BCR-RPT-MOR801Cellular Repeater with Optical Interface

Andrew Wireless Innovations Group

Click to zoom

Application Details

Equipment Class: AMP - Amplifier
Date of Grant: Jan 27, 2000
Application Purpose: Original Equipment
Date of Application: Sep 28, 1999
Equipment Note: Cellular Repeater with Optical Interface
Frequency Range: 869.00000000 - 894.00000000
Company: Andrew Wireless Innovations Group
Country: United States

Documents & Files

Select a file to view

Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

User’s manual for Remote Unit MOR801B Power M0070A0A.docId.-No 151155Page 118-June-99 User’s manual for band or channel selective Remote Unit MOR801B Power (Id.-No. 147359) Author:Approved:QA: User’s manual for Remote Unit MOR801B Power M0070A0A.docId.-No 151155Page 218-June-99 Table of Contents LIST OF UNIT SPECIFIC ABBREVIATIONS6 CONTENTS OF DELIVERY9 HEALTH AND SAFETY WARNING 10 PREAMBLE11 1 INTRODUCTION13 1.1Intended purpose13 1.2About the MOR801B POWER13 2 FUNCTIONAL DESCRIPTION14 2.1General15 2.2RF modules15 2.3Mother board17 2.4Control module SM 200918 2.5Duplexer19 2.6Active Combiner20 2.7Transceiver MFY130920 2.8FSK modulator21 2.94-way-Splitter22 2.10Measuring aids22 2.11Power supply22 2.12Feed forward amplifier24 User’s manual for Remote Unit MOR801B Power M0070A0A.docId.-No 151155Page 318-June-99 3 FUNCTIONS AND FEATURES25 3.1Band and channel selectivity25 3.2Gain setting25 3.3ALC26 3.4BITE and alarms26 3.4.1Handling of alarms28 3.4.2Status report29 3.4.3Severity levels30 4 OPTIONAL EQUIPMENT32 4.1VSWR module32 4.2External alarms32 4.3Battery backup module34 5SPECIFICATION36 5.1Electrical specification36 5.2Optical specification38 5.3Mechanical specification38 5.4Environmental and safety38 5.5External electrical interfaces39 5.5.1Electrical power39 5.5.2RF connection40 5.5.3Optical connector40 6 INSTALLATION41 6.1Mechanical installation42 6.2Electrical installation45 6.2.1Grounding45 6.2.2Power connection46 6.2.3Connection of the antenna cable46 6.2.4Connecting fibre optic cables47 User’s manual for Remote Unit MOR801B Power M0070A0A.docId.-No 151155Page 418-June-99 7SETTING TO WORK49 7.1Preparation49 7.2Setting of operational parameters50 7.2.1Manual setting of the attenuation by means of rotary switches50 7.2.2Settings via personal computer as terminal52 7.2.3Remote control via Master Unit54 8 TROUBLE SHOOTING55 8.1Error indication55 8.2Boot process55 8.3Alarm monitoring with the STATUS HIST command56 8.4Power supply56 8.5General remarks56 9 MAINTENANCE57 9.1General57 9.2Replacement of the fuses (mains)57 9.3Replacement of the power supply fuse58 9.4Replacement of the mains cable58 9.5Replacement of the RAM / RTC battery59 9.6Replacement of the dummy battery backup module60 9.7Replacement of the duplexer61 9.8Replacement of RF modules62 9.9Replacement of the control module SM 200964 9.10Replacement of power supplies65 9.11Replacement of Active Combiner modules66 9.12Replacement of feed forward amplifier67 9.13Replacement of the FSK modulator69 User’s manual for Remote Unit MOR801B Power M0070A0A.docId.-No 151155Page 518-June-99 9.14Replacement of the Transceiver MFY130969 10SPARE PARTS LIST70 11CONFIGURATION LIST72 12APPENDIX73 12.1Installation drawing of the Repeater73 12.2Top view of the Repeater (left-hand side , four channel configuration)74 12.3Top view of the Repeater (right-hand side, four channel configuration)75 12.4One channel configuration –block diagram and cabling76 13INDEX78 User’s manual for Remote Unit MOR801B Power M0070A0A.docId.-No 151155Page 618-June-99 LIST OF FIGURES AND TABLES table 1-1 List of international sales offices............................................................................. 12 figure 2-1 Block diagram of MOR801B Power...................................................................... 14 figure 2-2 Top view of an RF module .................................................................................... 16 figure 2-3 Top view of a mother board .................................................................................. 17 figure 2-4 Top view of the control module............................................................................. 18 figure 2-5 Top view of the duplexer....................................................................................... 19 figure 2-6 Top view of an Active Combiner module.............................................................. 20 figure 2-7 Transceiver MFY1309 .......................................................................................... 20 figure 2-8 Installation position of the Transceiver.................................................................. 21 figure 2-9 Configuration of the connecting pins..................................................................... 21 figure 2-10 Top view of the 4-way-Splitter (Transceiver dismounted) .................................. 22 figure 2-11 Mounting position of power supplies .................................................................. 23 figure 2-12 ON / OFF position of external switch.................................................................. 24 figure 2-13 Top view of the feed forward amplifier ............................................................... 24 figure 3-1 Position of rotary switches .................................................................................... 25 figure 3-2 Position of failure LEDs ........................................................................................ 26 figure 3-3 Status hist report.................................................................................................... 27 table 3-4 List of all available alarms ...................................................................................... 28 figure 3-5 Example of a GET1 report..................................................................................... 29 figure 3-6 Example of a STATUS report ............................................................................... 30 figure 4-1 Clamps for external alarms.................................................................................... 32 figure 4-2 Cable configuration and installation position ........................................................ 34 figure 4-3 Mounting position of batteries............................................................................... 35 figure 5-1 Screw terminal for mains cable ............................................................................. 39 fig…

