Nokia 3105 Service manual

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Customer Care Solutions

Technical Documentation

SERVICE MANUAL

[NMP Part No. 0275886]

Model 3105

(RH-48 Series) Cellular Phones

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Customer Care Solutions

Technical Documentation

Amendment Record Sheet

Amendment No Date Inserted By Comments

11/2003 J Fraser Issue 1

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Customer Care Solutions

Technical Documentation

RH-48 (3105) Cellular Phones

Service Manual – Overall Manual Contents

Service Manual comprising RH-48 Series Transceiver booklet comprising

Foreword General Parts Service Software Instructions Service Tools Disassembly/Assembly Troubleshooting - Antennas Troubleshooting - Baseband Troubleshooting - RF System Module Schematics

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This document is intended for use by qualified service personnel only.

Company Policy

Our policy is of continuous development; details of all technical modifications will be included with service bulletins.

While every endeavour has been made to ensure the accuracy of this document, some errors may exist. If any errors are found by the reader, NOKIA Corporation should be notified in writing.

Please state:

Customer Care Solutions

Technical Documentation

IMPORTANT

Title of the Document + Issue Number/Date of publication Latest Amendment Number (if applicable) Page(s) and/or Figure(s) in error

Please send to: Nokia Corporation

CCS Technical Documentation PO Box 86 FIN-24101 SALO Finland

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Customer Care Solutions

Technical Documentation

Warnings and Cautions

Please refer to the phone's user guide for instructions relating to operation, care and maintenance including important safety information. Note also the following:

Warnings:

1. CARE MUST BE TAKEN ON INSTALLATION IN VEHICLES FITTED WITH ELECTRONIC ENGINE MANAGEMENT SYSTEMS AND ANTI-SKID BRAKING SYSTEMS. UNDER CERTAIN FAULT CONDITIONS, EMITTED RF ENERGY CAN AFFECT THEIR OPERATION. IF NECESSARY, CONSULT THE VEHICLE DEALER/ MANUFACTURER TO DETERMINE THE IMMUNITY OF VEHICLE ELECTRONIC SYSTEMS TO RF ENERGY.

2. THE HANDPORTABLE TELEPHONE MUST NOT BE OPERATED IN AREAS LIKELY TO CONTAIN POTENTIALLY EXPLOSIVE ATMOSPHERES EG PETROL STATIONS (SERVICE STATIONS), BLASTING AREAS ETC.

3. OPERATION OF ANY RADIO TRANSMITTING EQUIPMENT, INCLUDING

Cautions:

1. Servicing and alignment must be undertaken by qualified personnel only.

2. Ensure all work is carried out at an anti-static workstation and that an

3. Ensure solder, wire, or foreign matter does not enter the telephone as

4. Use only approved components as specified in the parts list.

5. Ensure all components, modules screws and insulators are correctly

CELLULAR TELEPHONES, MAY INTERFERE WITH THE FUNCTIONALITY OF INADEQUATELY PROTECTED MEDICAL DEVICES. CONSULT A PHYSICIAN OR THE MANUFACTURER OF THE MEDICAL DEVICE IF YOU HAVE ANY QUESTIONS. OTHER ELECTRONIC EQUIPMENT MAY ALSO BE SUBJECT TO INTERFERENCE.

anti-static wrist strap is worn.

damage may result.

re-fitted after servicing and alignment. Ensure all cables and wires are repositioned correctly.

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CCS Technical Documentation

RH-48 Series Transceivers

General Information

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RH-48

General Information CCS Technical Documentation

Page No

Handportables ................................................................................................................ 3

Module List ..................................................................................................................4

Technical Specifications ..............................................................................................4

General Specifications of Transceiver RH-48 .......................................................... 4

Supported Accessories .............................................................................................. 5

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RH-48

CCS Technical Documentation General Information

Handportables

The RH-48 (Nokia 3105) is an 800 MHz CDMA DCT4 transceiver. It supports the CDMA IS-95 and IS-2000.

Features include a 4,096 color display (128 x 128), an internal antenna, internal vibra, and MIDI polyphonic ring tones.

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RH-48

General Information CCS Technical Documentation

Module List

RH-48 (Nokia 3105)

A-cover 9491706

Keymat 9791124

Screws 6290119

LCD assembly 9498012

PWB module 0202159

B-Cover assembly 9491626

Domesheet frame assembly 9481160

Battery (BL-5C) 0670400

C-Cover, graphite 9453387

Technical Specifications

General Specifications of Transceiver RH-48

Parameter Unit

Cellular system CDMA, IS2000

RX frequency band 869.04 ... 893.91 MHz

TX frequency band 824.04 ... 848.97 MHz

Output power 23 dBm

Duplex spacing 45 MHz

Number of RF channels 832

Channel spacing 30 kHz

Power levels -50 to +25.3 dBm CDMA

Method of frequency synthesis Three digital phase locked loops:

VHF RX 367.2 MHz VHF TX 457.2 MHz UHF 1052.61 - 1077.57 MHz

Frequency control 19.2 MHz VCTCXO: AFC used

Receiver type Linear, one IF for CDMA

Modulator type OQPSK

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RH-48

CCS Technical Documentation General Information

Supported Accessories

Type Name Code

ACP-7 ACP-7C ACP-7E ACP-7U

ACP-12 ACP-12A ACP-12E ACP-12U

BHF-1 Headrest handsfree 0273278

BL-5C Standard 850 mAh li-ion battery

CK-8 Car installation kit (US) 0080932

CARK126 Car kit (for APAC) 0082105

DCV-14 Desk stand with 1-button sync 0082105

DKU-5 USB data cable 0080835

HDA-10 TTY adapter (US) 0274156

HDB-4 Boom headset 0273504

HS-1C Camera headset (US) 0086080

AC travel charger 0675148

0675212 0675144 0675143

Rapid performance charge

(for India and Vietnam)

(China label)

0675300 0675297 0675294 0675303

0670398 (0670397)

HS-2R FM stereo headset (US) 0274047

HS-5 Standard earbud headset 0274086

HS-10 Retractable headset 0274162

LCH-12 Mobile charger 0675328

LPS-4 Loopset 0273270

MBC-15S Mobile holder 0273724

PT-3 Fun camera (US) 0080829

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RH-48

General Information CCS Technical Documentation

Parameter Mode Value and unit

Talk time IS-95 up to 4.0 hours

Talk time IS-2000 up to 3.5 hours

Standby time (Slot cycle 2) IS-95 up to 15 days

Standby time (Slot cycle 2) IS-2000 up to 20 days

Dimensions: length width thickness

Weight 86 g

75 cc 102 mm 43 mm 16-22 mm

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CCS Technical Documentation

RH-48 Series Transceivers

Parts Lists

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RH-48

Parts Lists CCS Technical Documentation

Page No

Exploded View............................................................................................................... 3

Assembly Parts of Basic Transceiver RH-48 ..............................................................3

Component Layout — Top .........................................................................................5

Component Layout — Bottom ....................................................................................6

Component Values — Top ..........................................................................................7

Component Values — Bottom .....................................................................................8

Parts List ........................................................................................................................ 9

RH-48 (3105) — EDMS Issue 10.0 Code: 0202161 ...................................................9

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RH-48

CCS Technical Documentation Parts Lists

Exploded View

C-Cover

PWB

LCD Module Assembly

A-Cover Assembly

Screws (x6)

Keypad Assembly

Assembly Parts of Basic Transceiver RH-48

Qty Code Description

9491707 9491706 9491708 9491713

A-Cover Assembly

Graphite DMC06987 Light Grey DMC06987 Bright Blue DMC06987 Fun Fuchsia DMC06987

Battery

B-Cover (with Antenna and Shield Assembly)

Dome Sheet Frame Assembly

9791124 9791427 9791132 9791130 9791125

6 6290119 Screws 1.8X6 RF T6+BLK DMD06930

1 9498012 LCD Module Assembly DMC06922

1 0202161 PWB

1 9481160 Dome Sheet Frame Assembly

1 9491626 B-Cover Assembly (with Antenna and Shield

Keypad Assembly

Latin DMC06505 Thai DMC07962 Hindi DMC06513 Stroke DMC06511 BOPOMOFO DMC06506

Assembly) DMC06814 Dark Grey

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RH-48

Parts Lists CCS Technical Documentation

Qty Code Description

1 0670400 Battery (BL-5C)

9459321 9459316 9459317 9459460

1 9453375 C-Cover rel button DMD10535 Dark Grey

1 9510935 C-Cover rel spring DMD08481

1 9453340 B-Cover DMD11183 Blank

1 5140265 Mic Mod+Holder Tomahawk -42+-3DB

1 5400243 Conn DC-Jack 3.5mm 3POL SPR 90DEG

1 6800057 Vibra 1.3V 80MA

1 9453374 Power Button DMD10533 Dark Grey

1 9497263 D-Cover Assy DMC05545 HDDA2

1 0660303 Antenna Int. Ant. Assy

1 9517369 Shielding Assy DMC07076

1 9560199 SIM flap DMD08487

1 9481194 Conductive sticker

C-Cover

Graphite DMC07013 Light Grey DMC07013 Brt Blue DMC07013 Fuchsia DMC07013

1 9381480 RUIM sticker (Australia only)

