EMC Test Report. Client: Continental Automotive Systems, Inc. Tested by: Fendy Liauw, Engineering Technician

Transcription

1 Test Report Number: EMC7 Rev: Page: 1 of 35 EMC Test Report Project Number: Report Number: EMC7 Revision Level: Client: Continental Automotive Systems, Inc. Equipment Under Test: Wireless Modem Module Model: FANW FCC ID: LHJ-FANW IC ID: 287E-FANW FCC Rule Parts: Part 2, Part 22(H), Part 24(E) Industry Canada: RSS-GEN, Issue 4: 214 RSS-132, Issue 3: 213 RSS-133 Issue 6: 213 Report issued on: 31 May 216 Test Result: Compliant Tested by: Fendy Liauw, Engineering Technician Reviewed by: Jeremy Pickens, Senior EMC Engineer Remarks: This report details the results of the testing carried out on one sample, the results contained in this test report do not relate to other samples of the same product. The manufacturer should ensure that all products in series production are in conformity with the product sample detailed in this report. This report may only be reproduced and distributed in full. If the product in this report is used in any configuration other than that detailed in the report, the manufacturer must ensure the new system complies with all relevant standards. Any mention of SGS International Electrical Approvals or Testing done by SGS International Electrical Approvals in connection with distribution or use of the product described in this report must be approved by SGS international Electrical Approvals in writing.

2 Test Report Number: EMC7 Rev: Page: 2 of 35 Table of Contents 1 SUMMARY OF TEST RESULTS MODIFICATIONS REQUIRED TO COMPLIANCE GENERAL INFORMATION CLIENT INFORMATION TEST LABORATORY GENERAL INFORMATION OF EUT OPERATING MODES AND CONDITIONS RF OUTPUT POWER TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA OCCUPIED BANDWIDTH TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA BAND EDGE AND CONDUCTED SPURIOUS EMISSIONS TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA CONDUCTED SPURIOUS EMISSIONS PLOT EFFECTIVE RADIATED POWER TEST SITE TEST EQUIPMENT TEST DATA RADIATED SPURIOUS EMISSIONS TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA FREQUENCY STABILITY TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA PEAK TO AVERAGE RATIO TEST RESULT... 33

3 Test Report Number: EMC7 Rev: Page: 3 of TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA REVISION HISTORY... 35

4 Test Report Number: EMC7 Rev: Page: 4 of 35 1 Summary of Test Results Reference Sections Test Description Test Limit RSS-GEN (6.12) (d) RSS RSS (a) (a) RSS-GEN(6.6) (a) (a) Conducted Output Power N/A Test Condition Test Result Reported Peak-to-Average Ratio <13 db Pass Conducted Occupied Bandwidth N/A Reported Band Edge / Conducted Spurious Emissions < 43 +1log 1 (P [Watts] ) at band edge and for all out of band emissions (a)(2) Effective Radiated Power < 7 Watts max ERP RSS (c) RSS (a) (a) RSS-GEN (6.13) RSS RSS (a) (a) RSS-GEN (6.11) RSS RSS Effective Radiated Power Effective Isotropic Radiated Power Radiated Spurious Emissions < 11.5 Watts max ERP < 2 Watts max EIRP < 43 +1log 1 (P [Watts] ) at band edge and for all out of band emissions Radiated Pass Pass Pass Pass Pass Stability <2.5 ppm Pass 1.1 Modifications Required to Compliance None

5 Test Report Number: EMC7 Rev: Page: 5 of 35 2 General Information 2.1 Client Information Name: Continental Automotive System, Inc.. Address: 2144 West Lake Cook Road City, State, Zip, Country: Deer Park, IL 61, USA 2.2 Test Laboratory Name: SGS North America, Inc. Address: 62 Old Peachtree Road NW, Suite 1 City, State, Zip, Country: Suwanee, GA 324, USA 2.3 General Information of EUT Type of Product: Wireless Modem Module Model Number: FAN FCC ID: LHJ-FAN IC ID: 287E-FAN IMEI Number: Rated Voltage: Vdc, Test Voltage: 12 Vdc MHz (WCDMA Band V) Tx Range: MHz (WCDMA Band II) FCC Classification: PCS Licensed Transmitter PCB Type: Pre Production Sample Received Date: 28 July 215 Dates of testing: 17 Aug - 31 Aug 215 Note: The cellular circuitry and functionality of the FANW module is identical to the previously tested and certified FAN module. Thus, full usage of the previous test data is being applied. 2.4 Operating Modes and Conditions The EUT was exercised by connecting a CMW communications tester to the device. The CMW was used to control signaling and channel during testing.