Text truncated - open the document above for the full version.

Cover Letter(s)

Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 USA Authority to Act as Agent to the Federal Communications Commission On our behalf, I appoint KTL Dallas, Inc. to act as agent in the preparation of this application for equipment authorization to the Federal Communications Commission. I certify that submitted Exhibits properly describe the device or system for which equipment authorization is sought. I also certify that each unit manufactured, imported or marketed, as defined in the Commission’s regulations will have affixed to it a label identical to that submitted for approval with this application. Dated this 1 Day of September 1999 Agency agreement expiration date: 09/01/00 By: _____________________Sydney J Ludwig Title: Manager Documentation Administration Telephone: 1-804-386-5215 Applicant: Allen Telecom Systems

Parts List/Tune Up Info

Active combiner Id.-No. 148687P1368B0D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1BA679MMELF_C41715pin diode7 0.6 V2BA679MMELF_C41715pin diode7 0.6 V3BA679MMELF_C41715pin diode2 0.6 V4BA679MMELF_C41715pin diode2 0.6 V5ZMM5.1MMELF_C90134voltage reference2 1.5 V6n.b.WW107_C V8AH1SOT89HF_C148692amplifier V11BCX56SOT89_C81539transistor SCA2148693amplifier90 5.5 Active combiner Id.-No. 148688P1368B0D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1BA679MMELF_C41715pin diode7 0.6 V2BA679MMELF_C41715pin diode7 0.6 V3BA679MMELF_C41715pin diode2 0.6 V4BA679MMELF_C41715pin diode2 0.6 V5ZMM5.1MMELF_C90134voltage reference2 1.5 V6n.b.WW107_C V8AH1SOT89HF_C148692amplifier V11BCX56SOT89_C81539transistor SCA2148693amplifier90 5.5 CDMA Extension Module Id.-No. 148709P1365B9A DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference15 V2ZMM5.1MMELF_S90134voltage reference145 V3BAR63-4SOT23_C140692attenuator330.5 V4BAR63-4SOT23_C140692attenuator30.5 V6MAR4SMWW107_S144378amplifier404.8 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier453.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18MSA-2111SOT143_C129114amplifier293.6 V19BAR63-4SOT23_C140692attenuator1.80.5 V23SNA-586SNA_C143511amplifier685 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.1- V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor20.7 V41BFP420SOT343A_C148422rf npn transistor30 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44HSMP 3892SOT23_C148251pin diode40.5 V46BCX17SOT23_C23663pnp transistor0.3- V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.50.6 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator50.5 V55BAR63-4SOT23_C140692attenuator50.5 V56BCX19SOT23_S23861npn transistor450.1 V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor1- V63BSS131SOT23_S142304modfet n1- V64BCX19SOT23_S23861npn transistor3- V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S TDMA Extension Module Id.-No. 148710P1365BAA DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference155.1 V2ZMM5.1MMELF_S90134voltage reference15.1 V3BAR63-4SOT23_C140692attenuator10.5 V4BAR63-4SOT23_C140692attenuator10.5 V6MAR4SMWW107_S144374amplifier404.9 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier443.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18n.b.SOT143_C V19BAR63-4SOT23_C140692attenuator1.50.5 V23ERA2SMSNA_C144379amplifier443.6 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.010.2 V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor2.50.7 V41BFP420SOT343A_C148422rf npn transistor303 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44n.b.SOT23_C V46BCX17SOT23_C23663pnp transistor0.30.2 V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.34.5 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator30.5 V55BAR63-4SOT23_C140692attenuator30.5 V56BCX19SOT23_S23861npn transistor V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor10.2 V63BSS131SOT23_S142304mosfet n0.70.2 V64BCX19SOT23_S23861npn transistor30.2 V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S V118ERA2SMWW107_C144379amplifier443.6 TDMA Basic Module Id.-No. 148712P1358BAA DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference155.1 V2ZMM5.1MMELF_S90134voltage reference15.1 V3BAR63-4SOT23_C140692attenuator10.5 V4BAR63-4SOT23_C140692attenuator10.5 V5MAR4SMWW107_S144374amplifier404.9 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier443.6 V12ERA2SMSNA_C144379amplifier443.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18n.b.SOT143_C V19BAR63-4SOT23_C140692attenuator1.50.5 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.010.2 V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor2.50.7 V41BFP420SOT343A_C148422rf npn transistor303 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44n.b.SOT23_C V46BCX17SOT23_C23663pnp transistor0.30.2 V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.34.5 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator30.5 V55BAR63-4SOT23_C140692attenuator30.5 V56BCX19SOT23_S23861npn transistor V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor10.2 V63BSS131SOT23_S142304mosfet n0.70.2 V64BCX19SOT23_S23861npn transistor30.2 V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S V118ERA2SMWW107_C144379amplifier443.6 CDMA Basic Module Id.-No. 148713P1358B9A DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134Voltage Reference15 V2ZMM5.1MMELF_S90134Voltage Reference145 V3BAR63-4SOT23_C140692Attennuator330.5 V4BAR63-4SOT23_C140692Attenuator30.5 V5MAR4SMWW107_S144378RF amplifier404.8 V7MRF5812SO8NB_C140923NPN Transistor506 V8LL4148MMELF_C…

