Harris Corporation Farinon Division 9GKAUR5801T1-1 マニュアル

目次

•  List of Figures

  13
•  List of Tables

  17
•  Customer Support

  21
  • Caveat

    21
  • Repair and Return

    21
  • Service Center Locations

    22
    • U.S.A.

      22
    • Canada

      22
    • Telephone and Fax Numbers

      22
  • Technical Support

    23
    • Customer Resource Center

      23
    • Business Hours

      23
    • Telephone Numbers

      23
    • Fax Number

      23
    • Internet

      24
  • Customer Training

    24
    • Telephone Number

      24
    • Training Centers

      24
      • Canada

        24
      • U.S.A.

        24
•  Chapter 1

  25
•  Introduction

  25
  • Aurora 5800 Overview

    25
  • Related Publications

    26
•  Chapter 2

  27
•  Product Description

  27
  • Physical Description

    27
    • Front View

      27
      • Figure 2-1 Aurora 5800 front view

        27
      • Table 2-1 Aurora 5800 front panel information

        27
    • Back View

      29
      • Figure 2-2 Aurora 5800 back view

        29
    • DC Connector

      29
      • Figure 2-3 DC connector

        29
  • T1/E1 Line Interface

    30
    • T1/E1 Interface Connector

      30
      • Figure 2-4 RJ-48C

        30
      • Table 2-2 RJ-48C pinout specification

        30
    • Unbalanced E1 Interface

      30
    • Alarm Port

      31
      • Figure 2-5 Alarm port, RS-232, male

        31
      • Table 2-3 Alarm port pinout specification

        31
    • CIT Port

      32
      • Figure 2-6 CIT port, RS-232, female

        32
      • Table 2-4 CIT port pinout specification

        32
    • DATA Port

      32
      • Figure 2-7 DA-15, female

        32
      • Table 2-5 DA-15 pinout specification

        33
    • PHONE

      33
      • Figure 2-8 RJ-11

        33
      • Table 2-6 RJ-11 pinout specification

        33
  • Hardware Assemblies

    34
    • Modem

      34
      • Transmit Direction

        34
      • Figure 2-9 Modem block diagram

        35
      • Receive Direction

        36
      • Jumper Settings

        38
      • Figure 2-10 Modem, component side

        38
      • Table 2-7 Jumper settings

        39
      • DIP Switch Settings

        40
      • Table 2-8 SW1 and SW2 positions

        40
      • Table 2-9 SW1 and SW2 positions, options

        40
    • Upconverter and Power Amplifier

      41
      • Figure 2-11 Upconverter and Power Amplifier block diagram

        41
    • Down Converter and Low-Noise Amplifier

      41
      • Figure 2-12 Down Converter block diagram

        42
    • Nominal Frequencies

      42
    • Antenna Diplexer

      42
    • Aurora 5800 Block Diagram

      42
      • Figure 2-13 Aurora 5800 block diagram (DC operation shown)

        43
•  Chapter 3

  45
•  System Description

  45
  • Frequency Plans

    45
    • Coexistence with Other Radio Links

      45
    • Aurora Frequency Plan

      45
      • Figure 3-1 Aurora 5800 T1/E1 frequency plan

        46
      • Figure 3-2 Aurora 5800 2T1/2E1 frequency plan

        46
    • Spread Sequence Pseudo-random Number (PN) Selection

      46
  • Aurora 5800 Radio Configurations

    47
    • Point-to-Point Configuration

      47
      • Figure 3-3 Point-to-point configuration

        47
    • Repeater Configuration

      48
      • Figure 3-4 Repeater configuration

        49
  • Multihop and Hubbing Arrangements

    50
    • Network Planning

      50
    • Parallel-Path Arrangement for Higher Capacity orProtection

      51
    • Multihop Networking Arrangement throughRepeaters

      51
    • Hubbing (Star) Networking Arrangement Out of aNode

      52
    • Wanted and Unwanted Signal Path Antennas at a Hub Site

      53
      • At the Same Elevation (correlated path fading)

        53
      • At Different Elevations (independent path fading)

