BCR-RPT-EAC2100Broadband PCS repeater

TIA-136 DIGITAL EAC-2100  Manual - - - D R A F T - - - Order No. xx-xxx-xx Issue 02/01  Copyright 2001 All Rights Reserved HEALTH AND SAFETY WARNINGS Installer Warning: Any over-the-air radiated use of this product is intended to be used with either Roof Top (Building-mount) or Pole Mounted (Non-building-mount) Antennas. Antenna installation must conform within the following guidelines to meet FCC RF exposure limits. Otherwise a environmental evaluation is required if: Narrowband PCS (subpart D): Non-building-mounted antennas: height above ground level to lowest point of antenna < 10m Radio (Part 24) and total power of all channels > 1000 W ERP (1640 W EIRP). Building-mounted antennas: Total power of all channels > 1000 W ERP (1640 W EIRP). Cellular Radiotelephone Service (Part 22, subpart H): Non-building-mounted antennas: height above ground level to lowest point of antenna < 10m Radio (Part 22) and total power of all channels > 1000 W ERP (1640 W EIRP). Building-mounted antennas: Total power of all channels > 1000 W ERP (1640 W EIRP). For clarification, please refer to FCC rules, 47 CFR ch. I, part 1.1307 F Note: The electrical installation has to be performed in accordance with the safety regulations of the local authorities. Due to safety reasons, the electrical installation must be performed by qualified personnel. Subsequent installation, commissioning and maintenance activities that require the unit to be powered with the cover open shall only be carried out by suitably qualified personnel. F Note: The grounding of the Unit has to be performed in accordance with local electrical codes. A grounding bolt is provided at the bottom of the cabinet in order to connect the earth bonding cable. F Note: The Unit weighs 210 lb (95 kg). Make sure that a suitable mounting surface is used if it is to be wall-mounted, or an adequate floor surface to support the weight is available if it is to be pedestal-mounted. Also, make sure that adequate lifting tools are available for placing the unit either on its wall bracket or on the pedestal. Field Support If you need technical assistance with the EAC-2100  , contact MIKOM US, an Allen Telecom Company at one of the following telephone numbers: Extend-A-Cell HOTLINE: (800) 800-7465 or (804) 386-5340 LIMITED WARRANTY MIKOM, an ALLEN TELECOM COMPANY, ("ALLEN TELECOM") warrants, on the terms and conditions hereto set forth, all products manufactured by it to be free under normal use and service from defects in materials and workmanship for a period of one (1) year from the date of shipment, to the first consumer (the "Warranty Period"). ALLEN TELECOM's obligation under this Limited Warranty is limited to prompt repair or replacement of the product, at its option, without charge, at an authorized ALLEN TELECOM dealer or at the factory of ALLEN TELECOM in Forest, Virginia, when the product is returned to an authorized dealer or to the factory with all transportation charges prepaid and examination of the product shall disclose it to have been defective in the respects aforesaid during the Warranty Period. The Limited Warranty shall not be extended beyond its original term with respect to any part or parts repaired or replaced by ALLEN TELECOM hereunder. The Warranty Period shall not apply to any product which has been repaired or altered in any manner by anyone other than ALLEN TELECOM or an authorized outlet of ALLEN TELECOM, or if the defect, malfunction or failure of the product was caused by damage by lightning, flood or other acts of nature or by power surges, or from unreasonable use, or from improper installation