Text truncated - open the document above for the full version.

Parts List/Tune Up Info

Active combiner Id.-No. 148687P1368B0D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1BA679MMELF_C41715pin diode7 0.6 V2BA679MMELF_C41715pin diode7 0.6 V3BA679MMELF_C41715pin diode2 0.6 V4BA679MMELF_C41715pin diode2 0.6 V5ZMM5.1MMELF_C90134voltage reference2 1.5 V6n.b.WW107_C V8AH1SOT89HF_C148692amplifier V11BCX56SOT89_C81539transistor SCA2148693amplifier90 5.5 Active combiner Id.-No. 148688P1368B0D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1BA679MMELF_C41715pin diode7 0.6 V2BA679MMELF_C41715pin diode7 0.6 V3BA679MMELF_C41715pin diode2 0.6 V4BA679MMELF_C41715pin diode2 0.6 V5ZMM5.1MMELF_C90134voltage reference2 1.5 V6n.b.WW107_C V8AH1SOT89HF_C148692amplifier V11BCX56SOT89_C81539transistor SCA2148693amplifier90 5.5 Final Amplifier Id.-No. 148698P1349B1B DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1n.b.MMELF_C V2n.b.MMELF_C V3n.b.MMELF_C V4n.b.MMELF_C V5n.b.MMELF_C V6BAS7004SOT23_C61440schottky diode 0.30.5 V7n.b.SOT23_C V8n.b.PM2103_C V9LL4148MMELF_C15321diode 0-1.5 V10LL4148MMELF_C15321diode 0-1.5 V11MGF0906BMGF0906_C96008amplifier 10009.5 V12MGF0906BMGF0906_C96008amplifier 10009.5 V13MAR2SMWW107_C144372amplifier 00 V14ERA2SMWW107_C144379amplifier 00 V15ZMM5.1MMELF_C90134attenuator 1.55 V16BAS7004SOT23_C61440schottky diode 0.30.5 V18n.b.MMELF_C V19BAS7004SOT23_C61440schottky diode 0.30.5 V21BAS7004SOT23_C61440schottky diode 0.30.5 V23AH1SOT89HF_C148692amplifier 1004.5 Final Amplifier Id.-No. 148698P1192B2B DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1MBR1645TO2203_C102418attenuator11000.3 V101MBR1645TO2203_C102418attenuator11000.3 V102BCX17SOT23_C23663pnp transistor0.50.7 V103BCX17SOT23_C23663pnp transistor01 V104BCX17SOT23_C23663pnp transistor0.50.7 V105BCX17SOT23_C23663pnp transistor0.512 V2BCX17SOT23_C23663pnp transistor0.50.7 V201ZMM4.3MMELF_C90092attenuator0.014.3 V202BCX19SOT23_C23861pnp transistor09 V203BCX19SOT23_C23861pnp transistor09 V204ZMM4.3MMELF_C90092attenuator0.014.3 V3BCX17SOT23_C23663pnp transistor015 V4BCX17SOT23_C23663pnp transistor0.50.7 V5BCX17SOT23_C23663pnp transistor0.512 CDMA Extension Module Id.-No. 148709P1365B9A DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference15 V2ZMM5.1MMELF_S90134voltage reference145 V3BAR63-4SOT23_C140692attenuator330.5 V4BAR63-4SOT23_C140692attenuator30.5 V6MAR4SMWW107_S144378amplifier404.8 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier453.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18MSA-2111SOT143_C129114amplifier293.6 V19BAR63-4SOT23_C140692attenuator1.80.5 V23SNA-586SNA_C143511amplifier685 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.1- V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor20.7 V41BFP420SOT343A_C148422rf npn transistor30 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44HSMP 3892SOT23_C148251pin diode40.5 V46BCX17SOT23_C23663pnp transistor0.3- V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.50.6 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator50.5 V55BAR63-4SOT23_C140692attenuator50.5 V56BCX19SOT23_S23861npn transistor450.1 V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor1- V63BSS131SOT23_S142304modfet n1- V64BCX19SOT23_S23861npn transistor3- V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S TDMA Extension Module Id.-No. 148710P1365BAA DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference155.1 V2ZMM5.1MMELF_S90134voltage reference15.1 V3BAR63-4SOT23_C140692attenuator10.5 V4BAR63-4SOT23_C140692attenuator10.5 V6MAR4SMWW107_S144374amplifier404.9 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier443.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18n.b.SOT143_C V19BAR63-4SOT23_C140692attenuator1.50.5 V23ERA2SMSNA_C144379amplifier443.6 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.010.2 V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor2.50.7 V41BFP420SOT343A_C148422rf npn transistor303 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44n.b.SOT23_C V46BCX17SOT23_C23663pnp transistor0.30.2 V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.34.5 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator30.5 V55BAR63-4SOT23_C140692attenuator30.5 V56BCX19SOT23_S23861npn transistor V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor10.2 V63BSS131SOT23_S142304mosfet n0.70.2 V64BCX19SOT23_S23861npn transistor30.2 V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S V118ERA2SMWW107_C144379amplifier443.6 TDMA Basic Module Id.-No. 148712P1358BAA DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference155.1 V2ZMM5.1MMELF_S90134voltage reference15.1 V3BAR63-4SOT23_C140692attenuator10.5 V4BAR63-4SOT23_C140692attenuator10.5 V5MAR4SMWW107_S144374amplifier404.9 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier443.6 V12ERA2SMSNA_C144379amplifier443.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18n.b.SOT143_C V19BAR63-4SOT23_C140692attenuator1.50.5 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT2…

Text truncated - open the document above for the full version.

