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Wireless Innovations Group

2601 Telecom Parkway

Richardson, Texas 75082

400/800 MHz Fiber Optic & RF Fed Bi-Directional

Amplifier Operations / Maintenance Manual

DWG NO:

AE04B-A1669

Rev: B

Date

: 06/18/2008

Page

of 63

7.4.3 Alarm Module Removal (Optional Equipment)

Not applicable if alarm module is not being used.

Verify AC power to the BDA has been removed.

Disconnect the system RF and Fiber Optic cables.

Loosen the screws and remove the blank front plate right of the Alarm module.

Loosen the module top and bottom wedge locks using a 9/64” allen wrench.

Loosen the module front plate screws.

6 Slowly but firmly, pull the module straight out of the chassis. Take care not to twist or

turn the module during withdrawal. The RF connectors on the rear of the module are

easily damaged if handled carelessly.

7.4.4

Alarm Module Installation (Optional Equipment)

Not applicable if alarm module is not being used.

Verify AC power to the BDA has been removed.

Disconnect the system RF and Fiber Optic cables.

Carefully align module into its location and then slowly push the module directly straight

fully into its position. Take care not to twist or turn module during installation.

Fasten the module front plate screws.

Tighten the module top and bottom wedge locks using a 9/64” allen wrench.

Reinstall the blank front plate right of the Alarm module.

Verify module connections have been made prior to connecting AC power. Reconnect

the system RF and fiber optic cables.

7.4.5 Module Transportation

To maintain the operation, performance and reliability of each module they must be stored

and transported properly. Exercise caution when handling the modules, if the units are

dropped or knocked the sensitive internal components can become damaged and the duplexer

modules can become misaligned. Any active module not installed in a BDA must be kept in

an anti-static bag or container. Any module sent back to Andrew Corporation for

investigation/repair must be shipped in a anti-static container. Please contact Andrew

Corporation quality department before returning a module.

Содержание AE04A-D1246-001

Страница 1: ...69 REVISION B The information set forth in this document and all rights in and to inventions disclosed herein and patents that might be granted thereon disclosing employing or covering the materials m...

Страница 2: ...al Amplifier Downlink Specification 10 3 2 4 800 MHz Bi directional Amplifier Uplink Specification 11 3 3 Mechanical Specifications 11 3 4 Environmental Specifications 11 4 0 EQUIPMENT PHOTOGRAPHS 12...

Страница 3: ...rm Module AE04A D0805 007 Optional 52 5 8 1 Description 52 5 8 2 Photographs 52 5 8 3 Alarm Module Schematics 54 6 INSTALLATION 58 6 1 BDA Installation Gain Setup 58 7 BDA MAINTENANCE TROUBLESHOOTING...

Страница 4: ...Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 4 of 63 AMENDMENT RECORD SHEET Rev N Date ECN Reason Page Amended Incorpor ated By A 6 16 04 1st Issue...

Страница 5: ...quipment unless specifically authorized by Andrew Corporation Purpose The purpose of this handbook is to provide the operator maintainer with sufficient information to operate maintain and repair the...

Страница 6: ...tio DC Direct Current dB Decibel dBc Decibel Below Carrier dBm Decibel referenced to 1 mW ESD Electrostatic Discharge EMI Electromagnetic Interference FC APC Fiber Connector Angle Polish Connector GND...

Страница 7: ...h power attenuators These attenuators will be located at the transmitter source Caution should be taken when working near high power attenuators due to the risk of being burned by its hot surface Due...

Страница 8: ...F signals transmitted within the tunnel they are received by the BDA amplified converted into a optical signal and sent via fiber cable to the base transceiver stations Each BDA is designed for a 19 r...

Страница 9: ...2 800 MHz Bi Directional Amplifier Andrew Part Number Description Qty Section AE04A D1265 001 800 MHz EO Cell Amplifier Module 2 5 4 AE04A D1438 002 800 MHz High Isolation Duplexer1 1 5 5 AE04A D1100...

Страница 10: ...Gain Adjustment1 30 dB Composite Output Power 5 dBm max Composite Input Power With ALC Activated 14 dBm max Impedance 50 Ohms VSWR 2 1 OIP32 26 dBm 44 dBm RF Fed BDA Noise Power max 48 dB Gain 110 dB...

Страница 11: ...ating Frequency Range 806 811 MHz Pass Bandwidth 3 MHz Gain Typical 48 dB Output Gain Adjustment1 30 dB Composite Output Power 5 dBm max Composite Input Power With ALC Activated 14 dBm max Impedance 5...

Страница 12: ...ture 20 C to 60 C Operating Relative Humidity 5 to 95 Non Condensing Dry Storage Temperature 25 C to 60 C ESD EMI1 IEC 65 Secretariat 129 Draft Pub 801 2 Shock Vibration and Moisture Resistance2 MIL S...

Страница 13: ...Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 13 of 63 4 2 800 MHz Fiber Op...

Страница 14: ...tment range which can be varied electronically thru the front panel RS232 connector Additionally the module has an internal Automatic Level Control ALC circuit which can be set to limit the maximum po...

Страница 15: ...N Operating Frequency Range 483 1625 486 2375 MHz Gain Typical 51 5 dB Output Gain Adjustment1 30 dB Composite Output Power 33 5 dBm Impedance 50 Ohms VSWR 2 1 OIP32 47 5 dBm Noise Power max 51 5 dB G...

