Warnings

1.ENSURE THAT THE VEHICLE'S BATTERY IS DISCONNECTED BEFORE YOU START THE INSTALLATION PROCEDURE, AND THAT IT REMAINS DISCONNECTED DURING THE PROCEDURE.

2.DO NOT SMOKE OR USE OPEN FLAMES WHEN WORKING NEAR THE VEHICLE'S FUEL SYSTEM.

3. ENSURE THAT THE VEHICLE'S ELECTRICAL CABLES, HYDRAULIC LINES, FUEL LINES, AND SAFETY EQUIPMENT ARE NOT DAMAGED DURING INSTALLATION.

4. ENSURE THAT NORMAL CONTROL AND OPERATION OF THE VEHICLE IS NOT IMPAIRED BY THE INSTALLATION, PARTICULARLY THE BRAKES AND STEERING. ENSURE THAT AIRBAG OPERATION IS NOT OBSTRUCTED.

5. ELECTRONIC AND OTHER SOPHISTICATED SYSTEMS (e.g. SPEED CONTROL, ABS ANTI-LOCK BRAKE, FUEL INJECTION-, NAVIGATION-, AND AIR-BAG SYSTEMS) ARE RELATIVELY IMMUNE TO MALFUNCTION CAUSED BY NEARBY RADIO TRANSMISSIONS. HOWEVER, SHOULD YOU EXPERIENCE FALSE OPERATION OF THESE SYSTEMS OR ARE IN ANY DOUBT WHATSOEVER AS TO THEIR FUNCTIONALITY, PLEASE CONSULT THE VEHICLE'S DEALER.

6.THE CAR KIT IS SUITABLE FOR USE ONLY IN VEHICLES WITH A 12 V NEGATIVE GROUNDING. USE ON OTHER SUPPLY VOLTAGES OR ALTERNATIVE POLARITY WILL DAMAGE THE EQUIPMENT.

7.THE NOKIA PHONE SHOULD NOT BE LEFT SWITCHED ON FOR EXTENDED PERIODS WITHOUT RUNNING THE VEHICLE'S ENGINE. FAILURE TO COMPLY COULD DRAIN THE VEHICLE'S BATTERY.

Components of CARK132

The CARK132 includes the following parts:

Advanced Active Car Holder MCC-5

Advanced HF Unit HFU-5

Power Cable PCH-4J

Mounting Plate MKU-1

Swivel Mount HHS-9

HF Microphone HFM-8

HF Speaker HFS-12

HHS-9

HHS-9

Nokia Nme Wire Diagram

Please, note that the items enclosed in broken-line (phone & antenna) are not supplied with CARK132. The external antenna AMD-2 is recommended.

Component Parts

Advanced Active Car Holder MCC-5

The holder for the mobile phone is attached to the vehicle's interior always in an upward position, shown in Fig. 2 below, using the swivel mount HHS-9. The mounting is secured with a screw (included with HHS-9). The screw recess is covered with the NOKIA logo plate.

The cable with the plug-in connector from MCC-5 connects to the PHONE socket in HFU-5 (The other cable from MCC-5 connects to the external antenna.)

Swivel Mount HHS-9 and Mounting Plate MKU-1

HHS-9 is a swivel mount which offers two installation methods for the holder MCC-5. Either use all components to make a swivel mount, or use the flat mounting plate for a fixed position.

For an exploded view, see Figure 2.

Nokia Acp E12
FIG.2

Mounting plate MKU-1

The handsfree unit HFU-5 is attached to the vehicle interior using the mounting plate MKU-1. The mounting is secured with a screw (included with MKU-1).

Advanced HF Unit HFU-5

The handsfree unit HFU-5 enables the phone to operate in handsfree mode and it is attached to the vehicle interior using the mounting plate MKU-1. The mounting is secured with a screw (included with MKU-1).

Power Cable PCH-4J

The power cable connects to the DC socket in HFU-5 and to the vehicle's power supply. See section "Installation" for more information.

HF Microphone HFM-8

The HF microphone connects to the MIC socket in HFU-5. Twist the plug clockwise to lock firmly in place.

