5237001 Subscriber unit transceiver Test Report RUGRAD_FCC.21650 Siemens Canada

Siemens Canada Subscriber unit transceiver

Alternate Views: Download [PDF]
Hermon Laboratories Ltd.
Harakevet Industrial Zone, Binyamina 30500,
Israel
Tel. +972-4-6288001
Fax. +972-4-6288277
E-mail: mail@hermonlabs.com
Page 1 of 90
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
ELECTRICAL TESTING
0839.01
TEST REPORT
ACCORDING TO: FCC CFR 47 PART 90 subpart Z
FOR:
Ruggedcom Ltd.
Subscriber unit operating in 3.65-3.70 GHz
Model: WIN5137-AC, WIN5137-DC, WIN5237
This report is in conformity with ISO/ IEC 17025. The "A2LA Accredited" symbol endorsement applies only to the tests and
calibrations that are listed in the scope of Hermon Laboratories accreditation. The test results relate only to the items tested.
This test report shall not be reproduced in any form except in full with the written approval of Hermon Laboratories Ltd.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 2 of 90
Table of contents
1 Applicant information .........................................................................................................................................................3
2 Equipment under test attributes ........................................................................................................................................3
3 Manufacturer information ..................................................................................................................................................3
4 Test details ........................................................................................................................................................................3
5 Tests summary ..................................................................................................................................................................4
6 EUT description .................................................................................................................................................................5
6.1 General information ...........................................................................................................................................................5
6.2 EUT modules and sub-assemblies ...................................................................................................................................5
6.3 Ports and lines ...................................................................................................................................................................5
6.4 Support and test equipment ..............................................................................................................................................5
6.5 Changes made in EUT ......................................................................................................................................................5
6.6 Test configuration ..............................................................................................................................................................6
6.7 Transmitter characteristics ................................................................................................................................................8
7 Transmitter tests according to 47CFR part 90 and RSS-197 requirements.....................................................................9
7.1 Maximum output power .....................................................................................................................................................9
7.2 Peak EIRP power density for mobile subscriber unit......................................................................................................12
7.3 Peak EIRP power density for fixed subscriber unit.........................................................................................................23
7.4 Occupied bandwidth test .................................................................................................................................................34
7.5 Emission mask test..........................................................................................................................................................41
7.6 Spurious emissions at RF antenna connector test .........................................................................................................48
7.7 Radiated spurious emission measurements ...................................................................................................................59
7.8 Frequency stability test....................................................................................................................................................76
8 APPENDIX A Test equipment and ancillaries used for tests..........................................................................................78
9 APPENDIX B Measurement uncertainties ......................................................................................................................79
10 APPENDIX C Test laboratory description.......................................................................................................................80
11 APPENDIX D Specification references ...........................................................................................................................80
12 APPENDIX E Test equipment correction factors............................................................................................................81
13 APPENDIX F Abbreviations and acronyms ....................................................................................................................90
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 3 of 90
1 Applicant information
Client name: Ruggedcom Ltd.
Address: 32 Maskit Street, P.O.Box 12412, Herzeliya 46733, Israel
Telephone: +972 9951 9556
Fax: +972 9951 9557
E-mail: DudiMagen@ruggedcom.com
Contact name: Mr. Dudi Magen
2 Equipment under test attributes
Product name: Subscriber unit operating in 3650 – 3700 MHz
Product type: Transciever
Model(s): WIN5137-AC
Serial number: 63544310100
Hardware version: Rev 01
Software release: 4.1.4612.18
Receipt date 2/01/2011
3 Manufacturer information
Manufacturer name: Ruggedcom Ltd.
Address: 32 Maskit Street, P.O.Box 12412, Herzeliya 46733, Israel
Telephone: +972 9951 9556
Fax: +972 9951 9557
E-Mail: DudiMagen@ruggedcom.com
Contact name: Mr. Dudi Magen
4 Test details
Project ID: 21650
Location: Hermon Laboratories Ltd. Harakevet Industrial Zone, Binyamina 30500, Israel
Test started: 2/01/2011
Test completed: 2/07/2011
Test specification(s): FCC 47CFR part 90 subpart Z
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 4 of 90
5 Tests summary
Test Status
Transmitter characteristics
Section 90.205, 90.1321, Maximum output power and peak power spectral density Pass
Section 90.209, Occupied bandwidth Pass
Section 90.210, Emission mask Pass
Section 90.1323, Conducted spurious emissions Pass
Section 90.1323, Radiated spurious emissions Pass
Section 90.213, Frequency stability Pass
Section 2.1091, 90.1335, RF radiation exposure evaluation Pass
Testing was completed against all relevant requirements of the test standard. The results obtained indicate that the product
under test complies in full with the requirements tested.
The test results relate only to the items tested. Pass/ fail decision was based on nominal values.
Name and Title Date Signature
Tested by: Mr. S. Samokha, test engineer February 7, 2011
Reviewed by: Mrs. M. Cherniavsky, certification engineer March 13, 2011
Approved by: Mr. M. Nikishin, EMC and Radio group manager March 23, 2011
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 5 of 90
6 EUT description
6.1 General information
The EUT, WIN5137/WIN5237, is a subscriber unit of WiMAX system, installed at the customer premises. It
comprises an Outdoor Unit (ODU) that includes modem, radio, data processing and management components,
serving as an efficient platform for a wide range of services. It provides a wireless connection to the base station.
Data is fed to the EUT through the RJ-45 port. The EUT is sending the data via wireless connection to the base
station.
The difference between WIN5137 and WIN5237 is the antenna connectors. The WIN5237 has internal (on-
mechanic) antenna, and it is powered by WIN1010 power adapter unit (48 VDC). The WIN5137 has external N-
Type connectors for antennas. The WIN5137 has 2 sub-models, WIN5137-AC and WIN5137-DC.
The WIN5137-AC is powered by WIN1010 power adapter unit (48 VDC), and the WIN5137-DC is powered by car’s
12V battery. The “Mobile subscriber unit” is installed in car (vehicular environment); ”Fixed subscriber unit” is
installed on roofs, towers, etc.
6.2 EUT modules and sub-assemblies
Description Manufacturer Model or P/N Hardware rev. Serial number
Subscriber RuggedWireless Ltd. WIN5137-ACREV 0163544310100
Subscriber RuggedWireless Ltd. WIN5137-DCREV 0153544310040
PoE power supply RuggedWireless Ltd. WIN1010 Rev 1 A30802183371
6.3 Ports and lines
Port type Port description Connected from Connected to Qty. Cable type Cable
length, m
Fixed subscriber unit
Power AC power
WIN 1010 power
adapter AC mains 1 Unshielded 1.5
Signal DC+Ethernet
WIN 1010 power
adapter CPE 1 Shielded 4*
RF Antenna CPE Base station 2 Coax 3
Mobile subscriber unit
Power DC power 12 VDC CPE 1 Unshielded 4
Signal Ethernet CPE Laptop 1 1 Shielded 4*
RF Antenna CPE Base station 2 Coax 3
* may be up to 100 m
6.4 Support and test equipment
Description Manufacturer Model number Serial number
LaptopLENOVOThinkPad R61L3-F7833 07/11
AC/DC adapterLENOVO92P1157S29P1158Z1ZD2H81EA22
LaptopDELLInsirion 1520(01)07898349890825
AC/DC adapterDELLDA90PSFS-00CN-0XD757-48661-751-7JZ9
Base station Ruggedmax WIN7237 43544810005
6.5 Changes made in EUT
To withstand the standard requirements the following changes were implemented in the EUT:
1) the C409 capacitor was removed from power supply PCB;
2) the ceramic capacitor 22uF, P/N C3225X7R1C226M, was installed at power supply PCB.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 6 of 90
6.6 Test configuration
6.6.1 Fixed subscriber unit measurements
Power adaptor
Laptop
EUT
Auxiliary equipment
Laptop
Power adaptor
Base Station
Power adaptor
EUT
Power adaptor
Attenuator
80 dB
Attenuator
60 dB
Directional
coupler
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 7 of 90
6.6.2 Mobile subscriber unit measurements
Power adaptor
Laptop
EUT
Auxiliary equipment
Laptop
Power adaptor
Base Station
Power adaptor
EUT
DC power
supply
Attenuator
80 dB
Attenuator
60 dB
Directional
coupler
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 8 of 90
6.7 Transmitter characteristics
Type of equipment
V Stand-alone (Equipment with or without its own control provisions)
Combined equipment (Equipment where the radio part is fully integrated within another type of equipment)
Plug-in card (Equipment intended for a variety of host systems)
Intended use Condition of use
V fixed Always at a distance more than 2 m from all people
V mobile Always at a distance more than 20 cm from all people
portable May operate at a distance closer than 20 cm to human body
Assigned frequency range 3650 – 3700 MHz
Operating frequency range 3652.5 – 3697.5 MHz
RF channel bandwidth 5 MHz, 7 MHz, 10 MHz
Maximum rated output power At transmitter 50 RF output connector 18 dBm
No
continuous variable
V stepped variable with stepsize 0.5 dB
minimum RF power 10 dBm
Is transmitter output power variable? V Yes
maximum RF power 18 dBm
Antenna connection
V with temporary RF connector
unique coupling
V standard connector Integral without temporary RF connector
Antenna/s technical characteristics
Type Manufacturer Model number Gain
Dual slant subscriber panel MTI Wireless Edge Ltd. MT–385002/ND 18 dBi
Omnidirectional Kenbotong Communication Ltd. TQJ-3700AT6-NJ 6 dBi
Transmitter 99% power bandwidth 5 MHz, 7 MHz, 10 MHz
Type of modulation QPSK, 16QAM, 64QAM
Transmitter aggregate data rate/s 5 MHz BW: QPSK - 4.19 MBps, 16QAM – 12.565 MBps, 64QAM – 18.85 MBps
7 MHz BW: QPSK - 4.19 MBps, 16QAM – 12.565 MBps, 64QAM – 18.85 MBps
10 MHz BW: QPSK - 8.38 MBps, 16QAM – 25.13 MBps, 64QAM – 37.7 MBps
Type of multiplexing OFDM
Maximum transmitter duty cycle in normal use 60%
Transmitter duty cycle supplied for test 60%
Transmitter power source 1
Nominal rated voltage Battery type
V DC Nominal rated voltage 48 V (via DC power supply from the mains)
AC mains
Nominal rated voltage Frequency
Transmitter power source 2
Nominal rated voltage Battery type
V DC Nominal rated voltage 12 VDC from power supply
AC mains
Nominal rated voltage Frequency
Common power source for transmitter and receiver V yes no
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Maximum conducted output power
Test procedure: 47 CFR, Section 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks:
Page 9 of 90
7 Transmitter tests according to 47CFR part 90 requirements
7.1 Maximum output power
7.1.1 General
This test was performed to measure the maximum output power at the transmitter RF antenna connector.
