Key Benefits
- Rugged – Planar EL displays are built for demanding conditions; cold, heat, wind, dust, vibration, sunlight—even g-forces.
- Reliable – Our displays are field-proven to retain more than 75 percent of their original luminance after more than 100,000 hours of operation.
- Visible – Our proprietary ICEBrite (Integral Contrast and Brightness Enhancement) technology offers unparalleled image quality in a wide range of challenging visual conditions.
- Flexible – We offer a range of product enhancements, options and value-added services to help you engineer the best product for your needs.
- Available – Planar offers the broadest EL product line in the world, backed by sophisticated manufacturing and supply-chain management to ensure that you get the components you need, when and where you need them.
Technical Specifications
| Product Name | EL320.240.36 |
|---|---|
| Planar Part Number | 996-0273-01LF |
| Diagonal Size | 5.7 inch (14.4 cm) |
| Pixel Pitch | 0.36 mm |
| Brightness (Typical) | 50 cd/m² (120Hz) |
| Power Typical (Max Frame Rate) | 7.1 W (120Hz) |
| Operating Temperature | 0° to +55° C |
| Video Interface | 4 bit LCD |
| Additional Variations | AG(996-0273-60LF) Anti-glare film, AGL(996-0273-62LF) AG with locking connector, IN(996-0273-02LF) Dimming , IN AG(996-0273-61LF) IN with anti-glare film, ET(996-0273-03LF) Locking connector and dimming, ET CC(996-0273-30LF) ET with conformal coating |
Download Information
- EL320.240.36 Product Manual
-
EL Design Guide
Request a summary version of the 200-page guide that includes schematics and best practices. -
Planar Product Catalog
Download our current catalog for full specification tables on each EL Display model. -
EL Linecard
Details the features and benefits of the EL Product Line -
EL FAQ
Learn more about Electroluminescent Technology
Related Content
- Interactive Tour - Spec a Custom LCD
-
20 Reasons for EL
Why electroluminescent is your most reliable display choice for rugged viewing conditions. - Video: EL Ball Drop Impact Test
- Video: EL v. AMLCD at -40°C