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RH-48

CCS Technical Documentation Parts Lists

Component Layout — Top

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RH-48

Parts Lists CCS Technical Documentation

Component Layout — Bottom

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RH-48

CCS Technical Documentation Parts Lists

Component Values — Top

Page 19

RH-48

Parts Lists CCS Technical Documentation

Component Values — Bottom

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RH-48

CCS Technical Documentation Parts Lists

Parts List

RH-48 (3105) — EDMS Issue 10.0 Code: 0202161

Item Code Side X Y Description Value Type

R100 1620027 Bottom R 7 res network 0W06 2X47R J 0404

R101 1620027 Bottom R 8 res network 0W06 2X47R J 0404

R102 1620027 Bottom R 8 res network 0W06 2X47R J 0404

R103 4120011 Bottom R 7 ZDIX4 IP4043CX5 CA 14V2 10W CSP5

R104 1430812 Bottom R 7 chip res 0W06 220K J 0402

R105 1825031 Top T 9 varistor array 2XVWM16V VC50 0405

R106 1820039 Bottom Q 6 NTC res 0W1 47K J B=4050+-3% 0402

R107 1430804 Bottom Q 6 chip res 0W06 100K J 0402

R109 1430804 Bottom R 8 chip res 0W06 100K J 0402

R110 1825031 Top T 9 varistor array 2XVWM16V VC50 0405

R150 1620031 Top T 8 res network 0W06 2X1K0 J 0404

R151 1620031 Bottom O 8 res network 0W06 2X1K0 J 0404

R152 1620031 Top T 8 res network 0W06 2X1K0 J 0404

R154 1430744 Bottom N 8 chip res 0W06 470R J 0402

R155 1430796 Bottom O 8 chip res 0W06 47K J 0402

R156 1430191 Bottom O 7 chip res 0W06 180K 200PPM 0402

R157 1430772 Bottom O 7 chip res 0W06 5K6 J 0402

R167 1430693 Bottom N 8 chip res 0W06 5R6 J 0402

R168 1430693 Bottom N 8 chip res 0W06 5R6 J 0402

R170 1620031 Bottom Q 6 res network 0W06 2X1K0 J 0404

R171 1620031 Bottom Q 6 res network 0W06 2X1K0 J 0404

R172 1620031 Bottom O 8 res network 0W06 2X1K0 J 0404

R173 1430796 Bottom O 8 chip res 0W06 47K J 0402

R177 1430693 Bottom B 6 chip res 0W06 5R6 J 0402

R178 1430693 Bottom A 6 chip res 0W06 5R6 J 0402

R179 1825031 Bottom B 6 varistor array 2XVWM16V VC50 0405

R200 1419003 Bottom L 7 chip res 0W5 OR22 J 200PPM 1210

R202 1620067 Bottom M 10 res network 0W06 4X100K J 0804

R206 1620029 Bottom M 10 res network 0W06 2X4K7 J 0404

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RH-48

Parts Lists CCS Technical Documentation

Item Code Side X Y Description Value Type

R270 1430690 Bottom Q 5 chip res jumper 0R0 0402

R271 1430690 Bottom Q 5 chip res jumper 0R0 0402

R275 1430690 Bottom Q 5 chip res jumper 0R0 0402

R277 1430690 Bottom Q 5 chip res jumper 0R0 0402

R300 1430915 Bottom O 9 chip res 0W06 1K3 F 250PPM 0402

R301 1430722 Bottom P 6 chip res 0W06 68R J 0402

R302 1430121 Bottom O 9 chip res 0W06 22K F 200PPM 0402

R303 1430722 Bottom O 6 chip res 0W06 68R J 0402

R306 1430770 Bottom B 7 chip res 0W06 4K7 J 0402

R308 1430722 Bottom F 8 chip res 0W06 68R J 0402

R309 1430734 Bottom F 8 chip res 0W06 220R J 0402

R310 1430734 Bottom F 8 chip res 0W06 220R J 0402

R315 1430714 Bottom O 6 chip res 0W06 33R J 0402

R316 1430722 Bottom P 6 chip res 0W06 68R J 0402

R317 4120011 Bottom R 9 ZDIX4 IP4043CX5 CA 14V2 10W CSP5

R321 1430764 Bottom P 6 chip res 0W06 3K3 j 0402

R388 4120071 Bottom R 8 ASIP EMIF03-SIM01 Sim Filter BGA8

R427 1430764 Bottom M 6 chip res 0W06 3K3 J 0402

R433 1430764 Bottom L 6 chip res 0W06 3K3 J 0402

R435 1430764 Bottom K 4 chip res 0W06 3K3 J 0402

R450 1430770 Bottom N 6 chip res 0W06 4K7 J 0402

R502 1430700 Bottom H 5 chip res 0W06 10R J 0402

R504 1430718 Bottom K 5 chip res 0W06 47R J 0402

R508 1430770 Bottom H 4 chip res 0W06 4K7 J 0402

R509 1430770 Bottom H 4 chip res 0W06 4K7 J 0402

R512 1430772 Bottom H 4 chip res 0W06 5K6 J 0402

R516 1430700 Bottom J 5 chip res 0W06 10R J 0402

R517 1430778 Bottom J 5 chip res 0W06 10K J 0402

R602 1430726 Bottom H 6 chip res 0W06 100R J 0402

R603 1430726 Bottom M 7 chip res 0W06 100R J 0402

R605 1430726 Bottom L 6 chip res 0W06 100R J 0402

R606 1430693 Bottom G 5 chip res 0W06 5R6 J 0402

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RH-48

CCS Technical Documentation Parts Lists

Item Code Side X Y Description Value Type

R607 1430681 Bottom G 6 chip res 0W06 4R3 J 0402

R608 1430681 Bottom E 5 chip res 0W06 4R3 J 0402

R609 1430693 Bottom G 5 chip res 0W06 5R6 J 0402

R614 1430700 Bottom G 5 chip res 0W06 10R J 0402

R616 1430758 Bottom F 7 chip res 0W06 1K5 J 0402

R617 1430681 Bottom G 6 chip res 0W06 4R3 J 0402

R618 1430700 Bottom H 7 chip res 0W06 10R J 0402

R620 1430700 Bottom G 6 chip res 0W06 10R J 0402

R624 1430762 Bottom G 4 chip res 0W06 2K2 J 0402

R626 1430772 Bottom G 5 chip res 0W06 5K6 J 0402

R629 1430693 Bottom G 6 chip res 0W06 5R6 J 0402

R630 1430772 Bottom G 4 chip res 0W06 5K6 J 0402

R631 1430772 Bottom G 4 chip res 0W06 5K6 J 0402

R632 1430691 Bottom E 7 chip res 0W06 2R2 J 0402

R633 1430681 Bottom E 5 chip res 0W06 4R3 J 0402

R701 1430700 Bottom J 9 chip res 0W06 10R J 0402

R702 1430754 Bottom H 8 chip res 0W06 1K0 J 0402

R703 1430700 Bottom I 10 chip res 0W06 10R J 0402

R706 1430806 Bottom I 8 chip res 0W06 120K J 0402

R715 1430700 Bottom J 9 chip res 0W06 10R J 0402

R718 1430772 Bottom I 10 chip res 0W06 15K6 J 0402

R720 1430764 Bottom I 10 chip res 0W06 3K3 J 0402

R721 1430746 Bottom J 8 chip res 0W06 560R J 0402

R814 1430832 Bottom D 9 chip res 0W06 2K7 J 0402

R821 1820039 Bottom D 9 NTC res 0W1 47K J B=4050+-3% 0402

R902 1430796 Bottom C 7 chip res 0W06 47K J 0402

R905 1430724 Bottom C 5 chip res 0W06 82R J 0402

R910 1430693 Bottom D 6 chip res 0W06 5R6 J 0402

R911 1430708 Bottom C 5 chip res 0W06 18R J 0402

R912 1430738 Bottom D 5 chip res 0W06 270R J 0402

R913 1430738 Bottom C 5 chip res 0W06 270R J 0402

R914 1430690 Bottom C 5 chip res jumper 0R0 0402

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RH-48

Parts Lists CCS Technical Documentation

Item Code Side X Y Description Value Type

C100 2320552 Bottom F 9 chip cap NP0 47P J 50V 0402

C101 2320481 Bottom Q 6 chip cap X5R 1U K 6V3 0603

C102 2320481 Bottom Q 6 chip cap X5R 1U K 6V3 0603

C103 2320544 Bottom R 8 chip cap NP0 22P J 50V 0402

C104 2320544 Bottom R 8 chip cap NP0 22P J 50V 0402

C105 2320544 Bottom R 7 chip cap NP0 22P J 50V 0402

C106 2320584 Top T 7 chip cap X7R 1N0 J 50V 0402

C111 2320110 Bottom F 9 chip cap X7R 10N K 50V 0603

C113 2320778 Bottom Q 6 chip cap X7R 10N K 16V 0402

C115 2320552 Bottom F 9 chip cap NP0 47P J 50V 0402

C151 2320805 Bottom O 8 chip cap X5R 100N K 10V 0402

C152 2320550 Bottom O 8 chip cap NP0 39P J 50V 0402

C153 2320552 Top T 8 chip cap NP0 47P J 50V 0402

C154 2320805 Bottom O 8 chip cap X5R 100N K 10V 0402

C155 2321007 Bottom O 7 cer cap X7R 22N K 16V 0402

C156 2320550 Bottom N 8 chip cap NP0 39P J 50V 0402

C164 2320592 Bottom O 7 chip cap X7R 2N2 J 50V 0402

C166 2321007 Bottom O 7 cer cap X7R 22N K 16V 0402

C167 2320481 Bottom O 7 chip cap X5R 1U K 6V3 0603

C169 2320805 Bottom O 8 chip cap X5R 100N K 10V 0402

C171 2320552 Bottom Q 6 chip cap NP0 47P J 50V 0402

C172 2320805 Bottom O 8 chip cap X5R 100N K 10V 0402

C174 2320805 Bottom O 7 chip cap X5R 100N K 10V 0402

C175 2320481 Bottom N 7 chip cap X5R 1U K 6V3 0603

C177 2320544 Bottom O 7 chip cap NP0 22P J 50V 0402

C178 2320550 Bottom N 8 chip cap NP0 39P J 50V 0402

C179 2320550 Bottom N 8 chip cap NP0 39P J 50V 0402

C180 2320805 Bottom R 6 chip cap X5R 100N K 10V 0402

C181 2320805 Top T 8 chip cap X5R 100N K 10V 0402

C201 2320481 Bottom L 6 chip cap X5R 1U K 6V3 0603

C202 2320778 Bottom K 7 chip cap X7R 10N K 16V 0402

C203 2320481 Bottom N 10 chip cap X5R 1U K 6V3 0603

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RH-48

CCS Technical Documentation Parts Lists

Item Code Side X Y Description Value Type

C204 2320481 Bottom L 6 chip cap X5R 1U K 6V3 0603

C205 2320481 Bottom L 6 chip cap X5R 1U K 6V3 0603

C206 2320481 Bottom M 7 chip cap X5R 1U K 6V3 0603

C207 2320481 Bottom M 10 chip cap X5R 1U K 6V3 0603

C208 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C212 2320481 Bottom M 6 chip cap X5R 1U K 6V3 0603

C213 2320481 Bottom M 6 chip cap X5R 1U K 6V3 0603

C214 2320481 Bottom N 7 chip cap X5R 1U K 6V3 0603

C215 2320481 Bottom N 8 chip cap X5R 1U K 6V3 0603

C218 2320805 Bottom L 10 chip cap X5R 100N K 10V 0402

C219 2320481 Bottom K 7 chip cap X5R 1U K 6V3 0603

C220 2320778 Bottom M 10 chip cap X7R 10N K 16V 0402

C221 2320481 Bottom K 7 chip cap X5R 1U K 6V3 0603

C222 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C223 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C224 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C225 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C226 2320481 Bottom K 9 chip cap X5R 1U K 6V3 0603

C227 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C228 2320481 Bottom K 9 chip cap X5R 1U K 6V3 0603