Specification test limits are given in Table 7.1.1.
Table 7.1.1 Maximum output power limits
Maximum peak output power, EIRP Assigned
frequency range,
MHz
Occupied
bandwidth, MHz W dBm
Base and fixed stations
5 5 36.99
7 7 38.45
3650.0 – 3700.0
10 10 40.00
Mobile and portable stations
5 0.2 23.00
7 0.28 24.50
3650.0 – 3700.0
10 0.4 26.00
7.1.2 Test procedure
7.1.2.1 The EUT was set up as shown in Figure 7.1.1, energized and its proper operation was checked.
7.1.2.2 The EUT was adjusted to produce maximum available for end user RF output power.
7.1.2.3 The peak output power was measured with a power meter as provided in Table 7.1.2.
Figure 7.1.1 Transmitter output power test setup
EUT
Attenuator RF power
meter
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Maximum conducted output power
Test procedure: 47 CFR, Section 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks:
Page 10 of 90
Table 7.1.2 Peak EIRP output power test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0 MHz
DETECTOR USED: Average (Power Meter)
MODULATING SIGNAL: PRBS
TRANSMITTER OUTPUT POWER SETTINGS: Maximum (NOTE 1)
ANTENNA ASSEMBLY GAIN: 18 dBi
EBW: 5 MHz
Channel,
MHz Modulation Pmeas,
dBm
Antenna gain,
dBi
EIRP total*,
dBm
Limit**,
dBm
Margin,
dB Verdict
QPSK 15.32 18.0 33.32 36.47 -3.15 Pass
3652.5 64QAM 15.53 18.0 33.53 36.45 -2.92 Pass
QPSK 15.02 18.0 33.02 36.48 -3.46 Pass
3675.0 64QAM 15.05 18.0 33.05 36.49 -3.44 Pass
QPSK 14.52 18.0 32.52 36.49 -3.97 Pass
3697.5 64QAM 14.46 18.0 32.46 36.48 -4.02 Pass
EBW: 7 MHz
Channel,
MHz Modulation Pmeas,
dBm
Antenna gain,
dBi
EIRP total*,
dBm
Limit,
dBm
Margin,
dB Verdict
QPSK 17.02 18.0 35.02 38.13 -3.11 Pass
3653.5 64QAM 16.98 18.0 34.98 38.09 -3.11 Pass
QPSK 16.44 18.0 34.44 38.13 -3.69 Pass
3675.0 64QAM 16.42 18.0 34.42 38.11 -3.69 Pass
QPSK 15.98 18.0 33.98 38.12 -4.14 Pass
3696.5 64QAM 15.83 18.0 33.83 38.11 -4.28 Pass
EBW: 10 MHz
Channel,
MHz Modulation Pmeas,
dBm
Antenna gain,
dBi
EIRP total*,
dBm
Limit,
dBm
Margin,
dB Verdict
QPSK 18.01 18.0 36.01 39.59 -3.58 Pass
3655.0 64QAM 17.95 18.0 35.95 39.59 -3.64 Pass
QPSK 17.52 18.0 35.52 39.59 -4.07 Pass
3675.0 64QAM 17.44 18.0 35.44 39.58 -4.14 Pass
QPSK 17.05 18.0 35.05 39.59 -4.54 Pass
3695.0 64QAM 16.89 18.0 34.89 39.59 -4.70 Pass
NOTE 1:the EUT was configured to produce maximum conducted RF power for maximum declared antenna gain of 18 dBi.
RF output power will vary depending on the antenna assembly gain to ensure that the total EIRP power and power limits
comply with EIRP limits. The maximum power is limited by software, the user cannot change the value above the limit. For
actual settings of power levels with respect to actual antenna assembly used, please refer to the User’s Manual.
* - EIRP total, dBm = Pmeas*, dBm + Antenna Gain, dBi
** - EIRP limit corresponds to the actual emission bandwidth

Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Maximum conducted output power
Test procedure: 47 CFR, Section 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks:
Page 11 of 90
Table 7.1.3 Peak EIRP output power test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0 MHz
DETECTOR USED: Average (Power Meter)
MODULATING SIGNAL: PRBS
TRANSMITTER OUTPUT POWER SETTINGS: Maximum
ANTENNA ASSEMBLY GAIN: 6 dBi
EBW: 5 MHz
Channel,
MHz Modulation Pmeas,
dBm
Antenna gain,
dBi
EIRP total*,
dBm
Limit**,
dBm
Margin,
dB Verdict
QPSK 13.57 6.0 19.57 22.50 -2.93 Pass
3652.5 64QAM 13.52 6.0 19.52 22.47 -2.95 Pass
QPSK 12.93 6.0 18.93 22.50 -3.57 Pass
3675.0 64QAM 12.94 6.0 18.94 22.51 -3.57 Pass
QPSK 12.39 6.0 18.39 22.51 -4.12 Pass
3697.5 64QAM 12.32 6.0 18.32 22.50 -4.18 Pass
EBW: 7 MHz
Channel,
MHz Modulation Pmeas,
dBm
Antenna gain,
dBi
EIRP total*,
dBm
Limit,
dBm
Margin,
dB Verdict
QPSK 15.97 6.0 21.97 24.15 -2.18 Pass
3653.5 64QAM 15.92 6.0 21.92 24.11 -2.19 Pass
QPSK 15.43 6.0 21.43 24.15 -2.72 Pass
3675.0 64QAM 15.36 6.0 21.36 24.13 -2.77 Pass
QPSK 14.92 6.0 20.92 24.14 -3.22 Pass
3696.5 64QAM 14.86 6.0 20.86 24.13 -3.27 Pass
EBW: 10 MHz
Channel,
MHz Modulation Pmeas,
dBm
Antenna gain,
dBi
EIRP total*,
dBm
Limit,
dBm
Margin,
dB Verdict
QPSK 16.08 6.0 22.08 25.61 -3.53 Pass
3655.0 64QAM 16.01 6.0 22.01 25.61 -3.60 Pass
QPSK 15.58 6.0 21.58 25.61 -4.03 Pass
3675.0 64QAM 15.47 6.0 21.47 25.60 -4.13 Pass
QPSK 15.08 6.0 21.08 25.61 -4.53 Pass
3695.0 64QAM 15.00 6.0 21.00 25.61 -4.61 Pass
* - EIRP total, dBm = Pmeas*, dBm + Antenna Gain, dBi
** - EIRP limit corresponds to the actual emission bandwidth
Reference numbers of test equipment used
HL 3301 HL 3302 HL 3768
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 12 of 90
7.2 Peak EIRP power density for mobile subscriber unit
7.2.1 General
This test was performed to measure the peak EIRP density at the transmitter RF antenna connector. Specification
test limits are given in Table 7.2.1.
Table 7.2.1 Peak power density limits
Maximum peak power spectral density, EIRP Assigned
frequency range,
MHz
Occupied
bandwidth, MHz W/MHz dBm/MHz
Base and fixed stations
5
7
3650.0 – 3700.0
10
1 30
Mobile and portable stations
5
7
3650.0 – 3700.0
10
0.04 16
7.2.2 Test procedure
7.2.2.1 The EUT was set up as shown in Figure 7.2.1, energized and its proper operation was checked.
7.2.2.2 The EUT was adjusted to produce maximum available for end user RF output power.
7.2.2.3 The peak output power density was measured with spectrum analyzer as provided in Table 7.2.2 and the
associated plots.
