8 - SCHEMATICS
Nokia Customer Care Schematics 1CJ_08 RH-47
Company Confidential
Table of Contents Page no
BB/RF v.0.0 ed.19 2
Baseband block diagram v.1.0 ed.18 3
UPP WD2 schematic diagram v.1.0 ed. 12 4
Memories diagram v. 0.1 ed.11 5
Audio diagram, v. 1.0 ed.11 6
GSM BB-RF interface v.0.1 ed.8 7
MMC card interface diagram, v.0.0 ed.13 8
Accessory interface v.1.0 ed.13 9
Bluetooth BT202 diagram v.1.0 ed.11 10
IR module v.1.0 ed.8 11
System connector diagram, v.1.0 ed.16 12
Power diagram, v. 1.0 ed.12 13
Test interface diagram v. 0.1 ed.7 14
UEM diagram, v.1.0 ed.16 15
Aux_Power diagram, v.1.0 ed.11 16
RF/BB connection, v.0.0 ed.12 17
Power amplifier diagram, v.0.0 ed.9 18
RF Mjoelner ASIC diagram v.0.0 ed.11 19
Probe test points v.0.0 ed.2 20
Layout diagram 1CK_10a, top 21
Layout diagram 1CK_10a, bottom 22
User Interface diagram 1CJ, v.1.0 ed.19 23
Issue 1 05/04 © 2004 Nokia Corporation Page 8-1
BB/RF v.0.0 ed.19
Nokia Customer Care Schematics 1CJ_08 RH-47
Company Confidential
RF
BB
schematic
RFCONV_O(9:0)
RFICCNTRL_O(2:0)
PUSL_O(3:0)
RFAUXCONV_O(2:0)
GENIO_O(31:0)
RFCLKGND_I
SLOWAD_O(6:0)
LPRFCLK_I
RFCLK_I
RESET
TXP
schematic
RXIINP
0
RXIINN
1
RXQINP
2
RXQINN
3
9
VREF1
2
RFBUSEN1
RFBUSCLK
RFBUSDA
6
5
TXC
RFBUSEN1
0
RFBUSCLK
1
RFBUSDA
RESET
LPRFCLK_I
0
TXC
TXP
TXIOUTP
4
TXIOUTN
5
TXQOUTP
6
TXQOUTN
7
RFCLK_I
Acoustic holes
Board Reference Pin Board Guiding Pin
SYSTEM GLOBAL GND HOLES
changed to non plated holes 25.06.03
Domes
E201 -E204
E210
E230
GND
E234
GND
GND
E231
E235
E211
E232
E236
E205
E206
GND
Issue 1 05/04 © 2004 Nokia Corporation Page 8-2
Nokia Customer Care Schematics 1CJ_08 RH-47
8-
d-
Baseband block diagram v.1.0 ed.18
Company Confidential
ACC_IF
FBUS(1:0)
MBUS
CHARGER(2:0)
MIC_AUDIO(2:0)
EAR_AUDIO(1:0)
XAUDIO(17:0)
I_AUDIO(1:0)
SLOWAD(6:0)
CHARGER(2:0) DSP_MCUTEST(2:0)
MBUS
FBUS(1:0)
UIDRV(5:0)
LCD(9:0)
HS_AUDIO(4:0)
Components : 360 - 469
Wing-Components: 500 - 549
POWER
JTAG(6:0)
CBUS(2:0)
GENIO(31:0)
PUSL(3:0)
LPRFCLK
GPIO(37:0)
I_IRIF(2:0)
IRIF(1:0)
IRIF(1:0)
I_IRIF(2:0)
I_SIMIF(3:0)
CBUS(2:0)
UEM_INTUIDRV(5:0)
DBUS(2:0)
PUSL(3:0)
AUDIODATA(1:0)
GENIO(31:0)
I_IRIF(2:0)
I_SIMIF(3:0)
I_MMCIF(4:0)
CBUS(2:0)
UEM_INT
DBUS(2:0)
PUSL(3:0)
AEMSLEEP
AUDIODATA(1:0)
CPU
Galaxy
DSP_MCUTEST(2:0)
SDRAMDATA(15:0)
JTAG(6:0)
SDRAMCTRL(7:0)
SDRAMADD(13:0)
MEMCONT(9:0)
MEMADDA(22:0)
MEMORY
Calypso
GENIO(31:0)
SDRAMDATA(15:0)
SDRAMCTRL(7:0)
SDRAMADD(13:0)
MEMCONT(9:0)
MEMADDA(22:0)
SIMIF(3:0)
SLOWAD(6:0)
Components: 190 - 309
CARD_IF
Galaxy
SIMIF(3:0)
Components:470-499
HS_AUDIO(4:0)
I_AUDIO(1:0)
XAUDIO(17:0)
MIC_AUDIO(2:0)
I_MMCIF(4:0)
GENIO(31:0)
AUDIO
Galaxy
I_FBUS(1:0)
I_MBUS(1:0)
RFCONV(9:0)
RFAUXCONV(2:0)
RFCONVDA(5:0)
PWRONX
GENIO(31:0)
EAR(1:0)EAR_AUDIO(1:0)
Copyright (C) Nokia Corporation. All rights reserved.
THIS DRAWING IS PROTECTED BY COPYRIGHT AS AN UNPUBLISHED WORK.
I_FBUS(1:0)
I_MBUS(1:0)
GENIO(31:0)
RFCONVDA(5:0)
GPIO(37:0)
CIF(3:0)
LCD(9:0)
Components: 100 - 129
Galaxy
GENIO(31:0)
UIDRV(5:0)
GPIO(37:0)
PWRONX
LCD(9:0)
CIF(3:0)
EAR(1:0)
Components : 130 - 169
GPIO(37:0)
Components: 310 - 329
RFICCNTRL(2:0)
RFCLK
LPRFCLK LPRFCLK_I
RFCLK
PUSL(3:0) PUSL_O(3:0)
RFCONV(9:0) RFCONV_O(9:0)
RFAUXCONV(2:0) RFAUXCONV_O(2:0)
GENIO(31:0) GENIO_O(31:0)
UI
Name
AQUARIUS BB
Assoc
RFICCNTRL(2:0)
SLOWAD(6:0) SLOWAD_O(6:0)
BB-RF
Gsm
Components: 170 - 189
RFCLK_I
RFCLKGND_I
RFICCNTRL_O(2:0)
LPRFCLK_I
RFCLK_I
RFCLKGND_I
PUSL_O(3:0)
RFCONV_O(9:0)
RFAUXCONV_O(2:0)
GENIO_O(31:0)
RFICCNTRL_O(2:0)
SLOWAD_O(6:0)
Appr
Des.
