TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION

HARRIS CORPORATION XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO

Page 1 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 2 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 3 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 4 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 5 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 6 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 7 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 8 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 9 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 10 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 11 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 12 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 13 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 14 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 15 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 16 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 17 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 18 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 19 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 20 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 21 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 22 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 23 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 24 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 25 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 26 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 27 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 28 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 29 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 30 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 31 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 32 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 33 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 34 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 35 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 36 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 37 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 38 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 39 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 40 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 41 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 42 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 43 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 44 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 45 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 46 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 47 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Page 48 of TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION

Test Report Serial Number:
Test Report Date:
Project Number:
45461375R2.0
23 March 2017
1364
SAR Test Report - NEW CERTIFICATION
Applicant:
Maximum Reported 1g SAR
FACE:
1.72
BODY:
5.36
FACE:
BODY:
1.72
5.63
Occupational Limit:
8.00
FCC
Harris Corporation
221 Jefferson Ridge Parkway
Lynchburg, VA, 24501
USA
ISED
FCC ID:
ISED Certification Number
OWDTR-0143-E
3636B-0143
Product Model Number / HVIN
Product Name / PMN
XL-PFM9M, XL-PFM9Y,
XL-PPM9M, XL-PPM9Y,
XL-185P
W/kg
In Accordance With:
FCC 47 CFR §2.1093
Radiofrequency Radiation Exposure Evaluation: Portable Devices
IC RSS-102 Issue 5
Radio Frequency Exposure Compliance of Radiocommunication Apparatus (All Frequency Bands)
Approved By:
Ben Hewson, President
Celltech Labs Inc.
21-364 Lougheed Rd.
Kelowna, BC, V1X 7R8
Canada
Tes t Lab Ce rtificate : 2470.01
IC Re gistration 3874A-1
FCC Re gistration: 714830
This report shall not be reproduced in any form w ithout the e xpres sed w ritten consent of Cellte ch Labs Inc.
© 2017 Celltech Labs Inc,
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table of Contents
1.0 DOCUMENT CONTROL ................................................................................................................................................... 3
2.0 NORMATIVE REFERENCES ........................................................................................................................................... 3
3.0 CLIENT AND DEVICE INFORMATION ............................................................................................................................ 4
4.0 STATEMENT OF COMPLIANCE ..................................................................................................................................... 5
5.0 SAR MEASUREMENT SYSTEM ...................................................................................................................................... 6
6.0 RF CONDUCTED POWER MEASUREMENT.................................................................................................................. 7
7.0 NUMBER OF TEST CHANNELS (NC) .............................................................................................................................. 8
8.0 ACCESSORIES EVALUATED .......................................................................................................................................... 9
9.0 SAR MEASUREMENT SUMMARY ................................................................................................................................ 12
10.0 SCALING OF MAXIMUM MEASURE SAR................................................................................................................... 19
11.0 SAR EXPOSURE LIMITS ............................................................................................................................................. 21
12.0 DETAILS OF SAR EVALUATION ................................................................................................................................. 22
13.0 MEASUREMENT UNCERTAINTIES ............................................................................................................................ 23
14.0 FLUID DIELECTRIC PARAMETERS ........................................................................................................................... 25
15.0 SYSTEM VERIFICATION TEST RESULTS ................................................................................................................. 41
16.0 MEASUREMENT SYSTEM SPECIFICATIONS ........................................................................................................... 45
17.0 TEST EQUIPMENT LIST .............................................................................................................................................. 47
18.0 FLUID COMPOSITION ................................................................................................................................................. 48
APPENDIX A – SYSTEM VERIFICATION PLOTS............................................................................................................... 49
APPENDIX B – MEASUREMENT PLOTS OF MAXIMUM MEASURED SAR ..................................................................... 65
APPENDIX C - SETUP PHOTOS ....................................................................................................................................... 146
APPENDIX D – DUT AND ACCESSORY PHOTOS .......................................................................................................... 152
APPENDIX E – PROBE CALIBRATION ............................................................................................................................. 162
APPENDIX F – DIPOLE CALIBRATION ............................................................................................................................ 163
APPENDIX G - PHANTOM ................................................................................................................................................. 164
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 2 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
1.0 DOCUMENT CONTROL
Tested By:
Prepared By:
Reviewed By:
Issue Number
1.0
1.1
1.2
1.3
1.4
2.0
Jasmeet Gill
Jasmeet Gill
Ben Hewson
Description
Initial Release
Correcting ID#'s
Correcting ID#'s
Added BLE/WLAN Reference
Revised SAR for Table 10.0
Removed Reference to Non-LTE Populated Radio
By
Jasmeet Gill
Jasmeet Gill
Jasmeet Gill
Jasmeet Gill
Jasmeet Gill
Jasmeet Gill
Issue Date
21 February 2017
24 February 2017
02 March 2017
06 March 2017
20 March 2017
23 March 2017
2.0 NORMATIVE REFERENCES
Normative References*
ANSI / ISO 17025:2005
General Requirements for competence of testing and calibration laboratories
FCC CFR Title 47 Part 2
Title 47:
Part 2.1093:
Code of Federal Regulations
Telecommunication
Radiofrequency Radiation Exposure Evaluation: Portable Devices
Health Canada
Safety Code 6 (2015)
Limits of Human Exposure to Radiofrequency Electromagnetic Energy in the Frequency Range
from 3kHz to 300GHz
Industry Canada Spectrum Management & Telecommunications Policy
RSS-102 Issue 5: Radio Frequency Exposure Compliance of Radiocommunication Apparatus (All Frequency Bands)
IEEE International Committee on Electromagnetic Safety
IEEE 1528-2013: IEEE Recommended Practice for Determining the Peak Spatial-Average Specific Absorption Rate (SAR)
in the Human Head from Wireless Communications Devices: Measurement Techniques
IEC International Standard
IEC 62209-2
Human exposure to radio frequency fields from hand-held and body-mounted wireless communication
devices - Part 2
FCC KDB
KDB 865664
SAR Measurement Requirements for 100MHz to 6GHz
KDB 447498
Mobile and Portable Devices RF Exposure Procedures and Equipment Authorization Policies
FCC KDB
* When the issue number or issue date is omitted, the latest version is assumed.
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 3 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
3.0 CLIENT AND DEVICE INFORMATION
Client Information
Applicant Name
Harris Corporation
221 Jefferson Ridge Parkway
Applicant Address
Lynchburg, VA, 24501
USA
DUT Information
Device Identifier(s):
Type of Equipment:
FCC ID: OWDTR-0143-E
ISED: 3636B-0143
Licensed Non-Broadcast Transmitter Held to Face (TNF) FCC Part 90
Land Mobile Radio Transmitter/Receiver (27.41-960MHz) RSS-119
Device Model(s) / HVIN:
XL-PFM9M, XL-PFM9Y, XL-PPM9M, XL-PPM9Y
Device Marketing Name / PMN:
XL-185P
Test Sample Serial No.:
T/A Sample - Identical Prototype
Transmit Frequency Range:
7/8/900: 768-776 / 798-816 / 851-861 / 896-902 / 935-944 MHz /
2402-2480 MHz / 2412-2462 MHz / 5150-5850 MHz
Number of Channels:
Programmable
Manuf. Max. Rated Output Power:
7/8/900: 34.8dBm / BLE: 8.4dBm / BT: 12.7dBM /
WLAN 2.4G: 23.7dBM / WLAN 5G: 11.8dBM
Modulation:
FM
Duty Cycle:
50% PTT Duty Cycle
DUT Power Source:
7.2/7.4VDC, 22Wh Li-Ion Battery
Deviation(s) from standard/procedure:
None
Modification of DUT:
None
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 4 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
4.0 STATEMENT OF COMPLIANCE
This measurement report demonstrates that the:
Applicant:
Model / HVIN:
Harris Corporation
XL-PFM9M, XL-PFM9Y, XL-PPM9M, XL-PPM9Y
complies with the SAR (Specific Absorption Rate) RF exposure requirements and limits specified in the following:
Standard(s):
Measurement Procedure(s):
FCC 47 CFR §2.1093
FCC KDB 865664, FCC KDB 447498, FCC KDB 643646
Health Canada’s Safety Code 6
Industry Canada RSS-102 Issue 5
IEEE Standard 1528-2013, IEC 62209-2
Use Group:
X Occupational / Controlled
General Population / Uncontrolled
Reason for Issue:
New certification
The following report is of the XL-185P, modified to incorporate an LTE module (FCC ID: BV8BBPBM214). The LTE module is a passive item and does not directly
impact the SAR results as it is only installed but not active.
A description of the device, operating configuration, detailed summary of the test results, methodology and procedures used
during this evaluation, equipment used and the various provisions of the rules are included within this test report.
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 5 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
5.0 SAR MEASUREMENT SYSTEM
Celltech Labs Inc. SAR measurement facility employs a Dosimetric Assessment System (DASY™) manufactured by Schmid & Partner
Engineering AG (SPEAG™) of Zurich, Switzerland. The DASY4 measurement system is comprised of the measurement server, a
robot controller, a computer, a near-field probe, a probe alignment sensor, an Elliptical Planar Phantom (ELI) phantom and a specific
anthropomorphic mannequin (SAM) phantom for Head and/or Body SAR evaluations. The robot is a six-axis industrial robot performing
precise movements to position the probe to the location (points) of maximum electromagnetic field (EMF). A cell controller system
contains the power supply, robot controller and a teach pendant (Joystick) to control the robot’s servo motors. The Staubli robot is
connected to the cell controller to allow software manipulation of the robot. A data acquisition electronic (DAE) circuit performs the
signal amplification, signal multiplexing, AD-conversion, offset measurements, mechanical surface detection, collision detection, etc. is
connected to the Electro-optical coupler (EOC). The EOC performs the conversion from the optical form the DAE to digital electronic
signal and transfers data to the DASY4 measurement server. The DAE4 utilizes a highly sensitive electrometer-grade preamplifier with
auto-zeroing, a channel and gain-switching multiplexer, a fast 16-bit AD-converter, a command decoder and a control logic unit.
Transmission to the DASY4 measurement server is accomplished through an optical downlink for data and status information and an
optical uplink for commands and clock lines. The mechanical probe-mounting device includes two different sensor systems for frontal
and sidewise probe contacts. The sensor systems are also used for mechanical surface detection and probe collision detection. The
robot utilizes a controller with built in VME-bus computer.