C229 2320481 Bottom K 9 chip cap X5R 1U K 6V3 0603

C230 2320805 Bottom K 8 chip cap X5R 100N K 10V 0402

C231 2320481 Bottom K 9 chip cap X5R 1U K 6V3 0603

C232 2320481 Bottom K 8 chip cap X5R 1U K 6V3 0603

C233 2320481 Bottom K 7 chip cap X5R 1U K 6V3 0603

C234 2320481 Bottom K 9 chip cap X5R 1U K 6V3 0603

C235 2320481 Bottom N 6 chip cap X5R 1U K 6V3 0603

C236 2320805 Bottom K 9 chip cap X5R 100N K 10V 0402

C237 2320805 Bottom K 9 chip cap X5R 100N K 10V 0402

C238 2320143 Bottom L 7 chip cap X5R 220N K 6.3V 0402

C239 2320805 Bottom L 10 chip cap X5R 100N K 10V 0402

C240 2320778 Bottom M 10 chip cap X7R 10N K 16V 0402

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RH-48

Parts Lists CCS Technical Documentation

Item Code Side X Y Description Value Type

C241 2320778 Bottom L 10 chip cap X7R 10N K 16V 0402

C243 2320481 Bottom N 9 chip cap X5R 1U K 6V3 0603

C260 2310037 Bottom K 7 chip cap X5R 10U M 6V3 0805

C270 2320505 Bottom Q 5 chip cap X5R 4U7 K 6.3V 0603

C271 2320505 Bottom Q 4 chip cap X5R 4U7 K 6.3V 0603

C273 2320805 Bottom Q 5 chip cap X5R 100N K 10V 0402

C274 2320505 Bottom Q 5 chip cap X5R 4U7 K 6.3V 0603

C275 2320505 Bottom R 4 chip cap X5R 4U7 K 6.3V 0603

C300 2320805 Top B 7 chip cap X5R 100N K 10V 0402

C301 2320805 Top C 7 chip cap X5R 100N K 10V 0402

C303 2320805 Bottom O 8 chip cap X5R 100N K 10V 0402

C304 2312411 Bottom N 10 chip cap X5R 1U0 M 25V 1206

C306 2320552 Top A 7 chip cap NP0 47P J 50V 0402

C309 2320552 Top C 7 chip cap NP0 47P J 50V 0402

C310 2320778 Bottom B 6 chip cap X7R 10N K 16V 0402

C316 2320481 Bottom O 9 chip cap X5R 1U K 6V3 0603

C400 2320805 Bottom M 3 chip cap X5R 100N K 10V 0402

C401 2320805 Bottom K 6 chip cap X5R 100N K 10V 0402

C402 2320805 Bottom M 6 chip cap X5R 100N K 10V 0402

C403 2320805 Bottom K 5 chip cap X5R 100N K 10V 0402

C404 2320805 Bottom N 3 chip cap X5R 100N K 10V 0402

C405 2320805 Bottom K 5 chip cap X5R 100N K 10V 0402

C422 2320778 Bottom M 6 chip cap X7R 10N K 16V 0402

C426 2320778 Bottom L 6 chip cap X7R 10N K 16V 0402

C428 2320778 Bottom K 4 chip cap X7R 10N K 16V 0402

C450 2320778 Bottom O 6 chip cap X7R 10N K 16V 0402

C451 2320805 Bottom P 5 chip cap X5R 100N K 10V 0402

C454 2320778 Bottom O 6 chip cap X7R 10N K 16V 0402

C505 2312243 Bottom I 5 chip cap X5R 4U7 K 6V3 0805

C506 2320548 Bottom I 5 chip cap NP0 33P J 50V 0402

C510 2320584 Bottom J 3 chip cap X7R 1N0 J 50V 0402

C511 2320584 Bottom H 4 chip cap X7R 1N0 J 50V 0402

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RH-48

CCS Technical Documentation Parts Lists

Item Code Side X Y Description Value Type

C516 2320588 Bottom H 4 chip cap X7R 1N5 J 50V 0402

C519 2320618 Bottom H 4 chip cap X7R 4N7 J 25V 0402

C520 2420029 Bottom H 5 chip cap PPS 39N G 16V 1206

C521 2320805 Bottom J 4 chip cap X5R 100N K 10V 0402

C522 2320584 Bottom J 4 chip cap X7R 1N0 J 50V 0402

C600 2320584 Bottom G 6 chip cap X7R 1N0 J 50V 0402

C601 2320596 Bottom F 7 chip cap X7R 3N3 J 50V 0402

C603 2320540 Bottom G 7 chip cap NP0 15P J 50V 0402

C605 2320584 Bottom G 6 chip cap X7R 1N0 J 50V 0402

C606 2320584 Bottom F 7 chip cap X7R 1N0 J 50V 0402

C611 2320584 Bottom E 5 chip cap X7R 1N0 J 50V 0402

C612 2320584 Bottom E 6 chip cap X7R 1N0 J 50V 0402

C614 2320520 Bottom F 5 chip cap NP0 2P2 C 50V 0402

C617 2320538 Bottom G 5 chip cap NP0 12P J50V 0402

C618 2320538 Bottom G 5 chip cap NP0 12P J50V 0402

C619 2320516 Bottom F 5 chip cap NP0 1P5 C 50V 0402

C623 2320520 Bottom F 5 chip cap NP0 2P2 C 50V 0402

C624 2320550 Bottom F 5 chip cap NP0 39P J 50V 0402

C630 2320544 Bottom E 7 chip cap NP0 22P J 50V 0402

C633 2320584 Bottom G 6 chip cap X7R 1N0 J 50V 0402

C635 2320584 Bottom G 6 chip cap X7R 1N0 J 50V 0402

C636 2320805 Bottom G 5 chip cap X5R 100N K 10V 0402

C638 2320584 Bottom G 5 chip cap X7R 1N0 J 50V 0402

C641 2320621 Bottom F 7 chip cap NP0 0P5 C 50V 0402

C643 2320584 Bottom F 7 chip cap X7R 1N0 J 50V 0402

C644 2320560 Bottom G 6 chip cap NP0 100P J 50V 0402

C646 2320592 Bottom G 4 chip cap X7R 2N2 J 50V 0402

C647 2320592 Bottom F 5 chip cap X7R 2N2 J 50V 0402

C648 2320771 Bottom G 5 chip cap X5R 27N K 10V 0402

C650 2320778 Bottom H 5 chip cap X7R 10N K 16V 0402

C651 2320805 Bottom H 6 chip cap X5R 100N K 10V 0402

C652 2320778 Bottom G 5 chip cap X7R 10N K 16V 0402

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RH-48

Parts Lists CCS Technical Documentation

Item Code Side X Y Description Value Type

C654 2320805 Bottom G 5 chip cap X5R 100N K 10V 0402

C655 2312243 Bottom E 5 chip cap X5R 4U7 K 6V3 0805

C656 2320552 Bottom F 5 chip cap NP0 47P J 50V 0402

C658 2320584 Bottom G 6 chip cap X7R 1N0 J 50V 0402

C659 2320560 Bottom G 7 chip cap NP0 100P J 50V 0402

C663 2320481 Bottom E 6 chip cap X5R 1U K 6V3 0603

C702 2320552 Bottom J 8 chip cap NP0 47P J 50V 0402

C703 2320778 Bottom I 8 chip cap X7R 10N K 16V 0402

C704 2320778 Bottom I 9 chip cap X7R 10N K 16V 0402

C706 2320584 Bottom J 10 chip cap X7R 1N0 J 50V 0402

C707 2320552 Bottom J 8 chip cap NP0 47P J 50V 0402

C710 2320805 Bottom H 9 chip cap X5R 100N K 10V 0402

C711 2320538 Bottom H 9 chip cap NP0 12P J50V 0402

C712 2320584 Bottom J 9 chip cap X7R 1N0 J 50V 0402

C713 2320620 Bottom J 10 chip cap X7R 10N J 16V 0402

C720 2320805 Bottom J 9 chip cap X5R 100N K 10V 0402

C725 2320805 Bottom I 8 chip cap X5R 100N K 10V 0402

C728 2320760 Bottom I 9 chip cap X7R 4N7 K 25V 0402

C730 2320805 Bottom I 9 chip cap X5R 100N K 10V 0402

C731 2320805 Bottom I 8 chip cap X5R 100N K 10V 0402

C734 2320805 Bottom H 9 chip cap X5R 100N K 10V 0402

C735 2320584 Bottom H 8 chip cap X7R 1N0 J 50V 0402

C736 2320584 Bottom H 8 chip cap X7R 1N0 J 50V 0402

C742 2320805 Bottom I 8 chip cap X5R 100N K 10V 0402

C744 2320620 Bottom J 9 chip cap X7R 10N J 16V 0402

C754 2320009 Bottom I 9 chip cap NP0 10P J 50V 0402

C756 2320787 Bottom I 9 chip cap X7R 15N K 16V 0402

C757 2320805 Bottom H 10 chip cap X5R 100N K 10V 0402

C802 2320564 Bottom E 9 chip cap NP0 150P J 50V 0402

C803 2320805 Bottom E 5 chip cap X5R 100N K 10V 0402

C805 2310037 Bottom C 9 chip cap X5R 10U M 6V3 0805

C806 2312255 Bottom E 10 chip cap X5R 10U K 10V 1206

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CCS Technical Documentation Parts Lists

Item Code Side X Y Description Value Type

C807 2320783 Bottom E 5 chip cap X7R 33N K 10V 0402

C808 2312255 Bottom E 9 chip cap X5R 10U K 10V 1206

C810 2320778 Bottom D 9 chip cap X7R 10N K 16V 0402

C811 2320508 Bottom D 9 chip cap NP0 1P0 C 50V 0402

C813 2320576 Bottom E 8 chip cap X7R 470P J 50V 0402

C814 2320584 Bottom D 8 chip cap X7R 1N0 J 50V 0402

C816 2320778 Bottom E 8 chip cap X7R 10N K 16V 0402

C901 2320554 Bottom D 5 chip cap NP0 56P J 50V 0402

C903 2320518 Bottom D 7 chip cap NP0 1P8 C 50V 0402

C906 2320560 Bottom D 6 chip cap NP0 100P J 50V 0402

C907 2320524 Bottom D 6 chip cap NP0 3P3 C 50V 0402

C909 2320560 Bottom C 7 chip cap NP0 100P J 50V 0402

C912 2320526 Bottom C 5 chip cap NP0 3P9 C 50V 0402

C913 2320596 Bottom C 5 chip cap X7R 3N3 J 50V 0402

C914 2320805 Bottom C 5 chip cap X5R 100N K 10V 0402

C917 2320546 Bottom C 6 chip cap NP0 27P J 50V 0402

C918 2320785 Bottom D 7 chip cap X7R 47N K 10V 0402

C919 2320584 Bottom C 5 chip cap X7R 1N0 J 50V 0402

L100 3203705 Top T 6 ferrite bead 0.015R 42R/100M 0805

L102 3203801 Top T 8 chip bead array 2X1000R 0405

L103 3203801 Top T 9 chip bead array 2X1000R 0405

L106 3203725 Top T 7 ferrite bead 600R/100MHz 0402

L107 3203741 Top T 7 ferrite bead 0R5 0R5 600R/100MHz 0603

L150 3203767 Bottom E 3 ferrite bead 240R/100M 0.4A 0R3 0402

L151 3203767 Bottom E 3 ferrite bead 240R/100M 0.4A 0R3 0402

L270 3203743 Bottom Q 5 ferrite bead 0R03 42R/100MHz 3A 0805

L271 Bottom Q 4 choke coil DC/DC 10UH 3.6X3.6X1.2

L300 3640119 Bottom N 9 choke 22U M 1R4 0.33A 3.3X3.3X1.5

L301 3203743 Bottom O 9 ferrite bead 0R03 42R/100MHz 3A 0805

L501 4550257 Bottom J 5 Dir Coupler 1066+-14MHz 3.2X1.6

L600 3645305 Bottom G 7 chip coil 12N G Q35/250MHz 0603

L601 3645305 Bottom G 7 chip coil 12N G Q35/250MHz 0603

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Parts Lists CCS Technical Documentation

Item Code Side X Y Description Value Type

L606 3646001 Bottom F 5 chip coil 3N3 +-0N3 Q7/100M 0402

L607 3646039 Bottom F 7 chip coil 5N6 +-0N3 Q7/100M 0402

L608 3646039 Bottom F 7 chip coil 5N6 +-0N3 Q7/100M 0402

L609 3646039 Bottom F 7 chip coil 5N6 +-0N3 Q7/100M 0402

L612 3646099 Bottom F 5 chip coil 2N7 +-0N3 Q29/800M 0402

L615 3646017 Bottom G 5 chip coil 12N J Q7/100MHz 0402

L616 3646017 Bottom G 5 chip coil 12N J Q7/100MHz 0402

L701 3645243 Bottom J 8 chip coil 47N J Q38/200MHz 0603

L702 3646027 Bottom I 6 chip coil 33N J Q7/100MHz 0402

L708 3645213 Bottom J 9 chip coil 22N J Q38/250MHz 0603

L800 3640133 Bottom D 10 chip coil 2U7 K Q21/1MHz 3.0X3.4

L802 Top B 5 chip coil 68N J Q8/100MHz 0402

L806 3646027 Bottom D 9 chip coil 33N J Q7/100MHz 0402

L901 3646017 Bottom C 7 chip coil 12N J Q7/100MHz 0402

L903 3645189 Bottom D 6 chip coil 100N J Q12/100MHz 0603

L906 3646415 Bottom C 7 chip coil 19N J Q24/250MHz 0402

L907 3646019 Bottom D 6 chip coil 15N J Q7/100MHz 0402

L908 3646237 Bottom C 6 chip coil 18N J Q7/100MHz 0402

L909 3645161 Bottom C 5 chip coil 150N J Q14/100MHz 0603

L910 3645011 Bottom D 5 chip coil 68NH J Q12/100MHz 3.0X3.4

V100 4113721 Top T 6 TVS Di 1PMT16AT3 16V 175W PWRMITE

V307 4860339 Top O 6 LED LWL88S

V308 4860339 Top O 8 LED LWL88S

V309 4860339 Top R 6 LED LWL88S

V312 4860339 Top R 8 LED LWL88S

V313 4860339 Top L 5 LED LWL88S

V314 4860339 Top L 8 LED LWL88S

V317 4219937 Bottom P 6 TRX2 UMT1/PUMT1 P40V100MA SOT363

V318 4219937 Bottom P 6 TRX2 UMT1/PUMT1 P40V100MA SOT363

V319 4219937 Bottom O 6 TRX2 UMT1/PUMT1 P40V100MA SOT363

V601 4110945 Bottom G 4 Cap DIX2 BBY57-05W 4P7/17P SOT323

V701 4110921 Bottom I 10 Cap DI BBY57-02W 1/4 16/4P SOD523

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CCS Technical Documentation Parts Lists