or application, or to any product which has not been maintained or used in accordance with the operating specifications set forth in ALLEN TELECOM's written instructions. IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE ARE LIMITED IN DURATION TO THE WARRANTY PERIOD SPECIFIED ABOVE. UNDER NO CIRCUMSTANCES SHALL ALLEN TELECOM BE LIABLE FOR ANY CONSEQUENTIAL DAMAGES FOR BREACH OF THIS WARRANTY OR OF ANY IMPLIED WARRANTY. Some states do not allow limitation on how long an implied warranty lasts, so the above limitation may not apply to you. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you. This Warranty gives you specific legal rights, and you may also have other rights which vary from state to state. ALLEN TELECOM neither assumes nor authorizes any person to assume for it any obligation or liability other than as herein expressly stated. 1900 MHz HIGH POWER TRANSLATING CHANNEL SELECTIVE REPEATER for TIA/EIA-136 PCS Networks MIKOM’s EAC2100 repeater is designed to provide wide area coverage for TIA/EIA-136, 1900 MHz networks. High power and gain, achievable due to the intelligent F1 to F2 architecture, allow the EAC2100 to provide coverage extension normally available only from macro-cells. Isolation requirements are also minimized due to the translating nature of the repeater. The repeater boosts up to four TIA/EIA-136 carriers with channel selective RF cards. The EAC2100’s architecture is frequency agile both on the donor and coverage channels. The EAC2100 uses state of the art DSP technology coupled with a high speed Power PC processor to decode the TIA/EIA-136 message stream. The EAC2100 fully supports the TIA/EIA-136 Standard and its feature set. The EAC2100 is software configurable and remotely manageable via a modem dial up link. Call traffic statistics are logged and reported over a rolling weekly window. All setup parameters are software settable via the local port or dial- up link. The repeater is designed for easy installation and outdoor use. • Frequency Translating Channel Selective Operation • 2 or 4 Channel Capacity • High Forward Output Power • 12.5 Watts each for 4 Channels • 25 Watts each for 2 Channels • Multiple Cabinets for Up to 8 Channels • Full TIA/EIA-136 Feature Set including: • Extended…

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KTL Dallas FCC PART 24, SUBPART E BROADBAND PCS REPEATERS EQUIPMENT:EAC 2100PROJECT NO.:0L0551RUS1 Page 6 of 40 Description of Operation System Diagram The EAC-2100 booster is available in either a two-channel or a four-channel configuration. Each RF channel is capable of handling three full-rate TDMA channels. Therefore, a four-channel EAC-2100 can provide one DCCH channel and 11 DTC DTC channels. Also, two EAC-2100 boosters may be operated together to provide up to eight RF-channel operation (1 DCCH plus 23 DTC DTC channels). A digital control cable connects the two cabinets together to allow one cabinet to handle the DCCH duties. A block diagram of the EAC-2100 is shown in figure 1-2. Up to four 800 MHz TDMA modules are used. These modules are similar to those used in the EAC-2000, with the main difference being that they have a lower output power level in the reverse direction. Like the EAC-2000, these modules provide the frequency translation feature necessary to allow high-gain repeater operation. Block converters are used to convert the PCS band to the 800 MHz band, and likewise the 800 MHz band to the PCS band. A Forward Block Converter and a Reverse Block Converter is used. Each block converter has its own synthesizer and local-oscillator control for performing the block conversion process. The