Nokia 6310 Service Manual 7 npe 4 trouble

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Programmes After Market Services

NPE-4 Series Cellular Phones

6 - Troubleshooting

Original ãNokia Corporation. Page 6-1

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Table of Contents

Page No.

Introduction ...................................................................................................................................... 5

Baseband Troubleshooting ..................................................................................................... 5

Phone is dead ..................................................................................................................... 5

Flash programming doesn’t work ................................................................................. 7

Power doesn’t stay on, or phone jammed .................................................................. 8

Display information: “Contact service” ....................................................................... 9

The phone doesn’t register to the network or phone doesn’t make a call ......... 11

SIM failure .......................................................................................................................... 11

Display failure .................................................................................................................... 13

Keypad failure .................................................................................................................... 14

Audio faults ........................................................................................................................ 17

Charger faults .................................................................................................................... 19

Blue Tooth module faults ................................................................................................ 20

RF Troubleshooting .................................................................................................................. 23

Introduction ........................................................................................................................ 23

RF Key component placement ................................................................................ 24

RF Measurement points ........................................................................................... 25

PA Can ................................................................................................................... 25

Hagar RF can ....................................................................................................... 26

Abbreviations in fault finding charts ................................................................... 27

RF in general ....................................................................................................................... 28

EGSM Receiver ................................................................................................................... 29

General instructions for EGSM RX troubleshooting ......................................... 29

Fault finding chart for EGSM receiver ................................................................. 31

EGSM signal path ...................................................................................................... 31

RX/TX Switch ....................................................................................................... 31

Front-end .............................................................................................................. 32

Hagar ..................................................................................................................... 32

PCN Receiver ...................................................................................................................... 32

General instructions for PCN RX troubleshooting ............................................ 32

Fault finding chart for PCN receiver ..................................................................... 34

PCN signal path .......................................................................................................... 35

RX/TX Switch ....................................................................................................... 35

Front-end .............................................................................................................. 35

Page 6-2 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Table of Contents

Page No.

Hagar ..................................................................................................................... 36

EGSM Transmitter ............................................................................................................. 36

General instructions for EGSM TX troubleshooting ......................................... 36

Path of the transmitted EGSM signal .................................................................. 38

Hagar ..................................................................................................................... 38

PA ............................................................................................................................ 38

RX/TX Switch ....................................................................................................... 38

Fault finding chart for EGSM transmitter ........................................................... 39

PCN Transmitter ................................................................................................................40

General instructions for PCN TX troubleshooting ............................................. 40

Path of the transmitted PCN signal ...................................................................... 41

Hagar ..................................................................................................................... 42

PA ............................................................................................................................ 42

RX/TX Switch ....................................................................................................... 42

Fault finding chart for PCN transmitter .............................................................. 43

Synthesiser .......................................................................................................................... 44

General instructions for Synthesiser troubleshooting ..................................... 44

26 MHz reference oscillator (VCTCXO) ................................................................ 45

VCO ................................................................................................................................ 46

Fault finding chart for PLL Synthesiser ................................................................ 46

PLL Blockdiagram ....................................................................................................... 47

Frequency lists ............................................................................................................ 48

EGSM ..................................................................................................................... 48

PCN ......................................................................................................................... 49

SMD Guidelines for PA ..................................................................................................... 50

Removal instructions ................................................................................................ 50

Attachment instructions .......................................................................................... 50

Phoenix tuning ................................................................................................................... 52

RF tuning after repairs ............................................................................................. 52

RX Calibration ............................................................................................................. 52

EGSM ..................................................................................................................... 52

PCN ......................................................................................................................... 54

RX Band Filter Response Compensation .............................................................. 56

EGSM ..................................................................................................................... 56

PCN ......................................................................................................................... 56

Original ãNokia Corporation. Page 6-3

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Table of Contents

Page No.

RX Channel Select Filter Calibration .................................................................... 60

RX AM Suppression ................................................................................................... 62

EGSM ..................................................................................................................... 62

PCN ......................................................................................................................... 63

TX Power tuning ......................................................................................................... 65

EGSM ..................................................................................................................... 65

PCN ......................................................................................................................... 67

TX I/Q Tuning ............................................................................................................... 69

EGSM ..................................................................................................................... 69

PCN ......................................................................................................................... 73

Page 6-4 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Introduction

This section is a summary of experiences the NPE-4 R&D team made during the development. It covers some errors or wrong configurations and their symptoms as well as advice for problem solving. The section is seperated into two main parts the Baseband troubleshooting and the RF troubleshooting, however, it is advisable to read both parts.

Baseband Troubleshooting

Phone is dead

This means that the phone does not use any current at all when supply is connected and/ or powerkey is pressed.

It is assumed that the voltage supplied is 3.6 VDC. The UEM will prevent any functionality what so ever at battery/supply levels below 2.9 VDC.

Original ãNokia Corporation. Page 6-5

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Phone is dead

Yes

L260 towards SIM connector,

VBAT = 3.6 VDC

Yes

L261 towards C261, L262 towards C262,

L265 towards C265

voltage = 3.6 VDC

Yes

Pin 2 and 4 on S300 = 0 VDC

when powerkey pressed

Yes

Sleep clock on J404

~32.768 Hz, 1.8 Vpp

Yes

PURX = 1.8 VDC on V130

(Bluetooth module) pin44

~1 sec. after power key is

pressed

Failure in VBAT

line, check: X101, X102

Check:

L261,L262,L263,

C261,C262,C265

Check:

S300, PWB

Check:

B200,C209,C210,

D200,PWB

Check:

D200, PWB

Yes

VR3 ~2.78 VDC on C295

towards D200 (UEM)

Yes

13 MHz clock min 300

mVACpp on C424 towards

D200 with regular probe Cin

~10-13 pF/10M

Yes

Check:

D400 (UPP),D450 (FLASH)

Check:

D200,C295,PWB

Check:

C424,C425,L420,

C420,R420,N600

(HAGAR)

Page 6-6 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Flash programming doesn’t work

The flash programming can be done via the pads on the PWB or via system connector X100. In production, the first programming is done via the pads on the PWB.

The main differences between these are:

a) Flash programming voltage is produced different way. b) Signal routings are different.

In case of Flash failure in FLALI station, problem is most likely related to SMD problems. Possible failures could be Short circuiting of balls under µBGAs (UEM, UPP, FLASH). Missing or misaligned components.

In flash programming error cases the flash prommer can give some information about a fault.

The fault information messages could be:

- Phone doesn't set FBUS_TX line low

The preliminary fault-finding diagrams for flash programming are shown in the next page.

Because of the use of uBGA components it is not possible to verify if there is a short circuit in control- and address lines of MCU (UPP) and memory (flash).

Original ãNokia Corporation. Page 6-7

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Flash programming

Flash programming doesn't work

If fault information from Prommer is:

Phone doesn't set FBUS_TX line low

Yes

Check the connections:

X100 p11 - R101 X100 p12 - R104 X100 p13 - R100

Connection ok?

Yes

Try reading MCU ID

with Phenix

Reading ok?

Yes

Try reading Flash ID with

Phenix

reading ok?

Yes

Flash again

Solder / replace faulty

component

Replace either UEM or UPP

Replace Flash

Power doesn’t stay on, or phone is jammed

If this kind of failure is presenting itself immediately after FLALI, it is most likely caused by ASICs missing contact with PWB.

If for some reason the MCU does not service the watchdog register within the UEM, the operations watchdog will run out after approximately 32 seconds. Unfortunately, the service routine can not be measured.

Page 6-8 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Power doesn't stay on or

phone is jammed

Yes

Sleep clock on J404 ~32.768 Hz, 1.8 Vpp

Yes

PURX = 1.8 VDC on V130

(Bluetooth module) pin44

~1 sec. after power key is

pressed

Yes

UI functionality and keys react

to pressure

Yes

13 MHz clock min 300

mVACpp on C424 towards

D200 with regular probe Cin

~10-13 pF/10M

Yes

TBA

Check:

B200,C209,C210,

D200,PWB

Check:

D200,PWB

Check:

D400,D450,Z300,

Keymat,

Lightguide,PWB

Check:

C424,C425,L420,

C420,R420,N600

(HAGAR)

Display Information: “Contact Service”

When this error appears in the display, it means that one or more of the internally Baseband tests has failed. The Baseband tests (selftests) are performed each time the phone is powered on. The selftests are devided into those performed while powering up (Start up tests), and the ones that can be executed with a PC using Phoenix (Runtime tests). The following Start-up tests are performed during power up:

UPP Register verfication test. UEM CBUS Interface test. SleepX loop test. Aux. Data loop test. Ear Data loop test. Tx IDP loop test. Tx IQ DP loop test. SIM Clock loop test.

Original ãNokia Corporation. Page 6-9

NPE-4

6 - Troubleshooting PAMS Technical Documentation

SIM I/O Control loop test. SIM Lock test. PMM (Flash) Validity test. PMM (Flash) Checksum test.

If all these selftests are passed, the phone will start-up.

From Phoenix it is possible to run all the selftest and the additional "Runtime test". The test cases can be seen below.

Page 6-10 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The phone doesn’t register to the network or phone doesn’t make a call

If the phone doesn't register to the network, the fault can be in either BB or RF. Due to the highly module design of the BB area, very few signals can be measured.

Phone doesn't register to network

or phone doesn't make a call

Yes

C292 towards D200 (UEM) ~4.75 VDC

C294 towards R308 ~2.78 VDC C295 towards UEM ~2.78 VDC C296 towards V311 ~2.78 VDC C297 towards UEM ~2.78 VDC C298 towards R307 ~2.78 VDC

C299 towards V311 ~2.78 VDC C288 towards R306 = 1.35 VDC C289 towards UEM = 1.35 VDC

all during GSM frame. Use TXP on J760.

Check:

D200, D400,PWB

Yes

Check RF serial bus:

RFBUSCLK on J731/J735

RFBUSDA on J732/J76

RFBUSEN1X on J730/J734

Transitions "1" <-> "0",

1.8 VDC <-> 0 VDC during GSM frame

Yes

Check analog signals during

GSM frame (Rx slot):

RXINP on C724 towards C716 = 0-1.45 VDC

RXQINP on C725 towards C716 = 0-1.45 VDC

Yes

Check analog common mode signals during

GSM frame (Tx slot):

TXIOUTP on R764 pin 1 towards R766 and

TXIOUTN on pin 3 = 1-1.75 VDC

TXQOUTP on R766 pin 1 towards R764and

PXQOUTN on pin 3 = 1-1.75 VDC

Yes

Check:

D400,PWB

Check:

D200,D400,PWB

Check:

D200,D400,R764,

R766,PWB

Check RF

SIM Failure

The hardware of the SIM interface from UEM (D200) to the SIM connector (X386) can be tested without a SIM card. When the power is switched on the phone first check for a 1,8V SIM card and then a 3V SIM card. The phone will try this four times, whereafter it will display "Insert SIM card".

Original ãNokia Corporation. Page 6-11

NPE-4

6 - Troubleshooting PAMS Technical Documentation

The error ”SIM card rejected” means that the ATR message received from SIM card is corrupted, e.g. data signal levels are wrong. The first data is always ATR and it is sent from card to phone.

SIM Fault

Measure

VSIM at

X386. Is it

3V?

Yes

Check SIM power-up

sequence

Check SIM

No No

reader X386

Measure

VSIM at

C302. Is it

3V?

