A Test Lab Techno Corp. FCC. RF Test Report. Product Type. : Mobile Hotspot. Applicant. : Netgear Inc.
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1 FCC RF Test Report Product Type Applicant : Mobile Hotspot : Netgear Inc. Address : 350 East Plumeria Drive, San Jose, CA Trade Name Model Number Test Specification : NETGEAR : AC810S-300 : FCC 47 CFR PART 22H FCC 47 CFR PART 24E FCC 47 CFR PART 90S ANSI/TIA-603-D 2010 Application Purpose : Original Receive Date : Jul. 13, 2015 Test Period : Aug. 14 ~ Oct. 06, 2015 Issue Date : Nov. 24, 2015 Issue by A Test Lab Techno Corp. No , Changan Street, Bade City, Taoyuan County 334, Taiwan R.O.C. Tel: / Fax: Taiwan Accreditation Foundation accreditation number: 1330 This report shall not be reproduced except in full, without the written approval of A Test Lab Techno Corp. This document may be altered or revised by A Test Lab Techno Corp. personnel only, and shall be noted in the revision section of the document. The client should not use it to claim product endorsement by TAF, or any government agencies. The test results in the report only apply to the tested sample. 1 of 145
2 Revision History Rev. Issue Date Revisions Revised By 00 Nov. 02, 2015 Initial Issue 01 Nov. 24, 2015 Revised report information. Joyce Liao 2 of 145
3 Verification of Compliance Issued Date: 11/24/2015 Product Type : Mobile Hotspot Applicant : Netgear Inc. Address : 350 East Plumeria Drive, San Jose, CA Trade Name : NETGEAR Model Number : AC810S-300 FCC ID : PY3AC810S EUT Rated Voltage : DC 5V, 1A Test Voltage : 120 Vac / 60 Hz, DC 3.50 / DC 3.80 / DC 4.35 Applicable Standard : FCC 47 CFR PART 22H FCC 47 CFR PART 24E FCC 47 CFR PART 90S ANSI/TIA-603-D 2010 Application Purpose : Original Test Result : Complied Performing Lab. : A Test Lab Techno Corp. No , Changan Street, Bade City, Taoyuan County 334, Taiwan R.O.C. Tel: / Fax: Taiwan Accreditation Foundation accreditation number: The above equipment was tested by A Test Lab Techno Corp. The test data, data evaluation, test procedures, and equipment configurations shown in this report were made in accordance with the procedures given in ANSI/TIA-603-D 2010 and the energy emitted by the sample tested as described in this report is in compliance with the requirements of FCC Rules Part 22H, Part 24E. The test results of this report relate only to the tested sample identified in this report. Approved By : Reviewed By : (Manager) (Fly Lu) (Testing Engineer) (Eric Ou Yang) 3 of 145
4 TABLE OF CONTENTS 1 General Information EUT Description Mode of Operation EUT Exercise Software Configuration of Test System Details Test Site Environment Summary of Test Result RF Output Power Test Limit Test Instruments Test Setup Test Procedure Uncertainty Test Result Effective Radiated Power / Equivalent Isotropic Radiated Power Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result Peak to Average Ratio Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result Test Graphs Emission Bandwidth & Occupied Bandwidth Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result Test Graphs of 145
5 6 Band Edge Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result Test Graphs Conducted Spurious Emission Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result Field Strength of Spurious Radiation Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result Frequency Stability (Temperature & Voltage Variation) Test Limit Test Instruments Setup Test Procedure Uncertainty Test Result of 145
6 1 General Information 1.1. EUT Description Applicant Netgear Inc. Applicant Address 350 East Plumeria Drive, San Jose, CA Manufacturer Netgear Inc. Manufacturer Address 350 East Plumeria Drive, San Jose, CA Product Type Trade Name Model Number Mobile Hotspot NETGEAR AC810S-300 IMEI No Hardware Version DV3.2 Software Version FCC ID Mode WCDMA (RMC12.2K)/ HSDPA/ HSUPA/ CDMA/ 1xRTT/ 1xEV-DO Type of Gain (dbi) Channel Control PY3AC810S Band UL Frequency (MHz) DL Frequency (MHz) Modulation II ~ ~ QPSK V ~ ~ QPSK Band UL Frequency (MHz) DL Frequency (MHz) Modulation 850 (BC 0) ~ ~ QPSK 1900 (BC 1) ~ ~ QPSK Sec. 800 (BC 10) ~ ~ QPSK Internal PIFA type WCDMA/HSDPA/HSUPA Band II : 1.5 dbi WCDMA/HSDPA/HSUPA Band V : 1.0 dbi CDMA/1xRTT/1xEV-DO 850 (BC 0) : 1.0 dbi CDMA/1xRTT/1xEV-DO 1900 (BC 1) : 1.5 dbi CDMA/1xRTT/1xEV-DO Sec. 800 (BC 10) : 1.0 dbi Auto 6 of 145