HF Speaker HFS-12

The Hf speaker connects to the SPEAKER socket in HFU-5. Twist the plug clockwise to lock firmly in place.

Antenna Set NMT/GSM 900/1800 AMD-2 (not included)

The external antenna AMD-2 is recommended for the car kit. It connects to MCC-5. For additional information please refer to documentation supplied with the antenna.

Installation

For an example of installation locations, please see the CARK132 cover page.

Note: Ensure that the battery of the vehicle is disconnected before you start the installation or making changes to the installations, and that it remains disconnected during the installation procedure.

The HFU-5 and the different parts are connected as mentioned in the section "Component Parts".

There are some important aspects that require special attention in positioning car kit accessories.

The location of the holder should be selected so that the holder is always in an upward position (see Fig.2) and that the visibility of phone's display is good and the driver's attention is not distracted. The location of holder should allow the driver to easily reach the keypad. Under no circumstances should the holder prevent the driver from controlling or operating the vehicle in any way.

The HF microphone should be installed according to the directions in the separate microphone installation guide. Ensure the microphone is as close to the driver's mouth as possible, and attached to a surface that is mechanically quiet. The microphone should be mounted at least 3 ft/1 m away from the handsfree unit speaker to avoid acoustic feedback.

Ensure the cables are routed as far away as possible from the vehicle's electronic systems. This is to prevent interference. Also, ensure that cables are not subjected to undue mechanical stress e.g. under seats or against sharp edges.

PCH-4J

The cables from PCH-4J are colour coded. They are listed in the following table in column A and each cable should be connected to the corresponding item listed in column B.

A

B

Red cable (with 2 amps fuse)

The + voltage on the vehicle's power supply.

Black cable

The negative GND connection.

Blue cable (with 1 amp fuse)

This cable should be left unconnected.

Yellow cable

Used for car radio muting (CRM) and is connected to car radio. The line goes down to 0 volts during a call. See section "Car Radio Muting CRM".

Green cable (with 1 amp fuse)

This cable should be left unconnected.

Car Radio Muting CRM

The car kit offers a feature that can mute the car radio automatically during a conversation. The following is the circuit diagram of CRM.

Install Pch

Another possibility is to use a special muting unit, which mutes the radio by connecting load resistors to the speaker lines of the car radio.

All installations should take into account any special requirements of the customer. However, should the customer require an installation that is illegal or unsafe these facts must be pointed out to the customer and a policy of non-compliance adopted.

Testing

Once installed, the equipment should be tested to ensure that it is operating satisfactorily and that the position of the units does not impair the driver's ability to control and operate the vehicle in any way.

This page intentionally left blank.

RF & BB (Version 0.0 Edit 2) for layout version 01

RFAUXC0NV_0(2 RFC0NV_0(9 GENIQ_0(52 RFAUX_0(1 RFICCNTRL_0(2

RFCLKGND.I RFCLK.I SLOWAD_O(6:0> PUSL_0(3 :0> LPRFCLK_I

J_PXTTNP

VPFFPFRI /_VPFFPFn?

2 AFP 0 Txn xPwrDet

PXÜTNP

TXTilllTP

TXTilllTN

Txnni up

TxnmiTN

Ö PFRIISRI ic

1 PFRIISnA

2 PFRIISFN1

PFSFT

VCXQTenp

HHP TFMP

AFC RXQINFF TXC

TXQ0UTP RXIINPh TXQOUTN TXIOUTP TXIQUTN

RFCLK.Ih RFBUSCLK RFBUSDA

RFCLKGND_I|-5FBUSEN1

VREFRF01 VREFRF02 TXP

HGR.TEMP RESET

RF (Version 2.0 Edit 2) for layout version 01

RF (Version 2.0 Edit 2) for layout version 01

Nokia 6310i Pcb Circuit Diagram

BB Connections (Version 0.0 Edit 4) for layout version 01

FMRADIO

SYS-CONN

den i

FMANT PWRONX H00KINT HEADINT RFAUXC1:0> MICC2:0> XMIC(2:0) XEAR(3:0> UIDRV(5:0) SLOWAD C6 :0) ACCDIF(2:0) CHARGERMlO) IACCDIF(5:0) GENI0(52:0) DSP_MCUTEST(2:0) SIMIF(3:0) USB—DIG C6:

