nodebhwmn1

UTRAN

Hardware ManualNode B

HWMN: NodeB (Platform 1)

A50016-G5000-G225-prelim-7631 ND-57315-706 (E)-prelim

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

Trademarks:

All designations used in this document can be trademarks, the use of which by third parties

for their own purposes could violate the rights of their owners.

Copyright (C) Siemens AG / NEC Corporation 2005.

Issued by: Siemens AG, Communications, Hofmannstraße 51, 81359 München, Germany and NEC Corporation, 7-1, Shiba 5-chome, Minato-ku, Tokyo, Japan

Technical modifications possible. Technical specifications and features are binding only insofar as they are specifically and expressly agreed upon in a written contract.

A50016-G5000-G225-1-7631ND-57315-706 (E)-01 Precautions

PL 1 of 15

Precautions

To prevent potential injury or even death, this manual as well as the alert labels attached to the system, provide various safety precautions. It is imperative that all safety instructions in this manual and the alert labels be completely understood prior to performing any operations and/or maintenance work.

This manual is intended for the operation and maintenance personnel of the Node B system.

SAFETY INSTRUCTIONS

The “Safety Instructions” provides you safety instructions for the Node B. For other equipment, refer to the relevant manual of the particular equipment in question.

Definitions of Alert Categories

There are three Alert Categories.

DANGERThis symbol indicates that there is explicit life-threatening danger. Failure to obey this instruction could place you in an imminent danger of death or serious injury.

WARNINGThis symbol indicates an item that potentially endangers to your life. Failure to obey this instruction could lead to death or serious injury.

CAUTIONThis symbol indicates an item that potentially endangers your body and property. Failure to obey this instruction could cause injury to you, or damage to the equipment, components, and even the communication network or other property.


PL 2 of 15

List of Alert Labels

The following lists alert labels attached to the system. Locate the labels and be sure to follow the instructions on them.

CAUTION!

HOT SURFACEAvoid contact.

CAUTION!

(Location)Front of SCPA and MCPA

(Explanation)Do not touch the SCPA and MCPA which can heat up to a hightemperature during operation. Touching these equipment can causeserius burns. Be sure to wear gloves or adequate protective gearswhen handling these parts.

ANT0 ANT1-48v present

(Location)Front of DUAMCO(Explanation)

Pay full attention during operation since -48V DC current is outputto the connector ANT0 and ANT1 in front of DUAMCO.


PL 3 of 15

List of Safety Instructions

When you find a safety instruction in this manual, be sure to read the instruction before starting the work.

The safety instructions, especially regarding death or injury in this manual are listed below, by their alert categories.

• Alert category: Danger

DANGERImportant Notice on Product SafetyDANGER - RISK OF ELECTRICAL SHOCK OR DEATH - FOLLOW ALL INSTALLATION INSTRUCTIONS.The system complies with the standard EN 60950 / IEC 60950. All equipment connected to the system must comply with the applicable safety standards.Hazardous voltages are present at the AC power supply lines in this electrical equipment. Some components may also have high operating temperatures.Failure to observe and follow all installation and safety instructions can result in serious personal injury or property damage.Therefore, only trained and qualified personnel may install and maintain the system.

The same text in German:Wichtiger Hinweis zur ProduktsicherheitLEBENSGEFAHR - BEACHTEN SIE ALLE INSTALLATIONSHINWEISE.Das System entspricht den Anforderungen der EN 60950 / IEC 60950. Alle an das System angeschlossenen Geräte müssen die zutreffenden Sicherheitsbestimmungen erfüllen.In diesen Anlagen stehen die Netzversorgungsleitungen unter gefährlicher Spannung. Einige Komponenten können auch eine hohe Betriebstemperatur aufweisen.Nichtbeachtung der Installations- und Sicherheitshinweise kann zu schweren Körperverletzungen oder Sachschäden führen.Deshalb darf nur geschultes und qualifiziertes Personal das System installieren und warten.


PL 4 of 15

• Alert category: Caution

CAUTIONThis equipment has been tested and found to comply with EN 55022. Its class of conformity is defined in table A30808-X3247-X910-*-7618, which is shipped with each product. This class also corresponds to the limits for a Class A digital device, pursuant to part 15 of the FCC Rules.These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the relevant standards referenced in the manual "Guide to Documentation", may cause harmful interference to radio communications.For system installations it is strictly required to choose all installation sites according to national and local requirements concerning construction rules and static load capacities of buildings and roofs.For all sites, in particular in residential areas it is mandatory to observe all respectively applicable electromagnetic field / force (EMF) limits. Otherwise harmful personal interference is possible.


PL 5 of 15

• Alert category: Caution (continued)

CAUTIONSafety instructions on the overall work:

• Before performing any operation and maintenance work, make sure that the working environment is safe.

• Before performing any operation and maintenance work, check the emergency exits are clear in case of an emergency situation.

• Before performing any operation and maintenance work, make sure sufficient safety instructions are given to the maintenance personnel.

• Never wear slippers during work.• Take care not to trip over cables, components, or tools during work.

Failure to do so could result in injury.• Take care that shirt sleeves and trousers are not caught in equipment

and/or machines during work. Failure to do so could cause an injury or other accident.

• Do not allow liquid, such as water, on system components or touch the system with wet hands. Moisture in the system can cause an electrical shock or a trouble to the system. If any liquid comes into contact with the system, immediately turn off the power of the affected components, and request repairs.

• Do not rework or disassemble system components. An electrical shock, fire or component and/or system failure could occur as a result.


PL 6 of 15


CAUTIONSafety instructions concerning handling tools and test equipment:

• Before connecting any electric tool to an AC outlet, be sure to check the voltage (100 V or 240 V) and frequency usable with the tool. Using an electric tool with the wrong voltage or frequency can result in an electrical shock or other accident.

• When using any electric tool, be sure to connect a ground wire to it. Using an electric tool without connecting it to ground can lead to an electrical shock.

• When an electric tool is being not used, be sure to unplug the power cable from the AC outlet. Failure to do so could cause an electrical shock or other accident.

• When using a crimping tool, be careful not to get your fingers caught in the jaws of the tool.

• When using any electric tool or crimping tool, be sure to observe the instructions given in the relevant instruction manuals.

Safety instructions for handling cards:• Wear thin cotton gloves when handling cards. Working with bare

hands can lead to an injury or accident.• Follow all instructions for handling the card being tested, the test

instrument, cables, and all other components properly in accordance with the instructions given in the relevant manuals.


PL 7 of 15


CAUTIONSafety instructions on high voltage and high current:

• Persons other than the maintenance personnel must not touch the Direct Current Power Distribution Board (DC-PDB). The DC-PDB carries high voltage and current. Touching it could result in an electrical shock or other accident.

• Do not touch those parts of the Node B that contains components with high voltage or current. Inadvertent contact with any of these components can cause injury, death, and/or damage to the system.

• Be sure to provide grounding where required. Failure to do so can result in system failure or electrical shock, especially if caused by the lightening.

• When measuring voltage or current, take adequate insulating measures, such as covering or winding the unnecessary parts of the measuring terminal and tools with insulating tape. Allowing the measuring terminal to touch another terminal, or a short-circuit caused by a tool could result in an lead to an electrical shock or other accident.

• Before making a connection to the DC-PDB, ensure that the power to the main circuit breaker is OFF. Making a connection to the DC-PDB when the power is ON can result in an electrical shock or other accident.

• Before making a cable connection, be sure to turn OFF the switch on the power distribution board. Otherwise, an electrical shock or other accident could occur.

• Before making a cable connection, confirm the electric polarity is correct. If the cable is connected to the wrong polarity, an electrical shock or other accident could occur.