Yes

Replace R388

UEM FAILURE

VSIM

Reset

Clock

Data

Page 6-12 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Display Failure

Display

Fault

display

working

Yes

Change

display

module

display

working

Yes

Measure

Vflash1 is

2,78V

Yes

Measure

Vio is

1,8V

Turn phone off and

ohm measure

between Vflash1

and ground.

UEM FAILURE

Turn phone off and

ohm measure

between Vio and

~46k ohm

ground.

0 ohm

Check C239, C279,

C304, C309, C350

R174, R202 and R352.

Check C207, C218,

C303, C404, C405,

C450, C451 and R173.

Measure

Vout at

C302 is

~10,7V

UPP FAILUREEND

Yes

UEM FAILURE

Check C302

~510k ohm

Original ãNokia Corporation. Page 6-13

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Keypad Failure

Power key failure

Keypad

fault

Power Key

OK?

Yes

Voltage on S300

approx = Vbat

Yes

Voltage on S300

while pressed

approx = Vbat

Yes

S300 ok ?

Check C312 and

Z300

If Ok ->

UEM fail

Phone

jammed

Change S300

Yes

Keypad

fault 2

Page 6-14 ãNokia Corporation. Original

Phone

dead

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Volume key failure

Keypad

fault 2

Volume UP key

OK?

Yes

Volume DOWN key

OK?

Check S301 with

Ohmmeter

S301 short?

Yes

Check S302 with

Ohmmeter

S302 short?

Replace S301

If still fail

Replace Z300

If still fail->

UPP failure

Replace S302

If still fail

Yes

Keypad

fault 3

Yes

Replace Z300

If still fail->

UPP failure

Original ãNokia Corporation. Page 6-15

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Keyboard failure

Keypad

fault 3

Keyboard

OK?

Yes

END

Replace light guide

OK now?

Yes

END

Replace Z300

if still fail -> UPP failure

Page 6-16 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Audio faults

Earpiece doesn't work

and there isn't any

mechanical problem

Replace Earpiece

Check L158, R171 (and

C150 and R156 for

Shortcircuit)

UEM FAILURE (D200)

Headset microphone doesn't work

and there isn't any

mechanical problem

Microphone doesn't work

and there isn't any

mechanical problem

Replace Microphone

R150 towards UEM (bias) = 2.1V UEM FAILURE (D200)

R151 towards miclines (bias) = 1.0-

Check MIC line to UEM:

L155, R153,C156, C155, R151,

Yes

1.4 V

Yes

C154, R152

Check R150, R151,

V158, C151, C153,

C152

UEM FAILURE (D200)

R162 towards UEM (bias) = 2.1V UEM FAILURE (D200)

R163 towards miclines (bias) = 0.8-

Check XMIC line to UEM:

L168, R167, C168, C167, C166,

C165, R166, C164, R165

Yes

1.4 V

Yes

Check R162, R163,

V151, C160, C162,

UEM FAILURE (D200)

C161

Original ãNokia Corporation. Page 6-17

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Headset earpiece doesn't work

and there isn't any

mechanical problem

With headset connected, measure C177 and C178

towards UEM - DC level 0.8V.

Press keypad tone 5 and

measure with oscilloscope. An

AC signal pressents.

Not OK

UEM FAILURE

Buzzer doesn't work

and there isn't any

mechanical problem

Measure C158 towards N150

with an oscilloscope. Same

AC signal present (higher

level).

Measure R179 towards UPP

- DC level > 1.5V

Check L150, R183, C158

(and C159, R161 for

Shortcircuit)

Check R176, C179, R177,

R178, R180, C176, C177

and C178.

Not OK

Vibra doesn't work and there isn't any

mechanical problem

BOOMER FAILURE

UPP FAILURE

Check vibra

Replace Buzzer

UEM FAILURE (D200)

Check L307, C307, C308

UEM FAILURE (D200)

Page 6-18 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Charger failure

Phone is off - battery is completely empty

(~3.1 VDC) and no current is drawn from

charger when connected

Yes

Check:

VCHAR > 2.1 VDC on L100 towards C107

Yes

D200 UEM is

faulty

Phone is on or off - battery has norminal

voltage 3.6 VDC and no current is drawn from

charger when connected

Yes

VCHAR > 2.1 VDC on L100 towards C107

Yes

F100, L100, V101,

C107

Check:

F100, L100, V101,

C107

Check:

D200, D400

Display information when charger connected:

"Not charging"

Yes

Voltage on R240 towards D200 (UEM)

~0.8 VDC when power is connected. BSI

value must be 39K (BPS-2, BLS-2)

Yes

Voltage (Use Scope) on R220 towards D200

(UEM) ~0.9 VDC at peak. BTEMP value must

be 47K.

Yes

Voltage on R200 towards D200 (UEM) same

as VBAT voltage

Yes

Voltage slowly rises on R200 towards D200

(UEM) when charger is connected

Check:

X101,

R202,R240,C240

Check:

X102,R202,R220,

C220

Check:

R200, D200

Check:

D200, PWB

Yes

Check:

PWB

Original ãNokia Corporation. Page 6-19

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Blue Tooth module faults

Flashing fails

V130 P52, P53, P54

VBAT = 3,6V

Yes

V130 P6, L133 P2

VREG = 2,7 - 2,86V

Yes

V130 P32, P49, P18

VAPPL = 1,7 - 3,3V

Yes

V130 P50

SYSCLK 0,5 - 0,8Vampl

26MHz (10ppm)

Yes

V130 P26

SLEEPCLK = 1,8V

32,768kHz (5%)

None easy accessable

Failure in VBAT line

check X101 and X102

Faulty PWB or UEM

Faulty PWB or N600

Faulty PWB or UEM

Yes

V130 P34

CBUS_Enx = 0V

When bus is active

Yes

V130 P36

CBUS_CLK = 1,8V

1MHz

Yes

V130 P35

CBUS_Da = 1,8v

Data

Yes

V130 P37

LPRFint = 1,8v

Pulses of approx. 20ms

When BT is on in UI

Yes

Faulty PWB or UEM

Replace module

Page 6-20 ãNokia Corporation. Original

NPE-4

NoN

PAMS Technical Documentation 6 - Troubleshooting

o BT air connection

Antenna open circui

Yes

Faulty PWB

o BT audio connection

J143

USARTTx = 1,8V

Data

Yes

J144

USARTRx = 1,8V

Data

Yes

V130 bad soldering

Replace module

V130

Replace module

V130

Replace module

V130

Faulty PWB

Original ãNokia Corporation. Page 6-21

NPE-4

6 - Troubleshooting PAMS Technical Documentation

RF Fail

The problem is most likely RF related if the following conditions are fulfilled.

Module can be flashed and BER

Test can be initiated. BER is above limit or no

connection to BT-Box

Visual soldering inspection Re-solder

Measure SYSCLK > 200 mVpp

Reference: 11pF probe.

ote: The measured result can depend very much on the probe type. Tip: If nessesary, measure a known good prototype with the same probe.

YES

Measure Vreg » 2.8 volts

YES

Replace MCM

Re-flash BT only

ot OK

VCTCXO or Buffer failure

See RF troubleshooting document

Check VFLASH1 & L133

Test points can be seen in the document “Baseband testpoints”.

Page 6-22 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

RF Troubleshooting

Introduction

Measurements should be done using Spectrum Analyzer with high-frequency highimpedance passive probe (LO-/reference frequencies and RF-power levels) and Oscilloscope with a 10:1 probe (DC-voltages and low frequency signals).

The RF-section is build around one ASICS Hagar (N600). For easier troubleshooting, this RF troubleshooting document is divided into sections.

Before changing Hagar, please check the following things: Supply voltages are OK and serial communication are coming to Hagar (See Baseband troubleshooting document).

Please note that the grounding of the PA-module is directly below PA-module so it is difficult to check or change. Most RF semiconductors are static discharge sensitive! So ESD protection must be taken during repair (ground straps and ESD soldering irons). The Hagar IC is moisture sensitive so parts must be pre-baked prior to soldering.

Apart from key-components described in this document here are a lot of discrete components (resistors, inductors and capacitors) which troubleshooting is done by checking if soldering of the component is done properly, for factory repairs (checking if it is missing from PCB). Capacitors can be checked for shortening and resistors for value by means of an ohmmeter, but be aware in-circuit measurements should be evaluated carefully.

Please be aware that all measured voltages or RF levels in this document are rough figures. Especially RF levels varies due to different measuring equipment or different grounding of the used probe.

All tuning must be done with Phoenix Service Software, version 02.90.001, or later.

Original ãNokia Corporation. Page 6-23

NPE-4

6 - Troubleshooting PAMS Technical Documentation

RF Key component placement

Reference

number

N600 HAGAR RF IC X802 RF Connector

N840 PA L836 Directional Coupler

Z610 PCN RX SAW filter V830 Detector Diode

Z620 EGSM RX SAW filter X101 Battery Terminal V+

Z650 EGSM TX SAW filter X102 Battery Terminal V-

Z804 RX DUAL SAW filter G630 VCO

Z802 RXTX Switch Module G740 VCTCXO

T660 PCN TX Balun T630 VCO Balun

V810 PCN RX LNA C840 Supply Capacitor

V820 EGSM RX LNA V130 Bluetooth Module

X800 Antenna signal clip A002 HAGAR RF Can

X801 Antenna ground clip A003 PA Can

Name

Reference

number

Name

Page 6-24 ãNokia Corporation. Original

PAMS Technical Documentation 6 - Troubleshooting

RF Measurement points

PA Can

Measurement points are shown on the picture below inside the circles.

Connector

VBD

PA EGSM out

PCN out

DUAL SAW

PCN in

DUAL SAW

EGSM PCN in

VANT1 VANT2 LNAB_900

NPE-4

V820 RF out

LNAC_900 V820 RF in DUAL SAW

EGSM out

DUAL SAW

PCN out

VTXB_900

TX_900

V810 RF in

V810 RF out

LNAB_ 1800

TX_1800 VTXB_1800

Original ãNokia Corporation. Page 6-25

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Hagar RF can

Measurement points are shown circled on the picture below.

TXP

TXC

TX_900

TX_1800

VR2

Z610 input

Z620 input

VR4

LNAC_1800

RXIINP

RXQINP

TXQOUT

P/N

VREFRF01

TXIOU

P/N

Bluetooth

Clockbuffer

output

VCO out

VCTCXO supply VCTCXO out VR3 VCO supply

Page 6-26 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Abbreviations in fault finding charts

BB Baseband

DC Direct Current

EGSM Extended GSM (See section 9.6.1 for frequency range)

ESD Electro Static Dicharge

f: Frequency of signal (measured with Spectrum Analyzer)

GPRS General Packed Radio Service

HSCSD High Speed Circuit Switched Data

LO Local Oscillator

P: Power of signal in decibels (dB) (measured with Spectrum Analyzer)

PA Power Amplifier

PCB Printed Circuit Board

PCN GSM1800 (See section 9.6.2 for frequency range)

PLL Phase Locked Loop

RF Radio Frequency

RX Receiver

T: Time between pulses

TX Transmitter

UHF Ultra High Frequency

V: Voltage of signal (measured with oscilloscope)

VCO Voltage controlled oscillator

VHF Very High Frequency

Original ãNokia Corporation. Page 6-27

NPE-4

6 - Troubleshooting PAMS Technical Documentation

RF in general

The RF part of this product is a Dualband Direct Conversion transceiver (Also used in 6210, 8210, 8850, 8310, and other). In Direct Conversion no intermediate frequencies are used for up- or downconversion. The VCO is set to either twice or four times (depending on the band used) the wanted RX or TX Frequency. The VCO frequency is divided by either 2 or 4 and fed to the mixers (down-conversion) or modulators (up-conversion). Up- or down-conversion is done in one step, directly between RF frequency and DC. All up and down-conversion takes place in the RF IC named Hagar (N600). Hagar also contains PLL and a DC control section used to power and/or control LNAs, TX buffers, Detector and RX/ TX Switch. Hagar is controlled via a serial bus (CTRL).

