Ericsson Base Station F800 Field Service Manual

Download

Base Station F800

Field Service Manual

RUBRIKFÖRTECKNING

LIST OF HEADINGS

Dokumentnr - Document No

EN/LZB 115 681

Document maintenance

Safety instructions

Datum -Date

96-06-06

Rev

FIELD SERVICE MANUAL F800

Overview

Technical specifications

Installation

Operations instructions

This manual is provided by Ericsson Mobile Communications without any kind of warranty.

Improvements and changes in this manual due to typographical errors, inaccuracies in current information, or improvements to programs and/or equipment may be made by Ericsson Mobile Communications at any time and without notice. These changes will, however, be incorporated into new editions of this manual.

Spare parts list

Service tools

Service information

Cabinet

Transceiver unit

Applications

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ESE Rune Tapper ECS/S/LT-96:1036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ESE (Rune Tapper) 1999-05-25 D

DOCUMENT LIST

1 (3)

F800 Field Service Manual

Document list

Chapt Document name Document number Rev

1. Document maintenance

Distribution list 031 51-LZB 115 681 B Revision journal 109 21-LZB 115 681 A Document list (this document) ECS/S/LT-96:1036 D

2. Safety instructions

Warning, health risk! ECS/S/LT-96:5031 A Warning, health risk! ECS/S/LT-96:5032 A Handling MOS devices ECS/S/LT-96:5033 A Warning, high voltage! ECS/S/LT-96:5034 A Information about ESD LZT 109 170 Ue -

3. Overview

Product structure 1315-KRD 103 10 Ux B Mechanical structure ECS/S/LT-96:5035 A Manufacturing instruction 1510-KRD 103 10 ux A Coding scheme 1518-KRD 102 01 usv C

4. Technical specifications

Ericsson F800 Technical data EN/LZT 123 593 R3 F800 Product sheet EN/LZT 123 841 A

5. Installation

Installation ECS/S/LT-96:5036 A Installation instruction 1531-SXK 107 2274/1 UX B Installation instruction 1531-SXK 107 2274/4 UX A Lightning protection for masts ECS/S/LT-96:5037 A F800 Commissioning ECS/S/LT-96:1042 A

6. Operating Instructions

Operating Instructions F800 ECSTAP 97:1055 A

DOCUMENT LIST

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

2 (3)

KL/ESE Rune Tapper ECS/S/LT-96:1036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ESE (Rune Tapper) 1999-05-25 D

7. Spare parts list

Spare parts list ECS/S/LT-96:5042 A

8. Service tools

LPC 102 213 F800 Test Handset KTR97:2444 A Fault tracing F800 KTR97:2486 A Special service tools for F800 15/EN/LZB 115 681 R1 Uen A Service unit F800 15188-LPC 102 81 UX A F800 personality programming ECS/S/LT:96-1014 A

9. Service information

Service information SI95-011 A Service information SI96-003 A Service information SI96-004 A

10. Cabinet

F800 Radio base station concept 109 21-KRD 103 10 - 1 Uen A Cable 151 88-RPM 113 669 Ux B Cable 151 88-RPM 113 671 Ux A Cable 151 88-RPM 113 670 Ux A Cable terminal info F800 193 12-SXK 107 2274/4 Uen A Cable terminal info F800 193 12-SXK 107 2274/4 Uen B Connection cable 151 88-RPM 113 1511 Ux A Connection cable 151 88-RPM 113 1511 Ux B Connection cable 151 88-RPM 113 1512 Ux A Connection cable 151 88-RPM 113 1512 Ux B Connection cable 151 88-RPM 113 1513Ux A Fan kit 151 88-BKV 301 203 Ux A Connection cable 151 88-RPM 113 1703 Ux A Wiring diagram F800 MRS3000 107 31-SXK 107 2274/1 Ux E Wiring diagram F800 MRS5000 107 31-SXK 107 2274/2 Ux D Circuit board 1911-ROA 117 2010 Ux A Printed board 1078-ROA 117 2010 Ux A Station unit C700 151 88-NTM 201 57 Ux E Assembly drawing F800 151 88-SXK 107 2274/1 Ux C Wiring diagram transceiver unit F800 107 31-KRD 103 10 Ux A Assembly drawing F800 151 88-SXK 107 2274/4 Ux C

11. Transceiver unit

Logic unit 3/EN/LZB 115 681 R1 Uen A F800 Circuit description ECS/S/LT-96:5044 A Logic board F800, circuit diagram 1911-ROA 119 8736 UEN C Logic board F800, mounting drawing 1078-ROA 119 8736 Ux B

DOCUMENT LIST

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

3 (3)

KL/ESE Rune Tapper ECS/S/LT-96:1036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ESE (Rune Tapper) 1999-05-25 D

12. Applications

F800 as radio link S/XT 95:7049 A F800 as repeater station ECS/S/LT-96:1013 A F800 as OEM station ECS/S/LT-96:1018 A

Enclosure

F800 Personality Programming Tool EN/LZY 213 633 1.47

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ESE Magnus Lindahl ESE-9902150

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KL/ESE (Rune Tapper) 1999-10-27 A

Öppen Open

INFORMATION

1 (1)

This manual is an unregistered copy and will not be updated!

This manual is provided by Ericsson Sverige AB without any kind of warranty. Improvements and changes in this manual due to typographical errors, inaccuracies in current information, or improvements to programs and/or equipment may be made by Ericsson Sverige AB at any time and without notice. These changes will, however, be incorporated into new editions of this manual.

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5031

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

SAFETY PRECAUTIONS

1 (4)

WARNING, HEALTH RISK!

Beryllium oxide

The transistors in the power amplifier’s driver stage and in the power amplifier contain beryllium oxide ceramics (BeO). Dust particles of this substance may be dangerous to your health if you inhale or get them on your skin.

Therefore, DO NOT IN ANY WAY INTERFERE WITH THE TRANSISTORS. It is, vital

that you comply with the directions given in the appended “Beryllia safety precautions”.

BERYLLIA SAFETY PRECAUTIONS

Introduction

This appendix details the safety precautions when handling components containing Beryllium oxide. Dust from this material can present a health hazard unless adequate precautions are taken.

The hazard

The material is highly dangerous in a dust form when it might be inhaled or enter a cut or skin irritation area.

If dust is caused as a result of chafing, filing or breakage and is inhaled, a single exposure lasting minutes or seconds can cause injury to skin or mucous membranes severe enough to endanger life or cause permanent injury. Particles penetrating the skin through wounds or abrasions are liable to cause chronic ulceration’s.

Symptoms of poisoning indicated by respiratory troubles or cyanosis (grey blue discoloration of the skin), may develop within a week, or after a period extending to several years.

965031.doc

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5031

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

SAFETY PRECAUTIONS

2 (4)

COMPONENTS

Power transistors, diodes and thyristors

Power transistors, diodes and thyristors, as received in the manufacturers packing, are clearly identified by attached information. They should be stored in the original packing and not mixed with other items. The Beryllia is encapsulated and components are safe to handle for replacement purposes. Care should be exercised in removing defective items to ensure that they do not become physically damaged.

They MUST NOT:

 be carried loosely in a pocket, bag or container with other components where they

may rub together or break and disintegrate into dust

 be heated excessively (normal soldering is quite safe)

 be broken open for inspection or in any way abrased by tools.

Heat sink washers

Some of the heat sink washers contain Beryllia. When new these are packed individually.

They MUST NOT:

 be stored loosely

 be filed, drilled or any way tooled

 heated other than when clamped in heat sink application.

They are best handled with gloves or cloth when being removed from equipment.

Cathode ray tubes and ceramic applications

965031.doc

Some products of cathode ray tube are coated on the inside with a ceramic beryllium oxide mixture. The tube is safe unless the glass is broken but should this occur.

DO NOT:

 handle the broken glass with bare fingers

 blow on the exposed surface (because of the danger of inhalation).

Ceramic cylinders or formers, identified by blue coloration or black lines, are safe to handle provided they are not damaged. In the latter event take precautions as with other components.

SAFETY PRECAUTIONS

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

3 (4)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5031

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

Disposal

Defective and broken components MUST NOT be disposed of in containers used for general refuse.

Defective components should be individually wrapped, clearly identified as “DEFECTIVE BERYLLIA COMPONENTS” and returned for subsequent disposal. Such components securely packed and with inside identification, may also be returned directly to the manufacturer.

Broken components should be individually wrapped and identified as “BROKEN BERYLLIA COMPONENTS”. They MUST NOT be sent through the post and should be returned to a depot by hand.

Medical precautions

If Beryllia is believed to be on, or have entered the skin through cuts or abrasions, the area should be thoroughly washed and treated by normal first aid methods followed by subsequent medical inspection.

Suspected inhalation should be treated as soon as possible by a doctor, preferably at a hospital.

965031.doc

SAFETY PRECAUTIONS

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

4 (4)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5031

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

HANDLING THE BERYLLIUM OXIDE COMPONENT

In the radio station one or more components contains beryllium oxide. Dust from this material is highly toxic and can present a health hazard.

These components must not be incinerated or damaged in any way. Exercise care when removing or installing this component to prevent physical damage.

The component which contains beryllium oxide is

the RF-amplifier. It is located on the radio board inside the radio station.

The components have the beryllium oxide encapsulated and the component is safe to handle for replacement purpose.

Defective components or complete radio stations must not be disposed in containers used for general refuse.

965031.doc

Therefore, return defective components or radio stations that contain beryllium oxide, individually wrapped, clearly identified as “Defective beryllia components” to your local Ericsson dealer or service facility.

SAFETY PRECAUTIONS

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

1 (1)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5032

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

WARNING, HEALTH RISK!

Radio frequency radiation

Exposure to the antenna RF field may be dangerous to your health. Therefore,

SWITCH OFF THE TRANSMITTERS if you work with or near the antennas.

965032.doc

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5033

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

SAFETY PRECAUTIONS

1 (2)

HANDLING MOS DEVICES

Though all MOS integrated circuits incorporate some protection against electrostatic discharge, they can nevertheless be damaged by accidental over-voltages. In storing and handling them, the following precautions are recommended.

Caution

Handling and mounting call for special attention to personal safety. Personnel handling MOS devices should normally be connected to ground via a 1 M resistor.

Storage and transport

Store and transport the circuits in their original packing. Alternatively, use a conductive material or special IC carrier that either short-circuits all leads or insulates them from external contact.

Testing or handling

Work on a conductive surface (e.g. metal table top) when testing the circuits or transferring them from one carrier to another. Electrically connect the person doing the testing or handling to the conductive surface, for example by a metal bracelet and a conductive cord or chain. Connect all testing and handling equipment to the same surface. Signals should not be applied to the inputs while the device power supply is off. All unused input leads should be connected to either the supply voltage or ground.

OBSERVE: USE ONLY SPECIAL DESIGNED, ORIGINAL SAFETY DEVICES!

Mounting

Mount MOS integrated circuits on printed circuit boards after all other components has been mounted. Take care that the circuits themselves, metal parts of the board, mounting tools, and the person doing the mounting are kept at the same electric (ground) potential. If it is impossible to ground the printed-circuit board the person mounting the circuits should touch the board before bringing MOS circuits into contact with it.

965033.doc

Soldering

Soldering iron tips, including those of low-voltage irons, or soldering baths should also be kept at the same potential as the MOS circuits and the board.

SAFETY PRECAUTIONS

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

2 (2)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5033

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

Static charges

Clothing of non-electrostatic material should be worn. Clothes made of material like wool, silk or synthetic fibres can give very high static voltages and should therefore NOT be worn.

After the MOS circuits have been mounted on the board proper handling precautions should still be observed. Until the sub-assemblies are inserted into a complete system in which the proper voltages are supplied, the board is no more than an extension of the leads of the devices mounted on the board. To prevent static charges from being transmitted through the board wiring to the device it is recommended that conductive clip or conductive tape is put on the circuit board terminals.

Transient voltages

To prevent permanent damage due to transient voltages, do not insert or remove MOS devices, or printed-circuit boards with MOS devices, from test sockets or systems with power on.

Voltage surges

Beware of voltage surges due to switching electrical equipment on or off, relays and D.C. lines.

965033.doc

SAFETY PRECAUTIONS

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

1 (1)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5034

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC (Ulf Brömster) 1996-06-03 A

WARNING, HIGH VOLTAGE!

High voltage warning (over 200 v)

Is used in the operation of this equipment.

Death on contact

May result if personnel fail to observe safety precautions.

Never work on electronic equipment unless there is another person nearby who is familiar with the operation and the hazards of the equipment, and who is competent in administering first aid. When the technician is aided by operators, he must warn them about dangerous areas.

Whenever possible, the power supply to the equipment must be shut off before beginning work on the equipment. Be careful not to contact high-voltage connections when installing or operating this equipment.