6 Test Report Number: EMC7 Rev: Page: 6 of 35 3 RF Output Power 3.1 Test Result Test Description Basic Standards Test Result RF Output Power FCC Part RSS-GEN (6.12) Reported 3.2 Test Method A radio link was established between EUT and Radio Communication Tester. The output power of the EUT was set to maximum value by using the maximum power setting on the Radio Communications Tester. The CMW5 was used to measure the output power. The measurements were conducted at the low, middle, and high channel.

7 Test Report Number: EMC7 Rev: Page: 7 of Test Site SGS EMC Laboratory, Suwanee, GA Environmental Conditions Temperature: 22.5 C Relative Humidity: 53 % Atmospheric Pressure: 98.7 kpa 3.4 Test Equipment Equipment Model Manufacturer Asset Number Cal Due Date CMW5 WIDEBAND RADIO COMMUNICATIONS TESTER CMW5 ROHDE & SCHWARZ B Dec-215 MULTIFLEX COAXIAL CABLE 141 HUBER&SUHNER B Aug-216 Unless otherwise noted, equipment is on a 1 year calibration cycle. Based on manufacturer s specifications, the CMW-5 is on a 3 year calibration cycle.

8 Test Report Number: EMC7 Rev: Page: 8 of Test Data Band UpLink Channel UL (MHz) Subtest Measured Power (dbm) Cable Loss (db) Conducted Power (dbm) Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Subtest Band V Max: 24.2dBm (.263W) Band II Max: 23.72dBm (.236W)

9 Test Report Number: EMC7 Rev: Page: 9 of 35 4 Occupied Bandwidth 4.1 Test Result Test Description Basic Standards Test Result Occupied Bandwidth FCC Part FCC Part (a) FCC Part (a) RSS-GEN(6.6) Reported 4.2 Test Method The occupied bandwidth is the frequency bandwidth such that below its lower and above its upper frequency limits, the mean powers are each equal to.5% of the total mean power by a given emission. The span of the analyzer shall be set to capture all products of the modulation process, including the emission skirts. The resolution bandwidth shall be set to as close to 1% of the selected span without being below 1%. The video bandwidth shall be set to 3 times the resolution bandwidth. Video averaging is not permitted. Where practical, a sample detector shall be used since a peak detector may produce a wider than actual bandwidth. A radio link was established between EUT and Radio Communications Tester. The output power of the EUT was set to maximum value by using the maximum power setting on the Radio Communications Tester. The occupied bandwidth was measured using spectrum analyzer s occupied bandwidth measurement. RBW was set to 3 khz on spectrum analyzer. The bandwidth of 99% power can be read on spectrum analyzer. 4.3 Test Site SGS EMC Laboratory, Suwanee, GA Environmental Conditions Temperature: 24.2 C Relative Humidity: 44.2 % Atmospheric Pressure: kpa 4.4 Test Equipment Equipment Model Manufacturer Asset Number Cal Due Date SIGNAL ANALYZER FSV3 ROHDE & SCHWARZ B Aug-215 CMW5 WIDEBAND RADIO COMMUNICATIONS TESTER CMW5 ROHDE & SCHWARZ B Dec-215 POWER SPLITTER ZFRSC-183-S+ MINI-CIRCUITS B Aug-216 COAXIAL CABLE 1134 GORE B Aug-216 Unless otherwise noted, equipment is on a 1 year calibration cycle. Based on manufacturer s specifications, the CMW-5 is on a 3 year calibration cycle.

