MKALGP011-NNTower Mounted Booster Amplifier

MMP-10065-PB1.doc © LGP Telecom AB 1 (75) Product Manual for Tower Mounted Booster amplifiers TMBs MMP-10065-PB1.doc © LGP Telecom AB 2 (76) The information in this document is subject to change without notice and describes only the product defined in the Introduction of this documentation. This document is intended for the use by LGP Telecom customers only for the purposes of the agreement under which the document is submitted, and no part of it may be reproduced or transmitted in any form or means without the prior written permission of LGP Telecom. The document has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. LGP Telecom welcomes customer comments as part of the process of continuous development and improvement of the documentation. The information or statements given in this document concerning the suitability, capacity, or performance of the mentioned hardware or software products cannot be considered binding but shall be defined in the agreement made between LGP Telecom and the customer. However, LGP Telecom has made all reasonable efforts to ensure that the instructions contained in the document are adequate and free of material errors and omissions. LGP Telecom will, if necessary, explain issues which may not be covered by the document. LGP Telecom liability for any errors in the document is limited to the documentary correction of errors. LGP Telecom WILL NOT BE RESPONSIBLE IN ANY EVENT FOR ERRORS IN THIS DOCUMENT OR FOR ANY DAMAGES, INCIDENTAL OR CONSEQUENTIAL (INCLUDING MONETARY LOSSES), that might arise from the use of this document or the information in it. This document and the product it describes are considered protected by copyright according to the applicable laws. LGP Telecom logo is a registered trademark of LGP Telecom AB. Other product names mentioned in this document may be trademarks of their respective companies, and they are mentioned for identification purposes only. Copyright © LGP Telecom AB 2003. All rights reserved. MMP-10065-PB1.doc © LGP Telecom AB 3 (76) 1 Document history...................................................................................6 2 About the Documentation.......................................................................7 2.1 Dear Customer.......................................................................................7 2.1.1 LGP home page.....................................................................................7 2.1.2 Contact LGP ..........................................................................................7 2.2 About the documentation.......................................................................8 2.2.1 Overview ..........................................................................................8 2.2.2 TMB models ..........................................................................................8 2.2.3 Disclaimer ..........................................................................................8 2.3 Abbreviations.........................................................................................9 3 Functional Description..........................................................................10 3.1 Schematic overview.............................................................................10 3.2 The TMB enclosure..............................................................................12 3.3 Control Interface Unit (CIU)..................................................................14 3.4 LED indicators......................................................................................16 3.5 Antennas ........................................................................................17 3.6 Feeder cables......................................................................................17 3.7 Software diskette or CD.......................................................................17 3.8 CIU Cables ........................................................................................18 3.9 Alternative installation using only RF feeders (CIN option)..................19 3.10 Alarms ........................................................................................19 3.10.1 Uplink failure..............................................................................20 3.10.2 Downlink failure.........................................................................20 3.10.3 Temperature high/low................................................................20 3.10.4 Input overload............................................................................21 3.10.5 Output overload.........................................................................21 3.10.6 VSWR over threshold...............................................................22 4 Installation ........................................................................................23 4.1 Unpacking the equipment.....................................................................24 4.2 Checking the equipment.......................................................................24 4.3 Attentions prior to installation...............................................................25 4.4 Equipment and tools for mounting........................................................27 4.4.1 Carrying / lifting handle........................................................................27 4.5 Hoisting the TMB..................................................................................27 MMP-10065-PB1.doc © LGP Telecom AB 4 (76) 4.6 Mounting the TMB on a wall.................................................................28 4.7 Mounting the TMB on a vertical / horizontal pole.................................29 4.8 Mounting the CIU.................................................................................34 4.9 Connecting the TMB and CIU........................................................…

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1 Block diagram For functional description see exhibit 12. 1.1 Abbreviations BTS Base Transceiver Station CIU Control Interface Unit CSU Control Surveillance Unit CW Continuos Wave HPA High Power Amplifier LNA Low Noise Amplifier MS Mobile Station PBU Power Back-up Unit PSU Power Supply Unit TMA Tower Mounted Amplifier (Low Noise) TMB Tower Mounted Booster