Safety instructions when working up high or on a step ladder:• When working on a cable rack or running cables while on a step or

other ladder, watch your footing and be careful not to fall. Failure to take proper precautions could result in injury or other problems.

• When working on a cable rack or running cables up high, be careful not to drop any tools or components. Dropping a tool or a component can injure other personnel, or cause other troubles to the system.


PL 8 of 15


CAUTIONSafety instructions on high temperature:

• Do not touch the Single Carrier Power Amplifier (SCPA), Multi Carrier Power Amplifier (MCPA) and the Power Supply (PS) which can heat up to a high temperature during operation. Touching these equipment could result in an injury or other accident. Be sure to wear gloves or adequate protective gears when handling these parts.

Safety instructions on rotating parts:• Do not touch rotating parts such as fans, and do not remove the guard

while they are still rotating. Touching these rotating parts while they are still in motion rotating could result in an injury or other accident.

Safety instructions on heavy weight:• Use both hands to pull out the Duplex Amplifier Multi-Coupler

(DUAMCO), SCPA and MCPA. Pulling out heavy equipment such as these with only one hand could result in an injury or other accident.


PL 9 of 15

PRECAUTIONS FOR NORMAL SYSTEM OPERATION

The “Precautions for Normal System Operation” provides precautions against potential problems that could occur to the system. In order to maintain normal operation of the system, particular attention must be paid to each precaution prior to and during any operation and/or maintenance work.

Site Consideration

To maintain normal system operation, your site must always meet the requirements listed below.

(1) Temperature and humidity

• Make sure that the temperature and humidity levels are within the acceptable range: the temperature must be between -5 and 50°C and the humidity 20 and 95%. (There must be no condensation).

• Make sure that the site is not exposed to liquid such as water and oil.

• Make sure that the site is not exposed to direct sunlight nor placed near a flame or heating appliance like a stove.

(2) DustTo prevent a short circuit due to dust buildup, make sure that the site is kept clean and dust free.

(3) VibrationSince the system components are precision-engineered equipment and devices, make sure that the site is not subject to vibration.

(4) Heat dissipationProper air circulation is necessary to prevent the temperature from rising inside the system. Make sure that the vents of the system components are always kept clear.

(5) Static electricityBe sure to connect your wrist strap to the ground such as an Electrostatically Sensitive Devices (ESD) terminal.


PL 10 of 15

List of Precautions

The precautions are listed by the following working situations:

• When Operating the System

• When Handling Cards

• When Handling the Power Amplifiers

• When Handling the Power Supply

• When Handling Parts and Components

When Operating The System

• Keep the doors of the machine room closed during work. In a room with high humidity, vapor can condense on cards and shelves in the system, which can lead to a short-circuit or fire. Excessive dust can also cause a short-circuit or fire.

• If using air-conditioning, prevent water from ceiling or refrigerant pipes from dripping on cards and shelves in the system. If any component in the system becomes wet, this could result in a short-circuit or fire can occur.

• Keep the humidity in the machine room within the range of 20 to 95%, with no condensation.

• Do not leave foreign objects such as screws, wires, or pieces of metal, inside the racks, shelves, or terminal devices of the system. Such foreign object can damage the equipment or cause a short-circuit, subsequently resulting in a malfunction of the system or other problem.

• Wear antistatic shoes during the operation and maintenance work.

• Clean the filter on the fan at least every six months. If the filter is not kept properly cleaned, a short-circuit or fire can occur.

• When the system starts up, check that the transmission frequency is within the specified frequency range. If the transmission frequency is out of the specified frequency range, the equipment can be damaged or it can work improperly.


PL 11 of 15

When Handling Cards

• When inserting or removing a card of the system components, always wear thin cotton gloves and a grounded wrist strap to prevent static electricity. Electrostatic charge can damage the internal parts.

• Make sure that the switches and short plugs on the spare card are in the same condition as those on the card to be replaced.

Wear a pair of gloves.

Wear a wrist strap.

GND

wrist strap

To GND

0 1 2 3

ON

OFF

DIP switches

Rotary switch

Short plugs


PL 12 of 15

• Make sure the direction (top and bottom) of the spare card is correct. Do not force the card into the slot. Forcibly inserting a card in the wrong direction can damage it.

• Do not bend or twist the card. Bending or twisting the card can damage it and result in a malfunction.

• If a card is marked with a "!" label, be sure to turn the power switch of the card off before removing it.

Right Wrong


PL 13 of 15

When Handling The Power Amplifiers

• Use both hands to pull out the power amplifier unit (SCPA, MCPA, or DUAMCO) because of its heavy weight. Pull out the unit with both hands depicted as below. Pulling out the unit with only one hand can make you drop and a damage the unit.

When Handling The Power Supply

• The system components are kept in operation with the power supply turned on at all times. Make sure that no personnel except the system administrator is allowed to operate the power switch. If the power supply is interrupted, communications will be disrupted, and the unsaved data will be lost.

• Never turn the power switch of a card on and off, or insert or remove a fuse unless absolutely necessary. Be careful not to abruptly turn the power supply on and off.

• Normal operation of the system is not guaranteed when the input voltage is out of the prescribed range. The system operation is not guaranteed even when the voltage returns to a normal level once it has gone out of range. In this case, it will be necessary to reset the system.

GND

wrist strap


PL 14 of 15

When Handling Parts and Components

• Never swing a cable. Never forcibly wind a cable. Swinging or forcibly winding a cable can break the cable or damage its connector.

• Never wind an optical cable to form a loop with a diameter of 100 mm or less. To do so could break the optical cable.

• When making a connection with a cable conductor, be careful not to place the conductor in contact with another cable conductor. A short-circuit could result in a fire or other damage.

• Never remove the cap from an optical connector, except when attaching the connector. If an optical connector is damaged or contaminated with dust, this will disrupt communications error can occur.

• Never step on a battery. Stepping on a battery can cause the battery to leak.

• Use tools and components such as batteries and cables correctly, in accordance with the instructions given in the relevant manuals.


PL 15 of 15

DISPOSAL OF ELECTRICAL AND ELECTRONIC EQUIPMENT

All electrical and electronic products should be disposed of separately from the municipal waste stream via designated collection facilities appointed by the government or the local authorities.

The correct disposal and separate collection of your old appliance will help prevent potential negative consequences for the environment and human health. It is a precondition for reuse and recycling of used electrical and electronic equipment.

For more detailed information about disposal of your old appliance, please contact your sales representative.

The statements quoted above are only fully valid for equipment which is installed in the countries of the European Union and is covered by the directive 2002/96/EC.

Countries outside the European Union may have other regulations regarding the disposal of electrical and electronic equipment.

A50016-G5000-G225-1-7631ND-57315-706 (E)-01 Preface

PR 1 of 1

Preface

This document is prepared as a standard edition that may include descriptions not applying to your system.

This document describes the standard hardware configuration of the Node B in the Wideband Code Division Multiple Access (W-CDMA) system.

This document comprises the following sections:

INTRODUCTIONDescribes the meaning of terms.

RACK/SHELTERDescribes the Node B rack and shelter.

SHELFDescribes the shelves.

CARDDescribes the cards.

TTADescribes the Tower Top Amplifier (TTA).

INTERFACE PORTDescribes the interface ports on the top of the Node B rack.