SYS_C0NN Conponents: 100-129 HEADSET Conponents: 120-129

ninja

LCDUIC2:0>

UIDRVC5:0)

PWRONX

SL0WADC6:0)

DIFDATAC7:0)

DIFCTRLC3:0)

MICC2:0> EARC1:0)

PUSLC3:0)

Conponents: 300-3^9

AUDIO

I illy

AUDIO

I illy

PUSLC3:0)

HOOKINT

EARC1:0>

GENI0C52

B>

HEADINT

UIDRVC5

0)

MICC2:0)

SLOWADC6

0)

XMICC2:0)XAUDI0C17

0>

XEARC3:0>

AUDIOC6

0)

IHFC1

0)

AUDUEMCTRLC5

0)

AUDIO Conponents: 150-1 ANCO Components: 170-19!

nodule AUDUEMCTRLC5:0> FMANT

PUSLC3:0)

XAUDIOC17 :Q>

GENIO(52:0>

Conponents: 35G-385

and IRGND

AGND1

AGND2

-"□_IRGND ""□_AGND1 ""2.AGND2

-ii gh_dens i t y_2 .0

PURONX

RFC0NVC9:0>

UIDRVC5:0)

RFAUXC0NVC2:0> GENIOC52:0>

XAUDI0C17:0)

AUDI0C6:0) IHFC1:0)

RFC0NVCTRLC2:0) RFC0NVDAC5:0)

AUDI0DATAC3:0)

SL0UADC6:0)

AUDUEMCTRLC5:0> IACCDIFC5:0> PUSLC3:0)

ACCDIFC2:0> CHARGERM:0>

SIMIFC3:0> SIM2MMCIF(3:0> IRIFC20)

RFC0NVCTRL<2:0)

RFCONVDA<5:0)

AUDIODATA<3:0)

AUDUEMCTRL(5:0)

RFC0NVCTRL<2:0)

RFCONVDA<5:0)

AUDIODATA<3:0)

AUDUEMCTRL(5:0)

POWER Conponents: 200-299 STEPUP Conponents:260-269 DC/DC Conponents:270-299

IR nodule

PRODUCTIONTESTPATTERN

LPRF

enpty

—|RFCONVCTRL<2:0> -PUSL(3:0)AUDUEMCTRLC5: 0>l--LPRFCLK GENIOC52:0)p

Conponents: 130-1-19

PRODUCTIONTESTPATTERN

Conponents: 39S-399

SLGUAG(G:0)

RFCONVC9:0)

RFAUXCONV<2:0)

basic8n

LCDUIC2:0) KEYBC10:0> GENI0C52:0) DIFDATAC7:0> DIFCTRLC3:0) RFC0NVCTRLC2:0) RFCONVDAC5:0)

AUDI0DATAC3:0)

RFCLK RFCLKGND

RFICCNTRLC2:0) MEMADDA0C15:0) MEMADDA1(15:0) MEMADC2^:16) MEMCONTC15:0> SDRADC15:0> SDRDAC15:0> SDRCTRLC8:0> 0)

AUDUEMCTRLC5:0>

IACCDIFC5:0> JTAG_EMULATI0NC6

PUSLC3:0) DSP_MCUTESTC2

USB_DIG<6:0> ETMC21

RFICCNTRLÎ2:0)

SLGUAG(G:0)

RFCONVC9:0)

RFAUXCONV<2:0)

RFICCNTRLÎ2:0)

SLOUAD<B:0>

SLOUAD_O(6:0>

RFCGNVO: 0)

RFCQNV_QC9!0>

RFAUXCCNV(2:0>

RFAUXCONV_G(2:0)

LPRFCLK

LPRFCLK.I

RFCLK

RFCLK.I

RFCLKGND

RFCLKGND-I

RFAUXC1:0>

RFAUX-ÛC1 :0)

GEN 10(52:0)

GENIG_G(52:0)

PUSL(3:0)

PUSL_G(3:0)

RFICCNTRL(2:0)

RFICCNTRI__GC2:0)

Conponents: -=120-^39

Conponents: -=120-^39

MEMORY

MEMADDA0( 15:0)