LGP Allgon Dokument - Document Technical Report Blad -Sheet 1(1) Uppgjord – Prepared Kontr. - Checked (Sign) Datum - Date Rev Dokumentnr - Document no Fredrik Hedlund (SYFKHD) SYMSHN 2003-07-21 B TR-10399-B Godkänd – Approved Datum/Sign - Date/Sign Tillhör referens - File / reference SYMNLN TR-10399-B Application for certification TMB 1900 Dear Examiner: The following application for grant of equipment authorized is presented. Enclosed, please find a complete data and documentation package demonstrating that this device complies with the technical requirements of 47 CFR part 24. LGP Allgon AB hereby applies for certification of TMB 1900 FCC ID: MKALGP011-nn. LGP Allgon AB request confidentiality under CFR 0.459. Confidentiality for the following exhibits is requested. • Exhibit 5 Schematics • Exhibit 10 Part list / Tune up information Justification of this request is in order to protect the large investments in developing this technology. We further certify that the applicant or any party of the application is subject to a denial of Federal benefits, that includes FCC benefits, pursuant to section 5301 of the Anti-Drug abuse Act of 1988, 21 U.S.C. Section 862." Manufacture representative Martin Lundhagen Mgr System design & Verification [email protected] +46 8 540 822 00 Fredrik Hedlund System design & Verification [email protected] +46 8 540 822 00 Mogens Kryger Filter & Microwave [email protected] +45 48 169 200

FRONT REAR

LGP Telecom Dokument - Document Assembly Drawing Blad -Sheet 1(1) Uppgjord – Prepared Kontr. - Checked (Sign) Datum - Date Rev Dokumentnr - Document no Jacob Wittrock SYMSKR 2003-06-30 A AD-10891-A Godkänd – Approved Datum/Sign - Date/Sign Tillhör referens - File / reference label location 28 52 product label with FCC ID 51 black out 23

Back PA PCB.jpg Box PA.jpg Front PA PCB.jpg R2A Filter with lid.jpg R2A-FILTER WITH LNA+WALL.jpg R2A-PCB BOTTOM.jpg R2A-PCB TOP.jpg

1 Functional Description 1.1 Schematic overview Figure 1 shows a block-diagram of the LGP TMB system with an external Control Interface Unit. For module functionality descriptions. The TMB system includes: • a 2-carrier integrated Tower Mounted Booster unit (TMB) • one Control Interface Unit (CIU) • one software package and various optional installation kits. PA LNA DUPLEXFILTER DUPLEXFILTER PA LNA DUPLEXFILTER DUPLEXFILTER PSU CSU MODEM TMB SYSTEM MODEM CONTR- OLLER COMM. INTERFACE BTS Tx1/Rx1 Tx2/Rx2 POWER : 110 VAC, 230 V AC or 48 V DC Comm. CIU ARP.1ARP.2 Figure 1a. Functional diagram of TMB with external CIU The TMB contains one dual duplexer for each carrier; one duplexer at the antenna port and one duplexer at the BTS port. A high power amplifier (HPA) is in the Tx path (downlink), and a low noise amplifier (LNA) is in the Rx path (uplink). The TMB contains a switch mode power supply unit (PSU). The power supply is available as either an AC or a DC version (115/230 VAC or +48 VDC). The micro controller (CSU) handles all monitoring of the TMB as well as communication to the CIU. Communication to the CIU is achieved via the RF modem. The CIU is the main interface to the BTS. The CIU contains the physical alarm interface to the BTS, which is relay contacts (3 pole), as well as the infrared PC interface and the serial RS232 interface. 1.2 TMB-1900 The TMB-1900 is available in two configurations: With and without in-build LNA. The TMB-1900 with in-build LNAs is intended for Tower Top mounting close to the antenna and is equivalent to TMB-900 and TMB-1800 as described in figure 1a. The TMB-1900 without LNAs is intended for base mounting close to the base station and includes support (power supply and alarm interface) for four external TMAs to be mounted close to the antennas. The functional diagram is shown in figure 1b. PA DUPLEXFILTER DUPLEXFILTER PA DUPLEXFILTER DUPLEXFILTER PSU CSU MODEM MODEM CONTR- OLLER COMM. INTERFACE BTS Tx1/Rx1 Tx2/Rx2 POWER : 110 VAC, 230 V AC or 48 V DC Comm. CIU TMA- DD TMA- DD to ANT to ANT CINCIN tower top tower base Figure 1b. TMB-1900 with external TMAs 1.3 Abbreviations BTS Base Transceiver Station CIU Control Interface Unit CSU Control Surveillance Unit CW Continuos Wave HPA High Power Amplifier LNA Low Noise Amplifier MS Mobile Station PBU Power Back-up Unit PSU Power Supply Unit TMA Tower Mounted Amplifier (Low Noise) TMB Tower Mounted Booster

