AXAKRC121106-1

HARRIS CORPORATION

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Application Details

Equipment Class: PCB - PCS Licensed Transmitter
Date of Grant: Dec 13, 1998
Application Purpose: Original Equipment
Date of Application: Oct 12, 1998
Frequency Range: 1930.08000000 - 1989.96000000
Company: HARRIS CORPORATION
Country: United States

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Users Manual

RBS 884 Micro (1900 MHz) Installation and Hardware Replacement Manual EN/LZB 119 3312 PA4 1998-10-05© Ericsson Radio Systems AB 1998 All Rights Reserved The contents of this document are subject to revision without notice due to continued progress in methodology, design, and manufacturing. Ericsson shall have no liability for any error or damages of any kind resulting from the use of this document. i00 152-EN/LZB 119 3312 Uae Rev PA4 1998-10-05 Table of Contents Part 1Introduction...................... 1-1 1Revision Information. . ............. 1-1 2About This Manual................ 1-1 3Conventions Used in the Manual......... 1-2 Part 2General Product Information. ............. 2-1 1Introduction. .................. 2-3 2Features. . .................. 2-3 3Product Lines.................. 2-4 4Architecture. .................. 2-6 Part 3System Description.................. 3-1 1Introduction. .................. 3-3 2RBS 884 Micro (1900 MHz). . ......... 3-3 3Installation Configurations............3-18 Part 4Installation. ...................... 4-1 1Introduction. .................. 4-3 2Safety Considerations. ............. 4-3 3Electrostatic Discharge (ESD) . . ......... 4-5 4Tools...................... 4-6 5Site Selection.................. 4-7 6Transportation and Storage............ 4-8 7Unpacking. . .................. 4-9 8Cabinet Installation................4-12 9Cable and Power Connections. .........4-22 10Setting the Unit Switches.............4-34 11External Cable Installation............4-45 12Site Inventory..................4-53 13Equipment Power Up . . .............4-54 14Cold Start-up..................4-57 15Completing the Installation............4-58 16LED Indications.................4-59 17Site Expansion ..................4-64 18RBS 884 Micro (1900 MHz) Cabinet Repainting. .4-83 Part 5Hardware Replacement................. 5-1 1Introduction. .................. 5-3 2Safety Considerations. ............. 5-3 3Product Handling and Inspection......... 5-6 4General Troubleshooting............. 5-6 5Alarm Troubleshooting. .............5-11 6RBS Unit Hardware Replacement.........5-14 00 152-EN/LZB 119 3312 Uae Rev PA4 1998-10-05ii Contents Part 6Glossary of Terms. . ................. 6-1 Part 7Acronyms and Abbreviations . . ............ 7-1 Appendix ADocumentation Overview................ A-1 Appendix BUser Feedback..................... B-1 Appendix CInternal Cables..................... C-1 Appendix DConversion Table. . ................. D-1 iii00 152-EN/LZB 119 3312 Uae Rev PA4 1998-10-05 Part 1 Introduction This part describes the information contained in the manual and the conventions used in its presentation. 1Revision Information This is the first issue of the Installation and Hardware Replacement Manual (IHRM) for Radio Base Station (RBS) 884 Micro (1900 MHz). 2About This Manual This manual contains information required to install, troubleshoot, and maintain the RBS 884 Micro (1900 MHz). The target audience for the manual is RBS site installation and site maintenance personnel. Before the IHRM is used to perform any installation or maintenance activities at a radio base station site, the following actions must be completed: •Telephone transmission facilities must have been made available and tested •AC, DC voltage or both must have been made available •The antenna system must have been installed and tested •Grounding system available When the radio base station equipment has been installed and tested using the information in this manual, it will remain powered up and ready for integration into the network by personnel at the Mobile Switching Center (MSC). The manual is divided into the following parts: •Introduction – a description of the contents of the manual and how the manual can be used. •General Product Information — a description focused on the radio base station itself in general terms. This means that it describes an unconfigured base station, not a working Radio Base station (RBS). 0015-EN/LZB 119 3312 Uae Rev PA4 1998-10-051-1 Introduction •System Description – a description of the RBS 884M equipment hardware and the available configurations. •Installation – procedures for the installation and powering up of RBS 884M equipment on site. •Maintenance – procedures for basic troubleshooting and replacement of faulty items of equipment. •Glossary of Terms – definitions of key terms used in the manual. •Acronyms and Abbreviations – expanded versions of all of the acronyms and abbreviations used in the manual. •Document Overview (Appendix A) — This appendix provides an overview of the existing customer manuals for RBS 884, the work procedures covered by the manuals, and the recommended use of the manuals. •User Feedback (Appendix B) — This appendix provides information on ordering and trouble reporting for the RBS 884 customer manuals. •Internal Cables (Appendix C) – description of the internal cables within each RBS cabinet. These cables are installed at the factory. •Conversion Table (Appendix D) — table for translating some SI units to American units Many of the procedures in the manual require site-specific data from the Site Installation Documentationrelating to the particular radio base station site. The procedures in the manual are intended to be performed in the order presented. 3Conventions Used in the Manual The first time an acronym or abbreviation appears in the manual, the expanded form is shown, followed by the acronym or abbreviation in parentheses, for example, Mobile Switching Center (MSC). The abbreviated form is shown without parentheses when the expanded form is not used. A list of acronyms and abbreviations can be found in Part 8. Names of documents are referred to in italic typeface, for example,Site Installation Documentation. 1-20015-EN/LZB 119 3312 Uae Rev PA4 1998-10-05 Part 2 General Product Information 1Introduction.................. 2-3 2Features. . .................. 2-3 3Product Lines .................. 2-4 3.1RBS 884 Macro............. 2-4 3.2RBS 8…