VRF_RX

Hagar

Cp_f_I

Cm_f_I

Cp_f_Q

Cp_dtos_I

Cm_dtos_I

Cp_dtos_Q

Cm_dtos_Q

Cm_f_Q

OUT_BB1_I

OUT_BB1_Q

I_DCN2_I

C1_BB1_I

C2_BB1_I

I_DCN2_Q

C2_BB1_Q

C1_BB1_Q

VB_EXT

RB_EXT

VR4

VREFRF01

DUAL

SAW

PCN

Ant Switch

GSM

Antenna connector

C:\USERS\HCS\HDb13\Troubleshooting\pics\Blocks\HDb13_block_010806.vsd

Dir. Coupler

DET

VBATTRF

LOIS RF Block Diagram Last edit 10:39 06-08-01

LNA

BALUN

SAW

INP_P_RX

INM_P_RX

SAW

LNA

SAW

INP_G_RX

INM_G_RX

LNAB_G

LNAB_P

LNA_G

LNA_P

V_ANT_1/ V_ANT_2

VBD

VTXLO_G

VTX_B_G

VTX_B_P

OUTP_P_TX/ OUTM_P_TX

OUTP_G_TX/

OUTM_G_TX

DET

BB_Gain

0-40dB

BB_Gain

0-40dB

charge

pump

RDIV

DNC2

1/2

RF TEMP SENSOR

RXI

VREF_RX

RXQ

INP_LO/INM_LO

OUT_CP

loop

VCO

2dB

filter

VCP/GND_CP

VDIG

OSC_IN

TOUT

VBB

VF_RX

VPRE

VLO

TXI_0/TXI_180

TXQ_0/TXQ_180

GNDRF_TX

GND_BB / GNDRF_RX / GND_LO / GND_PRE / GND_CP / GND_ DIG / GND_RX

RFTEMP

AFC

26MHz

TXIOUTP/TXIOUTN

TXQOUTP/TXQOUTN

VREFRF02

RXQ

AFC

LPRFCLK _I

RFCLK_I

HGR_TEMP

RFBUSEN1

RFBUSCLK

RFBUSDA

RESET

VBATTRF

RXI

VCP

VR7

VR3

VR4

TXC

TXP

VR2

BIQUAD

DtoS

8 / 18 dB

BIQUAD

DtoS

222

1/4

1/2

Controls

Open collector

PWC

Vpctrl_g

Vpctrl_p

TXP

TXC

0dB

Calibration

8 / 18 dB

64/65

NDIV ADIV

1/2

1/4

2 2

RX Filter

CTRL

SLE

SCLK

SDATA

Reset

The RF supports HSCSD (High Speed Circuit Switched Data) and GPRS (General Packed Radio Service), meaning multislot operation, this will not require special equipment or procedures in repair situations.

Page 6-28 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

EGSM Receiver

General instructions for EGSM RX troubleshooting

Connect the the phone to a PC with DAU-9P cable and dongle and follow the following instructions:

Start Phoenix Service Software

Select File Alt-F

Scan Product Ctrl-R

Wait until phone information shows in the lower right corner of the screen.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Wait until the RF Controls window pops up

Select Band GSM 900

Active unit RX

Operation mode Continuous

RX/TX Channel 37

AGC 8

The setup should now look like this:

Original ãNokia Corporation. Page 6-29

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6 - Troubleshooting PAMS Technical Documentation

Apply a 942.467 MHz (channel 37 + 67.710kHz offset) -80 dBm signal to the RF-connector (remember to compensate for cable attenuation).

Measuring with an oscilloscope on “RXIINP” or “RXQINP” this picture should be seen on a working EGSM receiver:

Signal amplitude 950mV DC offset 1,1V Frequency 67kHz If this picture is not seen, then go to troubleshooting.

Page 6-30 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

Fault finding chart for EGSM receiver

Apply -80dBm

942.467MHz signal from generator to antenna

connector

Yes

Oscilloscope at RXIINP

Signal 950mVpp

DC offset 1,1V

Frequency 67,7kHz

Yes

EGSM chain functional

Change generator

No No

level to -55dBm

EGSM Signal path

EGSM RX Fault finding Tree

Spectrumanalyzer

Yes

Spectrumanalyzer

Check Hagar serial

V820, RFout

-73dBm

Yes

Z620 input

-75dBm

Yes

Oscilloscope

VR4 2.7V

interface

Yes

Check Hagar

N600

Spectrumanalyzer

DUAL SAW

(Z804) EGSM out

-85dBm

Oscilloscope

LNAC_900

2.4-2.8V

LNAB_900 0V

Yes

Oscilloscope

V820, RFout 2.1-2.2V

V820, RFin 0.8-0.9V

Yes

Check

Yes

V820

Check

C824

Spectrumanalyzer

Check

R822,R823,R828,

V820,C821,C822,

C828, L822

Check BBNo

Oscilloscope

VR4 2.7V

Check Hagar serial interface

Yes

Check Hagar

N600

Check BaseBandNo

DUAL SAW

(Z804) EGSM in

-84dBm

Yes

Check Z804

Check RX/TX

Switch

Z802

For easy error tracing it is important to know the signal path of the EGSM receiver. The compnents can be grouped into blocks and drawn as shown below. Note that the picture shows bothe EGSM receiver (bottom) and PCN (top).

RX/TX Switch

From the antenna-pad (X800) the RF signal is lead to the RX/TX switch (Z802) via a mechanical switch, the antenna connector (X802).

Tba

Original ãNokia Corporation. Page 6-31

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6 - Troubleshooting PAMS Technical Documentation

If no control voltage is present at VC1 or VC2 the RX/TX switch is open to the two RX outlets GSM_Rx and DCS_Rx. The RX/TX switch will work as a diplexer and EGSM signals pass to GSM_Rx and PCN signals to DCS_Rx.

From GSM_Rx the EGSM signal is feed to the Dual RX SAW filter (Z804) via C804.

Front-end

The EGSM front-end consists mainly of two SAW filters (Z804 and Z620) and one LNA (V820) in-between. The SAW filters provides out-of-band blocking immunity, the LNA provides front-end gain. The first SAW filter (Z804) is a DUAL package including SAW filter for both EGSM and PCN. The last SAW filter (Z620) is single ended input and balanced output providing a balanced signal input for Hagar (N600).

The signal-path is through Z804 (In-band insertion-loss 3,5dB), through the matching circuit (L821, L820 and C821) and to the EGSM LNA (V820, RFin).

From the LNA (V820, RF out) the signal is lead through C824, through the 2 SAW Z620 (In-band insertion-loss 3,5dB), through the balanced matching circuit (C626, C627, L626) to Hagar (N600).

EGSM

Hagar

The balanced RX signal is mixed with a signal from the local oscillator at the same frequency as the wanted RX signal. After mixing the signal is converted to a single ended signal in the DtoS (Differential to Single ended) amplifier. The signal is now filtered in a BIQUAD filter to provide channel separation, amplified in the BB_Gain amplifier and DC compensated in DCN2.

PCN Receiver

General instructions for PCN RX troubleshooting

Connect the the phone to a PC with DAU-9P cable and dongle and follow the following instructions:

Start Phoenix Service Software

Select File Alt-F

Scan Product Ctrl-R

Wait until phone information shows in the lower right corner of the screen.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Page 6-32 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

Wait until the RF Controls window pops up

Select Band GSM 1800

Active unit RX Operation mode Continuous RX/TX Channel 700 AGC 8

The setup should now look like this:

Apply a 1842.867 MHz (channel 700 + 67.710kHz offset) -80 dBm signal to the RF-connector (remember to compensate for cable attenuation).

Original ãNokia Corporation. Page 6-33

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6 - Troubleshooting PAMS Technical Documentation

Measuring with an oscilloscope on “Hagar RXI” or “Hagar RXQ” this picture should be seen on a working PCN receiver:

Signal amplitude 1.5V DC offset 1,1V Frequency 67kHz

If this picture is not seen, then go to section 6.2 of this document for troubleshooting.

Fault finding chart for PCN receiver

Apply -80dBm

1842.867MHz signal from generator to

antenna connector

Yes

Oscilloscope at RXIINP

Signal 1.5Vpp DC offset 1.1V

Frequency 67.7kHz

Yes

PCN chain functional

Change generator

No No

level to -55dBm

PCN RX Fault finding Tree

Spectrumanalyzer

Yes

Spectrumanalyzer

Check Hagar serial

V810, RFout

-72dBm

Yes

Z610 input

-75dBm

Yes

Oscilloscope

VR4 2.7V

interface

Yes

Spectrumanalyzer

(Z804) PCN out

LNAB_1800 0V

Oscilloscope

V810, RFout 2.1-2.2V

V810, RFin 0.8-0.9V

DUAL SAW

-92dBm

Yes

Oscilloscope LNAC_1800

2.4-2.8V

Yes

Check

V810

Check

C814

Spectrumanalyzer

Check

R812,R813,R818,

V810,C811,C812,

C818, L812

Check BBNo

Oscilloscope

VR4 2.7V

Check Hagar serial int erface

Yes

Check Hagar

N600

Check BaseBandNo

DUAL SAW

(Z804) PCN in

-91dBm

Yes

Check Z804

Check RX/TX

Switch

Z802

Check Hagar

N600

Page 6-34 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

PCN Signal path

For easy error tracing it is important to know the signal path of the PCN receiver. The components can be grouped into blocks and drawn as shown below. Note that the picture shows both EGSM recieiver (bottom) and PCN receiver (top).

Tba

RX/TX Switch

From the antenna-pad (X800) the RF signal is lead to the RX/TX switch (Z802) via a mechanical switch, the antenna connector (X802).

From DCS_Rx the PCN signal is feed to the Dual RX SAW filter (Z804) via C806.

Front-end

The PCN front-end consists mainly of two SAW filters (Z804 and Z610) and one LNA (V810) in-between. The SAW filters provides out-of-band blocking immunity, the LNA provides front-end gain. The first SAW filter (Z804) is a DUAL package including SAW filter for both EGSM and PCN. The last SAW filter (Z610) is single ended input and balanced output providing a balanced signal input for Hagar (N600).

The signal-path is through Z804 (In-band insertion-loss max 4dB), through C811 to the PCN LNA (V810, RFin).

From the LNA (V810, RF out) the signal is lead through C814, through the 2nd EGSM SAW Z610 (In-band insertion-loss max 4dB), through the balanced matching circuit (C616, C617, L616) to Hagar (N600).

Original ãNokia Corporation. Page 6-35

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6 - Troubleshooting PAMS Technical Documentation

Hagar

EGSM Transmitter

General instructions for EGSM TX troubleshooting

Apply a RF-cable to the RF-connector to allow the transmitted signal to act as normal. RF-cable should be connected to measurement equipment (GSM Test equipment, Powermeter, Spectrum Analyzer, or similar) or to at least a 10-dB attenuator, otherwise the PA may be damaged.

