CONFIDENTIAL GX10i SERVICE MANUAL - altehandys.de · Battery operating temperature: 0°C ......
Transcript of CONFIDENTIAL GX10i SERVICE MANUAL - altehandys.de · Battery operating temperature: 0°C ......
GX10iCONFIDENTIAL
No. S4305TQGX15/A
DIGITAL MOBILE PHONE
• In the interests of user-safety the set should be restored to itsoriginal condition and only parts identical to those specifiedshould be used.
SHARP CORPORATIONThis document has been published to be usedfor after sales service only.The contents are subject to change without notice.
CHAPTER 1. GENERAL DESCRIPTION[1] Specifications ..............................................1-1[2] Names of parts ............................................1-2[3] Operation manual ........................................1-2
CHAPTER 2. ADJUSTMENTS[1] Adjustments
SHARP Program Support Tool (SPST) .......2-1[2] SHARP RF Test tool manual .....................2-30[3] Adjustment procedures after replacement
of the parts ................................................2-36[4] Test points .................................................2-38[5] Troubleshooting ........................................2-42[6] Specification for function test ....................2-56
CHAPTER 3. DISASSEMBLY ANDREASSEMBLY[1] Servicing concerns ......................................3-1[2] Disassembly and reassembly .....................3-2
CHAPTER 4. DIAGRAMS[1] Block diagram .............................................4-1
CHAPTER 5. SCHEMATIC DIAGRAM ANDWIRING SIDE OF P.W.BOARD[1] Notes on schematic diagram ......................5-1[2] Types of transistor and LED........................5-1[3] Waveforms of circuit ....................................5-2[4] Schematic diagram/
wiring side of P.W.Board .............................5-6
CHAPTER 6. OTHERS[1] Function table of IC .....................................6-1
PARTS GUIDE
CONTENTS
SERVICE MANUAL
MODEL GX10i(INTERNAL MODEL NAME:
TQ-GX15E/G/R/T/S/H/EP/PP/W/B/D/A/Z/Q)E : For U.K. G : For GermanyR : For Ireland T : For ItalyS : For Spain H : For NetherlandsEP : For U.K. (Prepaid) PP: For Portugal (Prepaid)W : For Sweden B : For HungaryD : For Greece A : For AustraliaZ : For New Zealand Q : For Egypt
• CautionRisk of explosion if battery is replaced by an incorrect type,dispose of used batteries according to the instruction.
1 – 2
GX10i CONFIDENTIALFOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT,PLEASE REFER TO THE OPERATION MANUAL.
CHAPTER 1. GENERAL DESCRIPTION[1] Specifications
1 – 1
Licensed under U.S. Patent 4,558,302 and foreign counterparts.
T9 Text input is licensed under one or more of the following: U.S. Pat. Nos. 5,818,437, 5,953,541, 5,187,480, 5,945,928, and 6,011,554; Australian Pat. No. 727539; Canadian Pat. No. 1,331,057; United Kingdom Pat. No. 2238414B; Hong Kong Standard Pat. No. HK0940329; Republic of Singapore Pat. No. 51383; Euro. Pat. No. 0 842 463 (96927260.8) DE/DK, Fl, FR, IT, NL,PT.ES,SE,GB; Republic or Korea Pat. Nos. KR201211B1 and KR226206B1; and additional patents are pending worldwide.
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In this product, JBlend is incorporated. JBlend is a Java execution environment that Aplix developed for implementing advanced performance and fast operation on small-memory systems. JBlend and JBlend logo are trademarks or registered trademarks of Aplix Corporation in Japan and other countries.
Powered by Mascot Capsule /Micro3D EditionTM
Mascot Capsule is a registered trademark of HI Corpora-tion 2002-2003 HI Corporation. All Rights Reserved.
Licensed by Inter Digital Technology Corporation under one or more of the following United States Patents and/or their domestic or foreign counterparts and other patents pend-ing, including U.S. Patents: 4,675,863: 4,779,262: 4,785,450 & 4,811,420.
R C
R
R
R
R
C
Specifications for this model are subject to change withoutprior notice.
General: Tri - band (GSM 900 MHz/DCS 1800 MHz/ PCS 1900MHz)
GPRS-enabledWAP, MMS, SMS
Dimensions (folded, excluding the aerial)(H x W x D): 94 x 49 x 27 mmWeight: 110 gBattery operatingtemperature: 0°C - 40°CMain-screendisplay: Display dimensions: 160 x 120 dots
LCD display: TFT 65,536 colours with backlightLCD backlight: LED backlight white colour LEDs
Sub-screendisplay: Display dimensions: 26 x 96 dots
LCD display: STN monochrome LCD with backlightCamera: CMOS 110K pixels built-in camera
Zoom: Wide and zoom mode (Supported 2x zoom)Lens: F2.0, f = 1.8 mm
Sound: 16-polyphonic ring melodiesStatus LED: Green and redExternal DCsupply voltage: 5.2 VBattery: 3.7 V, 720 mAh, Li-IonStandby time: 100 ~ 250 hoursTalk time: 150 ~ 240 min.Others: Side key
Infrared port 1.2 L/P (maximum distance 20 cm)Connector for AC charger and data cableStandard hands free connector (ø2.5)
Battery ranning time depends on the battery and SIM card aswell as the network conditions and usage.
1 – 3
GX10iCONFIDENTIAL
[3] Operation manual (Page numbers refer to the user guide)
1 – 2
Earpiece
Navigation Keys (Arrow Keys)
Centre Key
Left Soft Key
Send Key
Voice Mail Key
/Shift Key
Main-Screen Display
Hands free Connector
Right Soft Key
End/Power Key
Keypad
Microphone
External Connector
Aerial
Sub-Screen Display
CameraMirror
LED Indicator
Infrared Port
Speaker
Battery Cover
Side Keys(Up/Down)
[2] Names of parts
Accessories (optional)Li-ion spare battery (XN-1BT11) Cigarette lighter charger (XN-1CL10) Car holder (XN-1CH11)Data cable (RS232C cable: XN-1DC10)
Some of the above accessories may not be offered by every region.For details, please contact your dealer.
1 – 4
GX10i CONFIDENTIAL
1 – 3
134
QU
ICK
STA
RT
GU
IDE:
INTR
OD
UC
TIO
N
Mor
e th
an v
oice
and
text
– n
ow it
’s p
ictu
res,
mus
ic a
nd g
ames
!
Con
grat
ulat
ions
on
your
new
Sha
rp G
X10i
. With
this
adv
ance
d ha
ndse
t, yo
u w
ill be
abl
e to
do
far m
ore
than
“tal
k an
d te
xt”.
Now
yo
u ca
n ta
ke fu
ll ad
vant
age
of a
ll th
e ne
w V
odaf
one
live!
se
rvic
es.
For i
nsta
nce:
Taki
ng a
nd s
endi
ng c
olou
r pho
tos
Play
ing
arca
de q
ualit
y ga
mes
Amaz
ing
your
frie
nds
with
pol
ypho
nic
ringt
ones
Acce
ssin
g th
e m
obile
inte
rnet
qui
ckly
and
eas
ily
How
to d
o al
l thi
s is
des
crib
ed in
det
ail in
side
this
m
anua
l. Bu
t if y
ou a
re a
lread
y fa
milia
r with
how
a
mob
ile p
hone
wor
ks, y
ou p
roba
bly
wan
t to
try
out t
he n
ew fe
atur
es s
traig
ht a
way
– th
e th
ings
yo
u co
uldn
’t do
bef
ore.
In w
hich
cas
e, th
e ne
xt th
ree
page
s w
ill sh
ow y
ou h
ow to
:Ta
ke y
our f
irst p
ictu
re w
ith th
e ca
mer
aSe
nd it
as
a m
ultim
edia
mes
sage
with
text
Try
out a
Jav
a
gam
e us
ing
anim
atio
n, 2
D a
nd 3
D e
ffect
sEx
perim
ent w
ith ri
ngto
nes,
and
...
Acc
ess
the
Voda
fone
live
! por
tal
We’
ll al
so s
how
you
how
to c
onne
ct u
p to
the
Voda
fone
live
! por
tal,
to d
isco
ver w
hat t
he w
orld
’s
larg
est m
obile
com
mun
ity h
as to
offe
r you
and
you
r ph
one:
from
new
ring
tone
s to
gam
es,
ente
rtain
men
t and
new
s se
rvic
es.
TM
135Q
UIC
KST
AR
T G
UID
E: N
AVI
GA
TIO
N &
CA
MER
A
Tryi
ng o
ut y
our p
hone
OK.
You
r SIM
car
d’s
in th
e ha
ndse
t, an
d yo
u’ve
cha
rged
the
batte
ry (s
ee “G
ettin
g St
arte
d”, p
.8).
Turn
ing
it on
: Pre
ss a
nd h
old
the
re
d ke
y fo
r tw
o se
cond
s (th
e sa
me
to tu
rn
off).
Nav
igat
ion
and
sele
ctio
n:Th
e G
X10i
use
s ic
ons
to h
elp
you
navi
gate
(lik
e on
you
r PC
).Pr
ess
the
cent
ral s
ilver
k
ey to
ac
cess
the
icon
s on
the
Mai
n M
enu.
Use
to m
ove
up a
nd d
own
the
on-s
cree
n m
enus
, and
the
key
or
to s
elec
t.
take
s yo
u ba
ck to
a p
revi
ous
men
u.Th
e
‘sof
t’ ke
ys s
elec
t w
hate
ver i
s at
the
botto
m le
ft an
d rig
ht o
f th
e sc
reen
– o
ften
as a
n al
tern
ativ
e to
th
e m
enu
keys
.
Usi
ng th
e ca
mer
a
Taki
ng a
pho
to:
1.Fr
om th
e st
art-u
p sc
reen
, pre
ss a
nd h
old
for t
wo
seco
nds
to g
o in
to C
amer
a m
ode
(see
Sec
tion
M1:
Cam
era,
p.3
4 fo
r ful
l de
tails
).2.
Pres
s to
cap
ture
the
imag
e on
scr
een.
3.Pr
ess
[Sav
e] (“
Save
to M
y Ph
one”
is s
how
n), o
r pre
ss
to S
end
your
pic
ture
to s
omeo
ne e
lse
(see
nex
t pag
e). O
r pr
ess
[Bac
k] in
stea
d to
re-ta
ke.
Not
e:
alw
ays
retu
rns
you
to P
hone
mod
e.
View
ing
phot
os:
1.In
Cam
era
mod
e, p
ress
[O
ptio
ns].
2.Se
lect
“Exi
stin
g Pi
ctur
es”,
then
pre
ss
.3.
Go
to th
e pi
ctur
e fil
e yo
u w
ant t
o vi
ew (t
hey’
re n
amed
by
tim
e an
d da
te),
and
pres
s .
Usi
ng a
pho
to a
s w
allp
aper
: 1.
Go
to th
e M
ain
Men
u.2.
Sele
ct “S
ettin
gs”,
“Pho
ne S
ettin
gs”,
“Wal
lpap
er”,
“O
n”,
“My
Pict
ures
”.
3.Pr
ess
, and
sel
ect y
our p
hoto
from
the
list.
4.Pr
ess
[Se
lect
].
136
QU
ICK
STA
RT
GU
IDE:
MES
SAG
ING
& G
AM
ES
Pict
ure
Mes
sagi
ng
Use
the
MM
S (M
ulti
Med
ia M
essa
ging
) fun
ctio
n to
sen
d yo
ur
phot
o to
geth
er w
ith a
text
mes
sage
.1.
From
the
Mai
n M
enu
scro
ll up
to “M
essa
ges”
.2.
Pres
s a
nd s
elec
t “M
MS”
.
3.Pr
ess
and
sel
ect “
Com
pose
”.
4.Pr
ess
and
writ
e yo
ur te
xt
mes
sage
.
Atta
chin
g yo
ur p
hoto
: 1.
Pres
s [O
ptio
ns].
Sele
ct “P
icut
ure”
an
d pr
ess
. 2.
Cho
ose
the
phot
o yo
u w
ant.
Pres
s .
3.Pr
ess
[Bac
k] to
go
back
to y
our m
essa
ge.
Not
e: R
epea
t the
sam
e st
eps,
cho
osin
g “S
ound
” ins
tead
of
“Pic
ture
” to
atta
ch a
sou
nd –
for i
nsta
nce
a vo
ice
mem
o fro
m
your
self
(see
Sec
tion
M5-
4, p
.75
on h
ow to
reco
rd).
Send
ing:
Fro
m th
e te
xt e
ntry
scr
een:
1.Pr
ess
, and
key
in a
mob
ile n
umbe
r (or
an
emai
l add
ress
: to
ent
er te
xt fi
rst p
ress
and
hol
d –
to g
et th
e @
sym
bol,
pres
s th
e k
ey 3
tim
es).
2.Pr
ess
, cho
ose
“Sen
d” a
nd p
ress
[S
elec
t].
3.Yo
u’ll
be a
sked
to O
K th
e fil
e si
ze: s
elec
t “Ye
s”, p
ress
,
and
wat
ch it
bei
ng s
ent.
Tip:
Try
sen
ding
to y
ours
elf t
o se
e ho
w it
wor
ks.
Prob
lem
s? Y
ou m
ay n
eed
to b
e re
gist
ered
for M
MS
– sp
eak
to
Voda
fone
cus
tom
er s
ervi
ces.
Play
ing
gam
es
Your
pho
ne c
omes
with
two
built
-in g
ames
an
d on
e pr
e-lo
aded
Jav
a g
ame:
Sto
rmy
Sigh
t. To
try
out t
he e
nhan
ced
gam
epla
y of
this
Jav
a
gam
e, g
o to
the
Mai
n M
enu:
1.Se
lect
“Fun
& G
ames
”, an
d pr
ess
.2.
Sele
ct “J
ava
G
ames
”, an
d pr
ess
.3.
Sele
ct “S
aved
Gam
es”,
and
pres
s .
4.Se
lect
“Sto
rmy
Sigh
t”, a
nd p
ress
to p
lay.
You
can
dow
nloa
d fu
rther
Jav
a
gam
es b
y se
lect
ing
“Dow
nloa
d M
ore”
in th
e “J
ava
G
ames
” men
u. T
his
will
take
you
to th
e Vo
dafo
ne li
ve! p
orta
l (se
e ne
xt p
age)
.
Sho
otS
hoot
Shoo
t
Sho
otS
hoot
Shoo
t
TM
TM
TM
TM
TM
137Q
UIC
KST
AR
T G
UID
E: R
ING
TON
ES &
PO
RTA
L
Poly
phon
ic R
ingt
ones
The
Shar
p G
X10i
com
es w
ith a
rang
e of
am
azin
g rin
gton
es
alre
ady
load
ed fo
r you
to tr
y ou
t.
Cho
osin
g a
ringt
one:
1.
From
the
Mai
n M
enu
sele
ct “P
rofil
es”,
sel
ect “
Nor
mal
”, th
en g
o to
“Edi
t” an
d pr
ess
.2.
Sele
ct “
Assi
gn M
elod
y”,
then
“Pre
set M
elod
y” a
nd p
ress
. C
hoos
e a
mel
ody.
3.To
hea
r it,
sele
ct
[Pla
y]. T
o st
op, p
ress
[S
top]
.4.
If yo
u lik
e it,
you
can
pre
ss
to s
elec
t. O
r try
out
ano
ther
rin
gton
e.
Dow
nloa
d a
new
ring
tone
: You
can
als
o do
wnl
oad
one
of th
e m
any
amaz
ing
new
pol
ypho
nic
ringt
ones
, whi
ch th
e do
wnl
oad
will
stor
e in
the
“My
Soun
ds” f
olde
r in
the
“My
Phon
e” s
ectio
n of
the
Mai
n M
enu.
Firs
t you
nee
d to
acc
ess
the
Voda
fone
live
! por
tal.
Acc
essi
ng th
e Vo
dafo
ne li
ve! p
orta
l
1.Yo
ur p
hone
is a
lread
y se
t up
to u
se th
e m
obile
inte
rnet
br
owse
r. O
n th
e st
art-u
p sc
reen
you
’ll se
e th
e Vo
dafo
ne li
ve!
logo
a
t the
bot
tom
righ
t . P
ress
to s
elec
t it,
and
this
will
star
t the
con
nect
ion
proc
ess
(see
the
Voda
fone
se
ctio
n, p
.105
).2.
Onc
e co
nnec
ted
you'
ll se
e a
men
u of
icon
s w
hich
take
you
to
diffe
rent
are
as o
f the
por
tal f
or y
ou to
exp
lore
.3.
To d
ownl
oad
a rin
gton
e, g
o to
“D
ownl
oads
” and
follo
w th
e pr
ompt
s to
lis
ten
to a
nd d
ownl
oad
a ne
w ri
ngto
ne.
You
can
now
cho
ose
it on
you
r pho
ne a
s be
fore
.Th
e tip
of t
he ic
eber
g: T
his
porta
l has
a
who
le w
orld
of n
ews
and
ente
rtain
men
t to
offe
r you
. For
mor
e de
tails
, ple
ase
refe
r to
the
Voda
fone
live
! gui
de.
New
Dow
nloa
ds
Mor
e...
Mes
sage
s
Cha
t
Gam
es
2 – 1
GX10iCONFIDENTIALCHAPTER 2. ADJUSTMENTS[1] Adjustments
SHARP Program Support Tool (SPST)
1. OutlineThis document provides user information required to install and use GX10i Program Support Tool (SPST).
2. System requirements• IBM PC compatible personal computer (standard COM1 serial port (115,200 bps) and USB required)
Supporting OS: Windows 98/98SE/2000/XP (except for Windows 95/ME/NT)(English, German, Italian, Spanish, French and Chinese versions)
• Data cable• Full charged battery
<During RF adjustment>• RF test instrument: CMU200, CMD55• GPIB interface: National Instruments USB-GPIB cable
Model No.: NI GPIB-USB-B• The battery should be fully charged.
3. Introduction3.1 Functions
SPST offers five key functions:1. Software download2. User data transfer (processes all data at once but not individually)3. RF calibration4. Default setting5. Identification
SPST functions as a launcher for these independent software programs .
3.2 Installation
The SPST software is distributed in CD-ROM format.(1) Use Windows Explorer and copy “UpgradingTool.zip” and “SPST.zip” to the desktop.(2) Unzip and install “UpgradingTool.zip” following the procedures below.(3) Unzip the “SPST.zip”.
Hereinafter, procedures are carried out in the SPST folder.
3.2.1 Starting up
Connect GX10i to an operable serial port of the PC with the supplied data cable. Connect the AC charger to the data cable.Execute the GX10i SPST.exe program in the SPST folder.
(1) The SPC input screen appears. Input SPC (2968) and press “OK”. If you do not know SPC, press “Cancel” to close.
Figure 1
2 – 2
GX10i CONFIDENTIAL
(2) If SPC is correct, the following screen appears.
Figure 2
The software for each function is independent and thus multi-bootable. However, you can only activate single software ata time. To start snother software, exit the current one.
3.3. Functions
3.3.1 Identification
SPST downloads and displays the main data configured in GX10i.
<Operation>(1) On the SPST startup screen, press “Identity”.
Figure 3
(2) Connect PC and MS with a Data cable.
(3) Remove the SIM card and turn on the phone. Regular display.
(4) Select the COM port.
(5) Press “Get Identity”. The information will be displayed.
(6) IMEI will be displayed, and the following dialog box appears.
Figure 4
(7) Make sure GX10i is turned off and press the power key.
(8) Press “OK” when **** appears on the GX10i display.
2 – 3
GX10iCONFIDENTIAL
(9) Make sure “Success!!” appears. Check the data and exit.
Refer to the attachment 1for the operator code.
Software version: IMEISV: 02
Figure 5
Attachment 1 Operator Code Chart
No. Operator name Country Model name
01 Vodafone UK Post-Paid UK A4TQGX15E
02 Airtel Spain A4TQGX15S
04 Vodafone Omnitel Italy A4TQGX15T
05 Vodafone D2 Germany A4TQGX15G
06 Vodafone NL Netherlands(Holland) A4TQGX15H
08 Vodafone Ireland Ireland A4TQGX15R
10 Vodafone Greece Greece A4TQGX15D
48 Vodafone PT Pre-Paid Portugal A4TQGX15PP
50 Vodafone UK Pre-Paid UK A4TQGX15EP
12 Vodafone Australia Australia A4TQGX15A
13 Vodafone New Zealand New Zealand A4TQGX15Z
15 Vodafone Egypt Post-Paid Egypt A4TQGX15Q
14 Vodafone Sweden Post-Paid Sweden A4TQGX15W
11 Vodafone Hungary Hungary A4TQGX15B
3.3.2 User data transfer
SPST saves and downloads all the following user data.
(1) Connect PC and MS with a Data cable and turn on MS.
(2) Activate the software.
Figure 6
1. Select the COM port. You cannot specify the communication protocol. (115 kbps)
2. Press “Recognition”. Do not press “Recognition” until “InsertSIM” appears.
2 – 4
GX10i CONFIDENTIAL
(3) Press either “BACKUP”, “RESTORE” or “END”.
Figure 7
(4) If “BACKUP” is pressed, the dialog box for file selection appears. Select the file and press “Save”.
Figure 8
2 – 5
GX10iCONFIDENTIAL
The buttons are grayed out during the process.
Figure 9
When they return to black, the process is complete. Press “END” to exit.
Figure 10
2 – 6
GX10i CONFIDENTIAL
(5) If “RESTORE” is pressed, the following confirmation dialog box appears. Press “OK” to confirm.
Figure 11
The dialog box for file selection appears. Select the file and press “Open”.
Figure 12
The buttons are grayed out during the process.The process is complete when the buttons turn black.
Figure 13
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GX10iCONFIDENTIAL
3.3.3 Default setting
SPST can restore the factory settings by default setting.
This function
1. deletes all user data in the file system;2. restores the values set by the user to default;3. restores all WAP and MMS settings to default; and4. restores all MEP_LOCK to default.
<Operation>(1) Connect the phone to a cable.
(2) Turn on the phone and wait until it enters the idle mode.
(3) Press “Set to Default”.
Figure 14
(4) The phone turns off and the following message appears.
Figure 15
(5) When the power key is pressed, the screen display will display “****”.
(6) When “OK” is pressed on the PC screen, the following confirmation message appears.
Figure 16
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GX10i CONFIDENTIAL
(7) Press “OK”. You will see the following display on the screen display.