DASY4 SAR System with SAM Phantom
DASY4 Measurement Server
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 6 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
6.0 RF CONDUCTED POWER MEASUREMENT
Table 6.0
Conducted Power Measurements
Channel Frequency
(MHz)
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
768.000
776.000
798.000
806.000
816.000
851.000
861.000
896.000
901.000
935.000
Measured
Rated
Power
Power
Delta
Channel
(dBm)
(dBm)
(dBm)
(Y/N)
34.32
34.31
34.37
35.09
35.11
35.09
35.10
35.05
35.07
35.14
34.40
34.30
34.40
35.10
35.20
35.10
35.10
35.00
35.00
35.10
SAR Test
0.08
0.01
0.03
0.01
0.09
0.01
0.00
0.05
0.07
0.04
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 7 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
7.0 NUMBER OF TEST CHANNELS (NC)
Table 7.0
Number of Test Channels (N C )
Antenna
Antenna
Frequency
Part
Type
Range
Number
(MHz)
14035-4450-01
1/2 Wave 7/800 Band 762-944 MHz
14035-4450-02
1/4 Wave 7/800 Band 762-944 MHz
KRE1011223/02
900 Band
896-941 MHz
(1) In accordance with FCC KDB 447498
N C (1)
10
10
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 8 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
8.0 ACCESSORIES EVALUATED
Table 8.1
Manufacturer's Accessory List
Test
Report ID
Number
Manufacturer's
Part Number
Description
UDC
Group(1)
Type II
Group(2)
SAR(3)
Evaluated
SAR(4)
Tested
Antenna
T1
14035-4450-01
1/2 Wave Whip Antenna, (762-944 MHz)
T2
14035-4450-02
1/4 Wave Stub Antenna, (762-944 MHz)
T3
KRE1011223/02
900 MHz Antenna, (896-941 MHz)
P1
14035-4010-01
Li-Ion Battery 7.2VDC, 3300mAh
P2
14035-4010-04
Li-Ion Battery 7.2VDC, 3100mAh, 22Wh
P3
14035-4010-05
Li-Ion Battery 7.2VDC, 3100mAh, 22Wh, UL
Battery
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 9 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 8.2
Manufacturer's Accessory List
Test Report
ID Number
Manufacturer's
Part Number
Description
UDC
(1)
Group
Type II
(2)
Group
(3)
(4)
SAR
Evaluated
SAR
Tested
Audio Accessory
A1
12082-0600-01
Standard Speaker Microphone
7A
PB
A2
12082-0600-02
Storm Speaker Microphone
7A
PB
A28
12082-0600-03
Antenna Speaker Microphone, 18"
7A
PB
A29
12082-0600-04
Antenna Speaker Microphone, 25.6"
7A
PB
A30
12082-0600-05
Antenna Speaker Microphone, 30"
7A
PB
A3
12150-1000-01
Premium Speaker MIC, Fire, NC
PB
A4
12082-0650-01
Microphone, Palm, 2-Wire Black
7A
IL
A5
12082-0650-02
Microphone, Palm, 2-Wire Beige
7A
IL
A6
12082-0650-03
Microphone, Mini Lapel, 3-Wire Black
7A
IL
A7
12082-0650-04
Microphone, Mini Lapel, 3-Wire Beige
7A
IL
A8
12082-0650-05
Earphone Kit, Black, XG-100P
A9
12082-0650-06
Earphone Kit, Beige, XG-100P
A10
12082-0650-07
Headset, In-Ear, Boom MIC, In-Line PTT
7A
IL
A11
12082-0650-08
Headset, LTWT, OTH, Single Ear, IN-Line PTT
7A
IL
A12
12082-0650-09
Headset, LTWT, BTH, Dual Ear, In_Line PTT
7A
IL
A13
12082-0650-10
Headset, LTWT, BTH, Dual Ear, Pig Tail PTT
7A
PT
A14
12082-0650-11
Headset, LTWT, BTH, Dual In-Ear, In_Line PTT
7A
IL
A15
12082-0650-12
Headset, LTWT, BTH, Dual In-Ear, Pig Tail PTT
7A
PT
A16
12082-0650-13
Headset, Heavy Duty, BTH, w/PTT, XG-100P
7A
IL
A17
12082-0650-14
Headset, Heavy Duty, OTH, w/PTT, XG-100P
7A
IL
A18
12082-0650-15
Headset, BTH, Boom MIC, Earpiece, w/PTT
A19
12082-0650-16
Headset, Tactical, Boom MIC, Earpiece, w/PTT
A20
12082-0650-17
A21
7A
PT
Skull MIC, w/Body PTT, Earcup, XG-100P
BB
12082-0650-18
Throat MIC, w/Acoustic Tube, Body PTT
BB
A22
12082-0650-19
Throat MIC, w/Acoustic Tube, Body & Ring PTT
RB
A23
12082-0681-01
Speaker MIC, Wireless Bluetooth
BT
PB
A24
12082-0684-01
BlueTooth, Covert, Earpiece, MIC, PTT
BT
n/a
A25
14002-0197-01
Hirose to Unity Adapter
7B
n/a
A26
LS103239V1
Earphone, Lapel MIC, 2.5mm
n/a
n/a
A27
LS103239V2
Earphone, Lapel MIC, 2.5mm, Right Angle
n/a
n/a
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 10 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 8.3
Manufacturer's Accessory List
Test Report
ID Number
Manufacturer's
Description
Part Number
UDC
Group
(1)
Type II
Group
(2)
(3)
SAR
Evaluated
(4)
SAR
Tested
Body-Worn Accessory
B1
12082-1290-01
Metal Belt Clip
B2
12082-3230-01
D-Swivel (Used w/ 14002-0218-01 and KRY 1011609/1 )
B3
14002-0218-01
Premium Belt Loop
B4
14035-4200-01
Holster, Leather, Radio, Premium
B5
14035-4200-02
Holster, Leather w/Rings for Shoulder Strap, Radio, Premium
B6
14035-4200-03
Holster, Nylon, Black, Radio, Premium
B7
14035-4200-04
Holster, Ring, Leather, Radio, Premium
B8
14035-4201-01
Kit, 14035-4200-01 Holster Assy w/ 14002-0218-01 Belt Loop
B9
14035-4202-02
Kit, 14035-4200-02 Holster Assy w/ 14002-0218-01 Belt Loop
B10
14035-4202-01
Holster, Leather, Radio, Standard
B11
14035-4202-02
Holster, Leather w/Rings for Shoulder Strap, Radio, Standard
B12
14035-4202-03
Holster, Nylon, Black, Radio, Standard
B13
14035-4202-04
Holster, Ring, Leather, Radio, Standard
B14
CC103333V1
Shoulder Strap
B15
KRY 1011609/1
Leather Belt Loop
(1) UDC Group: 9 = 9 Pin, 7A = 7 Pin, 7B = 7 Pin Modified
(2) Type II Group: PB = Palm Button, IL = In-Line Pushbutton, PT = Pigtail Pushbutton, RB = Ring Pushbutton, BB = Body Button, BT = BlueTooth
(3) Accessories are categorized into groups of similar design and construction. Samples of individual groups are SAR Tested and the SAR results apply to ALL
members of the Accessory Group. A "Y" in this column indicates the accessory is deemed acceptable.
(4) Accessories and/or Accessory Group members SAR Tested.
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 11 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
9.0 SAR MEASUREMENT SUMMARY
Table 9.0
7/8/900 Band - 14035-4450-01 BODY SAR Evaluation Results (FCC/IC)
DUT
Measured SAR
Spacing
1g (W/kg)
Radio Model
Freq
Date
Plot #
M/N
Battery
Number
Accessories
SAR Drift
Antenna
DUT
ANT
PTT Duty Cycle
Type
(MHz)
Body
Audio
(mm)
(mm)
100%
50%
(dB)
21 Dec 2016
XL-185
PTT
B1
768
4010-01
4450-01
B1
A1
25
3.150
1.575
0.107
21 Dec 2016
XL-185
PTT
B2
776
4010-01
4450-01
B1
A1
25
4.430
2.215
-0.210
21 Dec 2016
XL-185
PTT
B3
798
4010-01
4450-01
B1
A1
25
3.870
1.935
0.085
21 Dec 2016
XL-185
PTT
B4
806
4010-01
4450-01
B1
A1
25
5.280
2.640
-0.090
21 Dec 2016
XL-185
PTT
B5
816
4010-01
4450-01
B1
A1
25
5.570
2.785
-0.215
21 Dec 2016
XL-185
PTT
B6
851
4010-01
4450-01
B1
A1
25
5.810
2.905
-0.204
21 Dec 2016
XL-185
PTT
B7
861
4010-01
4450-01
B1
A1
25
6.750
3.375
-0.208
21 Dec 2016
XL-185
PTT
B8
896
4010-01
4450-01
B1
A1
25
9.360
4.680
-0.170
21 Dec 2016
XL-185
PTT
B9
901
4010-01
4450-01
B1
A1
25
9.080
4.540
-0.202
21 Dec 2016
XL-185
PTT
B10
935
4010-01
4450-01
B1
A1
25
8.860
4.430
-0.217
21 Dec 2016
XL-185
PTT
B12
896
4010-04
4450-01
B1
A1
25
8.81
4.405
-0.134
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 12 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 9.1
7/8/900 Band - 14035-4450-02 BODY SAR Evaluation Results (FCC/IC)
DUT
Measured SAR
Spacing
1g (W/kg)
Radio Model
Freq
Date
Plot #
M/N
Accessories
Batt. Type
SAR Drift
Antenna
DUT
ANT
PTT Duty Cycle
Type
(MHz)
Body
Audio
(mm)
(mm)
100%
50%
(dB)
22 Dec 2016
XL-185
Radio1
B13
768
4010-01
4450-02
B1
A1
25
5.300
2.650
-0.022
22 Dec 2016
XL-185
Radio1
B14
776
4010-01
4450-02
B1
A1
25
6.620
3.310
-0.056
22 Dec 2016
XL-185
Radio1
B15
798
4010-01
4450-02
B1
A1
25
7.670
3.835
0.055
22 Dec 2016
XL-185
Radio1
B16
806
4010-01
4450-02
B1
A1
25
9.410
4.705
-0.080
22 Dec 2016
XL-185
Radio1
B17
816
4010-01
4450-02
B1
A1
25
7.290
3.645
-0.126
22 Dec 2016
XL-185
Radio1
B18
851
4010-01
4450-02
B1
A1
25
9.890
4.945
-0.117
22 Dec 2016
XL-185
Radio1
B19
861
4010-01
4450-02
B1
A1
25
10.100
5.050
-0.145
22 Dec 2016
XL-185
Radio1
B20
896
4010-01
4450-02
B1
A1
25
10.700
5.350
-0.219
22 Dec 2016
XL-185
Radio1
B21
901
4010-01
4450-02
B1
A1
25
10.700
5.350
-0.200
23 Dec 2016
XL-185
Radio1
B22
935
4010-01
4450-02
B1
A1
25
8.820
4.410
-0.014
23 Dec 2016
XL-185
Radio1
B25
896
4010-04
4450-02
B1
A1
25
9.560
4.780
-0.074
23 Dec 2016
XL-185
Radio1
B26
901
4010-04
4450-02
B1
A1
25
8.950
4.475
-0.133
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 13 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 9.2
7/8/900 Band - KRE1011223/02 BODY SAR Evaluation Results (FCC/IC)
DUT
Measured SAR
Spacing
1g (W/kg)
Radio Model
Freq
Date
Plot #
M/N
Accessories
Batt. Type
SAR Drift
Antenna
DUT
ANT
PTT Duty Cycle
Type
(MHz)
Body
Audio
(mm)
(mm)
100%
50%
(dB)
23 Dec 2016
XL-185
Radio1
B27
896
4010-01
1223/02
B1
A1
25
6.780
3.390
-0.173
23 Dec 2016
XL-185
Radio1
B28
901
4010-01
1223/02
B1
A1
25
7.240
3.620
-0.221
23 Dec 2016
XL-185
Radio1
B29
935
4010-01
1223/02
B1
A1
25
9.800
4.900
-0.219
23 Dec 2016
XL-185
Radio1
B31
935
4010-04
1223/02
B1
A1
25
7.900
3.950
-0.198
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
Table 9.3
7/8/900 Band - w/c 4450-02 BODY SAR Evaluation w/ Accessories Results (FCC/IC)
DUT
Measured SAR
Spacing
1g (W/kg)
Radio Model
Freq
Date
Plot #
M/N
Accessories
Batt. Type
SAR Drift
Antenna
DUT
ANT
PTT Duty Cycle
Type
(MHz)
Body
Audio
(mm)
(mm)
100%
50%
(dB)
28 Dec 2016
XL-185
Radio1
B32
896
4010-01
4450-02
B3
A1
25
2.620
1.920
0.048
28 Dec 2016
XL-185
Radio1
B33
896
4010-01
4450-02
B15
A1
25
2.220
1.670
0.042
28 Dec 2016
XL-185
Radio1
B34
896
4010-01
4450-02
B1
A25
25
10.500
6.980
0.024
28 Dec 2016
XL-185
Radio1
B35
896