Страница 16: ...ss Innovations Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 16...

Страница 17: ...kway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 17 of 63 5 1 4 400 MHz EO Cell Amplifier...

Страница 18: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 18 of 63 INTENT...

Страница 19: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 19 of 63 INTENT...

Страница 20: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 20 of 63 INTENT...

Страница 21: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 21 of 63 INTENT...

Страница 22: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 22 of 63 INTENT...

Страница 23: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 23 of 63 INTENT...

Страница 24: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 24 of 63 INTENT...

Страница 25: ...ss Innovations Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 25...

Страница 26: ...s filter design and is aligned carefully during production to optimise the insertion loss selectivity and VSWR The duplexer is a fully passive device and should have an extremely long trouble free wor...

Страница 27: ...onators design and is aligned carefully during production to optimize the insertion loss isolation and VSWR The duplexer is a fully passive device and should have an extremely long trouble free workin...

Страница 28: ...djustment range which can be varied electronically thru the front panel RS232 connector Additionally the module has an internal Automatic Level Control ALC circuit which can be set to limit the maximu...

Страница 29: ...R SPECIFICATION Operating Frequency Range 806 856 MHz Gain Typical 51 dB Output Gain Adjustment1 30 dB Composite Output Power 33 dBm Impedance 50 Ohms VSWR 2 1 OIP32 47 dBm Noise Power max 51 dB Gain...

Страница 30: ...kway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 30 of 63 5 4 4 800 MHz EO Cell Amplifier...

Страница 31: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 31 of 63 INTENT...

Страница 32: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 32 of 63 INTENT...

Страница 33: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 33 of 63 INTENT...

Страница 34: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 34 of 63 INTENT...

Страница 35: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 35 of 63 INTENT...

Страница 36: ...led bandpass filter design and is aligned carefully during production to optimize the insertion loss selectivity and VSWR The duplexer is a fully passive device and should have an extremely long troub...

Страница 37: ...ng up to 18 dB of RF gain So for fiber optic links with 9 dB or less of optical loss the fiber transceiver can negate that loss and in turn provide a fiber link that is lossless During the BDA setup t...

Страница 38: ...aser Type DFB single mode Optical Output Power 2 mW Optical Return Loss 60 dB Connector Style FC APC post fix FC APC RF PARAMETER SPECIFICATION Frequency Range 483 870 MHz Link Gain 0 dB nominal 18 dB...

Страница 39: ...tions Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 39 of 63 5 6...

Страница 40: ...rkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 40 of 63 5 6 4 Fiber Optic Transceiver...

Страница 41: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 41 of 63 INTENT...

Страница 42: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 42 of 63 INTENT...

Страница 43: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 43 of 63 INTENT...

Страница 44: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 44 of 63 INTENT...

Страница 45: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 45 of 63 INTENT...

Страница 46: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 46 of 63 INTENT...

Страница 47: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 47 of 63 INTENT...

Страница 48: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 48 of 63 INTENT...

Страница 49: ...contains an AC front end FARM Filter Autoranging Rectifier Module followed by a DC DC Converter Module The AC to DC power supply module is capable of interfacing directly with various sources of AC po...

Страница 50: ...tions Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 50 of 63 5 7...

Страница 51: ...ecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 51 of 63 5 7 4 48 V Power Supply...

Страница 52: ...1 Description The optional Alarm Module serves as a communication processor to provide a single point of monitoring interface for all the modules within the Fiber Optical Fed BDA The summary alarm mon...

Страница 53: ...ss Innovations Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 53...

Страница 54: ...elecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 54 of 63 5 8 3 Alarm Module Sc...

Страница 55: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 55 of 63 INTENT...

Страница 56: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 56 of 63 INTENT...

Страница 57: ...ns Group 2601 Telecom Parkway Richardson Texas 75082 400 800 MHz Fiber Optic RF Fed Bi Directional Amplifier Operations Maintenance Manual DWG NO AE04B A1669 Rev B Date 06 18 2008 Page 57 of 63 INTENT...

Страница 58: ...ear panel of the BDA 4 If a fiber fed BDA was installed connect the fiber optic cable to the BDA front panel FC APC connectors If both fiber connection indicators i e LEDs are illuminating a green col...

Страница 59: ...TUP The fiber fed BDA provides 18 dB of gain for 9 dB of optical loss The factory gain setting for the fiber fed BDA is 48 dB Due to the various fiber optic link losses found in a communication system...

Страница 60: ...fed BDA cable connections Verify fiber fed BDA Rx fiber port LED is green Check Radio Transmitter at base station No Uplink Signal Verify BDA power is switched ON Check fiber fed BDA cable connections...

Страница 61: ...revent electrical damage to modules during the removal or installation process disconnect the BDA from the AC power source 7 4 1 Module Removal 1 Verify that AC power to the BDA has been removed 2 Dis...

Страница 62: ...as been removed 2 Disconnect the system RF and Fiber Optic cables 3 Carefully align module into its location and then slowly push the module directly straight fully into its position Take care not to...

Страница 63: ...BDA use a dedicated N Type torque wrench If Type N connectors are over tightened irreparable damage will occur Do not use adjustable pliers to loosen or tighten connectors When connecting or disconne...

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