Camcorder LCD
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JackFrost22
- Sir Posts-alot
- Posts: 4186
- Joined: Fri Jun 04, 2004 4:10 pm
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JackFrost22
- Sir Posts-alot
- Posts: 4186
- Joined: Fri Jun 04, 2004 4:10 pm
After doing research and tracing individual lines from chips on the board to other chips, I have come up with the conclusion that there are about five parts on four different boards that control the LCD screen. I am assuming it is this way for image overlay (the date/time stuff and other such stuff). Since that is the case, I would have to put the entire camera in my portable system which would then not make it as portable and wasting even more battery power just to have the other useless stuff on the same boards running. Therefore, I will not use the LCD screen (unless I can see if a 15-pin D-sub monitor connection works then I know how to make a video signal go to a computer monitor (which a 15-pin D-sub is most common monitor connections). I assume 15 pin because there are two sets of 14. Either way, for a super famicom portable, its not that worth the trouble. So I think I may just go on to make my own PSP (or eventually buy the official one when it comes out here Dec 14).
Well thanks everyone, and lets keep this topic open for any advancements in our independent research and such. So if someone by chance happens to fnd a solution or a troubleshoot, post it up.
One more thing, if you honestly want a Famicom or Super famicom or anything like that here. You can try to arrange it with me at:
john_master_of_@hotmail.com
So maybe a wave of Japanese portables will be shown soon here.
Well thanks everyone, and lets keep this topic open for any advancements in our independent research and such. So if someone by chance happens to fnd a solution or a troubleshoot, post it up.
One more thing, if you honestly want a Famicom or Super famicom or anything like that here. You can try to arrange it with me at:
john_master_of_@hotmail.com
So maybe a wave of Japanese portables will be shown soon here.
When in Japan with access to just about every system ever made and those that have yet to see international soil, gather your forces, and make the cool ones your own.
I was thinking. What if I bypassed the controller and input RGB directly into the LCD with a constant voltage and stuff. I would have to put the LCD and LED backlight on a different circuit...
But if i regulared power going into the LCD and found what leads are RGB from the ribbon cable that goes into the LCD itself is that possible? If my specs are correct, the only missing would be a brightness and contrast control (which if I do this right, brightness will be regulated as a constant).
Is this not possible, because I am fairly certain that the LCD will take in RGB, I just have to find the leads on the ribbon cable.
Please thought and such. Until then, I will be searching the web for a more complex spec sheet than I have in my head.
But if i regulared power going into the LCD and found what leads are RGB from the ribbon cable that goes into the LCD itself is that possible? If my specs are correct, the only missing would be a brightness and contrast control (which if I do this right, brightness will be regulated as a constant).
Is this not possible, because I am fairly certain that the LCD will take in RGB, I just have to find the leads on the ribbon cable.
Please thought and such. Until then, I will be searching the web for a more complex spec sheet than I have in my head.
When in Japan with access to just about every system ever made and those that have yet to see international soil, gather your forces, and make the cool ones your own.
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