MEHC0NTC15:0)

JTAG_EMULATIONC9!0)

DSP_MCUTEST<2:0)

Conponents: "100-^119

deni -ISIMIFC3:0>

—SIM2MMCIFC3:0>

-GENI0C52:0)

Conponents: 386-395

GPS enpty

GENIOC52:0> PUSLC3:0>

Conponents: WQ--MS

intelGlnbit 'MEMADDA0C15 :0) -MEMADDA1 C15:0> -MEMADC 2^:16) -MEMC0NT(15:0)

1GENI0C52:0)

Conponents: -150H69

schenatic JTAG-EMULATIONCG :0) D3P_HCUTEGTC2:0)

Conponents: -180-^90 Ostrich Conponents: -170-179 Jtag Conponents: -180-189

SL0WAD_0(6:Q) RFC0NV_0(9:Q) RFAUXC0NV_Û(2:Q) LPRFCLK_I RFCLK_I RFCLKGND_I RFAUX_0(1:Q) GENIÛ_0(52:Q)

Components: 350-355

System Connector (Version 1.3 Edit 162) for layout version 01

For After Salas

X101

0t enp

VBAT* VBATT

t VBATTRF

BS I

BTEMP

BATTERY CONNECTOR

i botton connector

X100

CSS5011-O501R

not_assenbled

CSS5QI1-Q5Q1R

not_assenbled

CI 08 12p

L1QQ

C1Q^ 33p

L1QQ

CIH 18p

C115 33 p

GNDnotG_NgSSenbled

Z1 00

CSS5O11-O501R

not_assenbled

C105 22p not_assenbled

L105

ËQQR/1Q0MHZ

L10G

V

G

HEADINT

G0QR/100MHz L1Û7

A 1

7

XEARP

Û

3

XMICN

_assenbled

GQQR/100MHZ

C112

C113

3n3

3n3

GND

GND

22p CI 09 1/2 27p GND

CI 09 2/2 27p GND

LI 04 EXC24CB1 02U

1/2 In GND

L101

L10G

DSP_MCUTEST(2 USB_DIG(6 GENIO(52 IACCD IF(5 RFAUXd

SIMIF(3:G) HOOKINTC

-OFMANT

-OHEADINT -OXMIC(2:G)

PRQDTP7

PIÎ0DTP2

PIÎ0DTP3

USED REFS: R103,

C1O0, 101, 102, 103, 101, 106, 108, 109 L101, 101, 102, 103, 101

Audio Interface (Version 1.3 Edit 1) for layout version 01

O SLOWADCG:0) O GENIO(52:0)

CHOOKINT

AUDI0(G:0)

XAUDI0C17:0)

Used Refs: C151-C153, C155- 1GG

R151, 153-R1SQ, 162, 1S3 Z151-Z152

UEM Of BB (Version 2.O Edit 1) for layout version O1

\CHAEEESm_

\CHARGEEidl_ \CHARGER£21_

CHARGERMiQ)"

SfflARGFRCfl) <CHAR2ERÍZ1_

VBATT6 VBATT3 VBATT2 VBATT1

B200

32,768kHz

-02Q9 10p

PWRONX O"

-0210 VBACK 10p

XcNfi21'

SXAUDI0C3>

\XAnnTncs)

\XAIinTf1(S>

VxAiinmca)

xxAunmcs)

iic239 10Gn

VBATT1 VBATT2 VBATT3 VBATT1 VBATT5 VBATTB

VBATIN

u0|?teATT0_1 VBATTO-2 VBATTO-3 VBATT0_1 VBATTQ_5 VBATTO-6

J.GND

PUSL(3:Q)0

iisi iisi m

AUDUEMCTRL(5:Q)«

unrnnATAff»

unmnATAd)

VAUnUFMCTRI.«)

\AI ini IFMRTRI m

SAUnUFMHTRI (?)