        53
    • Hubbing Examples

      54
      • Blocking Arrangement

        54
      • Figure 3-5 Roof mounting with building blockage

        54
      • Channel Assignments for the Long 2T1/E1 Paths

        55
      • Channel Assignments for the Short 1T1/E1 Paths

        55
      • Figure 3-6 Tower mounting with no blockage

        56
    • Conclusion

      56
    • Harris MCD Service

      57
•  Chapter 4

  59
•  Technical Specifications

  59
  • Features

    59
  • Performance (One Hop)

    60
    • System Gain (at BER = 10-6)

      60
    • Frequency Plan (Standard)

      60
    • Acquisition Time

      60
    • Transmission Delay

      60
    • Dispersive Fade Margin

      61
    • MTBF

      61
  • Transmitter

    61
    • Specifications

      61
    • PN Code and Chip Rate

      61
  • Receiver

    62
    • Specifications

      62
      • Receiver Level

        62
      • Receiver Level at 10-6 BER

        62
  • Antenna/Diplexer

    63
    • Specifications

      63
    • Frequency Spacing

      63
  • Digital Data Interface

    64
    • Data Capacity

      64
    • T1 Specifications

      64
      • Pulse Shape

        64
      • Figure 4-1 Pulse mask for T1

        65
      • Jitter

        65
      • Figure 4-2 Input jitter tolerance

        66
      • Figure 4-3 Jitter transfer function tolerance

        66
    • E1 Specifications

      67
      • Pulse Shape

        67
      • Figure 4-4 Pulse shape

        67
      • Jitter

        68
      • Figure 4-5 Input jitter tolerance

        68
      • Figure 4-6 Jitter transfer function

        69
  • Ports, Indicators, Test Points, and Alarms

    70
    • Ports

      70
      • Programmability

        70
    • Front-Panel LED Indicators

      70
    • Front-Panel Test Jacks

      70
    • Built-in Diagnostics (through RS-232)