7 Max. RF Output power WCDMA/HSDPA/HSUPA Band II : dbm / W WCDMA/HSDPA/HSUPA Band V : dbm / W CDMA/1xRTT 850 (BC 0) : dbm / W 1xEV-DO 850 (BC 0) : dbm / W CDMA/1xRTT 1900 (BC 1) : dbm / W 1xEV-DO 1900 (BC 1) : dbm / W CDMA/1xRTT Sec. 800 (BC 10) : dbm / W 1xEV-DO Sec. 800 (BC 10) : dbm / W Max. ERP/EIRP WCDMA/ HSDPA/ HSUPA Band II : dbm / W WCDMA/ HSDPA/ HSUPA Band V : dbm / W CDMA 850 (BC 0) : dbm / W 1xEV-DO 850 (BC 0) : dbm / W CDMA 1900 (BC 1) : dbm / W 1xEV-DO 1900 (BC 1) : dbm / W CDMA Sec. 800 (BC 10) : dbm / W 1xEV-DO Sec. 800 (BC 10) : dbm / W Power adapter List Trade Name NETGEAR Model Number MU05BT A1 Power adapter (1) I/P: VAC, 50/60Hz, 0.15A O/P: 5VDC, 1A Trade Name NETGEAR Model Number AD2038F20 Power adapter (2) I/P: VAC, 50/60Hz, 0.13A O/P: 5.0VDC, 1.0A 7 of 145
8 1.2. Mode of Operation ATL has verified the construction and function in typical operation. All the test modes were carried out with the EUT in normal operation, which was shown in this test report and defined as: Test Mode Mode 1: WCDMA Band II Link Mode Mode 2: WCDMA Band V Link Mode Mode 3.: CDMA 850 (BC 0) Link Mode Mode 4: CDMA 1900 (BC 1) Link Mode Mode 5: CDMA Sec. 800 (BC 10) Link Mode Mode 6: 1xEV-DO 850 (BC 0) Link Mode Mode 7: 1xEV-DO 1900 (BC 1) Link Mode Mode 8: 1xEV-DO Sec. 800 (BC 10) Link Mode Regards to the frequency band operation: the lowest, middle and highest frequency of channel were selected to perform the test, then shown on this report. By preliminary testing and verifying three axis (X, Y and Z) position of EUT transmitted status, it was found that Y axis position was the worst, then the final test was executed the worst condition and test data were recorded in this report. The device used two models of adapter, adpater number: AD2038F20 is worst case to perform testing EUT Exercise Software 1 Setup the EUT and Base Station (CMU200) as shown on Turn on the power of all equipment. 8 of 145
9 1.4. Configuration of Test System Details AC Input AC Adapter EUT 1.5. Test Site Environment Items Required (IEC ) Actual Temperature ( C) Humidity (%RH) Barometric pressure (mbar) of 145
10 1.6. Summary of Test Result Description FCC Rule Limit Result Conducted Output Power N/A < 100 Watts Effective Radiated Power (a)(2) < 7 Watts Pass Equivalent Isotropic Radiated Power Pass (c) < 2 Watts Pass Peak to average ratio (d) < 13 db Pass Emission Bandwidth & Occupied Bandwidth Band Edge Conducted Spurious Emission Field Strength of Spurious Radiation Frequency Stability for Temperature & Voltage (a) (a) (a) (a) (a) (a) (a) (a) N/A Pass < 43+10log 10 (P[Watts]) Pass < log10 (P[Watts]) at Band Edge and for all out-of-band emissions within 37.5Khz of Block Edge Pass < 43+10log 10 (P[Watts]) Pass < log10 (P[Watts]) at Band Edge and for all out-of-band emissions within 37.5Khz of Block Edge Pass < 43+10log 10 (P[Watts]) Pass < 2.5 ppm Pass 10 of 145
11 2 RF Output Power Test 2.1. Limit : N/A : The maximum output power of the transmitter for mobile stations is 100 watts Test Instruments Equipment Manufacturer Model Number Serial Number Cal. Date Remark Universal Radio Communication Tester Single Channel PK Power Sensor R & S CMU /21/2014 Agilent N1911A MY /15/2014 (1) Wideband Power Meter Agilent N1921A MY /15/2014 (1) Test Site ATL TE05 TE05 N.C.R Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (2) 2.3. Test Setup Power Meter Power Sensor Power divider Attenuator Universal Radio Com. Tester EUT 2.4. Test Procedure The measurement is made according to as follows: 1. The transmitter output was connected to power meter and base station through Power Divider. 2. Set base station for EUT at GSM 850: PCL=5 and PCS 1900: PCL=0. 3. Set base station for EUT at WCDMA Band V and WCDMA Band II, power level was set to maximum. 4. Select lowest, middle, and highest channels for each band. 11 of 145
12 2.5. Uncertainty The measurement uncertainty is defined as for RF output power measurement is 1.2 db Test Result Model Number Test Item AC810S-300 RF Output Power Date of Test 08/14/2015 Test Site TE05 Bands Modulation Frequency Burst Average Power Peak Power Sub-Test Type (MHz) (dbm) (W) (dbm) (W) WCDMA QPSK Band II HSDPA QPSK Band II HSUPA QPSK Band II The peak power testing result was used peak detector. 12 of 145
