SAR report02

FCC ID: BKEHAC001

RF Exposure Info

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FCCID_3239261

EXSDV4— SN:3825                                                                            December 11, 2015

                                Frequency Response of E—Field
                                      (TEM—Cell:ifi110 EXX, Waveguide: R22)




           z&
           &
           s
           E
           &= 114 s
            2                                    .
           8§ 10                                                      remsesgunnrg   +   gank
                                                                                            4
           5 0.99
           R                                     %
           25
            8&                                                              :        4       ;
             6
           i                                             +                           3




               as         JAE             uit          icfi ul                    u       fut}
                    0           500             1000         1500         2000             3000




                           Uncertainty of Frequency Response of E—field: + 6.3%(k=2)




Certficate No: EX3—3825_Dect5                          Page 7 of 11


ExsVé— SN:3825                                                                                         December 11, 2015




                                     Receiving Pattern (¢), 9 = 0°

                     f=600 MHz,TEM                                                 f=1800 MHz,R22




            To:          T             t           *                  To             *          f                 *
                         *       &     *           e                                 s   4"     s                 s




          ast.
      g0f
      $ nnlesaig—rmce
      &
          05

                                                                              so          1d0               150

                                                                           reorthe                  2si0r
                                Uncertainty of Axia! Isotropy Assessment: £ 0.5% (k=2)




Certiicate No: EX3—3825_Dect5                          Page 8 of 11


Ex3DVs— SN:3825                                                                                                           December11, 2015




                                                           Dynamic Range f(SARncad)
                                                                     (TEM cell , fva= 1900 MHz)

                   Input Signal [uV)




                                                    10°          >        107        10          10           10         10
                                                                                SAR [mWiom3]
                                                                     +
                                                              not compansated                    compensated
                                       Ertor (dB)
                                                    o




                                                                          10—          100     101          10°    10°
                                                                                SAR [mWicm3]
                                                                    C
                                                              not companssted                  compensated

                                                          Uncertainty of Linearity Assessment:        0.6% (k=2)




Certificate No: EX3—3825_Dect5                                                  Page 9 of 11


 EXSDV4— SN:3825                                                                                    December 11. 2015


                                         Conversion Factor Assessment
                 1= 800 MHz,WGLS R9 (H_conv)                                £= 1750 MHz.WGLS R22 (H_convr)




                                   m       %                                      w        2
                                          «mm                                             tren
                    woles                                                       woltes

                                       Deviation from Isotropy in Liquid
                                                      Error (6, 8), f= 900 MHz
                       Deviation




                             10            —os —os o4 o2 o0               o2 o4 os os 10
                                       Uncertainty of Spherical Isotropy Assessment: + 2.6%(k=2)


Certificate No: EX3—3825_Dect5                              Page 10 of 11


                                                      Test report No.   :   11334873H-C-R1
                                                      Page              :   142 of 148
                                                      FCC ID            :   BKEHAC001
                                                      Issued date       :   December 20, 2016




UL Japan, Inc.
Ise EMC Lab.
4383-326 Asama-cho, Ise-shi, Mie-ken 516-0021 JAPAN
Telephone: +81 596 24 8999
Facsimile: +81 596 24 8124


                                                                                     Test report No.   :   11334873H-C-R1
                                                                                     Page              :   143 of 148
                                                                                     FCC ID            :   BKEHAC001
                                                                                     Issued date       :   December 20, 2016


            System check uncertainty

The uncertainty budget has been determined for the DASY5 measurement system according to the SPEAG documents
and is given in the following Table.
Repeatability Budget for System Check
<0.3 – 3GHz range Body>
                          Uncertainty   Probability              (ci)   Standard    vi
Error Description         value ± %     distribution   divisor   1g     (1g)        or
                                                                                    veff
Measurement System
Probe calibration           ± 1.8       Normal         1         1        ± 1.8     ∞
Axial isotropy of
                            ± 0.0       Rectangular    √3        1        ± 0.0     ∞
the probe
Spherical isotropy of
                            ± 0.0       Rectangular    √3        1        ± 0.0     ∞
the probe
Boundary effects            ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Probe linearity             ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Detection limit             ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Modulation response         ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Readout electronics         ±   0.0     Normal         1         1        ±   0.0   ∞
Response time               ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Integration time            ±   0.0     Rectangular    √3        1        ±   0.0   ∞
RF ambient Noise            ±   0.0     Rectangular    √3        1        ±   0.0   ∞
RF ambient Reflections      ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Probe Positioner            ±   0.4     Rectangular    √3        1        ±   0.2   ∞
Probe positioning           ±   2.9     Rectangular    √3        1        ±   1.7   ∞
Max.SAR Eval.               ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Test Sample Related
Deviation of wxp.dipole     ± 0.0       Rectangular    √3        1        ± 0.0     ∞
Dipole Axis to
                            ± 2.0       Rectangular    √3        1        ± 1.2     ∞
Liquid Distance
Input power and
                            ± 3.4       Rectangular    √3        1        ± 2.0     ∞
SAR drift meas.
Phantom and Setup
Phantom uncertainty         ± 4.0       Rectangular    √3        1        ± 2.3     ∞
Algorithm for
correcting SAR
for deviations              ± 1.9       Rectangular    √3        1        ± 1.1     ∞
in permittivity
and conductivity