Schematics

TLB0181 Rev D, TLB0182 Rev D, and TLB0187 Rev D (Feedforward Amplifier 30W 36dB gain) (824-849 MHz, 869-894MHz, and 851.2-879.2MHz) SCHEMATICS AND PARTS LIST DOC n° : 99SL006Date issued : Aug 99 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 TLB0181 Rev D, TLB0182 Rev D and TLB0187 Rev D SCHEMATICS AND PARTS LIST ASSEMBLY LEVEL 2ASSEMBLY LEVEL 1DESIGNATIONDOCUMEN T TYPEPAGE TLB0181 Rev D TLB0182 Rev D TLB0187 Rev D AMPLI FF 30W 824-849 MHz 36dB GAIN AMPLI FF 30W 869-894 MHz 36dB GAIN AMPLI FF 30W 851.2-879.2 MHz 36dB GAIN 99SC028SCHEMATIC PARTS LIST 1 2 TLA0224 Rev DCONTROL98SC042ESCHEMATIC PARTS LIST 5 9 TLA0221 Rev CMAIN98SC039CSCHEMATIC PARTS LIST 20 21 TLA0238 Rev AL.A.R.98SC039CSCHEMATIC PARTS LIST 20 25 TLA0208 Rev ADC TO DC CONVERTER98SC023ASCHEMATIC PARTS LIST 27 28 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 Révision : Date : 02/08/99 Fich. : 99SC028.DRW Dess. : 99SC028 TLA0224 Rev D TLA0221 Rev CTLA0238 Rev A Date : 12/08/99 Feedforward Amplifier 30W 36dB gain TLB0181D : 824-849MHz and TLB0182D : 869-894MHz and TLB0187D : 851.2-879.2MHz LISTE DES COMPOSANTS TLB0181DLISTE DES COMPOSANTS TLB0181D TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. CN1SMA 4 trousEMBASEKRFSMA001RADIALLR 125 410 001 CN2SMA FEM 2 TROUSEMBASE (+pin+téfl 5mm)KCNF01003IMS2276.42.2017.195 CN3SUB D 15PTS MALE FILTCONNECTEURKSM150002FERROPERM15MB102Z500PFCTFC 15P5K120 CN4pour embase RFPins UniversellesKXX000003SOCAPEXSX 618 2607IDMM99ME002 CN5pour pin universelleTéflonKXX000005SOCAPEXSX 618 650 DV1RPM07EMBALLAGEZUCRPM071RAJARPM07 DV2Ø 6mm L=4.8mmCAPUCHONADA060481MOPACA6.0S4.8R VINYLE 9238 DV3Ø 6mm L=4.8mmCAPUCHONADA060481MOPACA6.0S4.8R VINYLE 9238 ET50.8x25.4 PREIMPRIMEEETIQUETTEESA050251CABLOGCAB42-508254 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 TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW07INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ 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 PZ HW11INOX TC 2.5x5 PZVISVVCI25052TC 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 HW16INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW17INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW18INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW19INOX 2.5mmGROWERVRIG25051Rondelle Grower M2.5 X 5 INOXRondelle Grower M2.5 X 5 INOX HW20INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW21INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW22INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW23INOX TC 2.5x6 PZVISVVIC25062TC M 2.5X6 INOX PZTC M2.5X6 INOX PZ HW24INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW25INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW26INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW27INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW28INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW29INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW30INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW31INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW32INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ Page 2 AMPLI FF 30W 36dB 824-849MHz LISTE DES COMPOSANTS TLB0181DLISTE DES COMPOSANTS TLB0181D TELIACODEFABRICANT 1REF FABRICANT 1FABRICANT 2REF FABRICANT 2ObservationsRepèreDésignationBoitier TELIA S.A. HW33INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW34INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW35INOX TC 2x8 PZVISVVCI02082TC M2 X 8 INOX PZ HW36INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX HW37INOX 2mmGROWERVRIG02041Rondelle Grower M2 X 4 INOXRondelle Grower M2 X 4 INOX 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 2.5mmECROUVEIH25191Ecrou M2.5 INOXEcrou M2.5 INOX HW49INOX 2.5mmECROUVEIH25191Ecrou M2.5 INOXEcrou M2.5 INOX ME0197ME124A-99SE001COUVERCLE N°1 RP9MZ097124ADEMSO97ME124A-99SE001 ME0297ME125ACOUVERCLE N°2 RP9MTE97125ADEMSO97ME125A ME0398ME068 L=9.6mmTRAVERSEE TEFLONMDD980680IDMM INDUSTRIE98ME068 ME0498ME068 L=9.6mmTRAVERSEE TEFLONMDD980680IDMM INDUSTRIE98ME068 ME0598ME069 L=28mmAME POUR TRAVERSEEMDD980690IDMM IN…

Text truncated - open the document above for the full version.

