MPE

FCC ID: KMHSYNCG2-L

RF Exposure Info

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FCCID_1435921

WIPR O Apoyin thovaie TNRANG mhotbticabibed Propuct Name Ford SYNC Gen 2 Propuct Mopet Numser KMHSYNCG2—L FCC Th KMHSYNCG2—L ICID 1422A—SYNCG2L Manuracturer Ford Motor Company Test Report Numser MPE (Maximum Permissible Exposure) Test Report Date 2"" Mar 2011 Tesr Report Version L1 Tssuep To David Orris Ford Motor Company Building 5, 20300 Rotunda Dr., Dearbom, MI 48124, United States Phone: 313—505—5627 Tssuep By TARANG Wipro Technologies, SIP2, Survey#70,77,78/8A, Dodda Kanelli, Sarjapur road, Bangalore—560 035. Kamataka. India. Tel: +91—80—30292929 Fax: +9 1—80—30298200 Email: tarang.planet@wipro.com Web: www wipro.com Page i

WIPRO Apptinathoveie Date 23" Feb 2011 FCC ID KMHSYNCG2—L Report Number MPE IC ID 1422A—SYNCG2L REVISION HISTORY S. No Version Date Change History Remarks 1 1.0 16" Dec 2010 Updated version after internal review 2 1.1 2" Mar 2011 MPE Limit lines changed and BT peak conducted output power updated. Tarang Wipro Technologies, SJP2, Survey#70,77,78/8A, Dodda Kanelli, Sarjapur road, Bangalore—560 035. Kamnataka.India. Tel: +91—80—30298772 Fax: 91—80—28440054 E—mail: tarang.planet@wipro.com This report must not be reproduced, except in full, without prior written permission from Tarang lab. Page 2

WIPRO Apptinctiougie Date 23Feb 2011 KMHSYNCG2—L Report Number MPE 1422A—SYNCG2L 1 MAXIMUM PERMISSIBLE EXPOSURE RESULTS 1.1 RESULTS FOR 802.11b BAND Frequency Min.User Gain (dBi) Numeric Conducted Power Limit Result (MHz) Distance Gain Power Density (mW/cem?) (cm) (mW) (mW/cm2) 2412 20 1 1.25892 28.57 0.0071553 1 PASS 2437 20 1 1.25892_| 28.77 0.0072053 1 PASS 2462 20 1 1.25892 25.76 0.0064515 1 PASS 1.2 RESULTS FOR 802.11g BAND Frequency Min.User Gain (dBi) Numeric Conducted Power Limit Result (MHz) Distance Gain Power Density (mW/cem?) (cm) (mW) (mW/cm2) 2412 20 1 1.25892 18.79 0.0047059 1 PASS 2437 20 1 1.25892 19.14 0.0047935 1 PASS 2462 20 1 1.25892 18.36 0.0045982 1 PASS 1.3 RESULTS FOR BLUETOOTH BAND Frequency Min.User Gain (dBi) Numeric Conducted Power Limit Result (MHz) Distance Gain Power Density (mW/cmz) (cm) (mW) (mW/cm2) 2.402 20 1 1.25892 0.810 0.000203 1 PASS 2412 20 1 1.25892 0.822 0.000206 1 PASS 2422 20 1 1.25892 0.834 0.000209 1 PASS 2432 20 1 1.25892 0.838 0.000210 1 PASS 2.442 20 1 1.25892 0.856 0.000214 1 PASS 2.452 20 1 1.25892 0.864 0.000216 1 PASS 2.462 20 1 1.25892 0.869 0.000218 1 PASS 2.472 20 1 1.25892 0.885 0.000222 1 PASS 2.480 20 1 1.25892 0.896 0.000224 1 PASS Pd (mW/en‘) = (30*P*G)/ (377*0442); Gain (numeric) = 104(dBi/10) Pd =Power density P = Peak RF output power G = EUT Antenna Numeric gain d= Separation between radiator and human body Tarang Wipro Technologies, SJP2, Survey#70,77,78/8A, Dodda Kanelli, Sarjapur road, Bangalore—560 035. Kamnataka.India. Tel: +91—80—30298772 Fax: 91—80—28440054 E—mail: tarang.planet@wipro.com This report must not be reproduced, except in full, without prior written permission from Tarang lab. Page 2


Document Created: 2019-09-27 11:20:40
Document Modified: 2019-09-27 11:20:40
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