H/W CHECK ∗ GX-10i ∗ROM VERSION : 007BLCD:48
Gx10i diag version.2002.09.10 v23
T_2.32003/04/24 11:05:48
Figure 17
Check the version. Initialization takes approx. 35 seconds.
Figure 18
(8) When initialization is complete, the following message appears and the phone turns off.
Figure 19
(9) Press “OK” to proceed. Disconnect the cable.
Figure 20
The process is now completed.
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GX10iCONFIDENTIAL
3.3.4 RF Adjustment Tool
PC
Data cable
MSGSM tester
GPIB cable
Cable loss should be adjustedaccording to the input value.
Figure 21
3.3.4.1. Preparation
• Connect PC and GSM tester with a GPIB cable.• Connect PC and MS with a Data cable. (Use a full charged battery or one close.)• Connect an antenna input/output cable of GSM tester to MS.
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GX10i CONFIDENTIAL
3.3.4.2. Default setting for the program.
• Activate the program and set defaults.
1) Select the COM port.
2) Set the GPIB No.
3) Select the test instrument.
4) Set the GPIB address.
5) Set the cable loss. For the supplied cables (YA00-0988-03), set: GSM 0.60 DCS 0.95 PCS 0.96
Figure 22
3.3.4.3 RF adjustment (CMU200 only)
1. Press “Calibration”.
2. When initialization is complete, press “OK”.
Figure 23
3. Turn on the phone and press “OK”.
Figure 24
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GX10iCONFIDENTIAL
4. Make sure that the phone is in the idle mode and press “OK”. (Adjustments start.)
Figure 25
5. Turn on the phone and press “OK”.
Figure 26
6. Make sure the phone is turned on and press “OK”.
Figure 27
7. Press “OK”.
Figure 28
8. The startup screen appears.
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GX10i CONFIDENTIAL
3.3.4.4 RF performance check
Press “Check”.
1. When initialization is complete, press “OK”.
Figure 29
2. Turn on the phone, enter the PIN code and press “OK”.
Figure 30
3. Make sure that the phone is in the idle mode and press “OK”.
Figure 31
4. Press the keys 1, 2, 3 and Send and press “OK”.
Figure 32
5. Make sure the terminal display is “In Call” and press “OK”. (RF performance check starts.)
Figure 33
6. The following message appears during the check. Press the keys 1, 2, 3 and Send again and press “OK”.
Figure 34
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GX10iCONFIDENTIAL
7. Make sure the terminal display is “In Call” and press “OK”.
Figure 35
8. RF performance check is complete. Press “Save As…”and name the file to save the result. Press “OK” to exit.
Figure 36
The following will be displayed in case of failure.
Figure 37
9. Press “OK”.
Figure 38
10. The startup screen appears.
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GX10i CONFIDENTIAL
BandSending/
No. Item to be inspected Channel PCLReceive69 Switch_Spectrum +400 37CH PCL570 Switch_Spectrum +600 37CH PCL571 Switch_Spectrum +1200 37CH PCL572 Switch_Spectrum +1800 37CH PCL573 Switch_Spectrum –1800 975CH PCL574 Switch_Spectrum –1200 975CH PCL575 Switch_Spectrum –600 975CH PCL576 Switch_Spectrum –400 975CH PCL577 Switch_Spectrum +400 975CH PCL578 Switch_Spectrum +600 975CH PCL579 Switch_Spectrum +1200 975CH PCL580 Switch_Spectrum +1800 975CH PCL581 Switch_Spectrum –1800 124CH PCL582 Switch_Spectrum –1200 124CH PCL583 Switch_Spectrum –600 124CH PCL584 Switch_Spectrum –400 124CH PCL585 Switch_Spectrum +400 124CH PCL586 Switch_Spectrum +600 124CH PCL587 Switch_Spectrum +1200 124CH PCL588 Switch_Spectrum +1800 124CH PCL589 Switch_Spectrum –1800 37CH PCL1190 Switch_Spectrum –1200 37CH PCL1191 Switch_Spectrum –600 37CH PCL1192 Switch_Spectrum –400 37CH PCL1193 Switch_Spectrum +400 37CH PCL1194 Switch_Spectrum +600 37CH PCL1195 Switch_Spectrum +1200 37CH PCL1196 Switch_Spectrum +1800 37CH PCL1197 Switch_Spectrum –1800 37CH PCL1998 Switch_Spectrum –1200 37CH PCL1999 Switch_Spectrum –600 37CH PCL19
100 Switch_Spectrum –400 37CH PCL19101 Switch_Spectrum +400 37CH PCL19102 Switch_Spectrum +600 37CH PCL19103 Switch_Spectrum +1200 37CH PCL19104 Switch_Spectrum +1800 37CH PCL19105 Burst Timing 37CH PCL5106 Burst Timing 975CH PCL5107 Burst Timing 124CH PCL5108 Burst Timing 37CH PCL11109 Burst Timing 37CH PCL19
Rx 110 Reception sensitivity 37CH PCL5111 Reception sensitivity 975CH PCL5112 Reception sensitivity 124CH PCL5113 Floor sensitivity 2 37CH PCL5114 Reception level report 37CH PCL5
DCS Tx 115 Sending output 699CH PCL0band 116 Sending output 512CH PCL0
117 Sending output 855CH PCL0118 Sending output 699CH PCL5119 Sending output 699CH PCL15120 Frequency deviation 699CH PCL0121 Frequency deviation 512CH PCL0122 Frequency deviation 855CH PCL0123 Phase error (RMS) 699CH PCL0124 Phase error (RMS) 512CH PCL0125 Phase error (RMS) 855CH PCL0126 Phase error (Peak) 699CH PCL0127 Phase error (Peak) 512CH PCL0128 Phase error (Peak) 855CH PCL0129 Mod_spectrum –800 699CH PCL0130 Mod_spectrum –600 699CH PCL0131 Mod_spectrum –400 699CH PCL0132 Mod_spectrum –250 699CH PCL0133 Mod_spectrum –200 699CH PCL0134 Mod_spectrum +200 699CH PCL0135 Mod_spectrum +250 699CH PCL0
GSM Tx 1 Sending output 37CH PCL5band 2 Sending output 975CH PCL5
3 Sending output 124CH PCL54 Sending output 37CH PCL115 Sending output 37CH PCL196 Frequency deviation 37CH PCL57 Frequency deviation 975CH PCL58 Frequency deviation 124CH PCL59 Phase error (RMS) 37CH PCL510 Phase error (RMS) 975CH PCL511 Phase error (RMS) 124CH PCL512 Phase error (Peak) 37CH PCL513 Phase error (Peak) 975CH PCL514 Phase error (Peak) 124CH PCL515 Mod_spectrum –800 37CH PCL516 Mod_spectrum –600 37CH PCL517 Mod_spectrum –400 37CH PCL518 Mod_spectrum –250 37CH PCL519 Mod_spectrum –200 37CH PCL520 Mod_spectrum +200 37CH PCL521 Mod_spectrum +250 37CH PCL522 Mod_spectrum +400 37CH PCL523 Mod_spectrum +600 37CH PCL524 Mod_spectrum +800 37CH PCL525 Mod_spectrum –800 975CH PCL526 Mod_spectrum –600 975CH PCL527 Mod_spectrum –400 975CH PCL528 Mod_spectrum –250 975CH PCL529 Mod_spectrum –200 975CH PCL530 Mod_spectrum +200 975CH PCL531 Mod_spectrum +250 975CH PCL532 Mod_spectrum +400 975CH PCL533 Mod_spectrum +600 975CH PCL534 Mod_spectrum +800 975CH PCL535 Mod_spectrum –800 124CH PCL536 Mod_spectrum –600 124CH PCL537 Mod_spectrum –400 124CH PCL538 Mod_spectrum –250 124CH PCL539 Mod_spectrum –200 124CH PCL540 Mod_spectrum +200 124CH PCL541 Mod_spectrum +250 124CH PCL542 Mod_spectrum +400 124CH PCL543 Mod_spectrum +600 124CH PCL544 Mod_spectrum +800 124CH PCL545 Mod_spectrum –800 37CH PCL1146 Mod_spectrum –600 37CH PCL1147 Mod_spectrum –400 37CH PCL1148 Mod_spectrum –250 37CH PCL1149 Mod_spectrum –200 37CH PCL1150 Mod_spectrum +200 37CH PCL1151 Mod_spectrum +250 37CH PCL1152 Mod_spectrum +400 37CH PCL1153 Mod_spectrum +600 37CH PCL1154 Mod_spectrum +800 37CH PCL1155 Mod_spectrum –800 37CH PCL1956 Mod_spectrum –600 37CH PCL1957 Mod_spectrum –400 37CH PCL1958 Mod_spectrum –250 37CH PCL1959 Mod_spectrum –200 37CH PCL1960 Mod_spectrum +200 37CH PCL1961 Mod_spectrum +250 37CH PCL1962 Mod_spectrum +400 37CH PCL1963 Mod_spectrum +600 37CH PCL1964 Mod_spectrum +800 37CH PCL1965 Switch_Spectrum –1800 37CH PCL566 Switch_Spectrum –1200 37CH PCL567 Switch_Spectrum –600 37CH PCL568 Switch_Spectrum –400 37CH PCL5
BandSending/
No. Item to be inspected Channel PCLReceive
Attachment 2Whole inspection list by RF performance check.
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GX10iCONFIDENTIAL
136 Mod_spectrum +400 699CH PCL0137 Mod_spectrum +600 699CH PCL0138 Mod_spectrum +800 699CH PCL0139 Mod_spectrum –800 512CH PCL0140 Mod_spectrum –600 512CH PCL0141 Mod_spectrum –400 512CH PCL0142 Mod_spectrum –250 512CH PCL0143 Mod_spectrum –200 512CH PCL0144 Mod_spectrum +200 512CH PCL0145 Mod_spectrum +250 512CH PCL0146 Mod_spectrum +400 512CH PCL0147 Mod_spectrum +600 512CH PCL0148 Mod_spectrum +800 512CH PCL0149 Mod_spectrum –800 855CH PCL0150 Mod_spectrum –600 855CH PCL0151 Mod_spectrum –400 855CH PCL0152 Mod_spectrum –250 855CH PCL0153 Mod_spectrum –200 855CH PCL0154 Mod_spectrum +200 855CH PCL0155 Mod_spectrum +250 855CH PCL0156 Mod_spectrum +400 855CH PCL0157 Mod_spectrum +600 855CH PCL0158 Mod_spectrum +800 855CH PCL0159 Mod_spectrum –800 699CH PCL5160 Mod_spectrum –600 699CH PCL5161 Mod_spectrum –400 699CH PCL5162 Mod_spectrum –250 699CH PCL5163 Mod_spectrum –200 699CH PCL5164 Mod_spectrum +200 699CH PCL5165 Mod_spectrum +250 699CH PCL5166 Mod_spectrum +400 699CH PCL5167 Mod_spectrum +600 699CH PCL5168 Mod_spectrum +800 699CH PCL5169 Mod_spectrum –800 699CH PCL15170 Mod_spectrum –600 699CH PCL15171 Mod_spectrum –400 699CH PCL15172 Mod_spectrum –250 699CH PCL15173 Mod_spectrum –200 699CH PCL15174 Mod_spectrum +200 699CH PCL15175 Mod_spectrum +250 699CH PCL15176 Mod_spectrum +400 699CH PCL15177 Mod_spectrum +600 699CH PCL15178 Mod_spectrum +800 699CH PCL15179 Switch_Spectrum –1800 699CH PCL0180 Switch_Spectrum –1200 699CH PCL0181 Switch_Spectrum –600 699CH PCL0182 Switch_Spectrum –400 699CH PCL0183 Switch_Spectrum +400 699CH PCL0184 Switch_Spectrum +600 699CH PCL0185 Switch_Spectrum +1200 699CH PCL0186 Switch_Spectrum +1800 699CH PCL0187 Switch_Spectrum –1800 512CH PCL0188 Switch_Spectrum –1200 512CH PCL0189 Switch_Spectrum –600 512CH PCL0190 Switch_Spectrum –400 512CH PCL0191 Switch_Spectrum +400 512CH PCL0192 Switch_Spectrum +600 512CH PCL0193 Switch_Spectrum +1200 512CH PCL0194 Switch_Spectrum +1800 512CH PCL0195 Switch_Spectrum –1800 855CH PCL0196 Switch_Spectrum –1200 855CH PCL0197 Switch_Spectrum –600 855CH PCL0198 Switch_Spectrum –400 855CH PCL0199 Switch_Spectrum +400 855CH PCL0200 Switch_Spectrum +600 855CH PCL0201 Switch_Spectrum +1200 855CH PCL0202 Switch_Spectrum +1800 855CH PCL0203 Switch_Spectrum –1800 699CH PCL5
204 Switch_Spectrum –1200 699CH PCL5205 Switch_Spectrum –600 699CH PCL5206 Switch_Spectrum –400 699CH PCL5207 Switch_Spectrum +400 699CH PCL5208 Switch_Spectrum +600 699CH PCL5209 Switch_Spectrum +1200 699CH PCL5210 Switch_Spectrum +1800 699CH PCL5211 Switch_Spectrum –1800 699CH PCL15212 Switch_Spectrum –1200 699CH PCL15213 Switch_Spectrum –600 699CH PCL15214 Switch_Spectrum –400 699CH PCL15215 Switch_Spectrum +400 699CH PCL15216 Switch_Spectrum +600 699CH PCL15217 Switch_Spectrum +1200 699CH PCL15218 Switch_Spectrum +1800 699CH PCL15219 Burst Timing 699CH PCL0220 Burst Timing 512CH PCL0221 Burst Timing 855CH PCL0222 Burst Timing 699CH PCL5223 Burst Timing 699CH PCL15
Rx 224 Reception sensitivity 699CH PCL0225 Reception sensitivity 512CH PCL0226 Reception sensitivity 855CH PCL0227 Floor sensitivity 2 699CH PCL0228 Reception level report 699CH PCL0
PCS Tx 229 Sending output 661CH PCL0band 230 Sending output 512CH PCL0(CMU 231 Sending output 810CH PCL0200 232 Sending output 661CH PCL5only) 233 Sending output 661CH PCL15
234 Frequency deviation 661CH PCL0235 Frequency deviation 512CH PCL0236 Frequency deviation 810CH PCL0237 Phase error (RMS) 661CH PCL0238 Phase error (RMS) 512CH PCL0239 Phase error (RMS) 810CH PCL0240 Phase error (Peak) 661CH PCL0241 Phase error (Peak) 512CH PCL0242 Phase error (Peak) 810CH PCL0243 Mod_spectrum –800 661CH PCL0244 Mod_spectrum –600 661CH PCL0245 Mod_spectrum –400 661CH PCL0246 Mod_spectrum –250 661CH PCL0247 Mod_spectrum –200 661CH PCL0248 Mod_spectrum +200 661CH PCL0249 Mod_spectrum +250 661CH PCL0250 Mod_spectrum +400 661CH PCL0251 Mod_spectrum +600 661CH PCL0252 Mod_spectrum +800 661CH PCL0253 Mod_spectrum –800 512CH PCL0254 Mod_spectrum –600 512CH PCL0255 Mod_spectrum –400 512CH PCL0256 Mod_spectrum –250 512CH PCL0257 Mod_spectrum –200 512CH PCL0258 Mod_spectrum +200 512CH PCL0259 Mod_spectrum +250 512CH PCL0260 Mod_spectrum +400 512CH PCL0261 Mod_spectrum +600 512CH PCL0262 Mod_spectrum +800 512CH PCL0263 Mod_spectrum –800 810CH PCL0264 Mod_spectrum –600 810CH PCL0265 Mod_spectrum –400 810CH PCL0266 Mod_spectrum –250 810CH PCL0267 Mod_spectrum –200 810CH PCL0268 Mod_spectrum +200 810CH PCL0269 Mod_spectrum +250 810CH PCL0270 Mod_spectrum +400 810CH PCL0
BandSending/
No. Item to be inspected Channel PCLReceive BandSending/
No. Item to be inspected Channel PCLReceive
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271 Mod_spectrum +600 810CH PCL0272 Mod_spectrum +800 810CH PCL0273 Mod_spectrum –800 661CH PCL5274 Mod_spectrum –600 661CH PCL5275 Mod_spectrum –400 661CH PCL5276 Mod_spectrum –250 661CH PCL5277 Mod_spectrum –200 661CH PCL5278 Mod_spectrum +200 661CH PCL5279 Mod_spectrum +250 661CH PCL5280 Mod_spectrum +400 661CH PCL5281 Mod_spectrum +600 661CH PCL5282 Mod_spectrum +800 661CH PCL5283 Mod_spectrum –800 661CH PCL15284 Mod_spectrum –600 661CH PCL15285 Mod_spectrum –400 661CH PCL15286 Mod_spectrum –250 661CH PCL15287 Mod_spectrum –200 661CH PCL15288 Mod_spectrum +200 661CH PCL15289 Mod_spectrum +250 661CH PCL15290 Mod_spectrum +400 661CH PCL15291 Mod_spectrum +600 661CH PCL15292 Mod_spectrum +800 661CH PCL15293 Switch_Spectrum –1800 661CH PCL0294 Switch_Spectrum –1200 661CH PCL0295 Switch_Spectrum –600 661CH PCL0296 Switch_Spectrum –400 661CH PCL0297 Switch_Spectrum +400 661CH PCL0298 Switch_Spectrum +600 661CH PCL0299 Switch_Spectrum +1200 661CH PCL0300 Switch_Spectrum +1800 661CH PCL0301 Switch_Spectrum –1800 512CH PCL0302 Switch_Spectrum –1200 512CH PCL0303 Switch_Spectrum –600 512CH PCL0304 Switch_Spectrum –400 512CH PCL0305 Switch_Spectrum +400 512CH PCL0306 Switch_Spectrum +600 512CH PCL0
307 Switch_Spectrum +1200 512CH PCL0308 Switch_Spectrum +1800 512CH PCL0309 Switch_Spectrum –1800 810CH PCL0310 Switch_Spectrum –1200 810CH PCL0311 Switch_Spectrum –600 810CH PCL0312 Switch_Spectrum –400 810CH PCL0313 Switch_Spectrum +400 810CH PCL0314 Switch_Spectrum +600 810CH PCL0315 Switch_Spectrum +1200 810CH PCL0316 Switch_Spectrum +1800 810CH PCL0317 Switch_Spectrum –1800 661CH PCL5318 Switch_Spectrum –1200 661CH PCL5319 Switch_Spectrum –600 661CH PCL5320 Switch_Spectrum –400 661CH PCL5321 Switch_Spectrum +400 661CH PCL5322 Switch_Spectrum +600 661CH PCL5323 Switch_Spectrum +1200 661CH PCL5324 Switch_Spectrum +1800 661CH PCL5325 Switch_Spectrum –1800 661CH PCL15326 Switch_Spectrum –1200 661CH PCL15327 Switch_Spectrum –600 661CH PCL15328 Switch_Spectrum –400 661CH PCL15329 Switch_Spectrum +400 661CH PCL15330 Switch_Spectrum +600 661CH PCL15331 Switch_Spectrum +1200 661CH PCL15332 Switch_Spectrum +1800 661CH PCL15333 Burst Timing 661CH PCL0334 Burst Timing 512CH PCL0335 Burst Timing 810CH PCL0336 Burst Timing 661CH PCL5337 Burst Timing 661CH PCL15
RX 338 Reception sensitivity 661CH PCL0339 Reception sensitivity 512CH PCL0340 Reception sensitivity 810CH PCL0341 Floor sensitivity 2 661CH PCL0342 Reception level report 661CH PCL0
BandSending/
No. Item to be inspected Channel PCLReceive BandSending/
No. Item to be inspected Channel PCLReceive
Troubleshooting list according to the results of RF performance check.
Test item Check parts for GSM Check parts for DCS
Tx Sending output IC831, IC881, FL811, FL801 IC831, IC881, FL816, FL801Frequency deviation TCX951 TCX951Phase error VCO971, IC901, VCO851 VCO971, IC901, VCO851Mod_spectrum VCO971, IC901, VCO851 VCO971, IC901, VCO851Switch_spectrum VCO971, IC901, VCO851 VCO971, IC901, VCO851Burst Timing IC881 IC881
Sprious Not tested
Rx Reception sensitivity FL801, FL901 FL801, FL902Floor sensitivity FL801, FL901 FL801, FL902Reception level report FL801, FL901 FL801, FL902
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GX10iCONFIDENTIAL
3.3.5 Software download
(1) OverviewThis document describes the specification of the Flash-downloading tool (an upgrading tool) for user service.
(2) Purpose of this documentThe aim of this document is to provide a sufficient description of the GX10i Upgrading Tool for readers.
(3) ScopeThis document covers the description of the Flash-downloading tool specification for user service.
(4) Operating environmentOperating environment for the upgrading tool
OS: Windows 98, 98SE, 2000 or XPDownloadable file: Motorola format files onlyCommunication mode: Asynchronous modeData length: 8 bitParity bit: NoneStop bit length: 1 bitBaud rate: 9600 bps (only at the time of activation)
28800 bps (While downloading the loader)115200 bps (While in the normal operation)
Operating environment for the loader
Phone: GX10iCommunication mode: Asynchronous modeData length: 8 bitParity bit: NoneStop bit length: 1 bitBaud rate: 9600 bps (only when activating)/115200 bps (While in the normal operation)
3.3.5.1 Description of the screens.
(1) ActivationYou can start the application either from the short cut on your desktop or Start menu.
(2) The Upgrading Tool (on the PC)
COM port list
Click this to display thedialog box to select a fileto download.
Available when “CommunicationBoxVer2G”is set.Note 2)
Tick here if you wishto initialize the file system.
Tick here if you wish to use“CommunicationBoxVer2G”.Note 1)
Figure 39
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GX10i CONFIDENTIAL
Note 1)If using “communicationBoxVer. 2G”, you can control only the phone connected to No.1 cable.
Note2)Time displayed in this dialog box indicates a margin of processing time taken to download the data to phones thatare connected to cable No.2 to No.10 of the “communicationBoxVer. 2G”. If an error occurs, increase this margin.For details, see the section 3.3.5.2 (3) “Using the Communication Box Ver. 2G” on page 2-20.
[Caution!]• If you wish to download using “communicationBoxVer. 2G”, turn on No.10 to No.1 after “Sending Sync Byte…/Press
Power Button” message appears.• To downloading by “communicationBoxVer. 2G”, remove the battery first. There will be no damage to the phone
even if the battery is inserted. However, the software on the phone may not terminate. In this case, remove thebattery to turn off the phone after the download is ended.