LGP Telecom Dokument - Document Technical Report Blad -Sheet 1(3) Uppgjord – Prepared Kontr. - Checked (Sign) Datum - Date Rev Dokumentnr - Document no Fredrik Hedlund (SYFKHD) SYMNLN 2003-08-21 A TR-10410-A Godkänd – Approved Datum/Sign - Date/Sign Tillhör referens - File / reference SYFKHD TR-10410-A.doc Technical description Configurations of TMB-1900 1 Basic configurations of TMB-1900 The TMB is to be designed in two different versions. One of the versions will include both a downlink- and an uplink amplifier (Bi-directional booster). The other version will only include a downlink amplifier (Mono-directional booster). The two different versions of the TMB-1900 are intended for the following two configurations: 1.1 Configuration A Bi-directional Booster (with LNAs) Configuration A , (Bi-directional booster) shown below, describes a TMB intended for installation at the top of the tower. PSU CSU MODEM BTS 1BTS 2 ANT.1ANT.2 LNA DUPLEXFILTER DUPLEXFILTER By-P a s s PA By -P as s Power and VSWR detect. LNA DUPLEXFILTER DUPLEXFILTER By - P a s s PA By - P as s Power and VSWR detect. POWER 115/ 230 V AC 48 V DC COMM./ DC-POWER CIU MODEM CONTR- OLLER COMM. INTERFACE BTS PC Figure 1. TMB-1900 Bi-directional booster system with port definitions. LGP Telecom Dokument - Document Technical Report Blad -Sheet 2(3) Uppgjord – Prepared Datum - Date Rev Dokumentnr - Document no Fredrik Hedlund (SYFKHD) 2003-08-21 A TR-10410-A 1.2 Configuration B Mono-directional Booster (without LNAs ) Configuration B , (Mono-directional booster) shown below, describes a TMB intended for installation at the bottom of the tower. This configuration supports external TMA's for improved uplink The TMB-1900 shall be able to handle up to four external TMAs. (X-TMA) PSU CSU MODEM BTS 1BTS 2 ANT.1 ANT.2 DUPLEXFILTER DUPLEXFILTER PA By-P ass Power and VSWR detect. DUPLEXFILTER DUPLEXFILTER PA By -P a s s Power and VSWR detect. POWER 115/ 230 V AC 48 V DC COMM./ DC-POWER CIU MODEM CONTR- OLLER COMM. INT E R F A C E BTS PC 4 x X-TMA Figure 2. TMB-1900 Mono-directional Booster system with port definitions. The TMB1900 denotes a booster for two (downlink) carriers with integrated power supply, and external Control and Interface unit. This means that the TMB consists of Power amplifiers (PA), Duplex filters, Power supply (PSU), Control and Surveillance Unit (CSU), Modem and Control Interface Unit (CIU). Ports are defined in figure 2. LGP Telecom Dokument - Document Technical Report Blad -Sheet 3(3) Uppgjor d – Prepared Datum - Date Rev Dokumentnr - D ocument no Fredrik Hedlund (SYFKHD) 2003-08-21 A TR-10410-A 2 FCC compliance testing The TMB configuration A and B uses the same hardware. The difference between them is that in the configuration B is the LNA not mounted and four DC output ports are added to support external TMA (LNA) as described above. For the FCC compliance tests configuration A was modified with DC output ports to external TMA as a worst case unit. Product overview Product number TMB configurationPower supply AC or DC LGP01101 B AC LGP01102 B DC LGP01105 A AC LGP01106 A DC