Whenever the nature of the maintenance permits, keep one hand away from the equipment to reduce the hazard of current flowing through vital organs of the body.

OBSERVE! Do not be misled by the term “low voltage”. Potentials as low as 50 volts may cause death under adverse conditions.

965034.doc

MECHANICAL STRUCTURE

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

1 (1)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5035

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-05 A

Error! Unknown switch argument.

Base Station F800 - Technical Data

TYPE OF STATION

F802

F804

F805

GENERAL

TRANSMITTER

RECEIVER

Operating mode Simplex or Duplex Frequency range 68 - 88 MHz 146 - 174 MHz 370 - 415 MHz 378 - 415 MHz 400 - 443 MHz 430 - 470 MHz No of channels 15 (255 as option) Channel separation 25 kHz 25 or 12.5 kHz Frequency stability Signal/noise ratio, SINAD CCITT >40 dB 25 kHz >40dB

AF in and output level -10dBm at 600 ohm Antenna impedance 50 ohm Supply voltage

Voltage to interface Power consumption

-transmission <7 A at 13.8 V DC and 20 W incl. Interface

-reception <0.8A at 13.8 V DC (<1.5A incl. Interface)

-stand by <0.8A at 13.8 V DC (<1.5A incl. Interface) Weight < 15 kg Dimensions (WxHxD) Approx. 439 x 177 x 325 mm, equipped with brackets for 19” rack mount, 3HE Operating temperature range Storage temperature range Standards Meets or exceeds ETS 300 086, ETS 300279

13.8 V

13.2 V

-25°C to +55°C

-40°C to +85°C

± 1.35 kHz ± 2 kHz ± 2.5 kHz

12.5 kHz >37 dB

(10.8-15.6 V)

max. 1 A

Output power, High

Output power, Low

Adjacent channel power Spurious emissions at operation < -36 dBm ( 9 kHz - 1 GHz ) Spurious emissions at standby < -57 dBm ( 9 kHz - 1 GHz )

Sensitivity 20 dB SINAD CCITT

Adjacent channel selectivity >70 dB Intermodulation attenuation >70 dB Spurious response rejection >70 dB

Telenor products are under continuos development. We therefore reserve the right to change technical data or to modify the equipment without prior notice.

> 70 dBc or 0.2µW

≤ -116 dBm ≤ -116 dBm 25 kHz = ≤ -115 dBm

20 W ±1 dB 6 W ±1 dB for 370 -

2 W ±1 dB 0.6 W ±1 dB for 370 -

Telenor Radio Systems AB

P.O. Box 903

SE-692 29 KUMLA, Sweden

Tel +46 19 586 400. Fax +46 19 584 510

EN/LZT 123 593 R7

415 MHz

12.5 kHz = ≤-113 dBm

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

Error! Unknown switch argument. Error! Unknown switch argument.

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC

Error! Unknown switch argument.

Error!

1 (4)

F800 Commissioning

Contents:

INTRODUCTION 1

SITE INFORMATION FORM 2

F800 BASE STATION INFORMATION 3

INSTALLATION CHECK 4

SITE COMPLETED 4

Introduction

The intent of this form is to make sure that the installation is performed and tested in such way, that the customers and our requirements will be fulfilled.

Error! Unknown switch argument.

Datum - Date Rev Nr - No.

Error! Unknown switch argument.

Error!

Error! Unknown

2 (4)

Site Information Form

On completion of installation of a station unit, please place a completed form of this information including F800 Base Station Information and Installation Check in the Site Documentation that is prepared for the site (customer). One copy must be filed at the local workshop.

Site identification: .....................................................................................

..................................................................................................................

Owner: ......................................................................................................

..................................................................................................................

The key is available at: ..............................................................................

Telephone no, main operator: ..................................................................

Telephone no at site: ................................................................................

Number or name for the control line: ........................................................

Servicing organised by: ............................................................................

Local workshop: .......................................................................................

Telephone no: ..........................................................................................

Other important names, telephone numbers etc.: ....................................

..................................................................................................................

Error! Unknown switch argument.

..................................................................................................................

Prepared by Place Date

..................................... .................................. ...............................

Datum - Date Rev Nr - No.

Error! Unknown switch argument.

Error!

Error! Unknown

3 (4)

F800 Base Station Information

Station unit number: .................................................................................

F80X transceiver unit type: KRD 103 10/ ..................................................

 Serial number: .....................................................................................

Line panel type: ........................................................................................

 Serial number: .....................................................................................

Frequencies: TX= ................................... RX= .......................................

Traffic mode simplex/duplex: ....................................................................

Power supply:

 Mains power unit type: .........................................................................

 Type of batteries: .................................................................................

 Others: .................................................................................................

 ..............................................................................................................

Antenna installation etc.: ..........................................................................

Error! Unknown switch argument.

..................................................................................................................

If necessary please make up separate sketches and/or drawings.

Datum - Date Rev Nr - No.

Error! Unknown switch argument.

Error!

Error! Unknown

4 (4)

Installation Check

Customer: ..........................................................................................................

Installation site: ..................................................................................................

Yes No Date and sign

Hardware installation checked

Main power installation, checked and tested

Backup power installation, checked and tested

Antenna installation, checked and tested

Constant load

Antenna

Reflected

Equipment alarm system, checked and tested

Control lines installed, checked and tested

Earthing installed and checked

Lightning protection installation checked

..............W

 

...........................

Error! Unknown switch argument.

Radio test to mobile units, function OK

Control unit(-s) installed, checked and tested

 

...........................

Site completed

Customer Technician

Date: ............................................... ...............................................

Signature: ............................................... ...............................................

INSTALLATION

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

1 (6)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

INSTALLATION

Contents

Introduction .................................................................................... 2

Station unit ................................................................................ 2

Base station .............................................................................. 2

Preparation of installation site ....................................................... 3

Installation ..................................................................................... 3

Packaging ................................................................................. 3

Unpacking ................................................................................. 3

Wall mounting ........................................................................... 4

Rack mounting .......................................................................... 4

Safeguards for installation of lead-acid accumulators .............. 4

Connection instructions ................................................................. 5

Connection of power supply ..................................................... 5

Connection of antenna .............................................................. 5

Connection of signal cables ...................................................... 5

Installation documentation ............................................................. 6

Error! Unknown switch argument.

INSTALLATION

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

2 (6)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

INTRODUCTION

Incorrectly planned or badly equipped station sites generally result in higher maintenance costs, malfunction of the radio equipment and may even create the breakdown of the radio equipment.

To facilitate servicing and to create reasonable working conditions and a safe working environment for service personnel, the following points should be observed when planning a new station site:

 The service workshop should be consulted. Local problems may arise which make

it more difficult, or even prevent, service personnel visiting the proposed station site under certain conditions or certain periods of the year.

 In the event of planned extension or modification of radio equipment at an existing

station site, the service workshop concerned should be consulted. Modification of a station site which is already fully utilized may interfere with rational servicing of the existing radio equipment.

Station unit

The F800 station consists of up to four separate sub-systems:

 Transceiver unit

 Line panel

 Duplex filter/isolators

 Power supply unit

The transceiver unit, line panel , duplex filter and isolator are normally mounted together in the F800 enclosure, see installation drawing at the end of this chapter.

Other alternatives may arise due to the final configuration of the actual radio system.

The Power supply unit is a sub-unit which is separated from the station unit.

Base station

When the station unit, power supply and antenna system have been installed and put into service, together with the other accessories, a functional Base station is obtained.

Error! Unknown switch argument.

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

INSTALLATION

3 (6)

PREPARATION OF INSTALLATION SITE

The installation site should meet the requirements for station units:

 Normal temperature range +15°C to +35°C.

 Extreme temperature -25°C to +15°C and +35°C to +55°C. (During operation in

extreme temperatures reduced radio data is accepted).

 Atmospheric humidity 93%, non condensing.

The proposed installation site is prepared as follows:

 Check that the wall is sufficiently strong to carry the load of the station unit.

 Install the antenna and lay the antenna cable to the proposed installation site.

For lightning protection of antenna masts, see the recommendations given in chapter

5.  Arrange for an authorized electrician to lay the mains power cables or battery

power supply to the installation site.

 Arrange with the Telecommunications Administration for installation of telephone

lines to the installation site and the lightning protection kit(s).

INSTALLATION

Packaging

When delivered, the station unit is packed in a special carton with shock-absorbent material.

 Check if the package is undamaged before opening it.

 Examine the contents carefully, if the package has been damaged.

If there is any damage to the contents, contact the transport/forwarding company shown on the Delivery Note.

Unpacking

 Check that the accessories shown on the Packing Note are complete. If not, notify

The station unit is basically supplied without accessories. Note that this also applies to all external connection cables. Accessories must be ordered from a separate list.

Error! Unknown switch argument.

our shipping department in Kumla, Sweden at once. Telephone international +46 19 584100. (national 019-584100.) or FAX No. +46 19 584510.

INSTALLATION

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

4 (6)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

Wall mounting

Refer to Installation instruction 1531-SXK 107 2274/1 UX or 1531-SXK 107 2274/4 UX in the Appendix of this chapter, which shows an example of wall mounting.

 Drill holes as shown in the hole-drilling instruction in the Installation instruction.

 Mount the wall consoles, in position on the wall. Note that the consoles are only

enclosed if specially ordered.

 Turn the front panel 180° before installation. This will give you the possibility of

folding out the lid and making the service more convenient.

 Please note the space required for service, Installation instruction 1531-SXK 107

2274/1 UX or 1531-SXK 107 2274/4 UX.

The station unit is now ready for connection.

Rack mounting

It is also possible to install the F800 Base Station in a 19 inch rack. Refer to Installation instruction 1531-SXK 107 2274/1 UX or 1531-SXK 107 2274/4 UX in the Appendix of this chapter, which shows an example of rackl mounting.

Safeguards for installation of lead-acid accumulators

When installing lead-acid accumulators for standby power supply, it must be kept in mind that hydrogen is produced during charging and this may cause an explosion. It is, therefore, of the greatest importance to ensure that the room is well ventilated.

The best position for installation of accumulators is in a separate room or in a battery box - in both cases well ventilated.

Error! Unknown switch argument.

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

INSTALLATION

5 (6)

CONNECTION INSTRUCTIONS

Connection of power supply

The operating voltages for the station unit are obtained by:  supplying the Power supply unit with 110/220 V AC 50/60 Hz. The power required

is approx. 100 W. External gas-tight accumulators can be maintenance-charged.

 external supply of 13.8 V DC. Power required approx. 100 W.

When connecting to a mains power supply:  before connection check that the rating plate on the Power supply unit indicates

that the correct unit has been supplied

 connect the mains cable that has been laid to the site, to the connector marked

13-15 V DC on the rear of the station unit.

When connecting to a battery power supply:

 Prepare the cable for the battery supply as shown in chapter 8.

 Connect to the connector marked 13-15 V DC on the rear of the station unit.

Cable area required: The voltage drop from the battery must be less than 0.1 V at 20 A.

Connection of antenna

 Connect the antenna cable to the connector marked ANT(Tx) on the rear of the

station unit.

Please note that other alternatives are available, depending on the final configuration of the antenna and filter system.

Connection of signal cables

 Connect the telephone line from the “control unit” to the connector marked LINES

OUT, on the rear of the station unit.

 Make sure that the lightning protection kits are installed properly.

 Control the connections of “Alarm unit” if applicable.

Error! Unknown switch argument.

INSTALLATION

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

6 (6)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5036

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

INSTALLATION DOCUMENTATION

On completion of installation, the technician should prepare installation documentation which should include specific instructions and documents to facilitate servicing of the installation. The installation documentation should be available at the installation site and at the local workshop.

The installation documentation may include, for example:

 How access is obtained to the site (keys, etc.)

 General information on the power supply (location of fuses and switches)

 Information on control and maintenance of the air-conditioning equipment, if

provided, etc.

Further, copies of the forms in chapter 5, Commissioning, must be filled in and included with the documentation.

Error! Unknown switch argument.

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

LIGHTNING PROTECTION FOR MASTS 1 (8)

LIGHTNING PROTECTION FOR MASTS

Contents

Introduction .................................................................................... 2

Need for lightning protection ......................................................... 2

Explanation of terms ...................................................................... 3

Lightning frequency ....................................................................... 4

Properties of lightning strikes ........................................................ 4

Ground conditions ......................................................................... 4

Inspection of installations .............................................................. 4

Choice of materials ........................................................................ 5

Dimensions .................................................................................... 5

High voltage input .......................................................................... 7

Low voltage input .......................................................................... 8

Error! Unknown switch argument.