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

DA 1 of 1

Reason for Update

Summary:

Preliminary edition

Details:

Issue History:

Chapter/Section Reason for Update

All Preliminary edition

Issue Number

Date of issue Reason for Update

prelim 10/2005 Preliminary edition

A50016-G5000-G225-1-7631ND-57315-706 (E)-01 Contents

CL 1 of 2

Contents

(*:REVISION)

TITLE INDEX NUMBER

SECTION 1INTRODUCTION

Meaning of Each Part of Hardware (NB-530) .................. INT-092-10000-11(E)-01

Meaning of Each Part of Hardware (NB-531) .................. INT-092-10010-11(E)-01

SECTION 2RACK/SHELTER

Dimensions of NB-530 Rack............................................ DDS-092-DIME0-11(E)-01

Dimensions of NB-531 Shelter ........................................ DDS-092-DIME1-11(E)-01

NB-530 Rack ................................................................... DDS-092-RACK0-11(E)-01

NB-531 Shelter ................................................................ DDS-092-SHEL0-11(E)-01

SECTION 3SHELF

A-SHF .............................................................................. DDS-092-ASHF0-11(E)-01

B-SHF .............................................................................. DDS-092-BSHF0-11(E)-01

T-SHF .............................................................................. DDS-092-TSHF0-11(E)-01

SECTION 4CARD

2.0M-HWY1 ..................................................................... DDS-092-HWY20-11(E)-01

AMP FAN ......................................................................... DDS-092-AMPFN-11(E)-01

AMP-SC........................................................................... DDS-092-AMPSC-11(E)-01

ASI ................................................................................... DDS-092-ASI00-11(E)-01

ATM.................................................................................. DDS-092-ATM00-11(E)-01

CHC ................................................................................. DDS-092-CHC00-11(E)-01

CLK.................................................................................. DDS-092-CLK00-11(E)-01

CP.................................................................................... DDS-092-CP000-11(E)-01

DUAMCO......................................................................... DDS-092-DUAMC-11(E)-01

EIU................................................................................... DDS-092-EIU00-11(E)-01

FAN.................................................................................. DDS-092-FAN00-11(E)-01

A50016-G5000-G225-1-7631ND-57315-706 (E)-01 Contents

CL 2 of 2

HWY-MON20 ................................................................... DDS-092-HWM20-11(E)-01

MCPA............................................................................... DDS-092-MCPA0-11(E)-01

PS1 .................................................................................. DDS-092-PS100-11(E)-01

PS2 .................................................................................. DDS-092-PS200-11(E)-01

REP ................................................................................. DDS-092-REP00-11(E)-01

RFSW .............................................................................. DDS-092-RFSW0-11(E)-01

SCPA ............................................................................... DDS-092-SCPA0-11(E)-01

SDM................................................................................. DDS-092-SDM00-11(E)-01

TRX.................................................................................. DDS-092-TRX00-11(E)-01

SECTION 5TTA

TTA .................................................................................. DDS-092-TTA00-11(E)-01

SECTION 6INTERFACE PORT

Control System Expansion Interface................................ DDS-092-CNTIF-11(E)-01

HWY Interface ................................................................. DDS-092-HWYIF-11(E)-01

PWR Interface ................................................................. DDS-092-PWRIF-11(E)-01

RF Interface ..................................................................... DDS-092-RFIF0-11(E)-01

RF System Expansion Interface ...................................... DDS-092-RFIF1-11(E)-01

Site Supervisory and Remote Control Interface .............. DDS-092-SSRIF-11(E)-01

TITLE INDEX NUMBER

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

SECTION 1INTRODUCTION

A50016-G5000-G225-1-7631INT-092-10000-11 (E)-01 Meaning of Each Part of Hardware (NB-530)

INT-009-10000 1 of 2

Meaning of Each Part of Hardware (NB-530)

1. NODE B HARDWARE COMPOSITION

NB-530 hardware is composed of Racks, Shelves, Cards and TTAs.

Fig. 1 Hardware composition

Meanings of Rack, Shelf, Card, and TTA are as follows:

• Rack:Rack is the indoor equipment of Node B system. And rack can accommodate several shelves.Interface ports for external equipments are located on the top board of the rack.

RACK

Interface Port

SHELF

SHELF

SHELFCARD

TTA

( Outdoor )

CARD

CARD

( Indoor )

Suction port

Suction port


INT-009-10000 2 of 2

• Shelf:Shelf has several slots which can accommodate cards.

• Card:Card is a printed wiring board which accommodates electronic components. And card is the minimum unit of Node B function.

• TTA:TTA (Tower Top Amplifier) is the outdoor equipment of Node B system.


INT-009-10010 1 of 2

Meaning of Each Part of Hardware (NB-531)

1. NODE B HARDWARE COMPOSITION

NB-531 hardware is composed of Shelters, Shelves, Cards and TTAs.

Fig. 1 Hardware composition

Meanings of Shelter, Shelf, Card, and TTA are as follows:

• Shelter:

( Outdoor )

TTA

SHELF

Suction port

Suction port

SHELF

Rectfier

TransmissionEquipment

Battery

CARD

CARD

CARD

( Outdoor )

Interface Port

SHELTER

SHELF


INT-009-10010 2 of 2

Shelter is the outdoor equipment of Node B system. And shelter can accommodate several shelves.Interface ports for antenna and transmission are located on the left side of the shelter.

• Shelf:Shelf has several slots which can accommodate cards.

• Card:Card is a printed wiring board which accommodates electronic components. And card is the minimum unit of Node B function.

• TTA:TTA (Tower Top Amplifier) is the outdoor equipment of Node B system.

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

SECTION 2RACK/SHELTER

A50016-G5000-G225-1-7631DDS-092-DIME0-11 (E)-01 Dimensions of NB-530 Rack

DDS-092-DIME0 1 of 2

Dimensions of NB-530 Rack

1. DIMENSIONS

Fig. 1 Dimension of Node B (Front and Side)

Front View Side View600 600

1800

Unit: mm

A50016-G5000-G225-1-7631DDS-092-DIME0-11 (E)-01 Dimensions of NB-530 Rack


Fig. 2 Dimension of Node B (Top and Bottom)

Top View

600

600

Bottom View

486

434

Unit: mm

A50016-G5000-G225-1-7631DDS-092-DIME1-11 (E)-01 Dimensions of NB-531 Shelter


Dimensions of NB-531 Shelter

1. DIMENSIONS

Fig. 1 Dimension of Node B (Front and Right side)

Right Side View

1900

1200600

1200

5060

1852

Unit: mm50.8 798

336.5

900

Front View

A50016-G5000-G225-1-7631DDS-092-DIME1-11 (E)-01 Dimensions of NB-531 Shelter


Fig. 2 Dimension of Node B (Top and Bottom)

Top View

900

Unit: mm75

8750 750

Bottom View

A50016-G5000-G225-1-7631DDS-092-RACK0-11 (E)-01 NB-530 Rack

DDS-092-RACK0 1 of 2

NB-530 Rack

1. SHELF ACCOMMODATION

Fig. 1 Shelf accommodation

• A-SHF (Amplifier Shelf)

• B-SHF (Base Shelf)

• T-SHF (Transceiver Shelf)

Front View of Extension Rack

B-SHF( Cards are notmounted on theupper part )

Front View of Base Rack

A-SHF

B-SHF

T-SHF

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A50016-G5000-G225-1-7631DDS-092-RACK0-11 (E)-01 NB-530 Rack

DDS-092-RACK0 2 of 2

2. INTERFACE PORT ACCOMMODATION

Fig. 2 Interface port accommodation

• Control System Expansion Interface

• HWY Interface

• PWR Interface

• RF Interface

• RF System Expansion Interface

• Site Supervisory and Remote Control Interface

RF System Expansion Interface

Control SystemExpansion Interface

Top View

RF Interface

HWY Interface

PWR Interface

Front

Site Supervisory andRemote Control Interface

A50016-G5000-G225-1-7631DDS-092-SHEL0-11 (E)-01 NB-531 Shelter

DDS-092-SHEL0 1 of 2

NB-531 Shelter

1. SHELF ACCOMMODATION

Fig. 1 Shelf accommodation

• A-SHF (Amplifier Shelf)

• B-SHF (Base Shelf)

• T-SHF (Transceiver Shelf)

Front View

B-SHF

T-SHF

A-SHF

Rectfier

Space forTransmission

Equipment(PASOLINK )

Battery

Battery

A50016-G5000-G225-1-7631DDS-092-SHEL0-11 (E)-01 NB-531 Shelter

DDS-092-SHEL0 2 of 2

2. INTERFACE PORT ACCOMMODATION

Fig. 2 Interface port accommodation

4

Node-B Transmission

1 1

3

2

2'6 5

4

Right Side View

3

RX

Sector 3

Sector 2

Sector 1

RF Interface HWY Interface

(site-dependent)

TX/RX

RX

RX

TX/RX

TX/RX

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

SECTION 3SHELF

A50016-G5000-G225-1-7631DDS-092-ASHF0-11 (E)-01 A-SHF

DDS-092-ASHF0 1 of 1

A-SHF

1. CARD ACCOMMODATION

Fig. 1 Card accommodation (A-SHF)

Note: Slot number is used to specify the card position in the AP macro.

