BCR-BCEL-1915BATFB 1915 BOOSTER AMP

OPERATIVE ANDOPERATIVE AND MAINTENANCEMAINTENANCE HANDBOOKHANDBOOK Copyright 1998Tekmar Sistemi S.r.l. All Rights Reserved Rel 00 08/04/98 BriteCell Dual Band Operative and maintenance Handbook Tekmar Sistemi S.r.l. keeps the right of any change or improvement without prior notice. Pag.2/15 SYSTEM: BRITECELL Class 1 (High Dynamic Range) OPERATING BAND: Rel.00-980408 ® AMPS 800 + DCS 1800 ® AMPS 800 + PCS 1900 ® GSM 900 + DCS 1800 ® GSM 900 + PCS 1900 INDEX 1. DECLINE OF RESPONSIBILITY....................................................................................3 2. CONFORMITY DECLARATION.....................................................................................4 3. INSTALLATION CONDITIONS.......................................................................................5 4. ASSISTANCE AND WARRANTY CONDITIONS............................................................6 5. WARNING LABELS........................................................................................................7 6. SYSTEM THEORY.........................................................................................................8 7. TECHNICAL DETAILS...................................................................................................9 7.1 OPTICAL CONNECTORS.........................................................................................9 7.2 LOCAL INTERFACE..................................................................................................9 7.2.1 6HE SUBRACK TPR912.............................................................................................................9 7.2.2 PLUG IN LOCAL INTERFACE MODULE....................................................................................9 7.2.3 STANDALONE LOCAL INTERFACE UNIT...............................................................................10 7.2.4 TFL BSI....................................................................................................................................11 7.2.5 CROSSBAND COUPLER TLC2501..........................................................................................11 7.2.6 2-WAYS RF COMBINER TLC 2502/TFL-UDD..........................................................................11 7.2.7 3-WAYS RF COMBINER TLC 2503..........................................................................................11 7.2.8 PAGER DL COMBINER TLC-DB..............................................................................................11 7.3 REMOTE RF OPTICAL TRANSCEIVER.................................................................11 7.3.1 PAGER REMOTE PANEL ACTIVE ANTENNA TPA320...........................................................12 7.3.2 MINIPANEL ANTENNA TPA302...............................................................................................12 7.3.3 FLAT PANEL MULTIBAND ANTENNA TPA 3020.....................................................................12 7.3.4 DOWNLINK AGC.....................................................................................................................12 7.3.5 UPLINK GAIN SETTING...........................................................................................................12 7.3.6 POWER SUPPLY.....................................................................................................................13 8. INSTALLATION HINTS................................................................................................14 8.1 INSTALLATION OF LOCAL INTERFACE...............................................................14 8.2 INSTALLATION OF REMOTE RF OPTICAL TRANSCEIVER................................14 