4010-01
4450-02
B1
A3
25
10.400
6.560
-0.170
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 14 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 9.4
7/8/900 Band - 14035-4450-01 FACE SAR Evaluation Results (FCC/IC)
DUT
Measured SAR
Spacing
1g (W/kg)
Radio Model
Freq
Date
Plot #
M/N
Battery
Number
Accessories
SAR Drift
Antenna
DUT
ANT
PTT Duty Cycle
Type
(MHz)
Body
Audio
(mm)
(mm)
100%
50%
(dB)
29 Dec 2016
XL-185
Radio1
H1
768
4010-01
4450-01
n/a
n/a
25
50
1.390
0.695
0.087
29 Dec 2016
XL-185
Radio1
H2
776
4010-01
4450-01
n/a
n/a
25
50
1.380
0.690
0.012
29 Dec 2016
XL-185
Radio1
H3
798
4010-01
4450-01
n/a
n/a
25
50
2.550
1.275
-0.124
29 Dec 2016
XL-185
Radio1
H4
806
4010-01
4450-01
n/a
n/a
25
50
2.000
1.000
0.043
29 Dec 2016
XL-185
Radio1
H5
816
4010-01
4450-01
n/a
n/a
25
50
2.110
1.055
0.146
29 Dec 2016
XL-185
Radio1
H6
851
4010-01
4450-01
n/a
n/a
25
50
2.370
1.185
-0.217
29 Dec 2016
XL-185
Radio1
H7
861
4010-01
4450-01
n/a
n/a
25
50
2.690
1.345
-0.196
29 Dec 2016
XL-185
Radio1
H8
896
4010-01
4450-01
n/a
n/a
25
50
3.140
1.570
-0.198
29 Dec 2016
XL-185
Radio1
H9
901
4010-01
4450-01
n/a
n/a
25
50
2.740
1.370
-0.164
30 Dec 2016
XL-185
Radio1
H10
935
4010-01
4450-01
n/a
n/a
25
50
2.270
1.135
-0.136
30 Dec 2016
XL-185
Radio1
H12
896
4010-04
4450-01
n/a
n/a
25
50
2.420
1.210
-0.179
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 15 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 9.5
7/8/900 Band - 14035-4450-02 FACE SAR Evaluation Results (FCC/IC)
Radio Model
Date
Plot #
Freq
Battery
Number
Antenna
Accessories
DUT
Measured SAR
Spacing
1g (W/kg)
SAR Drift
DUT
ANT
Audio
(mm)
(mm)
100%
50%
(dB)
n/a
25
50
2.510
1.255
-0.047
n/a
n/a
25
50
2.330
1.165
-0.121
4450-02
n/a
n/a
25
50
2.710
1.355
-0.158
4450-02
n/a
n/a
25
50
2.470
1.235
0.062
4010-01
4450-02
n/a
n/a
25
50
2.340
1.170
-0.034
4010-01
4450-02
n/a
n/a
25
50
2.130
1.065
-0.083
861
4010-01
4450-02
n/a
n/a
25
50
2.380
1.190
-0.134
H20
896
4010-01
4450-02
n/a
n/a
25
50
3.400
1.700
-0.001
H21
901
4010-01
4450-02
n/a
n/a
25
50
2.860
1.430
-0.044
Radio1
H22
935
4010-01
4450-02
n/a
n/a
25
50
2.990
1.495
-0.119
Radio1
H24
896
4010-04
4450-02
n/a
n/a
25
50
2.820
1.410
0.053
M/N
Type
Body
30 Dec 2016
XL-185
Radio1
H13
768
4010-01
4450-02
n/a
30 Dec 2016
XL-185
Radio1
H14
776
4010-01
4450-02
30 Dec 2016
XL-185
Radio1
H15
798
4010-01
30 Dec 2016
XL-185
Radio1
H16
806
4010-01
30 Dec 2016
XL-185
Radio1
H17
816
30 Dec 2016
XL-185
Radio1
H18
851
03 Jan 2017
XL-185
Radio1
H19
03 Jan 2017
XL-185
Radio1
3 Jan 2017
XL-185
Radio1
3 Jan 2017
XL-185
3 Jan 2017
XL-185
(MHz)
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
PTT Duty Cycle
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
Table 9.6
7/8/900 Band - KRE1011223/02 FACE SAR Evaluation Results (FCC/IC)
Radio Model
Date
Plot #
Freq
Battery
Number
Antenna
Accessories
DUT
Measured SAR
Spacing
1g (W/kg)
SAR Drift
DUT
ANT
PTT Duty Cycle
Audio
(mm)
(mm)
100%
50%
(dB)
n/a
25
50
2.310
1.155
0.139
n/a
25
50
2.030
1.015
0.023
M/N
Type
Body
3 Jan 2017
XL-185
Radio1
H25
896
4010-01
1223/02
n/a
3 Jan 2017
XL-185
Radio1
H26
901
4010-01
1223/02
n/a
3 Jan 2017
XL-185
Radio1
H27
935
4010-01
1223/02
n/a
n/a
25
50
2.310
1.155
-0.165
4 Jan 2017
XL-185
Radio1
H29
935
4010-04
1223/02
n/a
n/a
25
50
2.020
1.010
-0.217
(MHz)
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
8.0 W/kg
1g average
Occupational
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 16 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 9.7
2.4GHz 802.11 Band - BODY SAR Evaluation Results (FCC/IC)
DUT
ANT
Audio
(mm)
(mm)
Measured
SAR
1g (W/kg)
PTT Duty
Cycle
100%
A1
25
0.003
B1
A1
25
0.003
B1
A1
25
0.003
DUT
Radio Model
Date
Plot #
Freq
Battery
Number
Antenna
Accessories
M/N
Type
Body
5 Jan 2017
XL-185
Radio1
B36
2412
4010-04
4450-02
B1
5 Jan 2017
XL-185
Radio1
B37
2437
4010-04
4450-02
5 Jan 2017
XL-185
Radio1
B38
2462
4010-04
4450-02
(MHz)
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Spacing
Head/Body
Spatial Peak
RF Exposure Category
1.6 W/kg
1g average
General Population
Table 9.8
2.4GHz 802.11 Band - FACE SAR Evaluation Results (FCC/IC)
Body
Audio
(mm)
(mm)
Measured
SAR
1g (W/kg)
PTT Duty
Cycle
100%
DUT
Radio Model
Date
Plot #
M/N
Freq
Battery
Number
Accessories
Antenna
Spacing
Type
(MHz)
DUT
ANT
9 Jan 2017
XL-185
Radio1
H30
2412
4010-04
4450-02
n/a
n/a
25
50
0.004
9 Jan 2017
XL-185
Radio1
H31
2437
4010-04
4450-02
n/a
n/a
25
50
0.003
9 Jan 2017
XL-185
Radio1
H32
2462
4010-04
4450-02
n/a
n/a
25
50
0.001
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Head/Body
Spatial Peak
RF Exposure Category
1.6 W/kg
1g average
General Population
Table 9.9
2.4GHz Bluetooth Band - BODY SAR Evaluation Results (FCC/IC)
Body
Audio
(mm)
(mm)
Measured
SAR
1g (W/kg)
PTT Duty
Cycle
100%
n/a
n/a
25
0.001
DUT
Radio Model
Date
Plot #
M/N
Type
XL-185
Radio1
Freq
Battery
Number
Antenna
4010-04
4450-02
(MHz)
5 Jan 2017
B41
2480
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Accessories
Spacing
DUT
ANT
Head/Body
Spatial Peak
RF Exposure Category
1.6 W/kg
1g average
General Population
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 17 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 9.10
2.4GHz Bluetooth Band - FACE SAR Evaluation Results (FCC/IC)
DUT
ANT
(mm)
Measured
SAR
1g (W/kg)
PTT Duty
Cycle
100%
50
0.005
DUT
Radio Model
Date
Plot #
M/N
Type
XL-185
Radio1
Freq
Battery
Number
Antenna
4010-04
4450-02
(MHz)
9 Jan 2017
H34
2480
SAR LIMIT(S)
FCC 47 CFR 2.1093
Health Canada Safety Code 6
Accessories
Spacing
Body
Audio
(mm)
n/a
n/a
25
Head/Body
Spatial Peak
RF Exposure Category
1.6 W/kg
1g average
General Population
Table 9.11
5GHz 802.11 Band - BODY SAR Evaluation Results (FCC/IC)
Date
Plot #
M/N
13 Jan 2017
13 Jan 2017
13 Jan 2017
13 Jan 2017
13 Jan 2017
Freq
Battery
Number
Type
XL-185
XL-185
XL-185
XL-185
XL-185
FCC 47 CFR 2.1093
Measured
SAR
Accessories
Spacing
1g (W/kg)
Antenna
PTT Duty
DUT
ANT
Cycle
Body
Audio
(mm)
(mm)
100%
4450-02
B1
A1
25
0.004
4450-02
B1
A1
25
0.003
4450-02
B1
A1
25
0.001
4450-02
B1
A1
25
0.004
4450-02
B1
A1
25
0.007
Head/Body
Spatial Peak
RF Exposure Category
1.6 W/kg
1g average
General Population
DUT
Radio Model
(MHz)
Radio1
B44
5180
Radio1
B45
5240
Radio1
B46
5260
Radio1
B47
5300
Radio1
B49
5300
SAR LIMIT(S)
Health Canada Safety Code 6
4010-04
4010-04
4010-04
4010-04
4010-01
Table 9.12
5GHz 802.11 Band - FACE SAR Evaluation Results (FCC/IC)
Date
Plot #
M/N
16 Jan 2017
16 Jan 2017
16 Jan 2017
16 Jan 2017
XL-185
XL-185
XL-185
XL-185
FCC 47 CFR 2.1093
Measured
SAR
Accessories
Spacing
1g (W/kg)
Antenna
PTT Duty
DUT
ANT
Cycle
Body
Audio
(mm)
(mm)
100%
4450-02
n/a
n/a
25
50
0.018
4450-02
n/a
n/a
25
50
0.007
4450-02
n/a
n/a
25
50
0.014
4450-02
n/a
n/a
25
50
0.017
Head/Body
Spatial Peak
RF Exposure Category
1.6 W/kg
1g average
General Population
DUT
Radio Model
Freq
Battery
Number
Type
(MHz)
Radio1
H36
5180
Radio1
H37
5240
Radio1
H38
5260
Radio1
H39
5300
SAR LIMIT(S)
Health Canada Safety Code 6
4010-04
4010-04
4010-04
4010-04
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 18 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
10.0 SCALING OF MAXIMUM MEASURE SAR
Table 10.0
Scaling of Maximum Measured SAR (1)
Plot
ID
Configuratio
Freq
(MHz)
Measured
Measured
Measured
Measured
Fluid Deviation
Conducted Power
Drift
SAR (1g)
(dBm)
(dB)
(W/kg)
Permittivity
Conductivity
H20
FACE
896
-2.53%
-1.98%
35.1
-0.001
1.700
B20
BODY
896
-3.72%
0.00%
35.1
-0.219
5.350
Step 1
Fluid Sensitivity Adjustment
Scale
Measured
Plot
ID
Factor
H20
1.000%
B20
1.000%
SAR
(%)
(W/kg)
Step 1
Adjusted
SAR (1g)
(W/kg)
1.700
5.350
1.700
5.350
Step 2
Manufacturer's Tune-Up Tolerance
Plot
ID
Measured
Rated
Conducted Power
Power
Delta
(dBm)
(dBm)
(dB)
H20
35.1
35.0
0.05
B20
35.1
35.0
0.05
Step 1 Adjusted
SAR
(W/kg)
1.700
5.350
Step 2
Adjusted
SAR (1g)
(W/kg)
1.700
5.350
Step 3
Simultaneous Transmission – Bluetooth and/or WiFi
Plot
ID
Rated Output
Power
Frequency
Seperation Distance
Measured
SAR
(mw)
(MHz)
(mm)
(W/kg)
H36
15
5300
n/a
0.018
B49
15
5300
n/a
0.007
Step 2 Adjusted
SAR
(W/kg)
1.700
5.350
Step 3
Adjusted
SAR (1g)
(W/kg)
1.718
5.357
Step 4
Drift Adjustment
Measured
Plot
ID
Drift
H20
-0.001
B20
-0.219
Step 3 Adjusted SAR
(dB)
(W/kg)
Step 4
Adjusted
SAR (1g)
(W/kg)
1.718
5.357
1.718
5.634
Step 5
Reported SAR
Plot
ID
H20
B20
FCC
IC
From Steps 1 and 2
From Steps 1 through 3
1g SAR (W/kg)
1g SAR (W/kg)
1.718
5.357
1.718
5.634
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 19 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
NOTES to Table 10.0
(1) Scaling of the Maximum Measured SAR is based on the highest, 100% duty cycle, Face, Body and/or Head SAR measured of ALL test channels, configurations and
accessories used during THIS evaluation. The Measured Fluid Deviation parameters apply only to deviation of the tissue equivalent fluids used at the frequencies which
produced
the highest measured SAR. The Measured Conducted Power applies to the Conducted Power measured at the frequencies producing the highest Face and Body SAR. The
Measured Drift is the SAR drift associated with that specific SAR measurement. The Reported SAR is the accumulation of all SAR Adjustments from the applicable Steps 1
through 4.
