As i remember on some units this value will give glitch timeout.time for them to make a v1.2 with 100ohm resistors on dat0/cmd then!
As i remember on some units this value will give glitch timeout.time for them to make a v1.2 with 100ohm resistors on dat0/cmd then!
I personally will not be modifying the guide, as the original 47 ohm values have worked quite well for a vast majority of folks.time for them to make a v1.2 with 100ohm resistors on dat0/cmd then!
Main problem is because its mechanically unstable. How can you rely on to something which only touching. But if it works for you then good.whats the difference in the quality of dat0 adapter in oled? is it the flimsiness of the prong, its durability with heat, measurements? whats are your bases for choosing dat0 adapter? no problem with them so far...
Read the guideAbout to do my first Erista tomorrow and wanted to confirm the cap points on the CPU. Will they go to the same caps on the CPU but just using a single mosfet? a single wire touching two caps for the drain?
I read it. Thats why I'm asking for clarity.Read the guide
If you read the guide, then you wouldn't need clarification.I read it. Thats why I'm asking for clarity.
I'm not sure why you're being rude. I've read through the guide. It shows a V1 with 2 MOSFETs but not a single. I believe I know how it goes so I was just asking for clarityIf you read the guide, then you wouldn't need clarification.
Because a question like that implies you may not actually know about rudimentary circuitry, and that is a dangerous trait to have when doing these mods.I'm not sure why you're being rude. I've read through the guide. It shows a V1 with 2 MOSFETs but not a single. I believe I know how it goes so I was just asking for clarity
For Erista and Mariko the procedure is the same, either single or dual mosfet. Its just the solder point in caps are different cause by different caps orientation, beside that all the technique is the same.I'm not sure why you're being rude. I've read through the guide. It shows a V1 with 2 MOSFETs but not a single. I believe I know how it goes so I was just asking for clarity
thank you!!!! I appreciate you. That's all I was confirming!For Erista and Mariko the procedure is the same, either single or dual mosfet. Its just the solder point in caps are different cause by different caps orientation, beside that all the technique is the same.
Use one mosfet is enough.I'm not sure why you're being rude. I've read through the guide. It shows a V1 with 2 MOSFETs but not a single. I believe I know how it goes so I was just asking for clarity
No, i wanted and have been using a single mosfet. We talked about it before, and i have been doing it ever since. I was trying to confirm placement.Use one mosfet is enough.
Using 2 mosfet is illogical. Usually people saying the reason is hwfly use 2 mosfet. But why? I major on physics, so if it doesn't make a sense, then it doesn't. We alway use common sense and logical reasoning, to do some experimentation.
I'm using hekate to launch picofly_toolbox.bin payload.And you are launching the picofly_toolbox payload through Hekate? Or are you loading it as "payload.bin" in the root of the SD card from the SDLoader screen (No SD Card screen)?
And hwfly v1 flex has only one mosfet and it works perfect.Use one mosfet is enough.
Using 2 mosfet is illogical. Usually people saying the reason is hwfly use 2 mosfet. But why? I major on physics, so if it doesn't make a sense, then it doesn't. We alway use common sense and logical reasoning, to do some experimentation.
As i remember on some units this value will give glitch timeout.
I personally will not be modifying the guide, as the original 47 ohm values have worked quite well for a vast majority of folks.
Though you have anecdotally stated, 100 ohms has worked just fine for you, but I imagine you are consistently using the same wire thickness, and generalized setup for your installs.
Not all folks here use the same wire, same mosfets, same install style, same solder, or even the same picofly board. All of these things can be factors if not properly considered, and therefore, if waveshare makes a v1.2 board with 100 ohm resistors, I will be FURTHER FRUSTRATED, by having to explain to people why "one RP2040-Tiny may be better for you than the other." and they will reply "But which one is better for MY install?" to which I will have no response, because the original installs all rely on 47 ohms across the board, and only putting additional resistance if there are EMMC issues.
From my own as i did once, had thought if you generalize it to 100 ohm then you dont have to care about slow emmc or whatever its creates and just install and done with it, but found that it cannot glitch back then.where did you see this? I have not seen any such statements
From my own as i did once, had thought if you generalize it to 100 ohm then you dont have to care about slow emmc or whatever its creates and just install and done with it, but found that it cannot glitch back then.
Of course it can be unique for my setup (install procedures, wires, etc ).
But after that i always use 47 ohm, and only use 100ohm Dat0 on V2.
Also i had one Lite which need 94 (2x47) , cannot work with 47 or 100 .. but it works with 94.
Strange, but let it be, and move on.
The original flexes for v1 had a single fet, which wasn't strong enough for mariko soUse one mosfet is enough.
Using 2 mosfet is illogical. Usually people saying the reason is hwfly use 2 mosfet. But why? I major on physics, so if it doesn't make a sense, then it doesn't. We alway use common sense and logical reasoning, to do some experimentation.
The original flexes for v1 had a single fet, which wasn't strong enough for mariko so