Sponsored by JLCPCB ($2 for 10 Boards): https://jlcpcb.com
Final build phase of my teeny tiny 6-amp solar charge controller for 12V lead-acid batteries and 36-cell solar panels.
PWM5 Source Code for PIC12F683 and EasyEDA PCB Files:
https://hastebin.com/wexidigocu.coffe...
https://easyeda.com/julian256/pwm5-femto
Final build phase of my teeny tiny 6-amp solar charge controller for 12V lead-acid batteries and 36-cell solar panels.
PWM5 Source Code for PIC12F683 and EasyEDA PCB Files:
https://hastebin.com/wexidigocu.coffe...
https://easyeda.com/julian256/pwm5-femto
Soldering irons and what tip you use is whatever works best for you and gets the job done
Does the unit turn off at night and has to be rebooted manually for each use?
the donters are dingusses. you're an adult, you can make your own choices, we don't need nannies!
… ah crap, I said dont…
You generally find the banana fingered, club handed types don't like the conical soldering iron tips.
But I agree they are perfect for small stuff. Great video Thankyou.
Julian Ilett, Have you considered using butyl rubber to seal the ends rather than silicone? Butyl rubber never get hard like silicone can.
Dear Julian can I try this and show what I made on my channel?
really Interesting
How does one get hold of these? I've got a hankering to build some solar fairy lights with a SLA battery that will last a bit longer than an NiMH cell. Are they on tindie?
If I ever have a Go at these I would have to slow down the Flash rate on the Voltage readings a bit.
Did you ever give one of those boards away ?
Resin maybe an option for waterproofing. It takes work though.
I consider you a friend from afar