| Customization: | Available |
|---|---|
| Usage: | Small-sized LCM, Monitor LCM, Industrial LCM |
| Digital LCD Module Type: | Counting Module |
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A graphic LCD (Liquid Crystal Display) is a type of display that can display graphical content and custom patterns. Unlike character-based LCDs that are limited to displaying predefined characters, a graphic LCD allows you to control individual pixels, enabling you to create custom shapes, images, and graphical user interfaces. A 240*80 graphic LCD module refers to a display panel with a resolution of 240 pixels in width and 80 pixels in height. It is commonly used for displaying graphical content, icons, and text in various electronic devices. Here are some data about a 240*80 dots graphic LCD.
| Item | Specification |
| Product Name | 240*80 dots Graphic LCD Module |
| Model No. | RYG2408002-GFTWWN |
| Dot Format | 240*80 |
| LCD Display Mode | FSTN |
| View Angel | 6H |
| Driving Method | TBC |
| Backlight | White |
| Drive IC | ST7529 |
| Connector | FPC |
| Logic Supply Voltage | TBC |
| LCM technological conditions | RoHS |
| Operating Temp | -40º C~+70ºC can be customized |
| Storage Temp | -45º C~+85ºC can be customized |
A 240*80 dots graphic LCD module offers several advantages for applications that require custom graphics and user interface elements.
*High Resolution: It provides a relatively high pixel density, allowing for the display of detailed graphics and images. This can enhance the visual appeal and clarity of the displayed content.
*Customization: A graphic LCD module allows for the individual control of each pixel, enabling the creation of custom graphics, icons, and user interface elements.
*Versatility: The ability to display custom graphics and images makes a 240*80 graphic LCD module suitable for a wide range of applications.
*User Interaction: The display of custom graphics and user interface elements allows for intuitive user interaction. It enables the presentation of buttons, menus, sliders, and other interactive elements, enhancing user experience and usability.
*Information Display: The high resolution enables the presentation of detailed information, such as graphs, charts, and data plots.
*Low Power Consumption: Graphic LCD modules generally consume less power compared to other display technologies like TFT-LCDs.
*Compact Size: This module is available in compact form factors, making it suitable for applications with limited space constraints.
*Cost-Effective: Graphic LCD modules are often more cost-effective compared to higher-resolution displays like TFT-LCDs.
240*80 graphic FSTN super wide temperature LCDs find applications in various industries and environments. Some common applications include:
Industrial Equipment: These LCDs can be used in industrial control panels, machinery displays, and process monitoring systems. The super wide temperature range ensures reliable operation in harsh industrial conditions.
Automotive Displays: LCDs with super wide temperature capabilities are suitable for automotive applications, including dashboard displays, infotainment systems, and vehicle diagnostics. They can withstand the temperature fluctuations experienced inside vehicles.
Outdoor Displays: LCDs used in outdoor environments, such as outdoor signage, kiosks, and information panels, require the ability to function in extreme temperatures. Super wide temperature LCDs ensure visibility and performance even in hot or cold weather conditions.
Aerospace and Defense: LCDs used in aerospace and defense applications need to operate reliably in extreme temperature environments. These displays can be found in avionics, cockpit instruments, defense equipment, and navigation systems.
Medical Devices: LCDs with super wide temperature capabilities are used in medical equipment, such as patient monitoring systems, diagnostic instruments, and medical imaging displays. They can withstand the temperature variations encountered in hospital environments.
Energy and Utilities: LCDs are utilized in energy and utility sectors for monitoring and control purposes. These displays can be found in power plants, substations, renewable energy systems, and utility monitoring stations.
1. Best Quality Control : Every LCD tested with special instruments or main boards before delivery to ensure working.
2. Correct Packaging Way: Packed in anti-static bags with foam box to ensure safety in transportation.6. Competitive Price: Give you a direct factory price.
7. Better After-sales Service: Long for one year warranty.
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