Klinger
d
0
Issue 1 05/04 © 2004 Nokia Corporation Page 8-3
Nokia Customer Care Schematics 1CJ_08 RH-47
)
UPP WD2 schematic diagram v.1.0 ed. 12
Company Confidential
GENIO(31:0
D100
4377007
T20
V20
R21
LCDCsX
LCDCamClk1
LCDCamTx-Da1
UPP_WD2_V3.2E
RFClk
TestMode
908765432
E18
D19
D20
D17
D18
LCDDa1
LCDDa3
LCDDa4
LCDDa5
LCDDa2
PURX
SleepX
SleepClk
JTClk
JTrst
E20
B19
LCDDa0
LCDDispClk
JTDI
JTMS
1
E19
B21
LCDFSP
LCDLLClk
EMU0
JTDO
C18
LCDM
EMU1
LCD(9:0)
T2
V3
MMCDa
MMCClk
TxQD
TxID
T3
U3
MMCCmd
MMCDaDir
RxID
AuxDa
I_MMCIF(4:0)
0
43210
Security
R3
GenIO0W5GenIO1
MMCCmdDir
DBusDa
RxQD
DBusClk
1234567
W4
W6
W7
W9
W11
W12
GenIO3
GenIO5
GenIO2
GenIO4
RFConvClk
DBusEn1X
CBusClk
CBusDa
8
W15
W16
GenIO6
GenIO7
EarData
CBusEnX
9
W17
GenIO8
GenIO9
MicData
UEMInt
101112
Y3
Y4
V19
GenIO11
GenIO10
GenIO12
RFBusClk
AEMSleepX
13
14151617181920
V13
V15
V16
V17
V18
GenIO17
GenIO16
GenIO15
GenIO14
GenIO13
RFBusDAY7RFBusEn1x
CIFDaP
CIFDaN
V9
GenIO19
GenIO18
CIFClkN
CIFClkP
21
22232425262728
V5
V6
V7
U19
GenIO22
GenIO21
GenIO20
GenIO23
FBusRx
MBusRx
FBusTx
U18
AA1
GenIO24
GenIO25
MBusTx
T18
T19
GenIO27
GenIO26
SIMCLK
SIMIOCTRL
R4
GenIO28
SIMIODa
0
D5
1234567
D6
C5
SDRDa0
SDRDa3
SDRDa4C7SDRDa7
SDRDa1C6SDRDa2
GPIO36
GPIO37
GPIO33
GPIO35J4GPIO34
D9
D7
SDRDa6
SDRDa5
GPIO32
GPIO31
8
A9
C9
GPIO30
9
B9
SDRDa8
SDRDa9
GPIO28
GPIO29
101112
A5
B8
SDRDa11
SDRDa10
GPIO26
GPIO27
131415
B5
B6
SDRDa13
SDRDa12
GPIO25
GPIO24
A3
B4
SDRDa15
SDRDa14
GPIO22
GPIO23
0
D15
SDRAMDATA(15:0)
1234567
B18
D16
C16
C17
SDRAd0
SDRAd2
SDRAd1
SDRAd3
SDRAd4
GPIO21
GPIO18
GPIO20
GPIO17
GPIO19
B17
A17
SDRAd6
SDRAd5
GPIO15
GPIO16
8
B15
B16
SDRAd8
SDRAd7
GPIO14
GPIO13
9
101112
A15
C15
SDRAd9
SDRAd10
GPIO12
GPIO11
B14
A13
SDRAd11
SDRAd12
GPIO10
GPIO9
SDRAMADD(13:0)
13
R101
B12
B13
A11
SDRCke
SDRCLK
SDRAd13
GPIO8
GPIO7
GPIO6
REF102
47R
C11
C12
SDRCASX
SDRRASX
GPIO5
GPIO4
1.8V
C10
SDRWEX
GPIO3
0V
104MHz
76543210
B10
D11
SDRDQML
SDRDQMU
GPIO0
GPIO2
GPIO1
SDRAMCTRL(7:0)
0
12345
L4
K3
N3
G4
FLDa0
FLDa2
FLDa3G3FLDa4
FLDa1
DSPGnd2
DSPGnd1
DSPVcc3
DSPVcc1
DSPVcc2
6
E3
E4
D4
FLDa6
FLDa5
DSPGnd3
7
8
9
L3
M3
FLDa7
FLDa8
FLDa9
MCUVcc1
MCUVcc3
MCUVcc2
10
11
12
J1
J2
F3
FLDa12F4FLDa13
FLDa11
FLDa10
MCUGND1
MCUGnd3
MCUGND2
13141516171819
L1
B1
K2
D3
C3
FLAd16
FLAd18
FLAd17
FLDa14
FLDa15
CoreVcc4
CoreVcc2
CoreVcc3
CoreVcc1
21
20
B2
D2
H2
FLAd20
FLAd21
FLAd19
CoreGND3
CoreGND1
CoreGND2
MEMADDA(22:0)
22
962710345
C4
N2N20
G1
M2
FLAd22
FLCS1X
FLCS3X
FLCS2X
CoreGND4
PLLGND
PLLVCC
IOVcc1
N4
N1
FLOEX
FLCS0X
IOVcc2
IOVcc4
P2
G2
FLWEX
IOVcc5
F2
FLPS
FLRPX
IOVcc7
IOVcc6
8
E2
A1
FLRDY
FLADVx
IOGND2
IOGND1
E1
FLClk
IOGND4
IOGND5
IOGND7
IOGND6
MEMCONT(9:0)
DSP_MCUTEST(2:0)
210
P20
R19
R20
GenTest1
GenTest2
GenTest0
PDRAMVCC1
SCVCC
PDRAMVCC2
SCGND
LVDSBias
RFCLK
210
REF103
PUSL(3:0)
0V=Phone power off
1.8V=Phone power on
B20
R12
R11
GND
GND
1n0
C113
close to UPP ESD filter
R14
R13
JTAG(6:0)
N18
0123456
D13
C13
G19
M15
AA20
L18
L19
K19
R18
N19
M19
Y21
W18
W21
34
5120
RFCONVDA(5:0)
W19
REF104
1.8V
W20
Y20
Y18
2
0
1
~3s
During power up
0V
Y8
U2
U1
012
DBUS(2:0)
V2
W10
0
Y10
H7
AA21
J109
1
AUDIODATA(1:0)
CBUS(2:0)
AA7
012
Y6
UEM_INT
Y1
W3
W1 V11
AEMSLEEP
RFICCNTRL(2:0)
Y14
W13
01
I_FBUS(1:0)
Y16
Y15
I_MBUS(1:0)
Y12
AA11
W2
32
10
01
CIF(3:0)
AA15
021
3736353433
I_SIMIF(3:0)
J3
J15
N15
K15
L15
Ir SD
30292827262524
31
32
J18
AA3
P15
R8
R9
P7
R10
22212019181716
23
N7
K7
L7
M7
H15
J7
G10
G11
G8
G9
1413121110
G12
G13
9
G14
8
G20
7156
G21
H20
F19
543
G18
F18
2
012
U4
T4
->
IrTx
IrRx
<-
I_IRIF(2:0)
AA13
AA19
U21
VCOREA
GPIO(37:0)
Y13
Y19
U20
GND
VCOREA
VCOREA
E21
J20
F20
J19
K20
J21
C105
GND
100n
VCOREA
REF100
A2
R1
GND
VCOREA
1.5V
AA9
C21
B3
C102
C104
C108
R2
C106
100n
100n
100n
Y9
100n
C20
GND
GND
GND
GND
GND
AA5
A7
AA17
L21
N21
VIO
VIO
VIO
VIO
place caps near UPP_WD2
REF101
A19
C1
VIO
C103
100n
C100
1.8V
M20
100n
C101
C2
100n
GND
Y5
C107
GND
C111
100n
GND
Y17
100n
A20
AA2
Y2
VCOREA
VIO
C19
A21
V4
18k
R100
GND
GND
100n
C110
GND
100n
C112
GND
GND
10n
C109
B7
GND
GND
VIO
GND
Issue 1 05/04 © 2004 Nokia Corporation Page 8-4
Nokia Customer Care Schematics 1CJ_08 RH-47
