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I have a couple of these displays and I wanted to be able to use them with a PIC. Does anyone have any information on these or maybe know a place to start? It has a 14 pin ribbon connector and a touch screen and a backlight. I just want to make it show something. If anyone has any information on these displays or any like it. It is a Hitachi made sp14Q006-ZZA and has another number below that, 5124T.
A quick Google came up with the datasheet for it in a trice!
http://www.hitachi-displays-eu.com/doc/sp14q006-t.pdf
I have looked through the datasheet but what I'm really looking for is the pinout for the 14 pin connector so that I have an idea where to start throwing data.
Ha it's on there, I can't believe I missed it the first time. Thanks
Now anyone have any idea how to communicate to it?
Try brainwave and see if this works, case not you may give a call to E.T. or Alf, they should know how to :D
This would help if we knew the controller IC on it.. nothing the datasheet seems to mentions.
At your sarcastic request :) I popped it apart and it has 2 ICs on it, one has 73099hed on it and it is a 16 pin IC. The other is a 14 pin IC with la6324n and a 5x7 on it. Hope this helps.
yikes, not much good info on that, the only thing I found was the La6324... op-amp...not really usefull. It reminds me a batch of LCD i bought here a while back...recycle bin they went... Hitachi are REALLY good to build things...without decent documentation...
Will send an email to my Nerdz, maybe they could find something.
Corbet,
Reviewing the datasheet it doesn't look like you have to initialize the display like it is done with other GLCD displays. I think that everything that you need is in the datasheet. Look at "8. Interface Timming Chart" it tells you what you need to do to "fill" the 320x240 screen with your data. Also, the pin connections and the power setup are described in the datasheet.
Robert
Hey thanks, I have a mild understanding of how it works sorta but there are a lot of signals flying around. D0-D3 tell the display which Ys to light for the current X at every CL2 cycle but how does it know which X it is on? The timing chart is a little confusing there. What does the FLM do? I assume CL1 and CL2 are clock pulses and it says CL1 is roughly 20 MHz (52.1-59.5 us) .
Does anyone have any experience, code, or schematics that might help me start?
That's correct.Quote:
Originally Posted by Corbet
It starts from X1 all the way to X240. Looking at the datasheet FLM marks the beginning of the whole screen cycle. It tells the display where X1 is at.Quote:
Originally Posted by Corbet
You don't really need a precise "clock pulse" with a fixed frequency. Using the PBP commands HIGH and LOW in a digital pin will be enough. The frequency constraint is set to avoid flicker and rippling on the display.Quote:
Originally Posted by Corbet
Sorry, I have never used this GLCD display, so I don't have any code for it.Quote:
Originally Posted by Corbet
Is it possible to use a really slow clock to be sure everything is working right? I guess what I'm asking is will all the pixels stay where they are set while the clock is running? What will make it reset to a default state? If I stop sending the clock will the display reset?
I don't see a reset pin, so you will probably need to turn the display off and on.Quote:
Originally Posted by Corbet
On the displays that I have used before the pixels don't get reset if I stop sending signals to the display. I don't know what would be the case with your display. My guess is that the screen will not reset.Quote:
Originally Posted by Corbet