Item Code Side X Y Description Value Type

Z300 4120031 Bottom K 6 EMI/ESD Filt EMIF10- 1K010F1 BGA24

Z601 4511365 Bottom E 6 Saw Filt 836.5+-12.5M/ 3DB 2.5X2

Z701 4511387 Bottom I 7 Saw Filt 183.6+-0.63Mhz 7X5X1.3

Z802 4510329 Bottom D 8 Isolator 824-849MHz .65DB 5X5X2

Z803 4512179 Bottom B 8 Dupl 824-849/ 869-894MHz 5X5X1.8

Z901 4511379 Bottom D 6 Saw Filt 881.5+-12.5M/ 2.5 2X2.5

N100 4341421 Bottom Q 6 VREG 2.8V/150MA (LP3985) USMD5

N150 4341429 Bottom O 7 AF AMP 0.4W/2.6V (LM4890ITLX) USMD9

N271 4341609 Bottom P 6

N302 Bottom O 9 DC/DC Conv LM3500 / TK65600 USMD8

N601 4370941 Bottom F 6 Jedi TX RFIC

N700 4370937 Bottom I 9 Yoda DIG-V1 Metal Mod I.F IC 5X5

N800 4341487 Bottom D 9 Vreg Elec-Adj (CX20504) MLF16

N803 4350405 Bottom E 8 PW Amp CX77145 CDMA800 ORCA

N804 4219935 Bottom E 7 TRX2+4X10K PUMD3 N&P 50V SOT363

N805 4120091 Bottom C 9 ASIP STPAC01-F1 CDMA Pwr Det BGA8

N901 4370863 Bottom C 6 Alfred LNA/Mixer/ VQFN-24

G500 4510435 Bottom J 4 VCTCXO 19.2MHz 2.78V 2.2MA

G501 4350429 Bottom I 4 VCO 1051 - 1082MHz

2.78V 10MA

D200 4370825 Bottom M 8 UEMK W-DOG ENA TO21 TFBGA168

D400 4375017 Bottom M 5 UPP8M V3.01B2 F751542A UBGA144

D450 4341501 Bottom O 5 Combo 128M NOR + 8M SRAM TBGA48

B200 4510303 Bottom M 7 Crystal 32.768kHZ +-20PPM 12.5PF

F100 5119019 Top T 5 Sm Fuse F 1.5A 32V 0603

S302 5200025 Bottom A 7 Sm Tact SW Side Travel 0.2MM

CDMA

X101 5460061 Bottom T 7 Sm System Connector 14POL

X103 5409253 Bottom G 9 Sm Battery Conn 3POL Spr 12V 2A

X302 5469175 Top B 8 Sm Conn 2X5F P0.5 PWB/PWB

X387 5409219 Bottom Q 8 Sm SIM Connector 6POL P2.54

X801 5420047 Top B 5 Sm Coax Conn + SW F 50R 250V 6GHz

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Page 32

CCS Technical Documentation

RH-48 Series Transceivers

Service Software Instructions

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Service Software Instructions CCS Technical Documentation

Page No

Phoenix User’s Guide .................................................................................................... 3

Introduction ..................................................................................................................3

General Setup Procedure........................................................................................... 3

Hardware Requirements for using Phoenix .............................................................. 4

Installing Phoenix ........................................................................................................4

Installation Directions............................................................................................... 4

Software Support Bundles ...........................................................................................4

Starting a Phoenix Session ...........................................................................................5

Concepts.................................................................................................................... 5

Initial Session with Phoenix...................................................................................... 5

Scanning for a Product.............................................................................................. 6

Using Components.................................................................................................... 7

Using Profiles............................................................................................................ 7

Uninstalling Phoenix ...................................................................................................7

Uninstalling Phoenix version.................................................................................... 7

Diego User’s Guide........................................................................................................ 8

Introduction ..................................................................................................................8

General Setup Procedure........................................................................................... 8

Hardware Requirements for using Diego.................................................................. 9

Installing Diego ...........................................................................................................9

Installing.................................................................................................................... 9

Software Support Bundles .........................................................................................10

Starting a Diego Session ............................................................................................10

Concepts.................................................................................................................. 10

Initial Session with Diego and FLS-4S Dongle...................................................... 10

Scanning for a Product............................................................................................ 12

Using Components.................................................................................................. 12

Uninstalling Diego .....................................................................................................12

Uninstalling Diego version...................................................................................... 13

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Phoenix User’s Guide

Introduction

This section briefly describes how to install Phoenix and includes some basic information on how to use the program. More detailed information can be found in the Phoenix Help files. Each feature in Phoenix has its own Help file, which can be activated whil running Phoenix. To activate a Help file while Phoenix is running, press the F1 key or the specific feature’s Help button.

General Setup Procedure

Initial installation of Phoenix requires the complete Phoenix installation package. This package, currently around 30 Megabytes in size, is provided on a CD-ROM disk. Because of this large size, it is not recommended to download the file nor is it practical to provide it on 3.5-inch floppy disks.

Install Phoenix by following the steps outlined on the material that comes with the disk. It should be noted that installation of a Nokia dongle on the computer being loaded is REQUIRED prior to beginning the installation of the software.

The software is packaged into an Installshield executable bundle. When the user doubleclicks on this file, the installation program provides on-screen instructions on how to proceed. Standard installation, provided by selecting all default choices, is highly recommended. You may do a custom installation and place Phoenix into a special location on your hard drive, but this is only recommended for experienced users.

It is necessary to reboot the computer after installing the software. The program will not be usable until a reboot is performed. After reboot, the Phoenix icon is displayed on the computer desktop. Double-clicking on this icon launches the program.

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Hardware Requirements for using Phoenix

Minimum Hardware Requirements

Processor 233 MHz

RAM1 64 MB

Disk space needed 50-100 MB

Supported Operating

Windows 95 Limited, no USB support

Windows 98

Windows NT 4.0 no USB support

Windows 2000 Professional version

Installing Phoenix

Before installing the software, verify:

• The dongle is attached to the parallel port for PKD version dongles, or an FLS-4 version dongle is attached on either the parallel port or the USB port (if the computer supports USB).

• Ensure that if the computer supports administrator rights (typically on Windows NT and Windows 2000 installations) that access is enabled for the user performing the Phoenix installation.

• If a previous version of Phoenix has been installed, it may be necessary to first properly remove that program prior to installing the new version. If installation is performed, be sure to reboot the computer prior to continuing. See the section Uninstalling Phoenix for instructions on how to uninstall.

Systems

Notes

Installation Directions

• Insert the CD-ROM disk into the computer drive

• Access the drive and double-click on the Phoenix software package found on the CD.

• Follow the on-screen prompts to conclusion.

Note that rebooting the computer may be necessary when completed.

Software Support Bundles

The Phoenix installation is auto-executable. You must obtain Software Support Bundles

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to load software upgrade files to customer-specific phone models.

These bundles are created by CCS and made available by AMS on the Partners Web Page

http://americas.partners.nokia.com. This web page is password-controlled; if you have

not registered as a user, contact Nokia Central Service in Melbourne, Florida.

Similar to the Phoenix installation, these Software Support Bundles are InstallShield executable packages. Just double-click on the package and it will auto-install.

No rebooting of the computer is required.

Starting a Phoenix Session

Concepts

When referring to Phoenix, Product is the cellular phone attached to the computer. More specifically, it is the particular type of phone.

Connection is the type of cable used to attach the phone and the port on the computer where it is attached. Refer to the Service Tools chapter for additional information.

The first time Phoenix is used, certain connection configurations must be made. Subsequent uses will rely on these selections and they will not need to be made again.

Initial Session with Phoenix

It is necessary to create the connection the first time Phoenix is used. Follow these simple steps:

Select Manage Connections… from the “File” drop-down menu.

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Next click the Add… button to create a new connection.

When the Select Mode dialog box appears, you may then select either Wizard, which will auto-detect your connection configuration, or Manual, which allows you to manually select options to create the connection.

Once a connection is defined, make sure that the one to be used is moved to the top of the list (use the up down arrows on the Manage Connections dialog box. Then click on the Apply button. Close the window when finished.

You can now proceed with the normal initiation of a session by selecting a product or scanning for a product.

Scanning for a Product

Many features of this program are product-specific. Therefore it is necessary to configure Phoenix for the product on which you will be working at the beginning of the session.

Scan Product – Choose Scan Product from the drop-down menu list and Phoenix will automatically scan for product and select the necessary configurations. The status bar

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at the bottom will indicate if the product was found and its type.

Using Components

When working with Phoenix, tasks are generally managed by specific software components. From the menu, select the desired component or task to be performed.

“Opening a component” is defined as opening a tool window within Phoenix. When this window is opened, Phoenix also opens a toolbar for it and adds component-specific menu items in the Window menu.

Using Profiles

Phoenix’s Profile feature allows product, connection and currently open components to be stored into permanent storage by creating a profile file with a name of your choice followed by an .nmp file extension for later retrieval.

Saved profiles makes it easy to configure Phoenix into a desired configuration with favorite windows already opened and ready to go.

Opening and saving profiles is done via menu commands found in the File drop-down menu: Open Profile and Save Profile.

Profiles are stored into a disk file with user-defined names. As a result, there can be multiple profiles for different repeated tasks or user preferences.

Uninstalling Phoenix

As mentioned in the Installing Phoenix section, it may be necessary or desirable to remove Phoenix. Care must be taken to follow this procedure. Failure to remove the program properly will cause misconfiguration of the computer’s registry.

Uninstalling Phoenix version

• Access the computer’s “Control Panel” section, selectable from the Start button or the

“My Computer” desktop icon

• Select the “Add/Remove Programs” icon

• Select the Phoenix version to be removed, and click the Add/Remove button

• Click on the OK button to begin the process of removal

• Follow the on-screen instructions

Be sure to reboot the computer when finished.

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Diego User’s Guide

Introduction

This section briefly describes how to install Diego and includes some basic information on how to use the program. More detailed information can be found in the Diego Help files. Each feature in Diego has its own Help file, which can be activated while running Diego. To activate a Help file while Diego is running, press the F1 key or the specific feature’s Help button.

Diego is designed to be used by point of sales locations. Ease of use and minimal operator decision-making were key factors in the design. Additionally, this Diego version is compatible with current-generation phones (DCT3 versions such as 5185i, 5170i, 5180i, 6185i, and 3285) and DCT4 versions such as the 6385.

General Setup Procedure

Initial installation of Diego requires the complete Diego installation package. This package, currently around 18 megabytes in size, is provided on a CD-ROM disk. Because of this large size, it is not recommended to download the file nor is it practical to provide it on 3.5-inch floppy disks.

