WL0F00035000XGAAASA00 3.5″ Smart Display 320×240 CAN Series TFT LCD Module

Unisystem » Products » Displays LCD-TFT » WL0F00035000XGAAASA00 3.5″ Smart Display 320×240 CAN Series TFT LCD Module

WL0F00035000XGAAASA00 3.5″ Smart Display 320 x240 CAN Series TFT LCD Module is your gateway to superior visual performance and reliability. This compact yet powerful display boasts a crisp 320 x 240 resolution, ideal for a wide range of applications. With a 4:3 aspect ratio and 400 cd/m² brightness, it delivers vivid clarity from any viewing direction, making it perfect for both professional and personal use. Its full-viewing capability ensures consistent visuals without distortion, while the CAN bus interface guarantees seamless connectivity and integration with your systems. Designed by Winstar, this display operates efficiently across extreme temperatures from -20°C to 70°C, withstanding storage conditions from -30°C to 80°C, ensuring durability and longevity. Despite its robust build, the module is lightweight and compact with dimensions of 100 x 82 x 13.2 mm, fitting effortlessly into your projects. Elevate your display solutions with the WL0F00035000XGAAASA00 for unmatched performance and quality.

Datasheet

Ask our team for:

Size (inch)3.5
Resolution320x240
Aspect ratio4:3
Brightness (cd/m²)400
Viewing DirectionFull
InterfaceCAN bus
Mounting FrameNo
Active area (mm)70.08x52.56
Outline Dimensions (mm)100x82x13.2
Operating temp. (°C)-20~70
Storage temp. (°C)-30~80
ManufacturerWinstar

Need a display for the designed device?

Contact our experts – we’ll help you choose the optimal solution adapted to your needs.

Industrial operating temperature range

image

This module can operate in a stable and failure-free way for a long period within wide range of temperatures. Thanks to such option, it may be successfully applied e.g. in transportation and automotive industry.

Full observation angles

Full observation angles

Using an IPS/MVA (or a variation thereof) matrix, the display is readable from all angles. There is no grayscale inversion effect that characterizes popular TN matrices. Also, the decrease in contrast when increasing the viewing angle is much lower.

Scroll to Top