PDP-V402E Datasheet | Pioneer

features that opens up a host of new and exciting opportunities for visual presentation, especially with the current growth in digital and multimedia technologies. As the advantages of PDP’s over traditional CRT and projection-type displays bee increasingly apparent, so plasma is consolidating itself as a core element in all types of presentation and public display systems. Pioneer has developed and mass-produced PDP's from the earliest inception of this state-of-the art technology. Our next generation, enpassing enhanced picture quality and durability, maintain Pioneers position as the industry leaders. Plasma Technology: How it Works Inert gas is trapped between two glass panels, separated by a gap of just 100-200 microns wide. UV light is generated by discharging the gas using electrodes. Red, green and blue phosphors absorb these UV discharges and reradiate the energy as visible light to produce the colours that appear on the screen. Transparent Electrode Front Glass Substrate Dielectric Layer Protective Layer (Mg0) Barrier Rib Phosphor Address Electrode Rear Glass Substrate Wider Viewing Angle Another important characteristic of plasma, is its effective visual field angle, which is in excess of 160 degrees (both horizontally and vertically). This enables spectators, for the first time, to enjoy sharp, on-screen images from virtually any viewing point, rather than simply front-on. Emission Discharge UV Radiation Visible Light 160˚ Screen-to-Chassis Ratio Unlike traditional monitors or projection displays, plasma boasts extraordinarily slim dimensions relative to its generous screen size. Which means, screens can be installed almost anywhere. Lightweight and Installer-Friendly In addition to their slender proportions, screens are also light in weight when pared with a conventional monitor, making them installation-friendly in either wall or ceiling-mounted applications. Accurate Display Characteristics The use of a true flat-panel screen ensures images...