Install Diego by following the steps as outlined on the material that comes with the disk. It should be noted that installation of a Nokia dongle on the computer being loaded is REQUIRED prior to beginning the installation of the software.

The software is packaged into an InstallShield executable bundle. When the user double-clicks on this file, the installation program provides on-screen instructions on how to proceed. Standard installation, provided by selecting all default choices, is highly recommended. You may do a custom installation and place Diego into a special location on your hard drive; however, this is only recommended for experienced users.

It is necessary to reboot the computer after installing the software. The program is not usable until a reboot is performed. After reboot, the Diego icon is included on the computer desktop. Double-clicking on this icon launches the program.

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Hardware Requirements for using Diego

Minimum Hardware Requirements

Processor 233 MHz

RAM1 64 MB

Disk space needed 50-100 MB

Windows 95 Limited, no USB support

Windows 98

Windows NT 4.0 no USB support

Windows 2000 Professional version

Installing Diego

Before installing the software, verify:

• An FLS-4 version dongle is attached to either the parallel port or the USB port (if the computer supports USB). An FLS-2D may be used; however, the FLS-2D does not support the new generation DCT-4 version phones.

• Ensure that if the computer supports administrator rights (typically on Windows NT and Windows 2000 installations) that access is enabled for the user performing the installation.

• If a previous version of Diego has been installed, it may be necessary to first properly remove that program prior to installing the new version. If installation is performed, be sure to reboot the computer prior to continuing. See Uninstalling Diego for instructions on how to uninstall.

Supported Operating

Systems

Notes

Installing

• Insert the CD-ROM disk into the computer drive.

• Access the drive and double-click on the Diego software package found on the CD.

• Follow the on-screen prompts to conclusion.

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Note that rebooting the computer will be necessary when completed.

Software Support Bundles

The Diego installation is auto-executable. You must obtain Software Support Bundles to load software upgrade files to customer-specific models.

These bundles are created by CCS and made available by AMS on the Partners Web Page

http://americas.partners.nokia.com . This web page is password-controlled; if you have

not registered as a user, contact Nokia Central Service in Melbourne, Florida.

Similar to the Diego installation, these packages are executable packages. Just doubleclick on the package, and it will auto-install.

No re-booting of the computer is required.

Starting a Diego Session

Concepts

When referring to Diego, Product is the cellular phone attached to the computer. More specifically, it is the particular type of phone.

Connection is the type of cable used to attach the phone and the port on the computer where it is attached. Refer to the Service Tools chapter for more information.

The first time Diego is used, certain connection configurations must be made. Subsequent uses will rely on these selections and they will not need to be made again.

Initial Session with Diego and FLS-4S Dongle

You must configure the Virtual Port Connection in Diego the first time Diego is launched. The FLS-4 dongle uses virtual port, which eliminates the need to use the serial port (as the FLS-2D does). During the installation of the FLS-4 drivers (included in the Diego installation package), a virtual COM port is set to the next available COM port number. This port selection must be put into the Diego configuration.

Follow these simple steps:

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Select “My Computer” desktop icon and click on the “FLS Virtual Port” icon.

Make note of the Virtual Port Assignment (COM 2 in this example).

Next select “Add…” to create a new connection.

ote: COM port settings can only be entered or changed if the auto-connection feature of Diego is disable (as indicated by the grey Status box).

To disable the auto-connect click on this icon in the tool bar:

Note: COM port settings can only be entered or changed if the auto-connection feature of Diego is disabled (as indicated in the grey Status box). To disable the auto-connect feature, click on this icon in the toolbar.

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Select the Virtual COM port setting. Then press the Apply button.

You can now proceed with the normal initiation of a session.

Scanning for a Product

Many features of this program are product-specific. Therefore, it is necessary to configure Diego at the beginning of a session for the product on which you will be working.

Scanning of the product can be done manually or automatically. The default setting is automatic. This setting can be changed to manual in the “settings” – “general” box. In automatic mode, Diego will automatically scan for a product at a periodic rate. The scan rate is defaulted to every 5 seconds, but it can be changed to a different frequency in the Setup menu.

To manually scan for a product, click on the “Settings” icon as noted above.

Using Components

When working with Diego, tasks are generally managed by specific software components. From the icons displayed on the left side of the screen, select the desired component or task to be performed.

“Opening a component” is defined as opening a tool window within Diego. When this window is opened, Diego also opens a task box for it, which includes component-specific menu items.

Uninstalling Diego

As mentioned in the Installing Diego section, it may be necessary or desirable to remove Diego. Care must be taken to follow this procedure. Failure to remove the program properly will cause misconfiguration of the computer’s registry.

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Uninstalling Diego version

• Go to the computer’s “Control Panel”, selectable from the Start button or the “My Computer” desktop icon.

• Select “Add/Remove Programs” icon.

• Select the Diego version to be removed, and click the Add/Remove button.

• Click on the OK button to begin the process of removal.

• Follow the on-screen instructions.

Be sure to reboot the computer when finished.

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Page 46

CCS Technical Documentation

RH-48 Series Transceivers

Service Tools

Page 47

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Service Tools CCS Technical Documentation

Page No

Model 3105 Service Tools............................................................................................. 3

Flashing, Testing, and Tuning .....................................................................................8

Point of Sales Flashing.............................................................................................. 9

Flash Programming Using Docking Station (JBV-1 and MJF-17)......................... 10

Covers-Off Troubleshooting Using Service Jig (MJ-23)........................................ 11

Automated Tuning and Alignment ............................................................................12

Automated Tuning and Alignment Equipment List................................................ 13

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Model 3105 Service Tools

JBV-1 Docking Station MJF-17 Docking Station Adapter

0770298 0774282

The Docking Station and the Docking Station Adapter are needed for Mbus, Fbus, RF, and audio connections. This setup allows connection between flash prommers. When the audio box is connected, it has to be connected to the phone’s audio connector. The Docking Station can be powered by FPS-8 or external power supply.

The docking station adapter enables tuning, testing, and flashing.

CPL-8 RF Coupler RJ-32 Rework Jig

0770475 0770757

CPL-8 allows antenna testing at AMS locations.

Shield Box JSX-1A is required.

The rework jig is a PWB component that allows de-soldering and soldering.

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JXS-1 Shield Box DKU-5F Flash Cable

0770346 0780738

The Shield Box allows RF radiated tests and antenna testing. Contact the Americas AMS in Melbourne, FL for more information on how to obtain one.

For use with the Spirent UPST and UMPP service software.

Note: The cable cannot be used as a straight through USB connection cable.

FPS-8 Flash Prommer XCS-1 Service Cable

0080321 0730218

The Flash Prommer FPS-8 is used for flashing at service centers with Phoenix service software.

This cable is required for FLS-4S operation if flash adapter FLA-30 is used.

Note: This cable can be replaced with CA-22DS for bottom connector flashing.

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XCS-4 General Purpose Cable CA-5S DC Service Cable

0730178 0730283

XCS-4 Service Cable is a modular cable for flashing DCT4 products.

The DC Service Cable (CA-5S) connects the docking station (JBV-1) to the charger connection (Vin) of the phone to conduct EM calibration.

Note: CA-5S replaces the SCB-3 cable (0730114).

PCS-1 Power Cable FLC-20 Flash Device

0730012 0081544

The PCS-1 Power Cable is used to connect the service tools to an external power supply.

This is a USB flash cable (per Verizon requirements). Kit includes a detachable USB cable.

Note: FLC-20 requires DCT3 or DCT4 cable to handset.

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FLS-4S POS Flash Dongle DAU-9T MBUS Data Cable

0080543 0730267

The Point of Sale (POS) flash is a low-cost software upgrade tool. This requires XCS-1 cable and ACF-8 for operation.

FBUS cable DAU-9T provides a connection from the serial port of the computer to the system connector of the phone.

DAU-9S (MBUS) Cable CA-25RS RF Test Cable

0730108 0730316

DAU-9S is a general-purpose communications cable. This test cable is used for CDMA RF engine testing and

tuning.

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CA-22DS Service Cable MJ-23 Module Test Jig

0730311 0770650

This cable is used for bottom connector flashing using FLS-4S or FLC-20.

This jig allows phone PWB-level service and troubleshooting for authorized service centers.

PKD-1 SW Security Device FLA-30 Flash Adapter

0750018 0770472

SW security device (PKD-1) is a hardware device that, when connected to the parallel (LPT) port of the PC, enables the use of service software. Without the dongle present, it is not possible to use the service software. Printers or other peripheral devices can be connected to the PC through the dongle, if needed.

Caution: Make sure that you have switched off the PC and the printer before making connections!

FLA-30 allows power and flash connection through the battery compartment.

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SS-13 Tuning Docking Station

(CDMA)

0080852 0730231

SS-13 is used with the MJF-x/DA-x flashing adapters (shown with MJF-17).

This is a general-purpose RF cable.

Flashing, Testing, and Tuning

Tightened performance specifications require more precise equipment and methods for testing and alignment. Manual tuning can’t provide accurate results for the RH-48, which means that this test has to be automated.

XRS-6 RF Test Cable

These setups are intended to be with with the Phoenix Service Software. Both manual testing and automated tuning are permitted with Phoenix Service Software.

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Point of Sales Flashing

Service

So ftw are

Item Name Type Code

1 FLS-4S flash device (sales pack)

(ACF-8 power supply is included in the FLS-4S sale pack)

2 Service cable CA-22DS 0730311

3 Point-of-sale service software

NOTE Other POS flashing configurations

available: USB single-flash cable (DCT4 only) USB flash cable for DCT3/DCT4 handsets

FLS-4S 0080543

Diego Phoenix

DKU-5F FLC-20

8405139 8407840

0080738 0081544

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Service Tools CCS Technical Documentation

Flash Programming Using Docking Station (JBV-1 and MJF-17)

[

Item Name Type Code

1 Flash prommer box (sales pack)

Included in FPS-8 sales pack: Service cable Serial cable Power supply

2 Docking station JBV-1 0770298

3 Docking adapter MJF-17 0774282

4 DC power cable PCS-1 0730012

5 Modular cable XCS-4 0730178

Software protection key (not shown) PKD-1 0750018

Service software CDMA Phoenix 8407840

FPS-8

CA-10DS AXS-4 ACF-8

0080321

0730298 0730090 0680032

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Covers-Off Troubleshooting Using Service Jig (MJ-23)

Item Name Type Code

1 Module repair jig

includes RF test cable

2 DC power cable PCS-1 0730012

3 RF test cable XRS-6 0730231

4 Service MBUS/FBUS cable DAU-9S 0730108

5 Software protection key PKD-1 0750018

Service software (not shown) Phoenix 8407840

MJ-23 CA-25RS

0770650 0730316

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Service Tools CCS Technical Documentation

Automated Tuning and Alignment

This setup is used for tuning of the handset at Nokia Authorized Service Centers..

]

GPIB

Agilent E4420B

Signal Generat or

Agilent 4406A

Vector Signal Analyzer

Keithley 2306 Power Supply

GPIB

Parallel Serial

Dongl

RF Input

[

Compute

CA-10PS

DAU-

RF Switch

DCT4 Handset

MJF-17

SS-13

Greenhill

CA-5S

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CCS Technical Documentation Service Tools

Automated Tuning and Alignment Equipment List

Item Name MFR Model # QTY Comment

1 Vector Signal Analyzer Agilent E4406A 1

2 Signal Generator Agilent E4421B 1 Digital signal generator with

high-stability oscillator and high-spectral purity

3 RF Series GreenHill TVi9901 1

4 Power Supply Keithly K2306 2 Programmable with sense wire

5 Win2000 PC Dell with Pentium III or above,

network card, 256M RAM, 20GB HD, CD-ROM, etc.

