If you're making a portable you probably need something to watch it on. (Unless you want to guess what's happening in the game, but I wouldn't advise that) Anyway, this forum is your "Hacking a pocket TV/screen" one-stop solution. Share your experiences and knowledge here.
Yeah, I bought one on ebay for pretty cheap and I just got it in.
It's a little thicker than I would have hoped it to be though, and also it runs on 12V.
So I guess its a good screen for my n64p or ps2p projects, although it would have been nice if it ran on 7.2V, I guess this means that I don't have to build a timed switch for my battery circuit.
Anyway, I noticed that the screen was only showing half of the image, so I checked out the back of the lcd and noticed that the header board was plugged into the lcd controll board and that when I pushed on the wires, the image would clear up and be fine. I decided to solder the header board directly to the controll board so I would get a better image, and it worked fine.
I bought one too and they are kinda big. But since it was cheap I don't care as much. I'm glad that it runs off of 12v though because the Gamecube runs off of 12v too.
Without games my life would have no meaning.
Well, I guess it would, but it would be a lot less fun!!!!!!!
Yeah, for anything that uses 12V they're nice.
Untill I get a nes ps2 mb or fix mine, I'm going to use the screen in my n64p. I have everything wired except for the controller right now.
How did you get yours to run. I can't seem to get mine to run. What are you using to power it? I bought two and he sent me one interact black and one intec purple. I can't get an image to appeare on both. What are you using to power it?
I tried the n64 power suply and it worked great, thanks. . I looked up the chip on the bottom video board where the power,video in/out is and the IC on the board is a chroma decoder. It converts composite video to RGB. Does any1 know where the RGB wires are?
Is that on the lcd or the n64?
I know the lcd has red, green, and blue wires going to it from the header board, and if those are actually rgb, that'd be nice.
The chip is on the lcd. Not the screen part but the bottom pcb part. There are some variable resisters a crystal. Underneath the board is a chip labeled AN5372S. This is the chroma decoder. It takes the composite video and makes it into RGB. If we could connect RGB directly to the lcd the qualaty would probably be better. Almost all consoles can output or can be hacked to output RGB.
I'm not exactly sure, but the lcd module is around .75" thick. The thickness can be reduced by around .5 or so, but it would require replacing the backlight and resoldering a few components.