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[on:]

Here is our graphic LCD shiled based on DOGS102W display from Electronic Assembly
http://www.lcd-module.com/products/dog.html

We made a few of them for our internal use, but I have some limited quantity fully assembled, parts or bare PCBs

102x64 monocrome resolution with Amber backlight
3.3V SPI interface with CD4050 buffer
SMD componens mounted on the back
Optional 5V to 3.3V regulator and PWM backlight control
4 buttons for easy menu navigation

Libraries from http://code.google.com/p/dogm128
I actually heped to implement DOGS102.

[Reply #1 on:]

Nice

Are you going to sell these?

[Reply #2 on:]

Yes, I have few extras that I can sell directly or via ebay
PM or email me for direct price.

Schematics is published with code, but I can email it also.

[Reply #3 on:]

I am not sure how to attach file to the post, so here is external link:
http://www.plctools.com/images/lcdshield_schematics.pdf

[Reply #4 on:]

The new version v1.06 of the dogm128 graphics library now supports the DOGS102 shield out of the box. The DOGS102 shield also runs fine with the Arduino Uno board.

Oliver

[Reply #5 on:]

Here are some screen samples,
Analog gauge code based on DOGM library is available

[Reply #6 on:]

Andy, I sent you a PM

[Reply #7 on:]

Andy123,

I have sent you a PM regarding my interest to purchase

[Reply #8 on:]

We started WIKI page for this shield:
http://code.google.com/p/dogm128/wiki/dogs102_arduino_shield

WIKI should answer requests for parts list and how to control backlight with PWM

[Reply #9 on:]

To people who were asking about different backlight colors:
- Board designed to use Amber backlight only with LED connected in series - see schematics
- You can't use RGB backlight since it has a different connections
- You can try to use WHITE backlight, but you will have to make some trace changes to convert serial connection to parallel. Serial LED connection will requre 6V that board does not have. I don't have a white backlight to test.

[Reply #10 on:]

Thanks for something here,
Great advantage in my part,
God Bless!



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[Reply #11 on:]

Here is another question that I want to answer in public forum:
Why schematics shows pull up resistors for every button, but they are not mounted on PCB?

Because Atmega microcontroller has internal pull-up resistors the can be activated via code.
Sample code shows how to enable them.
We added PCB pads since the same LCD can be used for other projects that may not have pull-up resistors.

10K resistors can be easily added in this case.

I still have few devices available if someone wants them.

[Reply #12 on:]

How many pins of the Arduino does one of these shield use?? Are there any available pins?? Specifically, does it use pin 9-12 that the ethernet shield require?

[Reply #13 on:]

Yes, it uses 9-11 and13 because it has SPI bus.
SPI pins D11 and D13, that can be shared with Ethernet
Pin 12 (MISO) is not used - LCD has one way traffic.
 
Control pins are on D9 and D10 (CS and A0 signals)
Buttons connected to D2-D5.

Other pins are available.
See schematics http://bit.ly/a5wIyK

========================
Edit:  Shields compatable with Ethernet/SD card are available - see my post in display forum

[Reply #14 on:]

Just a follow-up on compatability with Ethernet Module:

I was told by one of the customers that connector clearance issue can be easily avoded by using an extra set of stackable headers between Ethernet Shield and this LCD.
This will put Ethernet and LCD boards about 18mm apart.
At this point we don't have Ethernet shield to test this solution.

Extra headers can be purchased from one of resellers
http://www.sparkfun.com/products/9279
http://www.sparkfun.com/products/9280

We will have LCD shield with headers and modified pin 10 connection next week.