• AMP FAN (Amplifier Fan)

• AMP-SC (Amplifier Supervisory and Control)

• DUAMCO (Duplex Amplifier Multi-Coupler)

• MCPA (Multi Carrier Power Amplifier)

• SCPA (Single Carrier Power Amplifier)

Slotnumber

SCPA/MCPA

0

Suction Port

AMP|SC

Front View of Shelf

A M P F A N

SCPA/MCPA

1

SCPA/MCPA

2

SCPA/MCPA

3

SCPA/MCPA

4

SCPA/MCPA

5

DUAMCO 0 DUAMCO 2DUAMCO 1

0602 03 04 0500 01

A50016-G5000-G225-1-7631DDS-092-BSHF0-11 (E)-01 B-SHF

DDS-092-BSHF0 1 of 2

B-SHF

1. CARD ACCOMMODATAION

Fig. 1 Card accommodation (B-SHF)


• 2.0M-HWY1 (2.0M Highway 1)

• ASI (ATM Shelf Interface)

• ATM (Asynchronous Transfer Mode)

• CHC (Channel Coding)

• CLK (Clock)

Suction Port

Front View of Shelf

PS1

0

PS1

1

ATM

N

ATM

E

CLK

E

CLK

N

CP

E

CP

N

SDM

E

SDM

N

EIU

HWY|

MON20

PS2

1

PS2

0

ASI

N

ASI

E

RFSW

CHC

6

REP

1

CHC

1

CHC

8

CHC

7

CHC

9

CHC

4

CHC

3

CHC

5

CHC

2

CHC

0

REP

0

TRX

2

TRX

E

TRX

1

TRX

3

RFSW

22 23 2421 25 2913 141211100907 0805 0604030201

10 11 1209 150807060504030201Slot

number

Slotnumber

2.0M|HWY1

2.0M|HWY1

0 1

A50016-G5000-G225-1-7631DDS-092-BSHF0-11 (E)-01 B-SHF

DDS-092-BSHF0 2 of 2

• CP (Central Processing)

• EIU (External Interface Unit)

• FAN (Fan)

• HWY-MON20 (Highway Monitor 2M)

• PS1 (Power Supply 1)


• REP (Repeater)

• RFSW (Radio Frequency Switch)

• SDM (System Data Memory)

• TRX (Transmitter and Receiver)

A50016-G5000-G225-1-7631DDS-092-TSHF0-11 (E)-01 T-SHF

DDS-092-TSHF0 1 of 1

T-SHF

1. CARD ACCOMMODATION

Fig. 1 Card accommodation (T-SHF)


• ASI (ATM Shelf Interface)

• CHC (Channel Coding)

• FAN (Fan)


• REP (Repeater)

• TRX (Transmitter and Receiver)

Slotnumber

Front View of Shelf

PS2

1

PS2

0

ASI

N

ASI

E

RFSW

CHC

6

REP

1

CHC

1

CHC

8

CHC

7

CHC

9

CHC

4

CHC

3

CHC

5

CHC

2

CHC

0

REP

0

TRX

2

TRX

E

TRX

1

TRX

3

RFSW

22 23 2421 25 2913 141211100907 0805 0604030201

F A N

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

SECTION 4CARD

A50016-G5000-G225-1-7631DDS-092-HWY20-11 (E)-01 2.0M-HWY1

DDS-092-HWY20 1 of 3

2.0M-HWY1

1. CARD LAYOUT

This card is used to connect the Node B with the RNC. The card is also used to process the inter-exchange control signal protocol on the 2M transfer circuit.

Fig. 1 Front view of 2.0M-HWY1

RESET

ETHER

ALMERR0

ACT

MT

FUNC

REC

USE

BLK

SEND

ERR1

Front View

ON

ACT LED (Green)

Card Ejector

Card Ejector

USE LED (Green)

RESET Button (Pushbutton switch)

ERR0 LED (Red)ERR1 LED (Red)

ALM LED (Red)

SEND LED (Green)REC LED (Green)BLK LED (Red)BLK Button (Pushbutton switch)

4-pole Switch

Connector for SIO communication

Connector for Ethernet communication

A50016-G5000-G225-1-7631DDS-092-HWY20-11 (E)-01 2.0M-HWY1


Table 1 LED indicators and operation block (1/2)

State Display/Operation Description

ACT (Normal operation) LED (Green)

(Lighting condition)

- When being operated normally

(Lighting out condition)

- When alarm occurs

- When changed to blocked state

ALM (Alarm) LED (Red)


- When internal hardware and firmware errors occur


- When resetting

ERR0 (Error) LED (Red)


- When REC, ASI, or RAI of HWY signal received in line being used was detected


- When error condition above was eliminated

ERR1 (Error) LED (Red)


- When error in establishing SSCOP link with Zone Center was detected


- When SSCOP link error was normally recovered

USE (Line state) LED (Green)


- When FUNC SW is ON and VPI is allocated from API


- When FUNC SW is OFF and line is not used

- When FUNC SW is ON and VPI is allocated from API

A50016-G5000-G225-1-7631DDS-092-HWY20-11 (E)-01 2.0M-HWY1


FUNC (Using line) DIP SW

Indicates use state of line.

(SW ON)

- Using line. Detects ERR 0.

(SW OFF)

- Using no line Detects no ERR 0.

SEND (Inter-station control

signal transmission)

LED(Green) - Lit for about 200ms when inter-station control signal was transmitted in ATM cell.

REC (Inter-station control signal

receive)LED(Green) - Lit for about 200ms when significant signal of inter-

station control signal was received in ATM cell.

BLK (Blocked)LED(Red)


- When blocked


- When blocked state is released

Pushbutton switch Each time the pushbutton switch is pressed once, blocked status or unblocked status is alternatively repeated.

RESET (Reset) Pushbutton switchWhen the pushbutton is pressed, reset is executed in the card and the card is initialized. Reset holding time is about 10 sec.



A50016-G5000-G225-1-7631DDS-092-AMPFN-11 (E)-01 AMP FAN

DDS-092-AMPFN 1 of 1

AMP FAN

1. CARD LAYOUT

This card is used to cool the power amplifiers.

Fig. 1 Front view of AMP FAN

Table 1 LED indicators and operation block

State Display/Operation

Description



- When error occurs in fan

- When the number of revolutions decreases



- When the power is OFF

ALM LED (Red)Screw Screw

FAN1 FAN2 FAN3 FAN4ALM AMP-FAN

Front View

A50016-G5000-G225-1-7631DDS-092-AMPSC-11 (E)-01 AMP-SC

DDS-092-AMPSC 1 of 3

AMP-SC

1. CARD LAYOUT

This card is used to monitor the cards mounted on the A-SHF.