• Use a fully charged battery for the downloading operation.Remove the battery from the phone to terminate the software after the download is completed.
• Start downloading after phone is properly turned off in order to clear the Backup RAM.• Note that if you select “FileSystem Initialize”, the data stored in the phone will be deleted.
(3) The loader (in the phone)The operation progress indication and error status are displayed on the phone.The following are example screens.
Flash Loader 1.07
The version of the loader isdisplayed when it is success-fully expanded.
Flash Loader 1.07##########P ERASING ...
P indicates a program data. Toindicate the data area, “DERASEING” is displayed.
Flash Loader 1.07
WRITING ...
The Flash is being erased. “#”decreases as the erasing operationproceeds, and disappears when it iscompleted.
The data is being written intothe handset.
1. Initial screen
Flash Loader 1.07
SUMCHECK ENDSUM = XXXX h
5. SUM value is indicated Note 1)
Flash Loader 1.07
COMPLETE!
The program data is success-fully loaded.
SUM value is displayed a fewseconds after the program datais successfully loaded. The value is displayed at “XXXX”.
Flash Loader 1.07
ERS_ERROR!
ADR = 1000000STR = A0
6. Error screen Note 2)
An error occurred.ADR: Address the location ofthe error.STR: Flash Status information
4. Data writing is completed
2. Deleting the Flash 3. Writing the data
Note 1)You can check if the loaded program data is correct by comparing the SUM values displayed on the PC and thephone shown on the screen 5. If both values are the same, the correct program data is loaded.
Note 2)The screen 6 shows an error which occurred while erasing the Flash.“ADR” and “STR” appear only for Flash-oriented errors. Other errors are described in the latter section.
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GX10iCONFIDENTIAL
3.3.5.2 Operational specification
(1) Selecting a filePress “Select File” to open the dialog box. Select a file you wish to download.You can select only the file in Motorola format.
Figure 40 The dialog box to select a file
(2) Selecting COM port.Select the COM port from COM1 to COM9 that connects the PC and phone (or “communicationBoxVer . 2G”).
Figure 41 COM Port selecting screen
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GX10i CONFIDENTIAL
(3) Using the Communication Box Ver. 2G.Tick “Use Communication Box Ver.2G” in the dialog box if using “Communication Box Ver.2G”. For details, see thesection 3.3.5.1 (2) “The Upgrading Tool (on the PC)” on page 2-17.
You can select wait time from 0 to 999 seconds since the access latency differs depending on the phone if using“Communication Box Ver.2G”. (Default value is set to 100 seconds). For details on setting the wait time, see the section3.3.5.1 (2) “The Upgrading Tool (on the PC)” on page 2-17.
Serial connection port
Cable 1.
Power On/Offbutton.Set it to OFF for default setting.
Figure 42 Image of Communication Box Ver. 2G
[Caution]Cable 1 is used for handshaking between the PC and phone. Make sure the cable is properly connected to thephone during the handshaking if using “Communication Box Ver.2G”.Switch on the power buttons No.10 to No.1 when “Sending Sync Byte…/Press Power Button” appears.
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GX10iCONFIDENTIAL
(4) Starting the downloading operationPress [Start Loading Flash] button after you select the file to download.The downloading operation starts. The message below appears if no file is selected.
Figure 43
[Using a Data cable]If using a Data cable for the downloading operation, press Power button of the phone after [Please remove ACcharger, when you use PCcableSending Sync Byte…/Press Power Button!] appears. The loader starts toactivate.
[Using “Communication Box Ver. 2G”]If using “Communication Box Ver. 2G”, switch on the power buttons No.10 to No.1 after [Please remove ACcharger, when you use PCcableSending Sync Byte…/Press Power Button!] appears. The loader starts toactivate.
[Caution]If using a Data cable, [Sync received ; Sending RAM Loader.../Keep Power Button! ] message will appear afterthe power button of the phone is pressed. Hold down the button until this disappears. The message disappearsand the following screen will appear after the loader is completely expanded.
Flash Loader 1.07
Figure 44
(5) Completing the downloadWhen the program data is successfully downloaded, [Download completed] appears, and then the SUM value of thedata loaded into the Flash is displayed. If the operation is not properly completed, an error message will appear. Fordetails, refer to [Error message chart] on pages 2-22, 2-23.
[Caution!]After the downloading operation, a SUM value is displayed on the phone.You can check if the program data is successfully downloaded by comparing the SUM values displayed on thephone and PC.If both values are not the same, the program data may not be successfully downloaded. Start over the entiredownloading operation.
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GX10i CONFIDENTIAL
(6) Matters to be attended to the downloading operation.
[If using a Data cable:]
1.Make sure to remove the AC charger from the Data cable. Otherwise it may cause the charging application to beactivated, resulting in failure to download.
2.Use a fully charged battery for the downloading operation.Remove the battery from the phone to terminate software after the download is completed.
3. If the battery is not charged enough, the downloading operation may not be completed. Make sure to fully chargethe battery before downloading.
4. If the downloading operation is cancelled or interrupted due to an error, remove the battery, attach it back, and startover the operation.
5.Start downloading after the phone is properly turned off in order to clear the Backup RAM.
6.Note that if you select “FileSystem Initialize” for the downloading operation, the data stored in the phone will bedeleted.
[If using “communicationBoxVer . 2G”:]
1.Switch on the Power buttons on the Box No.10 to No.1 in descending order when “Sending Sync Byte…/PressPower Button” appears. If the button 1 is switched on first, it results in failure of the downloading operation on phonesthat are connected to the cable 2 to 10.
2.Remove the battery. There is no damage to the phone even if the battery is inserted. However, the software of thephone may not terminate. In this case, remove the battery to turn off the phone after the download is completed.
3.The time to erase the program data differs depending on the phone.
If for the erasing operation fails after 100 seconds of wait time, increase “Wait Time”, although it takes more timeto finish downloading.
4.Start downloading after turning off the phone in order to clear the Backup RAM.
5.Note that if you select “FileSystem Initialize” for the download, the data stored in the phone will be deleted.
3.3.5.3 Error message chart
(1) Error messages for the upgrading tool (on the PC)
No. Message Description
1 Unable to open file File open errorFailed to open MOT file to download.
2 Unable to receive Sync Byte Communication errorCould not be synchronized with Boot ROM
3 Cannot communicate to port Serial setting errorWrong serial port was selected.
4 RAM Loader not responding to commands Communication errorNo response from the downloaded loader.
5 RAM Loader cannot understand commands Communication errorReceived undefined response from the loader.
6 Unable to program flash Flash operation errorFailed to write or erase the Flash ROM.
7 Unable to reconfigure port Serial setting ErrorSelected COM port is still in use.
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GX10iCONFIDENTIAL
Figure 45 An example of the error message
(2) Loader error message table (on the phone)
No. Message Description
1 COMPLETE! The downloading operation is completed.2 ERASE READY Preparing for the erasing operation.3 WRITE READY Preparing for the program data.4 BRT CHANGING Changing the baud rate.5 P ERASING ... Erasing the program data.6 WRITING ... Loading the program data.7 FLASH ERS OK! The program data is successfully erased.8 SUMCHECK ... Calculating the SUM value of the written data.9 SUMCHECK END The calculation of the SUM value of the written data is completed.
10 SUM = XXXX h The SUM value of the written data.11 SUM ERROR! Serial communication error (Check SUM error).12 PARITYERR! Serial communication error (Parity bit error).13 FRAMINGERR! Serial communication error (Framing error).14 OVERFLOW! Serial communication error (Buffer overflow error).15 ERS_REC_ERROR Serial communication error (Failed to receive the erase record).16 BRT_REC_ERROR Serial communication error (Failed to receive the change record of baud rate).17 DAT_REC_ERROR Serial communication error (Failed to receive the data record).18 ADR_REC_ERROR Serial communication error (Failed to receive the address record).19 END_REC_ERROR Serial communication error (Failed to receive the end record).20 HDR_ERROR! Serial communication error (Received the undefined record).21 ODD_ERROR! Serial communication error (Odd error).22 SEQ_ERROR! The Flash operation was failed (Sequence error).23 VPP ERROR! The Flash operation was failed (VppLow error).24 PRT_ERROR! The Flash operation was failed (Protect error).25 ERS_ERROR! The Flash operation was failed (Erase error).26 WRT ERROR! The Flash operation was failed (Write error).27 ERASE CHK ERR An error occurred while verifying the erasure.28 WRITE CHK ERR An error occurred while writing the data.29 ADR = XXXXXXXX The location of the error is displayed.30 STR =XX The time of the error occurrence is displayed.
• No.1 to No.10 are information messages. These messages are displayed in the normal operation.No.11 to 30 are error messages. Messages No.22 to No.28 indicate Flash-oriented errors. The error address (No.29)and status (No.30) are also displayed at the same time.
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GX10i CONFIDENTIAL
3.3.5.4 Installation / Uninstallation
(1) InstallationExecute “setup.exe” and activate the setup wizard.
Figure 46
Select a folder you wish to install to.
Don't change,please.
Figure 47
2 – 25
GX10iCONFIDENTIAL
The confirmation screen appears. Select [Next].
Figure 48
The Upgrading Tool is being installed.
Figure 49
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GX10i CONFIDENTIAL
The installation is complete.
Figure 50
The Upgrading Tool icon shown below is configured on your desktop.You can also activate this application by selecting “The GX10i Upgrading Tool” from Start menu.
Figure 51 The Upgrading Tool icon
(2) UninstallationExecute “setup.exe” and activate the setup wizard.Running “setup.exe” uninstalls the preloaded program.
Check here
Figure 52
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GX10iCONFIDENTIAL
The preloaded program is being uninstalled.
Figure 53
The uninstallation is complete.
Figure 54
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GX10i CONFIDENTIAL
3.3.6 Matters to be attended to the Installation /Uninstallation
• To install the upgrading tool to the PC that already has one, uninstall the preloaded tool first, and then install the programagain.
• If you are operating the upgrading tool on Windows 98, 98SE or Me operation system, a message may ask you to restartthe operation system during the installation. In this case, do so according to the instruction. Even if such a massage doesnot appear, restart your operation system after the installation is completed.
Note) If you are trying to activate the upgrading tool on Windows 98 without restarting it, the following message may appear.In this case, you need to restart the operation system to operate the upgrading tool properly.
Figure 55
Attachment 3 Reset Tool for the phone code
<Description>Reset the phone code to “0000”.
<Operation>(1) Connect the Reset tool to the cable.
(2) Execute “PWDinit.exe”.
(3) Press the power key to access the idle mode. (“InsertSIM” is displayed.)
(4) Press “Set to Default”.
Figure 56
(5) Enter “2968” and press “OK”.
Figure 57
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GX10iCONFIDENTIAL
(6) Press “Reset”. The following confirmation message appears.
Figure 58
(7) Press “Yes” .
Figure 59
(8) When initialization is complete, the dialog box below appears. Press “OK” to turn off the phone.
Figure 60
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GX10i CONFIDENTIAL
[2] SHARP RF Test tool manual 1. Requirements
• PC with COM port• Mouse• TQ-GX10i Data Cable• PWB repair jig
Figure 61 PWB repair jig
2. Setup
Figure 62
1. Set PWB and make connections as shown in Figures 64 and 65.Make sure connections are correct at the points shown in Figure 66.
2. Connect PC and TQ-GX10i with Data Cable.3. Turn on the phone.4. Start RF Test Tool.5. Select a COM port to which Data Cable is connected.6. Press the “Initialize & Read Data” Button.7. Figure 69 appears.8. Click OK to proceed.
Figure 63
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GX10iCONFIDENTIAL
PWB
Setting Pin
Hook
Hook
Figure 64 PWB installation
Red
PC
Black
Data Cable
Figure 65 Connections
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GX10i CONFIDENTIAL
Point
Figure 66 Contact points
Push
Figure 67 Turning power on
2 – 33
GX10iCONFIDENTIAL
3. Tests3.1 BAND Select & Channel
Select a band and a channel to test. Settings are applied to all tests.
Band selectionInput box
Channel barFigure 68
[Procedure]1. Select a band. (GSM or DCS)2. Select or enter a channel using Channel bar or Input box.
3.2 TX testTest burst transmission.
PCL bar
TX frequency of selected channels Current PCL (Read only)
TX ON/OFF button
This indicator appears during burst transmission.Data patterns
Figure 69
[Procedure]1. Select a band and channel. (see 3.1)2. Select PCL (Power Control Level) using PCL bar.3. Select Data pattern.4. Click TX ON to start burst transmission.
(You can check each part in this state.)5. Click TX OFF to end burst transmission.
* Data pattern (TSC 5) includes Training Sequence GSM 5, and other part is pseudo random data.* There may be a slight difference between the power of burst transmission with this tool and that of actual calls. (approximately 0.1dB within PCS bandwidth.)
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GX10i CONFIDENTIAL
GX10i TX power Table (Target power during calibration, supply voltage: 3.7[V])
GSM DCSPCL TX Power [dBm]
5 31.6
6 30.0
7 29.0
8 27.0
9 25.0
10 23.0
11 21.0
12 19.0
13 17.0
14 15.0
15 13.0
16 11.0
17 9.0
18 7.0
19 5.0
3.3 RX testThe phone receives burst signals in this test.
RX Gain Setting bar
RX frequency of selected channels Current RX Gain (Read only)
RX ON/OFF button
This indicator appears while receiving burst signals.Sniff ON/OFF
Figure 70
[Procedure]1. Select a channel and band. (see 3.1)2. Select RX Gain using RX Gain Setting bar.3. Choose Sniff ON or OFF.4. Click RX ON to start receiving burst signals.5. In continuous mode, transmit burst signals from GSM tester.
(You can check each part in this state.)6. Click RX OFF to end receiving burst signals.
* In this test, the reception timing cannot be synchronized with burst signals from Signal Generator, etc.* The standard RX Gain Setting is: (Input power at the antenna connector of the phone) + (RX Gain) = –16 dBm Excessive Input power or RX Gain may cause damage to the phone.
PCL TX Power [dBm]
0 28.6
1 27.0
2 26.0
3 24.0
4 22.0
5 20.0
6 18.0
7 16.0
8 14.0
9 12.0
10 10.0
11 8.0
12 6.0
13 4.0
14 2.0
15 0.0
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GX10iCONFIDENTIAL
3.4 RSSI MeasureThe phone notifies you of input power value at the antenna connector.
Estimated PowerInput box(Integer only)
Measure button
Measured power box
Figure 71
[Procedure]1. Connect the phone and GSM tester (or Signal Generator) with RF cable.2. Select a band and channel. (see 3.1)3. Send signals (*) from GSM tester.4. Enter the value of input power from GSM tester in integers (from –10 to –110) considering RF cable loss.5. Press the Measure button.6. The result appears in Measured Power box.
* The signal type from GSM tester must be either of two:1. Continuous sine wave (without modulation) with the frequency as follows:
(Frequency of the measured channel) + 67.708kHz.(Ex. channel: GSM 37ch the result: 942.467708 MHz)Power: –110 to –10 dBm
2. BCCH signal of the measured channelPower: –110 to –10 dBm
ResultWhen the phone is properly calibrated, the error between “Estimated Power” and “Measured Power” is less than 2dB.
4. TerminationTurn off the phone to ensure proper operations.
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GX10i CONFIDENTIAL
[3] Adjustment procedures after replacement of the parts Be sure to make adjustments to the parts as shown in the table below.
1. Adjustment procedures of camera temperature
1. Place a thermometer near the unit to be adjusted. Make sure the room temperature is over 0°C.2. Attach the battery pack.3. Access the normal mode by holding down the power key.4. Transmit the [AT+XDIAG] command.5. Make sure the screen for the function test mode is displayed.6. Access the TEMP ADJ mode by pressing the “ ” key, and push the “1” (1. CAM TEMP) key.7. Temperature detected by the sensor is displayed after “Temp:”. Compare the displayed value to the room temperature.
Enter the difference as a corrected value with the “ ” key if the displayed value is higher, and use the “ ” key if it is lower.The corrected value is displayed after “Correct:”.
8. Press the “#” key. [Param Save OK.] will be displayed to notify the corrected value is registed.9. Press the “0” key to access the initial screen of the function test mode.10. Press the “Power” key to exit this mode.
2. Adjustment procedures of battery temperature
1. Perform steps 1 – 5 of “Camera temperature adjustment procedure”.2. Access the TEMP ADJ mode by pressing the “ ” key, and push the “2” (2.BAT TEMP) key.3. Perform steps 7 – 10 of “Camera temperature adjustment procedure”.
3. Flicker adjustment procedure
1. Attach the battery pack.2. Access the manual testmode3. Access the manual testmodeF81 (LCD Setting) by pressing the “8”, “1” and “Right Soft” keys in this order.4. Press the “2” (2. VCOM Adjust) key.5. Adjust the flickers on the screen to the minimum by pressing the “ ” and the “ ” keys. Make sure visually they are minimized
at a distance of about 20 cm from the inverter fluorescent lamp. (Fine adjustments to the DC voltage between LCDelectrodes)
6. Press the “Centre” key twice. [Diag Param Saving] will be displayed to notify the corrected value is registered.7. Press the “Power” key to exit this mode.
Enlargement(Add a black line at every one line)
8 gradation patterns with a black line between each line of the patterns (monochrome pattern)
1. Adjustment to 2. Adjustment to 3. Flicker adjustment 4. White defect 5. Optical axis camera temperature battery temperature correction adjustment
IC105
IC307
Camera FPC A’ssy
Main-screen Display
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GX10iCONFIDENTIAL
4. Procedures of white defect correction
1. Attach the battery pack.2. Access the normal mode by holding down the power key.3. Connect the unit to the PC and send the [AT+XDIAG] command.4. Make sure the screen for the function test mode is displayed.5. Send the [LDDEVPRM] command.6. Block off light completely from the light sensor after receiving the [LDDEVPRMOK]. If the [LDDEVPRMNG] is received,
start from step 5.7. Transmit the [WHC01540160] command.8. 6 digits will be received if the transmission is completed after 20 to 30 seconds. Be sure to continue to block off light during
this process.<6 digits to be received>
• In case of [LDDEVPRMOK]: aaabbb will be received.aaa: the number of white defectsbbb: the maximum level of dark current
• In case of [LDDEVPRMNG]: 000000 will be received.This indicates light was not blocked completely. Go back to step 7.
9. Send the [WH] command.10. If [OK] is received, send the AT [SVDEVPRM] command.11. After receiving the [SVDEVPRMOK], block off light completely from the light sensor. If the [SVDEVPRME1] is received,
go back to step 10.12. Remove the Data cable from the unit. Press the “Power” key to exit.
* White defect correctionWhite defects indicate pixel defects in the image detected by the light sensor. These appear as white spots even whenlight is completely blocked off (even on a black background). White defect correction solves this problem.
5. Optical axis adjustment
1. Attach the battery pack.2. Access the normal mode by holding down the “Power” key.3. Connect the unit to the PC and send the [AT+XDIAG] command.4. Make sure the screen for the function test mode is displayed.5. Press the “6” key. The camera image will appear on the display.6. Set your face in the center of the camera mirror and press the “Centre” key (for shooting). Correct the image with the “ ”
key if it is on the center right, and use the “ ” key if it is on the center left. Press the “Right Soft” key. [Param Save OK.]will be displayed to notify the corrected value is registered. The screen is returned to the shooting screen. The image ismoved by 2 dots each time the “ ” or “ ” key is pressed.
7. Make sure the image is set in the center after performing step 6 several times.8. Press the “0” key to access the initial screen of the function test mode.9. Press the “Power” key to exit this mode.
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GX10i CONFIDENTIAL
[4] Test points
KEY PWB-B (FRONT SIDE)
TP
301
TP
302
TP
303
TP
304 T
P30
5T
P30
6
TP
307
TP
308
TP
309
TP
310
TP
311
TP
312
TP
313
TP
314
TP
315
TP
316
TP
317
TP
319
TP
321
TP
322
TP
323
TP
324
TP
345
TP
344
TP301 VSIM (2.85 V)
TP302 SIMCLK
TP303 SIMRST
TP304 SIMIO
TP305 TDI
TP306 RXD
TP307 ADPDET
TP308 CONT2
TP309 CONT1
TP310 RTS
TP311 CTS
TP No. Signal name TP No. Signal name
Figure 72 TEST POINT
TP312 TXD
TP313 ADP
TP314 BATT_SENSE
TP315 DGND
TP316 3 V
TP317 VTCXO (2.9 V)
TP319 VRF (2.9 V)
TP321 VBACK (3 V)
TP324 MIC
TP344 D GND
TP345 KEY_BL_ON
2 – 39
GX10iCONFIDENTIAL
KEY PWB-B (REAR SIDE)
TP
328
TP
329
TP
330
TPB331
TP
B33
2
TPB333
TP
B33
4
TP
B33
5
TP
342
TP
B32
5T
PB
343
TP
B32
6
TPB325 TXD
TPB326 RXD
TPB331 BATT_SENSE
TPB332 DGND
TPB333 BATT
TPB334 DGND
TPB335 BATT
TPB343 ADPDET
TP No. Signal name
Figure 73 TEST POINT
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GX10i CONFIDENTIAL
MAIN PWB-A (FRONT SIDE)
TP
101
TP
102
TP
106
TP
107
TP
110
TP
111
TP
112
TP
114
TP
115
TP
116
TP
117
TP
121
TP
149
TP
152
TP
154
TP
155
TP
156
TP
157
TP
172
TP
160
TP
166
TP
167
TP
168
TP
170
TP
171
TP
001
TP
002
TP
003
TP
004
TP
006
TP
009
TP
201
TP
203
TP
204
TP
205
TP
011
TP
206
TP
012
TP
207
TP
013
TP
208
TP
014
TP
209
TP015
TP
016
TP
017
TP
018
TP
019
TP
211
TP
212
TP
213
TP
214
TP
020TP
021
TP
215
TP
022
TP216
TP
217
TP
023
TP
024
TP
219
TP025
TP
026
TP027
TP031
Figure 74 TEST POINT
TP001 /RD
TP002 /WR
TP003 /LCD_RST
TP004 CS_TFTLCD
TP006 Back light (LED+)
TP009 VDDCORE
TP011 13 MHzCLK
TP012 Terminal for LCDC adhesion
check 1
TP013 Terminal for LCDC adhesion
check 2
TP014 LCD 5 V
TP015 LCD 15 V
TP016 LCD –10 V
TP017 LS
TP018 DCLK
TP019 PS2
TP020 PS1
TP021 SPL
TP022 GSP
TP023 GCK
TP024 ALW
TP025 GMODE
TP026 GCS2
TP027 GCS1
TP031 Back light (LED–)
TP106 JAKMIC
TP107 JAKEAR
TP110 SP1
TP111 SP2
TP112 VVIB
TP114 TCK
TP115 TMS
TP116 TDI
TP117 TDO
TP121 H_AMP
TP149 Terminal for STACK MEMORY
adhesion check 1
TP152 Terminal for STACK MEMORY
adhesion check 2
TP154 TMS/CHECKER_1
TP155 TCK_/LED_ON
TP156 EXT1
TP157 CLKOUT
TP160 Flash-Vpp
TP166 CINT
TP167 RECIVER_OUTP
TP168 RECIVER_OUTN
TP170 AUXADC2 (ADIN)
TP171 AUXADC6
TP172 CLKOUTGATE
TP201 CHGIN
TP203 VBACK (3 V)
TP204 BATT_SENSE
TP205 VRTC (1.8 V)
TP206 VCAM (3.1 V)
TP207 VCORE (1.8 V)
TP208 VANA (2.45 V)
TP209 VMEM (2.8 V)
TP211 VLCD (2.5 V)
TP212 VEXT_CN (2.5 V)
TP213 VINT (3 V)
TP214 VINT_SW (3 V)
TP215 VT (2.715 V)
TP216 VIR (2.8 V)
TP217 POWONKEY
TP219 VBAT_BB
TP No. Signal name TP No. Signal name TP No. Signal name
2 – 41
GX10iCONFIDENTIAL
MAIN PWB-A (REAR SIDE)
TP
B16
2
TPB163
TP
B16
4T
PB
165
TPB169
TP118TP
122
TP123
TP126T
P12
7TP128
TP
129
TP
130 TP131
TP132
TP
134
TP
137
TP
125
TP
138
TP
139
TP
141
TP
144
TP
146
TP
147
TP148
TP
150
TP
151
TP
153
TP158
TPB007
TPB008
TP
B21
8
TP
B22
0
TP124
TP
133
TP
173
TP
174
TP
176
TP
175
TP
177
TP
179
TP
180
TP
178
TP
145
Figure 75 TEST POINT
TPB162 TCK/LED_ON
TPB163 TDI
TPB164 TDO
TPB165 TMS_CHECKER
TPB169 JTAG (3VINPUT)
TPB218 POWONKEY
TPB220 POWONKEY
TP No. Signal name
2 – 42
GX10i CONFIDENTIAL
[5] Troubleshooting
YES
NONO
2.9 V output at VTCXO (TP317)?
NOPower supply IC (IC202) defective.
