they are 470 ohmsB
¿Por qué estás usando 4700?
(4,7k ohmios)?
Necesitas una resistencia de 470 ohm
Editar: pueden ser de 470 ohmios, mídalos para asegurarse
they are 470 ohmsB
¿Por qué estás usando 4700?
(4,7k ohmios)?
Necesitas una resistencia de 470 ohm
Editar: pueden ser de 470 ohmios, mídalos para asegurarse
https://gbatemp.net/threads/picofly-a-hwfly-switch-modchip.622701/post-10090767they are 470 ohms
What kinda math are you doing here buddy?either you stack 4x 470 ohm to make it around 100 ohm or just replace them with proper resistor.
4 of 470 ohm sandwich together(parallel) equals to 470/4= 118 ohm. It would be high but not much compared to 470 ohm.What kinda math are you doing here buddy?
4 x 470 ohm is still WAY too high.
Why do you keep saying 470 ohm? They are not. They are 470 or 47R0 SMD labeled, for 47 ohms.4 of 470 ohm sandwich together(parallel) equals to 470/4= 118 ohm. It would be high but not much compared to 470 ohm
cz @Trivisuko the guy who post picture using 470 ohm wrong resistor in his setup. 470 ohm is WRONG FOR SURE.Why do you keep saying 470 ohm? They are not. They are 470 or 47R0 SMD labeled, for 47 ohms.
Sadly, if they had just RTFDG, they would have seen the photos of the resistors that are labeled as 47R0, and they could have avoided all this, but I get the feeling there are a lot of people not reading the guide.cz @Trivisuko the guy who post picture using 470 ohm wrong resistor in his setup. 470 ohm is WRONG FOR SURE.
https://gbatemp.net/threads/picofly-a-hwfly-switch-modchip.622701/post-10218142
i mean its been explained more then enough in the threads though that should be enough, plus ur guid hase been downloaded quite often so i would guess the people would also read that so i mean i dont understand it eather XdSadly, if they had just RTFDG, they would have seen the photos of the resistors that are labeled as 47R0, and they could have avoided all this, but I get the feeling there are a lot of people not reading the guide.
very true, just like what rp2040-tiny initial came out in fast pace, 470 ohm on the board making whole batches goes off the shelf.Sadly, if they had just RTFDG, they would have seen the photos of the resistors that are labeled as 47R0, and they could have avoided all this, but I get the feeling there are a lot of people not reading the guide.
Guys, thank you very much for everything, I don't know what happened to the resistors, what a mistake, it's already working 100%.B
Why are u using 4700
(470k ohm)?
U need 47 Ohm resistor
how should we know whatI have a question about the Flexcables of the modchips.
One is 1v1-7 and one is 1v1-6.
Is there any difference or can i just use a modchip shipped with a 1v1-6 cable with a 1v1-7 Flexcable?
1v1-7 and one is 1v1-
I knew they were 47 ohm resistors, but I have a resistor book and for some reason I put the 470 ohm resistors, it was my mistake, the tutorial is perfectSadly, if they had just RTFDG, they would have seen the photos of the resistors that are labeled as 47R0, and they could have avoided all this, but I get the feeling there are a lot of people not reading the guide.
awesome, now we know when DAT0 CLK CMD resistance too much , we may have error code =***I knew they were 47 ohm resistors, but I have a resistor book and for some reason I put the 470 ohm resistors, it was my mistake, the tutorial is perfect
Sorry for the missing informations here is the picture.how should we know what
is?
u want us to search it for u to give u a answer ?
uploads pics from it and u might get a faster answer
should be no difference for v1 erista consoleSorry for the missing informations here is the picture.
Sorry for bad quality.
I hope it helps!
if u look at them where they solder together they have the solder pads on the correct space so u can use both...Sorry for the missing informations here is the picture.
Sorry for bad quality.
I hope it helps!
They're both for V1 switch but to me the one on the left with -6 looks like it's higher quality. Larger pads with cleaner edges. I would use that one F1V1-6Sorry for the missing informations here is the picture.
Sorry for bad quality.
I hope it helps!