Fig. 1 Front view of AMP-SC

Front View

Screw

ACT LED (Green)ALM LED (Red)ERR LED (Red)SEND LED (Green)REC LED (Green)


ON/OFF Switch

Screw

AMP-SC

ACTALMERR

SENDREC

RESET

ON

OFF

PS





Description





- When alarm occurs

- When resetting




- When error is detected in the internal circuit


- When resetting


ERR (Error) LED (Red)


- When parity error is detected in the received signal

- When carrier disconnect over 120 seconds is detected


- When recovery from the above error

SEND (Send) LED (Green)


- When signal is sent to MDE


- When signal is not sent to MDE

REC (Receive) LED (Green)


- When signal is received from MDE


- When signal is not received from MDE






Description

A50016-G5000-G225-1-7631DDS-092-ASI00-11 (E)-01 ASI

DDS-092-ASI00 1 of 3

ASI

1. CARD LAYOUT

This card is used to control the ATM bus and B-SHF UTOPIA bus. The card is also used to transmit base-band clock signals, mount the PS cards and fans on the B-SHF, and monitor the cards and fans to check for alarms.

Fig. 1 Front view of ASI

ACT LED (Green)ALM LED (Red)ERR LED (Red)

BLK LED (Red)BLK Button (Pushbutton switch)



Front View

Card Ejector

Card Ejector

RESET

ALMERR

BLK

ACT

Ether

A50016-G5000-G225-1-7631DDS-092-ASI00-11 (E)-01 ASI




Description




- During pre-blocking, both of ACT and BLK are lit.


- When alarm occurs

- When normal standby

- When resetting




- When internal hardware, firmware or software error occurs.


- When resetting



- Error in receiving signal from ATM card


- When signal was normally received from ATM card

- When resetting

A50016-G5000-G225-1-7631DDS-092-ASI00-11 (E)-01 ASI


BLK (Blocked)LED (Red)


- In pre-blocking state or blocking state

(Blinking condition)

- During self-diagnosis



- When resetting

Pushbutton switch Each time the pushbutton switch is pressed once, blocked state or unblocked state is alternatively repeated.

RESET (Reset) Pushbutton switchWhen pushbutton switch was pressed, reset is executed in a card and the card is initialized.Reset holding time is about 10 sec.



Description

A50016-G5000-G225-1-7631DDS-092-ATM00-11 (E)-01 ATM

DDS-092-ATM00 1 of 3

ATM

1. CARD LAYOUT

This card is used to control the ATM bus and B-SHF buses that transfer user data and control data. The card is also used to relay BB (base-band) clock signals and bus monitor signals, and monitor each bus.

Fig. 1 Front view of ATM

Front View





Card Ejector

Card Ejector

ATM

ALMACT

BLK

Ether

RESET

ERR

A50016-G5000-G225-1-7631DDS-092-ATM00-11 (E)-01 ATM


Table 1 LED indication and operation block (1/2)







- When alarm occurs


- When resetting






- When resetting



- Signal receiving error from ASI card


- When Signal is normally received from ASI card

- When resetting








- When resetting


A50016-G5000-G225-1-7631DDS-092-ATM00-11 (E)-01 ATM


RESET (Reset) Pushbutton switchWhen pushbutton switch is pressed, reset is executed in a card and the card is initialized. Reset holding time is about 10 sec.

Table 1 LED indication and operation block (2/2)


A50016-G5000-G225-1-7631DDS-092-CHC00-11 (E)-01 CHC

DDS-092-CHC00 1 of 3

CHC

1. CARD LAYOUT

This card is used to process user data or control data received via the ATM bus or any of the B-SHF buses.

Fig. 1 Front view of CHC

Front View

ACT LED (Green)ALM LED (Red)ERR LED (Red)USE LED (Green)BLK LED (Red)BLK Button (Pushbutton switch)CH-C LED (Green)CH-T LED (Green)


Connector for Monitor


Card Ejector

Card Ejector

ETHER

ACT

CH-TCH-C

BLKUSE

ALMERR

RESET

MON

A50016-G5000-G225-1-7631DDS-092-CHC00-11 (E)-01 CHC




Description





- When alarm occurs

- When resetting





- When resetting




- Lit when external clock or ATM clock disconnect is detected.

- When ATM short cell header CRC check error is detected.

- Lit when parity check error is detected in either of REP or Paired-CH selected.


- When error conditions above were eliminated.

USE (Circuit state) LED (Green)


- When RL-ID is assigned


- The card is not mounted

A50016-G5000-G225-1-7631DDS-092-CHC00-11 (E)-01 CHC




- In pre-blocked state or blocked state




- When blocked state is released.

- When resetting


CH-C (State where control

channel is used)LED (Green)


- When this card is used as a control channel card


- When this channel is used as a speech channel card

- When resetting

CH-T (State where speech

channel is used)LED (Green)


- When this card is used as a speech channel card


- When this channel is used as a control channel card

- When resetting




Description

A50016-G5000-G225-1-7631DDS-092-CLK00-11 (E)-01 CLK

DDS-092-CLK00 1 of 3

CLK

1. CARD LAYOUT

This card is used to generate clock signals required for each of the cards, and then supply the signals to the cards.

Fig. 1 Front view of CLK

Front View

ACT LED (Green)

Card Ejector

Card Ejector

RESET

ALMERR

ACT

BLK

CLK ON

10M

ETHER

WARM UP

FUNC

ON

BLK LED (Red)

CLK ON LED (Orange)

4-pole Switch

ERR LED (Red)ALM LED (Red)

Warm UP LED (Red)BLK Button (Pushbutton switch)

CLK ON Button (Pushbutton switch)


BNC Connector


A50016-G5000-G225-1-7631DDS-092-CLK00-11 (E)-01 CLK


CAUTIONThe MONCLK terminal (BNC connector terminal) in the front of the CLK card outputs 10MHz TTL level clock. When connecting a measuring equipment such as Signal Generator (SG) to the terminal, adjust the input level of the measuring equipment to the output level of the terminal. Otherwise, the operation of the measuring equipment is not guaranteed.








- When alarm occurs




- When oscillation stop, reduction in output level were detected.

- When internal hardware and firmware software errors occur.


- When no internal hardware circuit failure and software error were detected.

- When resetting

ERR (Self-running mode) LED (Red)


- Lit in self-running mode.


- Lit out in transmission path synch. mode.

A50016-G5000-G225-1-7631DDS-092-CLK00-11 (E)-01 CLK


WARM UP (Warm up) LED (Red)


- When turning power ON and inserting card to start warm up during warm up period of time.


- After termination of warm up period of time, the light is turned off. When instantaneous stop of power is for a few seconds or so, no warm up timer is reset.

CLK ON (Clock on)

LED (Orange)


- When changed to CLK ON state


- When CLK ON state was released. After termination of warm up period of time, the light is turned off.

Pushbutton switch Each time the pushbutton switch is pressed once, CLK ON state or CLK OFF state is alternatively repeated.



- When blocked

(Blinking)




- When resetting





A50016-G5000-G225-1-7631DDS-092-CP000-11 (E)-01 CP

DDS-092-CP000 1 of 3

CP

1. CARD LAYOUT

This card is used to communicate with the IPL (initial program load) function and MT (maintenance tool).

Fig. 1 Front view of CP

Front View

ACT LED (Green)ALM LED (Red)




RESET Button (Pushbutton switch)RESET

ETHER

ALMACT

BLK

MT

Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-CP000-11 (E)-01 CP

DDS-092-CP000 2 of 3





- When IPL function normally terminates and operation is available

- During pre-blocking, both of ACT and BLK LED are lit.