The Plot ID is for indentification of the SAR Measurement Plots in Annex A of this report.
NOTE: Some of the scaling factors in Steps 1 through 4 may not apply and are identified by light gray text.
Step 1
Per IEC-62209-1 and FCC KDB 865664. Scaling required only when Measured Fluid Deviation is greater than 5%. If the Measured Fluid Deviation is greater than 5%,
Table 10.1 will be shown and will indicate the SAR scaling factor in percent (%). SAR is MULTIPLIED by this scaling factor only when the scaling factor is positive (+).
Step 2
Per KDB 447498. Scaling required only when the difference (Delta) between the Measured Conducted Power and the Manufacturer's Rated Conducted Power is (-) Negative.
The absolute value of Delta is ADDED to the SAR.
Step 3
Per KDB 447498 4.3.2. The SAR, either measured or calculated, of ANY and ALL simultaneous transmitters must be added together and includes all contributors.
Step 4
Per IEC 62209-1. Scaling required only when Measured Drift is (-) Negative. The absolute value of Measured Drift is added to Reported or Simultaneous Reported SAR.
Step 5
The Reported SAR is the Maximum Final Adjusted Cumulative SAR from the applicable Steps 1 through 4 and are reported on Page 1 of this report.
I attest that the data reported herein is true and accurate within the tolerance of the Measurement
Instrument Uncertainty; that all tests and measurements were performed in accordance with accepted
practices or procedures; and that all tests and measurements were performed by me or by trained
personnel under my direct supervision. The results of this investigation are based solely on the test
sample(s) provided by the client which were not adjusted, modified or altered in any manner whatsoever,
except as required to carry out specific tests or measurements. This test report has been completed in
accordance with ISO/IEC 17025.
Jasmeet Gill
Test Lab Engineer
Celltech Labs Inc.
23 March 2017
Date
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 20 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
11.0 SAR EXPOSURE LIMITS
Table 11.0
SAR RF EXPOSURE LIMITS
FCC 47 CFR§2.1093
Health Canada Safety Code 6
Spatial Average(1)
(averaged over the whole body)
Spatial Peak(2)
(averaged over any 1 g of tissue)
Spatial Peak (3)
(hands/wrists/feet/ankles averaged over 10 g)
General Population /
Uncontrolled Exposure
Occupational /
(4)
Controlled Exposure(5)
0.08 W/kg
0.4 W/kg
1.6 W/kg
8.0 W/kg
4.0 W/kg
20.0 W/kg
(1) The Spatial Average value of the SAR averaged over the whole body.
(2) The Spatial Peak value of the SAR averaged over any 1 gram of tissue, defined as a tissue volume in the
shape of a cube and over the appropriate averaging time.
(3) The Spatial Peak value of the SAR averaged over any 10 grams of tissue, defined as a tissue volume in the
shape of a cube and over the appropriate averaging time.
(4) Uncontrolled environments are defined as locations where there is potential exposure to individuals who
have no knowledge or control of their potential exposure.
(5) Controlled environments are defined as locations where there is potential exposure to individuals who have
knowledge of their potential exposure and can exercise control over their exposure.
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 21 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
12.0 DETAILS OF SAR EVALUATION
EVALUATION DETAILS
The number of test channels and test configurations performed on this accessory were based on the antenna-configuration
combinations which produced the highest, or worst case, SAR from previous SAR evaluations performed on the transceiver. Table
6.0 identifies those test channels and each channel was tested in the Body and Face configuration.
The DUT was evaluated for SAR in accordance with the procedures described in IEEE 1528, FCC KDB 865646 and RSS-102.
The DUT was evaluated for SAR at the maximum conducted output power level, preset by the manufacturer, in unmodulated
continuous transmit operation (Continuous Wave mode at 100% duty cycle) with the transmit key continuously depressed. For a
Push-To-Talk (PTT) device, the 50% duty cycle compensation reported assumes a transmit/receive cycle of equal time base.
A single point SAR measurement was taken prior to the Area Scan and after the Zoom Scan and the SAR drift of the DUT was
evaluated. The measured SAR drift was added to the measured SAR levels of the Maximum reported SAR (IC/EU only).
Each SAR evaluations were performed with a fully charged battery.
The fluid temperature remained within +/-2qC from the time of the fluid dielectric parameter measurement to the completion of the
SAR evaluation.
The fluid temperature remained within +/-0.5qC throughout the test day.
SCAN PROCEDURE
Maximum distance from the closest measurement point
to phantom surface.
4 ± 1mm
Maximum probe angle normal to phantom surface.
5o ± 1o
Area Scan Spatial Resolution X, Y
Zoom Scan Spatial Resolution X, Y
Zoom Scan Spatial Resolution Z
Zoom Scan Volume X, Y, Z
Phantom
Fluid Depth
15mm
7.5mm
5mm
30mm x 30mm x 30mm
ELI
150mm
An Area Scan with an area extending beyond the device was used to locate the
candidate maximas within 2dB of the global maxima.
A Zoom Scan centered over the peak SAR location(s) determined by the Area Scan
was used to determine the 1 gram and 10 gram peak spatial-averge SAR
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 22 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
13.0 MEASUREMENT UNCERTAINTIES
Table 13.0
UNCERTAINTY BUDGET FOR DEVICE EVALUATION (IEEE 1528-2013 Table 9)
IEEE
1528
Section
Uncertainty Component
Uncertainty
Value ±%
Probability
Distribution
Divisor
ci
1g
ci
10g
Uncertainty
Value ±%
(1g)
Uncertainty
Value ±%
(10g)
Vi or
Veff
Measurement System
Probe Calibration*
E.2.1
6.6
Normal
6.60
6.60
f
Axial Isotropy*
E.2.2
4.7
Rectangular
1.732050808
0.7
0.7
1.9
1.9
f
Hemispherical Isotropy*
E.2.2
9.6
Rectangular
1.732050808
0.7
0.7
3.9
3.9
f
Boundary Effect*
E.2.3
8.3
Rectangular
1.732050808
4.8
4.8
f
Linearity*
E.2.4
4.7
Rectangular
1.732050808
2.7
2.7
f
System Detection Limits*
E.2.4
1.0
Rectangular
1.732050808
0.6
0.6
f
Modulation Response
E.2.5
4.0
Rectangular
1.732050808
2.3
2.3
f
Readout Electronics*
E.2.6
1.0
Normal
1.0
1.0
f
Response Time*
E.2.7
0.8
Rectangular
1.732050808
0.5
0.5
f
Integration Time*
E.2.8
1.4
Rectangular
1.732050808
0.8
0.8
f
RF Ambient Conditions - Noise
E.6.1
0.0
Rectangular
1.732050808
0.0
0.0
f
RF Ambient Conditions - Reflection
Probe Positioner Mechanical
Tolerance*
Probe Positioning wrt Phantom
Shell*
Extrapolation, interpolation &
integration algorithms for max. SAR
evaluation*
E.6.1
0.0
Rectangular
1.732050808
0.0
0.0
f
E.6.2
0.4
Rectangular
1.732050808
0.2
0.2
f
E.6.3
2.9
Rectangular
1.732050808
1.7
1.7
f
E.5
3.9
Rectangular
1.732050808
2.3
2.3
f
Test Sample Positioning
E.4.2
0.3
Normal
0.3
0.3
Device Holder Uncertainty*
E.4.1
3.6
Normal
3.6
3.6
f
SAR Drift Measurement**
E.2.9
0.0
Rectangular
1.732050808
0.0
0.0
f
SAR Scaling***
E.6.5
2.0
Rectangular
1.732050808
1.2
1.2
f
Phantom Uncertainty*
E.3.1
4.0
Rectangular
1.732050808
2.3
2.3
f
SAR Correction Uncertainty
E.3.2
1.2
Normal
0.84
1.2
1.0
f
Liquid Conductivity (measurement)
E.3.3
6.8
Normal
0.78
0.71
5.3
4.8
10
Liquid Permittivity (measurement)
E.3.3
5.3
Normal
0.23
0.26
1.2
1.4
10
Liquid Conductivity (Temperature)
E.3.2
0.1
Rectangular
1.732050808
0.78
0.71
0.1
0.0
f
Liquid Permittivity Temperature)
E.3.2
0.0
Rectangular
1.732050808
0.23
0.26
0.0
0.0
f
Test Sample Related
Phantom and Tissue Parameters
Effective Degrees of Freedom
(1)
Veff = 873.2
Combined Standard Uncertainty
RSS
12.59
12.40
Expanded Uncertainty (95% Confidence Interval)
k=2
25.18
24.80
Measurement Uncertainty Table in accordance with IEEE Standard 1528-2003
(1) The Effective Degrees of Freedom is > 30 therefore a coverage factor of k=2 represents an approximate confidence level of 95%.