LIGHTNING PROTECTION FOR MASTS 2 (8)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

Introduction

It is in the nature of the subject that no complete solutions suitable for all situations can be given, but merely general recommendations. The possibilities that can be utilized are described below, together with the rules that should be followed and some information on materials.

Lightning protection should primarily be used to avoid the screening of the antenna lead functioning as a conductor in the event of a lightning strike on the antenna mast. The consequences of a strike may involve risks to service personnel. Effective earthing of the mast should be carried out with an earth electrode and a connection to a common earthing point, close to the incoming high-voltage earth. Before connection to the high-voltage earth, permission must be obtained from the power supply company. Any parts of the installation which are hidden (buried) must be marked on the site drawing.

The purpose of these measures is to protect personnel and equipment from transients caused by lightning. High voltages may arise through direct lightning strike to the antenna or other metal objects such as support wires, roof fittings or power lines. Other strikes in the surrounding area may also give rise to voltage transients through induction in leads, masts and support wires. Free conductivity in power and telephone lines may also transfer high voltages caused by distant lightning strikes.

Need for lightning protection

To prevent injury and damage to equipment, certain reasonable precautions must be taken.

The degree of lightning protection that is required must be assessed in the light of the consequences that may occur. Failure of a radio installation may cause users in considerable difficulties. Lightning protection giving 100% protection cannot, however, be installed. The cost of materials and labour must also be taken into account.

Error! Unknown switch argument.

LIGHTNING PROTECTION FOR MASTS 3 (8)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

Explanation of terms

 Lightning conductor

A conductor dimensioned to withstand the direct action of lightning and capable of conducting the lightning current without becoming damaged.

 Earth electrode

A conductor laid in the ground, giving good contact with the surrounding soil.

 Earth electrode system

A number of interconnected earth electrodes.

 Deep earth electrode

A conductor driven vertically into the ground; also known as an earthing bar.

 Down lead

The connection between the collector and the earth electrode system. Metal masts with good conductivity may be used as down leads.

 Ring leads

Conductors, usually buried in the ground, connecting one or more down leads with one or more earth electrodes. Often placed in the form of a closed circuit around a mast or building to give symmetrical current conduction.

 Protection distance

The minimum air gap between two objects, over which a lightning discharge cannot take place.

 Surge voltage protection

 Lightning frequency

 Lightning - exposed object or conductor

Error! Unknown switch argument.

Spark gap with voltage - dependent components.

Number of days with lightning per year.

Object or conductor on which lightning strikes can be anticipated, for example, antennas, masts, support wires and down leads.

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

LIGHTNING PROTECTION FOR MASTS 4 (8)

Lightning frequency

The number of days with lightning in a year varies considerably with geographical location. Local variations occur, depending on differing ground conditions.

Properties of lightning strikes

A lightning strike consists of a number of current pulses of varying strength and duration. The following are mean values observed in Sweden:

Lightning current, peak value  25 KA

charge  25 AS

duration  0.25 s

Because of the high heating effect at the point of strike, conductors which are of too low cross-section may burn off and roof sheet metal may burn through. A 10 mm copper conductor may increase in temperature to around 100C.

Ground conditions

The ability of the ground to carry away and distribute lightning strikes varies considerably between different places. Consequently, it may be difficult to provide earth electrodes where conductivity is low.

Inspection of installations

Modifications to, or around, a building or mast fitted with lightning protection may impair the functioning of the protection system. Such modifications may include, for example:

 sheet-metal work (window-sills, ventilation ducts)

 pipework (water, heating systems)

 electrical work (changes or additions to the power supply or telephone cables)

The owner of a lightning protection installation is responsible for ensuring that any work carried out on, or around, the building or mast does not have an adverse effect on the functioning of the lightning protection. If necessary, additional work should be carried out in order to maintain the same degree of protection. Further, regular inspections should be made; the visible parts should be inspected annually and the buried parts should be checked every 3 - 6 years.

To assist in inspection of the buried part of the installation, there must be drawings showing the layout. These should be placed in the building, preferably in the central switchboard.

Choice of materials

Error! Unknown switch argument.

LIGHTNING PROTECTION FOR MASTS 5 (8)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

Since an installation for lightning protection is a relatively major investment, it must function for many years. Corrosion should be avoided, as far as possible, through selection of the correct materials.

Above ground level, copper, aluminium and galvanized steel can be used, but these should not be mixed in the same installation.

Earth electrodes and conductors buried in the ground may be of copper or galvanized steel. Aluminium should not be used in soil.

Copper should be used if a non - insulated copper cable has previously been installed at a distance of less than two metres. This may, for example be an earth line associated with electrical installations or existing earth electrodes.

Galvanized steel should be used if there are objects in the ground, in direct contact with the soil, which are not made of copper, for example lead - covered cable, steel or cast - iron water pipes.

If it is not possible to guide the choice of materials, insulation must be created for one or the other or both metals to ensure that the distance through the soil, in the electrical sense, is more than two metres.

Connections or branches of the component of the installation above ground level should be carried out so that moisture cannot collect at the connection point. This is particularly important if differing materials must be joined. Attachment components must also be selected with possible corrosion effects in mind.

Dimensions

Conductors used in lightning conductor systems must be sufficiently strong - both mechanically and chemically.

The minimum recommended area for conductors and earth electrode leads laid in or above the ground are: copper cable, 25 mm²; steel cable 50 mm²; aluminium cable (not underground) 50 mm².

Conductors connecting surge voltage protectors with lightning conductors or mains earths at common terminals must be at least 6 mm copper wire with insulation. The wire should be laid by the shortest possible route, max. 10 m

The connection between the lightning earth electrode and the common mains neutral terminals must be so dimensioned that any earth leakage currents do not cause heat damage or high voltages loss through induction. The link between the radio rack and the earth electrode must not be less than 10 mm² copper.

NOTE: All connections involving the mains power supply must be carried out by an authorized electrician and with the approval of the power supply company.

Error! Unknown switch argument.

LIGHTNING PROTECTION FOR MASTS 6 (8)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

Suggestions for installation sites: see figure 1.

Figure 1. Suggestion for installation

Error! Unknown switch argument.

LIGHTNING PROTECTION FOR MASTS 7 (8)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

High voltage input

See Figure 2.

The lightning protection system must be linked to the incoming neutral lead of the electrical system. A terminal or busbar for this purpose must be available in the fuse box. This terminal must be marked ”Lightning conductor earth”. The terminal must be so placed in the electrical system that the functioning of any earth leakage trip circuit breaker is not affected.

Figure 2. Mains power supply input with common neutral terminal for lightning

Error! Unknown switch argument.

protection.

LIGHTNING PROTECTION FOR MASTS 8 (8)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5037

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-04 A

Low voltage input

See Figure 3.

Incoming low-voltage inputs, usually telephone lines must, if not an earth cable, be protected by lightning protection RR-192500. This is a surge and transient protection.

Assembly must be such that there is no obvious fire hazard.

The earth connection must be to the earth electrode system or common earth terminal.

The connecting leads must be at least 6 mm copper and insulated.

Figure 3. Low voltage input

Error! Unknown switch argument.

Open DESCRIPTION

1 (1)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)

Nr - No.

KL/ECS/S/MK Rune Tapper

ECSTAP 97:1055

Dokansv/Godk - Doc respons/Approved

Kontr - Checked

Datum - Date

Rev

File

KL/ECS/S/MK (Rune Tapper)

1997-10-30

Sign on back plane

Color

Comment

+12V

Green

Lights when 12VDC is connected

Red

Lights when the transmitter is on

Yellow

Lights when the carrier is received

LIJ

+12V

LIJ

MRS3000 Line Panel

MRS5000 Line Panel

Power LED

(Green)

TX LED

(Red)

Squelch LED

(Yellow)

Channel Selector

(Rotary switch)

F800

Transceiver

unit

Connection for

service tool F800

LPC 102 81

LPC 102 213

Operating Instructions F800

The F800 base station is normally not operated locally other than for maintenance and service by a radio technician.

The back plane of F800 is equipped with tree LED (Light Emitting Diodes) to indicate the following states:

See fig 1.

There is also a 16 positions channel switch that can be operated by a small screw driver. The 16 positions are marked: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E, F. The channel number is selected by setting the switch to any position between 1 and F. In systems where the line panel is controlling the channel setting, the channel switch should be set to position 0.

Fig 1, F800 seen from the front with the front cover removed

97-1055-Operating Instructions F800.doc

EN/FAD 109 116 R4

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/MK Magnus Lindahl ECS/S/LT-96:5042

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KL/ECS/S/MK (Magnus Lindahl) 1997-11-04 A

SPARE PARTS CATALOGUE

1 (2)

STRUCTURE FOR SPARE PARTS & ACCCESSORIES

F800 BASE STATION

Title

Enclosures

Enclosures MRS2000 / MRS3000 SXK 107 2274/4 Enclosures MRS5000 SXK 107 2274/4

-Power supply 220 VAC/12 VDC

-Cable for DC input RPM113 669 Cable with connectors

-Cable for line input 860 7724/11 Cable with connectors

-Telephone jack HE 500011-0001 Swedish version

-Line unit ROA 119 7534/2 Only 4-wire

-Fan BKV 301 203 For SXK 107 2274/1, /2 and /4

Accessories

-Bracket for wall mounting SXA 105 9585 2 per F800

-Lightning protection kit RR-192500 2 per 4 wire line

-OEM kit NTM 201 1010

-MRS 5000 kit NTM 201 1009 Incl. Line unit and cables

-255 Channel kit NTM 201 1020 Incl. OEM kit

-Duplex kit NTZ 112 65 Filter plate, cables and connectors

Transceiver F80X

80 MHz Simplex KRD 103 10/8S 80 MHz Duplex KRD 103 10/8S

160 MHz Simplex KRD 103 10/16S 160 MHz Duplex KRD 103 10/16D

450 MHz low Simplex KRD 103 10/45LS 450 MHz low Duplex KRD 103 10/45LD 450 MHz low Duplex KRD 103 10/45LD2 Link 450 MHz mid Simplex KRD 103 10/45MS 450 MHz mid Duplex KRD 103 10/45MD 450 MHz high Simplex KRD 103 10/45HS 450 MHz high Duplex KRD 103 10/45HD

Product No.

BMJ 142 106/1

Notes

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/MK Magnus Lindahl ECS/S/LT-96:5042

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KL/ECS/S/MK (Magnus Lindahl) 1997-11-04 A

Title

Radio board

80 MHz Simplex ROA 119 7527/5 80 MHz Duplex ROA 119 7539/10

160 MHz Simplex ROA 119 7533/5 160 MHz Duplex ROA 119 7540

450 MHz low Simplex ROA 119 3004 450 MHz low Duplex ROA 119 3030 450 MHz low Duplex ROA 119 3030/2 Link ”LD2” 450 MHz mid Simplex ROA 119 8734 450 MHz mid Duplex ROA 119 3031 450 MHz high Simplex ROA 119 7553 450 MHz high Duplex ROA 119 7541

Power modules

80 MHz Simplex/Duplex XTE519003-0101

160 MHz Simplex/Duplex XTE519002-0101

450 MHz low Simplex/Duplex RYT 901 6024/1 incl. link ”LD2”

450 MHz mid Simplex/Duplex TE 519006-0001

450 MHz high Simplex/Duplex TE 519006-0002

Logic board

-Logic board ROA 119 8736

-Prom kit RYS 105 354 Latest version= R3A

Mechanical parts

-Distance SXA 105 0757 To avoid connection of regular

Product No.

SPARE PARTS CATALOGUE

Notes

and service CU C700 at the front of F80X

2 (2)

Fel! Okänt växelargument.

1 (5)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)

Nr - No.

Fel! Okänt växelargument.

Dokansv/Godk - Doc respons/Approved

Kontr - Checked

Datum - Date

Rev

File

KI/ECS/S/LTC

Fel! Okänt

Fel!

F800 Personality Programming

F800 PERSONALITY PROGRAMMING .................................................................. 1

CONTENTS .................................................................................................................... 1

INTRODUCTION .......................................................................................................... 2

WHAT DO I NEED? ..................................................................................................... 2

HOW TO INSTALL THE SOFTWARE ..................................................................... 3

ELECTRICAL CONNECTIONS ................................................................................. 4

HOW TO SET UP YOUR PROM PROGRAMMER EQUIPMENT ....................... 4

WHAT CAN BE PROGRAMMED? ............................................................................ 4

HOW TO USE THE PROGRAM ................................................................................ 5

Fel! Okänt växelargument.

2 (5)

Datum - Date

Rev

Nr - No.

Fel! Okänt

Fel!