Forward Block Converter converts the 1930-1990 MHz signals from the donor cell site to the 870-890 MHz band. The 870-890 MHz block is fed to the 800 MHz TDMA RF modules for signal processing. The outputs of the 800 MHz modules are individually converted back to the 1930-1990 MHz band for subsequent transmission to the repeater coverage area. Since the PCS band is wider than the 800 MHz tuning range of the 800 MHz RF modules, the Block Converters cover the PCS band in three 20 MHz segments. M1 DUPLEXER 1930-1990 45W 45W 45W 45W M2 DUPLEXER 800 MHz FWD 800 MHz REV 800 MHz FWD 800 MHz REV 800 MHz FWD 800 MHz REV TDMA RF MODULES 4-WAY UP- CONVERTER 4-WAY DOWN- CONVERTER SYNTHESIZER & L.O. FORWARD BLOCK CONV. 4-WAY COMBINER & UP- CONVERTER DIVERSITY SWITCH & 4-WAY DWN CONVERTER SYNTHESIZER & L.O. REVERSE BLOCK CONV. DONOR DUPLEXER LINEAR M1 ANT M2 ANT DONOR ANT 1850-1910 1850-1910 1930-1990 870-890 825-845 1930-1990 1850-1910 800 MHz FWD 800 MHz REV

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KTL Dallas FCC PART 24, SUBPART E BROADBAND PCS REPEATERS EQUIPMENT:EAC 2100PROJECT NO.:0L0551RUS1 Page 6 of 40 Description of Operation System Diagram The EAC-2100 booster is available in either a two-channel or a four-channel configuration. Each RF channel is capable of handling three full-rate TDMA channels. Therefore, a four-channel EAC-2100 can provide one DCCH channel and 11 DTC DTC channels. Also, two EAC-2100 boosters may be operated together to provide up to eight RF-channel operation (1 DCCH plus 23 DTC DTC channels). A digital control cable connects the two cabinets together to allow one cabinet to handle the DCCH duties. A block diagram of the EAC-2100 is shown in figure 1-2. Up to four 800 MHz TDMA modules are used. These modules are similar to those used in the EAC-2000, with the main difference being that they have a lower output power level in the reverse direction. Like the EAC-2000, these modules provide the frequency translation feature necessary to allow high-gain repeater operation. Block converters are used to convert the PCS band to the 800 MHz band, and likewise the 800 MHz band to the PCS band. A Forward Block Converter and a Reverse Block Converter is used. Each block converter has its own synthesizer and local-oscillator control for performing the block conversion process. The Forward Block Converter converts the 1930-1990 MHz signals from the donor cell site to the 870-890 MHz band. The 870-890 MHz block is fed to the 800 MHz TDMA RF modules for signal processing. The outputs of the 800 MHz modules are individually converted back to the 1930-1990 MHz band for subsequent transmission to the repeater coverage area. Since the PCS band is wider than the 800 MHz tuning range of the 800 MHz RF modules, the Block Converters cover the PCS band in three 20 MHz segments. M1 DUPLEXER 1930-1990 45W 45W 45W 45W M2 DUPLEXER 800 MHz FWD 800 MHz REV 800 MHz FWD 800 MHz REV 800 MHz FWD 800 MHz REV TDMA RF MODULES 4-WAY UP- CONVERTER 4-WAY DOWN- CONVERTER SYNTHESIZER & L.O. FORWARD BLOCK CONV. 4-WAY COMBINER & UP- CONVERTER DIVERSITY SWITCH & 4-WAY DWN CONVERTER SYNTHESIZER & L.O. REVERSE BLOCK CONV. DONOR DUPLEXER LINEAR M1 ANT M2 ANT DONOR ANT 1850-1910 1850-1910 1930-1990 870-890 825-845 1930-1990 1850-1910 800 MHz FWD 800 MHz REV