      71
  • Power Specifications

    71
  • Environmental Specifications

    71
  • Mechanical Specifications

    72
•  Chapter 5

  73
•  Installation Planning

  73
  • General

    73
  • Caveat

    73
  • Interference

    73
  • Performance and Economic Considerations

    74
  • Antenna Installation

    76
  • Antenna Selection

    77
    • Antenna Selection Criteria

      77
      • Directivity

        77
      • Gain

        77
      • Polarization

        78
  • Site Selection

    78
    • Link Performance

      78
    • Path Clearance and Reliability

      79
    • Antenna Site Selection

      79
      • Figure 5-1 Antenna height chart

        80
  • Antenna Cable Selection

    81
    • Table 5-1 LDF4-50A cable parameters

      81
  • Antenna Alignment

    82
    • Typical RSSI Voltage versus Receiver InputLevel

      82
    • Point-to-Point Path Analysis

      83
    • Examples of Transmission Distances

      86
      • Table 5-3 Examples of maximum free-space transmissiondistance

        86
  • Spacing Requirement

    87
•  Chapter 6

  89
•  Software Utility Program

  89
  • Aurora Software

    89
  • Installing the Software

    89
  • Running the Software

    90
  • AURORA5800 Main Window

    90
    • Figure 6-1 AURORA5800 main window

      91
    • Features

      91
    • Status/Alarms

      92
      • Table 6-1 Alarms

        92
    • Phone

      92
  • Connection Configuration

    93
    • Figure 6-2 Connection Configuration dialog box

      93
  • Connecting the COMM Port

    94
  • Frequency

    95
    • Figure 6-3 Set Rx Frequency dialog box

      95
  • Spread Code

    96
    • Figure 6-4 Set Rx Sequence dialog box

      96
  • Tx Output Power

    96
    • Figure 6-5 Tx Power Settings dialog box

      97
    • Set Alarm Level

      97
    • Set Power

      97
    • Tx Power Display

      97
  • Init Hardware

    98
    • Figure 6-6 Initialization dialog box

      98
  • Quitting the AURORA5800 Program

    98
•  Chapter 7

  99
•  Troubleshooting Guideline

  99
  • General

    99
  • Power LED Off

    100
  • TX Power Alarm

    100
  • RX Data Alarm

    100
  • Software Diagnosis

    101
  • LOS Alarm

    101
  • Interference Resolution

    102
•  Chapter 8

  103
•  Connecting to FarScan

  103
  • Introduction

    103
  • Hardware Interface

    104
    • Hardwire Connection

      104
    • Modem Connection

      104
  • Software Interface

    104
  • For More Information

    104
•  Chapter 9

  105
•  Customer Service and WarrantyInformation

  105
  • Warranty and Product Support

    105
  • Ordering Spares

    106
  • Repair and Return

    106
  • Module Exchange

    107
  • Evaluation Fee

    107
  • Unrepairable Units

    107
  • Return Freight

    108
  • Return Material Authorization

    108
  • Repair Telephone and Fax Numbers

    109
    • U.S.A. and Canada

      109
  • Repair Service Locations

    109
    • U.S.A.

      109
    • Canada

      109
  • Customer Training

    110
  • Standard Product Warranty Terms

    110
  • Limitation of Damages

    112
•  Appendix A

  113
•  Transmit or Receive RF FilterResponses

  113
  • T1/E1 Diplexers

    114
    • Figure A-1 Filter with center frequency of 5.735 GHz

      114
    • Figure A-2 Filter with center frequency of 5.755 GHz

      115
    • Figure A-3 Filter with center frequency of 5.775 GHz

      116
    • Figure A-4 Filter with center frequency of 5.8 GHz

      117
    • Figure A-5 Filter with center frequency of 5.82 GHz

      118
    • Figure A-6 Filter with center frequency of 5.84 GHz

      119
  • 2T1/2E1 Diplexers

    120
    • Figure A-7 Filter with center frequency of 5.741 GHz

      120
    • Figure A-8 Filter with center frequency of 5.772 GHz

      121
    • Figure A-9 Filter with center frequency of 5.803 GHz

      122
    • Figure A-10 Filter with center frequency of 5.834 GHz

      123
•  Appendix B

  125
•  Typical Radio Performance Results for T1

  125
  • Transmitter RF Test

    125
    • Transmit RF Spectrum (FCC Part 15.247)

      125
      • Figure B-1 Transmit RF spectrum

        125
  • Receiver Tests

    126
    • Test Setup

      126
      • Figure B-2 Receiver test setup

        126
    • Receiver Sensitivity

      127
    • Dispersive Fade Margin

      128
      • Test Conditions

        128
      • Direction A

        128
      • Table B-1 Direction A, minimal phase

        128
      • Table B-2 Direction A, non-minimal phase

        129
      • Figure B-3 W Curve at BER = 1E-6, Direction A

        129
      • Figure B-4 W Curve at BER = 1E-3, Direction A

        130
      • Direction B

        130
      • Table B-3 Direction B, minimal phase

        130
      • Table B-4 Direction B, non-minimal phase

        131
      • Figure B-5 W Curve at BER = 1E-6, Direction B

        131
      • Figure B-6 W Curve at BER = 1E-3, Direction B

        132
    • Dynamic Fading

      133
      • Sweep Notch Depth Range

        133
      • Table B-5 Sweep notch depth range

        133
      • Sweep Notch Frequency

        133
      • Table B-6 Checking for error notch depth region, elapse time: 0.1 sec (equivalent to sweep speed ...

        133
      • Flat Fading

        134
    • Interference Performance

      134
      • Narrowband Interference

        135
      • Figure B-7 T/I versus narrowband interference frequencyoffset

        135
      • Figure B-8 C/I versus narrowband interference frequencyoffset

        135
      • Wideband Interference

        136
      • Figure B-9 T/I versus wideband interference frequency offset (Directions A and B, same code, 1F35)

        136
      • Figure B-10 T/I versus wideband interference frequency offset (Direction A: 1F35, Direction B: 3F0C)

        136
      • Figure B-11 C/I versus wideband interference frequencyoffset

        137
    • FCC Part 15, Compliance Processing Gain PerformanceTest

      138
      • Test Setup

        138
      • Figure B-12 Processing gain test setup

        138
      • Jamming Margin (J/S Ratio) (for BER 10-5)

        139
      • Table B-7 Jamming margin (J/S ratio) (for BER 10-5) for T1

        140
    • Jitter Transfer Function

      142
      • Figure 0-1 Jitter transfer (DS1)