Fel! Okänt

IBM Compatible PC Printer (optional) F800 Personality

Programming Software

Cable

PROM programmer

equipment

Introduction

The F800 has a synthesised frequency generator, which means that the operating frequency can be programmed without changing crystals or tuning the radio. The freq uency data is st ored in a EEPROM which is 8 bits * 1FFFh in size. The type is Xicor 28C64. The EEPROM must be removed from t he radio to be programmed in a PROM programm er equipment and can not be programmed in place in the radio. In a st andar d F800, 15 channels (frequency pairs) can be prog r ammed. As an option the F800 can be equipped with a 255 channel kit.

What do I need?

To be able to program the F800 radio you will need the following:

• IBM compatible PC with one serial port

• The F800 personality programm ing software

• A printer (optional)

• PROM programmer equipment

• Cable between PC and programming equipment

• A Xicor 28C64 EEPROM

Fel! Okänt växelargument.

You will probably be able to use any PC to do this work, just an ordinary machine will do the job. No problems have been discovered on any PC:s. We have also tested various types of programming equipment from Data I/O, Stag, Elan, and Dataman without any problems.

You will also need the following knowledge:

• Basic knowledge about your PC, how to operate from the DOS prompt, how to make directories, how to use the mode command, how to edit your AUTOEXEC.BAT file etc.

Fel! Okänt växelargument.

3 (5)

Datum - Date

Rev

Nr - No.

Fel! Okänt

Fel!

Fel! Okänt

• Knowledge of how to operate your PROM programmer equipment, how to receive files from the PC etc.

• You also need information about thos e frequencies that will be programmed in the radio.

How to install the software

Make a directory on your hard drive called \ERICSSON\FAST. Copy all files from the distribution diskette to the \ERICSSON\FAST direct ory. Use the MODE command on your PC to set the preferred speed, parity and

stop bit for the selected port . Usually it is 9600 baud, one st op bit , no par it y. Example: C:\DOS\MODE COM1:96,N,8,1 To make this setting per manent, edit your AUTOEXEC.BAT file to include t he

MODE command. See your DOS manual for how to use the MODE command.

Change directory with the CD command to the \ERICSSON\FAST directory. Start the program by typing the pr ogram name and press enter.

Example: CD \ERICSSON\FAST [Enter] F800 [Enter] The program will now start. From the main m enu, choos e SET -UP. Make any

settings of programmer equipment, printer (ports), screen colors, direct or ies etc. Save your settings while leaving the set-up menu.

If you want to be able to start your progr am s without changing to the \ERICSSON\FAST directory, make the following two changes to your AUTOEXEC.BAT file:

Add C:\ERICSSON\FAST to your PATH-statement Add the statement SET FAST=C:\ERICSSON\FAST See your DOS manual for how to edit your AUTOEXEC.BAT f ile.

Fel! Okänt växelargument.

4 (5)

Datum - Date

Rev

Nr - No.

Fel! Okänt

Fel!

Fel! Okänt

IBM Compatible PC

PROM Programmer

Equipment

Serial cable

RS232 Port

EEPROM

Xicor

28C64

Electrical connections

Connect your PROM programmer equipment to one of the serial, RS232, ports on the PC. Usually it is COM1 or COM2. See your PROM programmer equipment manual for how to make this connection.

How to set up your PROM programmer equipment

Set the prom programmer equipment to the preferr ed speed and file format. Usually it is 9600 baud, no parity, 1 stop bit. The recommended file format is "Motorola S-record". Set the progr am mer to receive a file from the PC. See the user manual for your prom programmer equipment on how to do this setting.

What can be programmed?

The F800 can be programmed with some basic radio data:

• Frequency band (depending on hardware)

• Traffic mode (usually simplex or duplex, depending on hardware)

• TX fr equency for each channel

• RX frequency for each channel

• RF output power for each channel, hig h or low (usually 20 or 2 Watt)

Fel! Okänt växelargument.

5 (5)

Datum - Date

Rev

Nr - No.

Fel! Okänt

Fel!

Fel! Okänt

How to use the program

Change directory with the CD command to the \ERICSSON\FAST directory. Start the program by typing the pr ogram name and press enter.

Example: CD \ERICSSON\FAST [Enter] F800 [Enter]. Select PROGRAMMING from the main menu to start working on your code

prom. Choose frequency band and traffic mode. Enter the frequency menu and enter the frequencies and t he out put power for each channel.

When you have finished f r equency programming, ret ur n t o the main menu and save your work by selecting the ”file menu” and ”save as”. You will be prompted for a file name and a c om m ent that will be saved together with the file. Your file is now saved for later use. You can at any time r etrieve your file for editing or printing . When your file is saved, the program will automatically return to the main menu.

From the main menu you can select ”Printing” t o pr int the result of the programming on any printer connect ed t o t he PC.

To make the prom, choose ” Make pr om ” from the main menu. Press ret ur n once more to transfer t he PRO M contents t o the PROM programmer equipment. When the transfer is ready the PROM checksum will be presented on the screen. Verify that t he dat a in t he PRO M progr am m er equipment has the same checksum . Bur n t he PRO M according to the instruction manual for your PROM programm er equipment.

Do not forget to label your PROM with file name, date and checksum.

Fel! Okänt växelargument.

1 (4)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2444

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-11-15 A

LPC 102 213 F800 TEST HANDSET

1 GENERAL

The test handset LPC 102 213 replaces test box LPC 102 81 and handset RR-164870/5 and is used together with all versions of Ericsson F800. It has a built-in earphone and microphone that allows the service engineer to listen to ongoing radio traffic and talk to radio users over the F800.

The test handset connects to the service connector on the transceiver’s front and provides access to audio signals and enables channel selection, PTT etc.. The test unit is powered from the transceiver unit and a LED (12V) indicates power on. With sliding switches located at the handset’s upper edge allows enabling or disabling of the built-in microphone and earphone.. The handset has a PTT switch on the lower edge that is used when talking into the handset. The modulation signal is connected from the external line input (TX line) to the transmitter when the built-in microphone is disabled. The received audio signal is available at the RX line connectors when the earphone is disabled. Channel is selected with a rotary dial on the handset’s rear.

Antenna output

(J1: N-type located on

the cabinet's rear)

Service connector

(P401: DB9 located on the

transciver unit's front)

RADIO TEST SET

RF In/Out

AF in

AF out

RX line

TX line

Figure 1: Typical test set up

F800

F800 TEST

UNIT

97-2444-LPC 102 213 F800 TEST HANDSET.doc

2 (4)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2444

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-11-15 A

2 CONNECTIONS

Connection Type Comment RX line AF output TX line AF input

600 , Nominal level -10 dBm 600 , Nominal level -10 dBm

The above listed connectors are located on the unit’s front.

The test unit is connected to the transceiver unit by connecting the DB9 connector on the spiraled cord to the transceiver’s service connector.

3 SWITCHES

Channel setting is made with the rotary dial on the test unit’s rear. The dial is labelled 0 - 15 which corresponds to the channels of the F800. Set the internal rotary switch on the F800 backplane to 0. If the line panel is programmed to select channel, it should be removed.

The transmitter is keyed either by the built-in PTT switch on the unit’s side or by the switch labelled PTT on the front.

The sliding switches on the unit’s upper edge is used to select either internal signal sources microphone and earphone) or external signal sources (line connectors).

Test TestRx-line Tx-line

Figure 2: Part of test handset showing line connections and sliding switches.

The table show the appropriate setting for the different signals. The unit is seen from front.

Rx-line Test

(left most switch)

Tx-line Test (right most switch)

Internal signals Right Left

External signals Left Right

4 INDICATORS

97-2444-LPC 102 213 F800 TEST HANDSET.doc

Power on is indicated by a green LED labelled 12V. This indicates that the transceiver provides 12VDC to the test unit.

Transmission is indicated by the LED labelled PTT. This LED is on when the transceiver is in transmit mode.

Selected channel is shown by LED:s labelled CH1 to CH8. They represent the binary value of the selected channel.

3 (4)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2444

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-11-15 A

CH8 CH4 CH2 CH1 Selected channel

                               

                               

Channel 0*

Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Channel 7 Channel 8

Channel 9 Channel 10 Channel 11 Channel 12 Channel 13 Channel 14 Channel 15

 LED On,  LED Off

When channel selector is set to 0, the LED:s indicate the transceiver’s internal channel setting.

5 RECEIVER TESTING WITH LPC 102 213

1. Set the sliding switches for external signal sources.

2. Connect the Radio test set’s AF input to the test unit’s RX line out and set up the radio test set for AF measurements (AF voltmeter). Select CCITT or Psofometric filter.

3. Apply a RF signal from the radio test set to the antenna input of the F800. Use antenna jack for simplex stations and stations with built-in duplex filter, use the RX jack for duplex stations with external filters.

4. Set the RF generator’s frequency to the channel frequency and set the RF level to -80 dBm. Modulate the RF signal with 1 kHz test tone and 3.0 kHz deviation.

5. Measure line output and distortion with the radio test set.

6. Reduce the RF level until the SINAD meter shows 20 dB. Note the RF level.

97-2444-LPC 102 213 F800 TEST HANDSET.doc

7. Reduce the RF level until the AF voltmeter indicates 0, the squelch circuit mutes the AF output. Note the value. Increase the RF level until the AF voltmeter shows -10 dBm, the squelch circuit un-mutes the AF output. Note the value. The squelch circuits hysterisis is the difference between the two values.

4 (4)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2444

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-11-15 A

6 TRANSMITTER TESTING WITH LPC 102 213

1. Set the sliding switches for external signal sources.

2. Connect the Radio test set’s AF output to the test unit’s TX line in and set up the radio test set for TX measurements.

3. Connect the antenna output from F800 to the radio test set’s RF input.

4. Set the AF generator’s frequency to 1 kHz and the level to -10 dBm.

5. Start the transmitter by setting the PTT switch in PTT position.

6. Measure TX output power and modulation with the radio test set.

7. Switch of the transmitter.

8. Set up the radio test set for signal to noise measurements.

9. Start the transmitter and measure the S/N ratio.

7 LPC 102 213 AS SERVICE HANDSET

The test unit can be used as a service handset when connected to F800. This enables the service engineer to monitor ongoing traffic and key and modulate the transmitter.

1. Set the sliding switches in position for internal signal sources.

2. Connect the RF input of the radio test set to the antenna connector of F800.

3. Set up the test set for duplex testing.

4. Set the RF generator to the channel frequency and set the level to -100 dBm. Modulate the RF signal with 1 kHz tone and 3.0 kHz deviation.

5. Check that the test tone is heard in the earphone.

6. Press the PTT button and talk normally in the microphone. Check that the radio test set indicate output power and modulation.

97-2444-LPC 102 213 F800 TEST HANDSET.doc

1 (5)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2486

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-12-07 A

FAULT TRACING F800

1 GENERAL

This document provides fault tracing guide lines for field or first line maintenance of all F800 versions. Maintenance instructions for the various control and line panels used in F800 are not covered by this document.

This document applies to F800 stations with cabinet SXK 107 2274/4

2 TOOLS AND INSTRUMENTS

To perform first line maintenance of F800 requires a minimum of tools and instruments. The list below serves as a recommendation only.

Type

Radio test set Marconi 2945 or equivalent.

Wattmeter Bird 43 or equivalent

Test hand set Ericsson LPC 102 213

Voltmeter Fluke 77 or equivalent.

RF cable RG224 or equivalent Connections to F800

Test leads Connections to the

Torx screwdrivers TX8, TX10 and TX15

In addition to this, normal hand tools are required.

3 FAULT TRACING

Model Comment

require N male connector.

test hand set require

3.5 mm plugs.

3.1 NORMAL SETTINGS

97-2486-FAULT TRACING F800.doc

As with all fault tracing, start with a visual inception and make sure that all cables are connected, the boards are inserted, etc.. To gain access to the various indicators and test points in F800, you have to remove the front cover.

The interconnection board located in the cabinet has three (3) jumpers and one rotary switch.

2 (5)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2486

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-12-07 A

SQ LED

Yellow

TX LED

Red

+12V LED

Green

Channel selector

Jumpers

Service connector

Figure 1: F800 front view with front cover removed.

All jumpers are normally open when the station is configured as a base or repeater station. Closing all jumpers will configure the station as a link.

The rotary switch selects the working channel for the station. It is normally set to the 0 position. To set the channel manually, i.e., with the rotary switch, it requires that the line panel is either removed or programmed not to select channel.

3.2 NO OUTPUT POWER

Step

Check Likely fault(s)

1 Check that the green led

indicating 12VDC on the interconnection board is lit.

2 Connect the test handset

and check that the line panel selects a valid channel number.

3 Key the unit from the test

handset. Check that the red led indicating transmission is lit and that the fan is working.

1. Power supply

2. Transceiver unit

1. Line panel

2. Transceiver unit

3. Interconnection board

1. Transceiver unit

97-2486-FAULT TRACING F800.doc

4 Connect the watt-meter in

the antenna feeder line. Key the unit and measure the RF output power and SWR.