Figure 7.2.1 Peak power density test setup
EUT
Spectrum
analyzer
Attenuator Coupler
Trigger
output
Gate
input
Power meter
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 13 of 90
Table 7.2.2 Peak EIRP power density test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0 MHz
DETECTOR USED: Average (RMS)
RESOLUTION BANDWIDTH: 1000 kHz
VIDEO BANDWIDTH: 3000 kHz
MODULATING SIGNAL: PRBS
TRANSMITTER OUTPUT POWER SETTINGS: Maximum
ANTENNA ASSEMBLY GAIN: 6 dBi
EBW: 5 MHz
Channel,
MHz Modulation Pmeas ,
dBm/MHz
Antenna
gain, dBi
EIRP power density*,
dBm/MHz
Limit,
dBm/MHz
Margin,
dB Verdict
3652.5 QPSK 9.27 6.0 15.27 16.0 -0.73 Pass
3652.5 64QAM 9.27 6.0 15.27 16.0 -0.73 Pass
3675.0 QPSK 8.43 6.0 14.43 16.0 -1.57 Pass
3675.0 64QAM 8.57 6.0 14.57 16.0 -1.43 Pass
3697.5 QPSK 8.13 6.0 14.13 16.0 -1.87 Pass
3697.5 64QAM 8.34 6.0 14.34 16.0 -1.66 Pass
EBW: 7 MHz
Channel,
MHz Modulation Pmeas ,
dBm/MHz
Antenna
gain, dBi
EIRP power density *,
dBm/MHz
Limit,
dBm/MHz
Margin,
dB Verdict
3653.5 QPSK 9.81 6.0 15.81 16.0 -0.19 Pass
3653.5 64QAM 9.62 6.0 15.62 16.0 -0.38 Pass
3675.0 QPSK 9.32 6.0 15.32 16.0 -0.68 Pass
3675.0 64QAM 9.35 6.0 15.35 16.0 -0.65 Pass
3696.5 QPSK 8.95 6.0 14.95 16.0 -1.05 Pass
3696.5 64QAM 8.80 6.0 14.80 16.0 -1.20 Pass
EBW: 10 MHz
Channel,
MHz Modulation Pmeas ,
dBm/MHz
Antenna
gain, dBi
EIRP power density *,
dBm/MHz
Limit,
dBm/MHz
Margin,
dB Verdict
3655.0 QPSK 8.45 6.0 14.45 16.0 -1.55 Pass
3655.0 64QAM 8.85 6.0 14.85 16.0 -1.15 Pass
3675.0 QPSK 8.03 6.0 14.03 16.0 -1.97 Pass
3675.0 64QAM 7.82 6.0 13.82 16.0 -2.18 Pass
3695.0 QPSK 7.50 6.0 13.50 16.0 -2.50 Pass
3695.0 64QAM 7.54 6.0 13.54 16.0 -2.46 Pass
*- EIRP power density, dBm/MHz = Pmeas*, dBm/MHz + Antenna Gain, dBi
Reference numbers of test equipment used
HL 2013 HL 2952 HL 3768 HL 3818
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 14 of 90
Plot 7.2.1 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3652.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: QPSK
Plot 7.2.2 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3652.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 15 of 90
Plot 7.2.3 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: QPSK
Plot 7.2.4 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 16 of 90
Plot 7.2.5 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3697.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: QPSK
Plot 7.2.6 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3697.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 17 of 90
Plot 7.2.7 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3653.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: QPSK
Plot 7.2.8 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3653.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 18 of 90
Plot 7.2.9 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: QPSK
Plot 7.2.10 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 19 of 90
Plot 7.2.11 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3696.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: QPSK
Plot 7.2.12 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3696.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 20 of 90
Plot 7.2.13 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3655 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: QPSK
Plot 7.2.14 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3655 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 21 of 90
Plot 7.2.15 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: QPSK
Plot 7.2.16 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 12 VDC
Remarks: With 6 dBi gain antenna
Page 22 of 90
Plot 7.2.17 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3695 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: QPSK
Plot 7.2.18 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3695 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 23 of 90
7.3 Peak EIRP power density for fixed subscriber unit
7.3.1 General
This test was performed to measure the peak EIRP density at the transmitter RF antenna connector. Specification
test limits are given in Table 7.3.1.
Table 7.3.1 Peak power density limits
Maximum peak power spectral density, EIRP Assigned
frequency range,
MHz
Occupied
bandwidth, MHz W/MHz dBm/MHz
Base and fixed stations
5
7
3650.0 – 3700.0
10
1 30
Mobile and portable stations
5
7
3650.0 – 3700.0
10
0.04 16
7.3.2 Test procedure
7.3.2.1 The EUT was set up as shown in Figure 7.3.1, energized and its proper operation was checked.
7.3.2.2 The EUT was adjusted to produce maximum available for end user RF output power.
7.3.2.3 The peak output power density was measured with spectrum analyzer as provided in Table 7.3.2 and the
associated plots.
Figure 7.3.1 Peak power density test setup
EUT
Spectrum
analyzer
Attenuator Coupler
Trigger
output
Gate
input
Power meter
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 24 of 90
Table 7.3.2 Peak EIRP power density test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0 MHz
DETECTOR USED: Average (RMS)
RESOLUTION BANDWIDTH: 1000 kHz
VIDEO BANDWIDTH: 3000 kHz
MODULATING SIGNAL: PRBS
TRANSMITTER OUTPUT POWER SETTINGS: Maximum
ANTENNA ASSEMBLY GAIN: 18 dBi
EBW: 5 MHz
Channel,
MHz Modulation Pmeas ,
dBm/MHz
Antenna
gain, dBi
EIRP power density*,
dBm/MHz
Limit,
dBm/MHz
Margin,
dB Verdict
3652.5 QPSK 11.23 18.0 29.23 30.00 -0.77 Pass
3652.5 64QAM 11.39 18.0 29.39 30.00 -0.61 Pass
3675.0 QPSK 10.70 18.0 28.70 30.00 -1.30 Pass
3675.0 64QAM 10.60 18.0 28.60 30.00 -1.40 Pass
3697.5 QPSK 10.09 18.0 28.09 30.00 -1.91 Pass
3697.5 64QAM 10.05 18.0 28.05 30.00 -1.95 Pass
EBW: 7 MHz
Channel,
MHz Modulation Pmeas ,
dBm/MHz
Antenna
gain, dBi
EIRP power density *,
dBm/MHz
Limit,
dBm/MHz
Margin,
dB Verdict
3653.5 QPSK 11.20 18.0 29.20 30.00 -0.80 Pass
3653.5 64QAM 11.58 18.0 29.58 30.00 -0.42 Pass
3675.0 QPSK 10.31 18.0 28.31 30.00 -1.69 Pass
3675.0 64QAM 10.52 18.0 28.52 30.00 -1.48 Pass
3696.5 QPSK 9.79 18.0 27.79 30.00 -2.21 Pass
3696.5 64QAM 10.08 18.0 28.08 30.00 -1.92 Pass
EBW: 10 MHz
Channel,
MHz Modulation Pmeas ,
dBm/MHz
Antenna
gain, dBi
EIRP power density *,
dBm/MHz
Limit,
dBm/MHz
Margin,
dB Verdict
3655.0 QPSK 10.55 18.0 28.55 30.00 -1.45 Pass
3655.0 64QAM 10.60 18.0 28.60 30.00 -1.40 Pass
3675.0 QPSK 9.86 18.0 27.86 30.00 -2.14 Pass
3675.0 64QAM 10.33 18.0 28.33 30.00 -1.67 Pass
3695.0 QPSK 9.56 18.0 27.56 30.00 -2.44 Pass
3695.0 64QAM 9.61 18.0 27.61 30.00 -2.39 Pass
*- EIRP power density, dBm/MHz = Pmeas*, dBm/MHz + Antenna Gain, dBi
Reference numbers of test equipment used
HL 2013 HL 2952 HL 3768 HL 3818
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 25 of 90
Plot 7.3.1 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3652.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: QPSK
Plot 7.3.2 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3652.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 26 of 90
Plot 7.3.3 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: QPSK
Plot 7.3.4 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 27 of 90
Plot 7.3.5 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3697.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: QPSK
Plot 7.3.6 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3697.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 28 of 90
Plot 7.3.7 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3653.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: QPSK
Plot 7.3.8 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3653.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 29 of 90
Plot 7.3.9 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: QPSK
Plot 7.3.10 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 30 of 90
Plot 7.3.11 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3696.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: QPSK
Plot 7.3.12 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3696.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 31 of 90
Plot 7.3.13 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3655 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: QPSK
Plot 7.3.14 Peak output power density test results at low frequency
CARRIER FREQUENCY: 3655 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 32 of 90
Plot 7.3.15 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: QPSK
Plot 7.3.16 Peak output power density test results at mid frequency
CARRIER FREQUENCY: 3675 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1321, Peak EIRP power density
Test procedure: 47 CFR, Sections 2.1046; TIA/EIA-603-C, Section 2.2.1
Test mode: Compliance
Date: 2/1/2011 Verdict: PASS
Temperature: 23.2 ºC Air Pressure: 1013 hPa Relative Humidity: 41 % Power Supply: 48VDC
Remarks: With 18 dBi gain antenna
Page 33 of 90
Plot 7.3.17 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3695 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: QPSK
Plot 7.3.18 Peak output power density test results at high frequency
CARRIER FREQUENCY: 3695 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 34 of 90
7.4 Occupied bandwidth test
7.4.1 General
This test was performed to measure transmitter occupied bandwidth. Specification test limits are given in Table
7.4.1.
Table 7.4.1 Occupied bandwidth limits
Assigned frequency,
MHz
Modulation envelope reference points*,
dBc
Maximum allowed bandwidth,
MHz
3650.0 – 3700.0 99% power NA
* - Modulation envelope reference points are provided in terms of attenuation below the total average power.
7.4.2 Test procedure
7.4.2.1 The EUT was set up as shown in Figure 7.4.1, energized and its proper operation was checked.
7.4.2.2 The EUT was set to transmit the normally modulated carrier.
7.4.2.3 The transmitter occupied bandwidth was measured with spectrum analyzer as a frequency delta between the
reference points on modulation envelope and provided in Table 7.4.2 and the associated plots.