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Cover Letter(s)

EricssonZ October 13, 1998 Federal Communications Commission Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Attention: Equipment Authorization Branch Subject: Certification for FCC ID: AXAKRC12106-1 Gentlemen: Ericsson Inc. requests a grant of Certification (previously Type Acceptance) under Part 24 of the Code of Federal Regulations (CFR) Title 47 for the above mentioned FCC Identifier. This Base Station Transceiver is designed for use in the PCS DAMPS 1900 system. The DAMPS 1900 system is a fully digitized TDMA system. Measurements and Calculations for MPE have been made on this radio. This unit complies with IEEE C95.1-1991 (ANSI/IEEE C95.1-1992). Ericsson Inc. requests confidentiality under CFR 0.459. Confidentiality for the following exhibits are requested: Functions of Active devices Circuit Diagrams Circuit and Device Description Photographs of the circuit board for the TRX unit Justification of this request is in order to protect the large investment in developing this technology and to facilitate the circuit miniaturization utilized in this design and protect the innovative design as well as proprietary techniques which are implemented. In order to protect Ericsson’s competitive advantage on these proprietary techniques, we request the above listed exhibits be held as confidential and withheld from the Public Information File. The transmitter and receiver utilize common printed circuit boards, so a single identifier will be used for both. The Data here has been taken only in Blocks A and D of Part 24.229, but is representative of the all six frequency blocks. The TRX is a 30 watt TRX that has been recalibrate to 12.02 Watts maximum output, and 120 milliwatts minimum output at the TRX RF connector. If additional information is needed, please contact me at the following numbers: Telephone: (919) 472-6009FAX: (919) 472-7488Mobile: (919) 270-6916 Sincerely, Darin Hatcher Staff Engineer, Regulatory Approvals Ericsson Inc. 7001 Development Drive P.O. Box 13969 Research Triangle Park, NC 27709

External Photos

APPLICANT:2.1033 (12) Ericsson Inc.FCC ID Number: AXAKRC12106-1 EXTERNAL PHOTOGRAPHS 2.1033 (12) Photographs Front of TRX with connectors and FCC ID label location: Rear of TRX with connectors to the cabinet and heatsink:

ID Label/Location Info

APPLICANT:2.1033(11) Ericsson Inc.FCC ID Number: AXAKRC121106-1 IDENTIFICATION PLATE 2.1033(11) Drawing of the Equipment Identification Label APPLICANT:2.1033(11) Ericsson Inc.FCC ID Number: AXAKRC121106-1 IDENTIFICATION PLATE

Operational Description

APPLICANT:2.1033 (1-2)(4-8) Ericsson Inc.FCC ID Number: AXAKRC12106-1 DESCRIPTION 2.1033 (c) (1)Manufacturer:Ericsson Inc. 1 Mountain View Road Lynchburg VA 24502 Applicant:Ericsson Inc. Darin Hatcher 7001 Development Drive Research Triangle Park, NC 27709 (2)FCC Identifier: AXAKRC12106-1 (4)Type of Emissions:40K0FXW, 40K0F1D. This transmitter is for use in the Personal Communications Service (CFR title 47 part 24 Subpart E). There are 1,997 channels available with a channel spacing of 30 kHz. For each channel there are 3 time slots available, each containing digital speech or data. (5) Frequency Range:1930 to 1990 MHz. (6)Range of operating power: The TRX output is 40.8 dBm (12.02 Watts) to 20.8 dBm (.120 watts). The operating power is 34.0 dBm (2.5 W) to 14.0 dBm (.025 W) per carrier for the 2 antenna configuration. and The operating power is 37.2 dBm (5.2 W) to 17.2 dBm (.052 W) per carrier for the 4 antenna configuration. The output power is Digitally controlled in .2 dB steps (+20 to 0 dB). (7)Maximum Power Rating: 40.8 dBm (12.02 W) per channel (TRX alone) 37.2 dBm (5.2 Watts) per channel (4 Antenna Configuration) 34.0 dBm (2.5 W) per channel (2 Antenna Configuration) (8)DC Voltage and Current: Final Amplifier Voltage and Current. Output Power:.120W12.02W Voltage (DC):26.426.4 Current (Amps):0.68.0

