GLK24064-25-FGW-V Matrix Orbital, GLK24064-25-FGW-V Datasheet - Page 9

• Manufacturer Part Number: GLK24064-25-FGW-V
• Description: LCD GRAPHIC DISPL 240X64 WHT BLU
• Manufacturer: Matrix Orbital
• Series: GLK24064-25r

Specifications of GLK24064-25-FGW-V

• Display Type: LCD - Color
• Display Mode: Transmissive
• Viewing Area: 132.00mm L x 39.00mm W
• Backlight: LED - White
• Dot Size: 0.49mm W x 0.49mm H
• Dot Pitch: 0.53mm x 0.53mm
• Dot Pixels: 240 x 64
• Interface: I²C, RS232, TTL
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: GLK24064-25-GW-V; GLK24064-25-GW-V

The standard version of the GLK24064-25/GLT24064 allows for user configuration of three common
communication protocols. First, the unit can communicate using serial protocol at either RS323 or TTL
voltage levels. Second, it can communicate using the Inter-Integrated Circuit connect, or I
Connections for each protocol can be accessed through the four pin Communication/Power Header as
outlined in the Serial Connections and I
Recommended Parts
Serial protocol provides a classic connection to the GLK24064-25/GLT24064. The Extended
Communication/Power Cable is most commonly used for this set up as it provides connections for DB9
serial and floppy power cables. To place your board in Serial mode, adhere to the steps laid out below.
1. Set the Protocol Select jumpers.
*Note:
3
Figure 3: Extended Communication/Power
2.2 Standard Module
2.3 Serial Connections
Figure 4: Breadboard Cable (BBC)


Jumpers must be removed from all protocol boxes save for the one in use.
RS232: Connect the five
provided or an alternate wire or solder solution.
TTL: Connect the four
Cable (ESCCPC5V)
jumpers*
jumpers*
The most common cable choice for any standard Matrix Orbital
display, the Extended Communication/ Power Cable offers a simple
connection to the unit with familiar interfaces. DB9 and floppy power
headers provide all necessary input to drive your display.
For a more flexible interface to the GLK24064-25/GLT24064, a
Breadboard Cable may be used. This provides a simple four wire
connection that is popular among developers for its ease of use in a
breadboard environment.
2
C Connections sections below.
in the TTL protocol box.
in the 232 protocol box with the zero ohm jumper resistors
2
C protocol.