6 NI-GPIB Interface NI GPIB-USB-A 2 USB to GPIB adapter (184983G-

01)

7 Docking Station Nokia SS-13 1 For DCT4 handset tuning. SS-13

is specifically designed for CDMA RF tuning.

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Service Tools CCS Technical Documentation

Page 60

CCS Technical Documentation

RH-48 Series Transceivers

Disassembly/Assembly

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Disassembly/Assembly CCS Technical Documentation

Disassembly Instructions

1. Press the Release Button before removing the C-Cover.

2. Remove A-Cover as shown in the picture.

3. Always protect window with a protection film to avoid dust and scratches.

4. Unscrew the six T6 screws, using the order shown. For assembly, the reverse order

and a Torx T6 PLUS with torque of 20Ncm must be used.

Torque

20Ncm for

assembly

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CCS Technical Documentation Disassembly/Assembly

5. Separate the module from the B-Cover and unplug the display connector carefully by

removing UI-Shield from System Module.

6. Separate the UI Shield from System Module carefully, Key Dome is attached with

adhesive tape, which must not be touched.

7. Separate the LCD from the UI Shield by pressing out the LCD using a clean cloth. Pre-

vent the Key Dome tape from getting dirty.

8. Always protect LCD window with a protection foil to avoid dust and scratches.

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9. Remove Earpiece. Note the guiding pin when re-assembling.

10. The Shielding is attached with hooks at its backside. To remove the Shielding from

B-Cover, first expand the B-Cover, then push Shielding upwards.

11. R e m o v e Po w e r B u t t o n Key.

12. Use the SRT-6 to lift up the Antenna.

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13. Remove the Antenna.

14. Use tweezers to remove the Vibra Motor.

15. Use tweezers to pull up the Microphone.

16. To remove the DC-Jack, place tweezers between the spring contacts and under the

Jack. You’ll need to use additional force to pull the Jack upwards.

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17. Use a flathead screwdriver as a lever to remove the Release Spring.

18.Turn the B-Cover as shown to allow the Release Button to fall out.

19. Open SIM Flap and turn it as shown in the picture.

20. Expand B-Cover carefully and remove SIM Flap.

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Exchange of Battery Connector X103

These are the two soldered support angles.

1. Use a side cutter to cut the support angles.

2. Push tweezers into the outside openings of battery connector and lift up the plastic

cover.

3. Desolder all pins and clean the pads.

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Note that you need a soldering iron with higher temperature, when cleaning or soldering the ground pad.

4. Note location markings to fit the connector precisely.

5. Tin one of the pads to fix the connector before soldering the following pins.

6. Place connector between the markings and solder first support angle. Is the position

exact, solder the other pins.

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CCS Technical Documentation

RH-48 Series Transceivers

Troubleshooting — Antenna

Page 69

RH-48

Troubleshooting — Antenna CCS Technical Documentation

Contents

Page No

Troubleshooting - Antenna ............................................................................................ 3

Relevant Documents ....................................................................................................3

Failures and Corrective Measures ...............................................................................3

Appearance of phone................................................................................................. 3

Internal Antenna Missing ............................................................................................4

Damaged RF Feed Pin or Ground Pin .........................................................................4

Wrong Internal Antenna Installed ...............................................................................5

Obstructed RF Feed or Ground Pads for Internal Antenna, or IHF Speaker Pads ......6

Grounding of Display Frame .......................................................................................7

Grounding of RUIM Card Flap ...................................................................................8

RF Connector Failure ..................................................................................................8

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CCS Technical Documentation Troubleshooting — Antenna

Troubleshooting - Antenna

This troubleshooting guide addresses potential failures that will affect antenna performance of the RH-48 phone, and discusses methods for correction of these failures.

Relevant Documents

C-Max Antenna RF Specifications and Plan (DHS02726-EN-1.0)

Failures and Corrective Measures

Appearance of phone

Figure 1: Front view of RH-48 (Model 3105)

Figure 2: Back view of RH-48 (Model 3105)

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Internal Antenna Missing

Figure 3: RH-48 chassis assembly

If the internal antenna is missing, install one. If the radiator looks obviously damaged, then replace the internal antenna.

If no internal antenna is installed, the antenna gain will be degraded by more than 25dB.

Damaged RF Feed Pin or Ground Pin

Figure 4: Top and bottom views of the RH-48 internal antenna

If either the RF feed pin or ground pin are broken or bent such that either pin will not touch the PWB, then the internal antenna must be replaced. If the springs for the RF or ground pin appear damaged, then the internal antenna must be replaced. If the slot in the radiator has a significantly different shape, then the correct internal antenna must be installed. If there is any other obvious damage to the radiator (dents, corrosion), then the antenna should be replaced. If the pin gets stuck or has excessive friction in the plastic tube/guiding feature, then the spring will not work properly and the antenna should be replaced.

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CCS Technical Documentation Troubleshooting — Antenna

If the RF feed doesn’t touch the PWB, then the antenna gain will degrade by more than 25dB. If the ground pin doesn’t touch the PWB, then the antenna gain may degrade about 5 to 10dB.

If either of the IHF speaker pins is damaged or if the IHF speaker is nonfunctioning, then the antenna module should be replaced.

Wrong Internal Antenna Installed

RH-48 antenna

RH-19 antenna

RH-48 antenna

Figure 5: Top views of the RH-19 and RH-48 antennas

RH-19 antenna

Figure 6: Bottom views of RH-19 and RH-48 antennas

RH-48 antenna

The RH-48 and RH-19 antennas are similar in appearance. The important visual difference in the antennas is that the slot pattern is very different. Also, the RH-48 antenna is thicker than the RH-19 antenna and also has a spacer on its back side.

If the wrong antenna is installed, install the correct one.

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Obstructed RF Feed or Ground Pads for Internal Antenna, or IHF Speaker Pads

Pad for ground pin

Pad for RF pin

IHF speaker pads

Figure 7: PWB layout of RF feed and ground pads and IHF speaker pads

If the RF feed pad is obstructed, removed, or covered, then the RF feed pin will not touch the PWB and the antenna gain will degrade by more than 25dB. If the ground pad is obstructed, removed, or covered, then the ground pin will not touch the PWB and the antenna gain may degrade by about 5 to 10dB. If corrosion is present or the pad is missing, most likely the PWB and phone needs to be replaced. If either pad is obstructed or covered, the pad should be cleared and/or cleaned.

If the Internal Hands Free (IHF) speaker pads are obstructed, removed, or covered, the IHF speaker will not produce sound. If corrosion is present or the pad is missing, most likely the PWB and phone needs to be replaced. If either pad is obstructed or covered, the pad should be cleared and/or cleaned.

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Grounding of Display Frame

Figure 8: Display assembly

Note that the display frame is grounded to the PWB through the two top screws. The grounding of the display frame will impact the radiation performance of the phone. If the screws are loose, then tighten them. If the screw bosses are stripped, then the chassis will need to be replaced. If the screws are missing, install new ones.

The middle screws should not touch the metal in the LCD frame, the metal shield over the keypad, the PWB, or the RF shield. When driving in these screws, be sure to drive them in straight. If the screws are driven in at an angle, it is much more likely that the screws will touch the PWB or the RF shield. If this happens, then antenna performance could change by about 1dB.

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Grounding of RUIM Card Flap

Figure 9: Conductive sticker grounding RUIM card flap to RF shield

The RUIM card flap needs to be grounded to the RF shield with a conductive sticker. The shape and location of the conductive sticker is shown in the figure above. If the conductive sticker is missing or ripped, it needs to be replaced.

If the sticker is damaged or missing, then the radiated sensitivity could be reduced by 4-8dB.

RF Connector Failure

The RF connector could fail by not connecting the RF input to the RF output of the RF connector. If this happens, then the antenna gain will degrade by about 25dB. This can be checked by testing for DC conductivity between the RF input and RF output of the RF connector. Note the DC conductivity test must be done without any cable attached to the RF connector. Since the RF connector is also a switch, the RF output will be disconnected from the RF input when a cable is inserted into the RF connector. When a cable is inserted, the RF input is connected to the RF connector. The location is shown in Figure 6.

RF input — connector to duplexor

RF output — connects to antenna pad through vias

RF connector — connects to coaxial cable

If the RF input is not connected properly to the RF output, the RF connector must be replaced.

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RH-48 Series Transceivers

Troubleshooting — BB

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Troubleshooting — BB CCS Technical Documentation

Page No

Baseband Troubleshooting............................................................................................. 3

RH-48 Baseband Module Overview ............................................................................3

Baseband and RF Architecture ....................................................................................4

Power Up and Reset.................................................................................................. 4

Power up with PWR key........................................................................................... 7

Power up when charger is connected........................................................................ 7

RTC alarm power up................................................................................................. 8

Power off .....................................................................................................................8

Power Consumption and Operation modes .................................................................8

Power Distribution .......................................................................................................9

Clock Distribution .....................................................................................................11

RFClk (19.2 MHz Analog)...................................................................................... 11

RFConvClk (19.2 MHz digital) .............................................................................. 13

CBUSClk Interface ................................................................................................. 14

DBUS Clk Interface................................................................................................ 14

SleepCLK (Digital)................................................................................................. 15

SleepCLK (Analog)................................................................................................. 16

Flash programming ....................................................................................................16

Connections to Baseband ........................................................................................ 16

Baseband Power Up................................................................................................ 16

Flash Programming Indication................................................................................ 16

Flashing................................................................................................................... 17

Charging operation ...................................................................................................19

Battery..................................................................................................................... 19

Charging Circuitry................................................................................................... 20

Charger Detection ................................................................................................... 21

Charge Control........................................................................................................ 21

Audio .........................................................................................................................22

Display and Keyboard ...............................................................................................22

Accessory ...................................................................................................................23

Charging.................................................................................................................. 24

Tomahawk Headset Detection ................................................................................ 26

FBus Detection........................................................................................................ 27

Accessory Detection Through ACI......................................................................... 27

SIM CAR ...................................................................................................................29

Test Points .................................................................................................................30

Troubleshooting .........................................................................................................32

Top troubleshooting map ...........................................................................................33

Phone is totally dead ............................................................................................... 35

Flash programming doesn‘t work ........................................................................... 36

Power doesn‘t stay on or the phone is jammed....................................................... 38

Charger.................................................................................................................... 40

Audio faults............................................................................................................. 41

Display faults........................................................................................................... 45

Keypad faults........................................................................................................... 47

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Baseband Troubleshooting

RH-48 Baseband Module Overview

The Baseband module of the RH-48 transceiver is a CDMA single-band engine. The baseband architecture is based on the DCT4 Apollo engine.

RH-48 cellular baseband consists of three ASICs: Universal Energy Management (UEM), Universal Phone Processor (UPP), and a 128/8 megabit combo FLASH.

The baseband architecture supports a power-saving function called sleep mode. This sleep mode shuts off the VCTCXO, which is used as system clock source for both RF and baseband. During the sleep mode, the system runs from a 32 kHz crystal and all the RF regulators (VR1A, VR1B, VR2, … VR7) are off. The sleep time is determined by network parameters. Sleep mode is entered when both the MCU and the DSP are in standby mode and the normal VCTCXO clock is switched off. The phone is waken up by a timer running from this 32 kHz clock supply. The period of the sleep/wake up cycle (slotted cycle) is

1.28N seconds, where N= 0, 1, 2, depending on the slot cycle index.

RH-48 supports standard Nokia 2-wire and 3-wire chargers (ACP-x and LCH-x). However, the 3-wire chargers are treated as 2-wire chargers. The PWM control signal for controlling the three-wire charger is ignored. UEM ASIC and EM SW control charging.

