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This is one classic high resolution graphic COG module of 240*160 dot-matrix, that is capable to display intricate images, patterns, and a considerable amount of text or characters. The graphic module utilizes the FSTN (Film Super Twisted Nematic) positive display mode with a white backlight, resulting in the classic visual effect of black text or graphics displayed on a white background.
Item No :
FG-240160AResolution :
240*160 dot matrixLCD mode :
FSTN/Positive /transmissiveDriver IC :
UC1698u/ COGInterface :
Parallel 8080Backlight Color :
WhiteThis 240*160 dot matrix module features a COG+COB structure, consisting of an LCD panel, a COG IC, backlight, and a PCB. The LCD chooses 1.1/1.1mm thick ITO glass, and the entire LCD panel is fully embedded in the backlight wall shoulder, with a total COG module thickness of 5.8mm. Plus the PCB thickness and component height, the maximum thickness of the whole module is 9.0mm. This 240*160 graphic module selects the COG driver IC UC1698u placed on the bottom long side, supporting parallel 8080 interface connected with a 28PIN FPC. The most significant feature of this module is the addition of a PCB board, which primarily serves two functions. First, the four positioning holes on the PCB are used for positioning the display module on the customer's mainboard. Second, through the circuit conversion on the PCB, the parallel 8080 interface of 28PIN FPC at the bottom is converted into MCU an 18PIN-FFC connector at the top, supporting MCU interface.
Display Type |
FSTN/Positive/Transmissive, COG+ COB module |
Resolution |
240*160 |
Model SIze |
60.00*52.00*9.0mm |
V.A Size |
56.00*38.70mm |
Dot Size |
0.1965*0.1965mm |
Dot Gap |
0.02*0.02mm |
View Direction |
6:00 |
Backlight |
LED white |
Driver IC |
UC1698u/COG |
Interface |
MCU Interface 8080 |
Drawing:
Features:
This 240*160 graphic COG module is FSTN positive mode , white-in-black background. It is featured with:
High Resolution: The high resolution 240*160 of this monochrome graphic module ensures the precision and clarity of the displayed content. Whether it's complex images, patterns, or a large amount of text or characters, they can all be presented accurately and delicately on this screen.
COG+COB Structure: This structure combines two technologies, Chip on Glass (COG) and Chip on Board (COB). COG is typically used to directly bond ICs onto the LCD glass, while COB involves mounting ICs and other components onto a PCB.
Flexible Interface: Through interface conversion on the PCB board, it supports multiple communication protocols and interface standards, enhancing this 240*160 graphic module's versatility and scalability.
Precise Positioning: The positioning hole design on the PCB board ensures precise positioning of the 240*160 graphic module on the customer's mainboard, improving product reliability and stability.
In summary, this 240*160 dot matrix module is a display module that integrates COG and COB technologies and design concepts. It possesses features such as slimness, high reliability, and flexible interfaces, making it suitable for various application requiring precise display and efficient communication.
Application:
This 240*160 dot matrix is one of the popular solutions for monochrome graphic LCD modules, its high resolution ensure exquisite detail in displaying image, text or icons etc. This module is compatible with a wide range of fields like:
Handheld Devices: The 240*160 FSTN monochrome graphic module is widely applicable in handheld devices such as PDAs, and electronic readers. Its high definition and low energy consumption characteristics enable these devices to provide a clear and convenient display interface while maintaining a long battery life.
Instruments: Such as industrial control instrumentation, medical equipment, and measuring instruments, this 240*160 graphic module offers intuitive data display, assisting users in quickly accessing critical information.
Automotive: For devices like navigation systems and car recorder, this 240*160 graphic module ensures clear visibility of information for drivers, enhancing driving safety. Its low energy consumption and wide applicability make it an excellent choice for in-vehicle usage, delivering exceptional performance in automotive environments.
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