Low output power:

1. Transceiver unit

2. Power supply Low output power and high SWR:

1. Antenna system

2. Transceiver unit

3 (5)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2486

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-12-07 A

3.3 NO MODULATION OR LOW MODULATION

Step

Check Likely fault(s)

1 Connect the test handset to

the transceiver unit and

No or low modulation:

1. Transceiver unit connect the RF test set to the station’s antenna output. Set up the test set for transmitter testing. Set

Normal modulation:

1. Line panel

2. Interconnection board the switches on the test handset for internal audio sources. Key the unit and talk into the microphone.

2 Check audio level on the

incoming line. Refer to

No or low line level:

1. Line problem service manual for line panel used.

Normal line level:

1. Line panel

2. Interconnection board

3.4 NO OR LOW AUDIO SIGNAL FROM STATION

Step

Check Likely fault(s)

1 Connect the test handset to

the transceiver unit and connect the RF test set to the station’s antenna output. Set up the test set for receiver testing. Set the switches on the test handset for internal audio sources. Apply an onfrequency signal to the station and listen in the test handset..

2 Check audio level on the

incoming line. Refer to service manual for line panel used.

No or low audio level:

1. Transceiver unit

2. Line panel

3. Interconnection board

Normal audio level:

1. Line panel

2. Interconnection board

No or low line level:

1. Line panel

2. Interconnection board

Normal line level:

1. Line problem

97-2486-FAULT TRACING F800.doc

4 (5)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2486

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-12-07 A

3.5 LOW SENSITIVITY OR POOR AUDIO QUALITY

Step

Check Likely fault(s)

1 Connect the test handset to

the transceiver unit and connect the RF test set to the station’s antenna

Low sensitivity:

1. Transceiver unit

2. Internal RF cabling

3. Built-in filters, if any. output. Set up the test set for receiver testing. Set the switches on the test handset for external audio

Normal sensitivity:

1. Line panel

2. Interconnection board sources and connect the RX line signal from the handset to the RF test set. Apply an on-frequency signal to the station and measure the sensitivity (SINAD).

3.6 NO COMMUNICATION WITH REMOTE CONTROLLER/RADIO EXCHANGE

Step

Check Likely fault(s)

1 Check that the green led

indicating 12VDC on the

1. Power supply

2. Transceiver unit interconnection board is lit.

2 Check status indications on

the line panel.

3.7 VOLTAGE CHECK

The transceiver unit provides +12V and +5V to external units such as the line panel and the interconnection board. The transceiver unit includes fuses for +12V supply. The fuses are located on the transceiver’s radio board. The fuses are of SMD type.

+12VDC Transceiver unit P405:1 Interconnect board P2:6, J2:A11, J1:A31, J1:B31 and P8:6

+5VDC Transceiver unit P405:13 Interconnection board P2:8, J1:A32

Refer the service manual for the concerned line panel for information.

97-2486-FAULT TRACING F800.doc

5 (5)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

SES/KTR Mats Andersson KTR97:2486

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KTR M. Andersson 1997-12-07 A

3.8 FAN TEST

The fan is controlled by the transceiver unit and operating only when the station is keyed.

If the fan does not start when the station is keyed, check that the transceiver unit supplies 12V on P7:1 on the interconnection board. If 12V is present, replace the fan. If the transceiver does not provide 12V on P7:1 it is faulty.

97-2486-FAULT TRACING F800.doc

SPECIAL SERVICE TOOLS FOR F800 1 (3)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5045

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-06 A

SPECIAL SERVICE TOOLS FOR F800

Contents

General .......................................................................................... 2

Instruction for service unit LPC 102 81 .......................................... 2

Channel table ................................................................................. 3

Appendix

Assembly drawing service unit LPC 102 81

Error! Unknown switch argument.

SPECIAL SERVICE TOOLS FOR F800 2 (3)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5045

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-06 A

General

Recommended service tools are:

 Service unit LPC 102 81  Service handset RR-164870/5

Otherwise - standard radio test equipment and 12V power supply.

Instructions for service unit LPC 102 81

Purpose: Service control of radio unit F800

Caution!

The service unit LPC 102 81 is designed only for the F800 radio unit. It must NOT be connected to any other device!

Connection: The 9 pin male connector on the cable will be connected into the front connector of the F800 radio unit.

SWITCHES S1 -S4

”CH1 - CH8”

SWITCH S5

”PTT” INDICATORS ”12V” LED for 12V DC from radio unit. ”CH1 - CH8” LED for channel binary code. ”PTT” LED for PTT function from PTT - switch or

MEASUREMENT

”12V MEAS” Test socket ”12V DC with radio on”. Input Output

”TX - LINE” Measurement jack for signal to the radio. ”RX - LINE” Measurement jack for signal from the radio.

”SERVICE

HANDSET” *)

*) The service handset must NOT be connected when line level adjustment is carried out. If so, the signal level will be incorrect

Binary code for channel selection. 0 - 15. See the channel table. PTT control ON/OFF. Parallel function with PTT- switch in the service handset.

service handset.

NOTE: Not DC power input!

Input for AF - signal.

Output for AF - signal. Connector for service handset. RR-164870/5

Error! Unknown switch argument.

SPECIAL SERVICE TOOLS FOR F800 3 (3)

Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5045

Dokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ECS/S/LTC 1996-06-06 A

Channel table

Switch / LED **)

CH8 CH4 CH2 CH1

0 0 0 0 0*) 0 0 0 1 1 0 0 1 0 2 0 0 1 1 3 0 1 0 0 4 0 1 0 1 5 0 1 1 0 6 0 1 1 1 7 1 0 0 0 8 1 0 0 1 9 1 0 1 0 10 1 0 1 1 11 1 1 0 0 12 1 1 0 1 13 1 1 1 0 14 1 1 1 1 15

*) Channel 0 is not used in regular operation. It has the same status as when the test equipment is disconnected.

**) ”0” = LED off, high signal level. ”1” = LED on, low signal level.

Channel

Error! Unknown switch argument.

SERVICE INFORMATION

ERICSSON MOBILE COMMUNICATIONS AB, SWEDEN

Prepared Date Document Rev

KL/ECS/S/LT Rune Tapper

Approved Reference

KL/ECS/S/LTC Ulf Brömster F800:007

Error! Unknown switch argument.

SI96-004.DOC A

New cabinet for F800

The old cabinets SXK 107 2274/1, SXK 107 2274/2 and SXK 107 2274/3 for F800 have been replaced with a new product. The new cabinet is a universal cabinet that replace the old ones completely. The old ones can not be ordered any more. The new cabinet have the following features:

 Same cabinet for all different F800 models

 New back plane board added

 Different slots for line panels MRS3000 and MRS5000

 LED indicators for 12V, squelch and TX

 Internal channel switch for 15 channels

 Integrated link function with jumpers, old link kit not needed

 Integrated filter for fan interference

 New OEM connector on rear (option)

 255 channel kit (option)

Part number for new cabinet is: SXK 107 2274/4

E 1(Error! Unknown switch argument.)

KL/ECS/S/LT Error! Unknown switch argument.

SERVICE INFORMATION

ERICSSON MOBILE COMMUNICATIONS AB, SWEDEN

Prepared Date Document Rev

KL/ECS/S/XT Rune Tapper

Approved Reference

KL/ECS/S/XTC A. Jonsson F800:004

100W Power Amplifier

The power stage transistor for the 100W power amplifier RS214 (144 - 174 Mhz) has been unavailable fore a long time. Now it is in stock again, it can be ordered from our spare parts department in Kumla.

Part number: MRF245

The power amplifier itself, however, is not in our product range any more!

Error! Unknown switch argument.

SI95-011.DOC A

E 1(Error! Unknown switch argument.)

KL/ECS/S/XT Error! Unknown switch argument.

SERVICE INFORMATION

ERICSSON MOBILE COMMUNICATIONS AB, SWEDEN

Prepared Date Document Rev

KL/ECS/S/LT Rune Tapper

Approved Reference

KL/ECS/S/LTC Ulf Brömster F800:006

Error! Unknown switch argument.

SI96-003.DOC A

Service Tool for F800

The old service tool LPC 102 81 for F800 have been replaced by a new product. The new service tool have the following features:

 Channel switch for 15 channels

 PTT switch

 LED indicators for channel, PTT and 12V

 Switchable connections for AF signals RX-line and TX-line

 Integrated hand set for speech (old handset not needed)

 Connects directly to F800 9-pole front connector on transceiver unit

Part number for the new service tool F800 is: LPC 102 213

E 1(Error! Unknown switch argument.)

KL/ECS/S/LT Error! Unknown switch argument.

Servicemeddelande Service information

Ämne/Subject:

Placering av linjepanel MRS3000/MRS5000 för F800/F850.

Mounting of line panel MRS3000/MRS5000 for base station F800/F850

Datum/Invitation issued, date:

2002-06-06

Dokument nummer/ Document number:

TC-1347se

Handläggare/Prepared

Magnus Lindahl

Placering av linjepanel MRS3000/MRS5000 för basstation F800/F850.

Placeringen av linjepanel i basstationen skall göras på följande sätt: I den övre kontakt positionen skall linjepanel för MRS3000 placeras (bild 1), och i den undre placeras linjepanel för MRS5000 (bild 2), kortstyrskenorna flyttas då till de nedre hålen i plåten.

VARNING

på linjepanel och på stationsenhet.

I F850 så kan fel placering av linjepanel orsaka skador både

Mounting of line panel MRS3000/MRS5000 for base station F800/F850.

Mounting of line panel should be done as following: In upper slot should line panel for MRS3000 be placed (picture 1), and in lower slot should line panel for MRS5000 be placed (picture 2), rails are moved to lower holes in the bracket.

WARNING

transceiver unit and line panel.

In F850 can wrong mounting of line panels cause damage on

Bild1 Picture 1 MRS3000

Bild 2 Picture 2 MRS5000

Servicemeddelande

Ämne/Subject:

Basstationslåda F850

Dok nr:

TC-1506s

SXA 105 2274/5

Datum/Invitation issued, date:

2002-09-17

Handläggare

Magnus Lindahl

Basstationslåda F850 SXA 105 2274/5

Fläkten som finns monterad i lådan har till funktion att kyla radion vid sändning, luftriktningen från fläkten skall vara så att den blåser på stationen. Vid vår ankomstkontroll har vi uppmärksammat en felaktigt monterad fläkt i basstationslådan, se nedan bilder för fläkten. Vid felaktig monterad fläkt, skruva bort bakstycket på lådan varpå 4 stycken skruvar för fläkten blir åtkomliga, vänd fläkten åt rätt håll.

Felaktigt monterad fläkt, produktskylten syns ej.

Fläkten har även en pil som visar luftriktningen.

Rätt monterad fläkt, produktskylten syns

Prepared by: Date: Document number: Edition:

Rune Tapper 2005-11-01 TC-5377 A

TC Connect AB V:a Drottninggatan 33 P.O. Box 903 SE-692 29 Kumla, Sweden

Phone:

+46 19 500 10 00

Fax:

+46 19 500 11 00

E-mail: info@tcconnect.se

C700 and F800 support discontinue

It is now 7 years since the C700 mobile radio and F800 base station was discontinued. The obligation from TC Connect to support this product family 7 years after products discontinue is now fulfilled.

This means that all support for those products will come to an end. From December 31, 2005 no support, central repair, documentation or training will be available. Most spare parts are no longer available.

There are three exceptions to this:

• Programming can still be ordered from Kumla.

• Some selected spare parts may still be ordered,

check with us for availability before ordering.

Replacement products for most of the “C700/F800 -family” are available in our current product portfolio.

ERICSSON ::::

Uppgjord • Prepared

ECS/Y/TI

Dokansvarig/Godkånd - Doc Responsib

ECS/Y/TF (Y/TIC)

MSV

PRODUCT REVISION INFORMATION

Nr-No

109

- KRD 103 10 - 1 Uen

ontrfZ

Datum·

1994-05-09 A R-state:

Oate

Rev

F800 RADIO BASE STATION CONCEPT

REASON FOR CHANGE:

från • from I till -

R1 -R2

1(1)

•

A new "Cabinet- and Kit-concept" has been created for Base Station The new solution based upon a Cabinet with a new Back-plane board,

will enable more flexible solutions both in MRS2000, MRS3000, and OEM applications.

TECHNICAL SOLUTION:

Product structure diagram: 1315 - KRD 103 1 O Ux, new revision replaces old revision

1. New standard Cabinet, SXK 107 2274/4, will in new production replace old versions: SXK 107 2274/1 (MRS2000

SXK 107 2274/2

2. New

3. New Kit, NTM

4. Old Kit, SXK 107 2277, KIT LINK F800 is removed from the concept.

5. Note that the finish on some of the steel plates has been changed

Krt,

from black chromated to blue chromated to reduce quality problems in production.

