What copper pads? For instance, I soldered my RP2040's ground to the body of the USB-C connector.i tried but for the life of me the solder wouldnt stick to the copper pads, it was impossible lol
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and yeah i mean the top 2
What copper pads? For instance, I soldered my RP2040's ground to the body of the USB-C connector.i tried but for the life of me the solder wouldnt stick to the copper pads, it was impossible lol
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and yeah i mean the top 2
After doing a flex install, admittedly the mosfets can be easier if you are good at manipulating things with tweezers.
The flex can be easier, but you have to install it a very particular way with pre-tinning the solder pads on it,
oh, i was thinking of using the screw hole circles or the arrow next to the dat 0 pinout, but doesnt distance matter here? wouldnt the usb c connection port be too far and cause issues?What copper pads? For instance, I soldered my RP2040's ground to the body of the USB-C connector.
Which point are you soldering to ground? If you are soldering the RP2040 board to ground (for power) then any ground will do, just try to use thicker wire (around 32awg or 30awg) for the 3.3v and the GND.oh, i was thinking of using the screw hole circles or the arrow next to the dat 0 pinout, but doesnt distance matter here? wouldnt the usb c connection port be too far and cause issues?
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also is there a way to test if my switch is stable after the instalation? is there a way to check out that i did everything successfully?
no worries for the length of gnd point, just use a good wire.oh, i was thinking of using the screw hole circles or the arrow next to the dat 0 pinout, but doesnt distance matter here? wouldnt the usb c connection port be too far and cause issues?
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also is there a way to test if my switch is stable after the instalation? is there a way to check out that i did everything successfully?
Which point are you soldering to ground? If you are soldering the RP2040 board to ground (for power) then any ground will do, just try to use thicker wire (around 32awg or 30awg) for the 3.3v and the GND.
If you are doing the ground for the mosfets coming from the Source pin of the mosfet, then yes, ideally you should have a short path to ground.
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Here is how I did my switch lite earlier today. I posted this in the main Picofly thread.
Are you using flux??? Because if you aren't using flux, start using flux.View attachment 369501this is where i was trying to get ground from, the screw hole coper circle and the arrow beside it. But if the usb c connector works fine ima use that from now on lol. thanks!
im using official amtech flux, lol i swear i was cofused too on why it wouldnt stick.Are you using flux??? Because if you aren't using flux, start using flux.
You can solder it, it have VIA point under padCan somebody help me, i‘ve broken the pads for clk and somehow even lost the resistor? next to it. Is there an alternative point so i can fix my switch and what is the value of this resistor/diode?
Check the definitive guide, or use the point on the EMMC that was shown to you in the other thread.Where is the digram v1 arista that the 3v3 point smd capacitor near togther... Or there 3v3 in there another point????
Those are capacitors that are the same as the ones being soldered to on the APU, that can be robbed off the RP2040-Zero (see the definitive guide). They are 100nF 0201 capacitors.Anyone know the value of this caps in red? its a V2 board. I broke it when try to lift the header, leason learned. Also Is there any replacement in the rp board?


Check below the flex (1)ive just finished soldering all the point and final test before connecting to pico i tried to turn on the console to ofw, but everytime i put on the soc cover the switch wont boot only blank screen i can feel the soc heating up
when i lift the soc cover the switch turned on normally to ofw, does anyone have an idea what happened? where to find the short?
tried to isolate everything using kapton tape does nothing![]()
If you are careful, you will not damage anything.In the v1 if you soldring cmd dat0 rst 3v3 clk on nand mmc.. Is that damge chip on v1 or no???
you sir are amazing. this tool is incredible !!So far i only read from the thread the 3.3v alternate.
Here is interesting site if you want to search it yourself.
So far i only read from the thread the 3.3v alternate.
Here is interesting site if you want to search it yourself.