NORelay FPC_A or connector CN201 defective.
YES
NOYES
YESIC104 defective.
X101(32 kHz oscillator), and oscillation circuit defective.32.768 kHz properly output at X101 2 pin?
13 MHz properly output at TP011?
YES
NO
YES
2.8 V output at VMEM (TP209), and 1.8 V output atVCORE (TP207), respectively?
YES
NODefective mounting of 4-level stack memory (IC106).
Relay FPC_A or connector CN201 defective.Voltage of below 1.6 V applied to SENSE terminal (C187signal side)?
Is 4-level stack memory (IC106) properly mounted?
YES
NO
YES
NO4-level stack memory (IC106), and IC104 defective.
YES
NO
YES
More than 3.6 V output at VBAT_BB terminal (TP219).
YES
NO4-level stack memory (IC106), and IC104 defective.
YES4-level stack memory (IC106) data damaged.
Connect a battery with voltage of more than 4.0 V.
1. Power does not turn on.
YES
NOManual test mode gained?
Can initialization of only user area (File System) beconducted by Flash Loader?
NO
Does the normal mode start?
YES
Is the program rewritable?
After restart, the normal mode gained?
NOBlowout of fuse (FS302).
Battery or battery mounting defective.
NOMore than 3.6 V output at Battery terminal (TPB333,TPB335)?
Battery terminal defective, adhesive foreign matter atcontact battery (CN303) terminal, or bad soldering.
Voltage of below 1.6 V applied to SENSE terminal(TPB331 or TP314)?
Is fuse (FS302) connected?
A
A
Program of 4-level stack memory (IC106) transformed.
4-level stack memory (IC106), and IC104 defective.
Regulator (IC303) defective.
TCXO (TCX951), IC901 and peripheral circuit defective.
NOTE: If the cause is damage to 4-level memory (IC106), ensureto upload flash data before operation as initializing userarea may prevent detecting the damaged data.
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GX10iCONFIDENTIAL
NO
YESWhen replacing the hands free kit, output available?
Hands free kit
Hands free kit defective.
NO
YESSignal output at JK301 4 pin? Defective connection of JK301.
NO
YESSignal output at TP107? Relay FPC_B, CN202, CN306, L303, and JK301 defective.
NO
YESSignal output at C117? C104 defective.
NO
YESIs the voltage of 0 V applied to C186?
Relay FPC_B, CN202, CN306, and JK301 defective.
IC102 or PWB defective.
NO
YESSignal output at TP167/TP168?
2. Incoming audio cannot be heard.Phone
Built-in receiver defective or defective connection betweenTP167 and TP168.
NO
YESSignal output at C102? L103 or L104 defective.
NO
YESSignal output at C120?
L103 to IC102 62pin, L104 to IC102 61pin, L103, L104,L107, and L108 defective.
NO
YESVoltage of more than 0.5 V applied to C186 (IC102 6 pinside) ?
IC102 or PWB defective.
NO
YESVoltage of more than 2.4 V applied to Q101 3 pin?
Q101, Q101 2 pin to IC104 78 pin, and IC104 defective.
Relay FPC_B, CN202, CN306, JK301, R106, and R109defective.
2 – 44
GX10i CONFIDENTIAL
YES
NO
NO
YESVoltage of more than 2.4 V applied to Q101 3 pin? Q101 3 pin to R112, R106, and R112 defective.
Q101 and Q101 2 pin to IC104 78 pin defective.
NOYES
3. Audio cannot be sent/recorded.Phone
NO
YESVoltage of 0.5 to 1.5 V applied to TP324? Voltage of more than 0.5 V applied to C186?
Voltage of 0.5 to 1.5 V applied to R112 (C185 side)?
Built-in microphone defective. Defectiveconnection between microphone and PWB.Components between IC102 54 pin and L314defective. IC102 defective.
Defective connection between jumper (IC102 54 pin toC101) to L314 or jumper (CN202 9 pin to earth) to L315.CN202, Relay FPC_B, CN306, L314, and L315 defective.
Defective connection between IC102 6pin andJK301 5 pin difective. JK301, Relay FPC_B,CN202, CN306, and R109 defective.
YES
NO
NO
YESVoltage of over 2.4 V applied to Q101 3 pin? Q101 3 pin to R109, R106, and R109 defective.
Q101 and Q101 2 pin to IC104 78 pin defective.
NOYES
Hands free kit
NO
YESVoltage of 0.5 to 1.5 V applied to C306? Voltage of 0 V applied to C186?
Voltage of 0.5 to 1.5 V applied to TP106?
JK301, IC102 44 pin to L303, IC102, and L105defective.
Defective connection between jumper (C103 to CN202 18pin) to L303 or jumper (CN202 9 pin to earth) to L105.CN202, Relay FPC_B, CN306, and L303 defective.
JK301 5 pin to IC102 6 pin, JK301, R366,CN306, Relay FPC_B and CN202 defective.
NO
YESWhen replacing the hands free kit, output avilable? Hands free kit defective.
2 – 45
GX10iCONFIDENTIAL
NO
NODefective connection between IC202 9 pin and Q305 3 pin.CN305, Relay FPC_A, CN201, R348, Q305, D303, andIC202 defective.
YES
YES
YES
NOIs the battery voltage of 4.15 to 4.25 V shown in theprocedure manual testmode F80 (Voltage control)?
Defective connection between IC202 5 pin and IC102 4 pin.IC102 and IC202 defective.
NO
Startup in the normal mode, using a battery with the voltageof 3.3 to 3.8 V.
Defective connection between CN302 18 pin and IC202 7pin.CN302, CN306, FL303, FL304, FL307, Relay FPC_B, andCN202 defective.
When insering AC Charger in External Connector, is thevoltage of approx. 5.2 V applied to TP201?
YES
Approx. 3 to 15 sec after inserting AC Charger in ExternalConnector, does the voltage of TPB335 increase by morethan 0.05 V?
Battery defective.
NOYES
Start the test mode, using a batterry fully charged with aspecified battery charger. Check that the battery voltage ismore than 4.15 V.
4. Charging impossible.
YES
Does “ChargeLED” turn on/off when press “1” key bymanual testmode F45 (LED setting)?
Is the voltage of 3 V applied to TP156 when Charge LEDis ON?
Is the temperature shown in the procedure "2.BAT TEMP"of manual testmode F42 (Temp Adjust) correct? (Measuringtolerance: +_ 5 deg)
Q103, R129, andLED101 defective.
IC307, R368, CN305, Relay FPC_B, CN201, and IC102defective.
Defective connection betweenIC104 88 pin and Q103 Base.IC104 Defective.NO
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GX10i CONFIDENTIAL
YES
IC104 defective.
NORegulator IC203 defective.
YES
More than 1.2 V output at TP205 when a back-up batteryis not fitted in the set?
NO
YES
YES
NOMore than 2.5 V output at TP316 when a back-up batteryis fitted in the set?
6. Clock is reset.
Regulator IC302 defective.
YES
NOMore than 2.5 V output at TP321 when a back-up batteryis fitted in the set? Voltage detecter IC305 or Q307 and Q306 defective.
YES
NOMore than 1.5 V output at TP321 when a back-up batteryis not fitted in the set? Is the back-up battery holder properly mounted?
NOMore than 1.5 V output at TP203 when a back-up batteryis not fitted in the set?
Relay FPC_B or fastening connector defective.
Defective mounting of back-up battery holder.
• Insufficient back-up battery capacity.• Back-up battery defective.• Back-up battery holder defective.
YES
NODo the vibrator terminals contact with the land?
5. Vibrator does not operate.
Vibrator defective.
NO
YESDoes the voltage between the vibrator terminals showmore than 3 V?
Vibrator defective.
NO
YESDoes the voltage of TP112 show more than 3 V? CN201 or Relay FPC_A, CN305, breaking defective.
NO
YESSignal output from IC103 19 pin? IC101 defective.
YES
NOVoltage of approx. 3 V applied to IC103 7 pin?
IC103 or the control signal line to IC104 defective.
Jumper (IC103 7 pin to VINT LINE) defective.
NO
YESVBAT_AP Voltage applied to IC105 5 pin? IC101 defective.
YES
NOVBAT_AP Voltage applied to CN201 21 pin? CN201 or Relay FPC_A, CN305, breaking defective.
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GX10iCONFIDENTIAL
YES
YES
YES
YES
NO
NO
NO
NO
YES
NO
NO
YES
NO
NO
YES
YES
NODo the keypad tones and ring tone sound from the speaker?
8. Back light does not turn on.
Jumper (between FS302 and CN305 12 pin) or RelayFPC_A, CN305, CN201 defective.
YES
NOVoltage of VBAT_AP applied between CN201 21 pin andFS001?
Jumper (between CN201 21 pin and FS001) defective.
Signal output at IC103 12 pin? R122 and R123 defective.
IC103 defective or control signal line to IC104 defective.
YES
Do speaker terminals contact with the land?
7. Speaker does not operate.*When ring tones sound but only key touch tones do not, "Keypad Tones" are set to OFF.
Speaker defective.
Resistance of 8 ohms available between the speakerterminals? Speaker defective.
Signal output at the speaker land on the relay FPC? Speaker defective.
Signal output at TP110/TP111 ? CN201 Defective or Relay FPC_A breaking defective.
VBAT_AP Voltage applied to IC103 15pin?
R507 and Jumper (IC103 7 pin to VINT LINE) defective.
VBAT_AP Voltage applied to CN201 21 pin? Relay FPC_A, CN305, and CN201 defective.
Voltage of approx. 3 V applied to IC103 7 pin?
NO
YES
NOVoltage of VBAT_AP applied to IC001 6 pin? Is FS001 (Fuse) properly mounted or connected?
Defective mounting or blowout of FS001.
C027 and C003 defective.
YES
To the next page
2 – 48
GX10i CONFIDENTIAL
YES
YES
YES
A
NO
NO
YES
NO
NO
YESBack light FPC or LED defective.
NOBack light FPC soldering defective.
YES
Nondefective.
Does the back light turn on?
Only sub-screen display back light.
Only main-screen display backlight or both displays’ back lights.
Which display does not light up? Main or sub?
YES
Is the main-screen display back light set to ON?
YES
Is the back light FPC properly soldered at the solderingterminals?
NO
Voltage of 13 to 24 V applied between the back light FPCsoldering terminals?
Does the back light turn on?
ON Setting by the following menu.Settings Phone settings External display Back light
YES
Is the sub-screen display back light set to ON?
A
ON Setting by the following menu.Settings Phone settings Back light
Nondefective.
YES
LED001 or Q002 defective.
NO Defective connection between IC104 64 pin and Q002gate (G) or IC104 defective.Voltage of 3 V applied to Q002 gate (G) terminal?
NO
YES
NOIs the standby back light turned on? Is the pulse shape sent to IC001 4 pin? (Don’t hold to Low?)
IC104 or Jumper (between IC104 33 pin and IC001 4 pin)defective.
IC001, L001, D001 and L003 defective.
NOVoltage of 3 V applied to Q001 gate (G) terminal? IC104 defective.
NOVoltage of less than 10 mV applied to Q001 drain (D) (R001side) terminal?
Q001 defective. (approx. 95 mV at drain terminal)
R001, R003 and IC001 defective.
From the previous page
2 – 49
GX10iCONFIDENTIAL
YES
NO
YES
NO
NO
YES
YES
YES
NO
NO
NO
NO
NO
NO
YES
YES
YES
YES
YES
YES
YES
NO
NO
NO
YES
YES
NO
NO
9. "No Service" display and receiving/transmitting do not function.9. 1 "No Service" display and receiving/transmitting do not function in the EGSM band.
NO
Does the signal strength indicator show 4 bars?* Fixed line: During input of –70 dBm.
IC202, IC303, Q304, or Q308 defective.
YESAfter replacing the main PWB unit with a normal one,receiving available?
After replacing FPC (flexible printed circuit) with anormal one, receiving available?
J801 defective.
[Receiving System]
[Transmitting System]
IC104, IC102, CN201, CN202, or PWB defective.
FPC defective.
Voltage applied to VCO971 7 pin?
Voltage applied to VCO971 7 pin?
Is VCO971 frequency fixed at 4 times as the EGSMband receiving frequency? IC901, VCO971, FL971, TCX951, or IC304 defective.
EGSM-Band Receiving frequency signal applied toIC901 10 and 11 pins? IC104, IC102, IC901, or PWB defective.
EGSM-Band Receiving frequency signal output fromFL801 7 pin? FL901 defective.
EGSM-Band Receiving frequency signal input toFL801 9 pin?
IC991, IC992, IC993, or FL801 defective.
IC202, IC303, Q304, or Q308 defective.
Is VCO971 frequency fixed at 4 times as the EGSM-band transmitting frequency + 80 MHz (or 82 MHz)? IC901, VCO971, FL971, TCX951, or IC304 defective.
IQ Signal input to IC901 20, 21, 22, and 23 pins? IC104, IC102, or PWB defective.
Voltage applied to VCO851 11 pin? Q304 or Q309 defective.
EGSM-Band Transmitting frequency input to IC831 1 pin? VCO851, IC901, IC991, IC992, or IC993 defective.
EGSM-Band Transmitting frequency input to FL801 11 pin? FL811, R811, IC881, or IC831 defective.
EGSM-Band Transmitting frequency input to J801 1 pin? FL801 defective.
J801 defective.
2 – 50
GX10i CONFIDENTIAL
YES
NO
YES
NO
NO
YES
YES
YES
NO
NO
NO
NO
NO
NO
YES
YES
YES
YES
YES
YES
YES
NO
NO
NO
YES
YES
NO
NO
9. 2 "No Service" display and receiving/transmitting do not function in the DCS (PCS) band.
NO
Does the signal strength indicator show 4 bars?* Fixed line: During input of –70 dBm.
IC202, IC303, Q304, or Q308 defective.
YESAfter replacing the main PWB unit with a normal one,receiving available?
After replacing FPC (flexible printed circuit) with anormal one, receiving available?
J801 defective.
[Receiving System]
[Transmitting System]
IC104, IC105, CN201, CN202, or PWB defective.
FPC defective.
Voltage applied to VCO971 7 pin?
Voltage applied to VCO971 7 pin?
Is VCO971 frequency fixed at twice as the DCS(PCS) band receiving frequency? IC901, VCO971, FL971, TCX951, or IC304 defective.
DCS (PCS)-Band Receiving frequency signal appliedto IC901 7 and 8 (4 and 5) pins? IC104, IC102, IC901, or PWB defective.
DCS (PCS)-Band Receiving frequency signal outputfrom FL801 5 (3) pin? FL902 (FL903) defective.
DCS (PCS)-Band Receiving frequency signal inputto FL801 9 pin?
IC991, IC992, IC993, or FL801 defective.
IC202, IC303, Q304, or Q308 defective.
Is VCO971 frequency fixed at twice as the DCS (PCS)-band transmitting frequency + 80 MHz (or 82 MHz)? IC901, VCO971, FL971, TCX951, or IC304 defective.
IQ Signal input to IC901 20, 21, 22, and 23 pins? IC104, IC102, or PWB defective.
Voltage applied to VCO851 11 pin? Q304 or Q309 defective.
DCS (PCS)-Band Transmitting frequency input toIC831 8 pin?
VCO851, IC901, IC991, IC992, or IC993 defective.
DCS (PCS)-Band Transmitting frequency input toFL801 1 pin?
FL816, R816, IC881, or IC831 defective.
DCS (PCS)-Band Transmitting frequency input toJ801 1 pin?
FL801 defective.
J801 defective.
2 – 51
GX10iCONFIDENTIAL
YES
NO
YES
NO3.0 V ±0.1 V output at IC002 7 pin? IC005 Defective.
YES
NO-10.2 V ±0.6 V output at TP016, 15.3 V ±0.9 V at TP015,and 5.1 V ±0.1 V at TP014, respectively? Charge pump regulator IC (IC002) defective.
YES
NO
Are amplitude waveforms of IC003 terminals normal asshown below?18 pin: 2.7 Vpp (offset value 0V)17 pin: 1.12 Vpp (offset value -0.06 V)16 pin: 0.24 Vpp (offset value -0.07 V)15 pin: 0.78 Vpp (offset value -0.10 V)14 pin: 2.86 Vpp (offset value -0.14 V)
Grayscale generator IC (IC003) defective.
YES
NODoes output of TP017 to TP027 have pulse waveforms? IC005 Defective.
Display defective. Or defective mounting of connectorCN002.
NO
YESDoes the display function after replacement?
10. Main-screen display does not function.
Main-screen display defective.
YES
NOMore than 3.2 V applied to TP219?
Refer to Troubleshooting, “Power does not turn on.”(see page 2-42)
YES
NOMore than 2.8 V ±0.1 V applied to TP209?
Refer to Troubleshooting, “Power does not turn on.”(see page 2-42)
YES
NOMore than 2.5 V ±0.1 V applied to TP009? Regulator IC004 defective.
YES
NO13 MHz output at Clock TP011?
0.1V output at both ends of the liquid crystall reset (Jumper(IC005 40 pin to Q206 2 pin))?
Refer to Troubleshooting, “Power does not turn on.”(see page 2-42)
IC004 Defective.
2 – 52
GX10i CONFIDENTIAL
YES
YES
NOIs CN001 5 pin on the high level? Jumper (CN001 5 pin to Q206 2 pin) defective.
YES
NOVoltage of approx 6.4 V applied to CN001 8 pin?
Sub-screen display unit defective.
C017, control signal line to IC104, or the sub-screendisplay unit defective.
YES
NODoes the main-screen display function?
11. Sub-screen display does not function.Refer to Troubleshooting, “Power does not turn on.”(see page 2-42)
YES
NOIs the sub-screen display set to ON?
ON Setting by the following menu:Settings ––> Phone settings ––> External display ––>Sub-screen display On/Off.
YES
NOIs PWB connector CN001 surely inserted? Connector insertion defective.
NO
YESClean the connector CN001 contact point and insert thesub-screen display again. Does it function?
Connector insertion part soiled.
NOVoltage of 3 ±0.1 V applied to CN001 7 pin? Jumper (CN001 7 pin to VINT Line) defective.
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GX10iCONFIDENTIAL
YES
YES
NO Jumper (CN101 7 pin to Q206 3 pin) and CN101 defective.Defective disconnection of camera FPC A’ssy.
Voltage of 3.0 V applied to camera module (CA1001)18 pin?
NO
12. Camera does not function.
YES
IC104 or camera module defective.
NOCamera module defective.
YES
Are interrupt signals (TP166) from camera modulerectangular waves?
NO
YES
YES
NOVoltage of 2.5 V applied to TP211?
Regulator IC201 and jumper (IC201 5 pin to Q205 emitter)defective.
YES
NO
Voltage of 3.1 V applied to TP206?
IC104 defective
YES
Is duty of the 13 MHz Clock (TP157) within the range of40% to 60%?
Voltage of 3.0 V applied to IC206 1 pin?
NOAre access signals (R159 both ends) to camera modulerectangular waves?
IC104 defective
IC104 defective.
Regulator IC206 defective.
YES
NOVoltage of 2.5 V applied to camera module (CA1001)36 pin?
Jumper (CN101 10 pin to VLCD Line) and CN101 defective.Defective disconnection of camera FPC Ass’y .
NONO
YES
Voltage of 3.0 V applied to TP214? Voltage of 3.0 V applied to Q206 2 pin?
IC104 defective.
FET Q206 defective
YES
NOVoltage of 3.1 V applied to camera module (CA1001)8 pin?
Jumper (CN101 33 pin to IC206 4 pin) and CN101 defective.Defective disconnection of camera FPC A’ssy.
2 – 54
GX10i CONFIDENTIAL
YES
NO
NO
YES
YES
YES
NOCan SIM card be recognized after replacement?
13. SIM Card is not recognized.
SIM card defective or undesignated SIM card used.
