Glad to see the issue was solved. I would not recommend the v4, as it's not yet fully developed (firmware wise), V3 is still the tested and true product.
Hmm, sorry to bug you again, but could you run through these tests again, thanks.
*connect everything for self test.. *run self test *now try I2C, leaving all the self test connections on, and not connecting any board/IC to the BS pirate, so try the I2C with selftest connections only..
Hi welcome, Sorry you're having issues? Did you switch the power supplies on with 'W', and the pull ups with 'P'? If not try that, if you did, try doing the self test? Hope this helps
In overclocking systems it happens often, since overclocking CPUs and GPUs requires clean power supplies, for stable higher clock speeds. over time the power supplies degrade and clocks become less and less stable.. also if the coolers are not properly maintained they are not as efficient and CPUs now run hotter thus less stable...
But in 99% of cases your gut instinct was right, updates, installs and re-installs slow windows down over time...
Recently I used it to check the PWM frequency and actual battery voltage on my E-cig battery...('f' and 'd' commands) (e-cig batteries PWM the actual voltage to regulate the heater's power)
[quote author="nickjohnson"]Ah, awesome! Does anyone have any feedback on the robustness of the posts when screwed straight into a PCB?
I think it's a bit late to change V1 of the Re:load, since people have already ordered based on info I provided. But for Version 2...[/quote]
ours are screwed straight into the PCB, we've haven't had any complaints on that yet.. Only complaints we've had on the ATX board are why aren't the fuses a gazillion amps :)
can someone explain how this circuit even works, cause in my mind it shouldn't.
I get that when the voltage is over the Zenere Level the transistor will holt the SCR gate low, and when the voltage drops the transistor will switch on the SCR... But here is the question, how do you get to that point... If you apply voltage from 0 that SCR will at some point be triggered, and it won't shutoff when the transistor pulls the gate low...
[quote author="nickjohnson"]Does anyone know where the screw terminals on the ATX breakout board are sourced from? And if they accommodate Banana plugs? I'm pondering using something like them for V2 of Re:load.[/quote]
they do accommodate bannana plugs, Seeed sources them for us..
30ppm is OK, any 12MHZ crystal that will fit on the pads is fine, as long as you also change the load capacitance to fit the new crystal, (probably won't have to do that, but caps are so cheap, so why not)