10 Test Report Number: EMC7 Rev: Page: 1 of Test Data WCDMA Band II CH 94-26dB Occupied Bandwidth Date: 28.AUG :3:34 WCDMA Band II CH 94-99% Bandwidth Date: 28.AUG :3:2

11 Test Report Number: EMC7 Rev: WCDMA Band V CH dB Occupied Bandwidth Page: 11 of 35 Date: 28.AUG :4:58 WCDMA Band V CH % Bandwidth Date: 28.AUG :5:36

12 Test Report Number: EMC7 Rev: Page: 12 of 35 5 Band Edge and Conducted Spurious Emissions 5.1 Test Result Test Description Basic Standards Test Result Conducted spurious emissions (a) Pass and Band Edge (a) 5.2 Test Method The levels of the carrier and the various conducted spurious and harmonics frequencies were measured by means of a calibrated spectrum analyzer. The emissions spectrum emanating from the EUT transmit antenna port were scanned from the lowest frequency generated in the equipment up to a frequency including its 1 th harmonic. On any frequency outside a licensee s frequency block, the power of any emission shall be attenuated below the transmitter power (P) by at least log (P) db. Compliance was based on the use of a spectrum analyzer employing a resolution bandwidth of 1 MHz or greater. In the 1 MHz bands immediately outside and adjacent to the frequency block a resolution bandwidth of a least one percent of the emission bandwidth of the fundamental emission of the transmitter may be employed. The emissions bandwidth is defined as the width of the signal between two points, one below the carrier center frequency and one above the carrier center frequency, outside of which all emissions are attenuated at least 26 db below the transmitter power. 5.3 Test Site SGS EMC Laboratory, Suwanee, GA Environmental Conditions Temperature: 22.9 C Relative Humidity: 49.2 % Atmospheric Pressure: 98.2 kpa 5.4 Test Equipment Equipment Model Manufacturer Asset Number Cal Due Date SIGNAL ANALYZER FSV3 ROHDE & SCHWARZ B Sep-215 CMW5 WIDEBAND RADIO COMMUNICATIONS TESTER CMW5 ROHDE & SCHWARZ B Dec-215 POWER SPLITTER ZFRSC-183-S+ MINI-CIRCUITS B Aug-216 COAXIAL CABLE 1134 GORE B Aug-216 Unless otherwise noted, equipment is on a 1 year calibration cycle. Based on manufacturer s specifications, the CMW-5 is on a 3 year calibration cycle.

13 Test Report Number: EMC7 Rev: Page: 13 of Test Data WCDMA, Band V Lower Band Edge (Channel 4132, MHz) Upper Band Edge (Channel 4233, MHz) Date: 28.AUG :37:11 Date: 28.AUG :41:2 WCDMA, Band II Lower Band Edge (Channel 9262, MHz) Upper Band Edge (Channel 9538, MHz) Date: 28.AUG :44:38 Date: 28.AUG :45:42

14 Amplitude dbm Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 14 of Conducted Spurious Emissions Plot WCDMA Band V Low Channel 3. Conducted Spurious Emissions WCDMA Band 5 - Low Channel (4132) HSPA Max Power - Subtest M 1.M 1.G 1.G 18.G Fr equency WCDMA Band V Mid Channel 3. Conducted Spurious Emissions WCDMA Band 5 - Mid Channel (4132) HSPA Max Power - Subtest M 1.M 1.G 1.G 18.G Fr equency WCDMA Band V High Channel 3. Conducted Spurious Emissions WCDMA Band 5 - High Channel (4233) HSPA Max Power - Subtest M 1.M 1.G 1.G 18.G Fr equency

15 Amplitude dbm Amplitude dbm Amplitude dbm WCDMA Band II Low Channel Test Report Number: EMC7 Rev: Page: 15 of Conducted Spurious Emissions WCDMA Band 2 - Low Channel (9262) HSPA Max Power - Subtest dbm M 1.M 1.G 1.G 18.G Fr equency WCDMA Band II Mid Channel 3. Conducted Spurious Emissions WCDMA Band 2 - Mid Channel (94) HSPA Max Power - Subtest M 1.M 1.G 1.G 18.G Fr equency WCDMA Band II High Channel 3. Conducted Spurious Emissions WCDMA Band 2 - High Channel (9538) HSPA Max Power - Subtest M 1.M 1.G 1.G 18.G Fr equency