- When alarm occurs


- When resetting




- IPL failure

- Internal hardware error

- Software error of call processing AP (CP-AP) and maintenance supervision control AP (SV-AP)


- When reset starts







- When blocking state is released

- When being reset


A50016-G5000-G225-1-7631DDS-092-CP000-11 (E)-01 CP

DDS-092-CP000 3 of 3




A50016-G5000-G225-1-7631DDS-092-DUAMC-11 (E)-01 DUAMCO

DDS-092-DUAMC 1 of 4

DUAMCO

1. CARD LAYOUT

This card has the function of both RX Low-noise Amplifier (RX AMP) and Tower Top Amplifier Monitor (TTA-M).

Fig. 1 Front view of DUAMCO

Front View

ACT LED (Green) TTA BYP LED (Green)ANT 0 Connector TTA LNA LED (Red)ANT 1 Connector TTA PS LED (Red)FREQ Switch TX MON 0 ConnectorMODE Switch TX MON 1 ConnectorRESET Button (Pushbutton Switch) VSWR LED (Red)RX AMP LED (Red)

PS

OFF

ON

I

O

RESET

ANT 0 ANT 1TX MON 0 TX MON 1

ON/OFF Switch

Volume Switch(1db step)

Screw

0 10TTA ATT

VSWRRX

AMPTTALNA

TTAPS ACT

TTABYP

DUAMCO 0

ALM MODETTA

+RXAMP

RXAMP

FREQ

HL

0 10TTA ATT

VSWRRX

AMPTTALNA

TTAPS ACT

TTABYP

DUAMCO 1

ALM







- When receiving system 0 (or 1) is in normal operation and ALM has not occurred


- When ALM occurred in receiving system 0 (or 1)


TTA BYP (Mode) LED (Red)


- When the TTA bypass mode is chosen (with deciding that TTA is impossible to operate)* Keep [RX 0 (and 1) RXAMP/TTA MODE] to AMP-SC in TTA MODE.


- When the RXAMP mode is chosen

- When the TTA operation is O.K. in the TTA mode(Since only degradation of TTA is required when only one side of the parallel configuration is abnormal, it is not set to the TTA bypass mode.)


TTA LNA (Alarm) LED (Red)


- When LNA in system 0 (or 1) in TTA is abnormal(This is "TTA 0 (or 1) LNA ALM" even when only one side of the parallel configuration is abnormal)* The protection operation does not work.* The display is maintained by itself.* Sends out to AMP-SC as [RX 0 (or 1) ALM]



- When resetting



TTA PS (Alarm) LED (Red)


- When the supply voltage to LNA in system 0 (or 1) in TTA fell down and stopped

- When the cables between DUAMCO - TTA are abnormal* The protection operation interrupts PS output in the case of only the abnormalities originating in an over-current.* The display is maintained by itself * Sends out to AMP-SC as [RX 0 (or 1) ALM].



- When resetting

RXAMP (Alarm) LED (Red)


- When RXAMP in system 0 (or 1) in DUAMCO is abnormal * The protection operation does not work.* The display is maintained by itself.* Sends out to AMP-SC as [RX 0 (and 1) ALM].



- When resetting

VSWR (Alarm) LED (Red)


- When VSWR is abnormal (VSWR > 3) at antenna interface end in system 0 (or 1) in DUAMCO* The protection operation does not work.* The display is maintained by itself.* Sends out to AMP-SC as [DUAMCO 0 (or 1) VSWR ALM].



- When ALM returns





RXAMP /TTA+RXAMP

(Mode)Switch

Choose the RXAMP mode that does not use TTA, and the TTA+RXAMP mode that uses TTA. * The switch with a lock is used.

TTA ATT (Mode) Rotary switch

Since the cable loss between TTA and DUAMCO is compensated at the time of the TTA mode, the amount of attenuation can be varied at a maximum of 10dB by 1dB step.* In the RXAMP mode or TTA bypass mode, even if it turns a switch, the amount of attenuation is fixed.* The amount of attenuation can be checked visually.

FREQ SwitchSet up the frequency band of the bank filter in DUAMCO. * The switch with a lock is used.

PS ON/OFF (Power)

- Turns ON/OFF of the power supplied to DUAMCO.

- Interrupt the power at the time of an over-current.* Having a structure that cannot easily be pressed down.* The operation part is not projected from the surroundings of it.* The NFB itself is displayed as "0" at the ON side and " 01" at the OFF side.

RESET (Reset) Pushbutton switchInitialize DUAMCO.* Non-lock type switch is used.* Having a structure that cannot easily be pressed down.

TX MON 0 / TX MON 1 (Monitor) SMA-J connector

Transmission side monitor terminal in system 0 (or 1) in DUAMCO (the amount of combination is 40dB)* The cap with a chain is attached.* The amount of combination measured at 2140MHz is displayed near this monitor terminal.



A50016-G5000-G225-1-7631DDS-092-EIU00-11 (E)-01 EIU

DDS-092-EIU00 1 of 4

EIU

1. CARD LAYOUT

This card is used to store, in the PC memory card, the log files and traffic data concerning the function for monitoring bus signals in the rack, the function for transferring files to the SDM/GM, and the maintenance and control of the Node B.

Fig. 1 Front view of EIU

START/STOP

SYSRST

ETHER

ALMERR

ACT

MT

BLK

SENDREC

OKNG

RESET

Front View

USE

FUNC

ON


USE LED (Green)SEND LED (Green)REC LED(Green)BLK LED (Red)BLK Button(Pushbutton switch)OK LED (Green)NG LED (Red)START/STOP Button (Pushbutton switch)8-pole Switch



SYSRST Button (Pushbutton switch) (cover for preventing improper operation is attached.)RESET Button(Pushbutton switch)

PC Card Slot (PCMCIA TYPE II ATA card 96MB for FLD)Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-EIU00-11 (E)-01 EIU








- When alarm occurs

- When resetting






- When resetting



- Lit for 200ms when parity error of received message occurs.

- When line disconnection of AMP-SC-INTF, TTA-INTF was detected.



USE (Mounting PC card for FLD) LED (Green)


- Mounting PC card for FLD


- PC card for FLD not mounted

SEND (Data transmission) LED (Green)


- When message was transmitted to AMP-SC, TTA, lit for about 200ms.


- When no data is transmitted

A50016-G5000-G225-1-7631DDS-092-EIU00-11 (E)-01 EIU


REC (Data receive) LED (Green)


- When normal message was received from AMP-SC, TTA, in for about 200ms.


- When no data is released.








- When resetting


OK (File transferring state) LED (Green)


- During transferring file, blinks in a cycle of 200msec


- PC card for FLD not mounted

NG (File transferring state) LED (Red)


Lit when the following factors occur.

- When operated when PC card for FLD was not mounted.

- When error occurs in the processing related to PC card for FLD.


- When error factors were eliminated and START/STOP Pushbutton switch was pressed.



A50016-G5000-G225-1-7631DDS-092-EIU00-11 (E)-01 EIU


START/STOP (Operation start/

forced stop)Pushbutton switch

- Operates processing set with FUNC switch.

- Executes ScanDisk.

- Implements dismount processing of PC card.

- Starts transferring file.

- When this was pressed during file transfer, file transfer is forcibly terminated. When it is pressed in other cases, it is ignored.

- Turns off NG LED in NG holding state.


SYSRST (System Reset) Pushbutton switch Executes reset for entire unit and initializes entire unit.

Cover for preventing improper operation is attached.



A50016-G5000-G225-1-7631DDS-092-FAN00-11 (E)-01 FAN

DDS-092-FAN00 1 of 1

FAN

1. CARD LAYOUT

This card is used to cool the B/T-SHF cards.

