SAR Report Appendix F Dipole 5800

FCC ID: MAU023

RF Exposure Info

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FCCID_785908

          NCL CALIBRATION LABORATORIES

                    Calbration File No: DC—515
             Project Number: WISB—ALSAS10U—5121


CERTIFICATE OF CALIBRATION
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          procedes an using vanstrstandartstraconeto NRCNIST

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                    Mandtactrec APREL Laborntotes
                      Partunber AL.0400032
                         Frequeney sec0 t
                       senalno: se00—24000052
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                        Caltraies a" mareh 2005
                       Raleased 0.4 Warch 2005




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NCL Calibration Laboratorics
Divison of APREL Laboribries.


Conditions
Dipole 5800—240—00852 was new and taken from stock prior to calibration.
Ambient Temperature of the Laboratory:               22°C +/—0.5°C
Temperature of the Tissue:                           21 °C +/—0.5°C

We the undersigned attest that to the best of our knowledge the callbration of
this device has been accurately conducted and that all information contained
within this report has been reviewed for accuracy.




Stuart Nicol
Director Product De




                       L
C Ee
D. Brooks
Memberof Engineering Staft
(Galibration Engineer)



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NCL Caiibration Laboratories
Divison of APREL Laboriones

Calibration Results Summary

The following results relate the Calibrated Dipole and should be used as a quick
reference for the user.
Mechanical Dimensions
Length:                21.6 mm
Height:                12.6 mm
Electrical Specification
swa:                    134 U
Return Loss:           —17.0 aB
impedance:              sesn
System Validation Results
[Frequency 1 Gram           10 Gram             ]
[_se00 tz         56.3          18__|2071)

                                  Area Scan
                                       ¥ Aus ton)

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                                                                           Con


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 aze
 azm
 ane
ome




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NCL Calibration Laboratories
Divison of APREL Latorieies



Introduction

This Callbration Report has been produced in line with the SSI Dipole Calibration
Procedure SSH—TP—018—ALSAS. The resulls contained within this report are for
Validation Dipole §800—240—00852. The calibration routine consisted of a three—step
process. Step 1 was a mechanical verifcation of the dipole to ensure that it meets
the mechanical specifications. Step 2 was an Electrical Calibration for the Validation
Dipole, where the SWR, Impedance, and the Retum loss were assessed. Step 3
involved a System Valldation using the ALSAS—10U, along with APREL E—020 130
MHz to 26 GHz E—Field Probe Sorial Number 212.

References
SS—TP—018—ALSAS Dipolo Calioration Procedure
SSL—TP—016 Tissue Calibration Procedure
IEEE 1528 ‘Recommended Practice for Determining the Peak Spatial—Average
Specific Absorplion Rate (SAR) in the Human                      Body    Due to Wireless
Communications Devices: Experimental Techniques®

Conditions
Dipole 5800—240—00852 was new taken from stock.
Ambient Temperature of the Laboratory:               22°C +/—0.5°C
Temperature of the Tissue:                           20 °C +/0.5°C




"This page has been reviewed fr content and atlsted t by signatire witin his document


NCL Calibration Laboratories
Divison of APREL Laboraercs


 Dipole Calibration Results

 Mechanical Verification

    ApREL             APREL             Measured           Measured
    Length             Height             Length             Height
   21.6 mm            12.6 mm            21.6 mm            14.7 mm

Tissue Validation

 Head Tissue 5800 MHz           Measured

  Dielectric constant, &            353
[_Conductivity, & [S/m]              58




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NCL Calibration Laboratories
Divison of APREL Laboriois



Electrical Calibration
[ Test                     Result
  s1 RC                   17048
   swr                     134 U
 impedance                 sesn
The Following Graphs are the results as displayed on the Vector Network Analyzer.
11 Parameter Retur Loss


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                                                                                nnken 1
                                                                                  5.G0e000 ofe

                                                                               mnken to m
                                                                              »narker To NN




                                                                               nanker resoout
  s.coacen                          ie                          s.ccenca       runctions




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NCL Calibration Laboratories
Divison of APREL Laboribnies.


SWR



  see nevense nervecrion
                                                                               cu 4 — 52e
  sun                         »ner=1.350 U               se.000 auroty
                                                                               maken 1
                                                                  |              S.600000 OHz
                                                                  5                 12335 U

                                                   frow4          :           wanker to nex
                                                                  i          »nanken To NN




                                                                               mnker resoout
                                    Sz                                         runcrions




"This page has beon reviewed frcontent and atlested t by ignature witin his document


NCL Calibration Laboratories
Division of APREL Laboratories.


Smith Chart Dipole Impedance




  S22 REVERSE REFLECTION                1
  TMPEDANCE                                                                         CH 4 o 822
                                                                                    REFERENCE PLANE
                                                                                        0.0000 mm

                                                                                    MARKER 1
                                                                                      5.900000 GHz
                                                                                        58.509 9
                                                                                       —121.692 39
                                                                                    MARKER TO MAX
                                                                                   »>MARKER TO MIN




                                       —1                                           MARKER READOUT
                            5.600000 — 6.000000 OHz                                 FUNCTIONS




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NCL Calibration Laboratories
Division of APREL Laboratories.




System Validation Results Using the Electrically Calibrated Dipole


  Head Tissue            1 Gram   10 Gram            Peak
   Frequency                                    Above Feed Point

    5800 MHz              58.3        18            207.1




                                   Area Scan
                                           Y Axis (mm)




 o.zea         10                                                          —10
 0.672


 0.520     g     04                                                      § —0     w

 0.448
           E
           g
                                                                                  ®
                                                                                  ;



 oze       ~ 10                                                            40 °
 0.224               t


 onl           20                                                          20
 0.000

                                           Y Axis (mm)




This page has been reviewed for content and attested to by signature within this document.


NCL Calibration Laboratories
Division of APREL Laboratories.




Test Equipment

The test equipment used during Probe Calibration, manufacturer, model number
and, current calibration status are listed and located on the main APREL server
R:\NCL\Calibration Equipment\instrument List May 2004




                                                                                            10
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Document Created: 2006-10-19 14:24:43
Document Modified: 2006-10-19 14:24:43

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