4
Command Summary
2.
Make the connections.
a.
Connect the six pin female header of the Communication/Power Cable to the Extended
Communication/Power Header of your GLK240128-25/GLT240128.
b.
Insert the male end of your serial cable to the corresponding DB9 header of t
he Extended
Communication/Power Cable and the mate the female connector with the desired
communication port of your computer.
c.
Select an unmodified floppy cable from a PC power supply and connect it to the power header
of the Communication/Power Cable.
3.
Create.
?
MOGD#
or a terminal program will serve to get you started, and then you can move on with
your own development. Instructions for the former can be found below and a variety of
application notes are available for the latter at www.matrixorbital.ca/appnotes.
I2C
Connections
A more advanced connection to the GLK240128-25/GLT240128
is provided by the I2C protocol setting.
This is best accomplished using a breadboard and the Breadboard Cable. Power must be supplied from
your breadboard or another external source. To dive right into your application and use the GLK240128-
25/GLT240128
in I2C mode, get started with the guidelines below.
1.
Set the Protocol Select switches.
?
I2C: Ensure that the two I2C jumpers in the corresponding protocol box are connected while all
othersare open.
2.
Make the connections.
a.
Connect the Breadboard Cable to the Extended Communication/Power Header on your
GLK240128-25/GLT240128
and plug the four leads into your
breadboard. The red lead will
require power, while the black should be connected to ground, and the green and yellow
should be connected to your controller clock and data lines respectively.
b.
Pull up the clock and data lines to five volts using a resista
nce between one and ten kilohms on
your breadboard.
3.
Create.
?
This time you're on your own. While there are many examples within the Matrix Orbital
AppNote section, www.matrixorbital.ca/appnotes, too many controllers and languages exist to
cover them all. If you get stuck in development, it is possible to switch over to another protocol
on the standard board, and fellow developers are always on our forums for additional support.
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相关PDF资料
GM2BB50BM0C
LED WHITE 5000K 150MA 0.5W
GM5YJ01210A
LED ORANGE CLEAR 6050 SMD
GU128X128D-3900B
VACUUM FLUORESCENT DISPLAY
GU144X16D-7053B
VACUUM FLUORESCENT DISPLAY
GU160X32-800B
MODULE VF GRAPHIC DISPLAY 160X32
GU160X80E-7900B
VACUUM FLUORESCENT DISPLAY
GU256X128C-3900
MODULE VF GRAPHIC DISPLY 256X128
GU256X128D-3900B
MODULE VF GRAPHIC DISPLY 256X128
相关代理商/技术参数
GLT240128-GW
功能描述:LCD 图形显示模块和配件 240x128 w/ Touch Blue w/Black Text RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-USB
功能描述:LCD 图形显示模块和配件 Graphic Touch Disp USB, Yellow/Green RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-USB-FGW
功能描述:LCD 图形显示模块和配件 Graphic Touch Disp USB, White/Grey RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-USB-WB
功能描述:LCD 图形显示模块和配件 Graphic Touch Disp USB, Blue/White RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-VPT
功能描述:LCD 图形显示模块和配件 240x128 Blk Text T/S Y/G B/G Volt Reg
RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-WB
功能描述:LCD 图形显示模块和配件 240x128 w/ Touch Blue w/White Text RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-WB-V
功能描述:LCD 图形显示模块和配件 Blue Background White Txt Wide Volts RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk
GLT240128-WB-VPT
功能描述:LCD 图形显示模块和配件 240x128 Wht Txt Blu B/G Volt Reg
RoHS:否 制造商:ELECTRONIC ASSEMBLY 产品: 分辨率:128 x 64 流体类型:FSTN Positive 接口: 背光: 背景色:White 工作温度范围:- 20 C to + 70 C 封装:Bulk