Parts List/Tune Up Info

APPLICANT:2.1033 (9) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TUNE-UP PROCEDURE 2.1033 (9) Tune-up Procedure All the necessary adjustments will be set in the factory, and no adjustments are needed. The output power level will have its 12.02 W limit defined during the factory calibration and will not operate outside of this limit. The operating output power is remotely controlled by the Mobile Switching Center (MSC). If the Transceiver (TRX) is not able to maintain the requirements for power output, frequency stability, etc., a fault code is sent to the MSC. On severe faults the TRX will disable transmission.

Test Report

APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT 2.1046 (a) RF Power Output The RF power output at the TRX output terminal is: (Channel 332) High Power (0 dB attenuation):Measured = 40.65 dBm(11.6144 Watts) Low Power (20 dB attenuation):Measured = 20.65 dBm(116.1 mWatts) (a) RF power output The RF power output at the output terminals ANP (Antenna Near Parts) is: (Channel 332) Two Antenna ANP:High Power measured = 34.83 dBm (3.04 Watts) Low Power measured = 14.83 dBm (30.4 mWatts) Four Antenna ANP:High Power measured = 37.8 dBm (6.02 Watts) Low Power measured = 17.8 dBm (60.25 mWatts) The measurements were made per CFR title 47 part 2.985. The following equipment was used: Giga-Tronics 8542C Universal Power Meter. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT 2.1047 (d)Modulation Characteristics The modulation characteristics for this unit is measured with pseudorandom data modulation of the unit and the result is shown as the Error Vector Magnitude which is limited to 12.5 percent according to the TIA/IS-136/IS-138. In this test the Vector Error is measured 21 times on each frequency to show the range at which can be expected. Equipment used: Rohde and Schwarz Spectrum Analyzer FSEM APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT 2.1049 (h) Occupied Bandwidth The measurement methods according to CFR title 47 Part 24.238 were used to obtain the following results: 24.238 (b) Two Antenna ANP High Power (Attenuation = 0) Channel 2 (1.93008 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Two Antenna ANP (continued) Low Power (Attenuation = 20) Channel 2 (1.93008 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Two Antenna ANP (continued) High Power (Attenuation = 0) Channel 665 (1.94997 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Two Antenna ANP (continued) Low Power (Attenuation = 20) Channel 665 (1.94997 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT 24.238 (b) Four Antenna ANP High Power (Attenuation = 0) Channel 2 (1.93008 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Four Antenna ANP (continued) Low Power (Attenuation = 20) Channel 2 (1.93008 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Four Antenna ANP (continued) High Power (Attenuation = 0) Channel 665 (1.94997 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Four Antenna ANP (continued) Low Power (Attenuation = 20) Channel 665 (1.94997 GHz) 24.238 (b) Reference un-modulated carrier: 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT 2.1051 Conducted Spurious Emissions Spurious emissions at the antenna terminal (conducted) when properly loaded with an appropriate artificial antenna were measured. Results are shown in the following exhibits: Page 2 Channel 2, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 3 Channel 665, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 4 Channel 2, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 5 Channel 665, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Equipment used: HP 8563E Spectrum Analyzer 2.1053Field Strength Spurious Emissions Ref. 2.993 field strength of spurious emissions was measured at the following NVLAP accredited test lab: Underwriters Laboratories Inc. 12 Laboratory Drive Research Triangle Park, NC 27709 Results are shown in the following exhibits: Page 6 Channel 2, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 7 Channel 665, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 8 Channel 2, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 9 Channel 665, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Transmitter Conducted measurements: Transmitter Conducted Spurious Emissions Frequency 1930.08 MHz. Two Antenna ANP High Power (Attenuation = 0) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Frequency 1930.08 MHz. Two Antenna ANP Low Power (Attenuation = 20) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions w ith in 20 dB of the limit APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC12106-1 TEST REPORT Transmitter Conducted Spurious Emissions Frequency 1949.97 MHz. Two Antenna ANP High Power (Attenuation = 0) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000…

