LG 325G, User Manual

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operating positions specified by the
FCC with the phone transmitting at
its highest certified power level in
all tested frequency bands. Although
SAR is determined at the highest
certified power level, the actual SAR
level of the phone while operating
can be well below the maximum
value. Because the phone is designed
to operate at multiple power levels to
use only the power required to reach
the network, in general, the closer
you are to a wireless base station
antenna, the lower the power output.
Before a phone model is available for
sale to the public, it must be tested
and certified to the FCC that it does
not exceed the limit established by
the government-adopted requirement
for safe exposure. The tests are
performed in positions and locations
(e.g., at the ear and worn on the
body) as required by the FCC for
each model. The highest SAR value
for LG325G phone when tested for
use at the ear is 0.95 W/kg and
when worn on the body, as described
in this user’s manual, is 0.33 W/kg.
(Body-worn measurements differ
among phones models, depending
upon available accessories and
FCC requirements.) While there
may be differences between SAR
levels of various phones and at
various positions, they all meet the
government requirement for safe
exposure.
The FCC has granted an Equipment
Authorization for this model phone
with all reported SAR levels evaluated
as in compliance with the FCC RF
emission guidelines. SAR information
on this model phone is on file with
the FCC and can be found under the
Display Grant section of
http://www.fcc.gov/oet/fccid after
searching on FCC ID BEJLG325G.
Additional information on Specific
Absorption Rates (SAR) can be found
on the Cellular Telecommunications
Industry Association (CTIA) website at
http://www.ctia.org
* In the United States and Canada,
the SAR limit for mobile phones
used by the public is 1.6 watts/kg
(W/kg) averaged over one gram of
tissue. The standard incorporates a
substantial margin of safety to give
additional protection for the public
and to account for any variations in
measurements.