13 Model Number Test Item AC810S-300 RF Output Power Date of Test 08/14/2015 Test Site TE05 Bands Modulation Frequency Burst Average Power Peak Power Sub-Test Type (MHz) (dbm) (W) (dbm) (W) WCDMA QPSK Band V HSDPA QPSK Band V HSUPA QPSK Band V The peak power testing result was used peak detector. 13 of 145
14 Model Number Test Item AC810S-300 RF Output Power Date of Test 08/14/2015 Test Site TE05 Bands Modulation RC/TAP Frequency Burst Average Power Peak Power Type (REV) (MHz) (dbm) (W) (dbm) (W) RC1/SO CDMA (BC 0) QPSK RC3/SO xRTT 850 QPSK RC3/SO32 (BC 0) Rel.0 RTAP xEV-DO QPSK (BC 0) Rel.A RETAP RC1/SO CDMA (BC 1) QPSK RC3/SO xRTT 1900 QPSK RC3/SO32 (BC 1) Rel.0 RTAP xEV-DO QPSK (BC 1) Rel.A RETAP The peak power testing result was used peak detector. 14 of 145
15 Model Number Test Item AC810S-300 RF Output Power Date of Test 08/14/2015 Test Site TE05 Bands Modulation RC/TAP Frequency Burst Average Power Peak Power Type (REV) (MHz) (dbm) (W) (dbm) (W) RC1/SO CDMA Sec (BC 10) QPSK RC3/SO xRTT Sec. 800 QPSK RC3/SO32 (BC 10) Rel.0 RTAP xEV-DO Sec QPSK (BC 10) Rel.A RETAP The peak power testing result was used peak detector. 15 of 145
16 3 Effective Radiated Power / Equivalent Isotropic Radiated Power Test 3.1. Limit For FCC Part (a)(2): The ERP of mobile transmitters and auxiliary test transmitters must not exceed 7 Watts. For FCC Part (c): The EIRP of mobile transmitters and auxiliary test transmitters must not exceed 2 Watts Test Instruments 3 Meter Chamber Equipment Manufacturer Model Number Serial Number Cal. Date Remark RF Pre-selector Agilent N9039A MY /06/2015 Spectrum Analyzer Agilent E4446A MY /06/2015 Pre Amplifier Agilent 8449B 3008A /24/2015 Pre Amplifier Agilent 8447D 2944A /24/2015 Broadband (30MHz~1GHz) Horn (1~18GHz) Horn (18~40GHz) SCHWARZBECK MESS-ELEKTRONIK SCHWARZBECK MESS-ELEKTRONIK SCHWARZBECK MESS-ELEKTRONIK VULB /11/2015 BBHA9120D 9120D /12/2015 BBHA /06/2015 Test Site ATL TE /27/2015 Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (1) (1) (1) (1) (1) (1) (1) (1) 3.3. Setup Below 1 GHz tower EUT 3m 4m Bi-log antenna Spectrum analyzer Turntable 0.8m 1m Reference ground plane 16 of 145
17 Above 1 GHz For Substituted Method Test Set-UP Ground plane d: distance in meters d = 3 meters mast 1-4 meter S.G. 1 m SPA Substituted Half-wave Dipole or Horn Bi-Log or Horn 17 of 145
18 3.4. Test Procedure a. The EUT was set up for the maximum power with LTE link data modulation. The power was measured with Spectrum Analyzer. All measurements were done at 3 channels (low, middle and high operational frequency range). b. Radiation Emission measurement. In the semi-anechoic chamber, EUT placed on the 0.8m height of Turn, rotated the table around 360 degrees to search the maximum radiation power and receiver antenna shall be rotated vertical and horizontal polarization and moved height from 1m to 4m to find the maximum polar radiated power. The Read Value is the spectrum reading the maximum power value. c. The substitution horn antenna is substituted for EUT at the same position and signals generator export the CW signal to the substitution antenna via a TX cable. Rotated the Turn and moved receiving antenna to find the maximum radiation power. Adjust output power level of S.G to get a Value of spectrum reading equal to Read Value of step a. Record the power level of S.G. d. E.I.R.P. = Output power level of S.G - TX cable loss + gain of substitution horn e. E.R.P. = E.I.R.P db 1. For WCDMA and CDMA signals, a peak detector is used with RBW = VBW = 5MHz. 2. For AMPS, GSM, and NADC TDMA signals, a peak detector is used, with RBW = VBW= 1 MHz Uncertainty The measurement uncertainty is defined as for Field Strength of Spurious Radiation measurement is ± db. 18 of 145
19 3.6. Test Result Model Number Test Item AC810S-300 EIRP Date of Test 08/29/2015 Test Site TE01 Bands WCDMA Band II Modulation Type QPSK Frequency (MHz) Ant. Polar. Read (dbm) ion EIRP (dbm) (dbm) (W) Limit H < 2W V < 2W H < 2W V < 2W H < 2W V < 2W Model Number Test Item AC810S-300 ERP Date of Test 08/29/2015 Test Site TE01 Bands WCDMA Band V Modulation Type QPSK Frequency (MHz) Ant. Polar. Read (dbm) ion ERP (dbm) (dbm) (W) Limit H < 7W V < 7W H < 7W V < 7W H < 7W V < 7W 1. ERP/EIRP = Read + ion factor. 2. For WCDMA and CDMA signals, a peak detector is used with RBW = VBW = 5MHz. 3. For AMPS, GSM, and NADC TDMA signals, a peak detector is used, with RBW = VBW= 1 MHz. 19 of 145