* Provided by SPEAG
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 23 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 13.1
Calculation of the Degrees and Effective Degrees of Freedom
veff =
vi = n - 1
uc4
ci4ui4
vi
i=1
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 24 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
14.0 FLUID DIELECTRIC PARAMETERS
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Mon 19/Dec/2016 14:59:54
Freq
Frequency(GHz)
FCC_eH FCC Bulletin 65 Supplement C ( June 2001) Limits for Head Epsilon
FCC_sH FCC Bulletin 65 Supplement C (June 2001) Limits for Head Sigma
FCC_eB FCC Limits for Body Epsilon
FCC_sB FCC Limits for Body Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eB FCC_sB Test_e Test_s
0.7350
55.59
0.96
52.44
0.87
0.7450
55.55
0.96
52.61
0.89
0.7550
55.51
0.96
52.50
0.88
0.7650
55.47
0.96
52.25
0.90
0.7750
55.43
0.97
52.39
0.91
0.7850
55.39
0.97
52.14
0.92
0.7950
55.36
0.97
51.92
0.93
0.8050
55.32
0.97
52.21
0.93
0.8150
55.28
0.97
51.73
0.94
0.8250
55.24
0.97
51.95
0.96
0.8350
55.20
0.97
51.50
0.96
0.8450
55.17
0.98
51.26
0.97
0.8550
55.14
0.99
51.20
0.99
0.8650
55.11
1.01
51.60
0.99
0.8750
55.08
1.02
51.21
1.02
0.8850
55.05
1.03
51.36
1.02
0.8950
55.02
1.04
51.15
1.02
0.9050
55.00
1.05
50.87
1.05
0.9150
55.00
1.06
50.66
1.05
0.9250
54.98
1.06
50.76
1.05
0.9350
54.96
1.07
50.53
1.07
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 25 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.0
FLUID DIELECTRIC PARAMETERS
Date:
19 Dec
2016
Fluid
Temp:
20.8
Frequency:
835MHz
Tissue:
Body
Test_e
Test_s
Target_e
Target_s
735.0000
54.5400
0.8600
55.5900
0.96
Deviation
Permittivity
-1.89%
745.0000
54.0600
0.8900
55.5500
0.96
-2.68%
-7.29%
755.0000
53.9500
0.9000
55.5100
0.96
-2.81%
-6.25%
765.0000
53.9900
0.9000
55.4700
0.96
-2.67%
-6.25%
53.9930
0.9090
55.4580
0.96
-2.64%
-5.61%
54.0000
0.9300
55.4300
0.97
-2.58%
-4.12%
53.9840
0.9280
55.4260
0.97
-2.60%
-4.33%
785.0000
53.8400
0.9100
55.3900
0.97
-2.80%
-6.19%
795.0000
53.9100
0.9500
55.3600
0.97
-2.62%
-2.06%
53.8200
0.9500
55.3480
0.97
-2.76%
-2.06%
53.6100
0.9500
55.3200
0.97
-3.09%
-2.06%
53.6190
0.9530
55.3160
0.97
-3.07%
-1.75%
53.7000
0.9800
55.2800
0.97
-2.86%
1.03%
Freq (MHz)
768.0000
775.0000
776.0000
798.0000
805.0000
806.0000
815.0000
816.0000
53.6980
0.9780
55.2760
0.97
-2.85%
0.82%
825.0000
53.6800
0.9600
55.2400
0.97
-2.82%
-1.03%
835.0000
53.3400
0.9800
55.2000
0.97
-3.37%
1.03%
845.0000
53.3900
0.9900
55.1700
0.98
-3.23%
1.02%
53.3600
0.9840
55.1520
0.99
-3.25%
-0.20%
53.3400
0.9800
55.1400
0.99
-3.26%
-1.01%
53.2020
1.0040
55.1220
1.00
-3.48%
0.20%
865.0000
53.1100
1.0200
55.1100
1.01
-3.63%
0.99%
875.0000
53.0900
1.0200
55.0800
1.02
-3.61%
0.00%
885.0000
53.0000
1.0100
55.0500
1.03
-3.72%
-1.94%
851.0000
Deviation
Conductivity
-10.42%
855.0000
861.0000
895.0000
52.9700
1.0400
55.0200
1.04
-3.73%
0.00%
896.0000
52.9710
1.0410
55.0180
1.04
-3.72%
0.00%
901.0000
52.9760
1.0460
55.0080
1.05
-3.69%
0.00%
905.0000
52.9800
1.0500
55.0000
1.05
-3.67%
0.00%
915.0000
52.4800
1.0500
55.0000
1.06
-4.58%
-0.94%
52.7600
1.0700
54.9800
1.06
-4.04%
0.94%
52.6300
1.0800
54.9600
1.07
-4.24%
0.93%
925.0000
935.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 26 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Wed 28/Dec/2016 11:28:06
Freq
Frequency(GHz)
FCC_eH FCC Bulletin 65 Supplement C ( June 2001) Limits for Head Epsilon
FCC_sH FCC Bulletin 65 Supplement C (June 2001) Limits for Head Sigma
FCC_eB FCC Limits for Body Epsilon
FCC_sB FCC Limits for Body Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eB FCC_sB Test_e Test_s
0.7350
55.59
0.96
54.54
0.86
0.7450
55.55
0.96
54.06
0.89
0.7550
55.51
0.96
53.95
0.90
0.7650
55.47
0.96
53.99
0.90
0.7750
55.43
0.97
54.00
0.93
0.7850
55.39
0.97
53.84
0.91
0.7950
55.36
0.97
53.91
0.95
0.8050
55.32
0.97
53.61
0.95
0.8150
55.28
0.97
53.70
0.98
0.8250
55.24
0.97
53.68
0.96
0.8350
55.20
0.97
53.34
0.98
0.8450
55.17
0.98
53.39
0.99
0.8550
55.14
0.99
53.34
0.98
0.8650
55.11
1.01
53.11
1.02
0.8750
55.08
1.02
53.09
1.02
0.8850
55.05
1.03
53.00
1.01
0.8950
55.02
1.04
52.97
1.04
0.9050
55.00
1.05
52.98
1.05
0.9150
55.00
1.06
52.48
1.05
0.9250
54.98
1.06
52.76
1.07
0.9350
54.96
1.07
52.63
1.08
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 27 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.1
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
28 Dec
2016
19.6
Frequency:
835MHz
Tissue:
Body
Test_e
Test_s
Target_e
Target_s
735.0000
52.4400
0.8700
55.5900
0.96
Deviation
Permittivity
-5.67%
745.0000
52.6100
0.8900
55.5500
0.96
-5.29%
-7.29%
755.0000
52.5000
0.8800
55.5100
0.96
-5.42%
-8.33%
765.0000
52.2500
0.9000
55.4700
0.96
-5.80%
-6.25%
52.2920
0.9030
55.4580
0.96
-5.71%
-6.23%
52.3900
0.9100
55.4300
0.97
-5.48%
-6.19%
52.3650
0.9110
55.4260
0.97
-5.52%
-6.08%
52.1400
0.9200
55.3900
0.97
-5.87%
-5.15%
51.9200
0.9300
55.3600
0.97
-6.21%
-4.12%
52.0070
0.9300
55.3480
0.97
-6.04%
-4.12%
52.2100
0.9300
55.3200
0.97
-5.62%
-4.12%
52.1620
0.9310
55.3160
0.97
-5.70%
-4.02%
51.7300
0.9400
55.2800
0.97
-6.42%
-3.09%
51.7520
0.9420
55.2760
0.97
-6.38%
-2.89%
825.0000
51.9500
0.9600
55.2400
0.97
-5.96%
-1.03%
835.0000
51.5000
0.9600
55.2000
0.97
-6.70%
-1.03%
845.0000
51.2600
0.9700
55.1700
0.98
-7.09%
-1.02%
51.2240
0.9820
55.1520
0.99
-7.12%
-0.41%
51.2000
0.9900
55.1400
0.99
-7.15%
0.00%
51.4400
0.9900
55.1220
1.00
-6.68%
-1.20%
865.0000
51.6000
0.9900
55.1100
1.01
-6.37%
-1.98%
875.0000
51.2100
1.0200
55.0800
1.02
-7.03%
0.00%
885.0000
51.3600
1.0200
55.0500
1.03
-6.70%
-0.97%
895.0000
51.1500
1.0200
55.0200
1.04
-7.03%
-1.92%
Freq (MHz)
768.0000
775.0000
776.0000
785.0000
795.0000
798.0000
805.0000
806.0000
815.0000
816.0000
851.0000
855.0000
861.0000
Deviation
Conductivity
-9.38%
896.0000
51.1220
1.0230
55.0180
1.04
-7.08%
-1.73%
901.0000
50.9820
1.0380
55.0080
1.05
-7.32%
-0.76%
905.0000
50.8700
1.0500
55.0000
1.05
-7.51%
0.00%
915.0000
50.6600
1.0500
55.0000
1.06
-7.89%
-0.94%
925.0000
50.7600
1.0500
54.9800
1.06
-7.68%
-0.94%
50.5300
1.0700
54.9600
1.07
-8.06%
0.00%
935.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 28 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Thu 29/Dec/2016 10:49:00
Freq
Frequency(GHz)
FCC_eH FCC OET 65 Supplement C (June 2001) Limits for Head Epsilon
FCC_sH FCC OET 65 Supplement C (June 2001) Limits for Head Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eH FCC_sH Test_e Test_s
0.7350
42.02
0.89
43.55
0.84
0.7450
41.97
0.89
43.59
0.85
0.7550
41.92
0.89
43.01
0.86
0.7650
41.86
0.89
42.97
0.87
0.7750
41.81
0.90
43.09
0.87
0.7850
41.76
0.90
42.61
0.87
0.7950
41.71
0.90
42.48
0.89
0.8050
41.66
0.90
42.64
0.89
0.8150
41.60
0.90
42.47
0.90
0.8250
41.55
0.90
42.39
0.91
0.8350
41.50
0.90
41.94
0.93
0.8450
41.50
0.91
42.03
0.95
0.8550
41.50
0.92
41.79
0.95
0.8650
41.50
0.93
41.75
0.95
0.8750
41.50
0.94
41.65
0.96
0.8850
41.50
0.95
41.47
0.98
0.8950
41.50
0.96
41.46
0.99
0.9050
41.50
0.97
41.06
1.00
0.9150
41.50
0.98
40.91
1.01
0.9250
41.48
0.98
41.16
1.02
0.9350
41.46
0.99
40.66
1.04
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 29 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.2
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
29 Dec
2016
19.5
Frequency:
835MHz
Tissue:
Head
Test_e
Test_s
Target_e
Target_s
735.0000
43.5500
0.8400
42.0200
0.89
Deviation
Permittivity
3.64%
745.0000
43.5900
0.8500
41.9700
0.89
3.86%
-4.49%
755.0000
43.0100
0.8600
41.9200
0.89
2.60%
-3.37%
765.0000