Figure 7.4.1 Occupied bandwidth test setup
EUT
Spectrum
analyzer
Attenuator Coupler
Trigger
output
Gate
input
Power meter
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 35 of 90
Table 7.4.2 Occupied bandwidth test results
DETECTOR USED: Average
RESOLUTION BANDWIDTH: 0.5-2% of the Emission bandwidth
VIDEO BANDWIDTH: 10 times RBW
MODULATING SIGNAL: PRBS
Carrier
frequency, MHz
Measured with antenna
assembly gain Modulation 99% Occupied bandwidth,
MHz
Emission bandwidth,
MHz
18.0 QPSK 4.4406 5.0
3652.5 18.0 64QAM 4.4170 5.0
18.0 QPSK 4.4420 5.0
3675.0 18.0 64QAM 4.4569 5.0
18.0 QPSK 4.4532 5.0
3697.5 18.0 64QAM 4.4491 5.0
18.0 QPSK 6.4999 7.0
3653.5 18.0 64QAM 6.4446 7.0
18.0 QPSK 6.5064 7.0
3675.0 18.0 64QAM 6.4690 7.0
18.0 QPSK 6.4918 7.0
3696.5 18.0 64QAM 6.4646 7.0
18.0 QPSK 9.1044 10.0
3655.0 18.0 64QAM 9.1027 10.0
18.0 QPSK 9.1045 10.0
3675.0 18.0 64QAM 9.0797 10.0
18.0 QPSK 9.1013 10.0
3695.0 18.0 64QAM 9.0993 10.0
Reference numbers of test equipment used
HL 2013 HL 2952 HL 3768 HL 3818
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 36 of 90
Plot 7.4.1 The 99% occupied bandwidth test results at low frequency
CARRIER FREQUENCY: 3652.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION
QPSK 64QAM
Plot 7.4.2 The 99% occupied bandwidth test results at mid frequency
CARRIER FREQUENCY: 3675.0 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION
QPSK 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 37 of 90
Plot 7.4.3 The 99% occupied bandwidth test results at high frequency
CARRIER FREQUENCY: 3697.5 MHz
EMISSION BANDWIDTH: 5 MHz
MODULATION
QPSK 64QAM
Plot 7.4.4 The 99% occupied bandwidth test results at low frequency
CARRIER FREQUENCY: 3653.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION
QPSK 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 38 of 90
Plot 7.4.5 The 99% occupied bandwidth test results at mid frequency
CARRIER FREQUENCY: 3675.0 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION
QPSK 64QAM
Plot 7.4.6 The 99% occupied bandwidth test results at high frequency
CARRIER FREQUENCY: 3696.5 MHz
EMISSION BANDWIDTH: 7 MHz
MODULATION
QPSK 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 39 of 90
Plot 7.4.7 The 99% occupied bandwidth test results at low frequency
CARRIER FREQUENCY: 3655.0 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION
QPSK 64QAM
Plot 7.4.8 The 99% occupied bandwidth test results at mid frequency
CARRIER FREQUENCY: 3675.0 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION
QPSK 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.209, Occupied bandwidth
Test procedure: 47 CFR, Section 2.1049
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 40 of 90
Plot 7.4.9 The 99% occupied bandwidth test results at high frequency
CARRIER FREQUENCY: 3695.0 MHz
EMISSION BANDWIDTH: 10 MHz
MODULATION
QPSK 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 41 of 90
7.5 Emission mask test
7.5.1 General
This test was performed to measure emission mask at RF antenna connector. Specification test limits are given in
Table 7.5.1.
Table 7.5.1 Emission mask limits
Frequency displacement from carrier Attenuation below carrier, dBc
Emission mask B (Emission bandwidth 5 MHz)
0 – 2.5 MHz 0
2.5 – 5.0 MHz 25
5.0 – 12.5 MHz 35
More than* 12.5 MHz 43 + 10 log(P)
Emission mask B (Emission bandwidth 7 MHz)
0 – 3.5 MHz 0
3.5 – 7.0 MHz 25
7.0 – 17.5 MHz 35
More than* 17.5 MHz 43 + 10 log(P)
Emission mask B (Emission bandwidth 10 MHz)
0 – 5 MHz 0
5 – 10.0 MHz 25
10.0 – 25.0 MHz 35
More than* 25.0 MHz 43 + 10 log(P)
* - emission mask includes carrier modulation envelope within ± 250 % of the authorized bandwidth; the frequency
range removed beyond ± 250 % of the authorized bandwidth from carrier was investigated as spurious emission
7.5.2 Test procedure
7.5.2.1 The EUT was set up as shown in Figure 7.5.1, energized and its proper operation was checked.
7.5.2.2 The emission mask was measured with spectrum analyzer as provided in the associated plots. The test results
recorded in Table 7.5.2.
Figure 7.5.1 Emission mask test setup
EUT
Spectrum
analyzer
Attenuator Coupler
Trigger
output
Gate
input
Power meter
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 42 of 90
Table 7.5.2 Emission mask test results
Carrier
frequency,
MHz
RBW, kHz
(NOTE) Limit Reference to Plot Verdict
Channel bandwidth 5 MHz
3652.5 100 Plot 7.5.1
3675.0 100 Plot 7.5.2
3697.5 100
Emission mask B
Plot 7.5.3
Pass
Channel bandwidth 7 MHz
3655.0 100 Plot 7.5.4
3675.0 100 Plot 7.5.5
3695.0 100
Emission mask B
Plot 7.5.6
Pass
Channel bandwidth 10 MHz
3660.0 100 Plot 7.5.7
3675.0 100 Plot 7.5.8
3690.0 100
Emission mask B
Plot 7.5.9
Pass
NOTE: Attenuation below carrier provided in terms of attenuation below total average power within occupied bandwidth.
Measurement was performed with RBW set to 100 kHz and the limit mask was reduced by 10 dB to compensate the
lower RBW [10*log(1 MHz/ 100 kHz] = 10 dB.
Reference numbers of test equipment used
HL 2013 HL 2952 HL 3768 HL 3818
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 43 of 90
Plot 7.5.1 Emission mask test results at low carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 5MHz
TRANSMITTER OUTPUT POWER: 15.32dBm TRANSMITTER OUTPUT POWER: 15.53dBm
MODULATION: QPSK MODULATION: 64QAM
Plot 7.5.2 Emission mask test results at mid carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 5MHz
TRANSMITTER OUTPUT POWER: 15.02dBm TRANSMITTER OUTPUT POWER: 15.05dBm
MODULATION: QPSK MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 44 of 90
Plot 7.5.3 Emission mask test results at high carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 5MHz
TRANSMITTER OUTPUT POWER: 14.52dBm TRANSMITTER OUTPUT POWER: 14.46dBm
MODULATION: QPSK MODULATION: 64QAM
Plot 7.5.4 Emission mask test results at low carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 7MHz
TRANSMITTER OUTPUT POWER: 17.02dBm TRANSMITTER OUTPUT POWER: 16.98dBm
MODULATION: QPSK MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 45 of 90
Plot 7.5.5 Emission mask test results at mid carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 7MHz
TRANSMITTER OUTPUT POWER: 16.44dBm TRANSMITTER OUTPUT POWER: 16.42dBm
MODULATION: QPSK MODULATION: 64QAM
Plot 7.5.6 Emission mask test results at high carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 7MHz
TRANSMITTER OUTPUT POWER: 15.98dBm TRANSMITTER OUTPUT POWER: 15.83dBm
MODULATION: QPSK MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 46 of 90
Plot 7.5.7 Emission mask test results at low carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 10MHz
TRANSMITTER OUTPUT POWER: 18.01dBm TRANSMITTER OUTPUT POWER: 17.95dBm
MODULATION: QPSK MODULATION: 64QAM
Plot 7.5.8 Emission mask test results at mid carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 10MHz
TRANSMITTER OUTPUT POWER: 17.52dBm TRANSMITTER OUTPUT POWER: 17.40dBm
MODULATION: QPSK MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.210(b), Emission mask
Test procedure: 47 CFR, Sections 2.1051, 2.1047, 90.210; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 47 of 90
Plot 7.5.9 Emission mask test results at high carrier frequency
ASSIGNED FREQUENCY RANGE: 3650 – 3700 MHz
DETECTOR USED: Average (RMS)
MODULATING SIGNAL: PRBS
CHANNEL BANDWIDTH: 10MHz
TRANSMITTER OUTPUT POWER: 17.05dBm TRANSMITTER OUTPUT POWER: 16.89dBm
MODULATION: QPSK MODULATION: 64QAM
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 48 of 90
7.6 Spurious emissions at RF antenna connector test
7.6.1 General
This test was performed to measure spurious emissions at RF antenna connector. Specification test limits are given
in Table 7.6.1.
Table 7.6.1 Spurious emission limits
Frequency, MHz Attenuation below carrier, dBc ERP of spurious, dBm
0.009 – 10th harmonic* 43+10logP** (mask B) -13.0
* - spurious emission limits do not apply to the in band emission within ± 250 % of the authorized bandwidth from
the carrier; investigated in course of emission mask testing
** - P is transmitter output power in Watts
7.6.2 Test procedure
7.6.2.1 The EUT was set up as shown in Figure 7.6.1, energized and its proper operation was checked.
7.6.2.2 The EUT was adjusted to produce maximum available for end user RF output power.
7.6.2.3 The spurious emission was measured with spectrum analyzer as provided in Table 7.6.2 and associated plots.
Figure 7.6.1 Spurious emission test setup for single antenna mode
EUT
Attenuator Spectrum
analyzer
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 49 of 90
Table 7.6.2 Spurious emission test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0 MHz
INVESTIGATED FREQUENCY RANGE: 0.009 – 37000 MHz
DETECTOR USED: Peak
VIDEO BANDWIDTH: Resolution bandwidth
MODULATION: QPSK
MODULATING SIGNAL: PRBS
EMISSION BANDWIDTH: 10 MHz
TRANSMITTER OUTPUT POWER: 18.01 dBm at low frequency
17.52 dBm at mid frequency
17.05 dBm at high frequency
Frequency,
MHz
SA reading,
dBm
Attenuator,
dB
Cable loss,
dB RBW, kHz Spurious
emission, dBm
Limit,
dBm
Margin,
dB* Verdict
Low carrier frequency
No spurious emissions were found Pass
Mid carrier frequency
No spurious emissions were found Pass
High carrier frequency
No spurious emissions were found Pass
*- Margin = Spurious emission – specification limit.