Fig. 1 Front view of FAN



Description



- When error occurs in FAN unit



ALM LED (Red)

Front View

-48VALM

3A

Screw Screw

A50016-G5000-G225-1-7631DDS-092-HWM20-11 (E)-01 HWY-MON20

DDS-092-HWM20 1 of 2

HWY-MON20

1. CARD LAYOUT

This card is used to monitor the 2M transfer circuit.

Fig. 1 Front view of HWY-MON20

Front View

Screw

Screw

E1

BA

LAN

CE

E1 BALANCEor E1 UNBALANCE

EXT CLK

EX

T-C

LK

A50016-G5000-G225-1-7631DDS-092-HWM20-11 (E)-01 HWY-MON20

DDS-092-HWM20 2 of 2



Description

E1 BALANCE /E1 UNBALANCE Monitor

Monitor terminal for highway signal monitor. The state (E1 BALANCE / E1 UNBALANCE) is changed by reversing the SUB board mounted on the main board.

EXT-CLK ConnectorConnector for the MS simulator and others. This connector outputs clock signals (8KHz clock signal/BFN reset signal).

A50016-G5000-G225-1-7631DDS-092-MCPA0-11 (E)-01 MCPA

DDS-092-MCPA0 1 of 4

MCPA

1. CARD LAYOUT

This card is used to amplify RF signals transmitted from the TRX card.

Fig. 1 Front view of MCPA

Front View

Screw

MCPA

MONACTALMBLKWARM UP

RESET

BLK

PSON

OFF

RF Monitor

Screw

ON/OFF Switch

ACT LED (Green)ALM LED (Red)BLK LED (Red)WARMUP LED (Orange)


BLK Button (Pushbutton switch)

BAND SET (Cover is attached.)





Description



- When MCPA operates normally and ALM does not occur


- When MCPA cannot operate normally and ALM occurs

- When MCPA does not start normally

- When MCPA is not given power supply or it is suspended.

- When the reset control is carried out

- When the BLK control is carried out



- When gains exceed the rated value

- When inter-modulation degrades

- When excessive output is made

- When internal temperature is higher than a temperature for guaranteed operation

- When error occurs in distortion compensator

- When abnormalities occur in internal power supply

- When abnormalities occur in the CPU circuit



- When resetting





- When the front switch is turned on or the BLK command (late call priority) is issued (transmission output is suspended).


- When the front switch is turned off or the BLK release command is issued with remote control.

- When reset control is carried out. (the operation state is returned after started, when the reset control is carried out)


WARM UP (Preparation) LED (Red)


- When the heat balance is not maintained right after the power supply is started.

- Until the distortion compensation control circuit is completed under initialization after reset. Carrier output is allowed even in the warm-up process.


- When no ON condition exists.

- When resetting



PS ON/OFF (Power)

This switch allows the power to be supplied to a card and not to supplied to the card, and it can stop the power supply in the case of over-current.



Description



BAND SET (Frequency Setup) Rotary switch

According to bandwidth used for the optimization of electrical property, rotary switches are set in the following:0 : No Setting (No setting is allowed) 1 :2110 to 2130MHz 2 :2120 to 2140MHz 3 :2130 to 2150MHz 4 :2140 to 2160MHz 5 :2150 to 2170MHz 6, 7, 8,9: No Setting (No setting is allowed)* After a change in the setting of rotary switches, the unit reset or the power supply needs to be done.

MON (Monitor) The monitor terminal of RF output. This monitor outputs about -40dBm in the case of the rated output.



Description

A50016-G5000-G225-1-7631DDS-092-PS100-11 (E)-01 PS1

DDS-092-PS100 1 of 2

PS1

1. CARD LAYOUT

This card is used to supply the rated power input required for the B-SHF common shelf to operate.

Fig. 1 Front view of PS1

ACT

ON

OFF

Front View

ACT LED (Green)

ON/OFF Switch

Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-PS100-11 (E)-01 PS1

DDS-092-PS100 2 of 2



Description



- When supplying power


- When power supply stops

- When resource error occurs

A50016-G5000-G225-1-7631DDS-092-PS200-11 (E)-01 PS2

DDS-092-PS200 1 of 2

PS2

1. CARD LAYOUT

This card is used to supply the rated power input required for the B-SHF channel shelf to operate.

Fig. 1 Front view of PS2

ACT

ON

OFF

Front View

ACT LED (Green)

ON/OFF Switch

Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-PS200-11 (E)-01 PS2

DDS-092-PS200 2 of 2

Table 1 LED indicator and operation block


Description



- When supplying power


- When power supply stops

- When resource error occurs

A50016-G5000-G225-1-7631DDS-092-REP00-11 (E)-01 REP

DDS-092-REP00 1 of 3

REP

1. CARD LAYOUT

This card is mounted between the CHC and TRX cards to perform inter-shelf communication.

Fig. 1 Front view of REP

Front View

RESET

ACTALMERRUSEBLK

ETHER

R-R1R-R0

ACT LED (Green)ALM LED (Red)ERR LED (Red)USE LED (Green)BLK LED (Red)BLK Button (Pushbutton switch)

Connector for communication between REP-REP

Connector for communication between REP-REP



Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-REP00-11 (E)-01 REP




Description





- When resetting



- Lit when internal hardware and firmware errors occur.


- When being operated normally.

- When resetting



- Lit when external clock or signal received from ATM card is abnormal.

- When unlocked deserializer is detected

- When parity check error is detected



USE (Circuit state) LED (Green)


- When REP card is mounted


- REP card is not mounted

A50016-G5000-G225-1-7631DDS-092-REP00-11 (E)-01 REP









- When resetting


RESET (Reset) Pushbutton switch Pressing the pushbutton switch resets and initializes the card. The reset holding time is about 10 seconds.



Description

A50016-G5000-G225-1-7631DDS-092-RFSW0-11 (E)-01 RFSW

DDS-092-RFSW0 1 of 3

RFSW

1. CARD LAYOUT

This card is used to distribute and integrate input and output RF signals.

Fig. 1 Front view of RFSW

Front View

TRX 0 LED (Green)TRX 1 LED (Green)TRX 2 LED (Green)TRX 3 LED (Green)TRX 4 LED (Green)TRX 5 LED (Green)TRX E LED (Green)

TRX 0TRX 1TRX 2

TRX 5

TRX 3TRX 4

TRX E

Screw

Card Ejector





Description

TRX 0 LED (Green)


- When being operated normally in the TRX 0 system


- When being switched to standby TRX

TRX 1 LED (Green)





TRX 2 LED (Green)





TRX 3 LED (Green)





TRX 4 LED (Green)





TRX 5 LED (Green)







TRX E LED (Green)




- When being operated normally in all TRX 0-5 systems.



Description

A50016-G5000-G225-1-7631DDS-092-SCPA0-11 (E)-01 SCPA

DDS-092-SCPA0 1 of 4

SCPA

1. CARD LAYOUT

This card is used to amplify RF signals transmitted from the TRX card.

Fig. 1 Front view of SPCA

Front View

Screw

RF Monitor

ACT LED (Green)ALM LED (Red)BLK LED (Red)WARMUP LED (Orange)


BLK Button (Pushbutton switch)

BAND SET (Cover is attached.)

ON/OFF Switch

Screw

PSON

OFF

SCPA

ACTALMBLKWARM UP

RESET

BLK

MON





Description



- When SCPA operates normally and ALM does not occur


- When SCPA cannot operate normally and ALM occurs

- When SCPA does not start normally

- When SCPA is not given power supply or it is suspended.

- When the reset control is carried out

- When the BLK control is carried out



- When gains exceed the rated value

- When inter-modulation degrades

- When excessive output is made

- When internal temperature is higher than a temperature for guaranteed operation

- When error occurs in distortion compensator

- When abnormalities occur in internal power supply

- When abnormalities occur in the CPU circuit



- When resetting





- When the front switch is turned on or the BLK command (late call priority) is issued (transmission output is suspended).


