-
Anti-Glare Film on Planar Electroluminescent Displays - AN135
Planar offers many electroluminescent (EL) displays with a very thin polycarbonate film of anti-glare (AG) coating laminated onto the display. By providing a microscopically rough surface, the resulting construction diffuses glare while transmitting 90% of the luminance of the clear display glass
-
Antiglare vs Antireflection
Two terms used to talk about the impact of ambient lighting on displays are reflection and glare. The reduction of these is done using surface treatments for the display which are termed antireflection and antiglare. Because these are often confused, communications between display users and display
-
Gloss Standards and Measurement
Gloss is defined as the degree to which a surface exhibits specular reflectance. This means that it is a measure of the image forming ability of a surface. In the case of glass or plastic sheets used for display enhancement, gloss is of interest because surface treatments known as anti-glare
-
Managing Optical Performance - AN117
or endorsement of other vendors. products. The Definition of Quality. AN117-01 December 1996. Anti-reflective and Anti-glare Techniques. Almost every application requires some material between the display and the. viewer. A typical display system might consist of the display front surface, an air
-
Guideline for Designing Membrane Switches and Graphic Overlays (.pdf)
" thick. Types of finishes include Gloss and Matte: Gloss. Matte - Anti-Glare. Selective Textures. A gloss finish yields crisp graphics. A matte or anti-glare finish gives a. In addition to material finish choices,. and clear windows. Gloss surface. cleaner look, while offering design. you can also choose
-
Medical Device Link .
or cylindrical faceplates will reflect light toward the user. Even with a flat faceplate, an LCD is not always legibile under high-ambient-light situations, such as outdoors, or even indoors near a window. Most LCDs utilize an antiglare (AG) surface treatment, which diffuses incident light. As a result, users
-
Achieving Greater Legibility on Displays Utilizing Optical Bonding and Anti-Reflective Surface Treatments
= (White brightness area +Total Reflection specular & diffuse) / (Black +Total Reflection specular & diffuse ). Photo #1. Photo #2. 12.1" 1100nit monitor with anti-glare resistive. 12.1" 1100 nit monitor with anti-reflective. touchscreen mounted with double sided. glass optically bonded to TFT
-
Making Flat Panel Computer Systems Work in Harsh Environments (.pdf)
of gloves and can accept inputs. maximize the readability of its touchscreen control interface. through a range of contaminants. (See Figure 2). The touchscreen itself incorporates an anti-glare coating on its. face, as well as an anti-reflective coating on the back and front. of the LCD. The LCD also