Reference numbers of test equipment used
HL 2013 HL 2952 HL 3301 HL 3302 HL 3768 HL 3818
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 50 of 90
Plot 7.6.1 Spurious emission measurements in 9 - 150 kHz range at low carrier frequency
Plot 7.6.2 Spurious emission measurements in 9 - 150 kHz range at mid carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 51 of 90
Plot 7.6.3 Spurious emission measurements in 9 - 150 kHz range at high carrier frequency
Plot 7.6.4 Spurious emission measurements in 0.150 - 30.0 MHz range at low carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 52 of 90
Plot 7.6.5 Spurious emission measurements in 0.150 - 30.0 MHz range at mid carrier frequency
Plot 7.6.6 Spurious emission measurements in 0.150 - 30.0 MHz range at high carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 53 of 90
Plot 7.6.7 Spurious emission measurements in 30.0 - 1000 MHz range at low carrier frequency
Plot 7.6.8 Spurious emission measurements in 30.0 - 1000 MHz range at mid carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 54 of 90
Plot 7.6.9 Spurious emission measurements in 30.0 - 1000 MHz range at high carrier frequency
Plot 7.6.10 Spurious emission measurements in 1000 - 10000 MHz range at low carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 55 of 90
Plot 7.6.11 Spurious emission measurements in 1000 - 10000 MHz at mid carrier frequency
Plot 7.6.12 Spurious emission measurements in 1000 - 10000 MHz at high carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 56 of 90
Plot 7.6.13 Spurious emission measurements in 10000 - 18000 MHz range at low carrier frequency
Plot 7.6.14 Spurious emission measurements in 10000 - 18000 MHz at mid carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 57 of 90
Plot 7.6.15 Spurious emission measurements in 10000 - 18000 MHz at high carrier frequency
Plot 7.6.16 Spurious emission measurements in 18000 – 37000 MHz range at low carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Spurious emissions at RF antenna connector
Test procedure: 47 CFR, Sections 2.1051, 90.1323; TIA/EIA-603-C, Section 2.2.13
Test mode: Compliance
Date: 2/2/2011 Verdict: PASS
Temperature: 23.4 ºC Air Pressure: 1015 hPa Relative Humidity: 42 % Power Supply: 48VDC
Remarks:
Page 58 of 90
Plot 7.6.17 Spurious emission measurements in 18000 – 37000 MHz at mid carrier frequency
Plot 7.6.18 Spurious emission measurements in 18000 – 37000 MHz at high carrier frequency
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 59 of 90
7.7 Radiated spurious emission measurements
7.7.1 General
This test was performed to measure radiated spurious emissions from the EUT. Specification test limits are given in
Table 7.7.1.
Table 7.7.1 Radiated spurious emission test limits
Frequency,
MHz
Attenuation below
carrier, dBc
ERP of spurious,
dBm
Equivalent field strength limit @ 3m,
dB(V/m)***
0.009 – 10th harmonic* 43+10logP** -13 84.4
* - Excluding the in band emission within ± 250 % of the authorized bandwidth from the carrier
** - P is transmitter output power in Watts
*** - Equivalent field strength limit was calculated from maximum allowed ERP of spurious as follows:
E=sqrt(30×P×1.64)/r, where P is ERP in Watts, 1.64 is numeric gain of ideal dipole and r is antenna to EUT
distance in meters
7.7.2 Test procedure for spurious emission field strength measurements in 9 kHz to 30 MHz band
7.7.2.1 The EUT was set up as shown in Figure 7.7.1, energized and the performance check was conducted.
7.7.2.2 The specified frequency range was investigated with antenna connected to spectrum analyzer. To find maximum
radiation the turntable was rotated 3600 and the measuring antenna was rotated around its vertical axis.
7.7.2.3 The worst test results (the lowest margins) were recorded in Table 7.7.2 and shown in the associated plots.
7.7.3 Test procedure for spurious emission field strength measurements above 30 MHz
7.7.3.1 The EUT was set up as shown in Figure 7.7.2, energized and the performance check was conducted.
7.7.3.2 The specified frequency range was investigated with antenna connected to spectrum analyzer. To find maximum
radiation the turntable was rotated 3600 and the measuring antenna height was swept from 1 to 4 m in both, vertical
and horizontal, polarizations.
7.7.3.3 The worst test results (the lowest margins) were recorded in Table 7.7.2 and shown in the associated plots.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 60 of 90
Figure 7.7.1 Setup for spurious emission field strength measurements in 9 kHz to 30 MHz band
Spectrum
analyzer/
EMI receiver
EUT
Ground plane
1.0m
Height
Test distance
Power
supply
Auxilliary
equipment
Flush
mounted
turn table
Wooden
table
Loop antenna
Figure 7.7.2 Setup for spurious emission field strength measurements above 30 MHz
Spectrum
analyzer/
EMI receiver
Test
antenna
Test
antenna
EUT
Ground plane
1.0m
4.0m
1.5 m
Height
Test distance
Ferrites
Power
supply
Auxilliary
equipment
Flush
mounted
turn table
Wooden
table
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 61 of 90
Table 7.7.2 Spurious emission field strength test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0MHz
TEST DISTANCE: 3 m
TEST SITE: Semi anechoic chamber
EUT HEIGHT: 0.8 m
INVESTIGATED FREQUENCY RANGE: 0.009 – 37000 MHz
DETECTOR USED: Peak
VIDEO BANDWIDTH: > Resolution bandwidth
TEST ANTENNA TYPE: Active loop (9 kHz – 30 MHz)
Biconilog (30 MHz – 1000 MHz)
Double ridged guide (above 1000 MHz)
MODULATION: QPSK
MODULATING SIGNAL: PRBS
BIT RATE: 4.19 Mbps
TRANSMITTER OUTPUT POWER SETTINGS: Maximum
CHANNEL SPASING: 5MHz
Frequency,
MHz
Field
strength,
dB(V/m)
Limit,
dB(V/m)
Margin,
dB*
RBW,
kHz
Antenna
polarization
Antenna
height, m
Turn-table
position**,
degrees
Verdict
Low carrier frequency 3652.5 MHz
All emission were found more than 20 dB below the specified limit Pass
Mid carrier frequency 3675.0MHz
All emission were found more than 20 dB below the specified limit Pass
High carrier frequency 3697.5MHz
All emission were found more than 20 dB below the specified limit Pass
*- Margin = Field strength of spurious – calculated field strength limit.
**- EUT front panel refers to 0 degrees position of turntable.
Reference numbers of test equipment used
HL 0446 HL 0521 HL 0604 HL 0768 HL 0769 HL 1424 HL 1984 HL 2870
HL 2871 HL 3533 HL 3535 HL 3623 HL 3901
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 62 of 90
Plot 7.7.1 Radiated emission measurements in 9 - 150 kHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.2 Radiated emission measurements in 9 - 150 kHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 63 of 90
Plot 7.7.3 Radiated emission measurements in 9 - 150 kHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.4 Radiated emission measurements in 0.15 - 30 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 64 of 90
Plot 7.7.5 Radiated emission measurements in 0.15 - 30 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.6 Radiated emission measurements in 0.15 - 30 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 65 of 90
Plot 7.7.7 Radiated emission measurements in 30 - 1000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.8 Radiated emission measurements in 30 - 1000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 66 of 90
Plot 7.7.9 Radiated emission measurements in 30 - 1000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.10 Radiated emission measurements in 1000 – 6500 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 67 of 90
Plot 7.7.11 Radiated emission measurements in 1000 – 6500 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.12 Radiated emission measurements in 1000 – 6500 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 68 of 90
Plot 7.7.13 Radiated emission measurements in 6000 – 18000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.14 Radiated emission measurements in 6000 – 18000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 69 of 90
Plot 7.7.15 Radiated emission measurements in 6000 – 18000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 70 of 90
Plot 7.7.16 Radiated emission measurements in 18000 – 26500 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.17 Radiated emission measurements in 18000 – 26500 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 71 of 90
Plot 7.7.18 Radiated emission measurements in 18000 – 26500 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.19 Radiated emission measurements in 26500 – 37000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 72 of 90
Plot 7.7.20 Radiated emission measurements in 26500 – 37000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Plot 7.7.21 Radiated emission measurements in 26500 – 37000 MHz range
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical and Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 73 of 90
Plot 7.7.22 Radiated emission measurements at the 3rd harmonic
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Vertical
TEST DISTANCE: 3 m
Plot 7.7.23 Radiated emission measurements at the 3rd harmonic
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Vertical
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 74 of 90
Plot 7.7.24 Radiated emission measurements at the 3rd harmonic
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Vertical
TEST DISTANCE: 3 m
Plot 7.7.25 Radiated emission measurements at the 3rd harmonic
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Low
ANTENNA POLARIZATION: Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.1323, Radiated spurious emissions
Test procedure: 47 CFR, Sections 2.1053, 90.1323; TIA/EIA-603-C, Section 2.2.12
Test mode: Compliance
Date: 2/6/2011 - 2/7/2011 Verdict: PASS
Temperature: 22.3 ºC Air Pressure: 1014 hPa Relative Humidity: 47 % Power Supply: 120VAC
Remarks:
Page 75 of 90
Plot 7.7.26 Radiated emission measurements at the 3rd harmonic
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: Mid
ANTENNA POLARIZATION: Horizontal
TEST DISTANCE: 3 m
Plot 7.7.27 Radiated emission measurements at the 3rd harmonic
TEST SITE: Semi anechoic chamber
CARRIER FREQUENCY: High
ANTENNA POLARIZATION: Horizontal
TEST DISTANCE: 3 m
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.213, Frequency stability
Test procedure: 47 CFR, Section 2.1055; TIA/EIA-603-C Section 2.2.2
Test mode: Compliance
Date: 2/3/2011 - 2/6/2011 Verdict: PASS
Temperature: 22.4 ºC Air Pressure: 1022 hPa Relative Humidity: 46 % Power Supply: 120VAC
Remarks:
Page 76 of 90
7.8 Frequency stability test
7.8.1 General
This test was performed to measure frequency stability of transmitter RF carrier. Specification test limits are given
in Table 7.8.1.
Table 7.8.1 Frequency stability limits
Maximum allowed frequency displacement
Assigned frequency, MHz ppm Hz
3650.0 – 3700.0 The frequency stability shall be sufficient to ensure that the fundamental
emissions stay within the authorized bands of operation
7.8.2 Test procedure
7.8.2.1 The EUT was set up as shown in Figure 7.8.1, energized and its proper operation was checked.
7.8.2.2 The EUT power was turned off. Temperature within test chamber was set to +30˚C and a period of time sufficient to
stabilize all of the oscillator circuit components was allowed.
7.8.2.3 The EUT was powered on and carrier frequency was measured at start up moment and then every minute until
frequency had been stabilized or 10 minutes elapsed whichever reached the last. The EUT was powered off.