Connect the the phone to a PC with DAU-9P cable and dongle and follow the following instructions:

Start Phoenix Service Software

Select File Alt-F

Scan Product Ctrl-R

Wait until phone information shows in the lower right corner of the screen.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Wait until the RF Controls window pops up

Select Band GSM 900

Active unit TX Operation mode Burst RX/TX Channel 37 TX PA Mode Free TX Power Level 10 TX Data Type Random

Page 6-36 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

The setup should now look like this:

Now the measurement equipment should measure the following output signal from the phone.

· P

+23dBm @ 897.4MHz

out

If this is not the case, then go to the fault finding chart for EGSM transmitter in this document for troubleshooting.

Original ãNokia Corporation. Page 6-37

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Path of the transmitted EGSM signal

For easy error tracing it is important to know the signal path of the EGSM transmitter. The components can be grouped into blocks and drawn as shown below. Note that the picture shows both EGSM transmitter (bottom) and PCN transmitter (top).

HAGAR

V_ANT_1/ V_ANT_2

VBD

VTXLO_G

VTX_B_G

VTX_B_P

Controls

Antenna connector

Hagar

Dir. Coupler

PCN

Ant Switch

GSM

DET

VBATTRF

BALUN

SAW

OUTP_P_TX/ OUTM_P_TX

OUTP_G_TX/

OUTM_G_TX

DET

Open collector

Vpctrl_g

TXI_0/TXI_180

TXQ_0/TXQ_180

PWC

Vpctrl_p

TXP

TXC

TXIOUTP/TXIOUTN

TXQOUTP/TXQOUTN

VBATTRF

The Balanced TX signal from baseband is coming to the RF IC Hagar. It includes RF modulators, one for EGSM and one for PCN. The Baseband signal is mixed with the LO signal corresponding to the wanted TX channel. The PCN TX output of Hagar is a balanced signal.

From the output of Hagar the signal goes through the EGSM TX SAW filter (Balanced to single ended) to the PA EGSM input.

TXC

TXP

VR2

The PA EGSM part has a maximum output at app. 35dBm. The supply is coming directly from the Battery terminals.

The output is controlled by Hagar by the power control loop. From the ouput of the PA the signal goes through the directional coupler (one of the power control loop components) to the RXTX Switch.

RXTX Switch

The RXTX Switch is making the filtering between RX and TX Bands and between EGSM and PCN bands. It is controlled by Hagar by the two voltages VANT1 and VANT2. The following table shows the different states.

VANT1 [Volt] VANT2 [Volt] EGSM Rx PCN Rx EGSM Tx PCN Tx

0 0 X X

0 2.7 X

2.7 0 X

Page 6-38 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

Fault finding chart for EGSM transmitter

Oscilloscope

R726 VREFRF01 Vdc = 1.5 Volt Check

C656 VR2 Vdc = 2.7 Volt

C760 TXP Vdc > 2.5 Volt

C601 VR4 Vdc = 2.7 Volt

Ye s

Oscilloscope

R764 TXIOUTP 67kHz

R764 TXIOUTN 67kHz

R766 TXQOUTP 67kHz

R766 TXQOUTN 67kHz

Ye s

Oscilloscope

C856

C866 VTXB_1800 Vdc < 0.3 Volt

C808 VANT1 Vdc < 0.3 Volt

C809 VANT2 Vdc > 2.0 Volt

C830 VBD Vdc > 2.0 Volt

Ye s

Spectrum analyser No Check

Z650 out, R858 in TX_900 Power > -3 dBm, 897,4 MHz

Ye s Synthesiser

Use Wintesla to select

TX_Data Type: Random

TX Power Level: 10

Ye s

Spectrum analyser Check PA N840

L836 EGSM in

(PA N840 EGSM out)

Power = +25 dBm, 897,4 MHz Check TXC

Ye s

Spectrum analyser Check

RF-connector No Directional Coupler (L836)

Pout = +23 dBm, 897,4 MHz RX/TX Switch (Z802)

Ye s

EGSM TX

VTXB_900 Vdc > 2.0 Volt No Check:

Vac = 0.4 Vpp, Vdc = 0.8 V

Check Power Loop

L836,V830

No BaseBand

Check

BaseBand

Hagar Serial Interface

Hagar

EGSM TX SAW Filter

Hagar

Original ãNokia Corporation. Page 6-39

NPE-4

6 - Troubleshooting PAMS Technical Documentation

PCN Transmitter

General instructions for PCN TX troubleshooting

Connect the the phone to a PC with DAU-9P cable and dongle and follow the following instructions:

Start Phoenix Service Software

Select File Alt-F

Scan Product Ctrl-R

Wait until phone information shows in the lower right corner of the screen.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Wait until the RF Controls window pops up

Select Band GSM 1800

Active unit TX Operation mode Burst RX/TX Channel 700 TX PA Mode Free TX Power Level 5 TX Data Type Random

Page 6-40 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The setup should now look like this:

Now the measurement equipment should measure the following output signal from the phone.

· P

+20dBm @ 1747.8MHz

out

If this is not the case, then go to the fault finding chart for PCN transmitter in this document for troubleshooting.

Path of the transmitted PCN signal

For easy error tracing it is important to know the signal path of the PCN transmitter. The components can be grouped into blocks and drawn as shown below. Note that the picture shows both EGSM transmitter (bottom) and PCN transmitter (top)

Original ãNokia Corporation. Page 6-41

NPE-4

6 - Troubleshooting PAMS Technical Documentation

HAGAR

V_ANT_1/ V_ANT_2

VBD

VTXLO_G

VTX_B_G

VTX_B_P

Controls

Antenna connector

Hagar

Dir. Coupler

PCN

Ant Switch

GSM

DET

VBATTRF

BALUN

SAW

OUTP_P_TX/

OUTM_P_TX

OUTP_G_TX/ OUTM_G_TX

DET

Open collector

Vpctrl_g

TXI_0/TXI_180

TXQ_0/TXQ_180

PWC

Vpctrl_p

TXP

TXC

TXIOUTP/TXIOUTN

TXQOUTP/TXQOUTN

VBATTRF

From the PCN TX output of Hagar the signal goes through the PCN TX Balun (Balanced to single ended) to the PA PCN TX input.

TXC

TXP

VR2

The PA PCN part has a maximum output at app. 32dBm. The supply is coming directly from the Battery terminals.

The output is controlled by Hagar by the power control loop. From the ouput of the PA the signal goes through the directional coupler (one of the power control loop components) to the RXTX Switch.

RXTX Switch

VANT1 [Volt] VANT2 [Volt] EGSM Rx PCN Rx EGSM Tx PCN Tx

0 0 X X

0 2.7 X

2.7 0 X

Page 6-42 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

Fault finding chart for PCN transmitter

Oscilloscope

R726 VREFRF01 Vdc = 1.5 Volt Check

C656 VR2 Vdc = 2.7 Volt No BaseBand

C760 TXP Vdc > 2.5 Volt

C601 VR4 Vdc = 2.7 Volt

C602 VR3 Vdc = 2.7 Volt

Yes

Oscilloscope

R764 TXIOUTP 67kHz

R764 TXIOUTN 67kHz

R766 TXQOUTP 67kHz

R766 TXQOUTN 67kHz

Yes

Oscilloscope

C856 VTXB_900 Vdc < 0.3 Volt No Check:

C866 VTXB_1800 Vdc > 2.0 Volt Hagar Serial Interface

C808 VANT 1 Vdc > 2.0 Volt Hagar

C809 VANT 2 Vdc < 0.3 Volt

C830 VBD Vdc > 2.0 Volt

Yes

Spectrum analyser No Check

T660 out, L868 TX_1800 Power > -3 dBm, 1747,8 MHz PCN TX Balun

Yes Synthesiser

Use Wintesla to select

TX_Data Type: Random

TX Power Level: 5

Yes

Spectrum analyser Check PA N840

L836 PCN in

(PA N840 PCN out)

Power = +22 dBm, 1747,8 MHz Check TXC

Yes

Spectrum analyser Check

RF-connector No Directional Coupler (L836)

Pout = +20 dBm, 1747,8 MHz RX/TX Switch (Z802)

Yes

PCN TX

No Check Power Loop

Vac = 0.4 Vpp, Vdc = 0.8 V

L836,V830

No Check

BaseBand

Hagar

Synthesiser

There is only one PLL synthesiser generating frequencies for both Rx and Tx in both bands

Original ãNokia Corporation. Page 6-43

NPE-4

6 - Troubleshooting PAMS Technical Documentation

(EGSM and PCN). VCO frequency is divided by 2 or by 4 in HAGAR depending on which band is active.

General instructions for Synthesiser troubleshooting

Connect the the phone to a PC with DAU-9P cable and dongle and follow the following instructions:

Start Phoenix Service Software

Select File Alt-F

Scan Product Ctrl-R

Wait until phone information shows in the lower right corner of the screen.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Wait until the RF Controls window pops up

Select Band GSM 900

Active unit RX Operation mode Continuous RX/TX Channel 37

Page 6-44 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The setup should now look like this:

Now it is possible to measure frequency of 3769.6MHz at the output of the VCO (G630) using a resistive probe and a spectrum analyzer.

If this is not the case, then go to fault finding chart for PLL synthesiser in this document for troubleshooting.

26 MHz reference oscillator ( VCTCXO )

The 26 MHz oscillator (G740) has three functions.

= Reference frequency for the PLL synthesiser.

= System clock for BB (13 MHz) after it is divided by 2 in HAGAR.

= 26 MHz Reference clock for Bluetooth Module (V130).

26 MHz signal from the VCTCXO is approx. 0,8 Vpp. Frequency of this oscillator is adjusted by dc voltage (Vcon) coming from the DAC in UEM (D200). Range of Vcon is 0.3 – 2.3 V.

Original ãNokia Corporation. Page 6-45

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6 - Troubleshooting PAMS Technical Documentation

VCO

The VCO is able to generate frequencies in the range of 3420 – 3840 MHz when PLL is in function. The frequency of the VCO signal is divided by 2 or by 4 in HAGAR so it is possible to generate the frequency of all channels in EGSM and PCN (both RX and TX). Frequency of the VCO is controlled by DC voltage (Vc) coming from the loop filter. Range of the Vc when PLL is in function is 0.7 – 3.8 V. Even if PLL is not working (Vc out of range) there is some frequency at the output of the VCO which is between 3 and 4 GHz (if the VCO itself is ok).

Fault finding chart for PLL Synthesiser

Setup with Phoenix:

Band: GSM 900

Mode: RX Continuous

Channel: 37

Yes

Spectrumanalyzer

VCO out (G630 out)

3769.6 MHz

Yes

Oscilloscope

Bluetooth Clockbuffer

output (LPRFCLK_I)

(C753) 26MHz

Yes

PLL Block is functional

Oscilloscope

VCTCXO Supply

(G740 Vcc)

Check UEM,

Software??

Phone not in function

Check Bluetooth

Clockbuffer

R750,R751,R752,

V831,C752,C753

2.7V

PLL Synthesiser Fault finding Tree

Oscilloscope

Yes

VCTCXO output

(G740 out)

26MHz,app.0.8Vpp

VCTCXO is dead

Check HAGAR,

Wrong writing to HAGAR

Yes

Oscilloscope VCO Supply

(G630 Vcc)

Check UEM,

Software??

