We have an LCD with an LVDS interface that we want to drive from an ARM board with 24-bit parallel LCD interface. The board runs on 3.3V for logic levels and power supply.
The display uses offset voltages of +20V, -6.8V, +11V that need to be generated.
The backlight consists of on string of LEDs that need to be driven at 9.6V with 160-180mA.
The parallel RGB input comes from a 40 pin, 0.5mm pitch FPC with typical control signals, the LVDS ouput is another 40pin0.5mm pitch connector. The full LCD datasheet is available if you're interested in this project.
A number of components that might be used:
* [login to view URL] for the lvds conversion
* [login to view URL] for voltage generation
plus an LED driver chip.
Outcome of the project would be either a Kicad or Eagle project with component library plus the corresponding Gerber files.
Hello sir,
I have experience in designing electronics circuits and can make your project. i will make your project completely on my side and will deliver a working prototype. I can also develop hardware compatible android and windows based apps.
I can show you my previous experience on similar projects.
If you wish we can discuss in chat.
Thanks
I have long experience with PCB design. I have worked with low-speed , high-speed and power
boards. I use Altium Designer and Eagle, and I deliver neat layout that conforms to your dimension constraints and the manufacturing constraints.
Regarding your project , I have worked with many LCD modules . Your specifications is very similar to the LQ043T1DG03 LCD of PSP (Play Station Portable). I worked with the LCD before and I could derive the required main components in BOM list.
More to be discussed once you contact me .
BR,
M.T.
I'm embedded software engineer graduated from faculty of engineering department computer and control system. I work on a lot of projects using different micro-controllers like Arduino, Pic 18f452 and Pic 16f877A etc. So I think that I would be the best one doing that job for you on the shortest time, may be done your job before deadline with the same efficiency.