BL-5C Li-ion battery is used as main power source for RH-48. BL-5C has nominal capacity of 850 mAh.

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Baseband and RF Architecture

CMAX Power Distribution

Charger

Figure 1

Audio

Bottom

Conn.

Sleep Clk

32 KHz

MBus

FBusRx

FBusTx

SIM Reader

UEM

VR1A VR1B

VR2 VR3

VR4 VR5 VR6

VR7

VBatt

Battery

VIO

VANA

V SIM

Vflash1

Vflash2

JTAG

DC/DC

VPPPRODTP

Flash

GenIO

Control

ExtBusC

UPP

CBus

Core

DBus

MBus

FBus

Front

End

Alfred

Power Up and Reset

Power up and reset is controlled by the UEM ASIC. RH-48 baseband can be powered up in the following ways:

VCTCXO

19.2 MHz

System

Connector

V Bat

Bus

UHF

SYNTH

Yoda

VBatt

Figure 1: RH-48 Power Distribution Diagram

V Bat

LCD/Key

Jedi

• By the Power button, which means grounding the PWRONX pin of the UEM

• By connect the charger to the charger input

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• By the RTC Alarm, when the RTC logic has been programmed to give an alarm.

After receiving one of the above signals, the UEM counts a 20ms delay and then enters its reset mode. The watchdog starts up, and if the battery voltage is greater than Vcoff+, a 200ms delay is started to allow references, etc. to settle. After this delay elapses, the VFLASH1 regulator is enabled. Then, 500us later VR3, VANA, VIO, and VCORE are enabled. Finally the Power Up Reset (PURX ) line is held low for 20 ms. This reset, PURX, is sent to UPP; resets are generated for the MCU and the DSP. During this reset phase, the UEM forces the VCTCXO regulator on — regardless of the status of the sleep control input signal to the UEM. The FLSRSTx from the UPP is used to reset the flash during power up and to put the flash in power down during sleep. All baseband regulators are switched on at the UEM power on — except for the SIM regulator and Vflash2. Vsim and Vflash2 are not used. The UEM internal watchdogs are running during the UEM reset state, with the longest watchdog time selected. If the watchdog expires, the UEM returns to power off state. The UEM watchdogs are internally acknowledged at the rising edge of the PURX signal in order to always give the same watchdog response time to the MCU.

The following timing diagram represents UEM start-up sequence from reset to power-on mode.

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Reference signal

PwrOnX

Charger Detection

RTC

UEMRSTX

VFlash1

VIO

VCORE

VANA

VR3

19.2MHz Clk

PURX

32kHz XTAL

t1 t2 t4t3

t1 = 20ms

t2 = 200ms

t3 = 500us

t4 = 20ms

Figure 2: Power on sequence and timing

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Figure 3: Measured power on sequence and timing

Power up with PWR key

When the Power on key is pressed, the UEM enters the power-up sequence. Pressing the power key causes the PWRONX pin on the UEM to be grounded. The UEM PWRONX signal is not part of the keypad matrix. The power key is only connected to the UEM. This means that when pressing the power key an interrupt is generated to the UPP that starts the MCU. The MCU then reads the UEM interrupt register and notice that it is a PWRONX interrupt. The MCU now reads the status of the PWRONX signal using the UEM control bus, CBUS. If the PWRONX signal stays low for a certain time the MCU accepts this as a valid power on state and continues with the SW initialization of the baseband. If the power on key does not indicate a valid power-on situation, the MCU powers off the baseband.

Power up when charger is connected

In order to be able to detect and start charging in cases where the main battery is fully discharged (empty) and hence UEM has no supply (NO_SUPPLY or BACKUP mode of UEM), charging is controlled by START-UP CHARGING circuitry.

Whenever VBAT level is detected to be below master reset threshold (V controlled by START_UP charge circuitry. Connecting a charger forces VCHAR input to

rise above charger detection threshold, VCH started. UEM generates 100mA constant output current from the connected charger’s

output voltage. As battery charges its voltage rises, and when VBAT voltage level higher than master reset threshold limit (V

MSTR-

. By detection start-up charging is

DET+

) is detected START_UP charge is terminated.

MSTR+

), charging is

Monitoring the VBAT voltage level is done by charge control block (CHACON). MSTRX=‘1’ output reset signal (internal to UEM) is given to UEM’s RESET block when VBAT>V

MSTR+

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and UEM enters into reset sequence.

If VBAT is detected to fall below V

during start-up charging, charging is cancelled. It

MSTR

will restart if new rising edge on VCHAR input is detected (VCHAR rising above VCH

RTC alarm power up

If phone is in POWER_OFF mode when RTC alarm occurs the wake-up procedure. After baseband is powered on, an interrupt is given to MCU. When RTC alarm occurs during ACTIVE mode, the interrupt for MCU is generated.

Power off

The Baseband switch power-off mode if any of following statements is true:

• Power key is pressed

• Battery voltage is too low (VBATT < 3.2 V)

• Watchdog timer register expires

The Power-down procedure is controlled by the UEM.

Power Consumption and Operation modes

DET+

In the POWER-OFF mode, the power (VBAT) is supplied to UEM, buzzer, vibra , LED, PA and PA drivers (Tomcat and Hornet). During this mode, the current consumption on this mode is approximately 35uA.

In the SLEEP mode, both processors, MCU and DSP, are in stand-by mode. Phone will go to sleep mode only when both processors make this request. When SLEEPX signal is detected low by the UEM, the phone enters SLEEP mode. VIO and VFLASH1 regulators are put into low quiescent current mode, VCORE enters LDO mode, and VANA and VFLASH2 regulators are disabled. All RF regulators are disabled during SLEEP mode. When SLEEPX signal is detected high by the UEM, the phone enters ACTIVE mode and all functions are activated.

The sleep mode is exited either by the expiration of a sleep clock counter in the UEM or by some external interrupt, generated by a charger connection, key press, headset connection, etc.

In sleep mode, VCTCXO is shut down and 32 kHz sleep clock oscillator is used as reference clock for the baseband.

The average current consumption of the phone in sleep mode can vary depending mainly on SW state (e.g., slot cycle 0, 1, or 2 and if the phone is working on IS95 or IS2000 for CDMA); however, on average is about 6 mA in slot cycle 0 on IS95.

In the ACTIVE mode, the phone is in normal operation, scanning for channels, listening to a base station, transmitting and processing information. There are several sub-states

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in the active mode depending on the phone present state of the phone such as: burst reception, burst transmission, if DSP is working, etc.

In active mode SW controls the UEM RF regulators: VR1A and VR1B can be enabled or disabled. VSIM can be enabled or disabled and its output voltage can be programmed to be 1.8V or 3.3V. VR2 and VR4 -VR7 can be enabled or disabled or forced into low quiescent current mode. VR3 is always enabled in active mode and disabled during Sleep mode and cannot be control by SW in the same way as the other regulators. VR3 will only turn off if both processors request to be in sleep mode.

In the CHARGING mode, the charging can be performed in parallel with any other operating mode. A BSI resistor inside the battery pack indicates the battery type/size. The resistor value corresponds to a specific battery capacity. This capacity value is related to the battery technology.

The battery voltage, temperature, size, and charging current are measured by the UEM, and the charging software running in the UPP controls it.

The charging control circuitry (CHACON) inside the UEM controls the charging current delivered from the charger to the battery and phone. The battery voltage rise is limited by turning the UEM switch off, when the battery voltage has reached 4.2 V. Charging current is monitored by measuring the voltage drop across a 220 mOhm resistor.

Power Distribution

In normal operation, the baseband is powered from the phone‘s battery. The battery consists of one Lithium-Ion cell capacity of 850 mAh, and some safety and protection circuits to prevent harm to the battery.

The UEM ASIC controls the power distribution to the whole phone through the BB and RF regulators excluding the power amplifier (PA), which has a continuous power rail directly from the battery. The battery feeds power directly to the following parts of the system: UEM, PA, buzzer, vibra, display, and keyboard lights.

The heart of the power distribution to the phone is the power control block inside UEM. It includes all the voltage regulators and feeds the power to the whole system. UEM handles hardware functions of power up so that regulators are not powered and power up reset (PURX) are not released if battery voltage is less than 3 V.

RH-48 Baseband is powered from five different UEM regulators (VANA, VIO, VFLASH1, VFLASH2, and VCORE (DC/DC) See Table 1.

UEM supplies also voltages VR1A, VR1B, VR2, VR3, VR4, VR5, VR6, and VR7 for RF. See Table 2.

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Table 1: RH-48 Baseband regulators

Regulator

VCORE 300 1.5 Output voltage selectable 1.0V/1.3V/1.5V/1.8V

VIO 150 1.8 Enabled always except during power-off mode

VFLASH1 70 2.78 Enabled always except during power-off mode

VFLASH2 40 2.78 Enabled only when data cable is connected

VANA 80 2.78 Enabled only when the system is awake (Off

VSIM 25 3.0 Enabled only when SIM card is used

Regulator

VR1A 10 4.75 Enabled when cell transmitter is on

VR1B 10 4.75 Enabled when the transmitter is on

Maximum current (mA)

Table 2: RH-48 RF regulators

Maximum current (mA)

Vout (V) Notes

Power up default 1.5V

during sleep and power off-modes)

Vout (V) Notes

VR2 100 2.78 Enabled when the transmitter is on

VR3 20 2.78 Enabled when SleepX is high

VR4 50 2.78 Enabled when the receiver is on

VR5 50 2.78 Enabled when the receiver is on

VR6 50 2.78 Enabled when the transmitter is on

VR7 45 2.78 Enabled when the receiver is on

The charge pump that is used by VR1A is constructed around UEM. The charge pump works with Cbus (1.2 MHz) oscillator and gives a 4.75 V regulated output voltage to RF.

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Clock Distribution

RFClk (19.2 MHz Analog)

The main clock signal for the baseband is generated from the voltage and temperature controlled crystal oscillator VCTCXO (G500). This 19.2 MHz clock signal is generated at the RF and is fed to Yoda pin 18 (TCXO_IN). Yoda then converts the analog sine waveform to a digital waveform with swing voltage of 0 tot 1.8V and sends it to the UPP from pin 16 at Yoda (19.2 Out) to the UPP pin M5 (RFCLK). (See Figure 4 for waveform.)

Figure 4: Waveform of 19.2MHz clock (VCTCXO) going to the Yoda ASIC

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Figure 5: Waveform of 19.2MHz Clk going to the UPP for Yoda ASIC at C711

This is the RFCLK signal for the UPP.

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RFConvClk (19.2 MHz digital)

The UPP distributes the 19.2MHz internal clock to the DSP and MCU, where SW multiplies this clock by seven for the DSP and by two for the MCU. (See Figure 6.)

Figure 6: RFCovCLk waveform

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CBUSClk Interface

A 1.2 MHz clock signal is use for CBUS, which is used by the MCU to transfer data between UEM and UPP. (See the following figure for Cbus data transfer.)

DBUS Clk Interface

A 9.6 MHz clock signal is use for DBUS, which is used by the DSP to transfer data between UEM and UPP. (See the following figure.)

Figure 7: Cbus Data Transfer

Figure 8: Dbus data transferring

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The system clock is stopped during sleep mode by disabling the VCTCXO power supply (VR3) from the UEM regulator output by turning off the controlled output signal SleepX from UPP.

SleepCLK (Digital)

The UEM provides a 32kHz sleep clock for internal use and to UPP, where it is used for the sleep mode timing. (Figure 9.)

Figure 9: 32kHz Digital output from UEM

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SleepCLK (Analog)

However, when the system enters sleep mode or power off mode, the external 32KHz crystal provides a reference to the UEM RTC circuit to turn on the phone during power off or sleep mode. (Figure 10.)

