Just cause i dont see any sense in buying something i dont needWhy not? Joy through the challenge?
its not about the cost its more about the waiting time and the reliabilaty, i know a few people who always had some flex cables not work.I once work on quartz crystal resonator.
Everything is always about cost. Its called 'Cost Down'
You'll lose competition, when the competitor only use mosfet, while you use flex which cost 25x higher than using mosfet.
People using picofly not because hwfly is bad. But because of the price. Price do matter.
You like to experiment right?Here 1 mosfet IRFH3842 to 1 cap.
Glitch after train. <1sec.
View attachment 378474
And this is when i tried it a multiple time, to get the gist of the average glitch time.
View attachment 378480


Can you kind of explain what's going on in this picture? It looks like D and S are soldered together. And then are you hitting just the top of one cap or the bottom as well?Here 1 mosfet IRFH3842 to 1 cap.
Glitch after train. <1sec.
View attachment 378474
And this is when i tried it a multiple time, to get the gist of the average glitch time.
View attachment 378480
@abal1000x likes to double back his wires for the Drain to effectively double the capacity of the wire. The Pink is where the capacitor is. Red it looks like he's grounding Source to the APU shield frame, and then Gate goes to RP2040 like normal.Can you kind of explain what's going on in this picture? It looks like D and S are soldered together. And then are you hitting just the top of one cap or the bottom as well?
Oh i see! its in a different orientation than i would normally do mine@abal1000x likes to double back his wires for the Drain to effectively double the capacity of the wire. The Pink is where the capacitor is. Red it looks like he's grounding Source to the APU shield frame, and then Gate goes to RP2040 like normal.
View attachment 378525
"if it ain't broke, don't fix it"Oh i see! its in a different orientation than i would normally do mine
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So i have a question. Now that i have learned how to glitch without using the SDA/SCL wires would it be ok for me to completely redo my OLED? i used 0.1 all the way around and had to use the SDA/SCL wires. Would it be safe to redo it or should i just leave it?
well maybe thats why he get it done with 1 mosfet@abal1000x likes to double back his wires for the Drain to effectively double the capacity of the wire. The Pink is where the capacitor is. Red it looks like he's grounding Source to the APU shield frame, and then Gate goes to RP2040 like normal.
View attachment 378525
well yeah but someone said that one day those 0.1 wires could potentially break and kill the switch"if it ain't broke, don't fix it"
Well if u use them on MOSFET to apu yeah I would change them.well yeah but someone said that one day those 0.1 wires could potentially break and kill the switch
i used 0.1 on everythingWell if u use them on MOSFET to apu yeah I would change them.
Then change the ones on MOSFET to apu caps to 0.2mm , 0.1mm might burn through.i used 0.1 on everything
Dumb question but here it goes: is the chip positioned on the right side/corner?can anyone tell me whats wrong with this picture?
View attachment 378537
Or this reball job?
View attachment 378538
Only asking because I'm done! Got a value before and after of 594-627 for that Dat0 point with 40awg wire. Put everything back so i can work on the SOC side but just wanted to test by power it on and.......nothing. Not even a god damn charge symbol. Pure dead! To say I was careful with only 10% of the oled mod done is an understatement. Could the reball be shorting. Is it a dead emmc? WHat the flip is going on?
Dumb question but here it goes: is the chip positioned on the right side/corner?
Because otherwise everything looks good
can anyone tell me whats wrong with this picture?
View attachment 378537
Or this reball job?
View attachment 378538
Only asking because I'm done! Got a value before and after of 594-627 for that Dat0 point with 40awg wire. Put everything back so i can work on the SOC side but just wanted to test by power it on and.......nothing. Not even a god damn charge symbol. Pure dead! To say I was careful with only 10% of the oled mod done is an understatement. Could the reball be shorting. Is it a dead emmc? WHat the flip is going on?
I don't know if it just the picture but the emmc doesn't seem to see perfectly, it should be kinda the same on the top left and bottum right square.View attachment 378543
Was only so hopeful because I practised with a dead board and the readings were all spot on with that and this. I wouldn't be so mad if I knew what I did wrong!? I even used kapton on all other parts of the pads of of the dat points so little chance of shorting. My assembly and reassembly was super smooth. Heating it back into position was good, snapped into position but im not sure if i went wrong here or its just the oled....not liking being dissasembled!? Honestly hate the Switch
used 200 for 1.5mins then upto 300 for 1.5min then 400 for 1min. then backwards after it set itself. But if it was bridging, then why is the reading correct? I did notice that in the picture but it was just some fluff from cleaning. crumbly, maybe, but this is a super zoomed in shot. normal working distance look smooth.I would position the dat0 cable straight
Is u look closer their could be something bringing,
Tha balls look "okay" they kinda look a bit "Crumbly"
If they look like that I would add son more flux and reheat them and slowly let them cool down.
What temperature did u use and for how long?
Mh okay 400 seems a bit high I usually go max 320 for 20 sec if it doesn't move at 300 , but also know someone who goes max heat on it so not that sure if its an issue , thought emmcs do not like heatused 200 for 1.5mins then upto 300 for 1.5min then 400 for 1min. then backwards after it set itself. But if it was bridging, then why is the reading correct? I did notice that in the picture but it was just some fluff from cleaning. crumbly, maybe, but this is a super zoomed in shot. normal working distance look smooth.