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ELECTRONICS
ONLINE
65
11/2002
Elektor Electronics
tise may be found on driving 44780-based
LCDs [5]. The material includes application
examples for the popular 8051 and PIC
microcontrollers.
Another interesting application is
Build
your own “2-wire LCD Interface using the
PIC16C84” microcontroller
produced by
Myke Predko [6]. As indicated by the title,
we’re dealing with a kind of serial drive of
an LCD by means of a PIC. Also worth men-
tioning is Myke’s
LCD Interfacing Refer-
ence Page
[7].
If you want to hook up an LCD to a com-
puter, consider the parallel (printer or LPT)
port for that purpose. An example (including
source code) of how it may be done is avail-
able from Craig Peacock’s
Beyond Logic
website [8].
Those of you who can not boast to much
experience in this area may want to start off at
an extensive description containing lots of
photographs of an LCD connected to a printer
cable, on the
Build your own printer cable
LCD display
[9] webpage provided by Over-
clockers Australia. This project allows all LCD
settings to be carried out on the PC using a
clearly laid out Windows program.
(025067-1)
Internet addresses
[1] Hitachi:
http://semiconductor.hitachi.com/
hd44780.pdf
[2] HD44780-Based
LCD Modules:
www.doc.ic.ac.uk/~ih/doc/lcd/
[3] Lampex:
www.lampex.com/prod.htm
[4] EIO LCD-pagina:
www.eio.com/datashet.htm
[5] How to control a HD44780-based Char-
acter-LCD:
http://home.iae.nl/users/pouweha/lcd/
lcd.shtml
[6] Build your own “2-Wire LCD Interface”
using the PIC16C84 microcontroller:
www.rentron.com/Myke1.htm
[7] LCD Interfacing Reference Page:
www.myke.com/lcd.htm
[8] Beyond Logic:
www.beyondlogic.org/parlcd/
parlcd.htm
[9] Build your own
printer cable LCD Display:
http://www.overclockers.com.au/
techstuff/a_diy_lcd/
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