Memories diagram v. 0.1 ed.11
Company Confidential
MEMCONT(9:0)
GENIO(31:0)
CS1
NMP_DCT4_64MBIT_54MHZ_PBFREE
REF314
1.8V
0V
Activity during flashing
MEMCONT(6)
MEMCONT(5)
MEMCONT(2)
MEMCONT(3)
MEMCONT(1)
MEMCONT(0)
MEMCONT(4) MEMCONT(4)
MEMCONT(8)
17
MEMADDA(16)
MEMADDA(17)
MEMADDA(18)
MEMADDA(19)
MEMADDA(20)
MEMADDA(21)
MEMADDA(22) MEMADDA(22)
MEMADDA(0)
MEMADDA(1)
MEMADDA(2)
MEMADDA(3)
MEMADDA(4)
MEMADDA(5)
MEMADDA(6)
MEMADDA(7)
MEMADDA(8)
MEMADDA(9)
MEMADDA(10)
MEMADDA(11)
MEMADDA(12)
MEMADDA(13)
MEMADDA(14)
MEMADDA(15)
J312
D10
A10
C10
B2
A9
B8
A8
B3
A2
A4
B4
B9
B6
A6
B7
A1
B5
D9
C7
C6
D5
D4
C3
C2
C9
C8
D7
D6
C5
C4
D2
D1
D312
NOR 64MBIT
16
A
22
CLK
_AVD
_CE
_RP
_OE
WE
_WP
RDY
PS
ADDRESS/DATA I/O
VMEMBA5=
VIOB1,D8=
VPPA7=
GNDA3,C1,B10,D3=
4341591
1.8V
Activity during flashing
MEMCONT(6)
MEMCONT(5)
MEMCONT(7)
1.8V
REF311
MEMCONT(3)
MEMCONT(1)
MEMCONT(0)
MEMCONT(8)
1
NC
2
NC
3
NC
4
NC
REF310
1.8V
VMEMB
C311
100n 100n
FIT
Place capacitors near D310
VPP
C312
GND
C310
100n
VIO
CS0
NMP_DCT4_128MBIT_54MHZ_PBFREE
J311
D10
A10
C10
B2
A9
B8
A8
B3
A2
A4
B4
B9
B6
A6
B7
A1
B5
D9
C7
C6
D5
D4
C3
C2
C9
C8
D7
D6
C5
C4
D2
D1
REF315
0V
18
MEMADDA(16)
MEMADDA(17)
MEMADDA(18)
MEMADDA(19)
MEMADDA(20)
MEMADDA(21)
MEMADDA(0)
MEMADDA(1)
MEMADDA(2)
MEMADDA(3)
MEMADDA(4)
MEMADDA(5)
MEMADDA(6)
MEMADDA(7)
MEMADDA(8)
MEMADDA(9)
MEMADDA(10)
MEMADDA(11)
MEMADDA(12)
MEMADDA(13)
MEMADDA(14)
MEMADDA(15)
D311
NOR 128MBIT
16
A
22
CLK
_AVD
_CE
_RP
_OE
WE
_WP
RDY
PS
ADDRESS/DATA I/O
A5= VMEMB
B1,D8= VIO
A7=
A3,C1,B10,D3= GND
VPP
4341581
1
NC
2
NC
3
NC
4
NC
5
NC
6
NC
7
NC
8
NC
VMEMB
C313
100n 100n
VPP
C317
100n
GND
Place capacitors near D311
VIO
C314
MEMADDA(22:0)
SDRAMADD(13:0)
SDRAMCTRL(7:0)
SDRAMDATA(15:0)
SDRAMCTRL(2)
SDRAMCTRL(3)
SDRAMCTRL(4)
SDRAMCTRL(0)
SDRAMCTRL(1)
SDRAMCTRL(6)
SDRAMCTRL(5)
SDRAMDATA(0)
SDRAMDATA(1)
SDRAMDATA(2)
SDRAMDATA(3)
SDRAMDATA(4)
SDRAMDATA(5)
SDRAMDATA(6)
SDRAMDATA(7)
SDRAMDATA(8)
SDRAMDATA(9)
SDRAMDATA(10)
SDRAMDATA(11)
SDRAMDATA(12)
SDRAMDATA(13)
SDRAMDATA(14)
SDRAMDATA(15)
SDRAMADD(0)
SDRAMADD(1)
SDRAMADD(2)
SDRAMADD(3)
SDRAMADD(4)
SDRAMADD(5)
SDRAMADD(6)
SDRAMADD(7)
SDRAMADD(8)
SDRAMADD(9)
SDRAMADD(10)
SDRAMADD(11)
SDRAMADD(12)
SDRAMADD(13)
GND
D310
K4M28163PD-VG1L_PBFREE
SDRAM 8Mx16
J9
0
J10
K8
K9
K2
K3
J1
J2
J3
H1
J8
H2
H9
H10
G10
G9
H8
G8
G2
G1
F2
F9
A9
B8
B9
C8
C9
D8
D9
E8
E3
D2
D3
C2
C3
B2
B3
A2
A3,B10,C1,D10= GND
0
A
8388608
11
BA0
BA1
_RAS
_CAS
_CS
_WE
CLK
CKE
UDQM
LDQM
DATA I/O
A10,F10,K10= VSDRAM
A8,B1,C10,D1=
VIO
A1,F1,K1= GND
VIO
REF316
12V
During flashing
PRODTP6
C316
100n
R310
4k7
E310
12
GPIO(37:0)
28
E1
NC
E2
NC
F3
NC
G3
NC
H3
NC
F8
NC
E9
NC
E10
NC
1.8V
VSDRAM
REF312 REF313
C318
10n
Z311
W=0.30
VSDRAM
C319
10n
L=
GND
VIO
C321
C320
1u0
10n
Place capacitors near D312
1.8V
VIO
C315
100n
GND
Z310
L=
W=0.30
VMEMB
VPP
4347033
SDRAM
52uBGA
Issue 1 05/04 © 2004 Nokia Corporation Page 8-5
Nokia Customer Care Schematics 1CJ_08 RH-47
REF330
Audio diagram, v. 1.0 ed.11
I_AUDIO(1:0)
GENIO(31:0)
XAUDIO(17:0)
MIC_AUDIO(2:0)
Company Confidential
2.1V
MICB1 is on
"MICB1"
R350
0
C359
GND
1
2
22p
"MIC1P"
R340
"MIC1N"
33k
6
0
3
4
5
2
1
8
9
HF
1
2
HFCM
HOOKINT
220R
2x2k2
HEADINT
MICB2
C358
22p
GND
MIC2P
MIC2N
HFCM
HF
"MIC3P"
"MIC3N"
R351
C348
10U
GND
"Close to UEM"
REF337
REF338
Audio PA on
R349
220R
33k
R336
C344
2x33n
/2 33n1
C344
2x33n
/2 33n2
0.8V
0.8V
C341
10U
R352
2x2k2
6n8
C346
C347
8
C336
GND
GND
6n8
1n0
REF332
J334
REF334
MICB2 on
GND
C337
2x33n
1 /2 33n
C337
2x33n
2 /2 33n
"Close to UEM"
R338
2x2k2
C331
33n
C332
33n
1.8V=Audio PA on
OV=Audio PA off
2.1V
R334
10k
6n8
C339
GND
C340
C325
22p
R339
/2 1k0
1
R339
/2 1k0
2
GND
REF336
Audio PA onAudio PA on
R330
22k
R331
22k
R332
C330
1u0
GND
REF333
Voltage depends on accesory connected
R335
2x2k2
6n8
27k
<2.8V
2V
LM4890ITLXNOPB
Bypass
_Shutdown
+IN
-IN
B3=
B1,B2= GND
R337
/2 1k0
1
R337
/2 1k0
2
GND
R333
27k
N330
VAPA
330p
C334
Vo1
Vo2
VBAT_AUDIO
REF335
2V
Audio PA on
REF339
2V
Audio PA on
L330
42R/100MHz
C356
15n
"MICP"
"MICN"
C352
10U
6.3V
R347
GND
22R
C335
10n
VAPA
GND
C357
100p
REF331
GND
VBat
GND
R344
/2 VWM16V 2