NTM

(MRSSOOO)

201

1009, KIT F800 MRS5000 is added.

201

1010, KIT F800 OEM is added.

and SXK 107 2274/3 (OEM).

& MRS3000),

MRSSOOO

FBOO.

Old Kit:s and Cabinets is still valid and usable in old installations.

3. AFFECTED PRODUCTS:

None. (See above).

RECOMMENDED MEASURES:

None.

GRA/GREY

--i

c :

--i

(\J

0 0 0

(\J

I I I I I I I

SVART

/BLACK

;

(\J

GRA/GREY

SVART/BLACK

•

ERICSSON~

Datum.

Referenser • References

F F

...

•

CAO:

UNlGRAPHlCS

Dare

1993-02-08

i Rev

Blad·

Sl>Hr

ERICSSON

Uppgjord

Beniimning

•

P,.,,.,.J

K I

/ECS/EU/TR/PM

Fakta11nt>1arig

CP/TMP

• Subiect

rwponsib,.

,...

SAMMANSTJ1LLNINGSRITNJNG

,...

ASSEMBL Y

Nr-No

15188

Datum ·

Dar.

Titla

DRA

RPM

Rev

W I

113

670

Fiie

lled-Sh#f

(f)

( .

KABEL

Toleranser · Tolaranctn

Snitt/Section

Br/Br

Gn/Gn

R itningsr91Jler • Orawing

A-A

CABLE

Bl/Bl

Or/Or

ruin

Ref

Sikikon

01234

56789

RIPl'od

....

...

C\i

---Gn/Gn

Or/Or

Br/Br

•

RPM

1131513

(MRSSOOO)

ERICSSON

Referenser - Relerences

Kl/ECS/YffF

Prodli<tbenämning- Prod

/so

subject responsib/e

olher)

Datum - Date Rev

940321 A

Dokumentnr- Oocumenl

193 12-SXK 107 2274/4 Uen

Blad -

Sheet

(1)

2 3

NTM

2011009

(~RS_50Q_())~

ERICSSON

Refenlnser -

Uppgjord

(twn

falclunsvalig

annan) - Prepeted (alao

Kl/ECS/S/XU S. Lindblad

CABLE TERMINAL INFO F800

•ubject

,..ponsible

olher)

950511 B

R..,

.....

BLÅ/BLUE GUL/YELLOW

RÖD/RED VIT/WHITE BRUN/BROWN

2::

4:::

s:::

13cml

ERICSSON

Referenser - References Datum -

Kl/ECS/Y{rF

ProdlJctbenlrnning- P

FÖRBINDNINGSKABEL - C

NNECTION CABLE

0.le

940324

0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0

Ookumentnr- Document

No.

Blad -

Sheel

...,

_,,

BLAIBLUE GUL/YELLOW

RÖQ.IREO VIT!NHITE BRUN/BROWN

5,.

=:J

=::i

r3cml

ERICSSON

Referenser • Relrlrent:ell

Kl/ECS/S/XU

Lindblad

r3cml

Oatum-0.le

950511 B

Rev

2 3

I .

....

:' 3

...

....

...

....

...

....

...

....

...

....

...

....

...

....

...

GUL/YELLOW ORANGE/ORANGE BRUN/BROWN

BRUN-VIT/BROWN-WHITE VIOLETTNIOLET BLÅ/BLUE GUL-VIT/YELLOW-WHITE RÖD-VIT/RED-WHITE ORANGE-VIT/ORANGE-WHITE

SVART/BLACK GRÖN/GREEN SVART-VIT/BLACK-WHITE GRÖN-VIT/GREEN-WHITE BLÅ-VIT/BLUE-WHITE RÖD/RED

1 r

2::: 3;; 4:::

5::: 6:::

7:::

a:::

9;:

.....

~;;

14;;

151;

I'-

ERICSSON

Referenser - Referenc<n

Datum -

0..te

940324

NECTION CABLE

Rev

DokumentJY-

Docum~

No.

Blad - Sheet

____

_!_ _____

___

..... J .. .

·-··-·--

. . ·-

---

··

_L ______

4...:__

.....

...

....

...

GULJYELLOYV ORANGE/ORANGE BRUN/BROYVN BRUN-VIT/BROYVN-WHITE VIOLETTNIOLET

BLÅ/BLUE GUL-VIT/YELLOYV-WHITE RÖD-VIT/RED-WHITE ORANGE-VIT/ORANGE-WHITE SVART/BLACK GRÖN/GREEN SVART-VIT/BLACK-WHITE

GRÖN-VIT/GREEN-WHITE

BLÅ-VIT/BLUE-WHITE

RÖD/RED

1 ,.

s;:

7';.

9';.

.....

__ I

::i

I:-

J~~

~~~

~;~

::i

om.;:.;::i:....___.

l---

-1---------

~Uppgjord~

~(_,,-

~fa-ktaa-ns_va_n~g_om_a_n_nan_)_·

prepärtid

(aliö3-ub_>jec_l_l9S_pÖili[bied

··

ot1-_)

____

~R-eE-,e~~:~-ii-3_··--~------

~~~~~~

Kl/ECS/S/XUC

Ptoduktbentmning- Product -

FÖRBINDNINGSKABEL - CONN TION CABLE

Lindblad

------

····

·-

öii.;m

950511

:o;,;;---

!Rev

GUL/YELLOW

GUL-VIT ELLOW-WHITE BLÅ-VIT LUE-WHITE RÖD-VIT ED-WHITE BRUN BROWN RÖD/RED

1 2 3

(ALARMS)

(CCIR-SYNC)

KABLAR SOM INTE INKOPPLAS ISOLERAS MED KRYMPSLANG. UNUSED WIRES

BE INSULATED WITH SHRINK TUBING.

0 0

ERICSSON

Referenser -

!iE

Referenc11S

Kl/ECS/Y{fF

Prcx:hJrtbenlmning- P

name

FÖRBINDNINGS

Dokumentrv· Documenl No.

Datum-Dal

940324

(

Rev

ONNECTION CABLE

Blad -

Sheel

....

FAN

RÖD/RED SVART/BLACK

ERICSSON!!

Referense< - References

Dol<umeotnr- Oocument

~--"--

_,,,,

No.

.,.,....,...."°"

subjed

responsible

• •

olherj

Datum -

Dste

931102

Rev

Blad-

Sheet

2 3

- '

....

BLÅ/BLUE GULJYELLOW RÖD/RED VIT/WHITE

5,...

ERICSSON

Referenser • References

0 6 0

5 0

4 0

0 0

3 0

2 0

13cml

'C\

~cc~§~~

13cml

Datum ·

}

Date

940318 A

ONNECTION CABLE

Rev

Dokument.nr

Docume~

No.

Blad·

Sheet

ERICSSON

Uppgjord -

leNimni

"---'

KI/ERA/R/BN M

FB08

MRS

281/JllJ/3"1/JllJ

;:5

.F.

Faktun

FORBINDNINCSSCHEMA

erig • Subl«r

,..,.,,...,.

WlRINC

- No.

DIAGRAM

F 10731-SXK 107

Oatwn

9 2

TitM

F80S

MRS

-0.•

2 5 E

2888/30'1le

Rev Fila

2274/1

CMF2811H

Ref

......

Slt#f

(1)

+12V CH TX RX FAN

TX CH

PTT

1 DATA IIATA

LINE 2

LINE

TRANSCEIVER

CONTROL

J-481

bl/vi gr\/vi sv/vi

or-/vi

LINE

J1A

PANEL

J19

or & bl

OPT!ONS

r-0

v! gl

LINES

si(

KLA ·

(

r-0

2.1

FUKT/FAN

+l2V

lildkon

RIP'Od

ERICSSON

Upptjord

•

l',..,..,.O

KI/ERA/R/BN

Beniimni

F80B MRS

500B

$'-

.....

M.F.

faktaanw••

CP/TU T

Subi«t

.C.

,.._,...,,.

,..

FORBINDNINGSSCHEMA

,..

WIRINC

Nr-No

DIAGRAM

10731-SXK 107

Datum

-0.•

92 0311 D

TitM

F800

MRS

5000

2274/2

file

GMF2812H

Ref

.....

1 (

Sh#f

TRANSCEIVER

J4"5

+12V

DATA

FAN

CONTROL

LINE

PTT +5V

rH 8

EXT

LINE

J1A

PANEL

J19

.ll

LARM LARM LARM LARM LARM LARM LARM

LARM

OPTIONS

12+ 2:J+ :J4+

bl/vi rö/vi 91/vi

LINE Jl

UNIT

LIJ

LINES

FLAKT/FAN

·Id

kort

leprod

J4"1

+l2V

fJV

+ 12V CH

1 TXDATA AX DATA

FAN CONTROL +

TX LINE CH2 CH4 TX

PTT

+511

EXT

AX LINE

CH8

TRANSCEIVER

-r-

-!.L

-!L

110

f-~

-lli~

* 14

! I

SW1

I , ·-&

I I ,

] I

1 2 4 8

I CHANNEL

SELECT

GNO

+12V

R101K

r;_va

i I ·+12V·

OEM

6 I

2 5 I

7 I

3 I 9 I

1?!

--,

I I A29: :

4•

)

r----

LINE PANEL

MRS3000

A11! ! A31! !831 A31l

T I r

! I

A10! !

l I I .

I I I I i

A21i: A32! !

A13t !

A3o:

! A9 & 829

I I I I

I I I

: : : 1

.,,

A26j

A18+ A191

JP3 I

l...4'"-.

: A13

: 813 t I t

I 819

1818 Ie12

A25i STYR

A24tSTYR

A27'

A26l

IN 1

STYR UT 2

STYR UT 1 1

RSSI (in) !

MRSSOOO

A10! A181

A21

iB30

Al ! !81 A24t

iB27

1020

A321

: JP2

A28t

A7 t : AX

A151

I .

•I

A16l

A12t

i TXU,

A111

I AXD 31

A20l

I CTS 5 I

+817 LARM

I 816 LARM 1-

t814

f 815 LARM 2-

1813 LARM

I 812 LARM

Je10

JP1

SERVICE

LINE UNIT

LINE

,..]

RTS

LARM

811

LARM 4- 3 t

- JP3 FOR LINK OPERATION

4 l

- 1 i

1 !

ALARMS/CCIR

SW2*1CHANNEL

I I

........

10+

1 2 4 8

EXTENDED

SELECT

GNO

EXT. CH.

P4*

41 51

*•OPTION

;::ii\

FAN

I I

_g_

.tl_

_hL

1C1

"'L2=100uH

C1=220uF

+12V

1 :

I I

R~o1KJ

;::ii\

:llco

• 0

-i

iil li

0 ..... z 0

.....

' -;-"!I 0

.....

(...)

!i'

.. 0

""'

~I~

-l

•

.,,

":'

111

!!.

...

•

...

-i

s::

::u

\\\

.....

I!!

·ERICSSON

Uppgjord - Prepared

Benämning

Lind blad

Komponentplacering 1

Nr - No.

1078-ROA 117

Datum

- Date Rev

940325 A

Tltl•

201

Fie

(1)

Shfft

Rev

KRETSKORT

: !

f f

.·

:::/;

·:::·::;

:;::::.·

PRINTED BOARD

i'd

-1lE

Ulc!

·8

....

,.:::

v.JcM

:::=J:::::~

ERICSSON

STA

TIONSENHET

Ericsson Radio

Systems

ClOO

SAMMANSTÄLLNI

ASSEM

DRAWING

15188 -

Datum

.,~

STATION

ar~

1~.14

--'-------'------------!

NGSRITNING

NTM

UNIT

201

ClOO

U X

8""1

\"rrl

1 (2 )

U1. Radiokort/Radio U2.

CPU·kort/CPU·board

UJ.

Kommunikationskort/Communication

board

Standardkodning

med

Standard

KO other to

~--~~Låst

tillposl.

Loeked

"1.:s

with

coding

1518

pos

Pos

med

coding

aeeording

låslaek

with

board

lae

Aik1knrt

Chassi nr. l..h.usis No.

