5005 Modul. That's why he builds a 400W stepper module between the ATX power supply and the wz5005 module.
Bro i need this tell me the price
Good
saftware link app please
sourceforge.net/projects/led-matrix-studio/
Mi fuente ATX entrega 12v y 24 ampers lo dice en la etiqueta
Yeah glue the potentiometer screws and sockets and fuses because screws just mysteriously wind themselves. You didn't glue the case screws, it will fall to bits, in fact just dip the whole box into glue just to be sure.
Led light glare is visible, Overall excellent DIY.
පැහැදිලි නෑ....
You should sell this. It looks more affordable than a market micro scope,of the same quality
I have the same boost converter. I boosted 12V to 30V, I only could get 3A max and the input current was above 10A. I tried 3.5A but input current raised upto 15A, there's a 15A fuse at the input side. In this video he boosted 12V upto 54.5V. I'm pretty sure maximum you can get is around half an amp at 54.5V.
That image quality. 💯👍👍👍
Well done!
I would be interested in 3D printing the casing but could you please export your Solidworks files in .step format so everyone can use them. Solidworks files are not compatible with any other software.
Hi
The code you have given is wrong..i tried doing this experiment and nothing is showing in the lcd display..why can't you give correct details of the code?
great video please just dont use such bad music
Also include automatic led, zener tester.
Use loctite for nuts.
Remove covers from power supply for better cooling, also remove excess wires from power supply board directly. Very nice job, the case looks good.
How can you make this miracle happens? Using a 225W power source and a boost converter (91% to 96% efficiency) you'll get up to 250W output? 216W at its best. Do the math.
As the video description, he mentioned max total is 223w and that variable voltage module 150w max.
wth was crawling on the pcb xD
how many lens that you use. thank you
Just one
Why you used 100 Ohm resistor on pin V0, thank you for respond ?
Bravo! Well done!
To correctly measure the battery capacity, you need the discharge current to be stable, and as the battery discharges, the current starts to drop, you need to create a current stabilization program in the sketch and control it using a PWM transistor to discharge through a resistor
Es splay se 12v 100 amh ki batery charj krskte h
excelent !
ese es un tutorial de calidad
👌👌👌👌👌
Thank you so much !
keren om
Can you give the size of lens sir?
En el codigo falta agregar digitalWrite(pinMosfet, LOW); por que si no sigue descargando la bateria y eso es muy peligroso
Super
this is exactly what I need for school project....please I can buy you a coffee....I want to request a comprehensive lesson video pls
this is exactly what I need for school project....please I can buy you a coffee....I want to request a comprehensive lesson video pls....I don't have arduino experience...but I'm a fast learner
❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
Those are solder mites.. responsible for producing the 'tin whiskers' you see protruding from that IC's right side
good job.