4. Setting Up for Initial Operation EAC-2100 Manual: (Draft, 02/01) Page 4-24 4.6 Setting Output Power 4.6.1 Setting Power Levels for Forward PAs 1−4 1. With the system power OFF, connect power measuring equipment to the M1 antenna port for channels 1 and 2, and to the M2 antenna port for channels 3 and 4. Turn the power back on. Output power may be monitored using a through-line wattmeter (or a wattmeter with a built-in load) to monitor output power. 2. From the SET Main Menu, type B <CR> to display the Power Amplifiers Menu. 3. Type K <CR> to key a forward PA. 4. Type 1 <CR> to key PA 1 and display the forward power output as measured at the sensor. Power Amplifiers Menu Default Values A Forward PA Power Step - DTC........................................................................0 B Forward PA Power Step - DCCH....................................................................0 C Forward PA Power Step - Hand-off.................................................................0 D Forward PA Power Low Alarm Point - DTC.....................................+40 dBm E Forward PA Power Low Alarm Point - DCCH.................................+40 dBm F Forward PA Power Low Alarm Point - Hand-off..............................+40 dBm G Reverse PA Power Set - DTC............................................................+20 dBm H Reverse PA Power Set - DCCH.........................................................+20 dBm I Reverse PA Power Low Alarm Point - DTC.....................................+15 dBm J Reverse PA Power Low Alarm Point - DCCH..................................+15 dBm K Key Forward PA..................................POWER ADJ/COMBINER TUNING L Key Reverse PA...................................................POWER MEASUREMENT 4. Setting Up for Initial Operation EAC-2100 Manual: (Draft, 02/01) Page 4-25 4.7.1 Adjusting Power Levels for PAs 1−4 (Continued) 5. Set the desired power level in dBm • If using a wattmeter, record the actual power reading (note, there may be small differences between the entered power level and the actual measured power level due to tolerances of the internal power reading circuitry and the external power meter). • The power reading at the M1 connector (for channels 1 & 2) or the M2 connector (for channels 3 & 4) should be +40.8 ± 1 dBm (12.5 watts nominal). 4. Setting Up for Initial Operation EAC-2100 Manual: (Draft, 02/01) Page 4-26 4.6.2 Setting Reverse Path Output Power (If Necessary) The output power in the reverse direction (from booster to donor cell) is +20 dBm per channel. It is set at a much lower level than in the forward direction to prevent reuse interference with other cells that may be in the system. If the minimum received signal requirements are met for the forward direction, then by reciprocity +20 dBm per channel in the reverse direction is sufficient. F NOTE: Adjustment of the reverse power level is seldom needed. However, in certain installations the output level may need to be reduced. The +20 dBm output level can be reduced with the following procedure: 1. From the SET Main Menu, type B <CR> to display the Power Amplifiers Menu. 2. Use selections I and J , the reverse PA power for DTC and DCCH channels. 3. Enter the desired level from +5 to +20 dBm. Another way to remedy this situation is to install pads in increments of 10 dB between the donor antenna and the donor duplexer ANT connector. This method has the added advantage of increasing effective antenna isolation. 4.6.3 Setting PA Power Low Alarm Points Note that the Power Amplifiers Menu also includes the low power alarm points. The default values are appropriate for PAs set to the factory power levels. If the power outs have been adjusted lower than this, reduce the alarm points as well. Normally, the alarm point should be set 5 dB lower than the power reported on the terminal while keyed. 