Basic Information
The Graphical LCD Display Tutorial SJXD320240F6C provides a comprehensive guide for understanding, configuring, and integrating graphical LCD modules in electronic projects. This tutorial is designed to help beginners and professionals alike master the operation of LCD screens, from basic wiring to advanced graphical display techniques. It focuses on practical instructions, clear illustrations, and step-by-step guidance to ensure users can efficiently implement visual interfaces in embedded systems.
Parameters:
| Model | SJXD320240F6C |
| Model Size | 83.3×69.1×2.0 mm |
| Field of View Size | 79.8×60.6 mm |
| Drive | UCi7701CGAC-U0P *2+ UCi7702CGAA-U0P*1 |
|
Display Type
|
FSTN
|
|
Polarizer Mode
|
Transmissive/Positive
|
|
Viewing Direction
|
9 o'clock
|
|
Drive Method
|
1/240Duty, 1/16Bias
|
|
LCD Operating Voltage
|
22.5V, VDD=3.0V~5.0V
|
| OperatingTemp |
-20°C - +70°C
|
|
Storage Temp
|
-30°C - +80°C |
|
Connector
|
COG+FPC |
|
Unmarked Tolerance
|
+0.3mm |
|
Reference Dimension
|
+0.5mm |
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
Key Specifications
This graphical LCD features a 320×240 pixel resolution, providing detailed monochrome or color graphics depending on the module configuration. The display operates at low voltage, offering energy-efficient performance for portable or battery-powered applications. Its wide viewing angles and high contrast ratio ensure that images and text are clear from multiple perspectives. The tutorial also covers how to interact with the display controller IC, manage pixel mapping, and optimize refresh rates to achieve smooth and responsive visual output.
Usage Instructions
The tutorial includes detailed sections on wiring the module to various microcontrollers, initializing the display, and programming graphical elements such as icons, text, and custom symbols. Users will learn how to create efficient code to manage pixel data, control contrast, and implement dynamic updates. The guide emphasizes hands-on exercises, allowing learners to test graphics rendering and troubleshoot common issues. By following these instructions, developers can integrate the LCD module into embedded systems with confidence and precision.
Applications
Graphical LCD modules covered in this tutorial are widely used in industrial control panels, medical devices, handheld measurement tools, smart home appliances, and automotive displays. By learning the setup and programming techniques, users can design custom interfaces that improve usability, enhance data visualization, and optimize energy consumption.
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.