Test Report

Master: ktlPT22H Date: April 19, 1999 KTL Test Report:9L0298RUS Applicant:Allen Telecom 140 Vista Centre Drive Forest, VA 24551 Equipment Under Test: (E.U.T.)MOR801 FCC ID:BCR-RPT-MOR801 In Accordance With:FCC Part 22, Subpart H Cellular Band Repeaters Tested By:KTL Dallas Inc. 802 N. Kealy Lewisville, TX 75057-3136 Authorized By: Tom Tidwell, RF Group Manager Date:September, 1999 Total Number of Pages:100 KTL DallasFCC PART 22, SUBPART H CELLULAR BAND REPEATERS PROJECT NO.: 9L0298RUS EQUIPMENT: MOR801 Repeater FCC ID: BCR-RPT-MOR801 Page 2 of 101 Table of Contents Section 1. Summary of Test Results ..................................................................... 3 Section 2. General Equipment Specification....................................................... 7 Section 3. RF Power Output............................................................................... 11 Section 3. RF Power Output............................................................................... 12 Section 4. Occupied Bandwidth......................................................................... 16 Section 5. Spurious Emissions at Antenna Terminals....................................... 46 Section 6. Field Strength of Spurious................................................................ 84 Section 7. Frequency Stability............................................................................ 87 Section 8. Test Equipment List.......................................................................... 88 ANNEX A - TEST METHODOLOGIES............................................................... 89 ANNEX B - TEST DIAGRAMS............................................................................ 98 KTL DallasFCC PART 22, SUBPART H CELLULAR BAND REPEATERS PROJECT NO.: 9L0298RUS EQUIPMENT: MOR801 Repeater FCC ID: BCR-RPT-MOR801 Page 3 of 101 Section 1.Summary of Test Results Manufacturer:Allen Telecom Model No.:MOR801B Serial No.:NONE 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 22, Subpart H. New SubmissionProduction Unit Class II Permissive ChangePre-Production Unit A M PEquipment 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: ___________________ Ron Gaytan, RF Technician KTL Dallas 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 Dallas 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 DallasFCC PART 22, SUBPART H CELLULAR BAND REPEATERS PROJECT NO.: 9L0298RUS EQUIPMENT: MOR801 Repeater FCC ID: BCR-RPT-MOR801 Page 4 of 101 Summary Of Test Data (20 Watt Amplifier ID # 148630) TDMA Modules: NAME OF TESTPARA. NO.SPEC.MEAS.RESULT RF Power Output22.913(a)500W ERP20 WComplies Occupied Bandwidth (Voice & SAT)22.917(c)Mask CPlotComplies Occupies Bandwidth (Wideband Data)22.917(d)Mask DPlotComplies Occupied Bandwidth (ST)22.917(d)Mask DPlotComplies Occupied Bandwidth (Digital)NoneInput vs. OutputPlotComplies Spurious Emissions at Antenna Terminals 22.917-13 dBm-16.2 dBmComplies Field Strength of Spurious Emissions22.917 -13 dBm E.I.R.P. -40.2 dBmComplies Frequency Stability22.3551.5 ppmN/AN/A CDMA Modules: NAME OF TESTPARA. NO.SPEC.MEAS.RESULT RF Power Output22.913(a)500W ERP20.4 WComplies Occupied Bandwidth (Voice & SAT)22.917(c)Mask CPlotComplies Occupies Bandwidth (Wideband Data)22.917(d)Mask DPlotComplies Occupied Bandwidth (ST)22.917(d)Mask DPlotComplies Occupied Bandwidth (Digital)NoneInput vs. OutputPlotComplies Spurious Emissions at Antenna Terminals 22.917-13 dBm-18.38 dBmComplies Field Strength of Spurious Emissions22.917 -13 dBm E.I.R.P. -40 dBmComplies Frequency Stability22.3551.5 ppmN/AN/A Variable Bandwidth Modules: NAME OF TESTPARA. NO.SPEC.MEAS.RESULT RF Power Output22.913(a)500W ERP17.8 WComplies Occupied Bandwidth (Voice & SAT)22.917(c)Mask CPlotComplies Occupies Bandwidth (Wideband Data)22.917(d)Mask DPlotComplies Occupied Bandwidth (ST)22.917(d)Mask DPlotComplies Occupied Bandwidth (Digital)NoneInput vs. OutputPlotComplies Spurious Emissions at Antenna Terminals 22.917-13 dBm-21.5 dBmComplies Field Strength of Spurious Emissions22.917 -13 dBm E.I.R.P. -40 dBmComplies Frequency Stability22.3551.5 ppmN/AN/A Summary Of Test Data (8 Watt Amplifier ID # 148698) TDMA Modules: KTL DallasFCC PART 22, SUBPART H CELLULAR BAND REPEATERS PROJECT NO.: 9L0298RUS EQUIPMENT: MOR801 Repeater FCC ID: BCR-RPT-MOR801 Page 5 of 101 NAME OF TESTPARA. NO.SPEC.MEAS.RESULT RF Power Output22.913(a)500W ERP2.8 WComplies Occupied…

Text truncated - open the document above for the full version.