4. Setting Up for Initial Operation EAC-2100 Manual: (Draft, 02/01) Page 4-27 4.6.4 Setting Time and Report Values The EAC-2100 keeps various statistics of calls handled by the booster and alarms that have been logged: • Running totals of the number and duration of calls handled per board can be displayed using the DCS command. • Incremental totals of certain call statistics can be displayed using the DCH command. • Alarms logged since the last system reset can be displayed using the ALA command. The EAC-2100 clock is used in updating these statistics. To set the clock and reset the report values to 0, complete the following steps: 1. At the > prompt, type TIM to access the clock. Enter the current date and time. 2. Type DCH=0 to reset the Display Call History parameter. 3. Type DCS=0 to reset the Display Call Statistics parameter. 4. Type ALA=0 to reset the Alarm Report parameter.

KTL Dallas FCC PART 24, SUBPART E BROADBAND PCS REPEATERS EQUIPMENT:EAC 2100PROJECT NO.:0L0551RUS1 Page 24 of 40 Photographs of Test Setup FRONT VIEW REAR VIEW

TLB0219 Rev B (IS-136 PCS Amplifier Module) SCHEMATICS AND PARTS LIST DOC n° : SL01001Date issued : Feb 01 Revision : -Date revised : CONFIDENTIEL 46, allée de Megevie - 33174 GRADIGNAN Tél. (5) 56 89 56 19 - Fax. (5) 56 89 53 44 S.A. au capital de 1 000 000 francs - R.C.S. Bordeaux B 380 341 685 - APE 322 A N° TVA Intracommunautaire FR 02 380 341 685 TLB0219 Rev B SCHEMATICS AND PARTS LIST ASSEMBLY LEVEL 2ASSEMBLY LEVEL 1DESIGNATIONDOCUMEN T TYPEPAGE TLB0219 Rev BIS-136 PCS AMPLIFIER MODULESC01002SCHEMATIC PARTS LIST 1 2 TLA0295 Rev CAMPLIFIERSC00008DSCHEMATIC PARTS LIST 3 5 TLA0296 Rev CCONTROLSC00009DSCHEMATIC PARTS LIST 11 12 I I Q Q RF IN + - + - + - + - Approuvé : Mat. Echelle : Page 1/1 46 allée de Megevie 33174 GRADIGNAN CEDEX Dess. M QUEBRE Page 1 RF OUT TLA0296 Rev C TLA0295 Rev C TLB0219 Rev B : IS-136 PCS Amplifier Module Fich. : SC01002.DRW Dess. : SC01002 Date : 06/02/01 Révision : LISTE DES COMPOSANTS TLB0219BLISTE DES COMPOSANTS TLB0219B TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. CN1 SMS FEMEMBASE POUR CIKRFSMB001SUHNER81 SMS-50-0-1/111ims2177132510001 CN2SMS FEMEMBASE POUR CIKRFSMB001SUHNER81 SMS-50-0-1/111ims2177132510001 CN3MALE 2x4 pas 2.54CONNECTEURKDMM02041SAMTECMTSW-104-07-T-D-130SAMTECMTSW-104-07-T-D-130 DV165TVS 420x220x65BOITE CARTONZGC65TVS1CPHKM65TVSCPHKM65TVS DV2NACO 420x220x45MOUSSE ALVEOLEEZGP422241ADIPACKME00067D DV360NSE1 420x220x20MOUSSE ALVEOLEEZGPCPHKM2CP HKM60NSE1 DV460NSE1 420x220x20MOUSSE ALVEOLEEZGPCPHKM2CP HKM60NSE1 ET10x4.5mmETIQUETTEESA010451CABLOGCAB45-1045 HW1TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW2TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW3TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW4TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW5TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ TL1POWER AMPLICIRCUITTLA0295RCTELIATLA0295C TL2CONTROLSCIRCUITTLA0296RCTELIATLA0296C Page 2 Amplificateur single channel 50W PCS From Control IN VA C1 VF C2 Mat. Echelle : 46 allée de Megevie 33174 GRADIGNAN CEDEX Approuvé: Dess. M QUEBRE Page 1/2 7 3 2 1 5 6 4 8 IN2 Vs 12 Gate DS2 DS1 Gnd IN1 SD 8 4 Temp +26V +26V To control +26V switch +8V +26V Page 3 Date : 21/04/00 +26V +26V from Control C1C2 VAVF TempSD +26V TLA0295C : Power Amplifier Révision : D Fich.: SC00008D.DRW Dess.: SC00008D Dess. M QUEBREDate : 06/02/01 F1 CP1 R1 R2 R3 R4 C1 CP2 R5 R6 C2 C3 IC1 IC2 C7 C6 C8 R7 C5 C4 C9 CP3 R8 CC1 C10 IC3 C11 R9R11 R10R12 L1 L2 IC4 L3 C17 R18R17R16 R15 C16C15 C14C13 R13R14 C12 R19 C19 C18 IC5 R27 C25 DZ4 Q1 R25R24 D1 C24 DZ3 R23 RP1 C22 R26 C23 R22 IC6 DZ2 DZ1 C21 R21 C20 R20 IC7 L7 R67 R69 R68 L6 C91 R71 R70 CN4 CN3 CN1 CN7 C96 L9 R72 CTN1 CTN2 Mat. Echelle : 46 allée de Megevie 33174 GRADIGNAN CEDEX