YES
NO2.8 V Output at Q208 5 pin? IC104 defective.
YES
NO2.85 V Output at SIM power supply IC202 18 pin? IC202 or Q208 defective.
YES
NOIC104 defective.
NODoes TP301 (SIM power source) output 2.85 V?
Defective parts between IC202 18 pin to CN301 1 pin,CN202, Relay FPC_B, CN306 and jumper (CN301 1 pin toCN306 13 pin) defective.
YES
NODo TP304 and TP302 regularly output pulse waves?
Defective parts between IC104 114 pin to CN301 2 pin,IC104, CN201, Relay FPC_A, CN305 and R363 defective.
Does SIM reset signal TP303 output 3.0 V?
Is SIM card connector (CN301) properly mounted?
IC104 defective.
Defective parts between IC104 95 pin to CN301 6 pin orIC104 102 pin to CN301 3 pin. CN201, Relay FPC_A,CN305 and jumper (CN301 6 pin to R305) defective.
Defective mounting of SIM card connector (CN301).
Do Jumper (IC104 95 pin to CN201 27 pin) and Jumper(IC104 102 pin to CN201 28 pin)regularly output pulsewaves?
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GX10iCONFIDENTIAL
YES
YES
YES
YES
YES
YES
NO
NO
NO
NO
NO
NO
NO
YES
YES
NO
14. IrDA Communications unavailable
IC104 defective.
YES
NODoes IrDA power source TP216 output 2.8 V? Q207 defective.
IC104 defective.
3.0 V Output at VCC (UN301 3 pin)?Defective parts between IC205 5 pin to UN301 3 pin.CN202, Relay FPC_B, CN306 and jumper (UN301 3 pin toR354) defective.
More than 2.0 V available for IrDA power source (UN301 8pin)?
Defective parts between Q207 3 pin to UN301 8 pin.CN202, Relay FPC_B, CN306 defective.
Do receiving signals (UN301 6 pin) regularly output pulsewaves?
Do transmitting signals (UN301 7 pin) regularly outputpulse waves?
After replacement of Infrared port (UN301), communicationsavailable?
Infrared port (UN301) defective or defctive mounting.
Defective connection between UN301 6 pin to IC104 52pin. CN201, Relay FPC_A, CN305 defective.
IC104 defective.
2.8 V Output at Q207 2 pin?
Set the specified distance and angle necessary for IrDAcommunications.
Do transmitting signals (R142 signal side) regularly outputpulse waves?
Defective parts between UN301 5 pin to Q207 6 pin.CN305,Relay FPC_A, CN201 defective.
Less than 0.2 V applied at SD signal (UN301 5 pin)?
Defective parts between IC104 39 pin to UN301 7 pin.CN201, Relay FPC_A, CN305 defective.
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GX10i CONFIDENTIAL
[6] Specification for function test Outline
AT commands are used for the function test mode.To enter the general mode, send the command “AT+XDIAG”.Then the machine can accept all key test functions (see “All Key Test and Others” on page 2-70) and further commands fromthe computer.
KEY Layout
Left Soft Right Soft
Centre
Send End/Power
1 2 3 ABC DEF
4 5 6GHI JKL MNO
7 8 9PQRS TUV WXYZ
0#
Logic of signals1) Setting function (AT Command: AT+XDIAG)
Asynchronous (Consisting of 115200bps, data length 8, start 1, stop 1, and Parity None).
2) After shifting to Function TestIncoming/Outgoing serial signals should be as follows.
ST D0 D1 D2 D3 D4 D5 D6 D7 PB SPHL
ST: Start bitD0-D7: Data bitPB: Parity bitSP: Stop bit
After AT+XDIAG 1. Transmission rate: 19,200bps 2. Synchro system Asynchronous (Consisting of data length 8, start 1, stop 1, and Parity None)
Signal protocol1. The personal computer requests a response from a mobile machine to establish communications.2. When keys are pressed, appropriate key codes are transmitted serially.3. ASCII Characters (only capitals in the case of alphabet) are used for incoming/outgoing serial signals. At the end, return
codes (0Dh, 0Ah) are added.4. Once making a request, the personal computer cannot make another request until the mobile machine returns a certain
response. Time-out does not occur.
SideUp
SideDown
2 – 57
GX10iCONFIDENTIAL
Basic procedure (when using Hyper terminal)
Connect the phone to PC.
Turn on the phone.
Open Hyper terminal.
Send “AT+XDIAG” with 115200 bps and proper “ASCII setting”.
The phone is in the All key test mode.
Change the baud rate from 115200 bps to 19200 bps for further commands.
Send further commands to check the phone.
Flow chart
2 – 58
GX10i CONFIDENTIAL
(Details)
1. Connect the phone to the computer via a data cable.2. Turn on the phone.3. Open Hyper terminal. (Start Program Accessory Communication Hyper terminal)4. Enter the name and choose the desired icon. Then click “OK”.
Figure 76
5. Choose the appropriate COM port for network and click “OK”.
Figure 77
2 – 59
GX10iCONFIDENTIAL
6. Adjust the port settings and click “OK”.
Figure 78
7. From the file menu, select “Properties” and click the Settings tab.
Figure 79
2 – 60
GX10i CONFIDENTIAL
8. Click “ASCII setting” and check “Send line ends with line feeds” and “Echo typed characters locally”.
Figure 80
9. Click “OK” for “ASCII setting” and “Properties” to exit.
Figure 81
2 – 61
GX10iCONFIDENTIAL
10. Send “AT+XDIAG”• You will see AATT++XXDDIIAAGG instead of AT+XDIAG as shown below by the Local echo mode, although you input
AT+XDIAG.• After sending you will receive “OK”, and the machine should enter the All key test mode (see “All Key Test and Others”
on page 2-70).
Figure 82
11. If you send further commands, you must change the baud rate from 115200 to 19200 as follows;11-1. Disconnect communications.
Figure 83
Clik here
2 – 62
GX10i CONFIDENTIAL
11-2. From the file menu, select “Properties” and click “Configure...”. Then change the baud rate to 19200 as follows;
Figure 84
11-3. Click “OK” for “Port setting” and “Properties” to exit. You can now send commands. (See example below for the “BATVAL” command.)
Figure 85
Clik here
2 – 63
GX10iCONFIDENTIAL
1) Basic Operation Test<Startup and initial condition>
Fit a battery or a dummy battery in the set. Hold down the “End/Power” key to start up in the general mode. Then enterAT+XDIAG without pressing any key. Start up in the general function test mode. (3 sec. until startup)
Back light OFFAfter startup, “H/W CHECK ∗ GX-10i ∗” is displayed.When adjusting by the AT command, be sure to perform the LDDEVPRM command before adjustment and the SVDEVPRMcommand after adjustment.
Incoming/Outgoing Serial Signal Format for Basic Operation Test
FROM toSRAM
CheckingLCD backlight voltage
MeasuringRTC clock
Batteryvoltagecheck
RTC Test(Writing)
RTC Test(Reading)
TemperatureA/DAdjustment
Temperaturecheck
LDDEVPRM
LED
OUT32K
BATVAL
RTCWR
RTCRD
TMPAD
TMP
None
54321
0
10
None
yymmddhhmmss
None
43
2
1
n
LDDEVPRM OKLDDEVPRM NG
LEDn (n=0, 1, 2, 3, 4)
OUT32Kn
Okn.nn
OK
RTC yymmddhhmmss
ADSETOKTMPADH <ReadoutAD value>TMPADL <Readout ADvalue>TMPADRDY
TMPnxx: TemperatureNG: Except 0 – 50 ˚C
FROM to SRAM extension.The contents of FROM are dam-aged.
Sub-screen display back light.Key back light LED.Red LED lights up.Green LED lights up.Main-screen display back lightlights up.All LEDs light off. *1
32 kHz Output (MON Output)32 kHz Stop (Returned toALT1)
Reading down to the last twodigits of voltage.
Writing time of day“yymmddhhmmss” to RTC. *2
Reading time of day“yymmddhhmmss” from RTC.*2
Adjustment mode ended. *32.2 V Measurement started.
0.4 V Measurement started.
Adjustment mode started.
Temperature readout. (0 ˚Cmin.)n=1: Cameran=2: Battery
Before adjustment perform thiscommand to output the adjustmentvalue stored in FROM to SRAM.
Checking that LEDs light up.LED1: Main-screen display back light lights up.LED2: Green LED lights up.LED3: Red LED lights up.LED4: Key back light lights up.LED0: All LEDs light off.
Checking frequency of the real timeclock.Normal: When OUT32K1 is transmitted,TP205 frequency is 32.768 kHz ±1.11kHz.
Reading the voltage of the batterypower line. BATVAL is transmitted,“OK” and the voltage value arereturned.
Writing time to the clock.When RTCWR yymmddhhmmss istransmitted, yy (year), mm (month),mm (hour), and ss (minute) are written.
Reading time of the clock. WhenRTCRD is transmitted, time of day isread out.
Refer to the “Adjustment proceduresafter replacement of parts” on pages2 – 36 and 2 – 37.
Reading temperature measured bythe temperature sensor.When TMP is transmitted, TM andtemperature are returned. In case ofother than 0 – 50 ̊ C, “NG” is returned.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
2 – 64
GX10i CONFIDENTIAL
Temperaturecorrection
IrDA Test
IrDA JigMode
(Vibrator)
MA2 Test
(Sound)
Memory test(SRAM)
Memory test (PSRAM)
TMPADJ
IRDA
IRDACH
VIB
MELO
MEMCHK1
MEMCHK2
4nn
3nn
2nn
1nn
123456
123456
1
0
10
000000000007FFFE5
00300000003FFFFE5
TMPADJ4nn
TMPADJ3nn
TMPADJ2nn
TMPADJ1nn
OKNG aaNG NODATA
OK
VIBn
MELOn
MEMCHK1 OK
MEMCHK1 NG 00000000dddd
MEMCHK2 OK
MEMCHK2 NG 00300000dddd
Battery side -nn ºC. (Not cumu-lative subtraction)Battery side +nn ºC. (Not cumu-lative addition)Camera side -nn ºC. (Not cumu-lative subtraction)Camera side +nn ºC. (Not cumu-lative addition)“nn”: To input difference fromthe present temperature.Cumulative addition isunavailable for more than onetransmission.
1: 2.4 kbps2: 9.6 kbps3: 19.2 kbps4: 38.4 kbps5: 57.6 kbps6: 115.2 kbps“OK” if “5A” is detected.If values other than “5A” aredetected, they are returned.Data cannot be received.
1: 2.4 kbps2: 9.6 kbps3: 19.2 kbps4: 38.4 kbps5: 57.6 kbps6: 115.2 kbpsIrDA Jig mode entered.After that commands arerejected.
Asynchronous drive. (AlwaysON)Stop.
Melody playback.Stop. *5
Addresses (00000000 to0007FFFE) are checked.For NG, the address“00000000” and the readoutdata “dddd” are returned.(dddd: Production Process No)
Addresses (00300000 to 003FFFFE) are checked.For NG, the address“00300000” and the readoutdata “dddd” are returned.(dddd: Production Process No)
Correcting difference between theambient temperature and thetemperature read by the sensor.Comparing the ambient temperatureand the temperature read by thesensor to transmit the correctedvalue.TMPADJ15: To raise temperature by5 °C.TMPADJ25: To reduce temperatureby 5 °C.* When the same commands are
transmitted several times, cor-rected vales are not added.
Provide the set in the IrDA jig modeto the other end of the line to per-form the transmitting/receiving test.When IRDA is transmitted, the set inthe IrDA jig mode receives signalsand returns “5A”. Detecting “5A”, thetested set returns “OK” to the per-sonal computer.When values are other than “5A”,Ngaa is returned. If data cannot bereceived, NG NODATA is returned.*4
When IRDACH5 is transmitted, usingthe command to set the IrDA jigmode, the jig mode starts.Reset, or disconnect the power fromthe set, to release the jig mode. *4
Checking vibrator operation.When VIB1 is transmitted, the vibratoroperates continuously; when VIB2 istransmitted, it stops operation.
Checking melody playback.When MELO1 is transmitted, melodyis played back from the speaker;when MELO2 is transmitted,playback stops.
Checking read/write of 4Mbit SRAM.
Checking read/write of 16 Mbit.Smartcombo RAM.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
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GX10iCONFIDENTIAL
SRAM toFROMsaving
POWER OFF
SVDEVPRM
PWRDOWN
None
None
SVDEVPRM OKSVDEVPRM E1
None
After adjustment, adjusted values inSRAM are saved to FROM.
POWER OFF when PWRDOWN istransmitted.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
SRAM to FROM saving.Garbled SRAM (No saving).*6
POWER OFF
*1: The LED test is also available in the manual test mode F45.<Startup>
1. Fit a battery in the set to start the manual test mode.2. Press the keys “4” “5” “Right Soft” to start the manual test mode F45 (LED Setting).3. Press the following keys for ON/OFF operation.
“0” OFF All switches OFF
“1” Charge LED ON/OFF Charge LED (LED101: RED)
“2” Incoming call LED ON/OFF MA2 LED (LED101: GREEN)
“3” Key LED ON/OFF Key LED (LED302 to LED309: GREEN)
“4” Back light ON/OFF LCD Back light (Back light FPC: WHITE)
“5” Test LED ON/OFF Test LED (Not mount)
“6” Sub back light ON/OFF Sub Back light (LED001: WHITE)
“Centre” End Shifting from this mode to the initial screen
Key Description Contents
4. Press the key “Centre” to return to the initial screen with the display, “Diag Param Saving”.5. Press the “End/Power” key to finish operation.
*2: YY=00: Year of 2000RTC writing is also available in the manual test mode F40.
<Startup>1. Fit a battery in the set to start the manual test mode.2. Press the keys, “4” “0” “Right Soft”, to start the manual test mode F40 (Rtc Setting).3. Press the following keys to set time of day. (For determination, press the key “Right Soft”.) 1: Year 2: Month 3: Day 4: Hours 5: Minutes 6: Seconds4. Every time the key “Left Soft” is pressed, time of day is displayed in a moment.5. Press the key “Centre” to return to the initial screen with the display, “Diag Param Saving”.6. Press the “End/Power” key to finish operation.
*3: Only when performing the TMPAD4 command or turning power OFF/ON, A/D adjusted values are reflected in temperature.
*4: The IrDA test is also available in the manual test mode F13.<Startup in the jig mode>Provide a set other than the tested set, which has been confirmed to operate normally. Use this set as the IrDA receiver.
1. Fit a battery in the set to start the manual test mode.2. Press the keys, “1” “3” “Right Soft” to start the manual test mode F13 (IrDA Test).3. Press the key “Left Soft” (S1: Test Device Mode).* The infinite loop mode for the IrDA data stand-by is started. After finishing the test, remove the battery.
<Startup in the test mode>Data are transmitted/received by using the tested set.
1. Fit a battery in the set to start the manual test mode.2. Press the keys, “1” “3” “Right Soft”, to start the manual test mode F13 (IrDA Test).3. Direct the IrDA window of the tested set to that of the jig set.4. Press the key “0” (0: Check IrDA) to transmit “A5” data automatically.5. When “OK Data: 5A” is displayed, transmitting/receiving is normally completed. When “NG Data: **” is displayed, transmitting/receiving is abnormally ended.6. Press the key “Centre” to return to the initial screen with the display, “Diag Param Saving”.7. Press the “End/Power” key to finish operation.
Every time a key ispressed, theoperation, “OFF Brightness 1 2 3 4 standbylight”, is repeated.
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GX10i CONFIDENTIAL
*5: The melody playback test is also available in the manual test mode F51.<Startup>
1. Fit a battery in the set to start the manual test mode.2. Press the keys, “5” “1” “Right Soft”, to start the manual test mode F51 (Melody Test).3. Press the following keys to switch operations.
4. Press the key “Centre” to return to the initial screen with the display, “Diag Param Saving”.5. Press the “End/Power” key to finish operation.
*6: Handling diag calibration data.Contents of diag calibration data:1. 4 Kinds of A/D Adjustment values.2. Camera adjustment data (Dark current, white flaw).
WR SVDEVPRM
RD LDDEVPRM
Diag SRAM F_ROM Diag area
Figure 86 Handling Diag Calibration Data
“ ” Selecting melody tone. Select the next melody by toggling.If the final melody is selected, further selectionis unavailable.
“ ” Selecting melody tone. Select the preceding melody by toggling.If the default melody is selected, further selectionis unavailable.
“0” Ring tone playback. Toggle the selected ring tone between playbackPlayback/Stop. and stop. Default: –16 dB
0: Stop 1: Playback
“Right Key touch tone output. Toggle the key touch tone between ON and OFF. Soft” 0: Stop 1: Output (DTMF: –16dB)
“ ” Volume control. Turn up the volume by 1 level.During playback of ring tone: Ring tone is changed.During key touch tone output: Incoming audiovolume is changed.
“ ” Volume control. Turn down the volume by 1 level.During playback of ring tone: Ring tone is changed.During key touch tone output: Incoming audiovolume is changed.
“Centre” End Shifting from this mode to the initial screen
Key Description Contents
2 – 67
GX10iCONFIDENTIAL
*1: Be sure to check white flaw (WHC command) before performing white flaw correction (WH command).*2: Center value (Initial value): 12 Adjustment range: 04 to 20.
2) Camera Adjustment/TestWhen adjusting by the AT command, be sure to perform the LDDEVPRM command before adjustment and theSVDEVPRM command after adjustment.
Incoming/Outgoing Serial Signal Format for Camera Adjustment
Dark currentcorrectionand whiteflaw check.
White flawcorrection*1
Cameraoperation
Optical axisadjustment
Shutter ON/OFF
ZoomON/OFF
WHC(Includinginitialization)
WH(Includinginitialization)
CAM
CPH
SHT
ZOOM
01540160
None
10
1
2
10
10
In the case of OK.AAA, BBBAAA: Number ofwhite flawsBBB: Max. level
In the case of NG.COUNT NG (Morethan 1000 whiteflaws)000000: Insufficientlight shielding
OK
CAMn
CPH aa: Value ofCOFSH *2
SHT n
ZOOM n
S: Mode (0 to 3)ww: Dividing ratio (00 to 16)x: Average number (0 to 4)yyy: Thresholddetectionfrequency (000 to 255)z: G Data mode (0 to 3) *1
White flaw correction.
ONOFF (Camera display)
Image shifted by 2 dots to theright.Image shifted by 2 dots to theleft.
Shutter ONShutter OFF
ZOOM ON (Only double size)ZOOM OFF
Refer to the “Adjustment proceduresafter replacement of parts” on pages2 – 36 and 2 – 37.
Refer to the “Adjustment proceduresafter replacement of parts” on pages2 – 36 and 2 – 37.
Checking photography.When CAM 1 is transmitted, thecamera operates; when CAM 2 istransmitted, operation stops.
Adjusting deviation of the right andleft optical axes.
Shutter ON/OFF operation.When SHT 1 is transmitted, theshutter turns ON; when SHT0 (to fixthe screen) is transmitted, the shutteris released.
Changing zoom.When ZOOM 1 is transmitted, thedouble size image is displayed; whenZOOM 2 is transmitted, the originalstate is returned.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
2 – 68
GX10i CONFIDENTIAL
3) LCD TestWhen adjusting by the AT command, be sure to perform the LDDEVPRM command before adjustment and theSVDEVPRM command after adjustment.
Main-Screen Display Test
Close-up(black lines displayed line by line)
Black lines are displayed line by line of the 8-gradation pattern(Black-and-white pattern)
VCOM Adjustment (Flicker adjustment)Display the 8-gradation pattern. Seeing from the position within 20 cm from the inverted fluorescent light, adjust the VCOMvoltage, performing the VCOM command.Voltage for the lowest flicker is optimal for VCOMDC.Flicker can be adjusted manually without using the AT command. (Refer to the, “Adjustment procedures after replacement ofparts” on pages 2 – 36 and 2 – 37.)
Sub-Screen Display Test
CheckingLCD display
Flickeradjustment
Flickeradjustment
LCDDISP
VCOM
VCOMRD
3210
=nn
None
LCDDISPn
nn (nn: 0 to D6)
VCOMRD=nn
VCOM adjustment pattern.Color bar (65 k colors).Black display (65 k colors).White display (65 k colors).
Changing DL [7 : 0] bit value ofSIF1 register (No redrawing).
Read the current data.
LCDDISP3 is the command for flickeradjustment pattern.
Flicker adjustment by performing theAT command.
Flicker adjustment by performing theAT command.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
C h e c k i n gthe rear liq-uid crystaldisplay
SUBLCD 2
10
OK Inverted display of hound’s toothcheck S.Hound’s tooth check.Initial display.
Checking the sub liquid crystal dis-play.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
2 – 69
GX10iCONFIDENTIAL
4) Audio TestIncoming/Outgoing Serial Signal Format for Audio Test
xxTable of Audio DAC Output Gain Equivalent to Volume
Volume (dB) Position for User Setting
00 0x1F Mute MUTE
03 0x12 –18.0 dB VOLUME 1
07 0x0E –12.0 dB VOLUME 2
11 0x0A –6.0 dB VOLUME 3
15 0x06 0 dB VOLUME 4
20 0x02 +6.0 dB VOLUME 5
Gain Table during “Jack to Jack” and “Mic to JackEar” Path Check.
Gain Table during “Mic to Earpiece” and “JackMic to Earpiece” Path Check.
Audiosystempowersource andcodec loop-back test.
H/SDetection
PCMLP
EAR
4xx3xx2xx1xx0
None
PCMLPnxx(xx: Volume level)
EARON•EAROFF
Mic to JackEar path check.JackMic to Earpiece check.Jack to Jack path check.Mic to Earpiece path check.Path release (Finished)
Detection of hands free insertion.
Loop-back test for codec IC.PCMLP120: Checking that signalsfrom the main unit microphone(TP324) are transmitted to themain unit earpiece (betweenTP167 and TP168). (In case thatthe volume level is 20)(Other cases.)PCMLP220: Between the handsfree microphone and the handsfree earpiece.PCMLP320: Between the handsfree microphone and the main unitearpiece.PCMLP420: Between the main unitmicrophone and the hands freeearpiece.PCMLP0: Exiting from the loop-back.
Detecting that the hands free isconnected to the hands freeconnector.When “EAR” is transmitted:“EARON” is returned if the handsfree is connected, and “EAROFF”returned if not connected.