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Test Report

APPLICANT:2.1033(14), 2.1055 Ericsson Inc.FCC ID Number: AXAKRC121106-1 FREQUENCY STABILITY 2.1055 Frequency Stability Variations of output frequency as a result of either temperature or voltage variations is reported below: The measurements were taken per CFR Title 47 Part 2.1055. Equipment Used: HP 53132A Universal Counter HP 6813A AC Power Source / Analyzer ESPEC EMX612PA Temperature Chamber FREQUENCY vs. VOLTAGE Freq.: 1.93998 GHz DATE: 9-1-98 -0.25 -0.15 -0.05 0.05 0.15 0.25 95100105110115120125130135 VOLTAGE PPM FREQUENCY vs. TEMPERATURE Freq.: 1.93998 GHz DATE: 9-1-98 -0.25 -0.15 -0.05 0.05 0.15 0.25 -20-10 0 102030405060 TEMPERATURE in DEGREES CELSIUS PPM

Test Report

APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 1 - 2.1051 Conducted Spurious Emissions Spurious emissions at the antenna terminal (conducted) when properly loaded with an appropriate artificial antenna were measured. Results are shown in the following exhibits: Page 2 Channel 2, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 3 Channel 665, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 4 Channel 2, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 5 Channel 665, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Equipment used: HP 8563E Spectrum Analyzer 2.1053Field Strength Spurious Emissions Ref. 2.993 field strength of spurious emissions was measured at the following NVLAP accredited test lab: Underwriters Laboratories Inc. 12 Laboratory Drive Research Triangle Park, NC 27709 Results are shown in the following exhibits: Page 6 Channel 2, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 7 Channel 665, Two Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 8 Channel 2, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. Page 9 Channel 665, Four Antenna ANP High and Low Power. Modulated with 48.6 kbs Pseudorandom Data. APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 2 - Transmitter Conducted measurements: Transmitter Conducted Spurious Emissions Frequency 1930.08 MHz. Two Antenna ANP High Power (Attenuation = 0) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Frequency 1930.08 MHz. Two Antenna ANP Low Power (Attenuation = 20) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions w ith in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 3 - Transmitter Conducted Spurious Emissions Frequency 1949.97 MHz. Two Antenna ANP High Power (Attenuation = 0) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Frequency 1949.97 MHz. Two Antenna ANP Low Power (Attenuation = 20) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Sp u r i o u s Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 4 - Transmitter Conducted Spurious Emissions Frequency 1930.08 MHz. Four Antenna ANP High Power (Attenuation = 0) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz ) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Frequency 1930.08 MHz. Four Antenna ANP Low Power (Attenuation = 20) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz ) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions w ith in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 5 - Transmitter Conducted Spurious Emissions Frequency 1949.97 MHz. Four Antenna ANP High Power (Attenuation = 0) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Frequency 1949.97 MHz. Four Antenna ANP Low Power (Attenuation = 20) -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions w ith in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 6 - Transmitter Field Strength Measurements: Transmitter Radiated Spurious Emissions Frequency 1930.08 MHz. Two Antenna ANP High Power (Attenuation = 0) 7 17 27 37 47 57 67 77 87 97 107 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE EDRP in dBuV No Spurious Emissions w ith in 20 dB of the limit Transmitter Radiated Spurious Emissions Frequency 1930.08 MHz. Two Antenna ANP Low Power (Attenuation = 20) 7 17 27 37 47 57 67 77 87 97 107 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE EDRP in dBuV No Spurious Emissions w ith in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 7 - Transmitter Radiated Spurious Emissions Frequency 1949.97 MHz. Two Antenna ANP High Power (Attenuation = 0) 7 17 27 37 47 57 67 77 87 97 107 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE EDRP in dBuV No Spurious Emissions w ith in 20 dB of the limit Transmitter Radiated Spurious Emissions Frequency 1949.97 MHz. Two Antenna ANP Low Power (Attenuation = 20) 7 17 27 37 47 57 67 77 87 97 107 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE EDRP in dBuV No Spurious Emissions w ith in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121106-1 SPURIOUS EMISSIONS - 8 - Transmitter Radiated Spurious Emissions Frequency 1930.08 MHz. Four Antenna ANP High Power (Attenuation = 0) 7 17 27 37 47 57 67 77 87 97 107 02000400060008000100001200014000160001800020000 Frequency (MHz ) ------- = FCC LIMIT LINE EDRP in dBuV No Spurious Emissions w ith in 20 dB of the limit Transmitter Radiated Spurious Emissions Frequency 1930.08 MHz. Four Antenna ANP Low Power (Attenuation = 20) 7 17 27 37 4…

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