Phone not in function

Spectrumanalyzer

VCO out (G630 out)

Some signal 3-4 GHz

VCTCXO is dead

2.7V

Yes

It is important to say that power supply for VCTCXO ( VXO) is OFF only in ‘Deep Sleep Mode’ and power supply for VCO (G630 Vcc) is OFF in ‘Sleep Mode’.

Page 6-46 ãNokia Corporation. Original

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PAMS Technical Documentation 6 - Troubleshooting

PLL Blockdiagram

2 2 2

1/4

1/2

64/65

NDIV ADIV

INP_LO/INM_LO

charge

pump

RDIV

1/2

OUT_CP

VCP/GND_CP

VDIG

OSC_IN

TOUT

loop

filter

VCO

AFC

26MHz

2dB

VCP

VR7

VR3

AFC

LPRFCLK_I

RFCLK_I

1/4

VBB

VF_RX

VPRE

VLO

VR4

CTRL

SLE

SCLK

SDATA

Reset

RFBUSEN1

RFBUSCLK

RFBUSDA

RESET

Original ãNokia Corporation. Page 6-47

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Frequency lists

EGSM

CH TX RX VCO TX VCO RX CH TX RX VCO TX VCO RX CH TX RX VCO TX VCO RX

975 880.2 925.2 3520.8 3700.8 1 890.2 935.2 3560.8 3740.8 63 902.6 947.6 3610.4 3790.4 976 880.4 925.4 3521.6 3701.6 2 890.4 935.4 3561.6 3741.6 64 902.8 947.8 3611.2 3791.2 977 880.6 925.6 3522.4 3702.4 3 890.6 935.6 3562.4 3742.4 65 903 948 3612 3792 978 880.8 925.8 3523.2 3703.2 4 890.8 935.8 3563.2 3743.2 66 903.2 948.2 3612.8 3792.8 979 881 926 3524 3704 5 891 936 3564 3744 67 903.4 948.4 3613.6 3793.6 980 881.2 926.2 3524.8 3704.8 6 891.2 936.2 3564.8 3744.8 68 903.6 948.6 3614.4 3794.4 981 881.4 926.4 3525.6 3705.6 7 891.4 936.4 3565.6 3745.6 69 903.8 948.8 3615.2 3795.2 982 881.6 926.6 3526.4 3706.4 8 891.6 936.6 3566.4 3746.4 70 904 949 3616 3796 983 881.8 926.8 3527.2 3707.2 9 891.8 936.8 3567.2 3747.2 71 904.2 949.2 3616.8 3796.8 984 882 927 3528 3708 10 892 937 3568 3748 72 904.4 949.4 3617.6 3797.6 985 882.2 927.2 3528.8 3708.8 11 892.2 937.2 3568.8 3748.8 73 904.6 949.6 3618.4 3798.4 986 882.4 927.4 3529.6 3709.6 12 892.4 937.4 3569.6 3749.6 74 904.8 949.8 3619.2 3799.2 987 882.6 927.6 3530.4 3710.4 13 892.6 937.6 3570.4 3750.4 75 905 950 3620 3800 988 882.8 927.8 3531.2 3711.2 14 892.8 937.8 3571.2 3751.2 76 905.2 950.2 3620.8 3800.8 989 883 928 3532 3712 15 893 938 3572 3752 77 905.4 950.4 3621.6 3801.6 990 883.2 928.2 3532.8 3712.8 16 893.2 938.2 3572.8 3752.8 78 905.6 950.6 3622.4 3802.4 991 883.4 928.4 3533.6 3713.6 17 893.4 938.4 3573.6 3753.6 79 905.8 950.8 3623.2 3803.2 992 883.6 928.6 3534.4 3714.4 18 893.6 938.6 3574.4 3754.4 80 906 951 3624 3804 993 883.8 928.8 3535.2 3715.2 19 893.8 938.8 3575.2 3755.2 81 906.2 951.2 3624.8 3804.8 994 884 929 3536 3716 20 894 939 3576 3756 82 906.4 951.4 3625.6 3805.6 995 884.2 929.2 3536.8 3716.8 21 894.2 939.2 3576.8 3756.8 83 906.6 951.6 3626.4 3806.4 996 884.4 929.4 3537.6 3717.6 22 894.4 939.4 3577.6 3757.6 84 906.8 951.8 3627.2 3807.2 997 884.6 929.6 3538.4 3718.4 23 894.6 939.6 3578.4 3758.4 85 907 952 3628 3808 998 884.8 929.8 3539.2 3719.2 24 894.8 939.8 3579.2 3759.2 86 907.2 952.2 3628.8 3808.8

999 885 930 3540 3720 25 895 940 3580 3760 87 907.4 952.4 3629.6 3809.6 1000 885.2 930.2 3540.8 3720.8 26 895.2 940.2 3580.8 3760.8 88 907.6 952.6 3630.4 3810.4 1001 885.4 930.4 3541.6 3721.6 27 895.4 940.4 3581.6 3761.6 89 907.8 952.8 3631.2 3811.2 1002 885.6 930.6 3542.4 3722.4 28 895.6 940.6 3582.4 3762.4 90 908 953 3632 3812 1003 885.8 930.8 3543.2 3723.2 29 895.8 940.8 3583.2 3763.2 91 908.2 953.2 3632.8 3812.8 1004 886 931 3544 3724 30 896 941 3584 3764 92 908.4 953.4 3633.6 3813.6 1005 886.2 931.2 3544.8 3724.8 31 896.2 941.2 3584.8 3764.8 93 908.6 953.6 3634.4 3814.4 1006 886.4 931.4 3545.6 3725.6 32 896.4 941.4 3585.6 3765.6 94 908.8 953.8 3635.2 3815.2 1007 886.6 931.6 3546.4 3726.4 33 896.6 941.6 3586.4 3766.4 95 909 954 3636 3816 1008 886.8 931.8 3547.2 3727.2 34 896.8 941.8 3587.2 3767.2 96 909.2 954.2 3636.8 3816.8 1009 887 932 3548 3728 35 897 942 3588 3768 97 909.4 954.4 3637.6 3817.6 1010 887.2 932.2 3548.8 3728.8 36 897.2 942.2 3588.8 3768.8 98 909.6 954.6 3638.4 3818.4 1011 887.4 932.4 3549.6 3729.6 37 897.4 942.4 3589.6 3769.6 99 909.8 954.8 3639.2 3819.2 1012 887.6 932.6 3550.4 3730.4 38 897.6 942.6 3590.4 3770.4 100 910 955 3640 3820 1013 887.8 932.8 3551.2 3731.2 39 897.8 942.8 3591.2 3771.2 101 910.2 955.2 3640.8 3820.8 1014 888 933 3552 3732 40 898 943 3592 3772 102 910.4 955.4 3641.6 3821.6 1015 888.2 933.2 3552.8 3732.8 41 898.2 943.2 3592.8 3772.8 103 910.6 955.6 3642.4 3822.4 1016 888.4 933.4 3553.6 3733.6 42 898.4 943.4 3593.6 3773.6 104 910.8 955.8 3643.2 3823.2 1017 888.6 933.6 3554.4 3734.4 43 898.6 943.6 3594.4 3774.4 105 911 956 3644 3824 1018 888.8 933.8 3555.2 3735.2 44 898.8 943.8 3595.2 3775.2 106 911.2 956.2 3644.8 3824.8 1019 889 934 3556 3736 45 899 944 3596 3776 107 911.4 956.4 3645.6 3825.6 1020 889.2 934.2 3556.8 3736.8 46 899.2 944.2 3596.8 3776.8 108 911.6 956.6 3646.4 3826.4 1021 889.4 934.4 3557.6 3737.6 47 899.4 944.4 3597.6 3777.6 109 911.8 956.8 3647.2 3827.2 1022 889.6 934.6 3558.4 3738.4 48 899.6 944.6 3598.4 3778.4 110 912 957 3648 3828 1023 889.8 934.8 3559.2 3739.2 49 899.8 944.8 3599.2 3779.2 111 912.2 957.2 3648.8 3828.8

0 890 935 3560 3740 50 900 945 3600 3780 112 912.4 957.4 3649.6 3829.6

Frequency list NPE-3 EGSM

51 900.2 945.2 3600.8 3780.8 113 912.6 957.6 3650.4 3830.4 52 900.4 945.4 3601.6 3781.6 114 912.8 957.8 3651.2 3831.2 53 900.6 945.6 3602.4 3782.4 115 913 958 3652 3832 54 900.8 945.8 3603.2 3783.2 116 913.2 958.2 3652.8 3832.8 55 901 946 3604 3784 117 913.4 958.4 3653.6 3833.6 56 901.2 946.2 3604.8 3784.8 118 913.6 958.6 3654.4 3834.4 57 901.4 946.4 3605.6 3785.6 119 913.8 958.8 3655.2 3835.2 58 901.6 946.6 3606.4 3786.4 120 914 959 3656 3836 59 901.8 946.8 3607.2 3787.2 121 914.2 959.2 3656.8 3836.8 60 902 947 3608 3788 122 914.4 959.4 3657.6 3837.6 61 902.2 947.2 3608.8 3788.8 123 914.6 959.6 3658.4 3838.4 62 902.4 947.4 3609.6 3789.6 124 914.8 959.8 3659.2 3839.2