ItemIncoming Serial Signal Outgoing Serial Signal
Contents Test MethodCommand n Response
xxTable of Audio DAC Output Gain Equivalent to Volume
Volume (dB) Position for User Setting
00 0x1F Mute MUTE
03 0x13 –19.5 dB VOLUME 1
07 0x11 –16.5 dB VOLUME 2
11 0x0E –12.0 dB VOLUME 3
15 0x09 –4.5 dB VOLUME 4
20 0x04 +3.0 dB VOLUME 5
2 – 70
GX10i CONFIDENTIAL
5) All Key Test and Others<Startup and initial condition>Fit a battery or a dummy battery in the set. Hold down the “End/Power” key to start up in the general mode. Then enter AT + XDIAG.
Start up in the function test mode. (3 sec. until startup)After any key is pressed, the AT command is rejected.After the start of the test mode, the Data cable can be removed.
Key Contents
“Send” Vibrator operation. “VIBRATOR” Displayed. Stop the vibrator with the key “0” to return to the all key test modeinitial screen.
“ ” Playback melody at max. volume (MERODY1 in the normal condition). “MELODY” displayed.Press the key “ ” to set the volume to the minimum, and the key “#”, to the maximum, respectively.Stop melody with the key “0” to return to the all key test mode initial screen.
” ” Playback the ringer at max. volume (Ringer1 in the normal condition). “RINGER” displayed.Press the key “ ” to set the volume to the minimum, and the key “#”, to the maximum, respectively.Stop melody with the key “0” to return to the all key test mode initial screen.
“Centre” Full-rate codec loop-back. “CODEC INT” displayed.Stop loop-back with the key “0” to return to the all key test mode initial screen.
“1” Display check mode. Display is as shown below. Green LED lights up. Back light is switched to the main light toturn on.
LED CHECK ∗ GX-10i ∗ROM VERSION: ∗∗∗BLCD:48Gx10i diag version.2002.**.** v **
T_2.32003/**/** **: **: **
“1” White → Red → Green → Blue → Black → Color bar → (Returning to white.)
“6” LED: Orange; Remained as it is until the key “0” is pressed.
Press the key “0” to turn off the green LED and return to the all key test mode initial screen.
“Side Up”: Rear back light ON with no display. Thereafter toggling between test display and no display.
“Side Down”: Rear back light ON with test display. Thereafter toggling between no display and test display.
“2” IrDA Check (115 kbps). Press the key “0” to return to the initial screen.
“3” Display changed to CHG CHECK. Press the key “0” to return to the initial screen.AC Charger is inserted to turn on the red LED.
“8” Rear liquid crystal contrast check. Press the key “0” to return to the initial screen.
“Side Up” Writing to SRAM by increasing contrast by one level.
“Side Down” Writing to SRAM by decreasing contrast by one level.
“0” Returning to the all key test initial screen without contrast memory.
“6” Camera turns ON to display camera image. (Optical axis at the left end)Press the key “Left Soft” to repeat ZOOM ON/OFF operation. Press the key “Centre” to repeat shutter ON/OFFoperation. Press the key “ ” to shift the image by 2 dots to the left, and the key “ ” , by 2 dots to the right,respectively.Press the key “Right Soft” to write optical axis adjustment value.Press the key “0” to return to the all key test initial screen.
2 – 71
GX10iCONFIDENTIAL
“9” Red LED ON. LCD display is shown below. Back light remains ON.RTC contents are displayed at the time the key “9” is pressed. Clock does not tick.
KEY CHECK ∗ GX-10i ∗ROM VERSION : ∗∗∗BLCD:482003/**/** **: **: **Gx10i diag version.2002.**.** v **
T_2.32003/**/** **: **: **
Press all keys except the key “0” in random order. The first pressing of the key brings white display and red LEDOFF.Every pressing makes a bleep. Opening/closing flip also makes a bleep. With flip closed, green LED ON.Press the key “ ” to sound melody. (When pressing the next key, melody stops.)Press the key “ ” so sound ringer at max volume. (When pressing the next key, ringer stops.)Press the key “0” before pressing all keys to return to the all key test initial screen.When pressing all keys except the key “0”, ringer sounds at max. volume. Green LED for incoming call blinks andthe screen display becomes black.When closing the flip, the ringer stops sounding. (Thereafter the ringer does not sound.) After that open/close theflip to make a bleep. Close it to turn on green LED.Press the key “0” to stop ringer, to turn off green LED for incoming call, and to return to the all key test initialscreen.
“#” Sum check.SUM CHECK ∗ GX-10i ∗ROM VERSION : ∗∗∗BLCD:48SUM:∗∗∗Gx10i diag version.2002.**.** v **
T_2.32003/**/** **: **: **
Press the key “0” to return to the all key test initial screen.
Key Contents
2 – 72
GX10i CONFIDENTIAL
Key Contents
“ ” Shifting to the mode for temperature correction.
TEMP ADJ
1. CAM TEMP2. BAT TEMP0. EXIT
“1” (Selecting the camera side) or “2” (Selecting the battery side) “0” Exit
TEMP ADJ (BAT)
Temp. 25 Deg.
Correct : +00 Deg
“ ” KEY: +1 Deg.“ ” KEY: - 1 Deg.
“ ”: +1 ºC Correction in the correction mode.“ ”: -1 ºC Correction in the correction mode.“#”: Determination of corrected value.
TEMP is not updated automatically.
Press the key “0” to return to the all key test initial screen.
Note) LCD Display: No temperature correction during the all key test; Display in the user contrast setting default condition.
Test Display:
6) Initializing Flash User Domain (Manual Test Mode F99)
Only use the troubleshooting procedure, “Power does not turn on” (page 2 - 42).Take care that the user setting data will be lost in this operation.Before starting this mode, be sure to backup the user data, referring to “SOFTWARE DOWNLOAD.”
<Startup>1. Fit a battery in the set to start the manual test mode.2. Press the keys, “9” “9” “Right Soft”, to start the manual test mode F99 (User Function).3. When “Input Mode No: ” is displayed on the screen, enter “1” and press the key “Right Soft”.4. “EE_FORMAT START” is displayed on the screen.5. “FINISHED PLEASE ANY KEY” is displayed on the lower part of the screen.6. Press the any key to return to the initial screen of the manual test mode.7. Press the “Centre” key.8. Press the “End/Power” key to finish operation.
After initialization, start up in the general mode.
GX10iCONFIDENTIAL
3 – 1
CHAPTER 3. DISASSEMBLY AND REASSEMBLY[1] Servicing Concerns
General1. Before servicing, you must warn the user that the repair
may clear the information stored in the memory.
2. Before storing or transporting the circuit board, put it intothe conductive bag or wrap it in aluminium foil.(C-MOS IC may be damaged by electrostatic charges.)
3. In order not to stain cosmetic parts such as a cabinet,especially clear window parts for main and sub-screendisplay panels by finger print or whatever, please coveryour finger by finger sack.Also, please take care about surface of main and sub-screen display panels not to stamp finger print.
4. To prevent oxidation which cause connection problem,please do not touch any terminal on electric board,microphone, vibrator, earpiece and speaker.If you have to touch there, please cover your finger byfinger sack.If you touch those parts, please clean by soft dry cloth.Also, please do not touch shield case on electric boarddirectly without finger sack, otherwise performance ofthe phone may decline because of oxidation.
5. Since FPC is sensitive, please handle FPC careful sothat you will not make any damage.
6. Please do not wet the moisture sensor.Once the sheet is wet, red ink is supposed to run. Inthis case, please replace the sheet with new one.Please take care about your sweat.
7. Be sure to remove the Li-Ion battery frommobilephone.
8. Take sufficient care on static electricity of integratedcircuits and other circuits by using static electricityprevention bands when servicing.
For disassembling1. Please do not remove the board of base band section
by pulling external interface connector, otherwise youwill make damage to the board.
2. Shield case is attached on shield case holder withoutclearance. When you remove it, please take care notto remove together with shield case holder. If youremove shield case holder together, you can not attachit again because it is attached by solder and in such acase, you should have taken electric pattern on theboard as well.
For reassembling1. Please make sure that all cosmetic parts have no
scratch and clean.
2. Please make sure that you can open and closehandset smoothly and hear tick sound of hinges.
3. Please make sure that sub-screen display cushion cannot be seen from the window.
4. Please make sure that main screen display panel isplaced in proper position without inclination.
5. Please make sure that all three battery terminalsprotrude evenly.
6. Please make sure that the pawl of aerial is upside.
Standard positionStandard
position
Standard position
Spacer, FPC, A
Spacer, FPC, C
Standard position
Main-screen display holder ass'y
Main-screen display (Front side)
Standard position
Standard position
Tape
Standard position
Figure 1
FASTENING TORQUE (Referential Value)
PWB/ 15.7 ± 2.0 N • cmFront Cabinet, Display (1.6 ± 0.2 Kgf • cm)
Back Cabinet, Key/ 17.7 ± 2.0 N • cmDisplay (1.8 ± 0.2 Kgf • cm)
The value is for reference when an electric screwdriver is used.
SOLDERING SPECIFICATIONSoldering iron must be set to 350° C for 3 seconds.
STANDARD POSITION OF ATTACHMENTWhen replacing the Spacer, FPC,A, Spacer, FPC,C, Main -Screen Display, Tape and Sub -Screen Display Cushion shownbelow ( ), be sure to attach it to the designated position.
Figure 2Sub-Screen Display Cushion
0.5mm
0.59
mm
Standard position
Standard position
GX10i CONFIDENTIAL
3 – 2
(B3) x 4
Key-PWB-B
(B1) x 1 (B2) x 2
(B2) x 1
(B2) x 2
(B1) x 1
Back Cabinet A'ssy, Display
Relay FPC
Electrostatic plate (Inside) *
Figure 4
STEP REMOVAL PROCEDURE FIGURE
1 Back Cabinet 1.Battery Cover .......... (A1)x1 3
Assembly, 2.Li-Ion Battery .......... (A2)x1
Key 3.Screw Cover ........... (A3)x2
4.Screw ...................... (A4)x4
5.Hook ........................ (A5)x4
2 Key PWB-B 1.Socket ..................... (B1)x2 4
2.Solder ...................... (B2)x5
3.Hook ........................ (B3)x4
[2] Disassembly and reassembly
Back CabinetAss'y, Key
(A1) x 1
(A2) x 1
(A4) x 2ø1.7 x 5 mm
(A4) x 2ø1.7 x 5 mm
(A3) x 2
(A5) x 4
Figure 3
• To reassemble, follow the reverse procedure.
* Be careful not to deform the electrostatic plate(PSLDC3348AFZZ) used to eliminate staticelectricity when installing/removing the key PWB.
GX10iCONFIDENTIAL
3 – 3
(C1) x 1
(C1) x 1
(C2) x 2ø1.7 x 5 mm
(C2) x 1ø1.7 x 5 mm
(C2) x 3ø6 x 3.8 mm
(C3) x 4
Main PWB-A
(C1) x 1
(C2) x 1ø1.7 x 5 mm
(D1) x 2
(D2) x 1
(D2) x 1
(D1) x 1
(D2) x 1
(D3) x 4
(D2) x 2
(D1) x 1
(D1) x 1
Figure 5
Figure 6
STEP REMOVAL PROCEDURE FIGURE
3 Back Cabinet 1.Screw Cover ........... (C1)x3 5
Assembly, 2.Screw ...................... (C2)x7
Display 3.Hook ........................ (C3)x4
4 Main PWB-A 1.Solder ...................... (D1)x5 6
2.Socket ..................... (D2)x5
3.Hook ........................ (D3)x4
Plus driver#0
GX10i CONFIDENTIALCHAPTER 4. DIAGRAMS[1] Block diagram [Main]
4 – 1
Figure 1 MAIN BLOCK DIAGRAM (1/2)
RF I/F
MIC100MICROPHONE
EP100EARPIECE
V-EXT_CN(2.5V)
UART
MMI
USC
SIM
BMC
BOOTROM
C&B
SBUS
39MHz
IC102
RAMPDAC
AFCDAC
IDAC
SIMLDO
TCXOLDO
RTCLDO
REFBUFFER
ADP3408ACPPOWERSUPPLY
16 812 56 715 14 1310 2
1 3
V-ANAV-COREV-MEM
4 11
Filter
Filter
Filter
I TransmitDACQ TransmitDAC
GSMKMOD
BasebandSerialPort
PowerRanping RAM
I ReceiveADC
Q ReceiveADC
V-SIM
A
V-CORE
V-ANA
VT
V-MEM
(out of use)
(out of use)
DIGITALCore LDO
ANALOGLDO
Filter Filter
Filter
AUXADC
ControlRegisters
VoltageReference
BatteryVoltageDivider
Power-UPSequencingAndProtectionLogic
BatteryChargeController
GATEINHigh(V-MEM)
V-SIM
SIM CARDCONNECTOR
AuxiliarySerialPort
AD6526XCA
BSPORT
VSPORT
GPIO
DISPLAY
RTC
KEYPAD
MCU Su
HO
G
IR
V-SIMV-COV-MEV-INT
IRXPIRXNQRXPQRXN
ITXPITXNQTXPQTXN
RAMPDACAFCDAC
CLKON,GPO_1(TXON)GPO_2(BS2),GPO_9(RFON)GPO_16(BS0),GPO_17(BS1)
GPO_18(SYNTHEN)GPO_20(SYNTHDATA)GPO_21(SYNTHCLK)
CLKIN(13MHz)
V-ANA
GPO_3
VOUTNOR*
VINAUXP
AUXADC[1:6]
EXTERNAL CONNECTOR
BAT100BACK-UPBATTERY
REG10
2.5V DET
FLIP KEY
CiphCop
ViteCop
HSL/Trace
GPO_3
MV
BA
T
MEMORYLDO
BSDO,BSOFSBSDI,BSIFS
GPO_0 (RXON)GPO_1 (TXON)GPO_5 (ARSM)GPO_6 (ATSM)
VSDO,VSFSVSDI
ASDO,ASFSASDI
GPO_24(RESET)
CLKOUT_GATE
CLKOUT (13MHz)
US
C0(
AD
P/G
SP
da_T
X/D
AIC
LK)
US
C5(
CT
S)
US
C4(
RT
S)
US
C1(
RX
D)
US
C2(
TX
D)
(JT
AG
EN
)
(nR
ES
ET
)
US
C3(
AD
PD
ET
)
US
C6(
C O
NT
2/G
SP
db_R
X/D
AIR
ES
ET
)
GP
IO_8
(CO
NT
1/D
TR
)
Li-IonBATTERY720mAhFrom AC/DC CHAGER
IC306XC6204B392MR
VRTC 1.8V
VBACK 3
V-MEM 2
BATT+
PWRONPWRONOIN
CLKON,GPIO_24(SIMEN)
nRESET
GPO_7(CHGEN)GPIO_22(EOC)GPIO_13(CHRDET)
BATSNSGATEDRISENSE
CHRIN
GPO_4
GPIO_4
ExternalCircuit ForCharging
SIMDATAOPSIMCLKGPIO_23(RESET)
3V 0NLY
BATT+
KEYPADROW[4:0]KEYPADCOL[4:0]
KEYPAD:5X5
REG15 forLODER
ROWX PWRONKEY
9
Filter
Filter
VoicebandSerialPort
DAC
ADCPGA
PGA
POWER-UPKEY
KEYPADBACK LIGHT
JK301HANDS FREECONNECTOR
AD6521ACAANALOG BASEBAND
IC202
IC104
CN302
Q305D304
CN301
IC302XC6209B302MRHIGH SPEED LDOREGULATOR
IC305R3111Q251C
VOLTAGEDETECTOR
IC203RQ5RW1
Q306Q307
DIGITAL BASEBAND
REG14
MCUARM7TDMI
GX10iCONFIDENTIAL
4 – 2
Figure 2 MAIN BLOCK DIAGRAM (2/2)
DSP Subsystem
UART
MMI
USC
SIM
BMC
WDT
COMMS-SYSTEM
Synth i/f
CLK&BS GEN
BUS
39MHz
PBUS
DMA and BUSARBITRATION
RBUS 1M
EBUS
IDMA
PLL
78MHz
DSPADSP-218x
SD
RBUS 3M
26XCA
BSPORT
VSPORT
Peripheral Subsystem
GPIO
DISPLAY
RTC
KEYPAD
MCU Subsystem
InternalSRAM(1Mbit)
InternalSRAM(3Mbit)
HOUSE-KEEPING
System DMA
General Timers
IRQ-CTRL & RAU
MicroSM
Slow Clocking
A-SPORT
V-SIMV-COREV-MEMV-INT
32kHzCRYSTAL
ADDRESS & DATA BUS/GPIO(INT)
GSPb
KINMHz)
00K-UPTERY
T
When JTAGEN=H,automaticalyGPIO_18 TCKGPIO_19 TMSGPIO_20 TDIGPIO_21 TDO
CipherCoprocessor
ViterbiCoprocessor
HSL/Trace
OSCINOSCOUT
JTAGEN
JTAG I/F
IC106LRS1B04 4-LEVEL STACK MEMORY
FLASH164Mbit(X16)nROMCS
FLASH232Mbit(X16)nGPCS1
SC-RAM32Mbit(X16)nRAMCS
SRAM4Mbit(X16)
UN301INFRARED PORT
LEDA
GPIO_9 nDISPLAYCS
GPIO_1(RXD)GPIO_3(TXD)
ADD20
nROMCS,nRAMCS,nGPCS1ADD[22:1]DATA[15:0]nWE,nRD,nUBS,nLBS,GPIO_10(VPP),GPIO_11(WP),nRESET
RTC 1.8V
VBACK 3.0V
V-MEM 2.8V
V-INT: 3.0V
4
Cache RAM(4k word)
PM (8k word)
DM (8k word)
IC005LR38821DISPLAY
CONTROL
DISPLAY DRIVER
DISPLAY DRIVER(BU97926)
nRD,nWE,ADD16
DATA[15:0]
DSP partCMOSsensor
IP part
CAMERA FPC ASS'YnWE,nRD,nGPCS0,GPO_28(ADD19),GPO_8(ADD18)ADD[16],ADD[2:1],D[15:0]
SOUND(MA2)
VIBRATOR
GPIO_18
120 x 16065536 colors TFT
CLKOUT(13MHz)
V-LCD:2.5V
REG8
GPIO_0
V-INT:3.0V
REG9 GPIO_7
3.1V
REG113.0V
CLKOUT(13MHz)
RESET
RESET
INT
GPIO_2
GPIO_6
REG7
VDD1 VDD2VDD3
nDISPLAYCS
ADD22
ADD21
CS
nWE,nRD,GPO_19(A0),DATA[7:0],GPIO_12(RESET)GPIO_5(INT)
LED(RED)
LED(GREEN)
GPO_22
GPIO_19 (CHECKER)
96 x 26B & W FSTN
GPIO_14(DISPCLK), GPIO_15(DISPA0)GPIO_16(DISPEN), GPIO_17(DISPD)
IC002ADM8830CHARGEPUMP REG.
GRAYSCALEGENERATOR
V-INT:3.0V
HP_OUT
LT1937DC-DC
DISPLAYBACK LIGHT
SUB DISPLAYBACK LIGHT
GPO_11
GPO_10(H_AMP)
NJM2149VBAT
GPO_23(PWM)
CS
IX2933AF
N.M.
CONTROLLED BY VMEM
CONTROLLED BY VMEM
CONTROLLED BY VMEM
2.5V
VDD
A
TEMP.SENSORLM20BIM7
VTAUX ADC2
TEMP.SENSORLM20BIM7
AUXADC5
For CAMERA
For BATTERY
IC203RQ5RW18B
Q207
IC110TC7SZ32AFE
LOGIC IC105
IC307
MO1
IC101NJ287130
SP1SPEAKER
IC103YMU759B
IC107TC7SZ32AFE
LOGIC
IC001
LCD001SUB-SCREEN DISPLAY
IC003 ADD8502-2ACP
IC108TC7SZ32AFE
LOGIC
IC004REGURATOR
IC205R1160N301B
IC202ADP3408ACPQ208
LCD100MAIN-SCREENDISPLAY
IC206 TK11131CREGULATOR
SEBAND
SPORT-1
SPORT-0
REG14
MCUARM7TDMI
CA1001CAMERA MODULE
GX10i CONFIDENTIAL
Figure 3 RF BLOCK DIAGRAM (1/2)
4 – 3
[RF]
PGA PART
I&QMOD
PHASEDETECTOR
1/2
90DEGSHIFT1/2
SERIAL DATAINTERFACE
1/2
ITXNITXP
QTXNQTXP
IRXP
IRXN
QRXN
QRXP
SYNTHENSYNTHDATA
SYNTHCLK
AFCDAC
TCXOOUT
RAMPDAC
BS0
BS1BS2
SF
SF
RFIC901HD155148TF
TCX951
1/2
LOOPFILTER
90DEGSHIFT LNA
LNA
PGA
+B(VRF)
353937
202122
23
36
12
3
4
+B(VTCXO)
33
28,30,31,32,41,46
+B(VRF)2,13,16,18,47,56
1,3,6,9,12,14,1929,34,40,45,48,51
24
25
26
27
17
15
43,
50
49
11
10
8
7
38
TxEGDCPC
IFVCOEGSM 975CH - 4CH 656MHz
5CH - 124CH 640MHzDCS 512CH - 665CH 640MHz
666CH - 885CH 656MHzPCS 512CH - 810CH 640MHz
SF
4
5
IC991 NL27WZ08IC992 TC7W00FKIC993 NL27WZ08
1/2
26MHzVCTCXO
IF SYNTHESIZER
90DEGSHIFT
RF SYNTHESIZER
LNA90DEGSHIFT
LOGIC
1/2
1/2
GX10iCONFIDENTIAL
Figure 4 RF BLOCK DIAGRAM (2/2)
4 – 4
LOOPFILTEROR
AUTOPOWERCONTROL
IC881HD155173
IC831PF08123BRF POWER AMP.