        142
  • Environmental Performance

    142
    • Temperature Performance

      142
      • Direction B, Code: 2CF8

        142
      • Long-Term Error Performance

        142
  • Power Consumption Measurement

    142
•  Appendix C

  143
•  Typical Radio Performance Results for E1

  143
  • Transmitter RF Test

    143
    • Transmit RF Spectrum

      143
      • Figure C-1 Transmit RF spectrum

        143
  • Receiver Tests

    144
    • Test Setup

      144
      • Figure C-2 Receiver test setup

        144
    • Receiver Sensitivity

      145
      • Table C-1 Receiver sensitivity

        145
    • Dispersive Fade Margin

      145
      • Test Conditions

        145
      • Direction A

        145
      • Table C-2 Direction A, minimal phase

        146
      • Table C-3 Direction A, non-minimal phase

        146
      • Figure C-3 W Curve at BER = 1E-6, Direction A

        147
      • Figure C-4 W Curve at BER = 1E-3, Direction A

        147
      • Direction B

        148
      • Table C-4 Direction B, minimal phase

        148
      • Table C-5 Direction B, non-minimal phase

        148
      • Figure C-5 W Curve at BER = 1E-6, Direction B

        149
      • Figure C-6 W Curve at BER = 1E-3, Direction B

        149
    • Dynamic Fading

      150
      • Sweep Notch Depth Range

        150
      • Table C-6 Sweep notch depth range for ultimate errorfree region (elapse time: 0.1 sec)

        150
      • Sweep Notch Frequency

        150
      • Table C-7 Checking for error notch depth region, elapse time: 0.1 sec (equivalent to sweep speed ...

        150
      • Flat Fading

        150
    • Interference Performance

      151
      • Narrowband Interference

        151
      • Figure C-7 T/I versus narrowband interference frequencyoffset

        151
      • Figure C-8 C/I versus narrowband interference frequencyoffset

        152
      • Wideband Interference

        152
      • Figure C-9 T/I versus wideband interference frequency offset (Directions A and B, same code, 05B8)

        152
      • Figure C-10 T/I versus wideband interference frequency offset (Direction A: 05B8, Direction B: 0247)

        153
      • Figure C-11 C/I versus wideband interference frequencyoffset

        153
    • Jitter Performance

      154
      • Input Jitter Tolerance

        154
      • Table C-8 Test results, input jitter tolerance

        154
      • Output Jitter

        154
      • Jitter Gain

        154
      • Jitter Transfer Characteristic

        155
      • Table C-9 Test results, jitter transfer characteristic

        155
  • Environmental Performance

    155
    • Temperature Performance

      155
      • Long-Term Error Performance

        155
  • Power Consumption Measurement

    156
•  Appendix D

  157
•  Typical Radio Performance Results for 2T1

  157
  • Transmitter RF Test

    157
    • Transmit RF Spectrum (FCC Part 15.247)

      157
      • Figure D-1 Transmit RF spectrum

        157
  • Receiver Tests

    158
    • Test Setup

      158
      • Figure D-2 Receiver test setup

        158
    • Receiver Sensitivity

      159
      • Table D-1 Receiver sensitivity

        159
    • Dispersive Fade Margin

      159
      • Test Conditions

        159
      • Direction A

        160
      • Table D-2 Direction A, minimal phase

        160
      • Table D-3 Direction A, non-minimal phase

        160
      • Figure D-3 W Curve at BER = 1E-6, Direction A

        161
      • Figure D-4 W Curve at BER = 1E-3, Direction A

        161
      • Direction B

        162
      • Table D-4 Direction B, minimal phase

        162
      • Table D-5 Direction B, non-minimal phase

        162
      • Figure D-5 W Curve at BER = 1E-6, Direction B

        163
      • Figure D-6 W Curve at BER = 1E-3, Direction B

        163
    • Dynamic Fading

      164
      • Sweep Notch Depth Range

        164
      • Table D-6 Sweep notch depth range for ultimate error-free region (elapse time: 0.1 sec)

        164
      • Sweep Notch Frequency

        164
      • Table D-7 Checking for error notch depth region, elapse time: 0.1 sec (equivalent to sweep speed ...