\âUDUEMCIEU21_

TRTMTFfH^i

TSTMTFm

SSLDUAOmi. \SLQUAQili_

\SLQUACK21_

sai nuAnc»

0210 0/2 10n

0211

2/0 10n

RFC0NVDA(5:G)<

SRFCONVDAO) \RFCnNVDAM)

Wtonvriacr)

GNOX"

0211 1/0 10n

0210 1/2 IQn

VBATT1

VBATT5

0200

UEM-V1,1_WD0G3_ENABLED

M3 N7

E3 D1

0200

UEM-V1,1_WD0G3_ENABLED

M3 N7

E3 D1

VGHARIN1

VCHAR0UT1

VGHARINK

VCHAROUTK

TE9TM0DE

VBATRE03

GNDRE0S

VBATBB1

VBATBB2

PUMO

VBATBB3

PWH1C

VBATBB1

GHDISX

VBATBB5

VANA

PURONX

VFLA3H2

OSGIN

VCORE

O3G0UT

VIO

VBA0K

GNDFLA9H1

VRT0

OSG0AP

V0AAU02

EARP

VDAAUD1

EARN

XEAR

MI0B0AP

MI0B1

HEADINT

MI01N

V9AAU02

MI0B2

VBATDRIV

MI0SUB

VSADRIV1

VSAAUD1

H00KINT

KLIGHT

VDD28

V3A0RIV2

VDD18

V9IH

PURX

SIHI0DA0

SLEEP0LK

9IM0ARDOET

VSIHGNO

MI0DATA

IRLEO0

UEHINT

IRRXN

CBUSCLK

CBU3DA

HBU3

GBUSENX

FBUSTXO

SIHI00AI

FBUSRXG

SIHCLKI

SIHIO0TRL

RXIINP

IRTX

RXIINN

IRRX

RXÜINP

RXGINN

VSA0ONVRX

MBUSRX

VDA0ONVTX

FBUSRXI

TXGOUTP

DBU3DA

VSA0ONVTX

DBUSENX

AUXOUT

RF0ONVGLK

AFGOUT

RXID

RXÛ0

VREFRF01

VREFRF02

TXID

VS3

VREF278

B0I

GCP

BTEHP

GCN

KEYB1

VPUMP

KEYB2

GNDVR1

VGXOTEMP

PATEMP

VR1A

VR1B

VBATVR1

VR2

VBATVR2

VR3

VBATVR3

VR1

VBATVR5

VRG

VBATVRG

VR7

VBATVR7

IPA1

GNDTH1

IPA2

GNDTH2

ISET

GNDTH3

GN0TH1

VBG

GNDTH5

GNOTHG

UEMRSTX

GNDTH7

SHPSGLK

GN0TH8

GN0TH1Q

GN0TH11

GN0TH12

HIB L10

N8 M8 P11 H13 B1

M2 Hl W1

F2 G2

G3 El E2 F1

Fl F3 Gl

N5 P5

E13 E1 013

H13 H11

G11 Gl 3 H12

P12 HI I N13

JG J7 J8 J9

N10 P10

HIB L10

"XGND

R200 0R22

N8 M8 P11 H13 B1

M2 Hl W1

luOT^

L2 L3

-"XGNO

F2 G2

0202 10n

0207Tn„n

020Î1-Iu0

Jgnd

C205 1uG

020B 1u0

Aumncnv

AiinTnmX

XAiinmaV

XAiinTnfny

XAunrnn

XAiinrnf?^

G3 El E2 F1

HTnRvcn)/

_uiDgmV

Fl F3 Gl jjinsmy

JJIDgVMV

C3 B2 B3 A2 P6 A3

STMTFfllV

_smiEiiV

_SIMIE12V

STMTFÍ3V

"XGND

N5 P5

„AcmiExiy G250

AnnnrFc?)/1

B13 013 B11 012 011 012

zrr mTm

IßlEiZV

0250"]"

C23B 10On

RFCONVÍO)/ RFMNVCD/ RFC0NV(2V

_EECÜNK2V

Fl 1 Ell 011 E11 E12 F12

0237 1001

RFmNVMV RFmNVŒV

RFMNVCfiV

RFnniMVfTV

E13 E1 013

RFAIIXrnNVdIV

RFAiixnnNVf n,

RFAIIXnnNVf a

H13 H11

G11 Gl 3 H12

P12 HI I N13

0230 1u0

C231 luG

RFMNVCa)/

_EECONKSy.

