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Those are $6.00 at DipMicro Electronics. They're closed till end of January though.matk95 said:looks nice where did you get the lcd?
blueroomelectronics said:Does that LCD use three white sidelight LEDs? The blue ones I use have built in backlight current limiting. They're made by TopWayDisplay.com
Nice project.
I think it's a different one. There's a lit up bar behind the display. Whether it's EL or LED I don't know. I never bothered to get a datasheet. Here's a pic of the back:blueroomelectronics said:Does that LCD use three white sidelight LEDs? The blue ones I use have built in backlight current limiting. They're made by TopWayDisplay.com
No I haven't. First time I've seen that - I looked at the site, but didn't read to the bottom before. That's very cool. I'm going to do that one of these days.Ever tryed Myke Predko two wire LCD circuit?
https://www.myke.com/lcd.htm
Doo eet!!!UTMonkey said:Looks great, I am not ready for that just yet but when I am.....
Don't bother with LCDs. Get them to sell online!blueroomelectronics said:Well it definitely has an LED backlight with a current limiting resistor. I'm trying to get Creatron to carry RED LCDs.
blueroomelectronics said:Kyle got to get you a Junebug even if it's just for the UART test mode![]()
blueroomelectronics said:A debugger such as the PICkit 2 (Junebug) or ICD2 (Inchworm+) can both display any and all of the contents of the target PIC. You can even modify variables on the fly, set breakpoints etc.
Try the MPLAB Simulator (software) as it offers similar features to the debugger (hardware)
Just buy single row breakaway headers, cut off 14 or 16 pins worth and solder them in. Nothin to it.UTMonkey said:If it's not too daft a question, how did you get "pins" on your LCD?