42.9700
0.8700
41.8600
0.89
2.65%
-2.25%
43.0060
0.8700
41.8450
0.89
2.77%
-2.58%
43.0900
0.8700
41.8100
0.90
3.06%
-3.33%
43.0420
0.8700
41.8050
0.90
2.96%
-3.33%
42.6100
0.8700
41.7600
0.90
2.04%
-3.33%
42.4800
0.8900
41.7100
0.90
1.85%
-1.11%
42.5280
0.8900
41.6950
0.90
2.00%
-1.11%
42.6400
0.8900
41.6600
0.90
2.35%
-1.11%
42.6230
0.8910
41.6540
0.90
2.33%
-1.00%
42.4700
0.9000
41.6000
0.90
2.09%
0.00%
42.4620
0.9010
41.5950
0.90
2.08%
0.11%
825.0000
42.3900
0.9100
41.5500
0.90
2.02%
1.11%
835.0000
41.9400
0.9300
41.5000
0.90
1.06%
3.33%
845.0000
42.0300
0.9500
41.5000
0.91
1.28%
4.40%
41.8860
0.9500
41.5000
0.92
0.93%
3.71%
41.7900
0.9500
41.5000
0.92
0.70%
3.26%
41.7660
0.9500
41.5000
0.93
0.64%
2.59%
865.0000
41.7500
0.9500
41.5000
0.93
0.60%
2.15%
875.0000
41.6500
0.9600
41.5000
0.94
0.36%
2.13%
885.0000
41.4700
0.9800
41.5000
0.95
-0.07%
3.16%
895.0000
41.4600
0.9900
41.5000
0.96
-0.10%
3.13%
Freq (MHz)
768.0000
775.0000
776.0000
785.0000
795.0000
798.0000
805.0000
806.0000
815.0000
816.0000
851.0000
855.0000
861.0000
Deviation
Conductivity
-5.62%
896.0000
41.4200
0.9910
41.5000
0.96
-0.19%
3.12%
901.0000
41.2200
0.9960
41.5000
0.97
-0.67%
3.11%
905.0000
41.0600
1.0000
41.5000
0.97
-1.06%
3.09%
915.0000
40.9100
1.0100
41.5000
0.98
-1.42%
3.06%
925.0000
41.1600
1.0200
41.4800
0.98
-0.77%
4.08%
40.6600
1.0400
41.4600
0.99
-1.93%
5.05%
935.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 30 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Tue 03/Jan/2017 11:00:15
Freq
Frequency(GHz)
FCC_eH FCC OET 65 Supplement C (June 2001) Limits for Head Epsilon
FCC_sH FCC OET 65 Supplement C (June 2001) Limits for Head Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eH FCC_sH Test_e Test_s
0.7350
42.02
0.89
42.33
0.81
0.7450
41.97
0.89
42.56
0.82
0.7550
41.92
0.89
42.43
0.82
0.7650
41.86
0.89
42.36
0.83
0.7750
41.81
0.90
42.17
0.84
0.7850
41.76
0.90
41.93
0.86
0.7950
41.71
0.90
41.97
0.88
0.8050
41.66
0.90
42.01
0.87
0.8150
41.60
0.90
41.62
0.89
0.8250
41.55
0.90
41.46
0.90
0.8350
41.50
0.90
41.31
0.91
0.8450
41.50
0.91
41.43
0.91
0.8550
41.50
0.92
41.19
0.92
0.8650
41.50
0.93
40.92
0.94
0.8750
41.50
0.94
40.66
0.95
0.8850
41.50
0.95
40.47
0.94
0.8950
41.50
0.96
40.47
0.94
0.9050
41.50
0.97
40.28
0.96
0.9150
41.50
0.98
39.95
0.97
0.9250
41.48
0.98
39.92
0.98
0.9350
41.46
0.99
40.02
1.00
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 31 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.3
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
3 Jan
2017
19.9
Frequency:
835MHz
Tissue:
Head
Test_e
Test_s
Target_e
Target_s
735.0000
42.3300
0.8100
42.0200
0.89
Deviation
Permittivity
0.74%
745.0000
42.5600
0.8200
41.9700
0.89
1.41%
-7.87%
755.0000
42.4300
0.8200
41.9200
0.89
1.22%
-7.87%
765.0000
42.3600
0.8300
41.8600
0.89
1.19%
-6.74%
42.3030
0.8330
41.8450
0.89
1.09%
-6.72%
42.1700
0.8400
41.8100
0.90
0.86%
-6.67%
42.1460
0.8420
41.8050
0.90
0.82%
-6.44%
41.9300
0.8600
41.7600
0.90
0.41%
-4.44%
41.9700
0.8800
41.7100
0.90
0.62%
-2.22%
41.9820
0.8770
41.6950
0.90
0.69%
-2.56%
42.0100
0.8700
41.6600
0.90
0.84%
-3.33%
41.9710
0.8720
41.6540
0.90
0.76%
-3.11%
41.6200
0.8900
41.6000
0.90
0.05%
-1.11%
41.6040
0.8910
41.5950
0.90
0.02%
-1.00%
825.0000
41.4600
0.9000
41.5500
0.90
-0.22%
0.00%
835.0000
41.3100
0.9100
41.5000
0.90
-0.46%
1.11%
845.0000
41.4300
0.9100
41.5000
0.91
-0.17%
0.00%
41.2860
0.9160
41.5000
0.92
-0.52%
0.00%
41.1900
0.9200
41.5000
0.92
-0.75%
0.00%
41.0280
0.9320
41.5000
0.93
-1.14%
0.65%
865.0000
40.9200
0.9400
41.5000
0.93
-1.40%
1.08%
875.0000
40.6600
0.9500
41.5000
0.94
-2.02%
1.06%
885.0000
40.4700
0.9400
41.5000
0.95
-2.48%
-1.05%
895.0000
40.4700
0.9400
41.5000
0.96
-2.48%
-2.08%
Freq (MHz)
768.0000
775.0000
776.0000
785.0000
795.0000
798.0000
805.0000
806.0000
815.0000
816.0000
851.0000
855.0000
861.0000
Deviation
Conductivity
-8.99%
896.0000
40.4510
0.9420
41.5000
0.96
-2.53%
-1.98%
901.0000
40.3560
0.9520
41.5000
0.97
-2.76%
-1.45%
905.0000
40.2800
0.9600
41.5000
0.97
-2.94%
-1.03%
915.0000
39.9500
0.9700
41.5000
0.98
-3.73%
-1.02%
925.0000
39.9200
0.9800
41.4800
0.98
-3.76%
0.00%
40.0200
1.0000
41.4600
0.99
-3.47%
1.01%
935.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 32 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Thu 05/Jan/2017 10:27:21
Freq
Frequency(GHz)
FCC_eH FCC Bulletin 65 Supplement C ( June 2001) Limits for Head Epsilon
FCC_sH FCC Bulletin 65 Supplement C (June 2001) Limits for Head Sigma
FCC_eB FCC Limits for Body Epsilon
FCC_sB FCC Limits for Body Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eB FCC_sB Test_e Test_s
2.3500
52.83
1.85
49.85
1.87
2.3600
52.82
1.86
49.84
1.90
2.3700
52.81
1.87
49.90
1.90
2.3800
52.79
1.88
49.81
1.92
2.3900
52.78
1.89
49.65
1.94
2.4000
52.77
1.90
49.60
1.94
2.4100
52.75
1.91
49.55
1.94
2.4200
52.74
1.92
49.63
1.97
2.4300
52.73
1.93
49.68
1.98
2.4400
52.71
1.94
49.45
2.00
2.4500
52.70
1.95
49.72
2.03
2.4600
52.69
1.96
49.70
2.03
2.4700
52.67
1.98
49.64
2.03
2.4800
52.66
1.99
49.54
2.07
2.4900
52.65
2.01
49.55
2.06
2.5000
52.64
2.02
49.44
2.10
2.5100
52.62
2.04
49.26
2.11
2.5200
52.61
2.05
49.32
2.12
2.5300
52.60
2.06
49.36
2.12
2.5400
52.59
2.08
49.39
2.17
2.5500
52.57
2.09
49.24
2.18
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 33 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.4
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
5 Jan
2017
19.9
Frequency:
2450MHz
Tissue:
Deviation
Conductivity
1.08%
Body
Test_e
Test_s
Target_e
Target_s
2350.0000
49.8500
1.8700
52.8300
1.85
Deviation
Permittivity
-5.64%
2360.0000
49.8400
1.9000
52.8200
1.86
-5.64%
2.15%
2370.0000
49.9000
1.9000
52.8100
1.87
-5.51%
1.60%
2380.0000
49.8100
1.9200
52.7900
1.88
-5.65%
2.13%
2390.0000
49.6500
1.9400
52.7800
1.89
-5.93%
2.65%
2400.0000
49.6000
1.9400
52.7700
1.90
-6.01%
2.11%
2410.0000
49.5500
1.9400
52.7500
1.91
-6.07%
1.57%
49.5660
1.9460
52.7480
1.91
-6.03%
1.78%
2420.0000
49.6300
1.9700
52.7400
1.92
-5.90%
2.60%
2430.0000
49.6800
1.9800
52.7300
1.93
-5.78%
2.59%
49.5190
1.9940
52.7160
1.94
-6.06%
2.94%
2440.0000
49.4500
2.0000
52.7100
1.94
-6.18%
3.09%
2450.0000
49.7200
2.0300
52.7000
1.95
-5.65%
4.10%
2460.0000
49.7000
2.0300
52.6900
1.96
-5.67%
3.57%
49.6880
2.0300
52.6860
1.96
-5.69%
3.36%
49.6400
2.0300
52.6700
1.98
-5.75%
2.53%
49.6200
2.0380
52.6680
1.98
-5.79%
2.83%
2480.0000
49.5400
2.0700
52.6600
1.99
-5.92%
4.02%
2490.0000
49.5500
2.0600
52.6500
2.01
-5.89%
2.49%
2500.0000
49.4400
2.1000
52.6400
2.02
-6.08%
3.96%
2510.0000
49.2600
2.1100
52.6200
2.04
-6.39%
3.43%
2520.0000
49.3200
2.1200
52.6100
2.05
-6.25%
3.41%
2530.0000
49.3600
2.1200
52.6000
2.06
-6.16%
2.91%
2540.0000
49.3900
2.1700
52.5900
2.08
-6.08%
4.33%
2550.0000
49.2400
2.1800
52.5700
2.09
-6.33%
4.31%
Freq (MHz)
2412.0000
2437.0000
2462.0000
2470.0000
2472.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 34 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Mon 09/Jan/2017 13:47:40
Freq
Frequency(GHz)
FCC_eH FCC OET 65 Supplement C (June 2001) Limits for Head Epsilon
FCC_sH FCC OET 65 Supplement C (June 2001) Limits for Head Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eH FCC_sH Test_e Test_s
2.3500
39.38
1.71
39.98
1.79
2.3600
39.36
1.72
39.93
1.81
2.3700
39.34
1.73
39.69
1.84
2.3800
39.32
1.74
39.72
1.83
2.3900
39.31
1.75
39.69
1.86
2.4000
39.29
1.76
39.77
1.87
2.4100
39.27
1.76
39.66
1.87
2.4200
39.25
1.77
39.75
1.87
2.4300
39.24
1.78
39.57
1.90
2.4400
39.22
1.79
39.49
1.92
2.4500
39.20
1.80