Contact Information

Applicant

Michael Shumate(Director, North American Operations)

[email protected]919 329-8940Fax: 919 329-8950

Technical Contact

KTL Dallas, Inc.Tom N Tidwell

[email protected]972-436-9600

802 N. Kealy · Lewisville, Texas · United States

Non-Technical Contact

KTL Dallas, Inc.Tom N Tidwell

[email protected]972-436-9600

Test Firm

Nemko Dallas, Inc.Michael Cantwell

@.972-436-9600Fax: 972-436-2667

Technical Specifications

#	Rule Parts	Frequency Range	Power Output	Emission	Tolerance
8	22H	869 MHz - 894 MHz	10 W	F1D	Amp

Other Applications from Andrew Wireless Innovations Group

BCR-IONEUAP

ION-E

Mar 10, 2015

Equipment Class

B2I - Part 20 Industrial Booster (CMRS)

BCR-M17P26

ION-M17P/26 EU

Feb 08, 2012

Equipment Class

TNB - Licensed Non-Broadcast Station Transmitter

BCR-TFAHUS717

ION-B TFAH-US7/17

Aug 14, 2011

Equipment Class

TNB - Licensed Non-Broadcast Station Transmitter

BCR-TFAHUS4B

ION-B TFAH-US4B

Jul 20, 2011

Equipment Class

PCB - PCS Licensed Transmitter

BCR-TFBM17

ION-B TFBM17 FIBER OPTIC DISTRIBUTION REMOTE UNIT

Jan 23, 2011

Equipment Class

TNB - Licensed Non-Broadcast Station Transmitter

Documents & Files

Select a file to view

Users Manual

↗

Block Diagram

↗

Cover Letter(s)

↗

ID Label/Location Info

↗

Internal Photos

↗

Parts List/Tune Up Info

↗

Schematics

↗

Test Report

↗

Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

Text truncated - open the document above for the full version.

Cover Letter(s)

Parts List/Tune Up Info

Text truncated - open the document above for the full version.