Figure 10: 32kHz analog waveform at 32KHz crystal input

Flash programming

Connections to Baseband

The Flash programming equipment is connected to the baseband using test pads for galvanic connection. The test pads are allocated in such a way that they can be accessed when the phone is assembled. The flash programming interface uses the VPP, FBUSTX, FBUSRX, MBUS, and BSI connections for the connection to the baseband. The connection is through the UEM, which means that the logic levels are corresponding to 2.7V. Power is supplied using the battery contacts.

Baseband Power Up

The baseband power is controlled by the flash prommer in production and in re-programming situations. Applying supply voltage to the battery terminals the baseband will power up. Once the baseband is powered, flash-programming indication is done as described in the following section.

Flash Programming Indication

Flash programming is indicated to the UPP using MBUSRX signal between UPP and UEM. The MBUS signal from the baseband to the flash prommer is used as clock for the synchronous communication. The flash prommer keeps the MBUS line low during UPP boot to indicate that the flash prommer is connected. If the UPP MBUSRX signal is low on UPP, the MCU enters flash programming mode. In order to avoid accidental entry to the

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CCS Technical Documentation Troubleshooting — BB

flash-programming mode, the MCU only waits for a specified time to get input data from the flash prommer. If the timer expires without any data being received, the MCU will continue the boot sequence. The MBUS signal from UEM to the external connection is used as clock during flash programming. This means that flash-programming clock is supplied to UPP on the MBUSRX signal.

The flash prommer indicates the UEM that flash programming/reprogramming by writing an 8-bit password to the UEM. The data is transmitted on the FBUSRX line and the UEM clocks the data on the FBUSRX line into a shift register. When the 8 bits have been shifted in the register, the flash prommer generates a falling edge on the BSI line. This loads the shift register content in the UEM into a compare register. If the 8 bits in the compare registers matches with the default value preset in the UEM, the flash prommer shall pull the MBUS signal to UEM low in order to indicate to the MCU that the flash prommer is connected. The UEM reset state machine performs a reset to the system, PURX low for 20 ms. The UEM flash programming mode is valid until MCU sets a bit in the UEM register that indicates the end of flash programming. Setting this bit also clears the compare register in the UEM previously loaded at the falling edge of the BSI signal. During the flash programming mode the UEM watchdogs are disabled. Setting the bit indicating end of flash programming enables and resets the UEM watchdog timer to its default value. Clearing the flash programming bit also causes the UEM to generate a reset to the UPP.

Flashing

The BSI signal is used to load the value into the compare register. In order to avoid spurious loading of the register, the BSI signal will be gated during UEM master reset and during power on when PURX is active. The BSI signal should not change state during normal operation unless the battery is extracted; in this case, the BSI signal will be pulled high, note a falling edge is required to load the compare register.

• Flash programming is done through VPP, FBUSTX, FBUSRX, MBUS, and BSI signals.

• When phone has entered the flash programming mode, the prommer indicates to UEM that flash programming will take place by writing 8-bit password to UEM. The prommer sets BSI to “1” and then uses FBUSRX for writing and MBUS for clocking. After that, BSI is set back to “0”.

• MCU indicates to prommer that it has been noticed, by using the FBUSTX signal. After this, it reports UPP type ID and is ready to receive secondary boot code to its internal SRAM.

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FLASH_1

CH1 = BSI CH2 = MBUS CH3 = FBUSTX CH4 = FBUSRX

Measure points Production test pattern (J396)

Figure 11: Flashing starts by BSI being pulled up and password being sent to UEM

• This boot code asks MCU to report prommer phone’s configuration information, includ-

ing flash device type. Now prommer can select and send algorithm code to MCU SRAM (and SRAM/Flash self-tests can be executed).

FLASH_2

CH1 = PURX CH2 = MBUS CH3 = FBUSTX CH4 = FBUSRX

Measure points Produc tio n te s t pa tter n (J396)

Figure 12: Flashing, continued

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FLASH_3

CH1 = PURX CH2 = MBUS CH3 = FBUSTX CH4 = FBUSRX

Measure points Produc tio n te s t pa tter n (J396)

Data transfer has started (Fbus_Rx)

Charging operation

Battery

In RH-48, a Lithium-Ion cell battery with a capacity of 850 mAh is used. Reading a resistor inside the battery pack on the BSI line indicates the battery size. With an NTC resistor on PWB, the phone measures the approximate temperature of the battery on the BTEMP line.

Temperature and capacity information are needed for charge control. These resistors are connected to BSI pin of the battery connector and BTEMP of the phone. Phone has 100 kΩ pull-up resistors for this line so that they can be read by A/D inputs in the phone.

See the following figures for details.

Figure 13: Flashing, continued

Figure 14: BL-5C battery pack pin order

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Figure 15: Interconnection diagram inside the battery pack

Charging Circuitry

The UEM ASIC controls charging depending on the charger being used and the battery size. External components are needed for EMC, reverse polarity and transient protection of the input to the baseband module. The charger connection is through the system connector interface. The RH-48 baseband is designed to support DCT3 chargers from an electrical point of view. Both 2- and 3-wire type chargers are supported. For the 3-wire charger, the control line is not supported and not connected to the Baseband ASICs. See Figure 16 for details.

V100 battery

R200

Figure 16: Charging circuitry

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Charger Detection

Connecting a charger creates voltage on VCHAR input of the UEM. When VCHAR input voltage level is detected to rise above 2 V (VCHdet+ threshold) by UEM charging starts. VCHARDET signal is generated to indicate the presence of the charger for the SW. The charger identification/acceptance is controlled by EM SW.

The charger recognition is initiated when the EM SW receives a ”charger connected” interrupt. The algorithm basically consists of the following three steps:

1 Check that the charger output (voltage and current) is within safety limits.

2 Identify the charger as a two-wire or three-wire charger.

3 Check that the charger is within the charger window (voltage and current).

If the charger is accepted and identified, the appropriate charging algorithm is initiated.

X102

Charge Control

In active mode, charging is controlled by UEM’s digital part. Charging voltage and current monitoring is used to limit charging into safe area. For that reason UEM has programmable charging cut-off limits:

VBATLim1=3.6 V (Default)

VBATLim2L=5.0 V and

VBATLim2H=5.25 V.

VBATLim1, 2L, 2H are designed with hystereses. When the voltage rises above VBATLim1, 2L, 2H+ charging is stopped by turning charging switch OFF. No change in operational mode is done. After voltage has decreased below VBATLim- charging re-starts.

F100

1.5A

L1002

________

42R/100MHz

Figure 17: Charging circuit

V100

"VCHARIN"

C106

1n0

CHARGER(4:0)

There are two PWM frequencies in use depending on the type of the charger: two-wire charger uses a 1Hz and a three-wire charger uses a 32Hz. Duty cycle range is 0% to 100%. Maximum charging current is limited to 1.2 A.

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UEM Pins

Audio

R200

N10

M10

.22 Ohms

Figure 18: Charging circuity at the battery

C201

1uF

C202 10nF

The audio control and processing in RH-48 is provided by UEM, which contains the audio codec, and UPP — which contains the MCU and DSP blocks, handling and processing the audio data signals.

The baseband supports three microphone inputs and two earpiece outputs. The microphone inputs are MIC1, MIC2, and MIC3. MIC1 input is used for the phone's internal microphone; MIC2 input is used for headsets (HDB-4). MIC3 is not used. Every microphone input can have either a differential or single-ended AC connection to UEM circuit. In RH-48, the internal microphone (MIC1) and external microphone (MIC2) for Tomahawk accessory detection are both differential. The microphone signals from different sources are connected to separate inputs at UEM. Inputs for the microphone signals are differential type. Also, MICBIAS1 is used for MIC1 and MICBIAS2 is used for MIC2.

VBAT

Display and Keyboard

LEDs are used for LCD and keypad illumination in RH-48. There are two LEDs for LCD and four LEDs for keypad. The signal used to drive the LED driver for the LCD and keyboard is KLIGHT. This signal turns on the LED driver (N302).

Color LCD is used in RH-48. Interface is using 9-bit data transfer. The interface is quite similar to DCT3 type interface, except Command/Data information is transferred together with the data.

The following figure is the waveform for LCD interface.

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Accessory

RH-48 supports Tomahawk and Universal Headset accessories, differential and singleended, respectively. Detection of Tomahawk accessories is done through the ACI signal where the Universal Headset is detected on GenIO (12). The following graphic shows the pin out of the Tomahawk connector.

Figure 19: LCD Interface

Figure 20: Tomahawk pin out

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The pin out on the Tomahawk connector is as follows:

1. Charger

2. Charger GND

3. ACI

4. Vout

5. USB Vbus

6. USB D+ / Fbus Rx

7. USB D- / Fbus Tx

8. Data GND

9. XMic N

10. XMic P

11. H S e a r N

12. HSear P

13. HSear R N

14. HSear R P

In Tomahawk accessories, the following functions may be performed: charging, accessory detection, FBUS communication, USB communication, and fully differential audio interface for mono- and stereo outputs.

Charging

Charging through the Tomahawk is accomplished in the same manner as through the charger connector. Pin 1 of the Tomahawk is physically connected to the charger connector. When the phone is connected to a desktop charger (e.g., DCV-15), it charges in the same manner as it does with the charger connector.

The actual charging sequence is illustrated in the following diagram. The channels on the diagram are:

CH1 = Charging current across the .22 Ohm (R200) resistor on UEMK

CH2 = Charger voltage measure at V100

CH3 = Battery voltage measure at R200

CH4 = PURX

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In Channel 4 PURX is released; this indicates when the phone operation goes from “RESET” mode to “POWER_ON” mode.

Nokia 3105 Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SERVICE MANUAL

Amendment Record Sheet

Company Policy

IMPORTANT

Warnings and Cautions

General Information

Contents

Handportables

Module List

Technical Specifications

General Specifications of Transceiver RH-48

Supported Accessories

Parts Lists

Contents

Exploded View

Assembly Parts of Basic Transceiver RH-48

Parts List

Service Software Instructions

Contents

Phoenix User’s Guide

Introduction

General Setup Procedure

Hardware Requirements for using Phoenix

Installing Phoenix

Installation Directions

Software Support Bundles

Starting a Phoenix Session

Concepts

Initial Session with Phoenix

Scanning for a Product

Using Components

Using Profiles

Uninstalling Phoenix

Uninstalling Phoenix version

Diego User’s Guide

Introduction

General Setup Procedure

Hardware Requirements for using Diego

Installing Diego

Installing

Software Support Bundles

Starting a Diego Session

Concepts

Initial Session with Diego and FLS-4S Dongle

Scanning for a Product

Using Components

Uninstalling Diego

Uninstalling Diego version

Service Tools

Contents

Model 3105 Service Tools

Flashing, Testing, and Tuning

Point of Sales Flashing

Flash Programming Using Docking Station (JBV-1 and MJF-17)

Covers-Off Troubleshooting Using Service Jig (MJ-23)

Automated Tuning and Alignment

Automated Tuning and Alignment Equipment List

Disassembly/Assembly

Disassembly Instructions

Exchange of Battery Connector X103

Troubleshooting - Antenna

Relevant Documents

Failures and Corrective Measures

Appearance of phone

Internal Antenna Missing

Damaged RF Feed Pin or Ground Pin

Wrong Internal Antenna Installed

Obstructed RF Feed or Ground Pads for Internal Antenna, or IHF Speaker Pads

Grounding of Display Frame

Grounding of RUIM Card Flap

RF Connector Failure

Contents

Baseband Troubleshooting

RH-48 Baseband Module Overview

Baseband and RF Architecture

Power Up and Reset