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設計分析:EricssonのLTE向け700MHz遠隔無線装置80W(2x40W) KRC 161 241/1 R1H モデルRRUS11 B12

Ericsson LTE 700MHz Remote Radio Unit 80W (2 x 40W) KRC 161 241/1 R1H Model RRUS11 B12

発行 EJL Wireless Research 商品コード 282861
出版日 ページ情報 英文 133 Pages
納期: 即日から翌営業日
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本日の銀行送金レート: 1USD=106.71円で換算しております。
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設計分析:EricssonのLTE向け700MHz遠隔無線装置80W(2x40W) KRC 161 241/1 R1H モデルRRUS11 B12 Ericsson LTE 700MHz Remote Radio Unit 80W (2 x 40W) KRC 161 241/1 R1H Model RRUS11 B12
出版日: 2013年09月19日 ページ情報: 英文 133 Pages
概要

当レポートでは、Ericsson社製のW-DCMA基地局プラットフォームRBS610x/6201/6301/6601の一部を構成している、LTE向け700MHz RRUS11 B12 80W 遠隔無線装置の設計について分析し、概略以下の構成でお届けします。

エグゼクティブサマリー

第1章 ERICSSONのRBS6000 BTS SYSTEM

  • RBS6601製品の概要

第2章 RRUS 11の機械分析

  • 機械分析
  • RRUS 11 TRxハウジング
  • RRUS 11 DC and RF Cables

第3章 RRUS 11インターフェースサブシステム

第4章 RRUS 11電力サージ保護装置(SPD) PCB

第5章 RRUS 11 TRXサブシステム

  • デジタルプロセッサーとTRx PCB
  • エリアA:ベースバンド信号処理
  • エリアB:メインRFx電力供給
  • エリアC:RRUSトランスミッター
  • エリアC1およびC2
  • エリアC3
  • エリアD:主RFパワーアンプTxサンプリング回路
  • エリアE:RRUS 11のシステムタイミング
  • エリアF:受信部RFダウンコンバージョン
  • エリアF1およびF2:RRUS 11受信部低ノイズ増幅器
  • エリアF3:RRUS 11受信部RF/IFダウンコンバーター
  • エリアG:デュアル受信部A/Dコンバーター
  • ROR 101 0007 1 R2B (e1)
  • エリアH:二次受信部/アナログクロスコネクト
  • PA9F11周波数シンセサイザーモジュール
  • PA9F35周波数シンセサイザーモジュール
  • PA9F37周波数シンセサイザーモジュール
  • E-H19A周波数シンセサイザーモジュール

第6章 RRUS 11 RF 増幅器サブシステム

  • エリアA:パワーアンプ
  • エリアB:電力供給
  • RRUS 11 RFパワーアンプシールド
  • RRUS 11 RFパワーアンプヒートシンク

第7章 RRUS 11 送受切替機用空洞フィルタRFシステム

  • VSWR PCB
  • RRUS 11 送受切替機用フィルターの導波管・共振機の分析

付録A:受動素子の市場シェア/ケースサイズの分析

付録B:能動素子の市場シェアの分析

図表一覧

目次

Design Analysis Ericsson LTE 700MHz RRUS11 B12 80W 2x2 MIMO Remote Radio Unit

This report covers the design analysis of an Ericsson LTE 700MHz RRUS11 B12 80W remote radio unit. This unit is part of the RBS610x/6201/6301/6601 base station platform for Ericsson W-CDMA. The unit was manufactured in Q4 2010.

Component and semiconductor suppliers mentioned in this report include: Analog Devices, Bourns, Broadcom, Coilcraft, Epson-Toyocom, ETAL Fairchild Semiconductor, Freescale Semiconductor, Infineon Technologies, Integrated Device Technology, Maxim Integrated Products, Micron Technology, Nippon Chemi-Con, NXP Semiconductors, ON Semiconductor, STMicroelectronics, TDK-Epcos, Texas Instruments, & Vishay Semiconductors.

Features:

  • Complete Part Number/Marking
  • Component Manufacturer Identification
  • Function Component Description
  • Package Type
  • Total Pages: 133
  • Total Tables: 31
  • Total Exhibits: 125

Important Note: There is NO component pricing contained within the report.

