H17F - programmable driver with full thermal regulation

Commodore BASIC FTW! :D

I’m guessing that you’re using Assembly to program the board.
This, I believe, make you able to put a lot of features into a single and limited capacity of board.

No idea. C? Will these go up for sale?

shell

Let's try Delphi.

Perl?

I have absolutely no clue what the hell you wrote this beauty with. I don’t care. Nor do I care about winning. Thanks for being back :slight_smile:

I’ll go something with c ……

Custom GB budget flashlight? :stuck_out_tongue:

Hi, picure of the diver doesnt show and link to manual is unavailable!!!

Hahaha, good joke :smiley:
If you guess right what is the collor of footwear that I am wearing right now I’ll tell you exact prog.language used for thermal simulation … :wink:

very cool. I have no idea about programming languages but I’ll vote c#.

DrJones is all hard core, he used machine language (binary code) for sure :bigsmile:

Great to see you back. I’m definitely interested in getting my hands on this new driver. Your firmware is always top notch and Ive been real happy with the rgbw driver you designed.

I guess the language used is empiric testing

You used a computer language! Woohooo! (I have zero idea. Lol). Maybe ‘C’?

101010…
That means absolutely no idea :stuck_out_tongue:

Great driver ,
beautiful, create your own modies, lowest low
and also powerfull.

I am the lucky one who got one in my BLF ti trible Nichia C
Measured 10 A with one 18650 IMR.

With one 18350 (not full) IMR over 7 A.

Reallly enjoy the low.
It is so low that I often look twice,
it is on or not.

The possabilities to programm it are really good and easy.

The thermal protection works very well.

Regards Xandre

Driver looks great and good output with the tiny fet!

python?

Did you use java?

I would have guessed python, but that’s already there, so how about Go Language.

Mathematica?

Awesome driver! Looks like you get decent power from that small FET, and since it only has to be turned ON or OFF, no need for PWM's on the FET channel, which match's well with the ATMEL's since they are restricted to 2 channels with PWM's. Amaz'n you got all that in a Tiny25. Great Job Again!!

Assembly