39.47
1.93
2.4600
39.19
1.81
39.53
1.94
2.4700
39.17
1.82
39.39
1.95
2.4800
39.16
1.83
39.57
1.97
2.4900
39.15
1.84
39.42
1.97
2.5000
39.14
1.85
39.21
1.99
2.5100
39.12
1.87
39.21
2.01
2.5200
39.11
1.88
39.41
2.00
2.5300
39.10
1.89
39.36
2.03
2.5400
39.09
1.90
39.23
2.06
2.5500
39.07
1.91
39.22
2.03
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 35 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.5
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
9 Jan
2017
22.7
Frequency:
2450MHz
Tissue:
Deviation
Conductivity
4.68%
Head
Test_e
Test_s
Target_e
Target_s
2350.0000
39.9800
1.7900
39.3800
1.71
Deviation
Permittivity
1.52%
2360.0000
39.9300
1.8100
39.3600
1.72
1.45%
5.23%
2370.0000
39.6900
1.8400
39.3400
1.73
0.89%
6.36%
2380.0000
39.7200
1.8300
39.3200
1.74
1.02%
5.17%
2390.0000
39.6900
1.8600
39.3100
1.75
0.97%
6.29%
2400.0000
39.7700
1.8700
39.2900
1.76
1.22%
6.25%
2410.0000
39.6600
1.8700
39.2700
1.76
0.99%
6.25%
39.6780
1.8700
39.2660
1.76
1.05%
6.13%
2420.0000
39.7500
1.8700
39.2500
1.77
1.27%
5.65%
2430.0000
39.5700
1.9000
39.2400
1.78
0.84%
6.74%
39.5140
1.9140
39.2260
1.79
0.73%
7.11%
2440.0000
39.4900
1.9200
39.2200
1.79
0.69%
7.26%
2450.0000
39.4700
1.9300
39.2000
1.80
0.69%
7.22%
2460.0000
39.5300
1.9400
39.1900
1.81
0.87%
7.18%
39.5020
1.9420
39.1860
1.81
0.81%
7.17%
39.3900
1.9500
39.1700
1.82
0.56%
7.14%
39.4260
1.9540
39.1680
1.82
0.66%
7.24%
2480.0000
39.5700
1.9700
39.1600
1.83
1.05%
7.65%
2490.0000
39.4200
1.9700
39.1500
1.84
0.69%
7.07%
2500.0000
39.2100
1.9900
39.1400
1.85
0.18%
7.57%
2510.0000
39.2100
2.0100
39.1200
1.87
0.23%
7.49%
2520.0000
39.4100
2.0000
39.1100
1.88
0.77%
6.38%
2530.0000
39.3600
2.0300
39.1000
1.89
0.66%
7.41%
2540.0000
39.2300
2.0600
39.0900
1.90
0.36%
8.42%
2550.0000
39.2200
2.0300
39.0700
1.91
0.38%
6.28%
Freq (MHz)
2412.0000
2437.0000
2462.0000
2470.0000
2472.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 36 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Wed 11/Jan/2017 10:53:43
Freq
Frequency(GHz)
FCC_eH FCC Bulletin 65 Supplement C ( June 2001) Limits for Head Epsilon
FCC_sH FCC Bulletin 65 Supplement C (June 2001) Limits for Head Sigma
FCC_eB FCC Limits for Body Epsilon
FCC_sB FCC Limits for Body Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eB FCC_sB Test_e Test_s
5.1500
49.08
5.24
48.84
5.59
5.1600
49.07
5.25
48.65
5.56
5.1700
49.06
5.26
48.49
5.65
5.1800
49.04
5.28
48.50
5.62
5.1900
49.03
5.29
48.70
5.61
5.2000
49.01
5.30
48.51
5.64
5.2100
49.00
5.31
48.37
5.64
5.2200
48.99
5.32
48.64
5.57
5.2300
48.97
5.33
48.31
5.63
5.2400
48.96
5.35
48.42
5.67
5.2500
48.95
5.36
48.44
5.64
5.2600
48.93
5.37
48.09
5.76
5.2700
48.92
5.38
48.15
5.80
5.2800
48.91
5.39
48.31
5.78
5.2900
48.89
5.40
48.39
5.92
5.3000
48.88
5.42
48.69
5.83
5.3100
48.87
5.43
48.63
5.80
5.3200
48.85
5.44
48.44
5.77
5.3300
48.84
5.45
47.98
5.77
5.3400
48.82
5.46
48.01
5.75
5.3500
48.81
5.47
48.12
5.82
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 37 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.6
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
11 Jan
2017
20.9
Frequency:
5250MHz
Tissue:
Deviation
Conductivity
6.68%
Body
Test_e
Test_s
Target_e
Target_s
5150.0000
48.8400
5.5900
49.0800
5.24
Deviation
Permittivity
-0.49%
5160.0000
48.6500
5.5600
49.0700
5.25
-0.86%
5.90%
5170.0000
48.4900
5.6500
49.0600
5.26
-1.16%
7.41%
48.5000
5.6200
49.0400
5.28
-1.10%
6.44%
5190.0000
48.7000
5.6100
49.0300
5.29
-0.67%
6.05%
5200.0000
48.5100
5.6400
49.0100
5.30
-1.02%
6.42%
5210.0000
48.3700
5.6400
49.0000
5.31
-1.29%
6.21%
5220.0000
48.6400
5.5700
48.9900
5.32
-0.71%
4.70%
48.3100
5.6300
48.9700
5.33
-1.35%
5.63%
48.4200
5.6700
48.9600
5.35
-1.10%
5.98%
48.4400
5.6400
48.9500
5.36
-1.04%
5.22%
Freq (MHz)
5180.0000
5230.0000
5240.0000
5250.0000
5260.0000
48.0900
5.7600
48.9300
5.37
-1.72%
7.26%
5270.0000
48.1500
5.8000
48.9200
5.38
-1.57%
7.81%
5280.0000
48.3100
5.7800
48.9100
5.39
-1.23%
7.24%
48.3900
5.9200
48.8900
5.40
-1.02%
9.63%
48.6900
5.8300
48.8800
5.42
-0.39%
7.56%
5310.0000
48.6300
5.8000
48.8700
5.43
-0.49%
6.81%
5320.0000
48.4400
5.7700
48.8500
5.44
-0.84%
6.07%
5330.0000
47.9800
5.7700
48.8400
5.45
-1.76%
5.87%
5340.0000
48.0100
5.7500
48.8200
5.46
-1.66%
5.31%
5350.0000
48.1200
5.8200
48.8100
5.47
-1.41%
6.40%
5290.0000
5300.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 38 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
************************************************************
Aprel Laboratory
Test Result for UIM Dielectric Parameter
Mon 16/Jan/2017 11:11:54
Freq
Frequency(GHz)
FCC_eH FCC OET 65 Supplement C (June 2001) Limits for Head Epsilon
FCC_sH FCC OET 65 Supplement C (June 2001) Limits for Head Sigma
Test_e Epsilon of UIM
Test_s Sigma of UIM
************************************************************
Freq
FCC_eH FCC_sH Test_e Test_s
5.1500
36.04
4.60
36.32
4.91
5.1600
36.03
4.61
35.98
4.86
5.1700
36.02
4.62
36.16
4.91
5.1800
36.01
4.63
36.12
4.92
5.1900
36.00
4.64
36.00
5.00
5.2000
35.99
4.65
36.04
4.95
5.2100
35.97
4.67
36.18
4.92
5.2200
35.96
4.68
36.06
4.94
5.2300
35.95
4.69
35.92
5.01
5.2400
35.94
4.70
36.21
4.96
5.2500
35.93
4.71
36.21
5.00
5.2600
35.92
4.72
35.97
5.00
5.2700
35.91
4.73
35.74
5.02
5.2800
35.89
4.74
35.97
5.05
5.2900
35.88
4.75
35.95
5.06
5.3000
35.87
4.76
35.90
5.01
5.3100
35.86
4.77
35.64
5.01
5.3200
35.85
4.78
35.63
5.17
5.3300
35.84
4.79
35.85
5.06
5.3400
35.83
4.80
35.97
5.08
5.3500
35.81
4.81
35.76
5.14
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 39 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 14.7
FLUID DIELECTRIC PARAMETERS
Date:
Fluid
Temp:
16 Jan
2017
22
Frequency:
5250MHz
Tissue:
Deviation
Conductivity
6.74%
Head
Test_e
Test_s
Target_e
Target_s
5150.0000
36.3200
4.9100
36.0400
4.60
Deviation
Permittivity
0.78%
5160.0000
35.9800
4.8600
36.0300
4.61
-0.14%
5.42%
5170.0000
36.1600
4.9100
36.0200
4.62
0.39%
6.28%
36.1200
4.9200
36.0100
4.63
0.31%
6.26%
5190.0000
36.0000
5.0000
36.0000
4.64
0.00%
7.76%
5200.0000
36.0400
4.9500
35.9900
4.65
0.14%
6.45%
5210.0000
36.1800
4.9200
35.9700
4.67
0.58%
5.35%
5220.0000
36.0600
4.9400
35.9600
4.68
0.28%
5.56%
35.9200
5.0100
35.9500
4.69
-0.08%
6.82%
36.2100
4.9600
35.9400
4.70
0.75%
5.53%
36.2100
5.0000
35.9300
4.71
0.78%
6.16%
Freq (MHz)
5180.0000
5230.0000
5240.0000
5250.0000
5260.0000
35.9700
5.0000
35.9200
4.72
0.14%
5.93%
5270.0000
35.7400
5.0200
35.9100
4.73
-0.47%
6.13%
5280.0000
35.9700
5.0500
35.8900
4.74
0.22%
6.54%
35.9500
5.0600
35.8800
4.75
0.20%
6.53%
35.9000
5.0100
35.8700
4.76
0.08%
5.25%
5310.0000
35.6400
5.0100
35.8600
4.77
-0.61%
5.03%
5320.0000
35.6300
5.1700
35.8500
4.78
-0.61%
8.16%
5330.0000
35.8500
5.0600
35.8400
4.79
0.03%
5.64%
5340.0000
35.9700
5.0800
35.8300
4.80
0.39%
5.83%
5350.0000
35.7600
5.1400
35.8100
4.81
-0.14%
6.86%
5290.0000
5300.0000
*Channel Frequency Tested
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 40 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
15.0 SYSTEM VERIFICATION TEST RESULTS
Table 15.0
System Verification Test Results
Frequency
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Type
Temp
Temp
Humidity
Power
Spacing
(%)
(mW)
(mm)
P/N
S/N
22
11%
250
15
D835V2
4d075
(MHz)
19 Dec 2016
835
Body
20.8
SAR
Validation
Source
Fluid Parameters
1 gram
10 gram
Permittivity
Conductivity
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
2.39
2.42
1.26%
1.55
1.59
-2.52%
53.34
55.20
-3.37%
0.98
0.97
1.03%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1.