Table of Contents

EXECUTIVE SUMMARY

  • Active/Passive Component Summary
  • Important Note:

CHAPTER 1: ERICSSON RBS6000 BTS SYSTEM

  • Overview of RBS6601 Product Offering

CHAPTER 2: RRUS 11 MECHANICAL ANALYSIS

  • Mechanical Analysis
  • RRUS 11 TRx Housing
  • RRUS 11 DC and RF Cables

CHAPTER 3: RRUS 11 INTERFACE SUBSYSTEM

CHAPTER 4: RRUS 11 POWER SURGE PROTECTION DEVICE (SPD) PCB

CHAPTER 5: RRUS 11 TRX SUBSYSTEM

  • Digital Processor and TRx PCB
  • Area A: Baseband Signal Processing
  • Area B: Main TRx Power Supply
  • Area C: RRUS Transmitters
  • Area C1 and C2
  • Area C3
  • Area D: RF Power Amplifier Tx Sampling Circuit
  • Area E: RRUS 11 System Timing
  • Area F: Receiver RF Downconversion
  • Areas F1 and F2: RRUS 11 Receiver Low Noise Amplifier
  • Area F3: RRUS 11 Receiver RF/IF Downconverters
  • Area G: Dual Receiver A/D Converters
  • ROR 101 0007 1 R2B (e1)
  • Area H: Secondary Receiver/Analog Cross Connect
  • PA9F25 Frequency Synthesizer Module
  • PA9F48 Frequency Synthesizer Module
  • PZ1A97B-C Frequency Synthesizer Module
  • EXH06B Frequency Synthesizer Module

CHAPTER 6: RRUS 11 RF AMPLIFIER SUBSYSTEM

  • Area A: Power Amplifier
  • Area B: Power Supply
  • RRUS 11 RF Power Amplifier Shield
  • RRUS 11 RF Power Amplifier Heat Sink

CHAPTER 7: RRUS 11 DUPLEXER CAVITY FILTER RF SUBSYSTEM

  • VSWR PCB
  • RRUS 11 Duplexer Filter Waveguide/Resonator Analysis

APPENDIX A - PASSIVE COMPONENT MARKET SHARE/CASE SIZE ANALYSIS

APPENDIX B - ACTIVE COMPONENT MARKET SHARE ANALYSIS

TABLES

  • Table 1: RRUS 11 Cables/Connectors Bill of Materials
  • Table 2: Interface PCB Top, Bill of Materials
  • Table 3: Interface PCB Bottom, Bill of Materials
  • Table 4: Power SPD PCB Top, Bill of Materials
  • Table 5: Area A Bill of Materials
  • Table 6: Area B Bill of Materials
  • Table 7: Area C1 Bill of Materials
  • Table 8: Area C2 Bill of Materials
  • Table 9: Area C3 Bill of Materials
  • Table 10: Area D Bill of Materials
  • Table 11: Area E1 Bill of Materials
  • Table 12: Area E2 Bill of Materials
  • Table 13: Area F1 Bill of Materials
  • Table 14: Area F2 Bill of Materials
  • Table 15: Area F3 Bill of Materials
  • Table 16: Area G Bill of Materials
  • Table 17: ROR 101 0007 1 R2B (e1) Bill of Materials
  • Table 18: Area H1 Bill of Materials
  • Table 19: Area H2 Bill of Materials
  • Table 20: PA9F25 Module Bill of Materials
  • Table 21: PA9F48 Module Bill of Materials
  • Table 22: PZ1A97B-C Module Bill of Materials
  • Table 23: EXH06B Module Bill of Materials
  • Table 24: RRUS 11 RF Power Amplifier Area A Bill of Materials
  • Table 25: RRUS 11 RF Power Amplifier Area B Bill of Materials
  • Table 26: VSWR RFA PCB Bill of Materials
  • Table 27: VSWR RFB PCB Bill of Materials
  • Table 28: Passive Component Case Size Distribution by System Subsection
  • Table 29: Identified Passive Component Supplier Distribution by System Subsection
  • Table 30: Active/Passive Component Distribution by System Subsection
  • Table 31: Active Semiconductor/Component Vendor Distribution by System Subsection