Approuvé: Dess. M QUEBRE OUT To Control +12V Page 2/2 +12V +26V switch +26V switch From page 1 Page 4 Date : 21/04/00 TLA0295C : Power Amplifier Révision : D Fich.: SC00008D.DRW Dess.: SC00008D Dess. M QUEBREDate : 06/02/01 CP4 C26 R63 CV1 Q2 C31 C32 C27 R28 C28 R29 R30 R31 R32 Q6 R33 R34R35R36 C29C30 C33 C34C35 C36 C39 C38 C37 Q3 R37 C40C41 RV1 R38 R39 D2 RV2 R40 C42 IC8 C43 R41 C45C44 R42 C54 Q4 CV2 C46 C47 R43 C48 R44 R45 R46 R47 Q7 R48 R49R50R51 C53 C52 C55 C51 C50 C49 C58 C59 C56 Q5 C60 C61 C57 CP5 RP2 CC2 RP3 CP6 C89 C73 CV4Q9 R57 L5 C72 C71 R55 Q11 C70 RV4 R56 C69 C68 IC9 C67 C62 C64 C65 C63 CV3 R52 Q8 C86 C85 C84 C83 C82 C81 C80 C79 R54 RV3 C66 R53 Q10 C87 RP4 CP7 C76 C78 C77 C75 C74 R62 R60 R61 C88 R59 R58 L4 R65 R66 R64 CN2 CN6 C93 C92 C94 C95 LISTE DES COMPOSANTS TLA0295CLISTE DES COMPOSANTS TLA0295C TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. C01 1pF-50VCAPA0603CCS11R0B1PHILIPS0603CG10B9BBAVXPAS DE +/-0.1pF C0268pF-50VCAPA0603CCS1680J1AVX06035A680JAT2APHILIPS C0368pF-50VCAPA0603CCS1680J1AVX06035A680JAT2APHILIPS C041nF-50VCAPA0603CCS1102K1AVX06035C102KAT2APHILIPS06032R102K9BB00 C051nF-50VCAPA0603CCS1102K1AVX06035C102KAT2APHILIPS06032R102K9BB00 C061nF-50VCAPA0603CCS1102K1AVX06035C102KAT2APHILIPS06032R102K9BB00 C071nF-50VCAPA0603CCS1102K1AVX06035C102KAT2APHILIPS06032R102K9BB00 C0868pF-50VCAPA0805CCS2680J1VITRAMONVJ0805A680JXATMSIEMENSB37940 K5680J62 C0968pF-50VCAPA0805CCS2680J1VITRAMONVJ0805A680JXATMSIEMENSB37940 K5680J62 C101nF-50VCAPA0603CCS1102K1AVX06035C102KAT2APHILIPS06032R102K9BB00 C1122pF-50VCAPA0603CCS1220J1AVX-KYOCERA06035A220JAT00JAVX06035A220JAT2A C1210nF-50VCAPA0805CCS2103M1VITRAMONVJ0805Y103KXATAVX08055C103KAT2A C130.1μF-50VCAPA0805CCS2104M1SIEMENSB37941K5104K62 C143.3μF-16V293D SIZE BCTB335161AVXTAJB335K016RKEMETT491B335K016AS C1510nF-50VCAPA0805CCS2103M1VITRAMONVJ0805Y103KXATAVX08055C103KAT2A C161nF-50VCAPA0603CCS1102K1AVX06035C102KAT2APHILIPS06032R102K9BB00 C1710nF-50VCAPA0805CCS2103M1VITRAMONVJ0805Y103KXATAVX08055C103KAT2A C180.1μF-50VCAPA0805CCS2104M1SIEMENSB37941K5104K62 C190.1μF-63VCAPA1206CCS3104M1VITRAMONVJ1206Y104MXATPHILIPS12062R104K9BB0D C200.1μF-63VCAPA1206CCS3104M1VITRAMONVJ1206Y104MXATPHILIPS12062R104K9BB0D C210.1μF-63VCAPA1206CCS3104M1VITRAMONVJ1206Y104MXATPHILIPS12062R104K9BB0D C220.1μF-63VCAPA1206CCS3104M1VITRAMONVJ1206Y104MXATPHILIPS12062R104K9BB0D C230.1μF-63VCAPA1206CCS3104M1VITRAMONVJ1206Y104MXATPHILIPS12062R104K9BB0D C2410nF-50VCAPA0805CCS2103M1VITRAMONVJ0805Y103KXATAVX08055C103KAT2A C2510μF-50V593D SIZE ECTXE106J1SIEMENSB45197-A7106-K509SPRAGUE593D106X9050E2 C265.6pFATC 100ACCAA5R6C1TEKELEC500CHA5R6CVLEATC100A5R6CP150X C271.5pFATC 100ACCAA1R5B1TEKELEC500CHA1R5BVTEKELEC500CHA1R5BV C280.1μF-50VCAPA0805CCS2104M1SIEMENSB37941K5104K62 C290.1μF-63VCAPA1206CCS3104M1VITRAMONVJ1206Y104MXATPHILIPS12062R104K9BB0D C3010nF-50VCAPA0805CCS2103M1VITRAMONVJ0805Y103KXATAVX08055C103KAT2A C3127pF-50VCAPA0805CCS2270J1VITRAMONVJ0805A270JXATMSIEMENSB37940K5270J62 C324.7pFATC 100ACCAA4R7C1TEKELEC500CHA4R7CWLATC100A4R7CP500X C3310nF-50VCAPA0805CCS2103M1VITRAMONVJ0805Y103KXATAVX08055C103KAT2A C340.1μF-63VCAPA1206CCS3104M1VITRA…