        164
      • Flat Fading

        164
    • Interference Performance

      165
      • Narrowband Interference

        166
      • Figure D-7 T/I versus narrowband interference frequencyoffset

        166
      • Figure D-8 C/I versus narrowband interference frequencyoffset

        166
      • Wideband Interference

        167
      • Figure D-9 T/I versus wideband interference frequency offset (Directions A and B, same code, 05B8)

        167
      • Figure D-10 T/I versus wideband interference frequency offset (DirectionA: 05B8, Direction B: 3F0C)

        167
      • Figure D-11 C/I versus wideband interference frequencyoffset

        167
    • FCC Part 15, Compliance Processing Gain PerformanceTest

      168
      • Test Setup

        168
      • Figure D-12 Processing gain test setup

        168
      • Jamming Margin (J/S Ratio) (for BER 10-5)

        169
      • Table D-8 Jamming margin (J/S ratio) (for BER 10-5) for 2T1

        170
    • Jitter Transfer Function

      172
      • Figure D-13 Jitter transfer (DS1)

        172
  • Environmental Performance

    173
    • Temperature Performance

      173
      • Direction B, Code: 05B8

        173
      • Long-Term Error Performance

        173
  • Power Consumption Measurement

    173
•  Appendix E

  175
•  Typical Radio Performance Results for 2E1

  175
  • Transmitter RF Test

    175
    • Transmit RF Spectrum

      175
      • Figure E-1 Transmit RF spectrum

        175
  • Receiver Tests

    176
    • Test Setup

      176
      • Figure E-2 Receiver test setup

        176
    • Receiver Sensitivity

      176
      • Table E-1 Receiver sensitivity

        177
    • Dispersive Fade Margin

      177
      • Test Conditions

        177
      • Direction A

        177
      • Table E-2 Direction A, minimal phase

        178
      • Table E-3 Direction A, non-minimal phase

        178
      • Figure E-3 W Curve at BER = 1E-6, Direction A

        179
      • Figure E-4 W Curve at BER = 1E-3, Direction A

        179
      • Direction B

        180
      • Table E-4 Direction B, minimal phase

        180
      • Table E-5 Direction B, non-minimal phase

        180
      • Figure E-5 W Curve at BER = 1E-6, Direction B

        181
      • Figure E-6 W Curve at BER = 1E-3, Direction B

        181
    • Dynamic Fading

      182
      • Sweep Notch Depth Range

        182
      • Table E-6 Sweep notch depth range for ultimate errorfree region (elapse time: 0.1 sec)

        182
      • Sweep Notch Frequency

        182
      • Table E-7 Checking for error notch depth region, elapse time: 0.1 sec (equivalent to sweep speed ...

        182
      • Flat Fading

        182
    • Interference Performance

      183
      • Narrowband Interference

        184
      • Figure E-7 T/I versus narrowband interference frequencyoffset

        184
      • Figure E-8 C/I versus narrowband interference frequencyoffset

        184
      • Wideband Interference

        185
      • Figure E-9 T/I versus wideband interference frequency offset (Directions A and B, same code, 05B8)

        185
      • Figure E-10 T/I versus wideband interference frequency offset (Direction A: 05B8, Direction B: 0247)

        185
      • Figure E-11 C/I versus wideband interference frequencyoffset

        186
    • Jitter Performance

      187
      • Input Jitter Tolerance

        187
      • Table E-8 Test results, input jitter tolerance

        187
      • Output Jitter

        187
      • Jitter Gain

        187
      • Jitter Transfer Characteristic

        188
      • Table E-9 Test results, jitter transfer characteristic

        188
  • Environmental Performance

    188
    • Temperature Performance

      188
      • Long-Term Error Performance

        188
      • Harris Microwave Communications Division

        191
•  Appendix F

  189
•  Forms

  189
  • Service Registration Form

    189
  • Rapid Request for Return Material Authorization (RMA)

    189
  • Harris MCD Instruction Manual Survey

    189
    • Harris Microwave Communications Division

      193
•  Glossary

  197
•  References

  207
•  Index

  209