9. POWER LEVELS..........................................................................................................14 Rel 00 08/04/98 BriteCell Dual Band Operative and maintenance Handbook Tekmar Sistemi S.r.l. keeps the right of any change or improvement without prior notice. Pag.3/15 1. DECLINE OF RESPONSIBILITY This handbook provides all necessary information about the device, namely: • installation • usage and possible problem solving • maintenance Tekmar Sistemi advises the accurate reading of this handbook and the respect of the operating instructions given here below, in order to get all necessary information for a correct installation, usage and maintenance of the device. Tekmar Sistemi declines all responsibilities with respect to any possible damage due to an inappropriate usage of this handbook, or to a non-compliance of the rules set up in this handbook. Rel 00 08/04/98 BriteCell Dual Band Operative and maintenance Handbook Tekmar Sistemi S.r.l. keeps the right of any change or improvement without prior notice. Pag.4/15 2. CONFORMITY DECLARATION Tekmar Sistemi S.r.l. DECLARES : that the device related to this usage and maintenance handbook comply with the CE mark requirements, according to the Low Tension Rules 73/23/CEE and Electro-magnetic compatibility Rules 89/392/CEE , and particularly with the following laws and rules : EN Rules IEC Rules Tekmar Sistemi will carefully retain the technical file related to the device design, together with this usage and maintenance handbook, for a minimum time span of 10 years. Signature : Legal Representative of Tekmar Sistemi S.r.l. Rel 00 08/04/98 BriteCell Dual Band Operative and maintenance Handbook Tekmar Sistemi S.r.l. keeps the right of any change or improvement without prior notice. Pag.5/15 3. INSTALLATION CONDITIONS Environmental Conditions : Temperature : 5-40°C Chemical materials : Do not install in corrosive atmosphere or environments, in any environment with explosive materials or with inflammable substances ; Installation site features: The installation of the rack has to be carried out by proper and competent staff. Besides, the system is supposed to be used for indoor installation. The rack has to be positioned in indoor environments, dry and suitable for this purpose, i.e.: • no explosion risks…

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BCR-BCEL-1915BA

DUAL BAND DRAFT DF 096 Rel. 01 April 98Pag.1/7 Tekmar Sistemi s.r.l. All data and information are Tekmar Sistemi S.r.l. proprietary. All data and information herewith provided are believed to be accurate and reliable. Tekmar Sistemi s.r.l. keeps the right of any change or improvement without prior notice. •• Indoor microcoverage •• Up to 1.5 Km remotable •• Wide dynamic range •• Virtually transparent, wideband •• 2 systems ⇒ GSM+DCS ⇒ GSM+PCS ⇒ AMPS+PCS ⇒ AMPS+DCS •• Very small size and weight, compact design •• On-board power supply •• Low power consumption •• Easy to install, wall or ceiling mounting •• Minimum visual impact •• Individual remote alarms •• Dual antenna connection DRAFT DF 096 Rel. 01 April 98 DUAL BAND ACTIVE INDOOR COVERAGE SYSTEM, FIBER OPTIC REMOTELY INTERFACED, FOR ANALOG AND DIGITAL MOBILE TELEPHONE STANDARDS is an RF distribution system for two cellular systems; it is based on TFA compact, low profile remote units, which include a fiber optic to RF interface and power supply; it features an extremely flexible coverage design, with minimum optical impact and installation effort. TFA are fiber optic remotized ,each realizing a link, jointly with the compact local interface TFL or with modular upgrade TFL. Both local interfaces can support and continuously