R344
1/2 VWM16V
GND
Place Testpoints on Mic -pads
GND
R346
2
/2 VWM16V
C355
2/2 22p
GND
GND
C355
/2 22p
1
R346
/2 VWM16V1
GND
HFCM
0
MIC2P
1
HEADINT
2
HF
3
MIC2N
4
C350
/2 22p 1
C349
22p
C350
/2 22p2
HS_AUDIO(4:0)
GND
GND
C353
J330
B330
NF
+
1
-
2
1 = out
J332
PIN 2 = -
MALT speaker
connection
PIN 1 = +
J333
2 = gnd
J331
22p
"Close to UEM"
EAR_AUDIO(1:0)
10
"EARP"
"EARN"
4
EXC24CB102U
L331
23
1
10
EAR(1:0)
Issue 1 05/04 © 2004 Nokia Corporation Page 8-6
Nokia Customer Care Schematics 1CJ_08 RH-47
GSM BB-RF interface v.0.1 ed.8
Company Confidential
RFCONV(9:0)
GENIO(31:0)
changed to (31:0)
RFAUXCONV(2:0)
RFICCNTRL(2:0)
0
1
2
3
4
5
6
7
8
9
13
5
6
7
8
9
10
11
12
0
1
2
0
1
2
0
1
2
3
4
5
6
7
8
9
13
5
6
7
8
9
10
11
12
0
1
2
0
1
2
GENIO/GENIO_O
RFAUXCONV/RFAUXCONV_O
RFICCNTRL/RFICCNTR_O 0: RFBUSCLK
0: RXIINPRFCONV/RFCONV_O:
1: RXIINN
2: RXQINP
3: RXQINN
4: TXIOUTP
5: TXIOUTN
6: TXQOUTP
7: TXQOUTN
8: VREFRF02
9: VREFRF01
5: TXP
6: RESET
7: TXA
8: TXL1
9: TXL2
10: EXTANT
11: BANDSEL
12: ADATA
13: RXGAIN
0: TXC
1: TXPWRDET
2: AFC
1: RFBUSDA
2: RFBUSEN1
RFCONV_O(9:0)
GENIO_O(31:0)
RFAUXCONV_O(2:0)
RFICCNTRL_O(2:0)
PUSL(3:0)
changed to (3:0)
SLOWAD(6:0)
LPRFCLK
RFCLK
0
1
2
5
6
R170
100R
10p
C170
J170
~700mVpkpk
REF170
26MHz
5
6
SLOWAD/SLOWAD_O 5: VCXOTEMP
0
1
2
PUSL_O(3:0)
6: PATEMP
SLOWAD_O(6:0)
LPRFCLK_I
RFCLK_I
RFCLKGND_I
GND
Components: 170 - 189
Issue 1 05/04 © 2004 Nokia Corporation Page 8-7
Nokia Customer Care Schematics 1CJ_08 RH-47
MMC card interface diagram, v.0.0 ed.13
SIMIF(3:0)
Company Confidential
REF472
3.0V
0V
CLK
4129071
R470
EMIF03-SIM01F2
R1
R2
R3
CLK
GND
GND
VSIM
J471
0
J472
1
J473
2
3
3.0V
3.0V
REF473
REF471
0V
J470
GND
J474
J475
J476
J477
VSIM
REF470
3.0V
0V
3.25MHz
TEST Point for ATE SIM-GND
Data
Clock
Reset
X469
C707_10M006_531_2
3
SIMDATA
SIMCLK
2
SIMRST
1
VSIM GND
"DCT3" SIM READER
VSIM
7
6
5
L470
22nH
GND
I_MMCIF(4:0)
GENIO(31:0)
VBat
2.85V
REF480
REF475
12
15
VBAT_SMPS
C472
1u0
GND
C475
1u0 1u0
1.8V
C474
VMMC
GND
REF476
C471
VMMC
GND
C477
C473
100n
2p7
5400339
GND
DATA3
CMD
CLK
DATA0
GND
GND
X471
2.8V
9
8
7
6
5
4
3
2
1
REF479
0V
GND
2.8V
J497
J495
J493
J492
J490
J488
J487
REF478
0V
196KHz
REF477
2.85V
Testpads for Production
Testpads for ATE
C476
C470
100n
GND
Testpads will
GND
VIO
C492
22p
3
4
VIO
10n
GND
GND
N470
LP3928TLX-1828_NOPB
B3
Dir1
B2
Dir2
C3
Dir3
A4
EN1
A2
EN2
C2
LatchClk
A1
VBAT
B4
VCCA
B1
VCCB
4341761
GND
GND
1
0
2
C4
A1
D4
A2
D3
A3
C1
B1
D1
B2
D2
B3
A3
be removed in final
VMMC
CMD
CLK
DATA0
4129101
EMIF04-MMC02F2
R10
R20
R473
2p7
close to SIM connector
GND GND
R1
R2
R3
R4
GND
GND
Issue 1 05/04 © 2004 Nokia Corporation Page 8-8
Nokia Customer Care Schematics 1CJ_08 RH-47
Name
Appr
Accessory interface v.1.0 ed.13
Company Confidential
IR
Galaxy
I_IRIF(2:0)
IRIF(1:0)
CHARGER(2:0)
FBUS(1:0)
MBUS
PUSL(3:0)
GENIO(31:0)
CBUS(2:0)
LPRFCLK
I_IRIF(2:0)
IRIF(1:0)
Galaxy
CHARGER(2:0)
FBUS(1:0)
MBUS
Components : 380 - 429
PUSL(3:0)
GENIO(31:0)
CBUS(2:0)
LPRFCLK
Components : 360 - 379
SYS_CONN
LPRF
Galaxy
HS_AUDIO(4:0)
SLOWAD(6:0)
GPIO(37:0)
CBUS(2:0)
PUSL(3:0)
BT_TEST(9:0)
HS_AUDIO(4:0)
SLOWAD(6:0)
GPIO(37:0)
JTAG(6:0)
DSP_MCUTEST(2:0)
LCD(9:0)
Components: 430 - 449
TEST_IF
Calypso
JTAG(6:0)
DSP_MCUTEST(2:0)
LCD(9:0)
GENIO(31:0)
Components: 450 - 469
WING
empty
DSP_MCUTEST(2:0)
GENIO(31:0)
GPIO(37:0)
JTAG(6:0)
LCD(9:0)
PUSL(3:0) SLOWAD(6:0)
Components: 500 - 549
BT_TEST(9:0)
GPIO(37:0)
UIDRV(5:0)
BT_TEST(9:0)CBUS(2:0)
UIDRV(5:0)
Issue 1 05/04 © 2004 Nokia Corporation Page 8-9
Nokia Customer Care Schematics 1CJ_08 RH-47
Bluetooth BT202 diagram v.1.0 ed.11
C430
Company Confidential
VFLASH1
REF430
2.8V
L430
600R/100MHz
C432
C434
1u0
GND
GND
22p
GND
LMBTB016
6
VREG
46
VCCXTAL
53
VCC
52
VCC
54
VCC
1
GND
2
GND
3
GND
4
GND
5
GND
7
GND
8
GND
9
GND
10
GND
11
GND
13
GND
14
GND
15
GND
17
GND
19
GND
24
GND
29
GND
33
GND
39
GND
43
GND
47
GND
51
GND
32
VAPPL
45
VDD
GND
VBAT_SMPS
REF431
VBat
VIO
R435
22p
GND
10R
C433
REF432
1.8V
1u0
GND
C431
1u0
L431
600R/100MHz
C435
GND
22p
N430
RESETX
SLEEPX
EN26MHZ
SLPCLK
SYSCLK
REFCLK
XTALGND
ANT
OSCON
VBBEN
GPP0
GPP1
N.C.