Parts List/Tune Up Info

Active combiner Id.-No. 148687P1368B0D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1BA679MMELF_C41715pin diode7 0.6 V2BA679MMELF_C41715pin diode7 0.6 V3BA679MMELF_C41715pin diode2 0.6 V4BA679MMELF_C41715pin diode2 0.6 V5ZMM5.1MMELF_C90134voltage reference2 1.5 V6n.b.WW107_C V8AH1SOT89HF_C148692amplifier V11BCX56SOT89_C81539transistor SCA2148693amplifier90 5.5 Active combiner Id.-No. 148688P1368B0D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1BA679MMELF_C41715pin diode7 0.6 V2BA679MMELF_C41715pin diode7 0.6 V3BA679MMELF_C41715pin diode2 0.6 V4BA679MMELF_C41715pin diode2 0.6 V5ZMM5.1MMELF_C90134voltage reference2 1.5 V6n.b.WW107_C V8AH1SOT89HF_C148692amplifier V11BCX56SOT89_C81539transistor SCA2148693amplifier90 5.5 Final Amplifier Id.-No. 148698P1349B1B DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1n.b.MMELF_C V2n.b.MMELF_C V3n.b.MMELF_C V4n.b.MMELF_C V5n.b.MMELF_C V6BAS7004SOT23_C61440schottky diode 0.30.5 V7n.b.SOT23_C V8n.b.PM2103_C V9LL4148MMELF_C15321diode 0-1.5 V10LL4148MMELF_C15321diode 0-1.5 V11MGF0906BMGF0906_C96008amplifier 10009.5 V12MGF0906BMGF0906_C96008amplifier 10009.5 V13MAR2SMWW107_C144372amplifier 00 V14ERA2SMWW107_C144379amplifier 00 V15ZMM5.1MMELF_C90134attenuator 1.55 V16BAS7004SOT23_C61440schottky diode 0.30.5 V18n.b.MMELF_C V19BAS7004SOT23_C61440schottky diode 0.30.5 V21BAS7004SOT23_C61440schottky diode 0.30.5 V23AH1SOT89HF_C148692amplifier 1004.5 Final Amplifier Id.-No. 148698P1192B2B DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1MBR1645TO2203_C102418attenuator11000.3 V101MBR1645TO2203_C102418attenuator11000.3 V102BCX17SOT23_C23663pnp transistor0.50.7 V103BCX17SOT23_C23663pnp transistor01 V104BCX17SOT23_C23663pnp transistor0.50.7 V105BCX17SOT23_C23663pnp transistor0.512 V2BCX17SOT23_C23663pnp transistor0.50.7 V201ZMM4.3MMELF_C90092attenuator0.014.3 V202BCX19SOT23_C23861pnp transistor09 V203BCX19SOT23_C23861pnp transistor09 V204ZMM4.3MMELF_C90092attenuator0.014.3 V3BCX17SOT23_C23663pnp transistor015 V4BCX17SOT23_C23663pnp transistor0.50.7 V5BCX17SOT23_C23663pnp transistor0.512 CDMA Extension Module Id.-No. 148709P1365B9A DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference15 V2ZMM5.1MMELF_S90134voltage reference145 V3BAR63-4SOT23_C140692attenuator330.5 V4BAR63-4SOT23_C140692attenuator30.5 V6MAR4SMWW107_S144378amplifier404.8 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier453.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18MSA-2111SOT143_C129114amplifier293.6 V19BAR63-4SOT23_C140692attenuator1.80.5 V23SNA-586SNA_C143511amplifier685 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.1- V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor20.7 V41BFP420SOT343A_C148422rf npn transistor30 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44HSMP 3892SOT23_C148251pin diode40.5 V46BCX17SOT23_C23663pnp transistor0.3- V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.50.6 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator50.5 V55BAR63-4SOT23_C140692attenuator50.5 V56BCX19SOT23_S23861npn transistor450.1 V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor1- V63BSS131SOT23_S142304modfet n1- V64BCX19SOT23_S23861npn transistor3- V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S TDMA Extension Module Id.