Liquid conductivity
                            ± 5.0       Normal         1         0.78     + 3.9     ∞
(meas.)
Liquid permittivity
                            ± 5.0       Normal         1         0.26      - 1.3    ∞
(meas.)
Liquid conductivity
- temp.unc                  ± 1.7       Rectangular    √3        0.78     ± 0.8     ∞
(below 2deg.C.)
Liquid permittivity
- temp.unc                  ± 0.3       Rectangular    √3        0.23     ± 0.0     ∞
(below 2deg.C.)

Combined Standard Uncertainty                                             ± 5.945
Expanded Uncertainty (k=2)                                                ± 11.9




UL Japan, Inc.
Ise EMC Lab.
4383-326 Asama-cho, Ise-shi, Mie-ken 516-0021 JAPAN
Telephone: +81 596 24 8999
Facsimile: +81 596 24 8124


                                                                                        Test report No.   :   11334873H-C-R1
                                                                                        Page              :   144 of 148
                                                                                        FCC ID            :   BKEHAC001
                                                                                        Issued date       :   December 20, 2016


<3 – 6GHz range Body>

                          Uncertainty   Probability              (ci)   Standard    vi
Error Description         value ± %     distribution   divisor   1g     (1g)        or
                                                                                    veff
Measurement System
Probe calibration           ± 1.8       Normal         1         1        ± 1.8     ∞
Axial isotropy of
                            ± 0.0       Rectangular    √3        1        ± 0.0     ∞
the probe
Spherical isotropy of
                            ± 0.0       Rectangular    √3        1        ± 0.0     ∞
the probe
Boundary effects            ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Probe linearity             ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Detection limit             ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Modulation response         ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Readout electronics         ±   0.0     Normal         1         1        ±   0.0   ∞
Response time               ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Integration time            ±   0.0     Rectangular    √3        1        ±   0.0   ∞
RF ambient Noise            ±   0.0     Rectangular    √3        1        ±   0.0   ∞
RF ambient Reflections      ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Probe Positioner            ±   0.8     Rectangular    √3        1        ±   0.5   ∞
Probe positioning           ±   6.7     Rectangular    √3        1        ±   3.9   ∞
Max.SAR Eval.               ±   0.0     Rectangular    √3        1        ±   0.0   ∞
Test Sample Related
Deviation of wxp.dipole     ± 0.0       Rectangular    √3        1        ± 0.0     ∞
Dipole Axis to
                            ± 2.0       Rectangular    √3        1        ± 1.2     ∞
Liquid Distance
Input power and
                            ± 3.4       Rectangular    √3        1        ± 2.0     ∞
SAR drift meas.
Phantom and Setup
Phantom uncertainty         ± 4.0       Rectangular    √3        1        ± 2.3     ∞
Algorithm for
correcting SAR
for deviations              ± 1.9       Rectangular    √3        1        ± 1.1     ∞
in permittivity
and conductivity

Liquid conductivity
                            ± 5.0       Normal         1         0.78     + 3.9     ∞
(meas.)

Liquid permittivity
                            ± 5.0       Normal         1         0.26      - 1.3    ∞
(meas.)
Liquid conductivity
- temp.unc                  ± 1.7       Rectangular    √3        0.78     ± 0.8     ∞
(below 2deg.C.)
Liquid permittivity
- temp.unc                  ± 0.3       Rectangular    √3        0.23     ± 0.0     ∞
(below 2deg.C.)

Combined Standard Uncertainty                                             ± 6.906
Expanded Uncertainty (k=2)                                                ± 13.8




UL Japan, Inc.
Ise EMC Lab.
4383-326 Asama-cho, Ise-shi, Mie-ken 516-0021 JAPAN
Telephone: +81 596 24 8999
Facsimile: +81 596 24 8124



Document Created: 2016-12-20 13:52:42
Document Modified: 2016-12-20 13:52:42

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