GPP4
GPP6
GPP7
GPP9
GPP10
GPP11
CENX
TRST
TMS
TDO
TCK
WRX
GND
BT Antenna endpoint
UEMRSTX
12
31
44
48
49
18
26
50
16
56
55
NC
38
37
41
40
28
27
30
36
35
34
20
21
22
23
TDI
25
42
BT_TRST
BT_TMS
BT_TDO
BT_TDI
345
012
LPRFClk
BT_TCK
BT_GPP9
REF437
BT_OSCON
6
J430
4V=Phone power on
0V=Phone power off
1.8V
1.8V
REF436
1.8V=Phone power on
0V=Phone power off
PUSL(3:0)
PURX
SleepX
LPRFCLK
REF434
~600mVpkpk
26MHz
REF433
1.3V
0V
1MHz
CBUS_CLK
0
CBUS_DATA
1
CBUS_EN
2
REF438
0V
REF439
0V
REF435
32KHz
1.8V
0V
USARTRx
USARTTx
LPRFSync
LPRFInt
CBUS(2:0)
19
20
21
22
BT_TEST(9:0)
SleepClk
0
1
2
GENIO(31:0)
Components: 430 - 449
Issue 1 05/04 © 2004 Nokia Corporation Page 8-10
Nokia Customer Care Schematics 1CJ_08 RH-47
IR module, v.1.0 ed.8
Company Confidential
1
0
GND
1
0
GND
UEM inputs are grounded
See UPP input ground on CPU sheet
IRIF(1:0)
I_IRIF(2:0)
Components : 360 - 379
Issue 1 05/04 © 2004 Nokia Corporation Page 8-11
Nokia Customer Care Schematics 1CJ_08 RH-47
System connector diagram, v.1.0 ed.16
Thick line
C390
10p
GND GND
CBUS(2:0)
PUSL(3:0)
(to wingboard)
Company Confidential
1 /2 22p
GND
3
C384
2x22p
4
J407
J408
VCHAR
XMIC P
XMIC N
1.5A
F380
Place on connector pad
J402
J404
J406
J403
J405
5409119
X381
HFCM
REF382
Local mode
MIC2P
HEADINT
HF
MIC2N
MONO 2,5mm JACK
VBAT
REF385
Current sense monitor
R380
CURRENT_SEN
J390
4
REF380
C391
47p
0
2
1
2
Vbattery
VBat
X382
VBATT
BSI
GND
BATTERY CONNECTOR
5409141
NF
J393
R385
2k2
N380
LM3820TLX_NOPB
A1
GND
SENSE+
D1
Vio
C3
CBusClk
A3
CBusEnX
D3
CBusDa
B3
DetClk
A2
Vdd
J395
J396
VIO
J391
1
23
J392
R384
2k2
C380
1u0
B1
SENSE-
C1
Zint
D2
Gnd
GND
TP To be placed on Battery Connector Pads
J398
VBat
REF381
VBat
C381
22p
GND
Z380
W=1.0
Z381
W=1.0
Z383
W=1.0
VBAT_AUDIO
L=
VBAT_SMPS
L=
VBAT_CHRG
L=
80mV
2
3
5
4
1
NF
5400243
X380
1+
2
GND
NF
GND
19
C383
22p
2
2
GND
GND
1
GND
1 /2 1n
C386
2/2 1n
C386
/2 22p
2x22p
C384
Place on connector pad
L381
EXC24CB102U
1
23
L384
600R/100MHz
L382
EXC24CB102U
1
2
L380
42R/100MHz
4
GND
4
3
GND
GND
GND
R392
GND
/2 VWM16V1
R388
2 /2 VWM16V
R388
C382
22p
GND
C387
C385
C385
22p
/2 22p1
/2 22p2
14V/50V
NF
C389
GND
R387
2
/2 VWM16V
R387
/2 VWM16V1
GND
~6V
V380
GND
1PMT16AT3
GND
R390
10n
GND
47k
REF383
R386
5R6
VCHARIN
REF384
R389
5R6
0
1
2
0.8V
BSI
BTEMP
IPWM
ISD
0
1
2
3
4
0
1
HS_AUDIO(4:0)
CHARGER(2:0)
GPIO(37:0)
SLOWAD(6:0)
GND
A1
A3
C1
C3
GNDB2
GND
R381
ESDA14V2-4BF2
GND
R382
220k
1
0
FBUS(1:0)
MBUS
Components : 380 - 429
Issue 1 05/04 © 2004 Nokia Corporation Page 8-12
Nokia Customer Care Schematics 1CJ_08 RH-47
Power diagram, v. 1.0 ed.12
Company Confidential
AUX_POWER
Galaxy
GENIO(31:0)
I_AUDIO(1:0)
PUSL(3:0)
CBUS(2:0)
MIC_AUDIO(2:0)
PWRONX
SLOWAD(6:0)
I_FBUS(1:0)
AUDIODATA(1:0)
I_MBUS(1:0)
I_SIMIF(3:0)
DBUS(2:0)
GENIO(31:0)
Components : 260 - 299
I_AUDIO(1:0)
PUSL(3:0)
CBUS(2:0)
MIC_AUDIO(2:0)
PWRONX
SLOWAD(6:0)
I_FBUS(1:0)
AUDIODATA(1:0)
I_MBUS(1:0)
I_SIMIF(3:0)
DBUS(2:0)
UEM
Galaxy
UEMRST
EAR_AUDIO(1:0)
RFAUXCONV(2:0)
RFCONV(9:0)
RFCONVDA(5:0)
XAUDIO(17:0)
UIDRV(5:0)
UEMRST
UEMRSTX
-> to LPRF
EAR_AUDIO(1:0)
RFAUXCONV(2:0)
RFCONV(9:0)
RFCONVDA(5:0)
XAUDIO(17:0)
UIDRV(5:0)
VBAT
Z300
600R/100MHz
Place near UEM’s VBATVR1&2 pins
Z301
600R/100MHz
Place near UEM’s VBATVR5&6 pins
Z302
600R/100MHz
C300
C301
C302
10U
CHARGER(2:0)
I_IRIF(2:0)
IRIF(1:0)
VBATT1
Power input filtering
REF390
1u0
GND
VBATT2
REF391
1u0
GND
VBATT3
REF392
Components : 300 - 309
VBat
VBat
VBat
CHARGER(2:0)
I_IRIF(2:0)
IRIF(1:0)
Components : 190 - 259
FBUS(1:0)
MBUS
SIMIF(3:0)
UEM_INT
FBUS(1:0)
MBUS
SIMIF(3:0)
UEM_INT
Place near UEM’s VBATVR3&4 pins
GND
Components: 190 - 309
Issue 1 05/04 © 2004 Nokia Corporation Page 8-13
Nokia Customer Care Schematics 1CJ_08 RH-47
Test interface diagram v. 0.1 ed.7
Company Confidential
J450
JTMS
GPIO(37:0)
LCD(9:0)
GENIO(31:0)
JTAG(6:0)
JTRst
J451
J452
JTDI
VIO
VCC
3
1
2
4
0
5
6
J453
J454
J455
J456
J457
J458
J459
JTDO
JTClk_ret
JTClk
EMU0
EMU1
GND
BT_TEST(9:0)
DSP_MCUTEST(2:0)
BT_TRST
0
BT_TMS
1
BT_TDO
2
BT_TDI
3
BT_TCK
4
BT_GPP9
5
BT_OSCON
6
BT JTAG
TESTPOINTS
J460
BT_TRST
J461
BT_TMS
J462
BT_TDO
J463
BT_TDI
J464
BT_TCK
J465
BT_GPP9
TRACE