monitor up to 4 remote TFA; in case of failure, a local alarm appears at a specific output in the local interface. Up to 6 modular TFL can be housed in TPR 912, which is a 19" subrack, including power supply, allowing a possible 24 TFA distribution network, when it is at its maximum configuration.TFA remote units offer maximum coverage design flexibility, because of its small size and low power consumption. TFA can be powered by locally available power supply or by low-voltage AC or DC source; this latter option makes it possible to use a mixed fiber/copper cable to power supply the TFA remote units from the same location of TFL local interface. DUAL BAND DRAFT DF 096 Rel. 01 April 98Pag.2/7 Tekmar Sistemi s.r.l. All data and information are Tekmar Sistemi S.r.l. proprietary. All data and information herewith provided are believed to be accurate and reliable. Tekmar Sistemi s.r.l. keeps the right of any change or improvement without prior notice. TFA REMOTE UNIT SPECIFICATIONS OPERATING FREQUENCY BAND See Table 1 RF INTERFACE Dual RF port ConnectorsSMA-F standard (N-F on request) Impedance 50 Ω Return loss> 10 dB FIBER OPTIC INTERFACE Wavelenght1310 ± -10nm SourceLaser, Class 1 (per EN 60825) ReceiverPIN photodiode Allowed optical loss< 3dB Allowed backreflection> -36dB Fiber optic typeSingle mode, 9.5/125um ConnectorsFC-APC MECHANICAL & ENVIRONMENTAL Dimensions240h x 200w x 36d Power supply84 to 264Vac, 18VA (universal mains version) 15 to 24 Vdc/ac, 1.05A (low voltage version) Local alarmOptical power fault or PA Bias fault Operating temperature range+5 to +40 Centigrades, as per ETS 300 019-1-3, Class 3.1 FinishingGlazed stainless steel DUAL BAND DRAFT DF 096 Rel. 01 April 98Pag.3/7 Tekmar Sistemi s.r.l. All data and information are Tekmar Sistemi S.r.l. proprietary. All data and information herewith provided are believed to be accurate and reliable. Tekmar Sistemi s.r.l. keeps the right of any change or improvement without prior notice. TFL LOCAL INTERFACE SPECIFICATION OPERATING FREQUENCY BANDSee table 1 FIBER OPTIC INTERFACE Number of remote interfacesUp to 4 Wavelenght1310 ± 10nm SourceLaser Class 1 (per EN60825) Receiver (1 of 4)PIN photodiode, RF amplifier Allowed optical loss< 3dB Allowed backreflection< -36dB Fiber optic typeSingle mode, 9.5 / 125um ConnectorsFC-APC RF INTERFACE ConnectorsSMA-F Impedance 50Ω Return loss> 10dB RF input level (Meeting ETSI level spurious ) < 3dBm/carrier, 2 carriers <-4dBm/carrier, 10 carriers MECHANICAL & ENVIRONMENTAL Dimensions6HE slot (Modular plug in version) 1HE x 19” x 240mm subrack (Stand alone version) Operating temperature range+5 to +40 Centigrades, as per ETS 300 019-1-3, Class3.1 Power supply84 to 264 Vac, 50-60 Hz, 30VA max. (stand alone version) Internal DC bus, 12 W max (modular plug-in version) DUAL BAND DRAFT DF 096 Rel. 01 April 98Pag.4/7 Tekmar Sistemi s.r.l. All data and information are Tekmar Sistemi S.r.l. proprietary. All data and information herewith provided are believed to be accurate and reliable. Tekmar Sistemi s.r.l. keeps the right of any change or improvement without prior notice. RF SYSTEM PERFORMANCE (TFA in conjunction with 1/4 TFL) OPERATING FREQUENCY BANDSee table 1 Frequency response (UL & DL)± 2dB within the band Frequency translationnone DOWNLINK RF power gain7dB Output power> 20dBm at 1 dB compression > 10dBm/carrier, 2 carriers > 2dBm/carrier, 20 carriers Spurious and intermodulation (not met at 1 dB compr.) < -36 dBm, f ≤ 1GHz < -30 dBm, f ≥ 1GHz Wideband noise< -120dBm / Hz UPLINK RF power gain 17 ± 1dB RF presettable gain reduction (PGR)0dB5dB10dB Noise figure (PGR at 0dB)13 dB Input ICP3 (PGR at 0dB)0 dBm Blocking at 3dB C/N degradation, 200KHz (PGR at 0dB) >-18 dBm Spurious free dynamic range> 72dB, 200 KHz BW > 77 dB, BW = 30 KHz DUAL BAND DRAFT DF 096 Rel. 01 April 98Pag.5/7 Tekmar Sistemi s.r.l. All data and information are Tekmar Sistemi S.r.l. proprietary. All data and information herewith provided are believed to be accurate and reliable. Tekmar Sistemi s.r.l. keeps the right of any change or improvement without prior notice. ORDERING INFORMATION - PART NUMBERS Local interface : TFL ab4H-c afrequency band :21 - GSM+DCS 22 - GSM+PCS 23 - AMPS+PCS 24 - AMPS+DCS btype :0 - modular, plug in 1 - stand alone, mains power supply 2 - stand alone, dc power supply coptical connector :1 - DIN-APC 2 - FC-APC (recommended) 3 - EC-APC 4 - SC-APC DUAL BAND DRAFT DF 096 Rel. 01 April 98Pag.6/7 Tekmar Sistemi s.r.l. All data and information are Tekmar Sistemi S.r.l. proprietary. All data and information herewith provided are believed to be accurate and reliable. Tekmar Sistemi s.r.l. keeps the right of any change or improvement wit…

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Revised: Thursday, May 29, 1997 Revision: 01000103 TFA adeH-c/n Remote Antenna Britecell Dualband Bill Of Materials February17,1999 14:00:02 ItemQty.Ref.ValuePack.Cod.Desc. ______________________________________________ 120C1,C3,C4,C5,C8,C11,C75,10uF 16V40XXXXXXX C78,C101,C132,C138,C168, C170,C222,C223,C224,C239, C241,C245,C248 218C2,C6,C9,C15,C18,C54,C80,10nF40XXXXX00 C84,C109,C134,C136,C161, C164,C177,C182,C209,C210, C227 34MP2,C7,C13,C863.3pF40XXXXX00 423C12,C22,C52,C63,C76,C82,100nF40XXXXX00 C88,C104,C107,C130,C154, C160,C169,C202,C207,C234, C236,C243,C244,C247,C260, C271,C272 52C46,C1422pF40XXXXX00 623C16,C17,C19,C20,C23,C25,100pF40XXXXX00 C26,C55,C64,C66,C73,C81, C85,C108,C110,C135,C137, C162,C163,C178,C183,C208, C211 718C21,C24,C40,C41,C65,C69,1nF40XXXXX00 C70,C71,C74,C87,C140, C149,C156,C157,C174,C176, C179,C192 826C27,C28,C29,C31,C32,C33,68pF40XXXXX00 C36,C37,C38,C49,C50,C91, C92,C93,C144,C146,C147, C150,C165,C166,C167,C186, C187,C188,C195,C216 94MP3,MP5,C34,C1811.8pF40XXXXX00 1032C35,C43,C44,C57,C59,C60,TBD40XXXXX00 C61,C62,C68,C94,C96,C99, C158,C159,C172,C184,C185, C191,C193,C194,C196,C212, C213,C214,C217,C218,C220, C235,C259,C267,C274,C276 1111C42,C47,C48,C51,C151,1pF40XXXXX00 C173,C225,C228,C229,C232, C233 122C258,C451.5pF40XXXXX00 138C53,C237,C238,C240,C242,220uF 16V40XXXXXXX C268,C269,C270 144C58,C171,C175,C1972.7pF40XXXXX00 157C67,C72,C180,C190,C200,47pF40XXXXX00 C204,C206 Pag. 1 Foglio1 Revised: Friday, July 11, 1997 Revision: 01002102 TFL04 LOCALE BRITECELL rev02 Bill Of Materials October29,1997 8:55:46 ItemQty.Ref.ValuePack.Cod.Desc. 140LS1,LD1,L1,J1,C1,LS2,LD2,TBD L2,J2,C2,LD3,J3,C3,LD4, J4,LD5,J5,C5,LD6,J6,C6, LD7,C7,LD8,L8,C29,C30, C31,C32,C33,C34,C35,C36, C37,C38,C39,C40,C41,R49, R51 210C4,C8,C13,C14,C15,C16,47pF C21,C22,C23,C24 38C9,C10,C11,C12,C17,C18,470pF C19,C20 42C28,C2510uF 16V 54C26,C27,C42,C43100nF 65DZ1,DZ2,DZ3,DZ4,DZ5BZX84 5V1030XXXX00 78D1,D2,D5,D6,D8,D9,D10,BYD17D D13 81D3BAV70 91H1TRAS1:4 101IC1HEF4077B 111IC2HEF4082B 121IC578M08 131JP1RX1 ON 141JP2RX1 OFF 151JP3RX2 ON 161JP4RX2 OFF 171JP5RX3 ON 181JP6RX3 OFF 191JP7RX4 ON 201JP8RX4 OFF 211L3VK200 224L4,L5,L6,L71uH 232R1,R17820 242R18,R256 252R4,R35,6 2615R5,R6,R7,R9,R10,R12,R13,1K R15,R24,R29,R34,R39,R44, R46,R47 271R8220 2813R11,R14,R23,R26,R28,R31,2.7K R33,R36,R38,R41,R43,R45, R48 293R16,R19,R20100 309R22,R25,R27,R30,R32,R35,10K R37,R40,R42 311R500 Pagina 1 Revised: Tuesday, September 02, 1997 Revision: 0.0P 01003820 TFB815 RF Booster AMPS Bill Of Materials February17,1999 14:00:02 ItemQty.Ref.ValuePack.Cod.Desc. ______________________________________________ 12J13,J14SMA050700X00 21J15MOLEX 1625-02R2 31J16PLUG AC