LGP Telecom AB Dokument -Docu ment Test report Blad -Sheet 1(67) Uppgjord -PreparedKontr. -Checked(Sign)Datum -Date Rev Fredrik Hedlund2003-07-07TSR-10349-B Godkänd -ApprovedDatum/Sign -Date/SignTillhör referens -File / reference Martin Lundhagen FCC Test Report FCC CFR 47 PART 2 (24) TMB 1900 LGP011nn LGP Telecom AB Dokument -Document Test Report Blad -Sheet 2(67) Uppgjord -PreparedDatum -Date Rev Dokumentnr -Document no Fredrik Hedlund2003-07-07BTSR-10349-B 1SCOPE................................................................................................................................................................................................3 1.1T ESTOBJECT: ........................................................................................................................................................................... 3 2SUMMARY .......................................................................................................................................................................................3 3DOCUMENT HISTORY...............................................................................................................................................................3 4REFERENCES .................................................................................................................................................................................4 5TES T INSTRUMENTS ..................................................................................................................................................................4 6DESCRIPTION OF TEST OBJECT.........................................................................................................................................5 6.1D OWNLINK................................................................................................................................................................................ 5 6.2U PLINK....................................................................................................................................................................................... 5 6.3P OWERSUPPLY......................................................................................................................................................................... 6 7TESTS .................................................................................................................................................................................................7 7.1RF POWER OUTPUT ............................................................................................................................................................ 7 7.2O CCUPIED BANDWIDTH........................................................................................................................................................... 7 7.3S PURIOUSEMISSION AT ANT PORTS / SPURIOUS AT BAND EDGE...................................................................................... 8 7.4I NTERMODULATION CHARACTERISTICS................................................................................................................................8 8TEST SET UPS .................................................................................................................................................................................9 9APPENDIX A................................................................................................................................................................................. 11 9.1RF POWER OUTPUT ANT 1 ............................................................................................................................................ 11 9.2RF POWER OUTPUT ANT 2 ............................................................................................................................................ 20 9.3O CCUPIED BAND WIDTH ANT 1 ........................................................................................................................................... 29 9.4O CCUPIED BAND WIDTH ANT 2 ........................................................................................................................................... 35 9.5S PURIOUS AT BAND EDGED ANT 1 ..................................................................................................................................... 47 9.6S PURIOUS AT BAND EDGED ANT 2 ..................................................................................................................................... 51 9.7S PURIOUS EMISSION ANT PORT 1......................................................................................................................................... 55 9.8S PURIOUS EMISSION ANT PORT 2......................................................................................................................................... 61 10GAIN PLOT 1930-1990 MHZ................................................................................................................................................... 67 LGP Telecom AB Dokument -Document Test Report Blad -Sheet 3(67) Uppgjord -PreparedDatum -Date Rev Dokumentnr -Document no Fredrik Hedlund2003-07-07BTSR-10349-B 1Scope This document present the test results from the FCC certification tests performed on LGP011nn. The “nn” in the type designation denotes a number between 01-99 All tests were performed according to ref. [2] & [3]. 1.1Test Object: UnitFrequency rangeProduct numberSerial number TMB 19001850-1910 / 1930–1990LGP0110101101X1A1A03110247 FCC ID.:MKALGP011-nn 2Summary The unit passed all performed tests, see table below for details. CFR 47, Part 24Compliant Chapter reference Remark RF Output PowerYes9.1 & 9.2 Occupied BandwidthYes9.3 & 9.4 Conducted Spurious EmissionYes9.7 & 9.8 Radiated Spurious emissionYesSee ref [1][1] Test performed by SP 1 Two Tone Intermodulation tests N/A7.4 1 SP – Sw…

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