20 Model Number Test Item AC810S-300 ERP Date of Test 08/29/2015 Test Site TE01 Bands CDMA 850 (BC 0) 1xEV-DO 850 (BC 0) Modulation Type QPSK QPSK Frequency (MHz) Ant. Polar. Read (dbm) ion ERP (dbm) (dbm) (W) Limit H < 7W V < 7W H < 7W V < 7W H < 7W V < 7W H < 7W V < 7W H < 7W V < 7W H < 7W V < 7W Model Number Test Item AC810S-300 EIRP Date of Test 08/29/2015 Test Site TE01 Bands CDMA 1900 (BC 1) 1xEV-DO 1900 (BC 1) Modulation Type QPSK QPSK Frequency (MHz) Ant. Polar. 1. ERP/EIRP = Read + ion factor. Read (dbm) ion EIRP (dbm) (dbm) (W) Limit H < 2W V < 2W H < 2W V < 2W H < 2W V < 2W H < 2W V < 2W H < 2W V < 2W H < 2W V < 2W 2. For WCDMA and CDMA signals, a peak detector is used with RBW = VBW = 5MHz. 3. For AMPS, GSM, and NADC TDMA signals, a peak detector is used, with RBW = VBW= 1 MHz. 20 of 145
21 Model Number Test Item AC810S-300 ERP Date of Test 10/05/2015 Test Site TE01 Bands CDMA Sec. 800 (BC 10) 1xEV-DO Sec. 800 (BC 10) Modulation Type QPSK QPSK Frequency (MHz) Ant. Polar. 1. ERP/EIRP = Read + ion factor. Read (dbm) ion ERP (dbm) (dbm) (W) Limit H V H V H V H V H V H V For WCDMA and CDMA signals, a peak detector is used with RBW = VBW = 5MHz. 3. For AMPS, GSM, and NADC TDMA signals, a peak detector is used, with RBW = VBW= 1 MHz. 21 of 145
22 4 Peak to Average Ratio Test 4.1. Limit In measuring transmissions in this band using an average power technique, the peak to-average ratio (PAR) of the transmission may not exceed 13 db Test Instruments Equipment Manufacturer Model No. Serial No. Cal. Date Remark Spectrum Analyzer Agilent E4445A MY /14/2015 Wideband Radio Communication Test R & S CMW /05/2014 Attenuator RADIALL R N.C.R Power divider Agilent 87302C 3239A00760 N.C.R Test Site ATL TE05 TE05 N.C.R Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (1) (1) 4.3. Setup Spectrum Analyzer Power divider Attenuator Universal Radio Com. Tester EUT 22 of 145
23 4.4. Test Procedure The measurement is made according to FCC rules part 24: a. Set resolution/measurement bandwidth signal s occupied bandwidth; b. Set the number of counts to a value that stabilizes the measured CCDF curve; c. Record the maximum PAPR level associated with a probability of 0.1% Uncertainty The measurement uncertainty is defined as for Conducted Power measurement is 1.2 db Test Result Model Number AC810S-300 Test Item Peak to Average Ratio Mode Mode 1 Date of Test 10/01/2015 Test Site TE05 Bands Channel Frequency (MHz) Peak to Average Ratio (db) Limit (db) WCDMA Band II < < < 13 Model Number AC810S-300 Test Item Peak to Average Ratio Mode Mode 5 Date of Test 10/01/2015 Test Site TE05 Bands Channel Frequency (MHz) Peak to Average Ratio (db) Limit (db) CDMA 1900 (BC 1) < < < of 145
24 Model Number AC810S-300 Test Item Peak to Average Ratio Mode Mode 8 Date of Test 10/01/2015 Test Site TE05 Bands Channel Frequency (MHz) Peak to Average Ratio (db) Limit (db) 1xEV-DO 1900 (BC 1) < < < of 145
25 4.7. Test Graphs Mode 1: WCDMA Band II Link Mode MHz MHz MHz 25 of 145
26 Mode 4: CDMA 1900 (BC 1) Link Mode MHz MHz MHz 26 of 145
27 Mode 7: 1xEV-DO 1900 (BC 1) Link Mode MHz MHz MHz 27 of 145
28 5 Emission Bandwidth & Occupied Bandwidth Test 5.1. Limit The Occupied Bandwidth Limit: N/A Test Instruments Equipment Manufacturer Model Number Serial Number Cal. Date Remark Universal Radio Communication Tester R & S CMU /21/2014 Spectrum Analyzer Agilent E4445A MY /14/2015 Attenuator RADIALL R N.C.R Power Divider Agilent 87302C 3239A00760 N.C.R Test Site ATL TE05 TE05 N.C.R Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (2) (1) 5.3. Setup Spectrum Analyzer Power divider Attenuator Universal Radio Com. Tester EUT 28 of 145