7.8.2.4 The above procedure was repeated at 0˚C and at the lowest test temperature.
7.8.2.5 The EUT was powered on and carrier frequency was measured at start up moment and at the end of stabilization
period at the rest of test temperatures and voltages. The EUT was powered off.
7.8.2.6 Frequency displacement was calculated and compared with the limit as provided in Table 7.8.2.
Figure 7.8.1 Frequency stability test setup
EUT
Voltmeter
Variable
power supply
Attenuator Spectrum
analyzer
Temperature chamber
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Test specification: Section 90.213, Frequency stability
Test procedure: 47 CFR, Section 2.1055; TIA/EIA-603-C Section 2.2.2
Test mode: Compliance
Date: 2/3/2011 - 2/6/2011 Verdict: PASS
Temperature: 22.4 ºC Air Pressure: 1022 hPa Relative Humidity: 46 % Power Supply: 120VAC
Remarks:
Page 77 of 90
Table 7.8.2 Frequency stability test results
ASSIGNED FREQUENCY RANGE: 3650.0 – 3700.0 MHz
NOMINAL POWER VOLTAGE: 120VAC
TEMPERATURE STABILIZATION PERIOD: 20 min
POWER DURING TEMPERATURE TRANSITION: Off
SPECTRUM ANALYZER MODE: Counter
RESOLUTION BANDWIDTH: 1kHz
VIDEO BANDWIDTH: 3kHz
MODULATION: Unmodulated
Frequency, MHz Max frequency drift, Hz Max frequency drift, ppm
T, ºC Voltage,
VDC Start up 1st min 2nd min 3rd min 4th min 5th min 10th min Positive Negative Positive Negative
Low channel 3652.5MHz
-30 nominal 3652.500231 3652.499836 3652.499646 3652.499595 3652.499489 3652.499451 3652.499314 0 -1114 0.00 -0.30
-20 nominal 3652.498340 NA NA NA NA NA 3652.498983 0 -2088 0.00 -0.57
-10 nominal 3652.499213 NA NA NA NA NA 3652.499163 0 -1265 0.00 -0.35
0 nominal 3652.499181 3652.499273 3652.499376 3652.499443 3652.499444 3652.499449 3652.499516 0 1247 0.00 0.34
10 nominal 3652.500272 NA NA NA NA NA 3652.500286 0 -156 0.00 -0.04
20 +15% 3652.500237 NA NA NA NA NA 3652.500358 0 -191 0.00 -0.05
20 nominal 3652.500493 NA NA NA NA NA 3652.500428* 65 0 0.02 0.00
20 -15% 3652.500304 NA NA NA NA NA 3652.500281 0 -147 0.00 -0.04
30 nominal 3652.500382 3652.500403 3652.500409 3652.500379 3652.500371 3652.500367 3652.500367 0 -61 0.00 -0.02
40 nominal 3652.500106 NA NA NA NA NA 3652.500073 0 -355 0.00 -0.10
50 nominal 3652.500116 NA NA NA NA NA 3652.499942 0 -486 0.00 -0.13
Mid channel 3675.0MHz
-30 nominal 3674.999302 3674.999241 3674.999261 3674.999212 3674.999194 3674.999194 3674.999178 0 -1199 0.00 -0.33
-20 nominal 3674.999043 NA NA NA NA NA 3674.998984 0 -1393 0.00 -0.38
-10 nominal 3674.999158 NA NA NA NA NA 3674.999173 0 -1219 0.00 -0.33
0 nominal 3674.999511 3674.999523 3674.999537 3674.999539 3674.999528 3674.999537 3674.999546 0 -866 0.00 -0.24
10 nominal 3675.000078 NA NA NA NA NA 3675.000296 0 -299 0.00 -0.08
20 +15% 3675.000391 NA NA NA NA NA 3675.000416 39 0 0.01 0.00
20 nominal 3675.000439 NA NA NA NA NA 3675.000377* 62 0 0.02 0.00
20 -15% 3675.000307 NA NA NA NA NA 3675.000257 0 -120 0.00 -0.03
30 nominal 3675.000385 3675.000428 3675.000369 3675.000359 3675.000356 3675.000373 3675.000363 51 -18 0.01 0.00
40 nominal 3675.000113 NA NA NA NA NA 3675.000123 0 -264 0.00 -0.07
50 nominal 3674.999946 NA NA NA NA NA 3674.999895 0 -482 0.00 -0.13
High channel 3697.5MHz
-30 nominal 3697.500284 3697.499788 3697.499644 3697.499504 3697.499439 3697.499376 3697.499233 0 -1095 0.00 -0.30
-20 nominal 3697.498928 NA NA NA NA NA 3697.498922 0 -1406 0.00 -0.38
-10 nominal 3697.499134 NA NA NA NA NA 3697.499169 0 -1194 0.00 -0.33
0 nominal 3697.499531 3697.499505 3697.499489 3697.499459 3697.499449 3697.499439 3697.499468 0 -889 0.00 -0.24
10 nominal 3697.500011 NA NA NA NA NA 3697.500262 0 -317 0.00 -0.09
20 +15% 3697.500424 NA NA NA NA NA 3697.500432 104 0 0.03 0.00
20 nominal 3697.500393 NA NA NA NA NA 3697.500328* 65 0 0.02 0.00
20 -15% 3697.500254 NA NA NA NA NA 3697.500229 0 -99 0.00 -0.03
30 nominal 3697.500373 3697.500334 3697.500356 3697.500347 3697.500334 3697.500366 3697.500353 45 0 0.01 0.00
40 nominal 3697.500201 NA NA NA NA NA 3697.500098 0 -230 0.00 -0.06
50 nominal 3697.499921 NA NA NA NA NA 3697.499881 0 -447 0.00 -0.12
* - Reference frequency
Reference numbers of test equipment used
HL 2909 HL 2953 HL 3787
Full description is given in Appendix A.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 78 of 90
8 APPENDIX A Test equipment and ancillaries used for tests
HL
No
Description Manufacturer Model Ser. No. Last Cal. Due Cal.
0446 Antenna, Loop, Active, 10 kHz - 30 MHz EMCO 6502 2857 29-Jun-10 29-Jun-11
0521 EMI Receiver (Spectrum Analyzer) with
RF filter section 9 kHz-6.5 GHz
Hewlett
Packard
8546A 3617A
00319,
3448A002
53
25-Aug-10 25-Aug-11
0604 Antenna BiconiLog Log-Periodic/T Bow-
TIE, 26 - 2000 MHz
EMCO 3141 9611-1011 11-Jan-11 11-Jan-12
0768 Antenna Standard Gain Horn,18-26.5
GHz, WR-42, 25 dB gain
Quinstar
Technology
QWH-
4200-BA
110 26-Jan-11 26-Jan-14
0769 Antenna Standard Gain Horn, 26.5-40
GHz, WR28, 25 dB gain
Quinstar
Technology
QWH-
2800-BA
112 26-Jan-11 26-Jan-14
1424 Spectrum Analyzer, 30 Hz- 40 GHz Agilent
Technologies
8564EC 3946A002
19
31-Aug-10 31-Aug-11
1984 Antenna, Double-Ridged Waveguide
Horn, 1-18 GHz, 300 W
EMC Test
Systems
3115 9911-5964 11-Jun-10 11-Jun-11
2013 Power Divider, 0.5-18.0 GHz, 80 W Omni Spectra 2090-
6204-00
2013 01-Dec-10 01-Dec-12
2015 Power Divider, 0.5-18.0 GHz, 80 W Omni Spectra 2090-
6204-00
2015 01-Dec-10 01-Dec-12
2870 Microwave Cable Assembly, 18 GHz,
6.4 m, SMA - SMA
Huber-Suhner 198-9155-
00
2870 14-Sep-10 14-Sep-11
2871 Microwave Cable Assembly, 18 GHz,
6.4 m, SMA - SMA
Huber-Suhner 198-8155-
00
2871 14-Sep-10 14-Sep-11
2909 Spectrum analyzer, ESA-E, 100 Hz to
26.5 GHz
Agilent
Technologies
E4407B MY414447
62
07-May-10 07-May-11
2952 Cable, RF, 18 GHz, 1.2 m, SMA-SMA Gore 10020014 NA 04-Oct-10 04-Oct-11
2953 Cable, RF, 18 GHz, 1.2 m, SMA-SMA Gore 10020014 NA 04-Oct-10 04-Oct-11
3301 Power Meter, P-series, 50 MHz to 40 GHz Agilent
Technologies
N1911A MY451010
57
13-Dec-10 13-Dec-11
3302 Power sensor, P-Series, 50 MHz to
40 GHz, -35/30 to 20 dBm
Agilent
Technologies
N1922A MY452405
86
13-Dec-10 13-Dec-11
3533 Amplifier, low noise, 6 to 18 GHz Quinstar
Technology
QLJ-
06184040
-J0
111590010
01
23-Dec-10 23-Dec-11
3535 Amplifier, low noise, 18 to 40 GHz Quinstar
Technology
QLJ-
18404537
-J0
111590030
01
06-Dec-10 06-Dec-11
3623 Cable RF, 6.0 m, N type-N type,
DC-6.5 GHz
Belden MIL C-17 NA 27-May-10 27-May-11
3768 Attenuator, N-type, 20 dB, DC to 18 GHz,
5 W
Mini-Circuits BW-
N20W5+
NA 31-Aug-10 31-Aug-11
3787 Precision Fixed Attenuator, 50 Ohm, 5 W,
10 dB, DC to 18 GHz
Mini-Circuits BW-
S10W5+
NA 07-Dec-10 07-Dec-11
3818 PSA Series Spectrum Analyzer,
3 Hz- 44 GHz
Agilent
Technologies
E4446A MY482502
88
26-Sep-10 26-Sep-11
3901 Microwave Cable Assembly, 40.0 GHz,
3.5 m, SMA/SMA
Huber-Suhner SUCOFLE
X 102A
1225/2A 07-Feb-11 07-Feb-12
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 79 of 90
9 APPENDIX B Measurement uncertainties
Expanded uncertainty at 95% confidence in Hermon Labs EMC measurements
Test description Expanded uncertainty
Transmitter tests
Carrier power conducted at antenna connector ± 1.7 dB
Carrier power radiated (substitution method) ± 4.5 dB
Occupied bandwidth ±8%
Conducted emissions at RF antenna connector 9 kHz to 2.9 GHz: 2.6 dB
2.9 GHz to 6.46 GHz: 3.5 dB
6.46 GHz to 13.2 GHz: 4.3 dB
13.2 GHz to 22.0 GHz: 5.0 dB
22.0 GHz to 26.8 GHz: 5.5 dB
26.8 GHz to 40.0 GHz: 4.8 dB
Spurious emissions radiated 30 MHz – 40 GHz (substitution method) ± 4.5 dB
Frequency error 30 – 300 MHz: ± 50.5 Hz (1.68 ppm)
300 – 1000 MHz: ± 168 Hz (0.56 ppm)
Duty cycle, timing (Tx ON / OFF) and average factor measurements 1.0 %
Hermon Laboratories is accredited by A2LA for calibration according to present requirements of ISO/IEC 17025 and NCSL
Z540-1. The accreditation is granted to perform calibration of parameters that are listed in the Scope of Hermon Laboratories
Accreditation.
