Sunlight Readable 240x64 Graphic LCD
Part Number:
CFAG24064A-YYH-TZ
Sunlight readable 240x64 graphic LCD with negative voltage generator and temperature compensation.
Resolution: 240x64 pixels
Optics: 6:00 viewing direction
Backlight : Yellow-green LED
Glass: STN Positive, Transflective
Controller: RAiO Technology RA6963 (Toshiba T6963C Compatible) Controller
Operating Temp: -20°C to +70°C
Compliance: REACH & RoHS Compliant
Need a written quote? Add to cart, then enter your email address in the "request a quote" box.
Part Change Notices
Subscribe to Part Change Notices by
email or RSS for
CFAG24064A-YYH-TZ
TECHNICAL SPECS
Physical Characteristics
Column Dots x Row Dots
240 x 64
Module Overall width
height
depth
millimeters
180
65
16
inches
7.087
2.559
0.630
PCB Outline width
height
depth
millimeters
180
65
16
inches
7.087
2.559
0.630
Viewing Area width
height
millimeters
133
39
inches
5.236
1.535
Active Area width
height
millimeters
127.16
33.88
inches
5.006
1.334
Dot Size width
height
millimeters
0.49
0.49
inches
0.019
0.019
Dot Pitch width
height
millimeters
0.53
0.53
inches
0.021
0.021
Optical Characteristics
Glass Type/Glass Color
STN/Yellow-Green
Polarizer
Transflective
View Direction
6 o'clock
Sunlight Readable
Yes
Backlight Color
Yellow-Green
Backlight Type
LED
Mode
Positive
Foreground Color
Dark
Background Color
Yellow-Green
Electrical Specifications
Module Connector Pitch
0.1mm
Environmental
Operating Temperatures min
max
Celsius
-20°
70°
Fahrenheit
-4°
158°
Storage Temperatures min
max
Celsius
-30°
80°
Fahrenheit
-22°
176°
Humidity min
max
Non-condensing
0%
90%
Electronics
Controller Documents
Raio Technology RA6963 RA6963 Dot Matrix LCD Controller Specification
Interface
8-bit Parallel
Part Change Notice
Subscribe to Part Change Notices by email or RSS
Part Change Notice #10936: The products listed above are being updated.
Products Affected:
CFAG24064A-YYH-TZ, CFAG24064A-TTI-TZ, CFAG24064A-TMI-TZ
Date Issued:
February 28, 2018
Summary:
The products listed above are being updated.
Description:
The printed circuit boards are being revised to improve operation and manufacturability.
Reason:
Continuing Product Improvement.
Impact:
The revision letter of the printed circuit board will change. The operation of the modules will not be affected.
Availability:
The revised modules will be available as current stocks are replenished.