Sponsored by JLCPCB ($2 for 10 Boards): https://jlcpcb.com
Trying to find the right firmware version - programming the PIC microcontroller - fitting the ADC components and LED - testing the controller's voltage measurement system.
For firmware, schematic and PCB layout, see my PWM5 resources post on Patreon: https://www.patreon.com/posts/pwm5-gumstick-18480181
Trying to find the right firmware version - programming the PIC microcontroller - fitting the ADC components and LED - testing the controller's voltage measurement system.
For firmware, schematic and PCB layout, see my PWM5 resources post on Patreon: https://www.patreon.com/posts/pwm5-gumstick-18480181
Hi Julian where I get that PIC Programming
Hello Julian. The source code link is not showing anything on the screen. Is there any issues?
Thank you
Is ti possible to program it with the arduino ide?
very interesting video ! Monday I saw your livestream and thought you skipped a part of the building but it was me not having seen THIS video yet. OOOPS time is too short 🙁
I'm loving this series, thanks for the thoroughness.
You really need a proper lab PSU, don't you?
Where did you get that 8pin soic to dip adapter? I definitely need one, I would appreciate a link. Thank you.
Hello sir, Do you reply to personal messages…
Love it
I've been watching your videos for a couple of years. I understand about half of what you say, but watching you is like watching a master-craftsman do his work. You so clearly understand what you're doing it's hypnotizing to listen.
would it be possible to convert this to 40-50 or even 60 amp capacity? I'd like to build one or two. as a backup for my mppt. and to charge my lead acid bank!
The first three or four times you grabbed your iron I heard that noise and started looking around to see where it came from, then I realized it was you iron stand. I feel silly now.
If your happy, I’m happy. But it’s the slowest board build ever 😉