Hermon Laboratories calibrates its reference and transfer standards by calibration laboratories accredited to ISO/IEC 17025
by a mutually recognized Accreditation Body or by a recognized national metrology institute. All reference and transfer
standards used in the calibration system are traceable to national or international standards.
In-house calibration of all test and measurement equipment is performed on a regular basis according to Hermon
Laboratories calibration procedures, manufacturer calibration/verification procedures or procedures defined in the relevant
standards. The Hermon Laboratories test and measurement equipment is calibrated within the tolerances specified by the
manufacturers and/or by the relevant standards.
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 80 of 90
10 APPENDIX C Test laboratory description
Tests were performed at Hermon Laboratories Ltd., which is a fully independent, private, EMC, safety, environmental and
telecommunication testing facility.
Hermon Laboratories is listed by the Federal Communications Commission (USA) for all parts of Code of Federal
Regulations 47 (CFR 47), Registration Numbers 90624 for OATS and 90623 for the anechoic chamber; by Industry Canada
for electromagnetic emissions (file numbers IC 2186A-1 for OATS, IC 2186A-2 for anechoic chamber, IC 2186A-3 for full-
anechoic chamber for RE measurements above 1 GHz), certified by VCCI, Japan (the registration numbers are R-808 for
OATS, R-1082 for anechoic chamber, G-27 for full-anechoic chamber for RE measurements above 1 GHz, C-845 for
conducted emissions site, T-1606 for conducted emissions at telecommunication ports), has a status of a Telefication -
Listed Testing Laboratory, Certificate No. L138/00. The laboratory is accredited by American Association for Laboratory
Accreditation (USA) according to ISO/IEC 17025 for electromagnetic compatibility, product safety, telecommunications
testing and environmental simulation (for exact scope please refer to Certificate No. 839.01). The FCC Designation Number
is US1003.
Address: P.O. Box 23, Binyamina 30500, Israel.
Telephone: +972 4628 8001
Fax: +972 4628 8277
e-mail: mail@hermonlabs.com
website: www.hermonlabs.com
Person for contact: Mr. Alex Usoskin, CEO.
11 APPENDIX D Specification references
FCC 47CFR part 90: 2009 Private land mobile radio services
FCC 47CFR part 1: 2009 Practice and procedure
FCC 47CFR part 2: 2009 Frequency allocations and radio treaty matters; general rules and regulations
ANSI C63.2: 1996 American National Standard for Instrumentation-Electromagnetic Noise and Field
Strength, 10 kHz to 40 GHz-Specifications.
ANSI C63.4: 2003
American National Standard for Methods of Measurement of Radio-Noise Emissions
from Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40
GHz.
ANSI/TIA/EIA-603-C:2004 Land Mobile FM or PM Communications Equipment Measurement and Performance
Standards
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 81 of 90
12 APPENDIX E Test equipment correction factors
Antenna Factor
Active Loop Antenna
EMC Test Systems, model 6502, S/N 2857, HL 0446
Frequency,
MHz
Magnetic Antenna Factor,
dB(S/m)
Electric Antenna Factor,
dB(1/m)
0.009 -32.8 18.7
0.010 -33.8 17.7
0.020 -38.3 13.2
0.050 -41.1 10.4
0.075 -41.3 10.2
0.100 -41.6 9.9
0.150 -41.7 9.8
0.250 -41.6 9.9
0.500 -41.8 9.7
0.750 -41.9 9.6
1.000 -41.4 10.1
2.000 -41.5 10.0
3.000 -41.4 10.1
4.000 -41.4 10.1
5.000 -41.5 10.0
10.000 -41.9 9.6
15.000 -41.9 9.6
20.000 -42.2 9.3
25.000 -42.8 8.7
30.000 -44.0 7.5
Antenna factor in dB(S/m) is to be added to receiver meter reading in dB(V) to convert it into field intensity in dB(A/m).
Antenna factor in dB(1/m) is to be added to receiver meter reading in dB(V) to convert it into field intensity in dB(V/m).
Antenna factor
Standard gain horn antenna
Quinstar Technology
Model QWH
Ser.No.112, HL 0768, 0769
Frequency min,
GHz
Frequency max,
GHz
Antenna factor,
dB(1/m)
18.000 26.500 32.01
26.500 40.000 35.48
40.000 60.000 39.03
60.000 90.000 42.55
90.000 140.000 46.23
140.000 220.000 50.11
Antenna factor in dB(1/m) is to be added to receiver meter reading in dB(V) to convert it into field intensity in dB(V/m).
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 82 of 90
Antenna factor
Biconilog antenna EMCO Model 3141
Ser.No.1011, HL 0604
Frequency,
MHz
Antenna factor,
dB(1/m)
Frequency,
MHz
Antenna factor,
dB(1/m)
Frequency,
MHz
Antenna factor,
dB(1/m)
26 7.8 580 20.6 1320 27.8
28 7.8 600 21.3 1340 28.3
30 7.8 620 21.5 1360 28.2
40 7.2 640 21.2 1380 27.9
60 7.1 660 21.4 1400 27.9
70 8.5 680 21.9 1420 27.9
80 9.4 700 22.2 1440 27.8
90 9.8 720 22.2 1460 27.8
100 9.7 740 22.1 1480 28.0
110 9.3 760 22.3 1500 28.5
120 8.8 780 22.6 1520 28.9
130 8.7 800 22.7 1540 29.6
140 9.2 820 22.9 1560 29.8
150 9.8 840 23.1 1580 29.6
160 10.2 860 23.4 1600 29.5
170 10.4 880 23.8 1620 29.3
180 10.4 900 24.1 1640 29.2
190 10.3 920 24.1 1660 29.4
200 10.6 940 24.0 1680 29.6
220 11.6 960 24.1 1700 29.8
240 12.4 980 24.5 1720 30.3
260 12.8 1000 24.9 1740 30.8
280 13.7 1020 25.0 1760 31.1
300 14.7 1040 25.2 1780 31.0
320 15.2 1060 25.4 1800 30.9
340 15.4 1080 25.6 1820 30.7
360 16.1 1100 25.7 1840 30.6
380 16.4 1120 26.0 1860 30.6
400 16.6 1140 26.4 1880 30.6
420 16.7 1160 27.0 1900 30.6
440 17.0 1180 27.0 1920 30.7
460 17.7 1200 26.7 1940 30.9
480 18.1 1220 26.5 1960 31.2
500 18.5 1240 26.5 1980 31.6
520 19.1 1260 26.5 2000 32.0
540 19.5 1280 26.6
560 19.8 1300 27.0
Antenna factor in dB(1/m) is to be added to receiver meter reading in dB(V) to convert it into field intensity in dB(V/m).
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 83 of 90
Antenna factor
Double-ridged wave guide horn antenna
Model 3115, S/N 9911-5964, HL1984
Frequency,
MHz
Antenna factor,
dB(1/m)
1000.0 24.7
1500.0 25.7
2000.0 27.6
2500.0 28.9
3000.0 31.2
3500.0 32.0
4000.0 32.5
4500.0 32.7
5000.0 33.6
5500.0 35.1
6000.0 35.4
6500.0 34.9
7000.0 36.1
7500.0 37.8
8000.0 38.0
8500.0 38.1
9000.0 39.1
9500.0 38.3
10000.0 38.6
10500.0 38.2
11000.0 38.7
11500.0 39.5
12000.0 40.0
12500.0 40.4
13000.0 40.5
13500.0 41.1
14000.0 41.6
14500.0 41.7
15000.0 38.7
15500.0 38.2
16000.0 38.8
16500.0 40.5
17000.0 42.5
17500.0 45.9
18000.0 49.4
Antenna factor in dB(1/m) is to be added to receiver meter reading in dB(V) to convert it into field intensity in dB(V/m).