16 Test Report Number: EMC7 Rev: Page: 16 of 35 6 Effective Radiated Power Test Result Test Description Basic Standards Test Result Effective Radiated Power FCC Part (a)(2) RSS Pass Effective Isotropic Radiated (c) Power RSS Pass Test Method Because the CASAN device is provided with a coaxial port but no antenna, ERP/EIRP measurements were taken by measuring the conducted output power and defining the maximum gain antenna that may be used while maintaining compliance with the applicable limits. 6.2 Test Site SGS EMC Laboratory, Suwanee, GA 6.3 Test Equipment None 6.4 Test Data Antenna ERP/EIRP ERP/EIRP Result Max Power Gain Cable Loss, Limit, dbm (dbm) Mode Band dbm dbd/dbi db FCC IC FCC IC WCDMA Band 5 / PASS PASS WCDMA Band 5 / PASS PASS WCDMA Band 5 / PASS PASS WCDMA Band 2 / PASS PASS WCDMA Band 2 / PASS PASS WCDMA Band 2 / PASS PASS Note: Antenna gain was determined from maximum gain while still meeting the RF exposure requirements.

17 Test Report Number: EMC7 Rev: Page: 17 of 35 7 Radiated Spurious Emissions 7.1 Test Result Test Description Basic Standards Test Result FCC Part RSS-GEN (6.13) Radiated Spurious Emissions FCC Part (a) RSS FCC Part (a) RSS Pass ANSI/TIA-63-C Test Method The levels of the carrier and the various conducted spurious and harmonics frequencies are measured by means of a calibrated spectrum analyzer. The spectrum is scanned from the lowest frequency generated in the equipment up to a frequency including its 1 th harmonic. On any frequency outside a licensee s frequency block, the power of any emission shall be attenuated below the transmitter power (P) by at least log (P) db. Compliance is based on the use of a spectrum analyzer employing a resolution bandwidth of 1 MHz or greater. In the 1 MHz bands immediately outside and adjacent to the frequency block a resolution bandwidth of a least one percent of the emission bandwidth of the fundamental emission of the transmitter may be employed. The emissions bandwidth is defined as the width of the signal between two points, one below the carrier center frequency and one above the carrier center frequency, outside of which all emissions are attenuated at least 26 db below the transmitter power. The EUT was manipulated through each of its three orthogonal axes with the measurement oriented in both vertical and horizontal polarizations. A radio link was established between EUT and Radio Communications Tester. The output power of the EUT was set to maximum value by using the maximum power setting on the Radio Communications Tester. The measurements were conducted at the low, middle, and high channels in RC3/SO55 which was determined to be the worst case operating mode. 7.3 Test Site SGS 3m Chamber, Suwanee, GA (validated to ANS C63.4: 29 below and above 1GHz) Environmental Conditions Temperature: 24.2 C Relative Humidity: 43.2 % Atmospheric Pressure: 98.1 kpa 7.4 Test Equipment Test End Date: 24-Aug-215 Tester: KS Equipment Model Manufacturer Asset Number Cal Due Date EMI TEST RECEIVER ESU4 ROHDE & SCHWARZ B Aug-216 ANTENNA, BILOG JB6 SUNOL B Sep-215 DRG HORN (MEDIUM) 3117 ETS-LINDGREN B Apr-216 PREAMPLIFIER-ANTENNA SYS TS-PR18 ROHDE & SCHWARZ B Feb FT N TYPE COAX CABLE HS HUBER&SUHNER B Aug-216 RF CABLE SF16 HUBER&SUHNER B Aug-216 RF CABLE - 7MM (1KHZ - 18GHZ) SF16 HUBER&SUHNER B Aug-216 Unless otherwise noted, equipment is on a 1 year calibration cycle.