Tx VCOVCO851
GSM Rx
DCS Rx
PCS Rx
RF SWITCHFL801
J801
AERIAL
RF VCOVCO971
SAW FILTERFL902
SAW FILTERFL901
5148TF
LNA
LNA
ATTATT
BALUN
TEST CONNECTOR
17
15
43,44
4
50
49
3
11
10
3
4
8
7
3
4
9
+B(VTXVCO)
11 3,7
1
5
2,4,6,810,12
8
1
72
+B(VBAT)
3,6
9
8
1,2,15,16
5,6,7
+B(VTXVCO)4,9,10
11,14
12 13
1 4
4 1
2,32,3
R811
6 1
613
4
2,5
2,5
11 1
2,4,10
6,8,12
97
5 3
12
3,4
2,5
1
5
1
+B(VSYNTH)
2,4,6,8
7
1
1
2,5
2,5
EGSM BandTx 880.2MHz - 914.8MHzRx 925.2MHz - 959.8MHzDCS BandTx 1710.2MHz - 1784.8MHzRx 1805.2MHz - 1879.8MHz PCS BandTx 1850.2MHz - 1909.8MHzRx 1930.2MHz - 1989.8MHz
TxVCOEGSM 880.2MHz - 914.8MHzDCS 1710.2MHz - 1784.8MHzPCS 1850.2MHz - 1909.8MHz
5
4
RFVCOTx EGSM 3848.8MHz - 3979.2MHz DCS 3580.4MHz - 3733.6MHz PCS 3860.4MHz - 3979.6MHzRx EGSM 3700.8MHz - 3839.2MHz DCS 3610.4MHz - 3759.6MHz PCS 3860.4MHz - 3979.6MHz
FL971
R816
DIRECTIONALCOUPLERFL811
GS
M T
x
DC
S T
x
DIRECTIONALCOUPLERFL816
Rx LINE
CONTROL LOGIC LINE
Tx LINE
SAW FILTERFL903
3
44
5
2,5
SYNTHESIZERLOOPFILTER
LNA
GX10i CONFIDENTIAL
— MEMO —
4 – 5
5 – 1
GX10iCONFIDENTIALCHAPTER 5. SCHEMATIC DIAGRAM AND WIRING SIDE OF P.W.BOARD
TOP VIEW
1SS388RB160M30RB520S30RB521S30
B(3)(G)
1(S)2
(D)3
(G)
6(G)5
(D)4
(S)
C(2)(D)E
(1)(S)
2SA1955 A2SA1989 SR2SK30193LP02 MMCH3443RT1N144 URT1N234 U
TOPVIEW
CW215TBS
TOP VIEW
CPH6311 EMD6EMD9EMD12EMG9MCH6613UM6K1
D
D
G
D
D
S
TOPVIEW
1
3
6
4
TOPVIEW
BOTTOM VIEW
CL165UR
TOP VIEW
MA2ZD02 HN2S01FU
TOP VIEW
TOP VIEW
YPY1105C
TOP VIEW
RD22SLRSB6.8S
[2] Types of transistor and LED
[1] Notes on schematic diagram• Resistor:
To differentiate the units of resistors, the symbols K and Mare used. The symbol K means 1000 ohm and the symbolM means 1000 kohm. The resistor without any symbol is anohm resistor.
• Capacitor:To indicate the unit of capacitor, the symbol is used.The symbol P means pico-farad and the unit of the capacitorwithout such a symbol is microfarad. As to electrolyticcapacitor, the expression “capacitance/withstand voltage”is used.(CH), (RH), (UJ): Temperature compensation(ML): Mylar type(S): Styrol type(PP): Polypropylene type
• The indicated voltage in each section is the one measuredby Digital Multimeter between such a section and thechassis with no signal given.
• Schematic diagram and Wiring Side of P.W. Board for thismodel are subject to change for improvement without priornotice.
• Parts marked with “ ” are important for maintaining thesafety of the set. Be sure to replace these parts withspecified ones for maintaining the safety and performanceof the set.
5 – 2
GX10i CONFIDENTIAL
[3] Waveforms of circuitRF UNIT PLL_IC SERIAL COMMUNICATION
TCXOEN(STAND-BY)IC304 1Pin
1
RFON_B(STAND-BY)R351(Q304 5Pin)
2
TXON_B(Talking)R352(Q304 4Pin)
3
SYNTHCLK(STAND-BY)IC901 37Pin
4
SYNTHDATA(STAND-BY)IC901 39Pin
5
SYNTHEN(STAND-BY)IC901 35Pin
6
QTXN(Talking)C924(R923 6Pin)
7
QTXP(Talking)C924(R923 5Pin)
8
5 – 3
GX10iCONFIDENTIAL
ITXN(Talking)C923(R923 8Pin)
9
ITXP(Talking)C923(R923 7Pin)
10
QRXN(Talking)IC901 24Pin
11
QRXP(Talking)IC901 25Pin
12
IRXN(Talking)IC901 27Pin
13
IRXP(Talking)IC901 26Pin
14
BS0(GSM)(Talking)IC993 1Pin
15
BS1(GSM)(Talking)IC993 2Pin
16
5 – 4
GX10i CONFIDENTIAL
BS2(GSM)(Talking)IC992 1Pin
17
BS0(DCS)(Talking)IC993 1Pin
18
BS1(DCS)(Talking)IC993 2Pin
19
BS2(DCS)(Talking)IC992 1Pin
20
CLKINC109A(IC104 116Pin)
21
CLKOUTR131(IC104 43Pin)
22
SPLTP021
23
DCLKTP018
24
SPLTP021
23
DCLKTP018
24
5 – 5
GX10iCONFIDENTIAL
GSPTP022
25
GCKTP023
26
GSPTP022
25
GCKTP023
26
OSCIN(32 kHz)X101(IC104 3Pin)
27
DISPENCN001 4Pin
28
DISPAOCN001 3Pin
29
DISPCLKCN001 2Pin
30
DISPENCN001 1Pin
31
5 – 6
GX10i CONFIDENTIAL
Figure 1 SCHEMATIC DIAGRAM (1/23)
[4] Schematic diagram/wiring side of P.W.Board
A
B
C
D
E
F
G
H
1 2 3 4 5 6
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
NC
CE
NCVOUT
GND
VDD
1
2
34
5
G13M_CLK
G/RD
G/WR
G/LCD_RST
GCS_TFTLCD
GADD[16]
GDATA[0-15]
GBL_SW
GBL_I
GPWM
GPWM_CPU
VBAT_BB
VBAT_APVBAT_BB
TPB007
TPB008
TP
011
TP
009
TP001
TP002
TP003
TP004
TP006
TP031
SWGNDFB
GNDSHDN
Vin1
DG
S
DG
S
23 4
56
/RD
/WR
/LCD_RST
CS_TFTLCD
DATA[0-15]
VM
EM
VDDCORE_1
BL_SW
BL_I
BACK LIGHTFPC A'SSY
PWB-E
3.0VVINT
2.8VVMEM
2.5VVLCD
13M_CLK
MAIN PWB-A(1/3)
RELAY FPC_BPWB-D A
( )
( )
( )
5-11 (8-B)5-17 (11-C)
5-9 (11-A)5-16 (3-B)
5-9 (9-H)5-17 (10-D)
5-17 (10-E)5-13 (8-G)
5-15 (12-A)
5-13 (11-E)
5-15 (7-B)
5-16 (3-B)5-9 (11-A)
5-9 (8-A)
5-14 (3-A)
5-7 (10-E)
5-27 (12-H)
5-12 (3-F)5-16 (5-E)
5-13 (11-F)
5-11 (10-C)
5-14 (4-A)
5-15 (7-B)
C0041
L00122µH
D00
11S
S40
0
C0051
C027100P(CH)
L00333nH
R0031K
C0020.0022
R00
44.
7K
D00
3R
B52
0S30
LED001CW215TBS
Q0022SK3019
R00
222
0
R00
15.
6
Q001MCH3443
C0010.22
C0031
C00
710
0P(C
H)
R03
147
0K
R030470K
D00
2R
D22
SL
22V
FS0010.63A
IC004IX2933AFREGULATOR
IC001LT1937DC-DC
5 – 7
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 2 SCHEMATIC DIAGRAM (2/23)
• ( ) : Not Mount • The numbers 23 to 26 and 28 to 31 are waveform numbers shown in pages 5-4 ,5-5.
12
34 5
67
8
12
34 5
67
8
12
34 5
67
8
12
34 5
67
8
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
VCCVOUTLDOIN5VOUT5VIN
C4-C2+C2-C3+
15V
OU
T
LDO
ON
/OF
F
CLK
IN
SH
DN
SC
AN
BLA
NK
C4+
C1-
-10V
OU
T
C1+
GN
D
C3-
12345
6 7 8 9 10
1112131415
1617181920
DB
15D
B14
DB
13D
B12
DB
11D
B10
DB
9D
B8
DB
7D
B6
DB
5D
B4
DB
3D
B2
DB
1D
B0
BN
C
RS
NC
R4R5
G2G3
R2R3
G4
B0
G5
G1
B1
G0
B4B3
R0
B2
R1
B5
DCLK
SPL
PS2PS1
LS
GSPGCK
GCS2
ALW
GCS1
GMODE
NC
SN
WR
NR
DN
RE
S
TE
ST
1
XIN
XO
UT
TS
TS
CE
NT
ST
SC
MD
PS
DE
CK
SH
D
SE
_LD
1
SE
_CK
SE
_DO
CV
4
RE
V1
PS
KR
EV
2
GS
1G
S2
SE
_DI
SE
_LD
2
VDDIOVDDIOVDDIOVDDIOVDDIO
VDDIOVDDIOVDDIO
VDDCOREVDDCOREVDDCOREVDDCORE
DUMMYDUMMYDUMMYDUMMY
GNDGNDGNDGND
GNDGND
GNDGND
1 2 3 4 5 6 7 8 10 119
1110987654321
12 13 14 15 16 17 18 19 20 21
2423 26 31 323025 2827 29
3534 37 42 434136 3938 40
717069 73 78 797772 7574 76
828180 84 89 908883 8685 87
939291 95 100 1019994 9796 98
22
33
44
45 47 4846 49 51 5250
57 5955 6054 585653
65 6763 6862 666461
102 103 104 105 106 107 108 109 110 111 112
A
B
C
D
E
F
G
H
J
K
LGNDGND
PW
M
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
96
42
110
78
107
61
89
99
94
90 77
25
60
69
91
95
2168
33
31
56
62
101
55
35
105
22
9382
83106
10
79
70
85
63
54
44 10088 111
112
34
2353
1
102
41
10324
45
11
64
40
4351 1352
6
9 7
3966 50
1729
28
19
59
12
49
30
65
20
58
18
32
36
867
5
57
71
80
81
92104
37
27 38
2
72
48
76
15
3
4
26
14
16
109 86
46
8773 84 7574 10898
47
97
G
VDDIO
GVDDIO
GDISPCLK
GDISPA0
GDISPEN
GDISPD0
GPWM
TP014 TP015
TP
016
TP
012
TP
013 TP017
TP018TP019TP020
TP021TP022TP023TP024TP025TP026TP027
123456789
101112131415161718192021222324252627282930313233343536373839404142434445464748495051
1 2 3 4 5 6 7 8
VLDINSCK/CS-LDCMCV4
RE
V1
CO
M_L
(NC
)C
OM
_H(N
C)
CO
MC
OM
_MT
P1(
NC
)
GNDV4V3V2V1V0
VD
DT
P2(
NC
)R
EV
2G
S2
GS
1P
SK
123456
7 8 9 10 11 12
131415161718
192021222324
V4V3V2V1
R1R2R3R4R5G0G1G2G3G4G5
GSPGCKALWGMODEGCS2
SPL
V0
PS
D
REV1
/RD
/WR
R0
SH
D
SE
_CS
PS2PS1
LSDCLK
CS
_TF
TLC
D
EC
KP
SD
SH
D
V4V3V2V1
B0B1B2B3B4B5
SE
_DO
SE
_CK
CV
4P
SK
RE
V1
GCS1
EC
K
COM
GS
2G
S1
V0
CV4
RE
V2
B0_0B1_0
G5_0G4_0G3_0G2_0G1_0G0_0
R5_0R4_0R3_0R2_0R1_0R0_1
LS
PS2PS1SPLGSPGCKALWGMODEGCS2GCS1
VD
DC
OR
E
R0R1R2R3R4R5
G0G1G2G3G4G5B0B1
B2B3B4B5
DA
TA[0
]D
ATA
[1]
DA
TA[2
]D
ATA
[3]
DA
TA[4
]D
ATA
[5]
DA
TA[6
]D
ATA
[7]
DA
TA[8
]D
ATA
[9]
DA
TA[1
0]D
ATA
[11]
DA
TA[1
2]D
ATA
[13]
DA
TA[1
4]D
ATA
[15]
B5_0
B3_0B4_0
B2_0
AD
D[1
6]
/LC
D_R
ST
/LC
D_R
ST
DCLK
GS
1P
SK
RE
V2
GS
2
SE_CS
SE_DOSE_CK
LCD001SUB-SCREEN DISPLAY
LCD
100
MA
IN-S
CR
EE
N D
ISP
LAY
31
28
30
29
2423
26
25
( )
( )
( )
5-12
(4-
H)
7 (12-H)
5-6 (5-H)
C0211
C0181
C0080.1
C0191
C02
40.
1
C01
22.
2
C02
20.
1
C01
12.
2
C0092.2
C0151
R01
310
0K
C0132.2
C01
00.
1
C01
70.
1C01
60.
1
R00
647
0K
C01
40.
1
C0201
R0170
R0140
R0150
R0160
IC002ADM8830CHARGEPUMP
IC005LR38821A
TFT DISPLAY CONTROLLER
CN002
CN001
IC003ADD8502-2ACPGRAYSCALEGENERATOR
5 – 8
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 3 SCHEMATIC DIAGRAM (3/23)
MAIN PWB-A (2/3)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
TP111
TP112
GSP1-1
GSP2-1
G
KEYPADCOL[0-4],KEYPADROW[0-4]
GCONT1
GVVIB
GDGND
GADP
GADPDET
GCONT2
GCTS
GRTS
GRXD
GTXD
VLCD2.5V
GTMS/CHECKER
GTDO
GTDI
GTCK/LED_ON
TPB162
TPB169
TP110
TP173
TP175
TP179
TP177
TP180
TP178
TP176
TP174
TXD
RTS
CTS
ADP
ADPDET
CONT2
RXD
TMS/CHECKER_1
TDO_1
TDI_1
TCK/LED_ON_1
CONT1
MAIN PWB-A(2/3)
RECEPTION SIGNALTRANSMISSION SIGNALSPEAKER SIGNAL
5-16 (5-B)
5-16 (3-B)
5-16 (3-A)
5-16 (3-A)
5-16 (3-D)
5-16 (4-C)
5-16 (3-D)
5-16 (3-B)
5-16 (3-E)5-17 (10-B)
5-16 (3-E)
R10410K
R18610K
5 – 9
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 4 SCHEMATIC DIAGRAM (4/23)
• ( ) : Not Mount
KEYPADCOL[2]
KEYPADCOL[1]
NCDGND
VINT
VBAT_AP
VBAT_AP
VBAT_BB
NB
VIN
VOUT
GND
CONT1
2
3 4
5
GR
EE
N
RE
D
1
1
2
3
1
2
3
2
34
KEYPADCOL3
KEYPADROW4
KEYPADROW0
KEYPADCOL2
USC2
KEYPADROW3
KEYPADCOL4
KEYPADCOL0
VC
C4
USC0
KEYPADROW2
USC1
KEYPADCOL1
KEYPADROW1
VC
C1
SIMDATAOP
GPIO22
GPIO24
VC
C3
SIMCLK
GPIO23
VC
C2
4
5
6
14
18
19
31
32
42
95
96
102
103
104
114
46
54
60
68
81 153
36G
SIMIO
GSIMCLK
GSIMRST
CLK1
EXT1
/IRQ
/RST
IFSEL
PLLC
VDD
VSS
VREFSPOUT1
SPOUT2
EXT2
D7
D6
D5
D4
D3
D2
D1
D0
/WR
SD
IN(/
CS
)
SY
NC
(A0)
SC
LK(/
RD
)
SD
OU
T
SP
VS
S
SP
VD
D
EQ
3
EQ
2
EQ
1
HP
OU
T-R
HP
OU
T-L/
MO
NO
1
2
3
4
5
6
7
8
9
10111213141516
17
18
19
20
21
22
23
24
25
26 27 28 29 30 31 32
TP155
TP156
TP157
NC
VLCD2.5V
NC
VBAT_AP
KEYPADROW[0]
KEYPADROW[1]
KEYPADROW[2]
KEYPADROW[3]
KEYPADROW[4]
KEYPADCOL[0]
KEYPADCOL[3]
KEYPADCOL[4]
EOC
SIMEN
ADP
RXD
TXD
DATA[7]
DATA[6]
MA
2_A
0
DATA[5]
DATA[4]
DATA[3]D
ATA
[0]
VVIB
/MA
2CS
SIMRST
SIMCLK
SIMIO
ADP,ADPDET,CONT2,CTS,JTAGEN,RTS,RXD,TCK/LED_ON_1,TDI_1,TDO_1,TMS/CHECKER_1,TXD
DATA[2]
DA
TA[1
]
TC
K/L
ED
_ON
_1
[ADP3408 EOC
[SIMRESET]
[ADP3408 SIME
1.8VVCORE
1.8VVRTC
(
)
5-6 (4-F)
5-6 (4-B)
5-16 (3-D)
5-6 (5-B)5-17 (10-D)
5-12 (2-F)5-17 (8-G)
5-17 (10-C)
C1420.1
C136220P(CH)
C1430.1
C13210
R1283.3K
C1450.1
D10
11S
S38
8
C1370.047 C141
4.7
C1150.1
C1260.1
R12318K
C1350.1C125
1
R12268K
C1460.001
C1530.1 C
0
R13
022
0
Q104RT1N144 U
Q103RT1N144 U
R12
91K
C1510.1
C0
IC101NJM2871F033.0V REGULATOR
LED101CL165UR
IC103YMU759BSOUND
R1721
R1731
R18310K
R5072.2
D10
31S
S38
8
D10
21S
S38
8
5 – 10
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 5 SCHEMATIC DIAGRAM (5/23)
MAIN PWB-A (2/3)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
TP106
TP107
VANA2.45V
TP101
TP102
GBATT_SENSE
GMVBAT
GADC_MTC
1
2
34
5
6
GJAKMIC
GJAKEAR
GMIC_INP_R
G
MIC_INN_R
GBS2
GBS0
GBS1
GSYNTHDATA
GSYNTHEN
GSYNTHCLK
GITXP
GITXN
GQTXPG
QTXNG
IRXPG
IRXNG
QRXPG
QRXNG
AFCDACG
RAMPDAC
GTCXOOUT
GADIN
GJAKDET
TP167
TP168
TPB162
TPB163
TPB164
TPB165
TP154
TP170
GADIN_B
TP179 TP180
BS2
BS0
BS1
SYNTHDATA
SYNTHEN
SYNTHCLK
AFCDAC,IRXN,IRXP,ITXN,ITXP,QRXN,QRXP,QTXN,QTXP,RAMPDAC
ITXP
ITXN
QTXP
QTXN
IRXP
AFCDAC
RAMPDAC
IRXN
QRXP
QRXN
DGND
MIC
BIA
S
ADC_MTC
VANA_AD6521
RECIVER_OUTP
RECIVER_OUTN
MIC_INP
BATT_SENSE
ADIN_B
TCXOOUT
( )
5-16
(4-
G,H
)5-
16 (
3-B
,C)
5-16
(4-
G)
5-17 (10-C)
5-16 (3-A)
5-16 (3-F)
5-16 (3-F)
5-16 (3-F)
5-16 (3-A)
5-17 (10-B)
5-17 (8-A)
5-16 (3-D)
5-13 (11-D)
5-16 (3-F)
C11
447
P(C
H)
C11647P(C
C10147P(CH)
C10247P(CH)
R11
21.
2K
C1120.1
C10810
C1100.1
R11
01.
2K
R11
12.
2K
R10
71.
2K
R1082.2K
C11
747
P(C
H)
C10410
R10
91.
2K
Q101EMD9
C1110.001
C1130.001
R1061K
C10
90.
1
C1030.1
L103FERRITEBEADS
EP100EARPIECE
L104FERRITEBEADS
L105FERRBEAD
C18347P(CH)
C18247P(CH)
C18
547
P(C
H)
C18
447
P(C
H)
L106FERRITEBEADS
L107FER
C1860.1
C1870.1
5 – 11
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 6 SCHEMATIC DIAGRAM (6/23)
• The numbers 21 , 22 , 27 are waveform numbers shown in pages 5-4, 5-5.• ( ) : Not Mount
TP114
TP115
TP116
TP117
NC
NC
NC
NC
NC
VCORE1.8V
VMEM2.8V
GPWRON
GSIMEN
GCHRDET
GEOC
GCHGEN
G/RESET
DV
DD
1
DG
ND
1
IDACREF
AUXADC4
AUXADC2
AUXADC1
PEFOUT
REFCAP
AV
DD
2
AFCDAC
TDO
TDI
AG
ND
4 IDACOUT
AUXADC3
AUXADC5
AUXADC6
AG
ND
2
NC
(RE
FC
AP
2)
QRXN
IRXP
ITXN
BSOFS
VSDI
IRXN
QTXP
VSFS
TCK
TMS
QTXN
QRXP
VSDO
BSDO
BSIFS
ITXP
AV
DD
1
DV
DD
2
BSDI
AG
ND
1
VINAUXN
ASDI
ASFS
RAMPDAC
VINAUXP
VINNORN
VOUTAUXP
VOUTNORP
VOUTNORN
VOUTAUXN MCLKEN
RESET
DV
DD
3
TXON
ATSM
AG
ND
3
BUZZER
VINNORP
NC
(MIC
CA
P)
AV
DD
3
MCLK
ASDO
DG
ND
3
RXON
ARSM
43
4
53
64
47
61
10
29
J 48
6
60
5
25
1
21
18
41
16
3
32
37
49
24
8
31
40
23C
46
7
34
52
5655
54
30
H
G
20
87
13
27
51
58
44
62
22
42
F
19
10
33
2
28
B 11
36
59
9
17
E
45
9A
63
39
2
TOP View
15
26
35
14
1
6
D
3
K 57
5
12
4
50
38
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18 19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36 37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
5253
54
55
56
57
58
59
60
61
62
63
64
TP
118
GPO05
OSCIN
OSCOUT
GPO00
PWRON
USC3
USC2
USC6
GPO06
GPO01
USC5
USC0
GPO20
CLKOUTGATE
GPO19
CLKOUT
USC1
GPO16
ASDI
GPO11
GPO24
GPO18
USC4
GPO08
ASFS
BSDO
GPO07
ASDO
GPO10
GPO21
GPO02
BSDI
VSDI
CLKON
BSIFS
GPO03
BSOFS
GPO17
GPIO19
VSFS
VSDO
GPIO18
GPO04
GPO09
GN
D01
GPIO20
GPIO21
GN
D02
JTAGEN
CLKIN
nRESET
1
3
13
14
16
27
29
30
40
42
43
44
93
94
97
101
116
54
55
56
57
58
61
62
63
64
65
66
67
69
71
70
72
73
76
77
74
75
78
79
80
82
83
85
86
87
88
89
146
15
17
G
GTXON
GRFON
GTCXOEN
TP121
GBL_SW
TP171
TP172
PWRON
PWRON
EOC
BS0,BS1,BS2,SYNTHCLK,SYNTHDATA,SYNTHEN
RXON
RXON
ARSM
ATSM
ASDO
ASFS
ASDI
BSDO
BSOFS
BSDI
VSFS
VSDI
VSDO
BSIFS
BS2
BS0
BS1
SYNTHEN
SYNTHDATA
SYNTHCLK
CHGEN
SIMEN
TCXOEN
TCXOEN
ADP
RXD
TXD
ADPDET
CTS
CONT2
JTAGEN
TDO_1
CHGEN
ITXP
ITXN
QTXP
QTXN
IRXP
IRXN
QRXP
QRXN
AFCDAC
RAMPDAC
RFON
RFON
TXON
TXON
KEY_BL_ON
MA2_A0
/AD6521_RST
TDI_1
/RESET
TMS/CHECKER_1
BL_SW
TCK/LED_ON_1
BATT_SENSE
RTS
13M_CLK
ADIN_B
CLKOUTGATE
[ADP3408 TCXO
[ADP3408 PWR
[KEYPAD Backlight ON]
[TCK]
[TMS]
[TDI]
[TDO]
AUXADC1: TemperatureAUXADC2: AUXADC3: Main Battery senceAUXADC4: Main Battery voltageAUXADC5: AUXADC6:
[Test mod
[LED ON]
[RXON]
[TXON]
[BS2]
[AD6521 ARSM]
[AD6521 ATSM][ADP3408 CHGEN]
[ADC_MTC]
[RFON]
[BS1]
[BS0]
[SYNTHDATA]
[SYNTHEN]
[MA2-A0]
[SYNTHCLK]
[Camera A18]
[BL_SW]
(
)
(
)
5-17 (10-B)
5-16 (5-B)
5-17 (10-B)
5-16 (5-B)
5-16 (4-G)
5-6 (3-B) 5-9 (12-F)
5-16 (4-G)
5-6 (2-F)
22
21
27
C1330.1
C1280.1
C1340.1
R13320M
C11947P(CH)
C12147P(CH)
C12047P(CH)C116
47P(CH)
C12247P(CH)
R11
21.