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 84 of 90
Cable loss
Cable coaxial, Huber-Suhner, 18 GHz, 6.4 m, SMA - SMA, model 198-9155-00,
HL 2870
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
10 0.09 5750 2.49 12000 3.71
30 0.17 6000 2.53 12250 3.81
100 0.32 6250 2.58 12500 3.84
250 0.49 6500 2.64 12750 3.88
500 0.70 6750 2.69 13000 3.92
750 0.86 7000 2.75 13250 3.96
1000 1.00 7250 2.80 13500 3.98
1250 1.11 7500 2.87 13750 4.01
1500 1.23 7750 2.93 14000 4.03
1750 1.34 8000 2.94 14250 4.09
2000 1.41 8250 3.00 14500 4.08
2250 1.51 8500 3.04 14750 4.10
2500 1.59 8750 3.08 15000 4.15
2750 1.68 9000 3.14 15250 4.22
3000 1.76 9250 3.16 15500 4.31
3250 1.83 9500 3.22 15750 4.42
3500 1.91 9750 3.26 16000 4.48
3750 1.97 10000 3.36 16250 4.54
4000 2.05 10250 3.41 16500 4.56
4250 2.11 10500 3.46 16750 4.57
4500 2.18 10750 3.50 17000 4.59
4750 2.24 11000 3.54 17250 4.66
5000 2.30 11250 3.58 17500 4.70
5250 2.36 11500 3.63 17750 4.76
5500 2.43 11750 3.66 18000 4.72
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 85 of 90
Cable loss
Cable coaxial, Huber-Suhner, 18 GHz, 6.4 m, SMA - SMA, model 198-8155-00,
HL 2871
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
10 0.12 5750 2.34 12000 3.55
30 0.14 6000 2.39 12250 3.61
100 0.27 6250 2.46 12500 3.67
250 0.45 6500 2.52 12750 3.74
500 0.63 6750 2.58 13000 3.79
750 0.76 7000 2.64 13250 3.82
1000 0.89 7250 2.68 13500 3.83
1250 1.01 7500 2.73 13750 3.83
1500 1.12 7750 2.78 14000 3.88
1750 1.23 8000 2.83 14250 3.93
2000 1.32 8250 2.88 14500 3.96
2250 1.41 8500 2.94 14750 4.01
2500 1.49 8750 2.97 15000 4.00
2750 1.58 9000 3.02 15250 4.01
3000 1.66 9250 3.07 15500 4.00
3250 1.73 9500 3.13 15750 4.13
3500 1.80 9750 3.18 16000 4.22
3750 1.87 10000 3.21 16250 4.29
4000 1.93 10250 3.26 16500 4.29
4250 2.01 10500 3.30 16750 4.32
4500 2.06 10750 3.36 17000 4.37
4750 2.12 11000 3.39 17250 4.45
5000 2.17 11250 3.44 17500 4.49
5250 2.24 11500 3.48 17750 4.53
5500 2.29 11750 3.52 18000 4.55
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 86 of 90
Cable loss
Cable coaxial, Gore, 18 GHz, 1.2 m, SMA-SMA, S/N 10020014
HL 2952
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
10 0.03 5750 0.97 12000 1.50
30 0.05 6000 1.01 12250 1.45
100 0.11 6250 1.03 12500 1.48
250 0.19 6500 1.06 12750 1.57
500 0.26 6750 1.08 13000 1.51
750 0.32 7000 1.10 13250 1.64
1000 0.38 7250 1.13 13500 1.60
1250 0.43 7500 1.13 13750 1.63
1500 0.47 7750 1.21 14000 1.59
1750 0.53 8000 1.20 14250 1.66
2000 0.55 8250 1.24 14500 1.60
2250 0.59 8500 1.29 14750 1.65
2500 0.63 8750 1.23 15000 1.72
2750 0.66 9000 1.27 15250 1.68
3000 0.69 9250 1.27 15500 1.73
3250 0.72 9500 1.29 15750 1.70
3500 0.75 9750 1.30 16000 1.82
3750 0.78 10000 1.38 16250 1.79
4000 0.82 10250 1.44 16500 1.81
4250 0.84 10500 1.47 16750 1.91
4500 0.86 10750 1.45 17000 1.92
4750 0.90 11000 1.50 17250 1.98
5000 0.91 11250 1.46 17500 2.05
5250 0.94 11500 1.47 17750 2.04
5500 0.96 11750 1.44 18000 2.05
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 87 of 90
Cable loss
Cable coaxial, Gore, 25.5 GHz, 1.2 m, SMA-SMA, S/N 10020014
HL 2953
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
10 0.06 8750 1.28 18000 1.84
30 0.06 9000 1.30 18250 1.91
100 0.12 9250 1.35 18500 1.94
250 0.19 9500 1.34 18750 1.92
500 0.27 9750 1.36 19000 1.95
750 0.34 10000 1.33 19250 2.00
1000 0.40 10250 1.38 19500 1.96
1250 0.45 10500 1.39 19750 2.02
1500 0.50 10750 1.39 20000 1.92
1750 0.54 11000 1.43 20250 2.04
2000 0.57 11250 1.42 20500 2.00
2250 0.60 11500 1.48 20750 2.09
2500 0.64 11750 1.49 21000 2.01
2750 0.67 12000 1.59 21250 2.07
3000 0.70 12250 1.50 21500 2.20
3250 0.74 12500 1.55 21750 2.10
3500 0.76 12750 1.55 22000 2.24
3750 0.80 13000 1.61 22250 2.25
4000 0.83 13250 1.62 22500 2.12
4250 0.85 13500 1.56 22750 2.05
4500 0.87 13750 1.61 23000 2.10
4750 0.91 14000 1.57 23250 2.03
5000 0.92 14250 1.66 23500 2.08
5250 0.96 14500 1.58 23750 2.14
5500 0.99 14750 1.69 24000 2.16
5750 0.99 15000 1.71 24250 2.25
6000 1.03 15250 1.74 24500 2.17
6250 1.05 15500 1.75 24750 2.32
6500 1.07 15750 1.72 25000 2.32
6750 1.08 16000 1.89 25250 2.32
7000 1.12 16250 1.79 25500 2.41
7250 1.13 16500 1.84 25750 2.31
7500 1.15 16750 1.82 26000 2.28
7750 1.20 17000 1.79 26250 2.32
8000 1.20 17250 1.78 26500 2.29
8250 1.23 17500 1.85
8500 1.27 17750 1.83
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 88 of 90
Cable loss
Cable coaxial, MIL C-17, N type-N type, 6 m
Belden, HL 3623
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
10 0.13 2600 4.38 5400 7.76
30 0.25 2700 4.53 5500 7.79
50 0.33 2800 4.64 5600 7.88
100 0.49 2900 4.79 5700 7.93
200 0.76 3000 4.93 5800 8.05
300 0.97 3100 5.02 5900 8.03
400 1.18 3200 5.18 6000 8.07
500 1.38 3300 5.27 6100 8.14
600 1.54 3400 5.41 6200 8.21
700 1.71 3500 5.57 6300 8.28
800 1.88 3600 5.65 6400 8.35
900 2.04 3700 5.82 6500 8.43
1000 2.19 3800 5.89
1100 2.38 3900 6.02
1200 2.61 4000 6.15
1300 2.63 4100 6.26
1400 2.79 4200 6.37
1500 2.90 4300 6.52
1600 3.08 4400 6.63
1700 3.21 4500 6.74
1800 3.31 4600 6.86
1900 3.47 4700 6.98
2000 3.59 4800 7.09
2100 3.74 4900 7.17
2200 3.86 5000 7.30
2300 3.98 5100 7.41
2400 4.12 5200 7.59
2500 4.24 5300 7.71
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 89 of 90
Cable loss
Microwave Cable Assembly, Huber-Suhner, 40 GHz, 3.5 m, SMA-SMA, S/N 1225/2A
HL 3901
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
Frequency,
MHz
Cable loss,
dB
10 0.09 9500 4.29 21000 6.67
100 0.41 10000 4.40 22000 6.92
500 0.93 10500 4.52 23000 7.00
1000 1.33 11000 4.64 24000 7.18
1500 1.63 11500 4.76 25000 7.29
2000 1.90 12000 4.87 26000 7.55
2500 2.12 12500 4.99 27000 7.70
3000 2.33 13000 5.11 28000 7.88
3500 2.50 13500 5.20 29000 8.02
4000 2.67 14000 5.31 30000 8.15
4500 2.82 14500 5.42 31000 8.35
5000 2.99 15000 5.51 32000 8.40
5500 3.16 15500 5.58 33000 8.62
6000 3.32 16000 5.68 34000 8.73
6500 3.51 16500 5.78 35000 8.78
7000 3.65 17000 5.91 36000 8.94
7500 3.79 17500 5.99 37000 9.21
8000 3.92 18000 6.07 38000 9.37
8500 4.04 19000 6.36 39000 9.45
9000 4.18 20000 6.49 40000 9.52
Report ID: RUGRAD_FCC.21650.doc
Date of Issue: 3/9/2011
Page 90 of 90
13 APPENDIX F Abbreviations and acronyms
A ampere
AC alternating current
A/m ampere per meter
AM amplitude modulation
AVRG average (detector)
CBW channel bandwidth
cm centimeter
dB decibel
dBm decibel referred to one milliwatt
dB(V) decibel referred to one microvolt
dB(V/m) decibel referred to one microvolt per meter
dB(A) decibel referred to one microampere
DC direct current
EBW emission bandwidth
EIRP equivalent isotropically radiated power
ERP effective radiated power
EUT equipment under test
F frequency
GHz gigahertz
GND ground
H height
HL Hermon laboratories
Hz hertz
k kilo
kHz kilohertz
LO local oscillator
m meter
MHz megahertz
min minute
mm millimeter
ms millisecond
s microsecond
NA not applicable
NB narrow band
OATS open area test site
Ohm
QP quasi-peak
PM pulse modulation
PS power supply
RE radiated emission
RF radio frequency
rms root mean square
Rx receive
s second
T temperature
Tx transmit
V volt
VA volt-ampere
END OF DOCUMENT
Download: 5237001 Subscriber unit transceiver Test Report RUGRAD_FCC.21650 Siemens Canada
Mirror Download [FCC.gov]5237001 Subscriber unit transceiver Test Report RUGRAD_FCC.21650 Siemens Canada
Document ID1488768
Application IDVvc7LeOCdp7DfI1NEGx8Ug==
Document DescriptionTest report
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize85.42kB (1067692 bits)
Date Submitted2011-06-23 00:00:00
Date Available2011-08-04 00:00:00
Creation Date2011-06-14 15:33:59
Producing SoftwareAcrobat Distiller 10.0.0 (Windows)
Document Lastmod2011-06-14 15:41:55
Document TitleRUGRAD_FCC.21650
Document CreatorPScript5.dll Version 5.2.2
Document Author: marina