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To make it easier for you, remove this capacitor from the board that has it, and place it on the board that is not working, as I indicated. This capacitor that is on the working board will not be needed if you remove it and put it on the other one.

You will have to solder the capacitor in the place I indicated, and redo the track with a thin toasted wire, as I showed. When you look at the image you can see the trail coming out of the black resistor and going towards the chip, you have to remake it, and the brown capacitor you removed you...

Em The schematics you can find are for TV or other applications, I didn't consider them reliable, so I cloned them.

It's an RTD2660, this is the Chinese PCB8000099 board, specifically this board.

Screen driver, optional audio amplifier IC, and an STM32 for PS2 Control. It's just a draft, a lot will change.

THERE ARE SO MANY IDEAS, I HOPE THEY FIT ON THE PCB. And the updates continue. The pcb won the custom regulators, but I don't see this power system being powered by connectors or wires, so I added a USB-C PD, using IP2721, simple and reliable, with ESD protections, I've been thinking about...

Keep us posted, a project like this would be awesome.

I've also been researching a project similar to what you're doing, but I don't know programming language so I gave up, I don't have the patience for the codes, but I found a project similar to this one, I'm sending you the link here, maybe it will be useful...

Now we have custom regulators built into the PCB, I want to thank @Gman for making his Wii PMS available, it was of great help for my learning in pcbs and has been useful for my projects. Now I want to implement the USB-C PD with usb data multiplezer, but due to the shortage of components, I...

Awesome work Man. PCBS are an art, awesome Bro designs.

This is really cool. Some time ago I started to do the same work, but I gave up, I had no interest in buying a 15Hz LCD to finish the project. I look forward to seeing more updates on this project.

MOSFET FOR 8.5V VOLTAGE SWITCHING SUCCESSFULLY REMOVED. 1.8V AND 3.3V REGULATORS SUCCESSFULLY REMOVED. Components removed and Playstaion 2 worked perfectly, with that I gain a bigger space in the PCB and saving in the BOM of components.

Starting some component removal tests to make sure the layout follows correctly. First I will remove the stand-by regulators from the 79003, if it works I will remove the switching MOSFET from the 8.5V voltages, and finally some capacitors and resistors from other parts of the board.

Send a better resolution image of this part of the board that I mapped for you. The image resolution has to be very good and the tracks are very sharp.

Green wire goes to the first controller pad on the board.

PCB finish is not good, remove cut chips and file edges of PCB. Another thing, I don't know what your intention is in the project, but for a portable Ps2 you don't need to solder the controller and memorycard 2.

You don't need to solder the gray wire, it's just for the vibration motors.

I forgot to mention the dimensions that this pcb has at the moment, the pcb is 82.06mm x 80.87mm.

Glad you liked it and thanks for the comment. Are you the one who created a purple pcb with custom regulators? I remember it was because of a bitbuilt member called The Drew that I started working with pcbs, since then I've been learning. That purple pcb with TPS regulators was an inspiration to me.

After examining the PS2 boards, I decided to try to recreate the PCB as a way of learning, I'm still routing the PCB and trying to reduce its size, this is the PS2 79003 pcb, but I already have the ps2 90010 layout ready.