18 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 18 of Test Data Test Date(s): August 215 Band V, Low Channel (Vertical, 3-1MHz) -1-2 RSE - Vertical WCDMA BC 5 Low Channel (4132) M 1.M 1.G Fr equency Band V, Low Channel (Horizontal, 3-1MHz) RSE - Horizontal W C D MA B C 5 Low Channel (4132) -1 3.M 1.M 1.G Info:: C ontinental / FA N

19 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 19 of 35 Band V, Low Channel (Vertical, 1-18GHz) -1-2 RSE - Vertical WCDMA Band 5 Low Channel (4132) G 1.G 18.G Band V, Low Channel (Horizontal, 1-18GHz) -1-2 RSE - Horizontal WCDMA Band 5 Low Channel (4132) G 1.G 18.G

20 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 2 of 35 Band V, Mid Channel (Vertical, 3-1MHz) -1-2 RSE - Vertical WCDMA BC 5 Mid Channel (4175) M 1.M 1.G Fr equency Band V, Mid Channel (Horizontal, 3-1MHz) RSE - Horizontal W C D MA B C 5 Mid C hannel (4175) -1 3.M 1.M 1.G Info:: C ontinental / FA N

21 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 21 of 35 Band V, Mid Channel (Vertical, 1-18GHz) -1-2 RSE - Vertical WCDMA Band 5 Mid Channel (4175) G 1.G 18.G Band V, Mid Channel (Horizontal, 1-18GHz) -1-2 RSE - Horizontal WCDMA Band 5 Mid Channel (4175) G 1.G 18.G

22 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 22 of 35 Band V, High Channel (Vertical, 3-1MHz) -1-2 RSE - Vertical WCDMA BC 5 High Channel (4233) M 1.M 1.G Fr equency Band V, High Channel (Horizontal, 3-1MHz) RSE - Horizontal W C D MA B C 5 H igh C hannel (4233) -1 3.M 1.M 1.G Info:: C ontinental / FA N

23 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 23 of 35 Band V, High Channel (Vertical, 1-18GHz) -1-2 RSE - Vertical WCDMA Band 5 High Channel (4233) G 1.G 18.G Band V, High Channel (Horizontal, 1-18GHz) -1-2 RSE - Horizontal WCDMA Band 5 High Channel (4233) G 1.G 18.G

24 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 24 of 35 Band II, Low Channel (Vertical, 3-1MHz) -1-2 RSE - Vertical WCDMA BC 2 Low Channel (9262) M 1.M 1.G Fr equency Band II, Low Channel (Horizontal, 3-1MHz) RSE - Horizontal W C D MA B C 2 Low Channel (9262) -1 3.M 1.M 1.G Info:: C ontinental / FA N

25 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 25 of 35 Band II, Low Channel (Vertical, 1-18GHz) -1 RSE - Vertical WCDMA Band 2 Low Channel (9262) dbm -1 1.G 1.G 18.G Band II, Low Channel (Horizontal, 1-18GHz) -1 RSE - Horizontal WCDMA Band 2 Low Channel (9262) dbm -1 1.G 1.G 18.G

26 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 26 of 35 Band II, Mid Channel (Vertical, 3-1MHz) -1-2 RSE - Vertical WCDMA BC 2 Mid Channel (94) M 1.M 1.G Fr equency Band II, Mid Channel (Horizontal, 3-1MHz) RSE - Horizontal W C D MA B C 2 Mid C hannel (94) -1 3.M 1.M 1.G Info:: C ontinental / FA N

27 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 27 of 35 Band II, Mid Channel (Vertical, 1-18GHz) -1-2 RSE - Vertical WCDMA Band 2 Mid Channel (94) dbm -1 1.G 1.G 18.G Band II, Mid Channel (Horizontal, 1-18GHz) -1-2 RSE - Horizontal WCDMA Band 2 Mid Channel (94) dbm -1 1.G 1.G 18.G

28 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 28 of 35 Band II, High Channel (Vertical, 3-1MHz) -1-2 RSE - Vertical WCDMA BC 2 High Channel (9538) M 1.M 1.G Fr equency Band II, High Channel (Horizontal, 3-1MHz) RSE - Horizontal W C D MA B C 2 H igh C hannel (9538) -1 3.M 1.M 1.G Info:: C ontinental / FA N

