Documentation
1.8-inch TFT Display
Specification Sheets | Quality Documentation |
---|---|
E18GB-CW600-N Specification Sheet | RoHS |
E18GB-CW600-N DWG | REACH |
ILI9163V Specification Sheet | CMRT |
$8.13
19 in stock
1.8-inch TFT Display
Specification Sheets | Quality Documentation |
---|---|
E18GB-CW600-N Specification Sheet | RoHS |
E18GB-CW600-N DWG | REACH |
ILI9163V Specification Sheet | CMRT |
Small LCDs: Offering compact efficiency, our range of small LCDs are expertly engineered to deliver exceptional visual performance in a diminutive package. These displays are the optimal choice for applications where space is limited and quality cannot be compromised. From sophisticated medical instruments to handheld test and measurement devices, our small LCDs provide clear and vibrant visuals, ensuring optimal readability and user interaction.
TN TFT: Our TN types of TFTs offer rapid response times making them ideal for fast-paced applications. With a cost-effective production process, the TN type of display is suitable for any application requiring a dynamic and responsive color display.
MCU Interface: Our TFT LCDs featuring an MCU Interface are designed for easy integration with microcontroller-based systems, making them ideal for embedded applications and industrial control systems. These displays offer straightforward communication and control, simplifying development and reducing time-to-market for your projects.
SPI Interface: Our SPI Interface TFT LCDs provide a fast and efficient communication channel, ideal for low-power and compact devices such as wearables, IoT gadgets, and portable electronics. These displays enable quick updates and seamless data transfer, ensuring a responsive and smooth user experience.
160x128 Resolution: Our TFT LCDs boasting a 160x128 resolution offer a unique blend of compactness and clarity. This resolution is perfect for compact applications requiring high-density pixel arrangement for clear, sharp images. Despite their smaller size, these LCDs do not compromise on quality or clarity. They deliver clear, vibrant visuals making them an excellent choice for wearable technology, portable devices, and other applications where size, energy efficiency, and image quality are key factors.
High Brightness: Our High Brightness TFT LCDs, with brightness levels between 500 and 700 nits, ensure a luminous and vivid display even in bright indoor conditions. These high-brightness screens provide excellent visibility and color fidelity, making them an excellent choice for indoor applications that experience bright lighting, such as retail displays, commercial signage, and industrial control systems.
Transmissive Polarizer: Our Transmissive Polarizer TFT LCDs offer exceptional color reproduction and high-contrast ratios for crisp, clear visuals. These displays are ideal for indoor applications, such as multimedia systems and gaming devices, where bright and vibrant images make all the difference.
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.
1.8” TFT and TI MSP-EXP432P401R Microcontroller
4-Wire Resistive Touch Screen Push Button: 1.8” TFT and ST Nucleo-L476RG
Landscape and Portrait Modes for TFT Displays
Why Temperature Compensation is Needed for LCDs
Display Viewing Angles
Level Shifting Voltages for LCDs
Color Depth (65k, 262k, 16.7M colors)
Parallel Interfaces MCU vs. RGB
Serial vs. Parallel
TFT Quality Inspection Standards
Choosing a Microcontroller for Your Display
Recommended TFT Mounting Guide (PDF Download)
LCD Voltage Inputs Explained
Temperature Consideration for Displays
Soldering Display Connectors and Surface Mount Devices
Choosing a Cover Glass for Your Display
LCD Connection Types
How to Choose a Connector for a TFT