29 5.4. Test Procedure The measurement is made according to FCC rules part 22, 24 and 90: 1. The EUT was connected to Spectrum Analyzer and Base Station via Power Divider. 2. The occupied bandwidth of middle channel for the highest and lowest RF powers was measured Uncertainty The measurement uncertainty is defined as ± 10Hz 5.6. Test Result Model Number Test Item AC810S-300 Emission Bandwidth & Occupied Bandwidth Date of Test 08/17/2015 Test Site TE05 Bands WCDMA Band II WCDMA Band V Channel Frequency (MHz) -26dB Bandwidth (MHz) 99% Bandwidth (MHz) Note RBW:100KHz, VBW:300KHz RBW:100KHz, VBW:300KHz RBW:100KHz, VBW:300KHz RBW:100KHz, VBW:300KHz RBW:100KHz, VBW:300KHz RBW:100KHz, VBW:300KHz 29 of 145
30 Model Number AC810S-300 Test Item Emission Bandwidth & Occupied Bandwidth Date of Test 08/17/2015 Test Site TE05 Bands Channel Frequency (MHz) -26dB Bandwidth (MHz) 99% Bandwidth (MHz) RBW:30KHz, VBW:100KHz CDMA RBW:30KHz, VBW:100KHz (BC 0) RBW:30KHz, VBW:100KHz RBW:30KHz, VBW:100KHz CDMA RBW:30KHz, VBW:100KHz (BC 1) RBW:30KHz, VBW:100KHz RBW:30KHz, VBW:100KHz CDMA Sec RBW:30KHz, VBW:100KHz (BC 10) RBW:30KHz, VBW:100KHz RBW:30KHz, VBW:100KHz 1xEV-DO RBW:30KHz, VBW:100KHz (BC 0) RBW:30KHz, VBW:100KHz RBW:30KHz, VBW:100KHz 1xEV-DO RBW:30KHz, VBW:100KHz (BC 1) RBW:30KHz, VBW:100KHz 1xEV-DO RBW:30KHz, VBW:100KHz Sec RBW:30KHz, VBW:100KHz (BC 10) RBW:30KHz, VBW:100KHz Note 30 of 145
31 5.7. Test Graphs Mode 1: WCDMA Band II Link Mode MHz MHz MHz 31 of 145
32 Mode 2: WCDMA Band V Link Mode MHz MHz MHz 32 of 145
33 Mode 3.: CDMA 850 (BC 0) Link Mode of 145
34 Mode 4: CDMA 1900 (BC 1) Link Mode of 145
35 Mode 5: CDMA Sec. 800 (BC 10) Link Mode of 145
36 Mode 5: CDMA Sec. 800 (BC 10) Link Mode of 145
37 Mode 6: 1xEV-DO 850 (BC 0) Link Mode of 145
38 Mode 7: 1xEV-DO 1900 (BC 1) Link Mode of 145
39 Mode 8: 1xEV-DO Sec. 800 (BC 10) Link Mode of 145
40 6 Band Edge Test 6.1. Limit The Band Edge Limit: (a), (a) The power of any emission outside of the authorized operating frequency ranges must be attenuated below the transmitting power (P) by a factor of at least log 10 (P) db The power of any emission outside of the authorized operating frequency ranges must be attenuated below the transmitting power (P) by a factor of at least log 10 (P[Watts]) at Band Edge and for all out-of-band emissions within 37.5Khz of Block Edge Test Instruments Equipment Manufacturer Model Number Serial Number Cal. Date Remark Universal Radio Communication Tester R & S CMU /21/2014 Spectrum Analyzer Agilent E4445A MY /14/2015 Attenuator RADIALL R N.C.R Power Divider Agilent 87302C 3239A00760 N.C.R Test Site ATL TE05 TE05 N.C.R Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (2) (1) 6.3. Setup Spectrum Analyzer Power divider Attenuator Universal Radio Com. Tester EUT 40 of 145
41 6.4. Test Procedure The measurement is made according to FCC rules part 22, 24 and 90: 1. The EUT was connected to Spectrum Analyzer and Base Station via Power Divider. 2. The band edge of low and high channels for the highest RF powers within the transmitting frequency band were measured. Setting RBW as roughly BW/ The band edge setting: a. RB=10 khz; VB=30 khz for GSM system. b. RB=51 khz; VB=160 khz for WCDMA system Uncertainty The measurement uncertainty is defined as ± 10Hz 6.6. Test Result Model Number Test Item AC810S-300 Band Edge Date of Test 08/14/2015 Test Site TE05 Bands Channel Frequency (MHz) Bandwidth (dbm) Limit (dbm) Result WCDMA Lower Pass Band II Higher Pass WCDMA Lower Pass Band V Higher Pass 41 of 145
42 6.7. Test Graphs Mode 1: WCDMA Band II Link Mode Lower Band Higher Band 42 of 145
43 Mode 2: WCDMA Band V Link Mode Lower Band Higher Band 43 of 145
44 Mode 3.: CDMA 850 (BC 0) Link Mode Lower Band Higher Band 44 of 145
45 Mode 4: CDMA 1900 (BC 1) Link Mode Lower Band Higher Band 45 of 145
46 Mode 5: CDMA Sec. 800 (BC 10) Link Mode Lower Band Higher Band 46 of 145
47 7 Conducted Spurious Emission Test 7.1. Limit The power of any emission outside of the authorized operating frequency ranges must be attenuated below the transmitting power (P) by a factor of at least log(P) db Test Instruments Equipment Manufacturer Model Number Serial Number Cal. Date Remark Universal Radio Communication Tester R & S CMU /21/2014 Spectrum Analyzer Agilent E4445A MY /14/2015 Attenuator RADIALL R N.C.R Power Divider Agilent 87302C 3239A00760 N.C.R Test Site ATL TE05 TE05 N.C.R Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (2) (1) 7.3. Setup Below 2.8GHz Spectrum Analyzer Power divider Attenuator Universal Radio Com. Tester EUT 47 of 145
