Documentation
128x64 Graphic LCD Display
Specification Sheets | Quality Documentation |
---|---|
G126FLGFGSW64T33XAR Specification Sheet | RoHS |
ST7565P Specification Sheet | REACH |
CMRT |
$24.90
Out of stock
128x64 Graphic LCD Display
Specification Sheets | Quality Documentation |
---|---|
G126FLGFGSW64T33XAR Specification Sheet | RoHS |
ST7565P Specification Sheet | REACH |
CMRT |
Graphic LCDs: Our Graphic LCDs are designed for diverse applications. These displays offer crisp, detailed visuals across a variety of resolutions, from compact to mid-sized screens. With versatile interface options including I2C, SPI, and Parallel, they ensure seamless integration. Ideal for everything from industrial controls to medical devices, our Graphic LCDs boast superior performance and durability. Choose our displays for reliable, high-quality visuals in any setting.
FSTN Gray: Our FSTN Gray LCDs combine the benefits of high contrast and a neutral gray background, making them versatile for various applications, from commercial appliances to industrial monitors. Their balanced contrast and subtle background hue ensure clear visibility in a range of lighting conditions. These displays are perfect for applications where readability and a classic aesthetic are key, such as in user interfaces of operating room equipment, commercial kitchen appliances or industrial control panels.
SPI Interface: Featuring an SPI Interface, our Graphic LCDs are optimal for dynamic environments found in industrial automation or defense equipment. Compared to the I2C interface, the faster data transfer rate ensures real-time display updates, crucial for critical monitoring systems in manufacturing processes or in tactical military devices where rapid information relay is vital.
128x64 Resolution: Our 128x64 resolution Graphic LCDs offer a perfect balance between compact size and detailed display capability. This resolution is ideal for applications that require clear, concise imagery and text without the need for a large screen. The 128x64 resolution is particularly suitable for handheld devices and industrial controls, providing crisp visuals in a space-efficient design..
3.3V Supply Voltage: Requiring only a 3.3V supply voltage, our 3.3V LCDs are specifically engineered to optimize power efficiency. Designed with energy-sensitive applications in mind, these 3.3V displays provide crisp, clear visuals while minimizing power consumption. This makes them exceptionally suitable for battery-operated devices where power management is crucial. Their low-voltage design significantly extends battery life, making these displays a perfect choice for portable electronics and other devices where energy efficiency is key.
Wide Operating Temperature Range: Our Wide Operating Temperature Range LCDs are designed to perform consistently and reliably in extreme temperature conditions, making them suitable for use in harsh environments, such as industrial control systems, automotive applications, and outdoor equipment.
RoHS Compliant: All of our products are RoHS Compliant, adhering to the stringent guidelines set by the European Union's Restriction of Hazardous Substances directive. This ensures that our products are manufactured without the use of harmful materials, prioritizing the safety of our customers and the environment.
Fully Customizable: While our Graphic LCDs come in a wide range of off-the-shelf solutions, at Focus LCDs, we pride ourselves on our extensive customization capabilities. Understanding that one size does not fit all, we offer tailor-made solutions to meet the specific needs of your application. Whether it's adapting dimensions, enhancing display characteristics, or integrating unique interface options, we specialize in crafting displays that align perfectly with your project's requirements. From modifying backlight colors to adjusting connector positions, we're equipped to make precise changes down to the smallest detail. With our comprehensive customization services, you can transform a standard product into a specialized component that not only fits your device but improves its overall functionality, reduces assembly overhead on the production line and enhances the user experience.
Driving a 128×64 Graphic LCD with a Microcontroller: A Programming Guide
Using External Power Supply for Graphic LCDs
Transflective Graphic LCDs
Graphic LCD: Display Icons in RAM
Upgrading Your Graphic LCD to a TFT
Comparing Transflective and Sunlight Readable Displays
Why Temperature Compensation is Needed for LCDs
Display Viewing Angles
Level Shifting Voltages for LCDs
Choosing a Microcontroller for Your Display
LCD Voltage Inputs Explained
Temperature Consideration for Displays
Choosing a Cover Glass for Your Display
LCD Connection Types