EXHIBITS

  • Exhibit 1: Ericsson RBS6601 Main-Remote BTS System (L), RRUS 11 (R)
  • Exhibit 2: Ericsson RRUS 11 B12 System Block Diagram
  • Exhibit 3: RBS6601 Configurations (Star/Cascade)
  • Exhibit 4: RBS6601 Main Unit with DUL
  • Exhibit 5: RRUS 11 Connection Interfaces
  • Exhibit 6: RRUS 11 with Solar Shield (Front and Back)
  • Exhibit 7: RRUS 11 Front Solar Shield, (External (L) and Internal (R)
  • Exhibit 8: RRUS 11 Back Solar Shield, External (L) and Internal (R)
  • Exhibit 9: RRUS 11 Front View
  • Exhibit 10: RRUS 11 Back View
  • Exhibit 11: RRUS 11 Back View with Duplexer Filter Covers Removed
  • Exhibit 12: Duplexer Filter Cover Views, External (L) and Internal (R)
  • Exhibit 13: Duplexer Filter Cover Side View
  • Exhibit 14: RRUS 11 Housing, TRx (L) and Power Amplifier (R)
  • Exhibit 15: RRUS 11 TRX Housing
  • Exhibit 16: RRUS 11 TRX Housing with RF Duplexer Filters Removed
  • Exhibit 17: RRUS 11 TRX Housing with RF Duplexer Filters, SPD and Interface PCB Removed
  • Exhibit 18: RRUS 11 TRX Housing with RF Transceiver/Shield, RF Duplexer Filters, SPD and Interface PCB Removed
  • Exhibit 19: TRx RF Shield, External View
  • Exhibit 20: TRx RF Shield, Internal View
  • Exhibit 21: RF Coaxial Cables, RF Power Amplifier/RF Receiver-Duplexer Filter
  • Exhibit 22: RRUS 11 Cables/Connectors Location Diagram, Internal View
  • Exhibit 23: RRUS 11 Cables/Connectors Location Diagram, External View
  • Exhibit 24: RRUS 11 Cables/Connectors System Block Diagram
  • Exhibit 25: Interface PCB Component Diagram. Top
  • Exhibit 26: Interface PCB Component Diagram. Bottom
  • Exhibit 27: Power SPD PCB Component Diagram. Top
  • Exhibit 28: Power SPD PCB Component Diagram. Bottom
  • Exhibit 29: Power SPD PCB Component Diagram. Side
  • Exhibit 30: RRUS 11 TRx PCB, Top View
  • Exhibit 31: RRUS 11 TRx PCB, Bottom View
  • Exhibit 32: Area A Component Diagram
  • Exhibit 33: Area B Component Diagram
  • Exhibit 34: Area B Component Diagram (con't)
  • Exhibit 35: Area C Diagram
  • Exhibit 36: Area C1 Component Diagram
  • Exhibit 37: Area C2 Component Diagram
  • Exhibit 38: Area C1, C2, and C3 Block Diagram
  • Exhibit 39: Area C3 Component Diagram
  • Exhibit 40: Area C3 MCX Connector Block Diagram
  • Exhibit 41: RF 3dB Coupler Component
  • Exhibit 42: RF Power Divider Component
  • Exhibit 43: Area D Component Diagram
  • Exhibit 44: Area D Block Diagram
  • Exhibit 45: Area E1 Component Diagram
  • Exhibit 46: Area E2 Component Diagram
  • Exhibit 47: Area F Diagram
  • Exhibit 48: Areas F & G Signal Diagram
  • Exhibit 49: Area F1 Component Diagram
  • Exhibit 50: Area F2 Component Diagram
  • Exhibit 51: Area F1 RXB Path Block Diagram
  • Exhibit 52: Area F2 RXA Path Block Diagram
  • Exhibit 53: Area F3 Component Diagram
  • Exhibit 54: Area F3 Block Diagram
  • Exhibit 55: Area G Component Diagram
  • Exhibit 56: Area G Block Diagram
  • Exhibit 57: ROR 101 0007 1 R2B (e1) Component Diagram
  • Exhibit 58: ROR 101 0007 1 R2B (e1) Block Diagram
  • Exhibit 59: ADL5562 Die Photo
  • Exhibit 60: ADS5493 Part Number Identification Die Photo
  • Exhibit 61: ADS5493 Die Photo
  • Exhibit 62: Area H1 Component Diagram
  • Exhibit 63: Area H2 Component Diagram
  • Exhibit 64: PA9F25 Module Component Diagram
  • Exhibit 65: PA9F48 Module Component Diagram
  • Exhibit 66: PZ1A97B-C Module Component Diagram