MALE 41LD1RED LED 5mm 51LD2GREEN LED 5mm 61R11K01XXXXX00 Pag. 1 Revised: Tuesday, September 02, 1997 Revision: 0.0P 01003820 TFB825 RF Booster AMPS Bill Of Materials February17,1999 14:00:02 ItemQty.Ref.ValuePack.Cod.Desc. ______________________________________________ 12J13,J14SMA050700X00 21J15MOLEX 1625-02R2 31J16RM12-3P 41LD1RED LED 5mm 51LD2GREEN LED 5mm 61R11K01XXXXX00 Pag. 1 Revised: Tuesday, September 02, 1997 Revision: 0.0P 01003923 TLB 805 LNA Booster rev03 Bill Of Materials February17,1999 14:00:02 ItemQty.Ref.ValuePack.Cod.Desc. ______________________________________________ 15C1,C3,C4,C5,C191nF40XXXXX00 23C2,C21,C25100pF40XXXXX00 31C61.5pF40XXXXX00 45C7,C8,C23,C40,C42TBD40XXXXX00 53C9,C10,C1133pF40XXXXX00 65C12,C13,C14,C15,C412.7pF40XXXXX00 71C168.2pF40XXXXX00 83C17,C29,R48TBD 95C18,C20,C22,C26,C27100nF40XXXXX00 101C2410uF40XXXXXXX 112C28,C34100nF 124C30,C31,C32,C3347uF 50V 134C35,C36,C37,C38220uF 16V 141C392.2pF40XXXXX00 151C4322uF 50V 162DP1,DP2DFY2R836CR881BHD 171DZ15V1 181D1BAR1430101700DIODO BAV 99 sot 23 192D6,D2BAT17030XXXX00 204D3,D4,D7,D9BAV7030101600DIODO BAV 70 sot 23 211D5BYD17D030XXXX00 221D8BYV28 231FLT1TBD0801XXX00 242JP1,JP2STRIP 2.54 252JP3,JP4STRIP 2.54 700100200'JUMPER CON ESTRATTORE 262J2,J1SMA050700X00 273J3,J5,J6MSTBV 2,5/2-G-5,08 281J4MSTBV 2,5/3-G-5,08 293L1,L3,L53sp. 302L2,L62sp. 311L44sp. 323L7,L9,L10VK200 331L8330uH 341PD1TBD140X00100 356P1,P2,P3,P4,P5,P6 361RL1A5W-K 371RV110 K 381R1120115XXX00 391R22.7K0115XXX00 403R3,R11,R12330115XXX00 412R4,R51800115XXX00 422R6,R606800115XXX00 435R7,R10,R14,R15,R55TBD0115XXX00 442R9,R88,20115XXX00 451R1300115XXX00 463R16,R22,R242.2K0115XXX00 471R171000115XXX00 481R1847K0115XXX00 491R19180K0115XXX00 501R20NTC 2200115XXX00 511R215600115XXX00 522R23,R29470K0115XXX00 Pag. 1 Revised: Tuesday, July 01, 1997 Revision: 01000903 TLBC CONTROLLO LASER BIAS REV.03 Bill Of Materials February18,1999 8:06:42 ItemQty.Ref.ValuePack.Cod.Desc. ______________________________________________ 12C1,C4470nF 23C2,C5,C1110uF 16V 35C3,C6,C9,C10,C14100nF 41C7TBD 52C8,C131nF 61C12220pF 71D1BAV70 83IC1,IC2,IC3LM258D 92RV2,RV110 K 101R1390K 115R2,R16,R17,R21,R271K 128R3,R5,R7,R10,R12,R13,R18,10K R22 133R4,R26,R282K2 141R6470K 152R8,R114K7 161R98K2 171R14120 181R1582 191R1933 201R200 211R231K8 221R251K5 231R29100 241R30100K 251T1BFR93A 261T2RFD8P05 271T3BCX19 Pag. 1 531R251.8K0115XXX00 542R26,R614.7K0115XXX00 551R271M0115XXX00 561R2822K0115XXX00 575R30,R33,R34,R39,R5310K0115XXX00 582R38,R312.2M0115XXX00 591R324700115XXX00 602R35,R368200115XXX00 614R37,R51,R62,R631K0115XXX00 628 R40,R41,R42,R43,R44,R45,10115XXX00 R46,R47 631R491K 641R50150 651R521.2K0115XXX00 661R5612K0115XXX00 671R571.5K 681R581.8K 691R5915 1W 701T1BFG540W/X 713T2,T3,T4BCX19 721T2RFD8P05 732U1,U2LM224 741U3LM2576T-5 Pag. 2 JUMPER CON ESTRATTORE Pag. 3 Pag. 4 Foglio1 322R52,R54470 332R53,R554.7K 344R56,R57,R58,R592.2K 351R60560 364R61,R62,R63,R64100K 373SP1,SP2,SP3SPLITTER C.S. 3815T1,T2,T3,T4,T5,T6,T7,T8,BCX19 T9,T10,T11,T12,T13,T14, T15 Pagina 2 162C95,C773.9pF40XXXXX00 1715C79,C89,C90,C105,C111,100nF C114,C116,C117,C119,C126, C129,C133,C145,C152,C153 182C83,C9822pF 192C97,MP15.6pF40XXXXX00 201C1004.7pF40XXXXX00 212C102,C11847uF 35V 229C103,C106,C120,C124,C226,1uF120640XXXXX00 C252,C253,C254,C275 232C115,C1131uF1206 244C121,C125,C127,C14810uF 16V 252C122,C131470nF 262C249,C1234…