48 Above 2.8GHz Spectrum Analyzer Power divider High Pass Filter Universal Radio Com. Tester EUT 7.4. Test Procedure 1. The EUT was connected to Spectrum Analyzer and Base Station via Power Divider. 2. The middle channel for the highest RF power within the transmitting frequency was measured. 3. The conducted spurious emission for the whole frequency range was taken Uncertainty The measurement uncertainty is evaluated as ± 2.24 db Test Result Model Number Test Item AC810S-300 Conducted Emission Test Mode Mode 1 / Mode 2 / Mode 3 / Mode 4 / Mode 5 Date of Test 08/14/2015 ~ 08/17/2015 Test Site TE05 48 of 145
49 File :AC (CH9262) Data :#1 Date: 2015/8/14 Time: Ž 04:02:00 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 49 of 145
50 File :AC (CH9262) Data :#2 Date: 2015/8/14 Time: Ž 04:02:24 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 50 of 145
51 File :AC (CH9262) Data :#3 Date: 2015/8/14 Time: Ž 04:02:48 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 51 of 145
52 File :AC (CH9262) Data :#4 Date: 2015/8/14 Time: Ž 04:17:49 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree Comment 1 * peak Tx peak 52 of 145
53 File :AC (CH9262) Data :#5 Date: 2015/8/14 Time: Ž 04:33:31 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 53 of 145
54 File :AC (CH9262) Data :#6 Date: 2015/8/14 Time: Ž 04:33:50 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 54 of 145
55 File :AC (CH9400) Data :#1 Date: 2015/8/14 Time: Ž 04:06:16 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 55 of 145
56 File :AC (CH9400) Data :#2 Date: 2015/8/14 Time: Ž 04:06:40 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 56 of 145
57 File :AC (CH9400) Data :#3 Date: 2015/8/14 Time: Ž 04:07:04 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 57 of 145
58 File :AC (CH9400) Data :#4 Date: 2015/8/14 Time: Ž 04:19:04 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree Comment 1 * peak Tx peak 58 of 145
59 File :AC (CH9400) Data :#5 Date: 2015/8/14 Time: Ž 04:34:54 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 59 of 145
60 File :AC (CH9400) Data :#6 Date: 2015/8/14 Time: Ž 04:35:14 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 60 of 145
61 File :AC (CH9538) Data :#1 Date: 2015/8/14 Time: Ž 04:08:21 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 61 of 145
62 File :AC (CH9538) Data :#2 Date: 2015/8/14 Time: Ž 04:08:45 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 62 of 145
63 File :AC (CH9538) Data :#3 Date: 2015/8/14 Time: Ž 04:09:09 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 63 of 145
64 File :AC (CH9538) Data :#4 Date: 2015/8/14 Time: Ž 04:20:24 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree Comment 1 * peak Tx peak 64 of 145
65 File :AC (CH9538) Data :#5 Date: 2015/8/14 Time: Ž 04:36:00 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 65 of 145
66 File :AC (CH9538) Data :#6 Date: 2015/8/14 Time: Ž 04:36:20 Limit: FCC Part 24 conducted(9k-26.5g) Mode: WCDMA Band II Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 66 of 145
67 File :AC (CH4132) Data :#1 Date: 2015/8/14 Time: Ž 04:58:22 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 67 of 145
68 File :AC (CH4132) Data :#2 Date: 2015/8/14 Time: Ž 04:58:46 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 68 of 145
69 File :AC (CH4132) Data :#3 Date: 2015/8/14 Time: Ž 04:59:10 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 69 of 145
70 File :AC (CH4132) Data :#4 Date: 2015/8/14 Time: Ž 05:13:47 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 70 of 145
71 File :AC (CH4132) Data :#5 Date: 2015/8/14 Time: Ž 05:14:10 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 71 of 145
72 File :AC (CH4183) Data :#1 Date: 2015/8/14 Time: Ž 05:01:24 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 72 of 145
73 File :AC (CH4183) Data :#2 Date: 2015/8/14 Time: Ž 05:01:48 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 73 of 145
74 File :AC (CH4183) Data :#3 Date: 2015/8/14 Time: Ž 05:02:12 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 74 of 145
75 File :AC (CH4183) Data :#4 Date: 2015/8/14 Time: Ž 05:15:48 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 75 of 145
76 File :AC (CH4183) Data :#5 Date: 2015/8/14 Time: Ž 05:16:11 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 76 of 145
