As some parts are still back order, I made a polyphase transformer like the Doc's with a potcore.
Instead of using an FG, I'm learning programming for the beautiful Aduino Uno R4 ,wich is the new one, it looks awesome and I'm going to activate the mosfets powered with this little marvel when I figure out C+ programming instead of an F.G.
For those familiar with Arduino IDE let me know.
This is the one i am talking about:
Jagau
As some parts are still back order, I made a polyphase transformer like the Doc's with a potcore.
Instead of using an FG, I'm learning programming for the beautiful Aduino Uno R4 ,wich is the new one, it looks awesome and I'm going to activate the mosfets powered with this little marvel when I figure out C+ programming instead of an F.G.
For those familiar with Arduino IDE let me know.
This is the one i am talking about:
Jagau
i recommend, that you use Arduino PWM Frequency library - https://code.google.com/archive/p/arduino-pwm-frequency-library/
with this lib you can have any frequency that you want. you are not restricted to the ones, the arduino gave you.
regars!
B
Hi Jagau,
If I may, I would suggest to use C# instead of C+. You will see C# is more friendly and more easy to learn.
I searched on Google and I found some example here:
https://www.instructables.com/Interfacing-your-arduino-with-a-C-program/
If you need any books or references about C#, both me and Cd_Sharp are using it at work so feel free to ask us.
Of course it's just my personal opinion, whichever programming language you decide to use I'm sure the board will function flawless. Arduino is a solid platform with a lot of history.
Edit: one correction/clarification about using C#, I was thinking about the scenario of commanding the board from PC using a Windows application written in C# (the example in the link above); for writing the code and compiling it directly on the board the C++ language is the only option.
More details in this discussion:
https://forum.arduino.cc/t/is-it-possible-ti-use-c-to-program-the-arduino-bo/39896
Regards,
Fighter
| "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration." | ||
| Nikola Tesla | ||
you can get your programming done by AI. It sounds crazy, but if someone has knowledge in electronical systems he can get results very fast from chatGPT. it will save you lot of time.
i use it for writing code on arduino, esp32 and raspberry Pi. if you work on linux you will love the python scripts that chatGPT can make for you.
some weeks ago i did my subscription to get access to the advanced language model GPT4.
the amazing thing is, that for an AI the term 'overunity' is not something that can not be! 😎
it will clearly tell you what conditions can result in an overunity scenario. but you have to ask very precise. so the more you know about a subject, the more accurate and better outcome you will generate from these AI systems.
please give it a try! i know that it will work for you.
regards
B
Not crazy at all, but the most interesting use for AI. Thank you!
Jagau's project has just taken another leap of innovation and this has peaked my interest to experiment.
This forum is going in the right direction. It's not that there aren't enough energy generation circuits to utilize, but it's the amount of time spent in massaging/controlling the timing for the optimum output for many of them.
AI can also be used to tune for maximum gain/efficiency.
Finally I have just received my Aduino R4 minima
Inserted in a small plastic case on the back side.
and started experimenting in this new field.
Thank you for your help Yoelmicro and Berndorfer
I appreciate it
Jagau
Another great advantage of using Arduino Like FG, is the sending of programmed pulses inside another pulse with different frequencies and DTCs and in the same time period. Really interesting.
A practical example of this, designed by Tanju Argun Eng. with 3 different set up in the same period
Jagau
Hi all
When connecting an Arduino model to power circuits, it is best to isolate its mass so that it is different from that of the power circuits. Here is a perfect example suggested by Arduino forum, that I have tried and works great.
With a low side connection and the two grounds well isolated by optocoupler. We can add to the output of the opto, the two NPN PNP transistor configuration to improve gate speed of the N-Mosfet
Jagau
The arduino site tells me that we can also program with microPython if you wish,
see the arduino site for more details here
And in the arduino forum here
https://forum.arduino.cc/t/what-is-the-difference-between-c-arduino-c-and-c/291839
C++ is a lower level language that gets you closer to the hardware
Jagau
Hi all
My very first Arduino experiences
With 500 hertz ready I change the duty cycle from almost 0 to 100%
A nice little beast easy to experiment with, just a bit of programming and a 10k pot.
Next will be a optoisolated mosfet driver with variable DTC and frequency.
Fighter, I would like to thank you for the ease with which you can insert videos, it's really easy and user-friendly, thank you, try it.
Jagau
No one online at the moment