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
Table 15.1
System Verification Test Results
Frequenc
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Type
Temp
Temp
(MHz)
28 Dec 2016
835
Body
19.6
Humidity
Power
Spacing
(%)
(mW)
(mm)
P/N
S/N
22
11%
250
15
D835V2
4d075
SAR
Measured
2.51
1 gram
Targe
2.42
Deviation
3.72%
Source
Fluid Parameters
10 gram
Measure
1.62
Validation
Target
1.59
Permittivity
Deviatio
1.89%
Measure
51.50
Target
55.20
Conductivity
Deviatio
-6.70%
Measure
0.96
Target
0.97
Deviatio
-1.03%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 41 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 15.2
System Verification Test Results
Frequency
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Validation
Type
Temp
Temp
Humidity
Power
Spacing
Source
(%)
(mW)
(mm)
P/N
S/N
21
12%
250
15
D835V2
4d075
(MHz)
29 Dec 2016
835
Head
19.5
SAR
Fluid Parameters
1 gram
10 gram
Permittivity
Conductivity
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
2.50
2.41
3.73%
1.60
1.56
2.56%
41.94
41.50
1.06%
0.93
0.90
3.33%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
Table 15.3
System Verification Test Results
Frequenc
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Type
Temp
Temp
(MHz)
03 January 2017
835
Head
19.9
Humidity
Power
Spacing
(%)
(mW)
(mm)
P/N
S/N
22
11%
250
15
D835V2
4d075
SAR
Measured
2.37
1 gram
Targe
2.41
Deviation
-1.66%
Source
Fluid Parameters
10 gram
Measure
1.53
Validation
Target
1.56
Permittivity
Deviatio
-1.92%
Measure
41.31
Target
41.50
Conductivity
Deviatio
-0.46%
Measure
0.91
Target
0.90
Deviatio
1.11%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 42 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 15.4
System Verification Test Results
Frequency
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Type
Temp
Temp
(MHz)
05 January 2017
2450
Body
19.9
Validation
Humidity
Power
Spacing
(%)
(mW)
(mm)
P/N
S/N
22
11%
250
10
D2450V2
825
SAR
Source
Fluid Parameters
1 gram
10 gram
Permittivity
Conductivity
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
12.90
13.00
-0.77%
5.78
6.05
-4.46%
49.78
52.70
-5.54%
2.03
1.95
4.10%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
Table 15.5
System Verification Test Results
Frequency
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Validation
Type
Temp
Temp
Humidity
Power
Spacing
Source
(%)
(mW)
(mm)
P/N
S/N
24
11%
250
10
D2450V2
825
(MHz)
09 January 2017
2450
Head
22.7
SAR
Fluid Parameters
1 gram
10 gram
Permittivity
Conductivity
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
12.20
13.10
-6.87%
5.64
6.06
-6.93%
39.47
39.20
0.69%
1.93
1.80
7.22%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 43 of 164
45461375R2.0
Test Report S/N:
23 March 2017
Test Report Issue Date:
Table 15.6
System Verification Test Results
Frequency
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Validation
Type
Temp
Temp
Humidity
Power
Spacing
Source
(%)
(mW)
(mm)
P/N
S/N
24
10%
100
10
D5GHzV2
1031
(MHz)
11 January 2017
5250
Body
20.9
SAR
Fluid Parameters
1 gram
10 gram
Permittivity
Conductivity
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
Measured
Target
Deviation
7.10
7.26
-2.20%
1.98
2.04
-2.94%
48.44
48.95
-1.04%
5.64
5.36
5.22%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
Table 15.7
System Verification Test Results
Frequenc
Date
Fluid
Fluid
Ambient
Ambient
Forward
Dipole
Type
Temp
Temp
(MHz)
16 January 2017
5250
Head
22.0
Humidity
Power
Spacing
(%)
(mW)
(mm)
P/N
S/N
24
10%
100
10
D5GHzV2
1031
SAR
Measured
8.12
7.98
Source
Fluid Parameters
1 gram
Targe
Validation
10 gram
Deviation
Measure
1.75%
2.32
Permittivity
Target
Deviatio
Measure
2.30
0.87%
36.21
Conductivity
Target
Deviatio
Measure
Target
Deviatio
35.93
0.78%
5.00
4.71
6.16%
Prior to the SAR evaluations, system checks were performed on the planar section of the phantom and a SPEAG
validation dipole in accordance with the procedures described in IEEE 1528-2013, FCC KDB 846224 and IEC 62209-1
The dielectric parameters of the simulated tissue mixture were measured prior to the system performance check using a
Dielectric Probe Kit and a Network Analyzer.
The forward power was applied to the dipole and the system was verified to a tolerance of +10% from the system
manufacturer’s dipole calibration target SAR value
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 44 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
16.0 MEASUREMENT SYSTEM SPECIFICATIONS
Table 16.0
Measurement System Specification
Specifications
Positioner
Stäubli Unimation Corp. Robot Model: RX60L
Repeatability
0.02 mm
No. of axis
Data Acquisition Electronic (DAE) System
Cell Controller
Processor
AMD Athlon XP 2400+
Clock Speed
2.0 GHz
Operating System
Windows XP Professional
Data Converter
Features
Software
Connecting Lines
Signal Amplifier, multiplexer, A/D converter, and control logic
Measurement Software: DASY4, V4.7 Build 80
Postprocessing Software: SEMCAD, V1.8 Build 186
Optical downlink for data and status info., Optical uplink for commands and clock
DASY4 Measurement Server
Function
Real-time data evaluation for field measurements and surface detection
Hardware
PC/104 166MHz Pentium CPU; 32 MB chipdisk; 64 MB RAM
Connections
COM1, COM2, DAE, Robot, Ethernet, Service Interface
E-Field Probe
Model
EX3DV4
Serial No.
3600
Construction
Triangular core fiber optic detection system
Frequency
10 MHz to 6 GHz
Linearity
r0.2 dB (30 MHz to 3 GHz)
Phantom
Type
ELI
Shell Material
Fiberglass
Thickness
2mm +/- .2mm
Volume
> 30 Liter
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 45 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
Table 16.1
Measurement System Specification (Continued)
Probe Specification
Construction:
Calibration:
Frequency:
Directivity:
Dynamic Range:
Surface Detect:
Symmetrical design with triangular core;
Built-in shielding against static charges
PEEK enclosure material (resistant to organic solvents, glycol)
In air from 10 MHz to 2.5 GHz
In head simulating tissue at frequencies of 900 MHz
and 1.8 GHz (accuracy r 8%)
10 MHz to > 6 GHz; Linearity: r 0.2 dB (30 MHz to 3 GHz)
r 0.2 dB in head tissue (rotation around probe axis)
r 0.4 dB in head tissue (rotation normal to probe axis)
5 PW/g to > 100 mW/g; Linearity: r 0.2 dB
r 0.2 mm repeatability in air and clear liquids over diffuse reflecting surfaces
Dimensions:
Overall length: 330 mm; Tip length: 16 mm;
Body diameter: 12 mm; Tip diameter: 6.8 mm
Distance from probe tip to dipole centers: 2.7 mm
Application:
General dosimetry up to 3 GHz; Compliance tests of mobile phone
EX3DV4 E-Field Probe
Phantom Specification
The ELI V5.0 phantom is an elliptical planar fiberglass shell phantom with a shell
thickness of 2.0mm +/- .2mm at the planar area. This phantom conforms to OET
Bulletin 65, Supplement C, IEEE 1528-2013, IEC 62209-1 and IEC 62209-2.
ELI Phantom
Device Positioner Specification
The DASY4 device positioner has two scales for device rotation (with respect to the
body axis) and the device inclination (with respect to the line between the ear
openings). The plane between the ear openings and the mouth tip has a rotation
angle of 65O. The bottom plate contains three pair of bolts for locking the device
holder. The device holder positions are adjusted to the standard measurement
positions in the three sections.
Device Positioner
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 46 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
17.0 TEST EQUIPMENT LIST
Table 17.0
Test Equipment List
DESCRIPTION
Schmid & Partner DASY4 System
ASSET NO.
SERIAL NO.
DATE
CALIBRATED
CALIBRATION
INTERVAL
-DASY4 Measurement Server
00158
1078
CNR
CNR
-Robot
00046
599396-01
CNR
CNR
-DAE4
00019
353
20 April 2016
Annual
-EX3DV6 E-Field Probe
00213
3600
27 April 2016
Annual
-CLA150 Validation Source
00251
4007
24 Jan 2016
Triennial
-D835V2 Validation Dipole
00217
4D075
23 April 2015
Triennial
-D450V3 Validation Dipole
00221
1068
21 April 2015
Triennial
ELI Phantom
00247
CNR
CNR
HP 85070C Dielectric Probe Kit
00033
none
CNR
CNR
Gigatronics 8652A Power Meter
00110
1835801
29 Feb 2016
Triennial
Gigatronics 80701A Power Sensor
00248
1833687
29 Feb 2016
Triennial
HP 8753ET Network Analyzer
00134
US39170292
22 Oct 2014
Triennial
Rohde & Schwarz SMR20 Signal Generator
00006
100104
8 May 2014
Triennial
Amplifier Research 5S1G4 Power Amplifier
00106
26235
CNR
CNR
CNR = Calibration Not Required
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 47 of 164
Test Report S/N:
Test Report Issue Date:
45461375R2.0
23 March 2017
18.0 FLUID COMPOSITION
835MHz Head
Table 18.0
Tissue Simulating Liquid (TSL) Composition
Component by Percent Weight
Sugar
Salt(1)
HEC(2)
56.63
1.48
0.99
Water
40.71
(1) Non-Iodinized
(2) HydroxyEthyl-Cellulose: Sigma-Aldrich P/N 54290-500g
(3) Dow Chemical Dowicil 75 Antimicrobial Perservative
Bacteriacide(3)
0.19
835MHz Body
Table 18.1
Tissue Simulating Liquid (TSL) Composition
Component by Percent Weight
Sugar
Salt(1)
HEC(2)
45.13
0.98
0.0
Water
53.79
(1) Non-Iodinized
(2) HydroxyEthyl-Cellulose: Sigma-Aldrich P/N 54290-500g
(3) Dow Chemical Dowicil 75 Antimicrobial Perservative
Bacteriacide(3)
0.1
©2017 Celltech Labs Inc. This document is not to be reproduced in whole or in part without the expressed written permission of Celltech Labs Inc.
Page 48 of 164
Download: TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Mirror Download [FCC.gov]TR-0143-E XL-185P, 7/8/900 MHz, PORTABLE LAND MOBILE RADIO RF Exposure Info RF Expsoure SAR with LTE 1 HARRIS CORPORATION
Document ID3335875
Application ID08fS7Y40p5ra+ZfMZh8XZA==
Document DescriptionRF Expsoure SAR with LTE 1
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeRF Exposure Info
Display FormatAdobe Acrobat PDF - pdf
Filesize40.22kB (502789 bits)
Date Submitted2017-03-28 00:00:00
Date Available2017-03-28 00:00:00
Creation Date2017-12-27 18:02:26
Producing SoftwareGPL Ghostscript 9.18
Document Lastmod2017-12-27 18:02:26
Document TitleRF Expsoure SAR with LTE 1
Document CreatorPScript5.dll Version 5.2.2
Document Author: JasmeetG

Source Exif Data [exif.tools]:
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.5
Linearized                      : No
Page Count                      : 1
XMP Toolkit                     : XMP toolkit 2.9.1-13, framework 1.6
About                           : uuid:2254912e-9e02-11f2-0000-02c7314339d4
Producer                        : GPL Ghostscript 9.18
Modify Date                     : 2017:07:11 03:03:59Z
Create Date                     : 2017:07:11 03:03:59Z
Creator Tool                    : UnknownApplication
Document ID                     : uuid:2254912e-9e02-11f2-0000-02c7314339d4
Format                          : application/pdf
Title                           : Untitled