C231 1u0

C228 luG

0229 1u0

P11 H12 L12 J12 K11 J11 L13 <12

JG J7 J8 J9

Light Filtering (Version 2.0 Edit ) for layout version 01

VBATIN O-

Z260

600R/100MHz

Z261

600R/100MHz

Z262

600R/100MHz

Z261

600R/100MHz

Z2B3

600R/100MHz

Z2B5

6Q0R/1QQMHz

C2BQ 1uQ

C261 1uQ

C2G2 1 uQ

C2G1 1uQ

C2G3 1u0

C2G5 1u0

-O VBATT0_2

-O VBATTCL5

-O VBATTCL6

Display and Keyboard Interface (Version 1.3 Edit 212) for layout version 01

Steel Glass Canopy Details

R3Q1 4k7

PWRONXO-

R3Q1 4k7

-

S300

C312

Wn

"PUR SUITCH"

USED REFS

R3Q1, 302, 304, 305, 30S, 307, 308, 309, 310, 311, 313, 314, 319 C302, 303, 304, 307, 308, 309, 312, 319, 320

Infrared Module (Version 2.0 Edit 38) for layout version 01

Detalle Puerta Chapa

FM Radio (Version 1.3 Edit 110) for layout version 01

FMCtrLDa

for after sales JPJ3E2 t»J35G rJ357 rJ35S

= C369 1n0

C374 InO

Jgnd fmantO

C357 1u5

47 k

R358

BBY6G-05 V35G V357

BBYSG-05

C358 2p2

_out

Z358

C359 2p2

_dut Z35G

N35G TEA5757HL

Jj3i

AUDUEMCTRL(5:0)C^ PUSLC3:0)

DATA

P0

BUS-CLK

PI

WR-EN

VSTABCA)

FM-RFI VSTAB(B)

RFGND2

VCCI

FM-RFÜ

VDDD

FM0SC/CTI RIBBLE

FM-MIX

XTAL

FM-IFI1

DGND

FM-IFQ1

FM-IFI2

TUNE

IFGND

VCC2

FMDEM

AFQ

FSI

PILFIL

MG/ST

AM-RFI

AMOSC

LFI

AM-MEXER

VCQ

AM-IFI1

AFLG

AM-IFI/02

AFRO

AGC

MUTE

MPXI

AFCN

RFGND1

AFCP

AFC

CGND

FM-

ON/OFF

NC

NC

9 23 11

17 2G

13 J0

CCVJ au)

C3CV1

41 37

9 23 11

17 2G

13 J0

CCVJ au)

C3CV1

VFLASH2 VFLASH2

C3G7 100n

C3G8 100n

zicn CNJCJ I

tr i

C375 10n gnd

C3GS 1u0

C37Q 470n

C371 470n gnd for after sales o J371

C372 3n9

C378 100n

SIM Reader (Version 1.3 Edit 48) for layout version 01

"These are loceted as addition to prod, test pattern" /J389 />J38G /»J387 />J388

SIMIF(3:0)

R388 EMIFQ3-SIMQ1

VSIM

GENIO(52:Q)

SIM2MMCIF(3 :Q)

R388 EMIFQ3-SIMQ1

VSIM

VSIM

C389 1 QQn

'BASIC" SIM READER

SIMCL<

SIMDATA

SIMRST

VPP

VSIM

GND

SF2WQ0GS1E-E2QQQ GND X38G

SF2WQ0GS1E-E2QQQ GND X38G

C38G 22p

== not_assenbl ed

UPP and decoupling capacitors (Version 2.0 Edit 91) for layout version 01

discrete VCORE VIQ

1

CCPM DIFDATA(7 DIFCTRK3 USB_DIG(6 MEMADDA1(15 SDRAD(15 SDRDA(15 SDRCTRK8 ETM(21

Q) > G ) * 0)-0 ) ' G ) * 0)< 0 ) * Q ) * 0)<

Vfi_

Vl3_

D100

UPP8M_V1,1_UBGAH-I

A11

\ 0 GNO J.

Gl

\ 1

A2

\ 2

A3

\ 3

C3

\ 1

B3

\ 5

B2

\ S

Al__

n

1 B5 .

?