TESTPOINTS
J466
J467
0
1
2
J468
J469
E470
VBAT_SMPS
GENTEST0/STITxD
GENTEST1/STISClk
STIRxD
GND
Components: 450 - 469
Issue 1 05/04 © 2004 Nokia Corporation Page 8-14
Nokia Customer Care Schematics 1CJ_08 RH-47
08-Jul-98
Klinger
UEM diagram, v.1.0 ed.16
1.5V
XAUDIO(17:0)
8
9
VBACK
REF204
3.2V
Backup battery full
SLOWAD(6:0)
+
-
G190
3V3
VFLASH1
VANA
GND
/4 100k
1
R193
R193
R193
R193
0
1
2
3
4
5
6
R199
Backup battery
0V
/4 100k
2
GND
REF190
32KHz
/4 100k
/4 100k
3
4
47k
CHARGER(2:0)
C199
10p
GND
MIC_AUDIO(2:0)
456
3
unused ADs pulled high
PRODTP6
J208
Production Test Pattern
B190
32.768kHz
VPP
PRODTP2
C200
10p
MBUS
TX
PRODTP7
J206
GND
J210J209
VBACK
~0.9V
GND
RX
PRODTP3
J207
GND
C228
REF198
Local mode
Company Confidential
0
2
1
GND
VBAT
C223
1u0
GND
C227
1u0
1u0
GND
210
C229
GND
AUDIODATA(1:0)
CBUS(2:0)
I_SIMIF(3:0)
I_IRIF(2:0)
I_MBUS(1:0)
I_FBUS(1:0)
DBUS(2:0)
RFCONVDA(5:0)
1u0
GND
PUSL(3:0)
C230
VFLASH1
C196
100n
10n
GND
~0.9V
C231
10n
VANA
REF197
GND
C201
C197
100n
1n0
100n
C191
GND
VIO
REF201
1.8V
0V
No activity in local mode
GND
REF202
1.8V
0V
3.25MHz
10
C232
80mV
22p
VBAT
C222
VBAT_SMPS
C224
1u0
GND
0
1
UEM_INT
0
1
Activity during programming
REF196
Local mode
R200
4k7
VBATT3
L190
600R/100MHz
1u0
GND
PWRONX
GND
210
210
210
10
1.8V
0V
210
VBATT2
UEMK_V4.4_WDOGS_ENABLED
M9
VCHARIN1
P9
VCHARIN2
L6
VCHARINKL9VCHAROUTK
D5
GND
C10
D10
C11
D11
M14
TESTMODE
P8
VBATBB1
N9
VBATBB2
N11
VBATBB3
N14
VBATBB4
A1
VBATBB5
P7
PWRONX
P1
OSCIN
P2
OSCOUT
P3
VBACK
N3
VRTC
M4
OSCCAP
K4
VDAAUD1
H2
MICBCAP
H1
MICB1
J2
MIC1P
J1
MIC1N
H3
MICB2
J3
MIC2P
J4
MIC2N
K2
MIC3P
K1
MIC3N
K3
MICSUB
M3
VSAAUD1
N7
HOOKINT
C4
VDD28
A9
VDD18
PURX
B11
SLEEPX
D9
SLEEPCLK
B6
EARDATA
A6
MICDATA
A10
UEMINT
A8
CBUSCLK
B7
CBUSDA
C8
CBUSENX
B5
SIMIODAI
A5
SIMCLKI
C5
SIMIOCTRL
B8
IRTX
B9
IRRX
C6
MBUSTX
D6
MBUSRX
A7
FBUSTXI
C7
FBUSRXI
DBUSCLK
A11
DBUSDA
B10
DBUSENX
A13
RFCONVCLK
RXID
A14
RXQD
A12
TXID
B12
TXQD
AUXD
C9
VSS
C2
BSI
D3
BTEMP
D1
KEYB1
D2
KEYB2
C1
LS
E3
VCXOTEMP
D4
PATEMP
P13
VBATVR1
VBATVR2
J14
VBATVR3
K11
VBATVR4
K13
VBATVR5
L11
VBATVR6
L14
VBATVR7
F6
GNDTH1
F7
GNDTH2
F8
GNDTH3
F9
GNDTH4
G6
GNDTH5
G7
GNDTH6
G8
GNDTH7
G9
GNDTH8
H6
GNDTH9
H7
GNDTH10
H8
GNDTH11
H9
GNDTH12
GND
C225
1u0
J205
J190
J191
J192
J193
J194
012345
VBATT1
GND
GND
J195
J196
J197
J198
J199
J200
J201
J202
J203
J204
REF203
VBATT3
Copyright (C) Nokia Corporation. All rights reserved.
D190
VCHAROUT1
VCHAROUT2
VBATREGS
GNDREGS
VFLASH1
VFLASH2
GNDFLASH1
VDAAUD2
HEADINT
VSAAUD2
VBATDRIV
CALLED1
CALLED2
VSADRIV1
VSADRIV2
SIMIODAO
SIMCLKO
SIMCARDDET
VSIMGND
FBUSTXO
FBUSRXO
VDACONVRX
RXQINN
VSACONVRX
VDACONVTX
TXIOUTP
TXIOUTN
TXQOUTP
TXQOUTN
VSACONVTX
AUXOUT
TXPWRDET
AFCOUT
VREFRFO1
VREFRFO2
VREF25BB
VREF25RF
VREF278
GNDVR1
UEMRSTX
SMPSCLK
GNDTH13
GNDTH14
GNDTH15
GNDTH16
PWMO
PWM1C
CHDISX
VANA
VCORE
VIO
EARP
EARN
XEAR
HFCM
BUZZO
VIBRA
DLIGHT
KLIGHT
VSIM
SIMRST
IRLEDC
IRRXN
MBUS
RXIINP
RXIINN
RXQINP
CCP
CCN
VPUMP
VR1A
VR1B
VR2
VR3
VR4
VR5
VR6
VR7
IPA1
IPA2
ISET
VBG
N10
P10
M10
L10
GND
M7
P4
M5
N8
M8
P11
M13
B1
L5
GND
N2
M2
M1
N1
N6
L1
HF
L2
L3
VBAT_SMPS
GND
F2
G2
G3
E1
E2
F4
GND
F1
F3
G1
GND
C3
B2
B3
A2
P6
A3
GND
N4
L4
M6
N5
P5
B13
C13
B14
D12
C14
C12
GND
F11
E11
D14
E14
E12
F12
GND
E13
E4
D13
H13
H14
G14
G13
H12
P12
C195
100n
M11
N13
N12
GND
P14
M12
L12
J12
K14
J11
L13
K12
F14
F13
G12
Check UEMRSTX at pin 18 BT module (REF437)!
J13
A4
B4
J6
J7
J8
J9
GND
IPA1
IPA2
UEMRST
C193
100n
1210
C198
100n
R190
0R22
C221
VBAT_CHRG
1u0
GND
GND
C194
C192
C226
100n
100n
C215
1u0
REF200
C202
VANA
1u0
GND
GND
GND
VREFRF01
GND
1u0
GND
GND
VANA
VANA
C203
VBAT_CHRG
210
REF195
1u0
GND
1.8V
C205
3.0V
1u0
REF191
GND
Name
Assoc
C206
100n
VIO_LIN
C217
1u0
GND
0
1
2
3
4
5
0
1
2
3
0
1
2
3
4
5
6
7
C207
1u0
GND
GND
AQUARIUS UEM
PRODTP2
9
8
C208
1u0
GND
1.3V
VCORE
PRODTP3
VR7
REF199
PRODTP7
C210
VR6
1u0
VFLASH2
10
0
1
0
1
2
GND
C219
C190
10n
C216
1u0
GND
VSIM
C204
1u0
GND
REF193
2.8V
VFLASH1
VR4
C212
C220
1u0
GND
1u0
GND
10
VR5
C211
1u0
GND
1u0
GND
2.8V
REF194
2.8V
EAR_AUDIO(1:0)
I_AUDIO(1:0)
UIDRV(5:0)
SIMIF(3:0)
IRIF(1:0)
MBUS
FBUS(1:0)
RFCONV(9:0)
RFAUXCONV(2:0)
VR3
REF192
C213
1u0
GND
Appr
Des.