29 Amplitude dbm Amplitude dbm Test Report Number: EMC7 Rev: Page: 29 of 35 Band II, High Channel (Vertical, 1-18GHz) -1-2 RSE - Vertical WCDMA Band 2 High Channel (9538) G 1.G 18.G Band II, High Channel (Horizontal, 1-18GHz) -1-2 RSE - Horizontal WCDMA Band 2 High Channel (9538) G 1.G 18.G

30 Test Report Number: EMC7 Rev: Page: 3 of 35 8 Stability 8.1 Test Result Test Description Basic Standards Test Result Stability FCC Part FCC Part (a) FCC Part (a) RSS-GEN (6.11) RSS RSS Pass 8.2 Test Method The EUT was placed inside the Environmental Chamber and was left inside chamber to stabilize to set temperature for minimum of thirty minutes before any measurements were made. The EUT was tested at BC channel 283 and BC1 channel Test Site SGS EMC Laboratory, Suwanee, GA 8.4 Test Equipment Equipment Model Manufacturer Asset Number Cal Due Date CMW5 WIDEBAND RADIO COMMUNICATIONS TESTER CMW5 ROHDE & SCHWARZ B Dec-215 ENVIRONMENTAL CHAMBER T2RC TENNEY B94877 CNR HANDHELD MULTIMETER 87V FLUKE B Aug-216 Unless otherwise noted, equipment is on a 1 year calibration cycle. Based on manufacturer s specifications, the CMW-5 is on a 3 year calibration cycle.

31 Deviation (ppm) Test Report Number: EMC7 Rev: Page: 31 of Test Data Test Date: 31 August 215 WCDMA, Band 5, Channel 4175 (835MHz) Voltage Pow er Temp Freq Dev Freq Dev Deviation % V DC C Hz Hz ppm % 1% (Ref) 835,, % ,, % ,, % ,, % ,, % ,, % ,, % ,, % ,, % ,, % ,, % ,, % ,, Stability Temperature ( C)

32 Deviation (ppm) Test Report Number: EMC7 Rev: CDMA Band 2, Channel 94 (188MHz) Voltage Pow er Temp Freq Dev Freq Dev Deviation % V DC C Hz Hz ppm % 1% (Ref) 1,879,999, % ,879,999, % ,879,999, % ,879,999, % 12. 1,879,999, % ,879,999, % ,879,999, % ,879,999, % ,879,999, % ,879,999, % ,879,999, % ,879,999, % ,879,999, Page: 32 of 35 Stability Temperature ( C)

33 Test Report Number: EMC7 Rev: Page: 33 of 35 9 Peak to Average Ratio 9.1 Test Result Test Description Basic Standards Test Result Peak to Average Ratio FCC Part (d) RSS RSS Pass 9.2 Test Method KDB document D1 Power Meas License Digital Systems v2r1 was used to determine peakto-average ratio. For the WCDMA measurement, Clause was used which defined the measurement method using the CCDF function of the spectrum analyzer. 9.3 Test Site SGS EMC Laboratory, Suwanee, GA 9.4 Test Equipment Test Date: 28 Aug 215 Equipment Model Manufacturer Asset Number Cal Due Date CMW5 WIDEBAND RADIO COMMUNICATIONS TESTER CMW5 ROHDE & SCHWARZ B Dec-215 SIGNAL ANALYZER FSV3 ROHDE & SCHWARZ B Aug-215 POWER SPLITTER ZFRSC-183-S+ MINI-CIRCUITS B Aug-216 COAXIAL CABLE 1134 GORE B Aug-216 Unless otherwise noted, equipment is on a 1 year calibration cycle. Based on manufacturer s specifications, the CMW-5 is on a 3 year calibration cycle.

34 Test Report Number: EMC7 Rev: Page: 34 of Test Data Test Date: 28 Aug 215 WCDMA Band II Date: 28.AUG :45:25

35 Test Report Number: EMC7 Rev: Page: 35 of 35 1 Revision History Revision Level Description of changes Revision Date Initial release 31 May