- When the front switch is turned off or the BLK release command is issued with remote control.

- When reset control is carried out. (the operation state is returned after started, when the reset control is carried out)


WARM UP (Preparation) LED (Red)


- When the heat balance is not maintained right after the power supply is started.

- Until the distortion compensation control circuit is completed under initialization after reset. Carrier output is allowed even in the warm-up process.

(It is not necessary to satisfy electric performance. However, the undesirable states of AMP equipment, such as breakage of AMP equipment, excessive output, unusual oscillation, do not occur.)


- When no ON condition exists.

- When resetting



PS ON/OFF (Power)

This switch allows the power to be supplied to a card and not to supplied to the card, and it can stop the power supply in the case of over-current.



Description



BAND SET (Frequency Setup) Rotary switch

According to bandwidth used for the optimization of electrical property, rotary switches are set in the following:0 : No Setting (No setting is allowed) 1 :2110 to 2130MHz 2 :2120 to 2140MHz 3 :2130 to 2150MHz 4 :2140 to 2160MHz 5 :2150 to 2170MHz 6, 7, 8: No Setting (No setting is allowed)9 : For Inspection (No setting is allowed) * After a change in the setting of rotary switches, the unit reset or the power supply needs to be done.

MON (Monitor) The monitor terminal of RF output. This monitor outputs about -10dBm in the case of the rated output.



Description

A50016-G5000-G225-1-7631DDS-092-SDM00-11 (E)-01 SDM

DDS-092-SDM00 1 of 3

SDM

1. CARD LAYOUT

This card includes nonvolatile memory to store the program files, data files for Node B operation, and firmware for the other cards.

Fig. 1 Front view of SDM

RESET

ETHER

ALM

NOT RDY

ACT

BLK

WE

Front View

ACT LED (Green)ALM LED (Red)

NOT RDY LED (Orange)

BLK LED (Red)BLK Button (Pushbutton switch)WE LED (Orange)WE Button (Pushbutton switch)



Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-SDM00-11 (E)-01 SDM







- During pre-blocking, both of ACT and BLK LED are lit.


- When alarm occurs


- When resetting




- When internal hardware and firmware software errors and memory failure occur


- When resetting

WE (Write enable)

LED (Orange)


- Lit in write enable state.


- Writing


- Write complete

- Lit out in write protection state.

- When resetting

Pushbutton switchEvery time pushbutton switch is pressed, write enable (writable state) and write protect (write protection state) to SDM unit are repeated.

A50016-G5000-G225-1-7631DDS-092-SDM00-11 (E)-01 SDM


NOTRDY (Not ready) LED (Orange)


- Transferring memory to make the memory of GM unit of STBY card equal to the memory of ACT card.


- Transfer complete in GM unit

- When resetting



- When blocked





- When resetting





A50016-G5000-G225-1-7631DDS-092-TRX00-11 (E)-01 TRX

DDS-092-TRX00 1 of 3

TRX

1. CARD LAYOUT

This card is used to transmit and receive RF signals.

Fig. 1 Front view of TRX

RESET

ETHER

ALMERRUSEBLK

ACT

Front View

ACT LED (Green)ALM LED (Red)ERR LED (Red)USE LED (Green)BLK LED (Red)BLK Button (Pushbutton switch)



Card Ejector

Card Ejector

A50016-G5000-G225-1-7631DDS-092-TRX00-11 (E)-01 TRX




Description






- When alarm occurs

- When resetting



- Lit when synthesizer is unlocked.

- When transmission output level error is detected.

- When CPU alarm is detected.

- When internal hardware and firmware errors are detected.


- When being operated normally.

- When resetting



- Lit when external clock or signal received from ATM card is abnormal.

- When unlocked deserializer is detected.

- When step-out by synchronous bit/word is detected.

- When parity check error is detected.



A50016-G5000-G225-1-7631DDS-092-TRX00-11 (E)-01 TRX


USE (Transmission

output on)LED (Green)


- When function setup in the active card is completed and resources are obtained


- When resources are released








- When resetting


RESET (Reset) Pushbutton switch Pressing the pushbutton switch resets and initializes the card. The reset holding time is about 10 seconds.



Description

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

SECTION 5TTA

A50016-G5000-G225-1-7631DDS-092-TTA00-11 (E)-01 TTA

DDS-092-TTA00 1 of 2

TTA

1. TTA LAYOUT

Fig. 1 Front view and right side view of TTA

Front View

Right Side View

(27)198.58

(236

)

(232

)

φ

Unit: mm

A50016-G5000-G225-1-7631DDS-092-TTA00-11 (E)-01 TTA

DDS-092-TTA00 2 of 2

Fig. 2 Rear view and bottom view of TTA

Rear View

Bottom View

4 - M12Depth 30

180 1.2±

143

1.2

±

CAUTION

TX/RX1

ANT1

GND

TX/RX0

ANT0

Unit: mm

A50016-G5000-G225-1-7631ND-57315-706 (E)-01

SECTION 6INTERFACE PORT

A50016-G5000-G225-1-7631DDS-092-CNTIF-11 (E)-01 Control System Expansion Interface

DDS-092-CNTIF 1 of 1

Control System Expansion Interface

1. INTERFACE PORT LAYOUT

Fig. 1 Control System Expansion Interface layout

Front

Location of bay top

AS

IC

LK

A50016-G5000-G225-1-7631DDS-092-HWYIF-11 (E)-01 HWY Interface

DDS-092-HWYIF 1 of 1

HWY Interface


Fig. 1 HWY interface layout

Front

Location of bay top

IN 0 OUT 0 IN 1 OUT 1STM1 OPTICAL

HWY 0 HWY 2 HWY 4 HWY 1 HWY 3 HWY 5E1 BALANCE

IN 0 OUT 4OUT 0 IN 2 OUT 2 IN 4 IN 1 OUT 5OUT 1 IN 3 OUT 3 IN 5E1 UNBALANCE

A50016-G5000-G225-1-7631DDS-092-PWRIF-11 (E)-01 PWR Interface

DDS-092-PWRIF 1 of 1

PWR Interface


Fig. 1 PWR interface layout

-48V IN

-48V-IN1( - )

-48V-G2( + )

-48V-G1( + )

-48V-IN2( - )

FG

Front

Location of bay top

A50016-G5000-G225-1-7631DDS-092-RFIF0-11 (E)-01 RF Interface

DDS-092-RFIF0 1 of 1

RF Interface


Fig. 1 RF interface layout

Front

Location of bay top

TX/RX RX TX/RXTX/RX RX RX

Sector 1 Sector 2 Sector 3

A50016-G5000-G225-1-7631DDS-092-RFIF1-11 (E)-01 RF System Expansion Interface

DDS-092-RFIF1 1 of 1

RF System Expansion Interface


Fig. 1 RF system expansion interface layout

Front

TX3-IN0 TX3-IN1

RX3-OUT1RX3-OUT0RX2-OUT1RX2-OUT0RX1-OUT1RX1-OUT0

TX1-IN0 TX1-IN1 TX2-IN0 TX2-IN1

Location of bay top

A50016-G5000-G225-1-7631DDS-092-SSRIF-11 (E)-01 Site Supervisory and Remote Control Interface

DDS-092-SSRIF 1 of 1

Site Supervisory and Remote Control Interface


Fig. 1 Site supervisory and remote control interface layout

Front

Location of bay top

PO

RT

IN/O

UT

25

50Connector Type: AMP 172875-6Screw Type: No.4-40 UNC, Depth 5mm

SE

RIA

L

1

26

nodebhwmn1

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