VANA
VR2
C214
1u0
GND
Components : 190 - 259
dd-mmm-yy
VR1A
Issue 1 05/04 © 2004 Nokia Corporation Page 8-15
Nokia Customer Care Schematics 1CJ_08 RH-47
Aux_Power diagram, v.1.0 ed.11
UEMRST
GENIO(31:0)
Company Confidential
REF265
Check VREFRF01 at C207 UEM sheet (REF199)!
REF264
Check VR3 at C212 UEM sheet (REF192)!
REF263
Check UEMRSTX at pin 18 BT module (REF437)!
Vout=1.5V
VREFRF01
VR3
A1
B1
GND
C1
D1
UPPWD2/VCORE regulator
4341711
N260
LM2608ATLX-1.8_NOPB
U//U
FB SGND
VDDVSEL
VREF
PVIN
SW
SYNC/MODE
END2PGND
REF261
VBat
A2
GND
A3
B3
C3
D3
GND
L260
10uH
REF262
C262
10U
C263
4.0V
0V
10U
GND
VCOREA
REF260
J260
600R/100MHz
C261 C265
10U
1.5V
L261
VBAT_SMPS
47p
GNDGNDGND
VIO_LIN
VIO SMPS has been removed!
Z260
L=
W=0.30
VIO
Components : 260 - 299
Issue 1 05/04 © 2004 Nokia Corporation Page 8-16
Nokia Customer Care Schematics 1CJ_08 RH-47
RF/BB connection, v.0.0 ed.12
Company Confidential
POWER_AMP
VDET
DET
VPD_850
VPD_1900
TX_850
TX_1900
VTXLO_850
VTXB_850
VTXB_1900
TX_850_OUT
TX_1900_OUT
VDET
DET
VPD_850
VPD_1900
TX_850
TX_1900
VTXLO_850
VTXB_850
VTXB_1900
TX_850_OUT
TX_1900_OUT
MJOELNER
RXIINP
RXIINN
RXQINP
RXQINN
VREF1
RFBUSEN1
RFBUSCLK
RFBUSDA
RESET
LPRFCLK_I
TXC
TXP
TXIOUTP
TXIOUTN
TXQOUTP
TXQOUTN
RFCLK_I
RXIINP
RXIINN
RXQINP
RXQINN
VREF1
RFBUSEN1
RFBUSCLK
RFBUSDA
RESET
LPRFCLK_I
TXC
TXP
TXIOUTP
TXIOUTN
TXQOUTP
TXQOUTN
RFCLK_I
Components: 800 - 899
Components: 600 - 799
Issue 1 05/04 © 2004 Nokia Corporation Page 8-17
Nokia Customer Care Schematics 1CJ_08 RH-47
Power amplifier diagram, v.0.0 ed.9
C803
27p
Company Confidential
VDET
DET
TX_850_OUT
TX_1900_OUT
R801
4k7
V801
HSMS-282C-TR1
R829
8k2
NF
C804
47p
R802
1k0
C872
33u_16V
C805
27p
LDC21836M19D-185
B1_OUT
B2_OUT
COUP
L801
G
VBAT
NF
B1_IN
B2_IN
TERM
L850
42R/100MHz
C877
33p
R803
47R
C826
8p2
C878
C880
10U
10p
C838
1p2
C874
C873
4p7
1n0
C823
1p0
NF
1p0
C834
2p2
C835
NF
NF
L810
1n8H
NF
RFMD 4350347 replaced by Hitachi 4350403
L809
5n6H
NF
GND
6
BOTTOM_PLATE=
Vapc
Pin
Pout
Vdd2
PCS
Vapc
Pout7Pin
Vdd1
GSM
PF08130B-TB
N801
VTXB_1900
436R
436R
11R6
RESNET_2DB
R890
TX1900 Buffer removed
1k0
R820
R817
1k0
R822
2k2
R821
47R
R818
47R
9
12
3
8
5
C876
1n0
10n
C832
NF
C818
33p
C830
10n
NF
L806
10nH
R823
10R
TX_1900
VPD_1900
VPD_850
VTXB_850
R826
100R
R828
68R
R827
100R
C820
27p
V802
PFR949T-E6327
C821
1p8
V802 replaced bz RoHs free part 4210197
R824
1k0
R833
10R
6n8H
L824
10nH
L807
C891
3p9
NF
TX_850
VTXLO_850
Components: 800 - 899
Issue 1 05/04 © 2004 Nokia Corporation Page 8-18
Nokia Customer Care Schematics 1CJ_08 RH-47
RF Mjoelner ASIC diagram v.0.0 ed.11
RXIINP
RXIINN
RXQINP
RXQINN
antenna feed point, K-50L-QG
J801
BC848W
R602
100k
J802
Tx1
8
GSM850
Tx2
10
GSM1900
Switch changed to Murata 455B032
R603
100k
C602
27p
V601 replaced with SOT323 package
J601
C607
C606
3u3
27p
C871
100n
R612
1k0
C808
Z601
1
J800
NF
X810
Case symbol replaced by MCX straight Jack 542B019
TX_850_OUT
TX_1900_OUT
V601
LPRFCLK_I
0R
1k0
R601
R604
NF
VR3
R607
R605
220k
0R
C605
100n
RFCLK_I
added jumpers for more flexibility (copy from Calimero)
RFBUSCLK
RFBUSEN1
RFBUSDA
RESET
VREF1
VR4
R610
27R
47p
3
C632
4
ANT
LMZ0170A
567
1n0
NF
C641
15p
Note VC1/VC2 positions on part
16
2
Vc2
Vc1
9
13
15
11
R627
47R
C603
1n0
R606 removed
VR2
C620
27p
C615
10n
VR7
C610
100n
C640
NF
15p
are swapped on 4550185
Rx1
14
GSM850
Rx2
12
GSM1900
VR3
C622
100n
C650
R730
5R6
C740
3u3
Company Confidential
/2 5k6?
R715
/2 5k6?
