Graphic LCD display module, COG type (Chip On Glass) WO12864D3-TMI# from Winstar Co. with 128×64 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7565P controller.
Graphic LCD display module, COG type (Chip On Glass) WO12864H-TFH# from Winstar Co. with 128×64 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7567-G controller.
Graphic LCD display module, COG type (Chip On Glass) WO12864H-TMI# from Winstar Co. with 128×64 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7567-G controller.
Graphic LCD display module, COG type (Chip On Glass) WO12864T-TFH# from Winstar Co. with 128×64 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7567-G controller.
Graphic LCD display module, COG type (Chip On Glass) WO12864U-TFH# from Winstar Co. with 128×64 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7567-G controller.
Graphic LCD display module, COG type (Chip On Glass) WO128128A-TFH# from Winstar Co. with 128×128 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST75161 controller.
Graphic LCD display module, COG type (Chip On Glass) WO128128A-TDI# from Winstar Co. with 128×128 resolution, black background color and white content. LCD matrix is a negative FSTN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST75161 controller.
Graphic LCD display module, COG type (Chip On Glass) WO160160A-TFH# from Winstar Co. with 160×160 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit interface. The module has UC1698U controller.
Graphic LCD display module, COG type (Chip On Glass) WO160160B-TFH# from Winstar Co. with 160×160 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit interface. The module has UC1698U controller.
Graphic LCD display module, COG type (Chip On Glass) WO240128A-TFH# from Winstar Co. with 240×128 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit interface. The module has UC1608 controller.
Graphic LCD display module, COG type (Chip On Glass) WO240128A-TMI# from Winstar Co. with 240×128 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit interface. The module has UC1608 controller.
Graphic LCD display module, COG type (Chip On Glass) WO240160A-TFH# from Winstar Co. with 240×160 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit interface. The module has ST7529 controller.
ATTENTION: This product has MOQ (Minimum Order Quantity) that is 2000 pieces.
For most products with MOQ, you can order smaller quantities (trial). For more details please contact us.
Graphic LCD display module, COG type (Chip On Glass) WO240160A-TMI# from Winstar Co. with 240×160 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit interface. The module has ST7529 controller.
Graphic LCD display module, COG type (Chip On Glass) WO24064A1-TFH# from Winstar Co. with 240×64 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7529 controller.
Graphic LCD display module, COG type (Chip On Glass) WO24064A1-TMI# from Winstar Co. with 240×64 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7529 controller.
Graphic LCD display module, COG type (Chip On Glass) WO24064A1-TTI# from Winstar Co. with 240×64 resolution, black background color and white content. LCD matrix is a negative FSTN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7529 controller.
Graphic LCD display module, COG type (Chip On Glass) WO24064B-TFH# from Winstar Co. with 240×64 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7586S-G4 controller.
ATTENTION: This product has MOQ (Minimum Order Quantity) that is 1000 pieces.
For most products with MOQ, you can order smaller quantities (trial). For more details please contact us.
Graphic LCD display module, COG type (Chip On Glass) WO24064B-TMI# from Winstar Co. with 240×64 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7586S-G4 controller.
Graphic LCD display module, COG type (Chip On Glass) WO24064C-TFH# from Winstar Co. with 240×64 resolution, white background color and black content. LCD matrix is a positive FSTN with transflective polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7586S controller.
Graphic LCD display module, COG type (Chip On Glass) WO24064C-TMI# from Winstar Co. with 240×64 resolution, blue background color and white content. LCD matrix is a negative STN with transmissive polarizer. The display allows the use of 8-bit and SPI interface. The module has ST7586S controller.
How to choose the right monochromatic LCM display from our offer?
When choosing a monochromatic LCM display, it is important to consider several parameters such as data presentation method, available content and background colors, viewing direction, matrix type, polarizer type, and operating temperature. Each variant of an LCM LCD display has unique features that can be tailored to specific application needs.
Content and background colors on monochromatic LCM displays
Monochromatic LCM displays can present content and backgrounds in multiple colors. In addition to black or white, options such as yellow-green, red, or blue are also available. Excellent content readability is achieved with a high contrast between the content and background. For example, displaying light-colored content on a dark background or dark-colored content on a light or blue background are common choices.
Viewing direction of monochromatic LCM displays
Monochromatic LCM displays have limited viewing angles, typically at 12:00 or 6:00. The choice of viewing direction should be based on how the end device will be used, considering whether the content will be viewed from the top (12:00) or from the bottom (6:00).
Type of monochromatic LCM module
There are two main structural types of monochromatic LCM displays: COB (Chip-on-Board) and COG (Chip-on-Glass). COB modules have the controller placed on a printed circuit board (PCB), while COG modules have the controller directly mounted on the glass of the display. COG solutions have smaller overall dimensions, making them suitable for applications that require compact designs.
Matrix types in monochromatic LCM displays
The available monochromatic LCM displays use three types of passive LCD matrices:
- STN (Super-Twisted Nematic),
- FSTN (Film Compensated Super-Twisted Nematic),
- FFSTN (Double Film Compensated Super-Twisted Nematic).
FSTN and FFSTN variants are enhancements of STN displays, incorporating additional compensatory filters between the STN matrix and the rear polarizer (one in FSTN and two in FFSTN). These filters improve contrast and image quality.
Each type of monochromatic LCM display matrix can be available in positive or negative variants.
Type of polarizer in monochromatic LCM displays
The polarizer is a thin film layer that allows the transmission of only one plane of polarized light. The choice of polarizer depends on the backlight structure. There are three main types of backlighting in LCD displays:
- Reflective displays utilize ambient light to illuminate the content, often employing mirrors to reflect the light. These displays are commonly used in calculators.
- Transmissive displays use a backlight to illuminate the content.
- Transflective displays combine both reflective and transmissive technologies, using mirrors and a backlight.
Controllers in monochromatic LCM displays
Controllers are integrated circuits that drive the pixels in monochromatic LCD displays. The choice of the appropriate controller is important as it affects performance, speed, and
Operating temperature of monochromatic LCM displays
The operating temperature range for monochromatic LCM displays is typically specified from -20 to 70°C, allowing for indoor and outdoor applications in many cases.
Temperature compensation circuit
In certain applications such as transportation, medical devices, or military equipment, where the electronics are exposed to rapid temperature changes, temperature compensation circuits are important. These circuits help correct any undesired effects caused by temperature fluctuations.
Built-in negative voltage generator
Monochromatic LCM displays with a built-in negative voltage generator can generate the necessary negative voltage for proper contrast adjustment.
By considering these parameters, you can select the appropriate monochromatic LCM display from our diverse range of options, ensuring it meets the requirements of your specific application.