Page 6-48 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

PCN

CH TX RX VCO TX VCO RX CH TX RX VCO TX VCO RX CH TX RX VCO TX VCO RX CH TX RX VCO TX VCO RX

512

1710.2 1805.2 3420.4 3610.4

513

1710.4 1805.4 6841.6 7221.6

514

1710.6 1805.6 6842.4 7222.4

515

1710.8 1805.8 6843.2 7223.2

516

1711 1806 6844 7224

517

1711.2 1806.2 6844.8 7224.8

518

1711.4 1806.4 6845.6 7225.6

519

1711.6 1806.6 6846.4 7226.4

520

1711.8 1806.8 6847.2 7227.2

521

1712 1807 6848 7228

522

1712.2 1807.2 6848.8 7228.8

523

1712.4 1807.4 6849.6 7229.6

524

1712.6 1807.6 6850.4 7230.4

525

1712.8 1807.8 6851.2 7231.2

526

1713 1808 6852 7232

527

1713.2 1808.2 6852.8 7232.8

528

1713.4 1808.4 6853.6 7233.6

529

1713.6 1808.6 6854.4 7234.4

530

1713.8 1808.8 6855.2 7235.2

531

1714 1809 6856 7236

532

1714.2 1809.2 6856.8 7236.8

533

1714.4 1809.4 6857.6 7237.6

534

1714.6 1809.6 6858.4 7238.4

535

1714.8 1809.8 6859.2 7239.2

536

1715 1810 6860 7240

537

1715.2 1810.2 6860.8 7240.8

538

1715.4 1810.4 6861.6 7241.6

539

1715.6 1810.6 6862.4 7242.4

540

1715.8 1810.8 6863.2 7243.2

541

1716 1811 6864 7244

542

1716.2 1811.2 6864.8 7244.8

543

1716.4 1811.4 6865.6 7245.6

544

1716.6 1811.6 6866.4 7246.4

545

1716.8 1811.8 6867.2 7247.2

546

1717 1812 6868 7248

547

1717.2 1812.2 6868.8 7248.8

548

1717.4 1812.4 6869.6 7249.6

549

1717.6 1812.6 6870.4 7250.4

550

1717.8 1812.8 6871.2 7251.2

551

1718 1813 6872 7252

552

1718.2 1813.2 6872.8 7252.8

553

1718.4 1813.4 6873.6 7253.6

554

1718.6 1813.6 6874.4 7254.4

555

1718.8 1813.8 6875.2 7255.2

556

1719 1814 6876 7256

557

1719.2 1814.2 6876.8 7256.8

558

1719.4 1814.4 6877.6 7257.6

559

1719.6 1814.6 6878.4 7258.4

560

1719.8 1814.8 6879.2 7259.2

561

1720 1815 6880 7260

562

1720.2 1815.2 6880.8 7260.8

563

1720.4 1815.4 6881.6 7261.6

564

1720.6 1815.6 6882.4 7262.4

565

1720.8 1815.8 6883.2 7263.2

566

1721 1816 6884 7264

567

1721.2 1816.2 6884.8 7264.8

568

1721.4 1816.4 6885.6 7265.6

569

1721.6 1816.6 6886.4 7266.4

570

1721.8 1816.8 6887.2 7267.2

571

1722 1817 6888 7268

572

1722.2 1817.2 6888.8 7268.8

573

1722.4 1817.4 6889.6 7269.6

574

1722.6 1817.6 6890.4 7270.4

575

1722.8 1817.8 6891.2 7271.2

576

1723 1818 6 892 7272

577

1723.2 1818.2 6892.8 7272.8

578

1723.4 1818.4 6893.6 7273.6

579

1723.6 1818.6 6894.4 7274.4

580

1723.8 1818.8 6895.2 7275.2

581

1724 1819 6 896 7276

582

1724.2 1819.2 6896.8 7276.8

583

1724.4 1819.4 6897.6 7277.6

584

1724.6 1819.6 6898.4 7278.4

585

1724.8 1819.8 6899.2 7279.2

586

1725 1820 6 900 7280

587

1725.2 1820.2 6900.8 7280.8

588

1725.4 1820.4 6901.6 7281.6

589

1725.6 1820.6 6902.4 7282.4

590

1725.8 1820.8 6903.2 7283.2

591

1726 1821 6 904 7284

592

1726.2 1821.2 6904.8 7284.8

593

1726.4 1821.4 6905.6 7285.6

594

1726.6 1821.6 6906.4 7286.4

595

1726.8 1821.8 6907.2 7287.2

596

1727 1822 6 908 7288

597

1727.2 1822.2 6908.8 7288.8

598

1727.4 1822.4 6909.6 7289.6

599

1727.6 1822.6 6910.4 7290.4

600

1727.8 1822.8 6911.2 7291.2

601

1728 1823 6 912 7292

602

1728.2 1823.2 6912.8 7292.8

603

1728.4 1823.4 6913.6 7293.6

604

1728.6 1823.6 6914.4 7294.4

605

1728.8 1823.8 6915.2 7295.2

606

1729 1824 3458 3648

607

1729.2 1824.2 3458.4 3648.4

608

1729.4 1824.4 3458.8 3648.8

609

1729.6 1824.6 3459.2 3649.2

610

1729.8 1824.8 3459.6 3649.6

611

1730 1825 3460 3650

612

1730.2 1825.2 3460.4 3650.4

613

1730.4 1825.4 3460.8 3650.8

614

1730.6 1825.6 3461.2 3651.2

615

1730.8 1825.8 3461.6 3651.6

616

1731 1826 3462 3652

617

1731.2 1826.2 3462.4 3652.4

618

1731.4 1826.4 3462.8 3652.8

619

1731.6 1826.6 3463.2 3653.2

620

1731.8 1826.8 3463.6 3653.6

621

1732 1827 3464 3654

622

1732.2 1827.2 3464.4 3654.4

623

1732.4 1827.4 3464.8 3654.8

624

1732.6 1827.6 3465.2 3655.2

625

1732.8 1827.8 3465.6 3655.6

626

1733 1828 3466 3656

627

1733.2 1828.2 3466.4 3656.4

628

1733.4 1828.4 3466.8 3656.8

629

1733.6 1828.6 3467.2 3657.2

630

1733.8 1828.8 3467.6 3657.6

631

1734 1829 3468 3658

632

1734.2 1829.2 3468.4 3658.4

633

1734.4 1829.4 3468.8 3658.8

634

1734.6 1829.6 3469.2 3659.2

635

1734.8 1829.8 3469.6 3659.6

636

1735 1830 3470 3660

637

1735.2 1830.2 3470.4 3660.4

638

1735.4 1830.4 3470.8 3660.8

639

1735.6 1830.6 3471.2 3661.2

640

1735.8 1830.8 3471.6 3661.6

641

1736 1831 3472 3662

642

1736.2 1831.2 3472.4 3662.4

643

1736.4 1831.4 3472.8 3662.8

644

1736.6 1831.6 3473.2 3663.2

645

1736.8 1831.8 3473.6 3663.6

646

1737 1832 3474 3664

647

1737.2 1832.2 3474.4 3664.4

648

1737.4 1832.4 3474.8 3664.8

649

1737.6 1832.6 3475.2 3665.2

650

1737.8 1832.8 3475.6 3665.6

651

1738 1833 3476 3666

652

1738.2 1833.2 3476.4 3666.4

653

1738.4 1833.4 3476.8 3666.8

654

1738.6 1833.6 3477.2 3667.2

655

1738.8 1833.8 3477.6 3667.6

656

1739 1834 3478 3668

657

1739.2 1834.2 3478.4 3668.4

658

1739.4 1834.4 3478.8 3668.8

659

1739.6 1834.6 3479.2 3669.2

660

1739.8 1834.8 3479.6 3669.6

661

1740 1835 3480 3670

662

1740.2 1835.2 3480.4 3670.4

663

1740.4 1835.4 3480.8 3670.8

664

1740.6 1835.6 3481.2 3671.2

665

1740.8 1835.8 3481.6 3671.6

666

1741 1836 3482 3672

667

1741.2 1836.2 3482.4 3672.4

668

1741.4 1836.4 3482.8 3672.8

669

1741.6 1836.6 3483.2 3673.2

670

1741.8 1836.8 3483.6 3673.6

671

1742 1837 3 484 3674

672

1742.2 1837.2 3484.4 3674.4

673

1742.4 1837.4 3484.8 3674.8

674

1742.6 1837.6 3485.2 3675.2

675

1742.8 1837.8 3485.6 3675.6

676

1743 1838 3 486 3676

677

1743.2 1838.2 3486.4 3676.4

678

1743.4 1838.4 3486.8 3676.8

679

1743.6 1838.6 3487.2 3677.2

680

1743.8 1838.8 3487.6 3677.6

681

1744 1839 3 488 3678

682

1744.2 1839.2 3488.4 3678.4

683

1744.4 1839.4 3488.8 3678.8

684

1744.6 1839.6 3489.2 3679.2

685

1744.8 1839.8 3489.6 3679.6

686

1745 1840 3 490 3680

687

1745.2 1840.2 3490.4 3680.4

688

1745.4 1840.4 3490.8 3680.8

689

1745.6 1840.6 3491.2 3681.2

690

1745.8 1840.8 3491.6 3681.6

691

1746 1841 3 492 3682

692

1746.2 1841.2 3492.4 3682.4

693

1746.4 1841.4 3492.8 3682.8

694

1746.6 1841.6 3493.2 3683.2

695

1746.8 1841.8 3493.6 3683.6

696

1747 1842 3 494 3684

697

1747.2 1842.2 3494.4 3684.4

698

1747.4 1842.4 3494.8 3684.8

699

1747.6 1842.6 3495.2 3685.2

Frequency list NPE-3 PCN

700

1747.8 1842.8 3495.6 3685.6

701

1748 1843 3 496 3686

702

1748.2 1843.2 3496.4 3686.4

703

1748.4 1843.4 3496.8 3686.8

704

1748.6 1843.6 3497.2 3687.2

705

1748.8 1843.8 3497.6 3687.6

706

1749 1844 3 498 3688

707

1749.2 1844.2 3498.4 3688.4

708

1749.4 1844.4 3498.8 3688.8

709

1749.6 1844.6 3499.2 3689.2

710

1749.8 1844.8 3499.6 3689.6

711

1750 1845 3 500 3690

712

1750.2 1845.2 3500.4 3690.4

713

1750.4 1845.4 3500.8 3690.8

714

1750.6 1845.6 3501.2 3691.2

715

1750.8 1845.8 3501.6 3691.6

716

1751 1846 3 502 3692

717

1751.2 1846.2 3502.4 3692.4

718

1751.4 1846.4 3502.8 3692.8

719

1751.6 1846.6 3503.2 3693.2

720

1751.8 1846.8 3503.6 3693.6

721

1752 1847 3 504 3694

722

1752.2 1847.2 3504.4 3694.4

723

1752.4 1847.4 3504.8 3694.8

724

1752.6 1847.6 3505.2 3695.2

725

1752.8 1847.8 3505.6 3695.6

726

1753 1848 3 506 3696

727

1753.2 1848.2 3506.4 3696.4

728

1753.4 1848.4 3506.8 3696.8

729

1753.6 1848.6 3507.2 3697.2

730

1753.8 1848.8 3507.6 3697.6

731

1754 1849 3 508 3698

732

1754.2 1849.2 3508.4 3698.4

733

1754.4 1849.4 3508.8 3698.8

734

1754.6 1849.6 3509.2 3699.2

735

1754.8 1849.8 3509.6 3699.6

736

1755 1850 3 510 3700

737

1755.2 1850.2 3510.4 3700.4

738

1755.4 1850.4 3510.8 3700.8

739

1755.6 1850.6 3511.2 3701.2

740

1755.8 1850.8 3511.6 3701.6

741

1756 1851 3 512 3702

742

1756.2 1851.2 3512.4 3702.4

743

1756.4 1851.4 3512.8 3702.8

744

1756.6 1851.6 3513.2 3703.2

745

1756.8 1851.8 3513.6 3703.6

746

1757 1852 3 514 3704

747

1757.2 1852.2 3514.4 3704.4

748

1757.4 1852.4 3514.8 3704.8

749

1757.6 1852.6 3515.2 3705.2

750

1757.8 1852.8 3515.6 3705.6

751

1758 1853 3 516 3706

752

1758.2 1853.2 3516.4 3706.4

753

1758.4 1853.4 3516.8 3706.8

754

1758.6 1853.6 3517.2 3707.2

755

1758.8 1853.8 3517.6 3707.6

756

1759 1854 3 518 3708

757

1759.2 1854.2 3518.4 3708.4

758

1759.4 1854.4 3518.8 3708.8

759

1759.6 1854.6 3519.2 3709.2

760

1759.8 1854.8 3519.6 3709.6

761

1760 1855 3 520 3710

762

1760.2 1855.2 3520.4 3710.4

763

1760.4 1855.4 3520.8 3710.8

764

1760.6 1855.6 3521.2 3711.2

765

1760.8 1855.8 3521.6 3711.6

766

1761 1856 3 522 3712

767

1761.2 1856.2 3522.4 3712.4

768

1761.4 1856.4 3522.8 3712.8

769

1761.6 1856.6 3523.2 3713.2

770

1761.8 1856.8 3523.6 3713.6

771

1762 1857 3 524 3714

772

1762.2 1857.2 3524.4 3714.4

773

1762.4 1857.4 3524.8 3714.8

774

1762.6 1857.6 3525.2 3715.2

775

1762.8 1857.8 3525.6 3715.6

776

1763 1858 3 526 3716

777

1763.2 1858.2 3526.4 3716.4

778

1763.4 1858.4 3526.8 3716.8

779

1763.6 1858.6 3527.2 3717.2

780

1763.8 1858.8 3527.6 3717.6

781

1764 1859 3 528 3718

782

1764.2 1859.2 3528.4 3718.4

783

1764.4 1859.4 3528.8 3718.8

784

1764.6 1859.6 3529.2 3719.2

785

1764.8 1859.8 3529.6 3719.6

786

1765 1860 3 530 3720

787

1765.2 1860.2 3530.4 3720.4

788

1765.4 1860.4 3530.8 3720.8

789

1765.6 1860.6 3531.2 3721.2

790

1765.8 1860.8 3531.6 3721.6

791

1766 1861 3 532 3722

792

1766.2 1861.2 3532.4 3722.4

793

1766.4 1861.4 3532.8 3722.8

794

1766.6 1861.6 3533.2 3723.2

795

1766.8 1861.8 3533.6 3723.6

796

1767 1862 3534 3724

797