  • Exhibit 67: EXH06B Module Component Diagram
  • Exhibit 68: RRUS 11 RF Power Amplifier Housing
  • Exhibit 69: RRUS 11 RF Power Amplifier Housing DC/RF Connections
  • Exhibit 70: RRUS 11 RF Power Amplifier PCB
  • Exhibit 71: RRUS 11 RF Power Amplifier RF Connectors
  • Exhibit 72: RRUS 11 RF Power Amplifier Area A Component Diagram
  • Exhibit 73: RRUS 11 RF Power Amplifier TXA Path Block Diagram
  • Exhibit 74: RRUS 11 RF Power Amplifier TXB Path Block Diagram
  • Exhibit 75: RRUS 11 RF Power Amplifier Area B Component Diagram
  • Exhibit 76: RRUS 11 RF Power Amplifier Construction, Exploded Side View
  • Exhibit 77: RRUS 11 RF Power Amplifier Baseplate (x2)
  • Exhibit 78: RRUS 11 RF Power Amplifier PCB, Bottom View
  • Exhibit 79: RRUS 11 RF Power Amplifier Shield, External View
  • Exhibit 80: RRUS 11 RF Power Amplifier Shield, Internal View
  • Exhibit 81: RRUS 11 RF Power Amplifier Heat Sink
  • Exhibit 82: RRUS 11 RF Power Amplifier Heat Sink, Side View
  • Exhibit 83: RRUS 11 RF Power Amplifier Heat Sink, Bottom View
  • Exhibit 84: RRUS 11 RF Power Amplifier Heat Sink, Front View
  • Exhibit 85: RRUS 11 RF Power Amplifier Secondary Heat Sink
  • Exhibit 86: RRUS 11 RF Power Amplifier Secondary Heat Sink Outline
  • Exhibit 87: RRUS 11 Duplexer Filter RFA, Top View
  • Exhibit 88: RRUS 11 Duplexer Filter RFB, Top View
  • Exhibit 89: RRUS 11 Duplexer Filter RFA, Bottom View
  • Exhibit 90: RRUS 11 Duplexer Filter RFB, Bottom View
  • Exhibit 91: RRUS 11 Duplexer Filter, Front View
  • Exhibit 92: RRUS 11 Duplexer Filter, Rear View
  • Exhibit 93: RRUS 11 Duplexer Filter RF Shield, Top View
  • Exhibit 94: RRUS 11 Duplexer Filter RF Shield, Bottom View
  • Exhibit 95: RRUS 11 Duplexer VSWR Shield
  • Exhibit 96: RRUS 11 Duplexer Cable Shield Location
  • Exhibit 97: RRUS 11 Duplexer Cable Shield, Top and Bottom Views
  • Exhibit 98: RRUS 11 Duplexer Filter Resonator Locations
  • Exhibit 99: RRUS 11 Duplexer Filter Tx/Rx Paths
  • Exhibit 100: VSWR PCB Component Diagram
  • Exhibit 101: RRUS 11 Duplexer Filter 7/16 DIN Connector Gasket/Washer/Nut
  • Exhibit 102: Metal Divider
  • Exhibit 103: VSWR PCB, Top View
  • Exhibit 104: VSWR PCB, Bottom View
  • Exhibit 105: AD8342 Part Number/Logo Identification Die Photo
  • Exhibit 106: AD8342 Die Photograph
  • Exhibit 107: AD8338 Logo Identification Die Photo
  • Exhibit 108: AD8338 Part Number Identification Die Photo
  • Exhibit 109: AD8338 Die Photo
  • Exhibit 110: VSWR Monitoring Circuit, RFA
  • Exhibit 111: VSWR Monitoring Circuit, RFB
  • Exhibit 112: RRUS11 Duplexer Filter Resonator Typez
  • Exhibit 113: RRUS11 Duplexer Filter Resonator Type Locations
  • Exhibit 114: Duplexer Filter Path with Waveguide Couplers A & B
  • Exhibit 115: Duplexer Tx Filter Path with Waveguide Coupler A
  • Exhibit 116: Duplexer Rx Filter Path with Waveguide Coupler B
  • Exhibit 117: Waveguide Couplers, Side View
  • Exhibit 118: Resonators, Top View
  • Exhibit 119: Resonators, Bottom View
  • Exhibit 120: Passive Component Case Size Distribution
  • Exhibit 121: Identified Passive Component Market Share by Vendor
  • Exhibit 122: Active Semiconductor Component Share
  • Exhibit 123: High Pin Count IC vs. Discretes
  • Exhibit 124: Active Semiconductor Market Share by Vendor
  • Exhibit 125: High Pin Count (64+) Active Semiconductor Market Share by Vendor
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