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TLB0233 (Feedforward Amplifier 30W 1850-1910 MHz 26dB gain) SCHEMATICS AND PARTS LIST DOC n° : SL01002Date issued : Fev 01 Revision :Date revised : CONFIDENTIEL 46, allée de Megevie - 33174 GRADIGNAN Tél. (5) 56 89 56 19 - Fax. (5) 56 89 53 44 S.A. au capital de 1 000 000 francs - R.C.S. Bordeaux B 380 341 685 - APE 322 A N° TVA Intracommunautaire FR 02 380 341 685 TLB0233 SCHEMATICS AND PARTS LIST ASSEMBLY LEVEL 2ASSEMBLY LEVEL 1DESIGNATIONDOCUMEN T TYPEPAGE TLB0233AMPLI FF 30W 1850-1910 MHz 26dB GAINSC01003SCHEMATIC PARTS LIST 1 2 TLA0220 Rev ECONTROL98SC036ESCHEMATIC PARTS LIST 4 6 TLA0205 Rev AERROR98SC021BSCHEMATIC PARTS LIST 14 15 TLA0216 Rev CMAIN98SCO032DSCHEMATIC PARTS LIST 18 19 TLA0239 Rev BL.A.R.98SCO032DSCHEMATIC PARTS LIST 18 24 TLA0208 Rev ADC TO DC CONVERTER98SC023ASCHEMATIC PARTS LIST 25 26 Approuvé : Mat. Echelle : 46 allée de Megevie 33174 GRADIGNAN CEDEX Dess. M QUEBRE Page 1/1 +26V IN OUT Page 1 DC/DC +12V+12V TLA0208 Rev A TLA0205 Rev A TLA0216 Rev C TLA0239 Rev B TLA0220 Rev E Révision : TLB0233 : Feedforward Amplifier 30W 1850-1910MHz 26dB gain Fich. : SC01003.DRW Dess. : SC01003 Date : 07/02/01 LISTE DES COMPOSANTS TLB0233LISTE DES COMPOSANTS TLB0233 TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. CN1 SUB D 15PTS MALE FILTCONNECTEURKSM150002FERROPERM15MB102Z500PFCTFC 15P5K120 CN2SMA FEM 2 TROUSEMBASE (+pin+téfl 5mm)KCNF01003IMS2276.42.2017.195IMS DV1RPM07-2EMBALLAGEZUCRPM072PSDBoîte fourreau + ceinturePSDBoîte fourreau + ceinture DV2Ø 6mm L=4.8mmCAPUCHONADA060481MOPACA6.0S4.8R VINYLE 9238 DV3Ø 6mm L=4.8mmCAPUCHONADA060481MOPACA6.0S4.8R VINYLE 9238 ET150.8x25.4 PREIMPRIMEEETIQUETTEESA050251CABLOGCAB42-508254 ET2ULTRADESTRUCTIBLEETIQUETTEEMAGARAN1BRADYTHT-5-351-10 ET3ULTRADESTRUCTIBLEETIQUETTEEMAGARAN1BRADYTHT-5-351-10 ET4ULTRADESTRUCTIBLEETIQUETTEEMAGARAN1BRADYTHT-5-351-10 ET5ULTRADESTRUCTIBLEETIQUETTEEMAGARAN1BRADYTHT-5-351-10 HW01Hex. M/F M3/US L=6ENTRETOISE SUB DVANH03061HARTING096700099740967000997409670009974 HW02Hex. M/F M3/US L=6ENTRETOISE SUB DVANH03061HARTING096700099740967000997409670009974 HW03INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW04INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW05INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW06INOX 2.5mmECROUVEIH25191Ecrou M2.5 INOXEcrou M2.5 INOX HW07INOX 2.5mmECROUVEIH25191Ecrou M2.5 INOXEcrou M2.5 INOX HW08INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW09INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW10INOX TC 2.5x5 PZVISVVCI25052TC M 2.5X5 INOX PZTC M 2.5X5 INOX PZ HW11INOX TC 2.5x5 PZVISVVCI25052TC M 2.5X5 INOX PZTC M 2.5X5 INOX PZ HW12INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW13INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW14INOX TC 2.5x8 PZVISVVIC25082TC M 2.5X8 INOX PZDIN7985 TC M2.5X8 INOX PZ HW15INOX TC 2.5x8 PZVISVVIC25082TC M 2.5X8 INOX PZDIN7985 TC M2.5X8 INOX PZ HW16BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW17BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW18BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW19BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW20BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW21BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW22BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW23BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW24BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW25BTR INOX 2.5x6VISVVIB25061CHC M2.5 X 6 INOXCHC M2.5 X 6 INOX HW26INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW27INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW28INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW29INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW30INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW31INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ Page 2 Feedforward Class AB PR9 1850-1910MHz 26dB Gain LISTE DES COMPOSANTS TLB0233LISTE DES COMPOSANTS TLB0233 TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. HW32 INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW33INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW34INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW35INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW36INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW37INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW38INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW39INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW40INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW41INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW42INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW43INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW44INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW45INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW46INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW47INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW48INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW49INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW50INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZTC M2 X 8 INOX PZ HW51INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX ME197ME124A-99SE001COUVERCLE N°1 RP9MZ097124ADEMSO97ME124A-99SE001 ME299ME063BBASE CUIVRE RP9MBB99063BIDMM99ME063BA.D.M.I99ME063B ME…

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TLB0257 (IS-136 PCS Amplifier Module) (1930-1990MHz 55W) SCHEMATICS AND PARTS LIST DOC n° : SL01003Date issued : Feb 01 Revision : -Date revised : CONFIDENTIEL 46, allée de Megevie - 33174 GRADIGNAN Tél. (5) 56 89 56 19 - Fax. (5) 56 89 53 44 S.A. au capital de 1 000 000 francs - R.C.S. Bordeaux B 380 341 685 - APE 322 A N° TVA Intracommunautaire FR 02 380 341 685 TLB0257 SCHEMATICS AND PARTS LIST ASSEMBLY LEVEL 2ASSEMBLY LEVEL 1DESIGNATIONDOCUMEN T TYPEPAGE TLB0257IS-136 PCS AMPLIFIER MODULESC01004SCHEMATIC PARTS LIST 1 2 TLA0317AMPLIFIERSC00026ASCHEMATIC PARTS LIST 3 5 TLA0296 Rev CCONTROLSC00009DSCHEMATIC PARTS LIST 11 12 I I Q Q RF IN + - + - + - + - Approuvé : Mat. Echelle : Page 1/1 46 allée de Megevie 33174 GRADIGNAN CEDEX Dess. M QUEBRE Page 1 RF OUT Révision : TLA0317 TLA0296 Rev C TLB0257 : IS-136 PCS Amplifier Module (1930-1990MHz 55W) Fich. : SC01004.DRW Dess. : SC01004 Date : 07/02/01 LISTE DES COMPOSANTS TLB0257LISTE DES COMPOSANTS TLB0257 TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. CN1 SMS FEMEMBASE POUR CIKRFSMB001SUHNER81 SMS-50-0-1/111ims2177132510001 CN2SMS FEMEMBASE POUR CIKRFSMB001SUHNER81 SMS-50-0-1/111ims2177132510001 CN3MALE 2x4 pas 2.54CONNECTEURKDMM02041SAMTECMTSW-104-07-T-D-130SAMTECMTSW-104-07-T-D-130 DV165TVS 420x220x65BOITE CARTONZGC65TVS1CPHKM65TVSCPHKM65TVS DV2NACO 420x220x45MOUSSE ALVEOLEEZGP422241ADIPACKME00067D DV360NSE1 420x220x20MOUSSE ALVEOLEEZGPCPHKM2CP HKM60NSE1 DV360NSE1 420x220x20MOUSSE ALVEOLEEZGPCPHKM2CP HKM60NSE1 ET10x4.5mmETIQUETTEESA010451CABLOGCAB45-1045 HW1TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW2TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW3TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW4TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ HW5TF 2.5x8 PZVISVVIF25082TF M 2.5 X 8 INOX PZTF M2.5 X 8 INOX PZ TL1POWER AMPLICIRCUITTLA0317R0TELIATLA0317 TL2CONTROLSCIRCUITTLA0296RCTELIATLA0296C Page 2 SCPA 55W IS136 PCS From Control IN VA C1 VF C2 Mat. Echelle : 46 allée de Megevie 33174 GRADIGNAN CEDEX Dess. M QUEBRE Page 1/2 7 3 2 1 5 6 4 8 IN2 Vs 12 Gate DS2 DS1 Gnd IN1 SD 8 4 Temp +26V +26V To control +26V switch +8V +26V CTN CTN +26V +26V from Control C1C2 VAVF TempSD +26V Date : 31/10/00 App.: L BERTHELOT Page 3 TLA0317 : Power Amplifier Fich.: SC00026A.DRW Dess.: SC00026A Dess. M QUEBREDate : 07/02/01 Révision : A F1 CP1 R1 R2 R3 R4 C1 CP2 R5 R6…

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