1767.2 1862.2 3534.4 3724.4

798

1767.4 1862.4 3534.8 3724.8

799

1767.6 1862.6 3535.2 3725.2

800

1767.8 1862.8 3535.6 3725.6

801

1768 1863 3536 3726

802

1768.2 1863.2 3536.4 3726.4

803

1768.4 1863.4 3536.8 3726.8

804

1768.6 1863.6 3537.2 3727.2

805

1768.8 1863.8 3537.6 3727.6

806

1769 1864 3538 3728

807

1769.2 1864.2 3538.4 3728.4

808

1769.4 1864.4 3538.8 3728.8

809

1769.6 1864.6 3539.2 3729.2

810

1769.8 1864.8 3539.6 3729.6

811

1770 1865 3540 3730

812

1770.2 1865.2 3540.4 3730.4

813

1770.4 1865.4 3540.8 3730.8

814

1770.6 1865.6 3541.2 3731.2

815

1770.8 1865.8 3541.6 3731.6

816

1771 1866 3542 3732

817

1771.2 1866.2 3542.4 3732.4

818

1771.4 1866.4 3542.8 3732.8

819

1771.6 1866.6 3543.2 3733.2

820

1771.8 1866.8 3543.6 3733.6

821

1772 1867 3544 3734

822

1772.2 1867.2 3544.4 3734.4

823

1772.4 1867.4 3544.8 3734.8

824

1772.6 1867.6 3545.2 3735.2

825

1772.8 1867.8 3545.6 3735.6

826

1773 1868 3546 3736

827

1773.2 1868.2 3546.4 3736.4

828

1773.4 1868.4 3546.8 3736.8

829

1773.6 1868.6 3547.2 3737.2

830

1773.8 1868.8 3547.6 3737.6

831

1774 1869 3548 3738

832

1774.2 1869.2 3548.4 3738.4

833

1774.4 1869.4 3548.8 3738.8

834

1774.6 1869.6 3549.2 3739.2

835

1774.8 1869.8 3549.6 3739.6

836

1775 1870 3550 3740

837

1775.2 1870.2 3550.4 3740.4

838

1775.4 1870.4 3550.8 3740.8

839

1775.6 1870.6 3551.2 3741.2

840

1775.8 1870.8 3551.6 3741.6

841

1776 1871 3552 3742

842

1776.2 1871.2 3552.4 3742.4

843

1776.4 1871.4 3552.8 3742.8

844

1776.6 1871.6 3553.2 3743.2

845

1776.8 1871.8 3553.6 3743.6

846

1777 1872 3554 3744

847

1777.2 1872.2 3554.4 3744.4

848

1777.4 1872.4 3554.8 3744.8

849

1777.6 1872.6 3555.2 3745.2

850

1777.8 1872.8 3555.6 3745.6

851

1778 1873 3556 3746

852

1778.2 1873.2 3556.4 3746.4

853

1778.4 1873.4 3556.8 3746.8

854

1778.6 1873.6 3557.2 3747.2

855

1778.8 1873.8 3557.6 3747.6

856

1779 1874 3558 3748

857

1779.2 1874.2 3558.4 3748.4

858

1779.4 1874.4 3558.8 3748.8

859

1779.6 1874.6 3559.2 3749.2

860

1779.8 1874.8 3559.6 3749.6

861

1780 1875 35 60 3750

862

1780.2 1875.2 3560.4 3750.4

863

1780.4 1875.4 3560.8 3750.8

864

1780.6 1875.6 3561.2 3751.2

865

1780.8 1875.8 3561.6 3751.6

866

1781 1876 35 62 3752

867

1781.2 1876.2 3562.4 3752.4

868

1781.4 1876.4 3562.8 3752.8

869

1781.6 1876.6 3563.2 3753.2

870

1781.8 1876.8 3563.6 3753.6

871

1782 1877 35 64 3754

872

1782.2 1877.2 3564.4 3754.4

873

1782.4 1877.4 3564.8 3754.8

874

1782.6 1877.6 3565.2 3755.2

875

1782.8 1877.8 3565.6 3755.6

876

1783 1878 35 66 3756

877

1783.2 1878.2 3566.4 3756.4

878

1783.4 1878.4 3566.8 3756.8

879

1783.6 1878.6 3567.2 3757.2

880

1783.8 1878.8 3567.6 3757.6

881

1784 1879 35 68 3758

882

1784.2 1879.2 3568.4 3758.4

883

1784.4 1879.4 3568.8 3758.8

884

1784.6 1879.6 3569.2 3759.2

885

1784.8 1879.8 3569.6 3759.6

Original ãNokia Corporation. Page 6-49

NPE-4

6 - Troubleshooting PAMS Technical Documentation

SMD Guidelines for PA

Since the PA is a LGA package removal and attachment must be done in a way specified below.

Removal instuctions

• ESD Protection Follow RFMD’s ESD Work Instructions when handling microcircuit devices.

• Before removal, the modules to be removed MUST BE BAKED in a calibrated oven/ chamber for 24 hours at 125ºC to remove moisture from the package.

• Set up the PC board to be repaired so that it is directly over the blower section of the Hako 853 heater. The PC board should be 0.5 inches above the Hako 853.

• Set the Hako 853 heater to 250ºC and the Thermo Flow BGA/SMD blower temperature to 250ºC. The Thermo Flow blower speed should be set to 8. The actual remove profile is shown at the figure below.

• Turn the Hako 853 ON and preheat the PC board for 1.5 minutes.

• After the 1.5 minutes, set the Hako 853temperature to 200ºC and continue preheating for another 2.5 minutes.

• Set the Hako 853 temperature back to 250ºC.

• Turn on the blower for the Thermo Flow BGA/SMD blower. Verify that the temperature setting is 250ºC with a blower speed of 8 and then heat the top of the module. Hold the blower nozzle approximately 0.25 inches from the top of module.

• Module should be removable with in 1 minute. Use tweezers to carefully remove the module from the PC board.

• Turn OFF the Hako 853 heater and the Thermo flow blower.

• Wait 5 minutes before handling the PC board as it should be close to room temperature at this time.

Remove Profile

250

200

150

Tem perature

Temperature (C)

100

Time

Page 6-50 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Attachment instructions

• ESD Protection Follow RFMD’s ESD Work Instructions when handling microcircuit devices.

• Before attachment can begin, the modules to be attached MUST BE BAKED in a calibrated oven/chamber for 24 hours at 125ºC to remove moisture from the package.

• Set up the PC board to be attached so that it is directly over the blower section of the Hako 853 heater. The PC board should be 0.5 inches above the Hako 853.

• Set the Hako 853 heater to 250ºC and the Thermo Flow BGA/SMD blower temperature to 250ºC. The Thermo Flow blower speed should be set to 8. The actual attachment reflow profile is shown at the figure below.

• Turn the Hako 853 ON and preheat the PC board for 2.0 minutes.

• After the 2.0 minutes, set the Hako 853 temperature to 200ºC and continue preheating for another 1.0 minute.

• Using ESD protection and tweezers, carefully place the module to be attached, on the board. Verify the proper alignment and pin 1 orientation.

• Module should be solder with in 1 minute.

• Turn OFF the Hako 853 heater and the Thermo flow blower.

• Wait 5 minutes before handling the PC board as it should be close to room temperature at this time.

Atta chment Reflow Profile

250

200

150

100

Temperature

Time

Temper ature

Original ãNokia Corporation. Page 6-51

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Phoenix tuning

Before any tuning the phone should syncronised with the PC.

Connect the the phone to a PC with DAU-9P cable and dongle and follow the following instructions:

Start Phoenix Service Software

Select File Alt-F

Scan Product Ctrl-R

Wait until phone information shows in the lower right corner of the screen.

RF tuning after repairs

Different repairs require different tuning. In general it is necessary to determine in which section the repair was done to select which tunings to perform. To determine if RF tuning is necessary after repair it is important that the functionality of the repaired circuit is understood well.

• In general repairs in the TX part will require "TX Power Level Tuning" and "TX IQ

Tuning".

• In general repairs in the RX part or PLL part always require "RX Calibration" and

in some cases require "RX AM Suppression" tuning, "RX Channel Select Filter Calibration" and/or "RX Band Filter Response Compensation" tuning.

Other parts interfacing to TX, RX or PLL might require tuning, but common sense should be used, e.g. if a component that has no influence on RF performance has been changed, e.g. the microphone, on/off key, mechanichal parts or similar, there is no need to do any RF tuning.

RX Calibration

The "RX calibration" is used to determine gain at different gain-settings for front-end and Hagar and needs to be done in both bands.

EGSM

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RX Calibration C

Wait until the RX Calibration window pops up.

Select Band GSM 900

Autom.- 80 1st Man.- 50 2nd Man.- 85

Page 6-52 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The setup should now look like this:

Select Automatic, press Start and a new window pops up:

Select default, press OK and the window closes.

Now it is possible to press the calibrate button in the RX Calibration window.

Original ãNokia Corporation. Page 6-53

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Press Calibrate and a window pops up:

Connect an external signal generator to the RF connector of the phone and set the generator as told in the window.

Press ok and the window closes.

PCN

Press Stop in the RX Calibration window and a new window pops up:

Press Yes and the EGSM RX Calibration is finished.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RX Calibration C

Wait until the RX Calibration window pops up

Select Band GSM 1800

Autom.- 80 1st Man.- 50

Man.- 85

Page 6-54 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The setup should now look like this:

Select Automatic, press Start and a new window pops up:

Select default, press OK and the window closes.

Now it is possible to press the calibrate button in the RX Calibration window.

Original ãNokia Corporation. Page 6-55

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Press Calibrate and a window pops up:

Connect an external signal generator to the RF connector of the phone and set the generator as told in the window.

Press ok and the window closes.

Press Stop in the RX Calibration window and a new window pops up:

Press Yes and the PCN RX Calibration is finished.

RX Band Filter Response Compensation

EGSM

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Wait until the RF Controls window pops up

Select Band GSM 900

Select Maintenance Alt-M

Tuning T

RX Band Filter Response Compensation B

Page 6-56 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

A window pops up:

Select Yes and the RX Band Filter Response Compensation window pops up.