C5 "

0

B11

/ 1

Al 2

/ ?

Al 3

/ 3

JTRST

JTDE

JTMS

JTDO

EMUO

EMU I

GENTEST0 GENTEST1 GENTEST2

GENIOQ GENI01 GEN [02 GENE03

VDDDSP1 VD0DSP2 VD0DSP3 VSSDSP1 VSSDSP2 VSSDSP3

VDOMCU VSSMCU

VDDC0RE1

VD0G0RE2

VDDPDRAMI

VDDPDRAM2

VSSCQRE1

VSSCQRE2

VSSP0RAM1

VS8PDRAM2

PURX SLEEPX SLEEPCLK

EARDATA HICDATA

UEMINT CBUSCLK

CBUSDA CBUSENX

GENI031 GENIO30 GENI029 GENE026

IRTX IRRX

MBUSTX MEUSRX

FBUSTX FBUSRX

VD0E01 VD0E02 VDDE03 VDDE01 VSSED1 VSSE02 VSSEÛ3 V39E04

VDDA

DBU9DA DBUSEN1X

RFCQNVCLK GENE018

RXED GENE016 RXGO GENE017

TXEO GENE011 TXOD GENE015 AUXDA

GENE013 GENE05 GENEOG GENE07 GENI08 GENE09 GENE01Q GENE011 GENE012

EXTAODA 0:15

EXTAD 1G:22

EXTWRX EXTRDX

FLS2CSX

FLSBAAX

FLSPS

FLSAVOX

FLSGLK

FLSCSX

FL9RDY

GENE023 GENE02-1

RFBUSCLK RFBUSDA RFBUSEN1X GENE025

RFCLK VSSA

GENEQ28 GENE01 LCDCAMCLK LCOCAMTXDA GENE027 LCDCSX

GENEÛ19 GENEO20 GENE021 GENEÛ22

"TN

Ts s iN

~28N

~22N

-Orfclk -Crfclkgnd

Discrete capacitors for UPP (Version 1.3 Edit 10) for layout version 01

vdddsp

vdddsp

vddmcu

vddcore

g400~

m0ï~

m02~

c403~

10n

100n

10n

10n

.gnd

.gnd

.gnd

vddio c404 iqn

--gnd vdda g405 iqn o

GSM RF - BB Interface (Version 1.3 Edit 35) for layout version 01

ST ST

rfconvo :0)

ST ST

genig(52:0)

/t-

/ fi

/ 7

/ S

/ fl

/ 10

/ 11

/ 1?

C422 100p

fi \

7 \

S \

fl \

10 N

11 \

i?\

\

RFC0NV/RFC0NV_0: 0 1 2 3

GENI0/GENICL0

RXIINP

RXIINN

RXQINP

RXQINN

TXIQUTP

TXIOUTN

TXQOUTP

TXQOUTN

VREFRFQ2

VREFRFQ1

5:

TXP

6:

RESET

7

TXA

8:

TXL1

9:

TXL2

10

EXTANT

11

BANDSEL

12

ADATA

13

rficcntrl(2:q)

RFICCNTRL/RFICCNTR_00: RFBUSCLK 1: RFBUSDA 2: RFBUSEN1

puslc3:g)

sl0wad(6:0)o f

SL0WAD/SL0UAD_0 5: VCXOTEMP S: PATEMP

lprfclkO

RFCLKO

R420 1 h 100R

100p

CONSTANT CURRENT SET RESISTOR FOR RF POWER AMPLIFIER (see UEM sheet)

R422 27k

<3 rfclkgnd.i

Flash Memory (Version 2.0 Edit 35) for layout version 01

VFLASH1 VIO VPP

MEMFILTER

/

k é

\ >

"iovF l ash1 ca VFLASH1

VPP

P

MEMCONT(15:G) O

MEMADDA1(15:0)

PR0DTP6

R45B

E45Q

MEMADDAQ(15:Q)

D450 UHITECLIFF

B7 t

FLASHM 4Mx1 B

4194303

_AVD

_RST

WAIT

NC NC NC NC

v address/data i/o

Was this article helpful?

0 -1

Post a comment