-No. 148710P1365BAA DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference155.1 V2ZMM5.1MMELF_S90134voltage reference15.1 V3BAR63-4SOT23_C140692attenuator10.5 V4BAR63-4SOT23_C140692attenuator10.5 V6MAR4SMWW107_S144374amplifier404.9 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier443.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18n.b.SOT143_C V19BAR63-4SOT23_C140692attenuator1.50.5 V23ERA2SMSNA_C144379amplifier443.6 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT23_S23861npn transistor0.010.2 V31n.b.SOT23_S V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor2.50.7 V41BFP420SOT343A_C148422rf npn transistor303 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44n.b.SOT23_C V46BCX17SOT23_C23663pnp transistor0.30.2 V49n.b.MMELF_S V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.34.5 V53n.b.SOT23_S V54BAR63-4SOT23_C140692attenuator30.5 V55BAR63-4SOT23_C140692attenuator30.5 V56BCX19SOT23_S23861npn transistor V57BAS7004SOT23_S61440schottky diode0.050.5 V58n.b.SOT23_S V62BCX19SOT23_S23861npn transistor10.2 V63BSS131SOT23_S142304mosfet n0.70.2 V64BCX19SOT23_S23861npn transistor30.2 V65n.b.SOT23_C V67BSS84SOT23_S145121mosfet p70- V68n.b.SOT23_S V118ERA2SMWW107_C144379amplifier443.6 TDMA Basic Module Id.-No. 148712P1358BAA DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference155.1 V2ZMM5.1MMELF_S90134voltage reference15.1 V3BAR63-4SOT23_C140692attenuator10.5 V4BAR63-4SOT23_C140692attenuator10.5 V5MAR4SMWW107_S144374amplifier404.9 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier443.6 V12ERA2SMSNA_C144379amplifier443.6 V13BAR63-4SOT23_C140692attenuator1.40.5 V18n.b.SOT143_C V19BAR63-4SOT23_C140692attenuator1.50.5 V24n.b.SOT23_S V25n.b.SOT23_S V27n.b.MMELF_S V28BCX19SOT2…

Text truncated - open the document above for the full version.

Schematics

Text truncated - open the document above for the full version.

Test Report

Text truncated - open the document above for the full version.

Contact Information

Applicant

Michael Shumate(Director, North American Operations)

[email protected]919 329-8940Fax: 919 329-8950

Technical Contact

KTL Dallas, Inc.Tom N Tidwell

[email protected]972-436-9600

802 N. Kealy · Lewisville, Texas · United States

Non-Technical Contact

KTL Dallas, Inc.Tom N Tidwell

[email protected]972-436-9600

Test Firm

Nemko Dallas, Inc.Michael Cantwell

@.972-436-9600Fax: 972-436-2667

Rule Parts

Frequency Range

Power Output

Emission

Tolerance

22H

869 MHz - 894 MHz

10 W

F1D

Amp