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OPT.PWR ALARM THRESHOLD G SCHEMA ELETTRICO S D Tuesday, July 01, 1997 Monday, January 26, 1998 G.POMPIGNOLIG.POMPIGNOLI 01000903.DSN A4 1 1 01000903 TLBC Controllo Laser Bias Rev.03 COPYRIGHT TEKMAR SISTEMI s.r.l. v.De Crescenzi 40-48018-Faenza(RA)-ITALY TITLE: PRODUCT CODE:REV: EMISSION DATE: PAGEOF SCHEMATIC NAME: DATE: DESIGN: REVISED: FILE: Sheet SUPERVISOR: Of size: DESCRIPTION: +12V+8V +12V +8V R1 390K R3 10K R4 2K2 R5 10K R6 470K R7 10K R10 10K R12 10K R16 1K R17 1K T1 BFR93A R20 0 R22 10K R26 2K2 C1 470nF C2 10uF 16V SMD + C3 100nF C4 470nF C6 100nF C10 100nF IC1B LM258D + - 5 6 7 IC2A LM258D + - 3 2 1 8 4 IC2B LM258D + - 5 6 7 R8 4K7 R25 1K5 IC1A LM258D + - 3 2 1 8 4 R15 82 C11 10uF 16V + R2 1K R27 1K R9 8K2 R18 10K RV2 10 K R23 1K8 D1 BAV70 R28 2K2 RV1 10 K IC3A LM258D + - 3 2 1 8 4 C9 100nF C8 1nF R14 120 R29 100 C12 220pF R19 33 T2 RFD8P05 C7 TBD + C5 10uF 16V SMD + R21 1K R13 10K T3 BCX19 R11 4K7 R30 100K C13 1nF C14 100nF LBM+OUT 17 LBM-OUT 18 POLOW 10 IALL 15 LED 8 GND 2 GND 4 GND 7 GND 9 GND 11 GND 13-14 GND 16 GND 19+8V 1+12V 3 LASERBIAS 20 OPTPWR 12 Tuesday, September 02, 1997 Wednesday, May 06, 1998 Pompignoli G. 01003820.DSN A4 1 1 01003820 TFB825 RF Booster AMPS COPYRIGHT TEKMAR SISTEMI s.r.l. v.De Crescenzi 40-48018-Faenza(RA)-ITALY TITLE: PRODUCT CODE:REV: EMISSION DATE: PAGEOF SCHEMATIC NAME: DATE: DESIGN: REVISED: FILE: Sheet SUPERVISOR: Of size: DESCRIPTION: H3 DC724 GND GND +12V +12V J11 4 J11 3 J11 2 J11 1 J12 4 J12 1 J12 3 J12 2 H2 B815 RF DL/UL RF DL/UL +12V GND RELE' ALARM COMM. RELE' ALARM N.C. RELE' ALARM N.O. GND O/C ALARM ANODO CATODO J1 J2 J3 1 J3 2 J4 1 J4 2 J4 3 J5 1 J5 2 P3 P4 J13 SMA LD1 RED LED 5mm LD2 GREEN LED 5mm R1 1K J16 RM12-3P 1 2 3 J15 MOLEX 1625-02R2 12 J14 SMA Tuesday, September 02, 1997 Wednesday, May 06, 1998 Pompignoli G. 01003820.DSN A4 1 1 01003820 TFB815 RF Booster AMPS COPYRIGHT TEKMAR SISTEMI s.r.l. v.De Crescenzi 40-48018-Faenza(RA)-ITALY TITLE: PRODUCT CODE:REV: EMISSION DATE: PAGEOF SCHEMATIC NAME: DATE: DESIGN: REVISED: FILE: Sheet SUPERVISOR: Of size: DESCRIPTION: H3 ZWS15-12 GND GND +12V +12V J11 4 J11 3 J11 2 J11 1 J12 L J12 N J12 1 H2 B815 RF DL/UL RF DL/UL +12V GND RELE' ALARM COMM. RELE' ALARM N.C. RELE' ALARM N.O. GND O/C ALARM ANODO CATODO J1 J2 J3 1 J3 2 J4 1 J4 2 J4 3 J5 1 J5 2 P3 P4 LD2 GREEN LED 5mm R1 1K J16 PLUG AC MALE 1 2 3 J14 SMA LD1 RED LED 5mm J15 MOLEX 1625-02R2 12 J13 SMA Monday, May 11, 1998 Monday, May 11, 1998 Pompignoli G. 01003820.DSN A4 1 1 01003820 TFB825/3 RF Booster AMPS COPYRIGHT TEKMAR SISTEMI s.r.l. v.De Crescenzi 40-48018-Faenza(RA)-ITALY TITLE: PRODUCT CODE:REV: EMISSION DATE: PAGEOF SCHEMATIC NAME: DATE: DESIGN: REVISED: FILE: Sheet SUPERVISOR: Of size: DESCRIPTION: H3 DC724 GND GND +12V +12V J11 4 J11 3 J11 2 J11 1 J12 4 J12 1 J12 3 J12 2 H2 B815 RF DL/UL RF DL/UL +12V GND RELE' ALARM COMM. RELE' ALARM N.C. RELE' ALARM N.O. GND O/C ALARM ANODO CATODO J1 J2 J3 1 J3 2 J4 1 J4 2 J4 3 J5 1 J5 2 P3 P4 J13 N LD1LD2 GREEN LED 5mm 1K J16 1 2 J15 MOLEX 1625-02R2 2 J14 SCHEMA ELETTRICO UP LINK DOWN LINK ALARM LED Tuesday, September 02, 1997 Friday, September 11, 1998 Luca DalmonteGiuliano Pompignoli 01003923.DSN A3 0 0 01003923 TLB 805 LNA Booster rev03 COPYRIGHT TEKMAR SISTEMI s.r.l. v.De Crescenzi 40-48018-Faenza(RA)-ITALY TITLE: PRODUCT CODE:REV: EMISSION DATE: SCHEMATIC NAME: DATE: DESIGN: REVISED: FILE: Sheet SUPERVISOR: Of size: DESCRIPTION: +5V +Vdc +5V +5V +Vdc +Vdc +5V +5V +5V +5V +5V T1 BFG540W/X R3 33 R2 2.7K R7 TBD R9 8.2 R8 8.2 R10 TBD R1 12 C6 1.5pF C1 1nF C8 TBD C7 TBD C3 1nF C4 1nF C5 1nF C25 100pF R18 47K R19 180K DP1 DFY2R836CR881BHD ANT TX RX R6 680 C2 100pF C9 33pF R15 TBD R4 180 P1 D8 BYV28 C28 100nF C35 220uF 16V + C38 220uF 16V + C34 100nF C36 220uF 16V + C31 47uF 50V + C32 47uF 50V + C33 47uF 50V + L8 330uH C30 47uF 50V + R50 150 R49 1K R48 TBD C37 220uF 16V + L10 VK200 U3 LM2576T-5 ON/OFF 5 FEED 4 IN 1 GND 3 OUTP 2 L7 VK200 L9 VK200 R40 1 R35 820 R36 820 R39 10K R33 10K R38 2.2M R31 2.2M R32 470 R25 1.8K R41 1 