Delivery Time:2-7days on receipt of payment
Certification:CE,ROHS, FCC
128*64N COG Graphic STN Monochrome LCD Module for ECG , Industrial Equipment
Description:
1. IC Connection Method:COG
2. LCD Display Mode:STN,Negative/Positive Optional,TRANSFLECTIVE
3. Viewing Direction:6 O\'Clock
4. Backlight type & Color:LED, Yellow-Green/Blue
5. Driving Method:1/64Duty,1/9Bias
6. Control/Drive IC: ST7565R
7. LCD Connection:FPC, Metal Pins, Zebra, Heat-seal
8. MCU Interface Type: 8Bit Parallel mode/4-line SPI mode
9. Main Component:LCD+Controller+PCB+BL+Zebra
Main Application
|
Wire tester |
Communications equipment |
|
Instrument & meter |
Car audio-visual |
|
Industrial equipment |
Home appliances |
|
Manipulator controller |
Consumption electronics |
|
Medical Equipment |
POS |
|
Electricity,Power Controller Device |
Beauty Equipment, |
|
Semi auto analyzer |
Medical Equipment |
|
ECG |
Injection Machine |
Essential Specification
|
TSG-12864N Series |
|
|
Parameter |
Data |
|
Viewing Angle |
6’O CLOCK |
|
V.A. |
60.5×33.0 |
|
Dots |
128*64 |
|
Driving IC |
ST7565R |
|
Operation Voltage |
-20℃-+70℃ |
|
Storage Voltage |
-30℃-+80℃ |
|
Interface timing |
8-bit Parallel |
|
Connector |
Zebra |
|
Driving Condition |
Duty 1/64 Bias 1/9 |
|
APPROX. WEIGHT |
TBD |
The main model of 128*64N Series is as follows
|
P/N |
BL Voltage |
Module Voltage |
LCD Mode |
BL Color |
Contrast Ratio |
Outline Size(mm) |
|
TSG-G12864NDYSYSD-2 |
5 |
5 |
STN/Y-G |
Y-G |
Adjustable |
82.2×60.4×11.75 |
|
TSG-G12864NDYSYSD |
5 |
5 |
STN/Y-G |
Y-G |
Adjustable |
82.2×60.4×11.75 |
Product Range
1. LCD Type: TN, HTN, STN, FSTN, VA
2. Any digitals, icons, graphic can be customized and designed according to your requirement
3. Polarizer type: Transmissive, Transflective, Reflective
4. Connector Type: FPC, Metal Pins, Zebra, Heat-seal
5. Glass thickness: 1.1mm, 0.7mm, 0.55mm
6. Various Backlight color available
7. IC Mounting Method: COB,COG,TAB etc
QC Process
1, Appearance
2, Temperature range
3, Black/White sports
4, Linear defects
5, Rainbows
6, Luminosity of backlight
7, Uniformity of backlight
