Michael K Johnson on Nostr: npub1yrlmn…58gpm npub12atwf…lme5y It uses the SY8368QNC which is limited to 8A ...
npub1yrlmnr0y2ch5ycn38j2navyduf5q6tqyd0led3p7xhwmzwcrlsaq558gpm (npub1yrl…8gpm) npub12atwfrq4rfv7fqara6gzsgrgj7k8ngewzl5nzs46agwyxzh0e25qxlme5y (npub12at…me5y) It uses the SY8368QNC which is limited to 8A continuous, 16A peak, to supply the 5V rail, but I doubt that the traces on the board are meant for 8A draw; a schematic won't tell you that. Max for any individual pin for the headers they have is typically 1-3A depending on the wires you are using, I think, as well as the thickness and width of the traces in the PCB.
So the biggest unknown is the PCB traces.
But note that it has 6 separate PCM ports for fans, which you really want to use because they have flyback diodes to keep back-EMF from the fans from damaging the board. Inductive loads are not friendly with logic. 😀
So it's not just a question of current capacity, but also of the load characteristics you have in mind.
Sorry, no easy answer here!
So the biggest unknown is the PCB traces.
But note that it has 6 separate PCM ports for fans, which you really want to use because they have flyback diodes to keep back-EMF from the fans from damaging the board. Inductive loads are not friendly with logic. 😀
So it's not just a question of current capacity, but also of the load characteristics you have in mind.
Sorry, no easy answer here!