L608
C604
2n7H
1p0
L609
C634
1p2
C629
27p
LDB15C101A3700
292R
C625
1u0
2
1
L606
10nH
L607
10nH
T702
2n7H
C626
2p7
4
5
3
C627
4u7
VR2
C628
100n
MJOELNER_S2006F3A
C5
RXIP
C6
RXIM
B6
RXQP
A5
RXQM
E1
INPH
D1
INMH
E2
HLP
D2
HLM
G1
INPM
F1
INMM
G2
MLP
F2
MLM
C1
INPL
B1
INML
C2
LLP
B2
LLM
A8
XTALP
A7
XTALM
B8
REFOUT
H9
NA
E9
RFBUSCLK
E7
RFBUSENX
F8
RFBUSDA
F7
RESETX
E8
SELADDR
A1
VDDRXF
B7
VDDRXBB
H6
VDDLO
J3
VDDTX
G7
VDDCP
F9
VDDPRE
G8
VDDPLL
A6
VDDXO
A9
VDDBBB
J9
NA
D7
VDDDIG
D8
VDDDL
A4
VBEXT
B5
RBEXT
R626
2k7
N601
TXIP
TXIM
TXQP
TXQM
OUTHP
OUTHM
OUTLP
OUTLM
CPOUT
INPLO
INMLO
TXP
TXC
DET
PLFB1
PLFB2
VPCH
VPCL
IMIR
SENSE
VANTL
VANTM
VANTH
VTXBH
VTXBL
VTXLOL
VTXLOH
VBDET
VSSLNA
VSSXO
VSSCP
VSSTX
VSSLO
VSS1
VSS2
VSS3
VSS4
VSS5
VSS6
VSS7
C717
27p
H3
G3
G4
H4
J1
H1
J2
H2
G9
J7
J8
D9
E3
J5
J4
J6
H5
G5
F4
C3
B9
C9
C8
B3
C4
A3
D3
B4
H8
NA
A2
C7
G6
F3
F6
F5
D5
D6
E6
E4
D4
H7
R830
0R
All comp. copied from Cameron
L703
NF
C701
15p
C831 2.2nF COG introduced
C706
R706
22k
33nH
C831
2n2
100p
L701
33nH
NF
C703
27p
R707
15k
C710
270p
R708
3k9
R711
R710
6k8
C711
2n7
5k6
C712
180p
L706
12nH
R725
150R
L707
18nH
L708
18nH
R726
150R
C734 1p2
L705
3n3H
C735
C731
27p
OUT
IN
Z603
1960MHz
SAFSD881MCL0T04R13
IN OUT
OUT
GND
Z604
881.5MHz
26MHz B601
VR5
C623
100n
4n7
C741
4p7
VIO
G701
VT
ENFVJ5W2S02
C624
27p
VR1A
VCC
R623 100R
R630
47R
OUT
R731
17R6
292R
RESNET_3DB
C715
68p
C716
68p
C718
1n0
R732
R733
18R
VR2
1p2
18R
836.5MHz
R715
R716 /2 5k6?
?R716
/2 5k6
/2 2k2?
R717
R717
/2 2k2?
T701
LDB211G8005C-001
3
L712
1
5
4n7H
4
2
C721
1n0
Z701
SAFSD836MFL0T04R13
IN
OUT
IN
GND
15p
C722
L710
1n8H
NF
TXP
TXIOUTP
TXIOUTN
TXQOUTP
TXQOUTN
TXP
TXC
TX_1900
TX_850
DET
VPD_1900
VPD_850
VTXB_1900
VTXB_850
VTXLO_850
VDET
Issue 1 05/04 © 2004 Nokia Corporation Page 8-19
Nokia Customer Care Schematics 1CJ_08 RH-47
Probe test points v.0.0 ed.2
Company Confidential
RFBUSEN1
RFBUSCLK
RFBUSDA
RESET
RXIINP
RXIINN
RXQINP
RXQINN
TXP
J602
J603
J604
J605
J606
J607
J608
J609
TXC
VR1A
VR2
VR3
VR5
VR4
VR7
J612
J614
J616
J617
Issue 1 05/04 © 2004 Nokia Corporation Page 8-20
Nokia Customer Care Schematics 1CJ_08 RH-47
Layout diagram 1CK_10a, top
Company Confidential
Issue 1 05/04 © 2004 Nokia Corporation Page 8-21
Nokia Customer Care Schematics 1CJ_08 RH-47
Layout diagram 1CK_10a, bottom
Company Confidential
Issue 1 05/04 © 2004 Nokia Corporation Page 8-22
Nokia Customer Care Schematics 1CJ_08 RH-47
Proj
Drw. V.
User Interface diagram 1CJ, v.1.0 ed.19
KHN4NX1B
+
10n
C149
Vibra Pads
R140
M130
REF140
Power switch
GND
7
2
1
11
18
17
15
14
13
12
-
NF
1
X133
3
4
S130
PWR_EN (FCI)
I2CDa (FCI)
I2CCl (FCI)
I2CInt (FCI)
ROW5
ROW4
ROW3
ROW2
ROW1
ROW0
COL4
16
11
COL3
COL2
10
COL1
9
8
COL0
Place Testpoints on Vibra-pads
C146
10p
GND
4k7
M
PWRONX
C145
CIF(3:0)
VBAT_SMPS
33p
GND
PWRON_X
GENIO(31:0)
GPIO(37:0)
EAR(1:0)
4V=Switch open
0V=Switch closed
C143
22p
GND
UIDRV(5:0)
1
X132
READ COMPONENT INFO!
GND
C147
33p
GND
~0V
Keymat LEDs on
1
REF133
Vibra on
REF132
4.0V
0V
Company Confidential
pin sort in Layout
1 2
3 4
5 6
* *
21 22
X130
VKEYB
1
2
VBAT_SMPS
3
4
5
6
7
8
9
10
11
VIO
12
13
14
15
16
17
18
19
0
20
21
1
22
B2B_Connector_2
UI connector
REF131
VBAT_SMPS
1
PUMT1
2
V165
6
R162
5
1k0
22p
C161
GND
354
2
VBat
56R
R160
4
PUMT1
V165
3
GND
REF130
1.8V
Keymat LEDs on
D0
27
LCD(9:0)
D1
26
Copyright (C) Nokia Corporation. All rights reserved.
THIS DRAWING IS PROTECTED BY COPYRIGHT AS AN UNPUBLISHED WORK.
UNAUTHORIZED REPRODUCTION OF THIS DRAWING IS NOT PERMITTED.
THIS DRAWING CONTAINS PROPRIETARY AND CONFIDENTIAL INFORMATION.
This document is property of Nokia Corporation
Dlight
C134
V132
Vin
Is
EXT
EMIF02-MIC02F2
IN1
OUT1
GND
IN2
OUT2
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
IN9
IN10
GND
GND
VBAT_SMPS
600R/100MHz
1
2
3
4
~0.5V
Name
Assoc
File
ESD_LEV=4ESD_LEV=1
Z130
EMIF10-COM01F2
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
OUT9
OUT10
R135
10R
R144
2k2
L131
C131
10U
2R2
R141
GND
L130
15uH
VovpVfb
AQUARIUS User Interface
$P1831/1CK_10_SVM/BB/UI
GND
GND
GND
D3
D2
D1
D0
!WR
D7
D6
!RD
R142
GND
R143
GND
V130
1PS79SB30
D5
D4
GNDGND
14V/50V
14V/50V
14V
REF137
Backlight on
C130
REF138REF139
C139
10p
C140
VFLASH1
C142
GND
10p
GND
yyxx
1.8V
VIO
1u0
GND
C141
100n
GND
dd-mmm-yy
02-Feb-99
13-Feb-04
C144
GND
1(02)
Edit
100n
1.8V
5649219
Calimero display connector
X131
1
2
!WR
D0
D1
D2
D3
!CS
D/!C
D7
D6
D5
D4
TE
!RD
!RES
C133
1u0
1u0
GND
GND
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
GND
Vddi
Vdd
LED in
LED out
TE
GND
Appr
Des.
Klinger
Dr.
FBESSEL
Sheet of
Print
Components : 130 - 169
RSTX
4
D3
1
D2
0
A0
7
WRX
8
D7
5
D6
4
D5
3
D4
2
RDX
9
CSX
6
REF141
1.8V
0V
During display activity
28
REF134
~0V
Backlight on
VBAT_SMPS
Driver for white LED’s
PDTA114EE
22p
GND
V131
C132
R130
33R
47p
GND
VBat
8
7
6
5
REF136
D130
TK11851L
U//U
EN
Cx
GND
REF135
Backlight on
Issue 1 05/04 © 2004 Nokia Corporation Page 8-23
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