Basic Information
Non-standard 7 Segment LCD provides customized display solutions for applications requiring unique segment designs and layouts. With flexible shapes, sizes, and segment configurations, it delivers clear numerical and symbolic displays for meters, instruments, control panels, and industrial devices.
Parameters:
| Character Type | Customized |
| Model | SJXDGW027 |
| Model Size | 106.0×61.0×2.8mm |
| VA Size | 103.0×54.0mm |
|
Connector
|
Metal pins |
|
LCD Type
|
HTN Positive |
|
Drive Conditions
|
1/4D 1/3B
|
|
Working Temperature
|
-20°C TO +70'C
|
| Storage Temperature |
-30'C TO +80'C
|
|
Working Voltage
|
5.0 V |
Feature
- High contrast, wide-temperature operation
- Low power consumption, high anti-interference performance
- Support for multiple color combinations
- Provide a complete set of one-stop technical information and source code
- Supports customization
- Supports 1-3 day samples
- High quality and cost-effective
- In stock, fast delivery
Key Specifications
The SJXDGW027 module integrates segmented LCD design principles to illustrate differences between LCD-based segmented displays and classic seven segment configurations. It offers stable visual output with high contrast performance, ensuring clear readability of numeric and symbolic information. The display is engineered for low power consumption, making it suitable for energy-efficient systems and battery-operated devices. It supports stable electrical driving conditions, ensuring consistent performance over long operational periods. The compact structure allows easy integration into demonstration systems, testing platforms, and electronic evaluation boards. The module is designed to maintain reliable visibility under different lighting conditions, supporting both indoor and controlled environment usage.
Design Features
This display solution is optimized for clarity and comparison functionality. It allows users to visually understand the structural and functional differences between LCD segmented displays and seven segment display systems. The segmented architecture ensures precise information rendering with stable response performance. Its durable construction supports repeated use in educational and testing environments. The design emphasizes simplicity, reliability, and flexibility, making it suitable for integration into learning systems and product development workflows. The module also supports long service life and consistent display quality.
Applications
The SJXDGW027 is widely used in electronics education, display technology training, product development evaluation, and industrial design research. It is suitable for engineering laboratories, academic institutions, prototype testing systems, and display comparison demonstrations. It can also be applied in R&D environments where different display technologies need to be analyzed for performance and usability.
Product Size
FAQ
Q: Do you provide samples?
A: Yes, samples are typically available within 1-3 days for customers to test and evaluate the module's performance and compatibility.
Q: How to customize this LCD display module?
A: The module can be customized according to customer requirements, including character display content, backlight color, shell design, and other parameters, to meet specific application needs.
Q: What applications is this module suitable for?
A: This module is suitable for applications requiring the display of large font characters and numbers, such as meters, equipment control panels, and information display systems.
Q: How is the quality of this module?
A: This module is manufactured using high-quality LCD panels and electronic components, designed to be stable and reliable, ensuring long-term stable operation and high-quality display performance.
Q: How is cost-effectiveness ensured?
A: The module is designed with streamlined production and cost control, aiming to provide a cost-effective solution while maintaining high quality and performance.
If you would like to learn more or customize the LCD display screen you need, please feel free to contact us.
