Buffalo 09102002-0 External Photos
REPORT NO: 06J10094-10
DATE: March 2, 2006
FCC ID: FDI-09102002-0
COMPLIANCE CERTIFICATION SERVICES
Page: 19 of 39
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8.2
POSITION 1 (DELL INSPIRON 6000)
Measured SAR
Power Drift
Extrapolated
1)
SAR
1g (mW/g)
(dBm)
1g (mW/g)
1
2412
6
2437
0.085
-0.138
0.088
11
2462
Measured SAR
Power Drift
Extrapolated
1)
SAR
1g (mW/g)
(dBm)
1g (mW/g)
1
2412
6
2437
0.139
-0.015
0.139
11
2462
Turbo g mode
Measured SAR
Power Drift
Extrapolated
1)
SAR
1g (mW/g)
(dBm)
1g (mW/g)
6
2437
0.203
-0.199
0.213
802.11b (1Mbps)
Channel
f (MHz)
802.11g (6 Mbps)
Channel
f (MHz)
Channel
f (MHz)
Notes:
1) The exact method of extrapolation is Measured SAR x 10^(-drift/10). The SAR reported at the end of the measurement
process by the DASY4 system can be scaled up by the Power drift to determine the SAR at the beginning of the
measurement process.
measurement process.
2) The SAR measured at the middle channel for this configuration is at least 3 dB lower (0.8 mW/g) than SAR limit (1.6
mW/g), thus testing at low & high channel is optional.
3)
Please see attachments for the detailed measurement data and plots showing the maximum SAR location of the EUT.
4)
There’s a speparation distance of 3mm between the EUT and the phantom.