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To help you find
the best plasma screen for your application, we've put together
this guide to the features you should look out for. You'll find
most of these features listed for each screen we sell under the
Buy
section.
Plasma screen technology consists of two glass panels approx.
0.1mm apart that compress thousands of tiny pockets of gas called
pixels. Each of these pixels also contains coloured red green &
blue phosphor.
When a current is applied to each pixel, the gas inside reacts to
form a state of plasma and Ultra Violet light is produced. This UV
light reacts with the coloured phosphor to produce a range of up
to 16 million colours on the screen.
As all of the pixels emit light at the same time so there is no
screen flicker unlike traditional display technologies. There is
no back lighting or electron beam so the image is much sharper,
brighter and consistent from edge to edge.
Why choose Plasma?
Advantages
Larger viewing angle, 160º compared to LCD 40º & rear projection
120º. (Allows a larger audience to be able to view the image
reproduction)
No projection throw distance limitations.
Brighter & able to tolerate higher ambient lighting. More accurate
& distortion free images. (As plasma screens are flat, unlike the
curve found with standard televisions, this eliminates the edge
distortion that can occur on curved screens).
Universal Display Capability. (Most plasma models are able to
accept video format. Typically they will include composite video
(NTSC & SECAM), S-video & component video inputs, plus one or more
RGB inputs to connect to a computer).
Digital technology.
Unaffected by magnetism. (Unlike conventional CRT displays, plasma
screens do not use electron beams and so can be placed near loud
speakers with out suffering any distortion).
Thin Profile to save on space - 3-6.5 inches thickness
Free standing or wall/ceiling mountable
Compared to CRT
Clearer sharper image.
Uniform brightness across the whole screen (no faded edges). (A
CRT television will have what is known as a hotspot, where the
picture is at its brightness, and then will fade out the nearer to
the edge).
Flicker free images.
Consumes less power (some come with an ECO-mode).
What do I need?
Plasma screens from any manufacturer can be connected to a video
source (VCR), TV, DVD player, satellite system or a computer. Most
plasma screens don't have a built in TV tuner so for a terrestrial
TV signal, a connection to VCR is required.
You can connect more than one device to a plasma screen at any one
time so you can swap between a PowerPoint presentation and a video
clip using the plasma screen's remote control. Switch boxes are
also available that allow several computers to connect to a plasma
screen at once. On the switch box is a button for each input
computer, which when pressed, will show that computer's display on
the plasma screen.
Some plasma screens also have split-screen and picture-in-picture
options. This can be used to display multiple video clips or
presentations on the same screen at the same time.
How long will they last?
This varies considerably between manufacturers but usually from
20,000 to 30,000 hours. After this time the plasma screen will
only be at around half the original brightness. If you used your
plasma screen for 5 hours a day every day it would last over 10
years.
At the end of the plasma screen's life, the screen will be very
dull and you will need to replace the plasma screen with a new
one. This is one advantage plasma screens have over LCD
projectors, which have a bulb life of usually 2,000 hours before
replacement.