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| Various markets are watching the
development of UHF band IC tag systems, since they
have a long communication distance and a wide communication
area. It is a technology that can broaden the horizon
of RFID applications. |
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| On the other hand, since its radio
wave travels a long distance, there are interference
problems between reader/writer and tags or reader/writer
systems that are adjacent to each other, as well
as multi-path problem caused by reflection against
metal walls in the surrounding region. |
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| To solve these problems, we have
developed a thin (less than 10 mm thick), light-weight
UHF band radio wave absorber that absorbs unnecessary
waves and can be easily installed on walls and
panels. |
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| Our newly developed addition to Nitta's
PFN series prevents unwanted multi-path interference
when communicating with a UHF band RF tag, to secure
a good wireless communication environment. |
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| Feature: |
Can
work with designated frequencies
between 860 MHz and 960
MHz UHF band |
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| Feature: |
Made
to be less than 10 mm in
thickness using the specific
frequency resonating antenna
feature |
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| Feature: |
Installable
on nearly any surface
Stable characteristics for various sizes |
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| Feature: |
Can
be designed to match usage
conditions by controlling
peak frequency and grazing
incidence characteristics. |
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| This UHF band patterned
absorption sheet was developed
to prevent electromagnetic interference
and interference among multiple
systems for UHF band RFID tag
systems. Our proprietary patterned
radio wave absorber design technology
has enabled us to produce radio
wave absorbers of unprecedented
thinness and performance. |
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| This compact partition
board is useful for securing
a good wireless communication
environment where a RFID tag
system is in use because it can
be installed at the optimum location
for preventing radio interference
and can be made to fit the configuration
of the installation site due
to its flexible layout. |
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| This compact, simple
anechoic chamber requires minimal
installation space and makes
simple assessment of the performance
and quality for RFID reader/writers
and RF tags used in UHF band
tag communication. |
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