The setup should now look like this:

Select Input Signal Level -80

Original ãNokia Corporation. Page 6-57

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Press Manual tuning and a window pops up:

Connect an external signal generator to the RF connector of the phone and set the generator as told in the window.

Press OK and a new window pops up:

PCN

Set the generator as told in the window.

Press OK and a new window pops up. Repeat this sequense 9 times until all channels are done.

Press Stop, Write to PM Area (In the RX Band Filter Response Compensation window) and a window pops up:

Press Yes and the EGSM RX Band Filter Response Compensation is finished.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RF Controls F

Page 6-58 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Wait until the RF Controls window pops up

Select Band GSM 1800

Select Maintenance Alt-M

Tuning T

RX Band Filter Response CompensationB

A window pops up:

Select Yes and the RX Band Filter Response Compensation window pops up.

The setup should now look like this:

Select Input Signal Level -80

Original ãNokia Corporation. Page 6-59

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Press Manual tuning and a window pops up:

Connect an external signal generator to the RF connector of the phone and set the generator as told in the window.

Press OK and a new window pops up:

Set the generator as told in the window.

Press OK and a new window pops up. Repeat this sequense 9 times until all channels are done.

Press Stop, Write to PM Area (In the RX Band Filter Response Compensation window) and a window pops up:

Press Yes and the PCN RX Band Filter Response Compensation is finished.

RX Channel Select Filter Calibration

This calibration is calibrating the Baseband filter inside Hagar, for this reason the calibration is not done in both bands.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RX Channel Select filter Calibration H

Page 6-60 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

A window pops up:

Select Yes and the RX Channel Select Filter Calibration window pops up.

The setup should now look like this:

Press Autotune and the optimal values are found.

Press Stop and a new window pops up:

Original ãNokia Corporation. Page 6-61

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Press Yes and the RX Channel Select Filter Calibration is finished.

RX AM Suppression

This calibration is tuning the AM suppression performance of Hagar mixers and will have to be done in both bands. If flash or Hagar have been replaced or Full Factory settings have been performed RX AM Suppression must be done.

EGSM

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

RX AM Suppression S

Wait until the RX AM Suppression window pops up

Select Band GSM 900

Press Start and a window pops up:

Page 6-62 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Select Default, press OK and the setup should now look like this:

PCN

Connect an external signal generator to the RF connector of the phone and set the generator as told in the window.

Select Tuning mode Automatic

Press Tune and the optimal values are found.

Press Stop and a window pops up:

Press Yes and the EGSM RX AM Suppression tuning is finished.

Set operating mode to local mode

Original ãNokia Corporation. Page 6-63

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Select Maintenance Alt-M

Tuning T

RX AM Suppression S

Wait until the RX AM Suppression window pops up

Select Band GSM 1800

Press Start and a window pops up:

Select Default, press OK and the setup should now look like this:

Connect an external signal generator to the RF connector of the phone and set the generator as told in the window.

Page 6-64 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Select Tuning mode Automatic

Press Tune and the optimal values are found.

Press Stop and a window pops up:

Press Yes and the PCN RX AM Suppression tuning is finished.

TX Power tuning

This tuning must be done in both bands.

Note: TX Power tuning must be done with a peak power meter, e.g. Rohde & Schwarz model

NRVD with a Rohde & Schwarz Peak Power Sensor TDMA Model NRV-Z31 and a suitable attenuator.

The use of power meter in GSM testers is likely to cause larger error than the use of a dedicated power meter and might cause the phone to be non-compliant with GSM specifications.

EGSM

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

TX Power Level Tuning L

Wait until the TX Power Level Tuning window pops up.

Connect a calibrated powermeter to the RF connector of the phone.

Select Band GSM 900 Active Unit TX

Original ãNokia Corporation. Page 6-65

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Press Start and a window pops up:

Select Permanent memory, press OK and the window closes.

Select TX Data Type Random

The setup should now look like this:

Select TX PA Mode High

Adjust DAC Values for Power Level 5, 15 and 19 according to Target values.

Press calculate, check if all levels match the target values, correct if necessary.

Select TX PA Mode Low

Page 6-66 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

Adjust DAC Values for Power Level 7, 15 and 19 according to Target values.

Press calculate, check if all levels match the target values, correct if necessary.

Press Stop and a window pops up:

Select 'Save values to Phone Permanent Memory'

PCN

Press Yes and the EGSM TX Power Level Tuning is finished.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

TX Power Level Tuning L

Wait until the TX Power Level Tuning window pops up.

Connect a calibrated powermeter to the RF connector of the phone.

Select Band GSM 1800

Active Unit TX

Press Start and a window pops up:

Select Permanent memory, press OK and the window closes.

Select TX Data Type Random

Original ãNokia Corporation. Page 6-67

NPE-4

6 - Troubleshooting PAMS Technical Documentation

The setup should now look like this:

Select TX PA Mode High

Adjust DAC Values for Power Level 0, 11 and 15 according to Target values.

Press calculate, check if all levels match the target values, correct if necessary.

Press Stop and a window pops up:

Select 'Save values to Phone Permanent Memory'

Press Yes and the EGSM TX Power Level Tuning is finished.

Page 6-68 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

TX I/Q Tuning

This tuning must be done in both bands.

EGSM

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

TX IQ Tuning I

Wait until the TX IQ Tuning window pops up.

Connect a Spectrum Analyzer or GSM tester with the option *Narrow Spectrum' to the RF connector of the phone.

If a spectrum analyzer is used then use the following settings.

EGSM

Center Frequency 897.4 MHz

Frequency Span 300 kHz

Resolution Bandwidth 3kHz

Video Bandwidth 3kHz

Sweep Time 3 sek.

Sweep Type Clear/Write

Detector Type Max Peak

Reference level 35 dBm

Marker 1 897.33229 MHz

Marker 2 897.4 MHz

Marker 3 897.46771 MHz

Use an appropriate attenuator 10 or 20dB insertion loss and set the Reference Level Offset according to insertion loss from the phone to the Spectrum Analyzer.

Select Band GSM 900

Operation Mode Burst RX/TX Channel 37

Select 'Load from Product'

Press Start

Select TX Data Type All1

Original ãNokia Corporation. Page 6-69

NPE-4

6 - Troubleshooting PAMS Technical Documentation

TX PA Mode Free

The setup should now look like this:

Page 6-70 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The Spectrum Analyzer now shows a plot like this:

The purpose of this tuning is to tune the carrier signal and the +67kHz signal to a minimum level (Marker 2 and 3).

Use the varables 'TX I DC offset' and 'TX Q DC offset' to adjust the carrier signal to a minimum level (Marker 2).

Original ãNokia Corporation. Page 6-71

NPE-4

6 - Troubleshooting PAMS Technical Documentation

The Spectrum Analyzer now shows a plot like this:

Use the varables 'Amplitude difference' and 'Phase difference' to adjust the +67kHz signal to a minimum level (Marker 3).

Page 6-72 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The Spectrum Analyzer now shows a plot like this:

Select 'Save to Product'

Press Stop and the values are stored in the phone.

The EGSM TX IQ Tuning is now finished.

Note:

PCN

Original ãNokia Corporation. Page 6-73

The optimal values for "TX I and Q Offset" and "Amplitude and Phase Difference" vary from phone to phone.

Set operating mode to local mode

Select Maintenance Alt-M

Tuning T

TX IQ Tuning I

NPE-4

6 - Troubleshooting PAMS Technical Documentation

Wait until the TX IQ Tuning window pops up.

Connect a Spectrum Analyzer or GSM tester with the option *Narrow Spectrum' to the RF connector of the phone.

If a spectrum analyzer is used then use the following settings.

PCN

Center Frequency 1747.8MHz

Frequency Span 300 kHz

Resolution Bandwidth 3 kHz

Video Bandwidth 3 kHz

Sweep Time 3 sek.

Sweep Type Clear/Write

Detector Type Max Peak

Reference level 35 dBm

Marker 1 1747.73229 MHz

Marker 2 1747.8 MHz

Marker 3 1747.86771 MHz

Use an appropriate attenuator 10 or 20dB insertion loss and set the Reference Level Offset according to insertion loss from the phone to the Spectrum Analyzer.

Select Band GSM 1800

Operation Mode Burst RX/TX Channel 700

Select 'Load from Product'

Press Start

Select TX Data Type All1

TX PA Mode Free

Page 6-74 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The setup should now look like this:

Original ãNokia Corporation. Page 6-75

NPE-4

6 - Troubleshooting PAMS Technical Documentation

The Spectrum Analyzer now shows a plot like this:

The purpose of this tuning is to tune the carrier signal and the +67kHz signal to a minimum level (Marker 2 and 3).

Use the varables 'TX I DC offset' and 'TX Q DC offset' to adjust the carrier signal to a minimum level (Marker 2).

Page 6-76 ãNokia Corporation. Original

NPE-4

PAMS Technical Documentation 6 - Troubleshooting

The Spectrum Analyzer now shows a plot like this:

Use the varables 'Amplitude difference' and 'Phase difference' to adjust the +67kHz signal to a minimum level (Marker 3).

Original ãNokia Corporation. Page 6-77

NPE-4

6 - Troubleshooting PAMS Technical Documentation

The Spectrum Analyzer now shows a plot like this:

Select 'Save to Product'

Press Stop and the values are stored in the phone.

The PCN TX IQ Tuning is now finished.

Note:

Page 6-78 ãNokia Corporation. Original

The optimal values for "TX I and Q Offset" and "Amplitude and Phase Difference" vary from phone to phone.

Nokia 6310 Service Manual 7 npe 4 trouble

Specifications and Main Features

Frequently Asked Questions

User Manual

6 - Troubleshooting

Introduction

Baseband Troubleshooting

Phone is dead

Flash programming doesn’t work

Power doesn’t stay on, or phone is jammed

Display Information: “Contact Service”

The phone doesn’t register to the network or phone doesn’t make a call

SIM Failure

Display Failure

Keypad Failure

Power key failure

Volume key failure

Keyboard failure

Charger failure

Blue Tooth module faults

RF Troubleshooting

Introduction

RF Key component placement

RF Measurement points

PA Can

Hagar RF can

Abbreviations in fault finding charts

RF in general

EGSM Receiver

General instructions for EGSM RX troubleshooting

Fault finding chart for EGSM receiver

EGSM Signal path

RX/TX Switch

Front-end

Hagar

PCN Receiver

General instructions for PCN RX troubleshooting

Fault finding chart for PCN receiver

PCN Signal path

RX/TX Switch

Front-end

Hagar

EGSM Transmitter

General instructions for EGSM TX troubleshooting

Path of the transmitted EGSM signal

HAGAR

RXTX Switch

Fault finding chart for EGSM transmitter

PCN Transmitter

General instructions for PCN TX troubleshooting

Path of the transmitted PCN signal

HAGAR

RXTX Switch

Fault finding chart for PCN transmitter

Synthesiser

General instructions for Synthesiser troubleshooting

26 MHz reference oscillator ( VCTCXO )

Fault finding chart for PLL Synthesiser

PLL Blockdiagram

Frequency lists

EGSM

SMD Guidelines for PA

Removal instuctions

Attachment instructions

Phoenix tuning

RF tuning after repairs

RX Calibration

EGSM

RX Band Filter Response Compensation

EGSM

RX Channel Select Filter Calibration

RX AM Suppression

EGSM

TX Power tuning

EGSM

TX I/Q Tuning

EGSM