77 File :AC (CH4233) Data :#1 Date: 2015/8/14 Time: Ž 05:05:19 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 77 of 145
78 File :AC (CH4233) Data :#2 Date: 2015/8/14 Time: Ž 05:05:43 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 78 of 145
79 File :AC (CH4233) Data :#3 Date: 2015/8/14 Time: Ž 05:06:07 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 79 of 145
80 File :AC (CH4233) Data :#4 Date: 2015/8/14 Time: Ž 05:16:48 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 80 of 145
81 File :AC (CH4233) Data :#5 Date: 2015/8/14 Time: Ž 05:17:11 Limit: FCC Part 22 conducted(9k-12.75g) Mode: WCDMA Band V Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 81 of 145
82 File :AC (CH1013) Data :#1 Date: 2015/8/17 Time: Ž 03:45:16 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 82 of 145
83 File :AC (CH1013) Data :#2 Date: 2015/8/17 Time: Ž 03:45:40 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 83 of 145
84 File :AC (CH1013) Data :#3 Date: 2015/8/17 Time: Ž 03:46:04 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 84 of 145
85 File :AC (CH1013) Data :#4 Date: 2015/8/17 Time: Ž 05:24:44 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 85 of 145
86 File :AC (CH1013) Data :#5 Date: 2015/8/17 Time: Ž 05:25:07 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 86 of 145
87 File :AC (CH384) Data :#1 Date: 2015/8/17 Time: Ž 04:52:35 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 87 of 145
88 File :AC (CH384) Data :#2 Date: 2015/8/17 Time: Ž 04:52:59 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 88 of 145
89 File :AC (CH384) Data :#3 Date: 2015/8/17 Time: Ž 04:53:23 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 89 of 145
90 File :AC (CH384) Data :#4 Date: 2015/8/17 Time: Ž 05:25:44 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 90 of 145
91 File :AC (CH384) Data :#5 Date: 2015/8/17 Time: Ž 05:26:07 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 91 of 145
92 File :AC (CH777) Data :#1 Date: 2015/8/17 Time: Ž 04:56:48 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 92 of 145
93 File :AC (CH777) Data :#2 Date: 2015/8/17 Time: Ž 04:57:12 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 93 of 145
94 File :AC (CH777) Data :#3 Date: 2015/8/17 Time: Ž 04:57:36 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 94 of 145
95 File :AC (CH777) Data :#4 Date: 2015/8/17 Time: Ž 05:26:48 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 95 of 145
96 File :AC (CH777) Data :#5 Date: 2015/8/17 Time: Ž 05:27:11 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Cellular Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 96 of 145
97 File :AC (CH25) Data :#1 Date: 2015/8/17 Time: Ž 03:15:05 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 97 of 145
98 File :AC (CH25) Data :#2 Date: 2015/8/17 Time: Ž 03:15:29 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 98 of 145
99 File :AC (CH25) Data :#3 Date: 2015/8/17 Time: Ž 03:15:53 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 99 of 145
100 File :AC (CH25) Data :#4 Date: 2015/8/17 Time: Ž 03:23:28 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree Comment 1 * peak Tx peak 100 of 145
101 File :AC (CH25) Data :#5 Date: 2015/8/17 Time: Ž 04:44:29 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 101 of 145
102 File :AC (CH25) Data :#6 Date: 2015/8/17 Time: Ž 04:44:49 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 102 of 145
103 File :AC (CH600) Data :#1 Date: 2015/8/17 Time: Ž 03:16:39 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 103 of 145
104 File :AC (CH600) Data :#2 Date: 2015/8/17 Time: Ž 03:17:03 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 104 of 145
105 File :AC (CH600) Data :#3 Date: 2015/8/17 Time: Ž 03:17:27 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 105 of 145
106 File :AC (CH600) Data :#4 Date: 2015/8/17 Time: Ž 03:24:24 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree Comment 1 * peak Tx peak 106 of 145
107 File :AC (CH600) Data :#5 Date: 2015/8/17 Time: Ž 04:45:34 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 107 of 145
108 File :AC (CH600) Data :#6 Date: 2015/8/17 Time: Ž 04:45:54 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 108 of 145