R42 1 R43 1 R44 1 R45 1 R46 1 R47 1 J3 MSTBV 2,5/2-G-5,08 12 J4 MSTBV 2,5/3-G-5,08 1 2 3 J5 MSTBV 2,5/2-G-5,08 1 2 T2 BCX19 RL1 A5W-K R26 4.7K C10 33pF R27 1M P6 R20 NTC 220 C26 100nF P2 R21 560 R11 33 R13 0 R12 33 R5 180 C11 33pF R14 TBD C16 8.2pF R30 10K D7 BAV70 P5 R16 2.2K D6 BAT17 C20 100nF C21 100pF D2 BAT17 C17 TBD R17 100 D4 BAV70 J6 MSTBV 2,5/2-G-5,08 1 2 C39 2.2pF C40 TBD C41 2.7pF R53 10K D3 BAV70R24 2.2K C23 TBD R55 TBD R56 12K L1 3sp. C42 TBD R23 470K T4 BCX19 R52 1.2K P3 P4 T2 RFD8P05 R59 15 1W R58 1.8K C43 22uF 50V + DZ1 5V1 R57 1.5K PD1 TBD -+ JP1 STRIP 2.54 JP2 STRIP 2.54 JP3 STRIP 2.54 JP4 STRIP 2.54 D9 BAV70 R60 680 DP2 DFY2R836CR881BHD ANT TX RX C14 2.7pF L5 3sp. C15 2.7pF C12 2.7pF C13 2.7pF L4 4sp. L2 2sp. L3 3sp. L6 2sp. U1D LM224 + - 12 13 4 11 14 U1C LM224 + - 10 9 4 11 8 U1A LM224 + - 3 2 4 11 1 U1B LM224 + - 5 6 4 11 7 U2D LM224 + - 12 13 4 11 14 U2A LM224 + - 3 2 4 11 1 U2B LM224 + - 5 6 4 11 7 U2C LM224 + - 10 9 4 11 8 C22 100nF D1 BAR14 C19 1nF C18 100nF D5 BYD17D J2 SMA R34 10K R63 1K C29 TBD + R29 470K C27 100nF R22 2.2K J1 SMA R37 1K R62 1K R61 4.7K R51 1K T3 BCX19 FLT1 TBD C24 10uF + R28 22K RV1 10 K Tuesday, September 02, 1997 Friday, May 08, 1998 Pompignoli G. 01005520.DSN A4 1 1 01005520 B815 RF Booster (parte RF) COPYRIGHT TEKMAR SISTEMI s.r.l. v.De Crescenzi 40-48018-Faenza(RA)-ITALY TITLE: PRODUCT CODE:REV: EMISSION DATE: PAGEOF SCHEMATIC NAME: DATE: DESIGN: REVISED: FILE: Sheet SUPERVISOR: Of size: DESCRIPTION: H1 TLB144 RF OUT RF IN GND +5V J7J8 J9 J10 TLB805 0100392x RF DL/ULRF DL/UL AC2 AC1 RELE' ALARM COMM. RELE' ALARM N.C. RELE' ALARM N.O. GND O/C ALARM +5V GND RF IN RF OUT J1J2 J3 1 J3 2 J4 1 J4 2 J4 3 J5 1 J5 2 J6 1 J6 2 P1 P2 +BATT 12V GND GND TFA a d e H - c / n a d e c n 21 GSM - DCS GSM - PCS 22 23 24 AMPS - DCS AMPS - PCS DPX1, DPX3, DPX4 DFY21R88C1R96BHG; DPX1, DPX3, DPX4 DFY21R74C1R84BHE; FLT1 F5CH-902M50-L2EW ; FLT3 F6CE-1G7475-L2YA DPX1, DPX3, DPX4 DFY21R74C1R84BHE; FLT2 F5CH-947M50-L2EV FLT2 F5CH-947M50-L2EV DP…

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Master: ktlPT24BASE Date: November 2, 1998 KTL Test Report:8R01061 Applicant:Allen Telecom Group 140 Vista Centre Drive Forest, Virginia 24551 Equipment Under Test:TFB 1915 Booster Amp (E.U.T.) FCC ID:BCR-BCEL-1915BA In Accordance With:FCC Part 24, Subpart E Broadband PCS Base Station Tested By:KTL Ottawa Inc. 3325 River Road, R.R. 5 Ottawa, Ontario K1V 1H2 Authorized By: _____________________________ T. Tidwell, Wireless Group Manager Date:_____________________________ Total Number of Pages:86 KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 2 of 76 Table of Contents Section 1. Summary of Test Results General Summary of Test Data Section 2. General Equipment Specification Specifications Description of Modifications for Class II Permissive Change Modifications Made During Testing Theory of Operation System Diagram Section 3. RF Power Output Test Results Measurement Data Power Over Bandwidth Graphs Section 4. Occupied Bandwidth Occupied Bandwidth (CDMA) Test Results CDMA Input and Output Graphs Occupied Bandwidth (GSM) Test Results GSM Input and Output Graphs Occupied Bandwidth (NADC) Test Results NADC Input and Output Graphs Section 5. Spurious Emissions at Antenna Terminals Test Results Test Data Graphs Section 6. Field Strength of Spurious Test Results Test Data Test Data - Radiated Emissions - Uplink Test Data - Radiated Emissions - Downlink Photographs of Test Setup Pre-Scan Data KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 3 of 76 Table of Contents, continued Section 7. Frequency Stability Test Results Measurement Data Graphs Section 8. Test Equipment List Annex A - Test Methodologies RF Power