I used the pinout in the above table to connect the board to a Nokia 6300 LCD obtained from ebay. I connected them to an STM32F103VET6 board and ran the mcp2pa8201 demo supplied with my stm32plus library.

I'll bet it runs fine at 3.0V. I think Nokia probably drives them at 2.8V, at least they do on some of the other very similar displays because it's labelled on the repair manual schematic. The LDS285 datasheet quotes a range of 2.3 to 3.3V.


Nokia 6300 Schematic Pdf Download


Download File 🔥 https://urllio.com/2y2DCJ 🔥



It is definitely symmetric. I made the Eagle footprint before I knew what the connector was so it won't exactly match the datasheet. In particular I gave myself longer pads so I'd have a little more room to get solder on to them. You can extract my footprint from any of the Nokia LCD schematics in my download section.

I have arduino and the nokia n95 LCD panel (expert disassembler, have very basic knowledge on electronics, but no soldering and designing skills). Its amazing how you soldered the smt components and small pins. I wish to buy one finished break out board. please email me

R2 is just a weak pulldown so anything in the 10-60K-ish range is probably fine. I labelled it 33K in the schematic and in practice I'll pick whichever value I've got available in the correct range. Glad you're finding the open design useful. I plan to open source all my designs so that people can learn and experiment on their own. ff782bc1db

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