15188-

NTM

201 57U

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

1 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

F800 Circuit description

CONTENTS:

INTRODUCTION

.........................................................................2

Radio unit ............................................................................2

Line interface .....................................................................3

Programming ......................................................................3

Options ...............................................................................3

RADIO BOARD

............................................................................4

Frequency generator .....................................................6

Transmitter .......................................................................10

Antenna switch .................................................................13

Receiver ............................................................................14

DC power supply ..............................................................17

965044.DOC

PROCESSOR BOARD

.............................................................19

Processor And Peripheral Circuits ....................................19

Incoming Speech ..............................................................20

Outgoing Speech ..............................................................21

Modulation Circuits ...........................................................23

Tunning Of Front End .......................................................23

Channel Selection ............................................................23

Power Supply ...................................................................24

Connectors .......................................................................25

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

2 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

INTRODUCTION

The Ericsson F800 base station can operate in simplex, semi duplex and duplex mode or as a repeater station. The unit can be configured to operate as a stand alone, t one controlled repeater station or base/r epeat er station in MRS3000 or MRS5000 system. It is also possible to set up F800 as a carrier controlled repeater station.

F800 is available in both simplex and duplex versions for VHF (68-88 MHz, 146-174 MHz) and UHF (378-470 MHz) bands. A link version for low UHF (370-415 MHz) is also available. Nominal output power in base and repeater versions are 20 W and in link version the output power is set to 6 W. If required the output power can be reduced to two (2) watt. In standard versions the radio has 16 channels but with an option 255 channels can be used.

The F800 base station is housed in a 19” cabinet intended f or r ack mounting or with installation brackets, wall mounting. The cabinet contains a radio unit, line interface and also has room for built-in filters if required. F800 is powered with external 12V DC via a 2-pole connector found on the rear of the cabinet. Line and RF connectors are also found on the rear of the cabinet. In addition to the mentioned connectors t here are connectors for transmit t er synchronisation and alarms located at the rear. In O EM version there is an OEM connector also found at the rear.

Application examples are described in document ECS/S/XT -95:7049, ECS/S/LT-96:1013, ECS/S/ LT-96:1018.

For easy service and maintenance the radio unit is fitted in a casset t e and the line interface is fitt ed in a slot .

Radio unit

The radio unit includes two sub-units, PCBs, a radio board and a pr ocessor board. A third board, option board, is used whenever any of the options are used. All PCBs are installed in a die-cast enclosure. All connections between the radio unit and the ot her facilities in the cabinet are made thr ough connectors on the rear end of the radio unit and the corresponding connectors in the cassett e.

Processor board

965044.DOC

The processor board incorporates an 8-bit m icr opr ocessor with periphery circuit s for controlling the freq uency g ener at or and transmitter on the radio board and AF paths found both on the processor board and optional boar ds. The required software is stored in one EPROM, Z2. All customer specific parameters are stored in an EEPROM, Z4. The processor board interf aces exter nal units and provides DC power to external units. The processor board is used in all versions of F800.

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

3 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Radio board

The radio board includes the following major blocks; a frequency generat or (two in duplex version), a receiver and a transmitter. In addit ion t o t hese blocks there are circuits for internal power supply.

The transmitter is f r equency modulated and the receiver is of super heterodyne type. The frequency generator uses a phase locked loop (PLL) and is used to generate the local oscillator signal for the r eceiver as well as the carr ier for the transmitter . The type of radio board used, depends on frequency band and operational mode.

Line interface

In the cabinet there are two slots for standard Euro size boards with 64-pin connectors. The upper slot is used f or LP100, LP200, and LP210 (MRS3000). The lower slot is used for RC-5 and LP3 (MRS5000).

The line interfaces are described separat ely.

Programming

All customer specific parameter such as frequencies etc. are stored in a EEPROM in the radio unit. Programm ing of the prom is described in document S/LT 96:1014.

Options

The number of channels can be increased to 255 by fit t ing an option board. If transparent data is r equired, this can be obtained by fitting a 4- wire interface to the

radio unit. Note: Only one of the above mentioned options can be installed. The option boards are described separately. F800 can be used as a carrier controlled repeater stat ion. This does not require any

additional hardware and all the necessary functions are described in the prog r am ming manual, S/LT96:1014.

965044.DOC

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

4 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

RADIO BOARD

There are a number of different radio boards f or F800, both for simplex operation as well as duplex operation. Common for all versions of t he r adio boar d is that they are divided into a number of function blocks. Each block has a specific function. The number of function block s depending on the operation mode and freq uency band. The radio board is controlled by the CPU- board by a number of different signals. The following blocks and signals are f ound on t he radio board:

Frequency generator.

In simplex versions one frequency generator is used and in duplex versions there are two frequency generators used. The frequency generator is controlled by the CPU- board with frequency generator a

locking

signal is send to the CPU- board. To achieve a f aster

channel information

and

signals. From the

latch

locking of the frequency generator the frequency band is divided into four bands. The band selection is done from the CPU- board by the mode the same frequency generat or generates both

transmitter carrier

. Duplex one frequency generator is used t o generate local oscillator

band selection

1st local oscillator

signal. In simplex

signal and

and a second generator is used for g eneration of transmitter car rier. All modulation is done in the frequency generator . There are two modulation signals used,

mod PM

erodyne type. The receiver board. A

Receiver.

SQUELCH

Converts RF signals to AF signals. The receiver is a double super het-

DATA

and

signal as well as a

SPEECH

RSSI

signals are connected to the CPU-

signal is obtained from the 2nd I F in t he

mod FM

and

receiver. These two signals are used by the CPU- board. To optimise the function of the receiver, the front end is elect rically tuned from the CPU- board by the

RF- tuning

signal.

Transmitter.

generator. The transm it ter output is controlled by the

The transmitter amplifies the modulated signal from the frequency

transmitter control

block on the radio board and by the CPU- board. The output power can be set in two dif ferent levels, the CPU- board selects high or low output with the

power red

signal. The transmitter is monitored by the contr o l block and as long as the transmitter delivers output power the

power ind.

signal is active.

965044.DOC

Antenna switch.

Simplex only. The antenna switch controls the RF signal path and switches the antenna to either the receiver or the transmitter. The antenna switch is controlled by the DC power supply on the radio board. In duplex mode an external duplex filter must be used.

Power supply.

DC power supply, 5 V, 10 V and 12 V, for the different function blocks on the radio board. The power supply also contains fuses and DC filters. The power supply also controls the transmitter on/of f and the antenna switch, this is indirectly done by the CPU- board with the controlled by the CPU- board with the

On/Off

TX on

signal. The DC power supply is

signal.

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

5 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

To CPU board

Power Ind

Power Red

TX on

Locking

Frequency Generator

Data

Modulation

SQ AF

RSSI

AF Data

RF tunning

12V

Power

External connector

Fig A: Block diagram radi o board, simplex version

Supply

Transmitter

Receiver

5V 10VT 10VR 12V

A n

t e n n a

S w

t c h

965044.DOC

The radio board is a multilayer printed circuit board and the majority of the components are surface mounted on t he PCB. To obtain proper grounding and the required screening, the board is at t ached to the F800 chassis by nine screws. The radio board is exchanged as one unit during normal field service and requires no tuning.

There are three connectors on the r adio boar d, one external for DC supply and two internal for signals between the CPU board and t he r adio board.

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

6 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Frequency generator

The frequency generator is implemented as a conventional phase locked loop controlled synthesiser. In simplex versions of F800, one frequency generator produces local oscillator signal for the r eceiver and also t he transmitter carrier. I n duplex versions, one frequency generator is used for local oscillator and one freq uency generator is used to produce the transm it ter carrier.

The following circuits are the major parts of the f requency generator used in simplex versions:

#" VCO, Voltage Controlled Oscillator. #" PLL, synthesiser cir cuit #" Prescaler #" Loop filter #" Cryst al r eference oscillator #" Buffer stage #" Ou t put amplifiers

9 MHz

PLL

Locking

Address

Data

Clock

Mod

Phase

Mod FM

LOOP

Filter

VCO

1:1

TX Carrier

1st LO

965044.DOC

Prescaler

40/41

[64/65]

Fig B: Frequency generator, principal di agram

In duplex versions two frequency generators are used. Bot h generators are built with the same blocks as used in the simplex generator as indicated above.

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

7 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Reference oscillator

The common reference oscillator is a crystal controlled oscillator with fixed freq uency. In F800 versions made for 25 kHz channel spacing the reference frequency used is 9 MHz.

The crystal oscillator obtains bias voltage from the PLL circuit. The sig nal from the reference oscillator is f ed to the PLL circuit where it is divided by a internal divider to create the internal PLL refer ence. The internal PLL reference signal is 12,5 kHz in all versions that works with 25 kHz channel spacing.

In duplex versions the same reference oscillator is used for the RCS frequency generator as well as the TX frequency generator.

PLL circuit and loop filter

The PLL circuit controls the VCO. The VCO signal is compared with the reference signal in the PLL circuit. The phases of the two signals are compared. Since the frequencies of the two signals are not at all the same, 9 MHz from the ref e r ence oscillator and the VCO signal have at least 10 times hig her frequency, the signals must be divided down to a common frequency.

The PLL circuit has three internal programmable divider stages, one for t he r eference signal and two for the VCO signal. The denominators, i.e. the contents of the divider stages, are loaded into the PLL circuit by data from the CPU- board. According to the loaded denominators, the PLL circuit will activate a signal for control of the external prescaler.

The prescaler denominator has two fixed values, 40 or 41 for F802 and F804 and 64 or 65 for F805. Selection of one of the two denominator values is done through the PLL circuit.

The data for the PLL circuit is loaded as eight nibbles of four bits , two nibbles for each of the divider used to divide the VCO signal and one nibble for the divider used for the refer ence oscillator signal. In the remaining nibble t here is also information used for control of the prescaler. The serial data is clocked into the r egisters ( dividers ) of the PLL circuit by a clock signal. The registers in the PLL circuit ar e made accessible by a strobe signal. In the case there are two PLL circuit s for duplex operation each PLL circuit has it’s own strobe signal but the clock and data signals are common. The three least sign ificant bits of the address bus from the CPU- board are used for addressing the dif ferent registers in the PLL cir cuit. The data is obtained through the four least significant bits of t he dat abus from the CPU- board.

965044.DOC

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

8 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

The 12,5 kHz VCO signal is compared with the 12,5 kHz reference oscillator signal in two phase demodulators / comparators in the PLL circuit . The first phase demodulator, PC1, is made with analogue components and has a hig h gain. This is the main comparator. The second phase dem odulat or is implemented with digital components. The second comparator, PC2, has a wider range to allow faster lock times. W hen a sm all phase er ror is achieved the second phase demodulator is disconnected to avoid generation of noise etc. The comparison results in two signals, one from each demodulator. Fr om t he first phase demodulator, PC1, a slow ramp signal is obtained and from the output of the second phase demodulator, PC2, fast pulses are obtained. In locked mode only PC1 is active and the output of PC2 is in a high impedance state.

Both of these two signals are connected to t he loop filter.

Modulation Phase

From VCO

Address

Data

Strobe

From

reference

osc.

152,6 - 167,4 MHz

A2 A1 A0

D3 D2 D1 D0

Divider

2 stages

Internal

control

logic

Divider

Mod.

Phase

Comparator

Phase

Comparator

12,5 kHz9 MHz

LOOP

Filter

DC voltage to VCO

Selector for prescaler

Fig C: Principal diagram f or PLL circuit and loop filter

A linear phase modulator is also implemented in the PLL circ uit . The modulator is implemented in the VCO signal chain between the divider and the phase comparat ors. The modulation is done as minor changes of t he signal from the VCO.

965044.DOC

The loop filter is an integ r ating network and an LP filter. The filter is used to block t he remaining 12,5 kHz signals f r om the PLL comparators. The output from the loop filter is a DC voltage with the phase modulated AF signal as a ripple.

Due to the characteristics of the loop filter, both phase and frequency modulation are used. AF signals > 1000 Hz can be considered to be frequency modulated in the VCO and AF signals < 1000 Hz are phase modulated in the PLL.

The AF signal to be phase modulated in the PLL, is passed t hr ough a LP filter before it is connected to the modulation input to t he PLL.

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

9 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

VCO and prescaler

The main oscillator is a voltage controlled oscillator, VCO, of LC type with a FET transistor as the active part. The t uning of the VCO is controlled by altering the capacitance in the resonance circuit, which is done by a number of capacitance diodes. The resonance circuit is implemented with stripline com ponents as well as traditional SMD components. The total frequency range for the VCO is approximately 50 MHz. To achieve faster locking and improve scanning times, t he frequency range is divided into four sub bands. The impedance of the resonance circuit is changed by two transistor switches, controlled by the CPU- board. The two transistor switches are used in combination and thus four sub bands are created.

The VCO also has a modulation input used for frequency modulation. The modulation signal is amplified and filt er ed before it is connected to the resonance circuit in the VCO. The modulation is done by changing the capacit ance in resonance circuit by one capacitance diode.

The RF signal from the VCO is passed through a buffer amplifier stage to ma ke the VCO less sensitive for changes in load on the output. From the buffer stage the RF signal is distributed to the prescaler as well as to two amplifiers, one for TX carrier and one for RX local oscillator. Bot h t he TX amplifier and the RX amplifier are active as soon as the unit is switched on. The RF signals are switched by tunnel diodes in the transmitter and in the receiver.