109 File :AC (CH1175) Data :#1 Date: 2015/8/17 Time: Ž 03:18:35 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 109 of 145
110 File :AC (CH1175) Data :#2 Date: 2015/8/17 Time: Ž 03:18:59 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 110 of 145
111 File :AC (CH1175) Data :#3 Date: 2015/8/17 Time: Ž 03:19:23 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 111 of 145
112 File :AC (CH1175) Data :#4 Date: 2015/8/17 Time: Ž 03:25:27 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree Comment 1 * peak Tx peak 112 of 145
113 File :AC (CH1175) Data :#5 Date: 2015/8/17 Time: Ž 04:46:34 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 113 of 145
114 File :AC (CH1175) Data :#6 Date: 2015/8/17 Time: Ž 04:46:54 Limit: FCC Part 24 conducted(9k-26.5g) Mode: CDMA PCS Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 114 of 145
115 File :AC (CH450) Data :#1 Date: 2015/8/17 Time: Ž 05:12:01 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 115 of 145
116 File :AC (CH450) Data :#2 Date: 2015/8/17 Time: Ž 05:12:25 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 116 of 145
117 File :AC (CH450) Data :#3 Date: 2015/8/17 Time: Ž 05:12:50 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 117 of 145
118 File :AC (CH450) Data :#4 Date: 2015/8/17 Time: Ž 05:31:13 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 118 of 145
119 File :AC (CH450) Data :#5 Date: 2015/8/17 Time: Ž 05:31:36 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 119 of 145
120 File :AC (CH560) Data :#1 Date: 2015/8/17 Time: Ž 05:14:47 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 120 of 145
121 File :AC (CH560) Data :#2 Date: 2015/8/17 Time: Ž 05:15:11 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 121 of 145
122 File :AC (CH560) Data :#3 Date: 2015/8/17 Time: Ž 05:15:36 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 122 of 145
123 File :AC (CH560) Data :#4 Date: 2015/8/17 Time: Ž 05:32:29 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 123 of 145
124 File :AC (CH560) Data :#5 Date: 2015/8/17 Time: Ž 05:32:52 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 124 of 145
125 File :AC (CH670) Data :#1 Date: 2015/8/17 Time: Ž 05:17:45 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: 26 l Humidity: 55 % RBW: 1 KHz VBW: 3 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 125 of 145
126 File :AC (CH670) Data :#2 Date: 2015/8/17 Time: Ž 05:18:09 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: 26 l Humidity: 55 % RBW: 10 KHz VBW: 30 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 126 of 145
127 File :AC (CH670) Data :#3 Date: 2015/8/17 Time: Ž 05:18:33 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 100 KHz VBW: 300 KHz MHz dbm db dbm dbm db Detector cm degree Comment peak 2 * peak Tx 127 of 145
128 File :AC (CH670) Data :#4 Date: 2015/8/17 Time: Ž 05:34:11 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 128 of 145
129 File :AC (CH670) Data :#5 Date: 2015/8/17 Time: Ž 05:34:34 Limit: FCC Part 22 conducted(9k-12.75g) Mode: CDMA Sec 800 Temperature: Humidity: 26 l 55 % RBW: 1000 KHz VBW: 3000 KHz MHz dbm db dbm dbm db Detector cm degree 1 * peak Comment 129 of 145
130 8 Field Strength of Spurious Radiation Test 8.1. Limit The power of any emission outside of the authorized operating frequency ranges must be attenuated below the transmitting power (P) by a factor of at least log(P) db. It is measured by means of a calibrated spectrum analyzer and scanned from 30 MHz up to a frequency including its 10th harmonic Test Instruments 3 Meter Chamber Equipment Manufacturer Model Number Serial Number Cal. Date Remark RF Pre-selector Agilent N9039A MY /06/2015 Spectrum Analyzer Agilent E4446A MY /06/2015 Pre Amplifier Agilent 8449B 3008A /24/2015 Pre Amplifier Agilent 8447D 2944A /24/2015 Broadband (30MHz~1GHz) Horn (1~18GHz) Horn (18~40GHz) SCHWARZBECK MESS-ELEKTRONIK SCHWARZBECK MESS-ELEKTRONIK SCHWARZBECK MESS-ELEKTRONIK VULB /11/2015 BBHA9120D 9120D /12/2015 BBHA /06/2015 Test Site ATL TE /27/2015 Remark: (1) Calibration period 1 year. (2) Calibration period 2 years. N.C.R. = No Calibration Request. (1) (1) (1) (1) (1) (1) (1) (1) 130 of 145
131 8.3. Setup Below 1GHz Above 1GHz 131 of 145
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