Output Occupied Bandwidth (CDMA) Occupied Bandwidth (GSM) Occupied Bandwidth (NADC) Spurious Emission at Antenna Terminals Field Strength of Spurious Frequency Stability Annex B - Test Diagrams R.F. Power Output Occupied Bandwidth Spurious Emissions at Antenna Terminals Field Strength of Spurious Frequency Stability KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 4 of 76 Section 1.Summary of Test Results Manufacturer:Allen Telecom Group Model No.:TFB 1915 Serial No.:Demo 1 General:All measurements are traceable to national standards. These tests were conducted on a sample of the equipment for the purpose of demonstrating compliance with FCC Part 24, Subpart E. New SubmissionProduction Unit Class II Permissive ChangePre-Production Unit TNB Equipment Code THIS TEST REPORT RELATES ONLY TO THE ITEM(S) TESTED. THE FOLLOWING DEVIATIONS FROM, ADDITIONS TO, OR EXCLUSIONS FROM THE TEST SPECIFICATIONS HAVE BEEN MADE. See “ Summary of Test Data”. NVLAP LAB CODE: 100351-0 TESTED BY: _____________________________________ DATE: ___________________ Kevin Carr, Technologist TECHNICAL REVIEW:_____________________________ DATE:____________________ KTL Ottawa Inc. authorizes the above named company to reproduce this report provided it is reproduced in its entirety and for use by the company’s employees only. Any use which a third party makes of this report, or any reliance on or decisions to be made based on it, are the responsibility of such third parties. KTL Ottawa Inc. accepts no responsibility for damages, if any, suffered by any third party as a result of decisions made or actions based on this report. This report applies only to the items tested. KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 5 of 76 Summary Of Test Data NAME OF TESTPARA. NO.SPEC.MEAS.RESULT RF Power Output24.232100W0.012WComplies Occupied Bandwidth (CDMA)24.238N/APlotComplies Occupied Bandwidth (GSM)24.238N/APlotComplies Occupied Bandwidth (NADC)24.238N/APlotComplies Spurious Emissions at Antenna Terminals 24.238(a)-13 dBm-13.0 dBmComplies Field Strength of Spurious Emissions24.238(a)-13 dBm E.I.R.P. -30.3 dBmComplies Frequency Stability24.235 ± 0.05 ppm N/AN/A Footnotes For N/A’s: Test Conditions:LAB:Temperature: 19 °C Humidity:27 % OATS:Temperature: -10 °C Humidity:20 % KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 6 of 76 Section 2.General Equipment Specification Supply Voltage Input: 120 VAC, 60 Hz Frequency Range(s): 1850 – 1910 MHz / 1930 – 1990 MHz Type of Modulation and CDMAGSMNADC Designator: (F9W)(GXW)(DXW) Emission & Bandwidth Designator: Not Applicable Output Impedance: 50 ohm RF Output (Rated): 0.012 W Band Selection: SoftwareDuplexer Change Fullband Coverage KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 7 of 76 Description of Modifications For Class II Permissive Change KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 8 of 76 Modifications Made During Testing KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 9 of 76 System Description The RF Booster Units TFB are intended to enhance the transmit power capabilities of the Brite Cell remote transceivers. System Diagram KTL OttawaFCC PART 24, SUBPART E BROADBAND PCS BASE STATION PROJECT NO.: 8R01061 EQUIPMENT: TFB 1915 Booster Amp FCC ID: BCR-BCEL-1915BA Page 10 of 76 Section 3.RF Power Output NAME OF TEST: RF Power OutputPARA. NO.: 2.985 TESTED BY: Kevin CarrDATE: December 7, 1998 Test Results:Complies. Measurement Data:Uplink Modulation TypeOutput Power (dBm) Output Power (w) CDMA13.00.0200 GSM13.50.0224 NADC11.00.0126 Downlink Modulation TypeOutput Power (dBm) Output Power (w) CDMA18.20.0661 GSM18.00.0631 NADC17.70.05…

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