The correct output RF f r equency from the VCO is adjusted in the r eference oscillator. No additional tuning is required.

DC from LOOP filter

Modulation (FM)

To Amp.

Band selection

965044.DOC

Fig D: Principal diagram f or V CO

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

10 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Transmitter

The simplex transmitter as well as the duplex transmitter is a number of diff erent RF circuits and control blocks implem ent ed on the radio board. The following RF circuits and control blocks are parts of the transmitter:

#" RF switch. T X RF on/off switching. #" RF driver. Preamplification of the RF signal. #" RF power amplifier. Final RF amplifier. #" Directional coupler. Detection of SWR. #" RF detect or. Detects RF power output power. #" RF power indicator. Indicates that RF output power is present. #" Power control loop. Monitoring the RF output power.

TX/RX

TX Switch

RF from VCO

RF Power Amplifier

Control Logic

Locking

TX On

Power Red.

Power Ind

Multicoupler

Antenna

Switch

Antenna

965044.DOC

To RX

Fig E: Block diagram f or F800 transmitter

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

11 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

RF switch and RF amplifiers

The RF signal from the frequency generator is connected to the RF driver through the RF switch. The RF switch is a diode switch that prevents leakage of RF signals from the frequency generator t hrough the transmitter in RX m ode.

The RF driver stage is a single transistor amplifier and an LP filt er . The regulation of RF output power is done in the RF driver stage. The RF sig nal from the freq uency generator is amplified t o an accept able level for the final RF stage. The RF output power is regulated by altering the amplif ication in the RF driver stage. The bias voltage to the transistor stage is changed by a regulator in the transmit t er control block.

The final RF amplifier is an integrated module with two internal amplifier st ages. The amplification in the final stages is set to fixed ratio (in dB). T o obtain maximal output power both stages in the RF module are supplied with 12 V directly from the DC source. Internally in the module there are filters to avoid oscillation etc. The output from the final stage is passed through an LP filter before it is passed on to the directional coupler etc.

Power control

+12V

+10VT

Carrier from VCO

FIG F: Block diagram for RF P A

Filter

RF PA

Power control loop and SWR

965044.DOC

A directional coupler is used to measure the reverse RF power from the antenna and also to monitor the RF output power. The RF sam p les ar e r ectified and filtered and used in the power control loop. The signal that repr esents the output power is connected to a comparator in the RF power indicator. The output from the comparator is connected to the CPU board and logical "1" indicates t hat the RF output power exceeds 0,2 Watts . SWR or Standing Wave Ratio is a term used t o descr ibe t he relationship between the RF output power and the reversed RF power. Normally a SWR at 2: 1 is accept able, this represents a reverse power of approximately 10 % of the output power.

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

12 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Even in the F800 transmitter a SWR 2:1 is acceptable before t he RF power contr ol loop starts to decrease the output power. T he m et hod used in F800 is a combination of a true SWR measurement and a maximal allowed reversed power. The same signal as used in the RF power monitor is also connected to a comparator in t he RF power control loop. The signal fr om the directional coupler that represents t he RF output power is also connected to the same input on the comparator in t he RF power contr ol loop. The two signals are added to each other and the r esult is a DC value that represents the RF output power plus the reversed RF power. This complex sig nal is then compared with a set value that represents the desired output power level. The signal that represents the desired out put power is decreased when the reversed power is too high and thus the output power is also reduced. The output from the comparator in the power control loop is connected to a buffer stage. The buffer stage acts as a variable resistor and changes the DC supply voltage to the t r ansist or in the RF driver.

The desired RF output is set in two levels, low = 2 W and high = 20 W. With a logical control signal, power red, the CPU board can select eit her high or low output power. As soon as the transmitter is switched on and the fr equency generator is locked, the power control loop is active. Wit h t he logical signal, one of two DC values is connected to a buffer stag e. From the output of the buffer stage the signal is connected to the SWR comparator as a reference value. In the "desired output power" voltage chain there is also a temperature depending r esist or implemented. The output power is reduced when the temperature is higher then appr oximately 60° centigrade. At 90° the output is reduced by 10 dB to approximately 2 Watts.

The transmitter is supplied with DC as soon as the radio unit is switched on. The transmit ter is set in transmi ssion mode by the TX ON signal from the CPU board. The TX ON signal ac tivates the RF power control loop.

RF Out

Ref

Power Indication

Power control

965044.DOC

Power adjust

FIG G: Power control and SW R circuits, principal di agram

Temp sense

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

13 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Antenna switch

The antenna switch is only implemented in simplex versions of the F800 radio board. The antenna switch is an electrical switch implemented with diodes and one transistor. The switch is followed by a LP filter at the antenna out put . At the RX input there is a matched LC filter with one capacitance diode and one pin diode. In t he TX path there is a pin diode acting as a switch. As soon as the transmitter is act ivated the t r ansistor starts feeding a curr ent t hr ough the diodes and thus the TX RF path is opened and the impedance of the filt er on the RX input is changed. To protect the RX front end the tunnel diode is also connected to the front end input to ground when the transmitter is active. To insure that the antenna switch has changed f rom receive mode to transmit mode before the TX signal is connected to the antenna there is a short delay, 1 mS, in the power control loop. The antenna switch is controlled by the RX/TX signal from t he CPU board.

12VSW

10VT

965044.DOC

From TX

To RX

Filter

Fig H: Antenna switch

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

14 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Receiver

The receiver is a double super heterodyne with 1st IF at 21,4 MHz (F804 and F805) or 10,7 MHz (F802) and the 2nd IF at 455 kHz. The 1st local oscillator sig nal is obt ained from the frequency generator. The 2nd local oscillator signal is generated by a crystal oscillator in the IF circuits. T he front end is varactor tuned.

Front End and 1st IF

The signal from the ant enna switch is connected to the front end of the receiver. The front end consists of one am plifier stage and four or five band pass filters. The number of filters depends on the frequency band. The BP filter chain is t uned by capacitance diodes in each filter. The tuning voltage is obtained from the CPU boar d via a buffer stage on the radio board. The tuning is done in 16 steps, each step with a specific DC level connected to the capacitance diodes. Each tuning step will give the f r ont end filters a band width of 3,2 MHz. In fact t he 16 different tuning st eps ar e not equal in size, the most narrow is approximately 1,7 MHz and the step with the highest band width is approximately 3,7 MHz. The gain in the front end is approximately 10 - 15 dB and the output is also limited.

RF In

RF Tuning Voltage

Fig I: RF front end F802/4

After the fr ont end t he RF signal is connected to the 1st mixer. In the mixer the RF signal is mixed with the 1st local oscillator signal from the VCO. To achieve faster locking of the frequency generator, the frequency range ( 50 MHz ) of the VCO is divided into four sub bands, each sub band approximately 10 - 15 MHz. To further speed up the scanning procedure only two VCO sub band are used as a local oscillator in the receiver. The local oscillator signal is below a certain frequency which is lower then the RF signal. For RF signals higher then a certain frequency the local oscillator signal is higher then the RF signal. The following example is valid for F804:

965044.DOC

RF sig nal > 154, 6 MHz the local oscillator is RF signal - 21,4 MHz RF sig nal < 154, 6 MHz the local oscillator is RF signal + 21,4 MHz

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

15 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

The same principal also applies to the other frequency bands but with different break frequencies and also for F802 different 1st IF frequency.

After the 1st mixer the sig nal, 1st IF, is connected to impedance matching amplifier stage before the signal is passed through a crystal filter tuned for the 1st IF. After the crystal filter, a pure 1st I F is obtained that is connected to an impedance matching buffer stage. The buffer stage is followed by an amplifier stage with a tuned f ilt er in the collector path. The filt er is t hen tuned for the 1st IF. T he 1st I F signal, 21,4 MHz, is then connected to the 2nd IF circuit.

2nd IF and demodulator

The 2nd IF is implemented in two integrat ed circuits with the following functions:

#" 2nd local oscillator #" 2nd mixer #" 2nd IF amplifier #" RX limiter #" Demodulator #" Sig nal strength indicator

There are a small number of exter nal com ponent s in the 2nd IF. The major external components are the detector coil, t he 2nd LO cr ysta l and a 455 kHz crystal filter. All major IF functions are found in two integrated circuits, cont aining the 2nd oscillator and 2nd mixer. The other IC contains an amplifier for the 2nd IF, lim it er and the demodulator. The second IF circuit also contains an RSSI output. The signal corresponds to the signal streng t h r eceived in the 2nd I F. The IF circuits have internal temperature compensation. The 2nd IF circuit has two audio outputs, one muted and one unmuted. The unmuted output is not used in F800. The sensitivity of the 2nd IF circuit is high. Typical sensitivity is > -110 dBm !

21,855 MHz

Detector Coil

Osc

965044.DOC

From 1st

Mixer

21,4 MHz

2nd Mixer & 2nd LO

part of IC

455 kHz

Dedector, Limiter & RSSI

part of IC

RSSI

Fig J: Blockdiagram IF circuits

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

16 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

Squelch and AF circuits

The AF data signal from the 2:nd IF is connected to the CPU board and the option board as well as to the squelch and AF filter circuit s on t he radio board. The AF data signal has a straight frequency response from 0 - 3000 Hz. The AF data signal is also passed through an amplifier st age acting as a band pass filter. T he filtered signal is called AUDIO and has a straight f r equency response from 300 Hz to 3000 Hz.

To the input of the squelch cir c uit the AF data signal is connected. The actual squelch function consists of one active high pass filter, a noise amplifier , a limiter and finally a comparator. The high pass filter designed to allow frequencies higher then 8 kHz to pass. After the HP filter there is a noise amplifier followed by a limiter. The limited AF signal is rectified and then connected t o one of the inputs of the comparat or . The other comparator input is connected to a r eference value. The comparator output as in high state when there is noise present at the input ( no car r ier ) . The squelch threshold level is set by altering the amplification in t he noise am plifier. The threshold level must be set to 20 dB SINAD.

The SQ hysteresis is in some way dynamic, depending on the input noise level etc. The hysteresis is set by a fixed resistor in the limit ing amplifier stage. Nor m ally the hysteresis is 0,5 - 4 dB. The lower hysteresis level is present when the received carrier is high ( = low noise level in the squelch circuit when carrier is present ). When the received carrier has a lower level, close to the squelch threshold level, the hysteresis is larger.

From Detector

HP filter

8 kHz

Noise Amplifier

Limiter

SQ out

Fig K: IF circuits, block diagram.

965044.DOC

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

17 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

DC power supply

All external DC power is connected through the DC circuits on t he radio board. The CPU board controls the DC power distribution on the radio board. The incoming DC is filtered and fused. There is also a transient protection on the DC input.

On the radio board the following voltages ar e used: 12V Supplied to the CPU board and to the TX power amplifier. 12V is present as long

as the radio unit is connected to the DC power source. 12VSW Switched 12V fr om a transistor switch controlled by the on signal from the

CPU board. The voltage is fused by a 4 A f use. 10V Switched 10V delivered from a regulator on t he r adio boar d. The voltage is used

in the frequency generator . The regulator is supplied with 12VSW. 10VR Switched 10V delivered from a regulator on t he r adio board. The voltage is used

in the receiver. The regulator is supplied with 12VSW. 10VT Switched 10V delivered from a regulator on the radio board. The voltage is used

in the transmitter. T he r e gulator is supplied with 12VSW. 5V Switched 5 V delivered from a regulator on t he r adio boar d. The voltage is used as

DC supply for the PLL circuit in the f requency generator. The regulator is supplied with 12VSW.

965044.DOC

Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

F800 CIRCUIT DESCRIPTION

Nr -

No.

18 (25)

KL/ECS/S/LT Magnus Lindahl ECS/S/LT-96:5044

Dokansv/Godk -

Doc respons/Approved

Kontr -

Datum -

Checked

Date

Rev File

KI/ECS/S/LTC 1996-06-06 A

10A

To CPU board

EMI Filter

To RF power

amplifier.

CPU board

TX On

Fig L: DC power supply, radio board

10V

10VR

10VT

To frequency

generator

To receiver

and RX synt.

To transmitter

and TX synt.

To PLL circuit

in frequency

generator.

965044.DOC

Ericsson Base Station F800 Field Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Operating Instructions F800

The F800 base station is normally not operated locally other than for maintenance and service by a radio technician.

The back plane of F800 is equipped with tree LED (Light Emitting Diodes) to indicate the following states:

See fig 1.

F800 Personality Programming

Contents

Introduction

What do I need?

How to install the software

Electrical connections

How to set up your PROM programmer equipment

What can be programmed?

How to use the program