2K
C1120.1
C1391
C1380.1
C11
747
P(C
H)
C1310.1
R13127
C11
80.
01 C1490.1
IC102AD6521ACA
ANALOG BASEBAND
301
C14
00.
001
R177100K
C1761
C18047P(CH)
C18147P(CH)
L105FERRITEBEADS
C18
547
P(C
H)
L106FERRITEBEADS
L108FERRITEBEADS
L107FERRITE BEADS
86
C1870.1
L189FERRITEBEADS
C109A100P(CH)
C1482P(CH)
C1502P(CH)
X10132kHz
5 – 12
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 7 SCHEMATIC DIAGRAM (7/23)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
MAIN PWB-A (2/3)
VINT3.0V
VRTC1.8V
VMEM2.80V
GIR_ON
GCAM_ON
G/LCD_RST
GND
Vcc 1
2
34
5
VINT3.0V
VD
DR
TC
OL3
OW4
OW0
GPO22
GPIO15
GPIO13
GPIO09
GPIO06
OL2
GPIO05
GPIO02
GPIO17
GPIO14
VE
XT
1
GPIO12
VE
XT
2
OW3
OL4
OL0
GPO23
VE
XT
3
GPIO11
VC
C4
GPIO10
GPIO07
GPIO03
OW2
GPIO00
GPIO01
GPIO16
VE
XT
4
GPIO08
GPIO04
VP
EG
1
OL1
OW1
VC
C1
OP
VC
C3
VM
EM
1
VS
IM
VM
EM
4
VM
EM
3
VM
EM
2
VC
C2
2
7
8
9
11
21
22
26
33
34
35
38
39
104
106
113
48
50
51
52
53
5981 137
145
153
141
28
10
37
23
24
25
36 47
GDISPCLK
GDISPA0
GDISPEN
GDISPD0
G
FLIP_SW
GIR_RXD
GIR_TXD
VSIM
VINT3.0V
GPWM CPU
GBL_I
DA
TA[0
-15]
DATA[0-15]
ADD[1-22]
AD
D[1
-22]
ADD[1-22]
DA
TA[0
-15]
/MA
2_IR
Q,/M
A2_
RE
SE
T
/MA2_IRQ
/MA2_RESET
IR_ON
/FLASH_WP
DATA[0-15]
ADD[21]
ADD[22]
VPP
DA
TA[0
-15]
/MA2_RESET
/MA2_IRQ
IR_TXD
[ADP3408 EOC]
[SIMRESET]
[ADP3408 SIMEN]
[IrDA RX]
[IrDA TX]
[LCD Backlight ON]
[MA2 /IRQ]
[FLIP_SW]
[Camera /INT]
[Camera Power ON]
[External Connector 12pin]
[Camera /Reset]
[MA2 /Reset]
[LCD/Reset]
[ADP3408 CHRDET]
[Flash /WP]
[IrDA Power ON]
[Flash VPP]
[SUB_LCD CLK]
[SUB_LCD RS]
[SUB_LCD CS]
[SUB_LCD DATA]
[BL Current CHG]
1.8VVCORE
ADD[20]
(
)
(
)
5-17 (10-D) 5-17 (10-C)
5-9 (12-F)5-6 (2-F)
5-16 (5-F)
5-16 (5-D)
5-7
(7-A
,B)
5-6 (2-F)
5-16
(3-
D)
5-16
(4-
G)
-17 (10-C)
53C1540.1
C1580.1
C1570.1
C1560.1
C1550.1
C1610.1
C1600.1
C1590.1
C1510.1
C1520.1 R142
470K
R144470K
C1620.1
IC107TC7SZ32AFELOGIC
R141100
R143470K
C17
90.
001
C18
80.
1
C10
50.
001
5 – 13
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 8 SCHEMATIC DIAGRAM (8/23)
• ( ) : Not Mount
VINT3.0V
GND
Vcc1
2
3 4
5
GND
Vcc1
2
3 4
5
DATA[0-15]
GCS_TFTLCD
G13M_CLK
VINT3.0V
VCAM3.1V
VLCD2.5V
VINT_SW3.0V
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 171819202122232425262728293031323334
TP166
GADIN
V+
GND
VO
GND
NC1
2
3 4
5
VT2.715V
NC
CS_TFTLCD
CS_SRAM
AD
D[1
6]
AD
D[3
]
AD
D[2
]
DA
TA[0
-15]
DA
TA[1
1]
DA
TA[3
]
DA
TA[0
]
DA
TA[1
4]
DA
TA[9
]
DA
TA[8
]
DA
TA[7
]
DA
TA[6
]
DA
TA[5
]
DA
TA[4
]
DA
TA[2
]
DA
TA[1
]
DA
TA[1
2]
DA
TA[1
0]
DA
TA[1
5]
DA
TA[1
3]
D12
D8
D15
A18
D14
CIN
TA
19
VLC
D
A2
CS
B
VC
AM
EX
CK
I
RD
B
D1
DG
ND
D4
D11
D7
D6
D13
D9
DG
ND
A17
RS
TN
VIN
T_S
W
A1
WR
B
D0
DG
NDD3
D10
D2
DG
ND
D5
CAMERA FPC ASS'Y PWB-G
5-6 (5-B)
5-6 (2-F)
5-6 (2-E)
5-17 (10-C)
5-10 (6-E)
5-6 (5-B)
5-17 (9-E)
5-17 (10-E)
5-33 (2-H)
5-6 (2-C)
R16
022
0
R17
022
0
R15
422
0
R16
122
0
R15
222
0
R15
122
0
R16
822
0R
159
220
R16
222
0
C17
00.
001
R15
747
0K
R16
422
0
R15
522
0
R15
322
0
R16
622
0
IC108TC7SZ32AFE
LOGIC
R146100
IC110TC7SZ32AFE
LOGIC
R148100
C1630.1
C1660.1
CN
101
C5010.001
C50
62.
2
C50
52.
2
C50
30.
1
C50
410C
502
0.1
C50
70.
1
R149470
IC105LM20BIM7
TEMPERATURESENSOR
C16
90.
1
C1680.1
5 – 14
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 9 SCHEMATIC DIAGRAM (9/23)
MAIN PWB-A (2/3)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
TP137
TP130
TP132
TP146
TP139
TP138
TP133
TP131
TP141
TP145
TP127
TP134
TP122
TP123
TP124
TP125
TP126
TP144 4
5
6
7
8
14
15
16
55
56
57
58
59
64
65
66
143
9
62
M
92
134
7
68
C
83
4
30
113
156
22
73
105
152
2
58
54
100
139
14
N
91
136
8
130
D
81
5
48
114
149
21
77
36
110
159
19
71
56
99
140
12
P
89
137
9
70
132
E
85
1
55
107
25
79
35
117
18
69
97
141
93
133
10
72
129
F
87
6
53
120
27
74
39
158
17
51
101
142
8
61
52
95
138
3
125
G
82
13
49
122
20
41
116
160
24
80
31
103
135
7
63
33
90
145
5
59
126
H
50
123
15
88
34
118
157
23
78
38
98
148
11
45
4
127
J 96
12
119
16
86
29
115
153
28
37
106
150
13
57
32
104
144
3
128
K
94
14
67
124
A
44
111
154
26
76
42
108
151
6
66
46
102
146
10
64
121
L
11
60
131
B
84
2
43
112
155
75
40
109
147
1
65
47
GPO22
GN
D09
GN
D11
GPIO17
GPO23
GN
D08
GATE
VS
SR
TC
GPIO16
GN
D10
ADD00
ADD02
ADD01
GN
D01
ADD03
ADD05
ADD04
GN
D02
ADD06
nGPCS1
ADD09
GPIO32
GN
D05
ADD08
ADD07
ADD10
GN
D07
GN
D04
DATA05
nROMCS
DATA13
ADD12
ADD18
DATA10
nRAMCS
DATA08
ADD11
nGPCS0
ADD21
nDISPLAYCS
nRD
DATA02
DATA04
DATA12
ADD15
ADD17
DATA07
ADD13
nHWR
ADD20
DATA15
DATA00
DATA03
nLWR
DATA11
ADD16
GN
D03
DATA09
nWE
DATA06
ADD14
GN
D06
ADD19
ADD22
DATA14
DATA01
TOP View
7
12 20
21
33
41 45
91
97
98
99
105
107
108
110
111
112
115
117
118
119
120
121
122
123
124
125
126
127
129
130
131
132
133
134
90
48
49
84
89
136
138
139
140
143
144
147
148
149
150
152
154
155
156
157
158
159
160
142
109
100
135
151
92
128
G
GDISPD0
TP128
TP129
TP147
TP148
TP158
VINT3.0V
GPWM_CPU
GBL_I
ADD[14]
ADD[7]
ADD[11]
ADD[15]
ADD[16]
ADD[5]
ADD[6]
ADD[10]
ADD[8]
ADD[3]
ADD[9]
ADD[12]
AD
D[1
-22]
ADD[13]
ADD[21]
ADD[4]
ADD[19]
AD
D[1
-22]
ADD[2]
ADD[1]
ADD[17]
ADD[19]
ADD[18]
ADD[17]
ADD[15]
ADD[4]
ADD[5]
ADD[6]
ADD[7]
ADD[8]
ADD[9]
ADD[10]
ADD[11]
ADD[12]
ADD[13]
ADD[14]
DATA[0]
DATA[3]
DATA[4]
DATA[5]
DATA[6]
DATA[7]
DATA[8]
DATA[9]
DATA[10]
DATA[11]
DATA[12]
DATA[13]
DATA[14]
DATA[15]
DATA[0-15]
ADD[1]
ADD[22]
ADD[20]
ADD[22]
ADD[21]
ADD[16]
ADD[2]
ADD[3]
IR_RXD
DATA[1]
DATA[2]
/LCDCS_/MA2CS
/RD
/WR
ADD
ADD[20]
ADD[18]
[16Mbit Flash]
[/UBE]
[LCD Backlight ON]
[/LBE]
ADP3408 TCXOEN]
ADP3408 PWRONIN]
EYPADacklight ON]
TCK]
TMS]
TDI]
TDO]
[64Mbit Flash]
[32Mbit SCRAM]
[CAMERA]
[LCDC/MA2/4Mbit SRAM]
[Test mode]
[LED ON]
XON]
XON]
S2]
D6521 ARSM]
D6521 ATSM]DP3408 HGEN]
DC_MTC]
FON]
S1]
S0]
YNTHDATA]
YNTHEN]
A2-A0]
YNTHCLK]
[Camera-A19]
amera A18]
[SUB_LCD CS]
[SUB_LCD DATA]
L_SW]
[BL_Current CHG]
( )
(
)
5-7
(
5-6 (2-F)
5-6 (5-H)
5-6 (5-B)
IC104AD6526XCA
DIGITAL BASEBAND
R19
510
0K
R503100R504100
5 – 15
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 10 SCHEMATIC DIAGRAM (10/23)
• ( ) : Not Mount
NC
NC
NC
NC
NC
NC
NC
NC
F2-
CE
S-/
CE
1
NC
NC
A20
A11
A15
A14
A13
A12
GN
D
A16
A8
A10
A9
DQ15
S-/
WE
DQ14
DQ7
F-/
WE
RY
/-B
Y
A21
S-A
17
DQ13
DQ6
DQ4
DQ5
GN
D
/RS
T
T1
T2
DQ12
CE
2
S-V
cc
F/S
C-V
cc
F-/
WP
F-V
pp
F-A
19
DQ11
F/S
C-V
cc
DQ10
DQ2
DQ3
/LB
/UB
S-/
OE
T3
DQ9
DQ8
DQ0
DQ1
A18
F-A
17
A7
A6
A3
A2
A1
SC
-/C
E1
A5
A4
A0
F1-
/CE
GN
D
F-/
OE
1 2 3 4 5 6 7 8 9 10 11 12
A
B
C
D
E
F
G
H
1 2 3 4 5 6 7 8 9 10 11 12
20191413 1615 1817
28272221 2423 2625
36353029 3231 3433
44433837 4039 4241
52514645 4847 5049
60595453 5655 5857
70696463 6665 686761 62 71 72
1 23
4
5
6
7
8
9 10 11 1213
14
15
16
17
18
19
20
21 22
2324
25
26
27
28
29
30
31 32
33
34 35 3637 38
39
40
41
42
43
44
45 4647
48
49
50
51
52
5354
55
56
57
58
59
60
61 62
63
64
65
66
67
68
69 70
71 72
NC
NC
NC
GDATA[0-15]
G
ADD[16]
G/RD
G/WR
NC
TP
152
TP
153
TP
149
TP
150
TP
151
TP
160
DATA[8]
DATA[3]
DATA[12]
DATA[14]
DATA[10]
DATA[4]
DATA[11]
DATA[6]
DATA[7]
DATA[5]
DATA[13]
DATA[9]
DATA[0]
/RO
MC
S
TA[0-15]
DATA[15]
DA
TA[0
-15]
/UB
E
DATA[0-15]
/LB
E
DATA[1]
DATA[2]
/RE
SE
T
/RD
/RD
/RD
/WR
/WR
/WR
ADD[16]
/PS
RA
MC
S
VINT3.0V
VBACK3.0V
(
)
5-16 (3-G)
5-6
(2-F
)5-
6 (2
-C)
5-6 (2-C)
C17
40.
1
C17
30.
1
R15
847
0K
IC106LRSB1B044-LEVEL STACKMEMORY
C17
20.
1
5 – 16
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 11 SCHEMATIC DIAGRAM (11/23)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
CHGIN
CHGIN
VEXT_CN
VSIM
VINT2.5V
VBACK
VBAT_BB
VIR
VT
VBAT_AP
GCHGEN
GSIMEN
GTCXOEN
GPWRON
GIR_ON
G/LCD_RST
GCAM_ON
GIR_SD
GADPDET
GSP1-1
GSP2-1
GRAMPDAC
GTXON
GMIC_INN_R
G MIC_INP_R
G JAKEAR
GFLIP_SW
GKEY_BL_ON
GBS0
GBS1
GSYNTHEN
GSYNTHCLK
GSYNTHDATA
GBS2
GAFCDAC
GDGND
GKEYPADCOL[0-4],KEYPADROW[0-4]
GTDO
GTDI
GTCK/LED_ON
GRXD
GSIMIO
GSIMCLK
G ADIN_B
G RTS
GSIMRST
GCTS
GTMS/CHECKER
G TXD
GVVIB
G /RESET_R
GIR_SD
GIR_RXD
GIR_TXD
GJAKMIC
GRFON
GITXN
GQTXP
GQTXN
GIRXP
GIRXN
GQRXP
GQRXN
GITXP
GBATT_SENSE
GADP
GADPDET
GCONT2
GCONT1
GTCXOOUT
GJAKDET
TP201
TP217
TPB218
TP219
TPB220
123456789
101112131415161718192021222324252627282930313233343536373839
123456789
101112131415161718192021222324252627282930313233343536373839404142434445
CHGEN
/LCD
ADP
CHGIN
KEYPADCOL[0]
KEYPADCOL[3]CAM
SIMEN
KEYPADROW[2]KEYPADROW[0]KEYPADROW[1]
KEYPADROW[4]KEYPADROW[3]
SP1-1
SP2-1
KEYPADCOL[4]
TCXOEN
KEYPADCOL[2]KEYPADCOL[1]
PWRON
KEYPADROW[0]
KEYPADCOL[4]
KEYPADROW[1]KEYPADROW[3]
KEYPADCOL[1]
KEYPADCOL[3]
KEYPADROW[2]
KEYPADROW[4]
KEYPADCOL[0]
KEYPADCOL[2]
DGND
AGNDMIC
MIC_GNDJAKEAR
VIR
JAKDET
VINTJAKMIC
VEXT_ONVEXT_ONTCXOEN
VSIMVSIM
RFON
DGNDTXON
RAMPDACAFCDACFLIP_SW
KEY_BL_ONVBACK
BS2BS1BS0
SYNTHDATASYNTHCLKSYNTHEN
2.85V
BATT_SENSE
SIMCLK
ITXP
RXD
RESET_B
IRXP
SP1
IR_RXD
EGND
ADPDET
IR_SD
ISENSE
RTS
SP2
QTXN
VVIB
TDO
IR_TXD
QRXN
ADP
CONT2
CTS
GATEDR
SIMRST
SP2
QTXP
TDI
ADIN_B
QRXP
VIBGND
CONT1
TXD
SIMIO
ITXN
SP1
TCK/LED_ON
POWONKEY
IRXN
VIBGND
TCXOOUT
TMS/CHECKER
CHGIN
VT
VBAT_AP
VBAT_S
VBAT_BB
MAIN PWB-A(3/3)
( )( )
(
)
RECEPTION SIGNALTRANSMISSION SIGNALSPEAKER SIGNAL
RE
LAY
FP
C_A
PW
B-C
RE
LAY
FP
C_B
PW
B-D
5-27
(12
-G)
5-25
(11
-B)
5-10 (2-D)
5-10 (2-G)
5-8 (3,4-F)
5-8 (3-E)
5-6 (4-B)
5-10 (2-C)
5-8 (6-C)
5-8 (6-B)
5-11 (9-G)
5-12 (4-G)
5-8 (3-F)
5-6 (2-F)
5-12 (4-G)
5-10 (2-C)
5-8 (3,4-G)
5-8 (4-G)
5-8 (3-G)
5-12 (4-G)
5-10 (6-F)
5-17 (10-C)
5-8 (6-B)5-8 (3-F)
5-10 (2-D)
5-10 (2-E)
5-10 (2-E)
5-10 (6-E)
5-11 (9-G)
5-15 (9-C)
5-10 (2-D)
5-12 (4-G)
5-11 (11-B)
5-10 (2-B)
5-9 (8-F,G)
V20
365
0P
V20
165
0P
C23
20.
1
C236100P(CH)
C237100P(CH)C238
100P(CH) C239100P(CH)C240
100P(CH)
D201RSB6.8S6.8V
D202RSB6.8S6.8V
CN202
CN201
5 – 17
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 12 SCHEMATIC DIAGRAM (12/23)
• ( ) : Not Mount
2.45V
1.8V
2.85V
2.8V
2.715V
2.5V
3.0V
3.0V
3.1V
VBAT_BB
2.5V
1.8V
3.0V
VIR
VMEM2.80V
NC
NC
NC
NC
NC
GN
DC
ont
Np(
Vre
f)
Vin
Vou
t
1 2 3
45
1234
56
G
1
23ADC_MTC
GMVBAT
G CHRDET
GEOC
GKEYPADROW[4]
G /RESET
G/RESET_R
GBATT_SENSE
GSIMEN
TP207
TP208
TP209
TP211
TP212
TP213
TP214
TP206
TP204
TP205
TP203
TP215
TP216
PWRONKEY
ROWX
RESCAP
BATSNSGATEDR
ISENSE
REFOUTCHRIN
VTCXO
VRTCVMEM
DG
ND
NC
VB
AT
VR
TC
INV
BA
T2
NC
NC
DG
ND
AG
ND
VAN
GATEIN
VSIM
CHGEN
SIMEN
MVBAT
VCORE
CHRDETPWRONINTCXOEN
RESET
EOC1
2
3
56
8
10 11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
2829
30
31
32
CE
VOUTVDD
GND1
2 3
4
VssVin
CE
Vout
NC
123 4
5
1234
56
1234
56
GNDVdd
CE
Vout
ECO
123 4
5
Out
CdGND
Vdd1
2 3
4
VMEM_OUTVRTC_NO
ADC_MTC
KEYPADROW[4]EOCCHRDETMVBAT
VINT_SW
/LCD_RST/LCD_RST
VCORE
VANA
VANA
VEXT_CN
VCAM
ADPDET
IR_ON
CAM_ON
VT
VSIM
VMEM
/RESET
VINT
VLCD
VSIMVCOREVANAVTVMEMVIRVLCDVEXT_CNVINTVINT_SWVBACKVRTCVCAMVTXVCOVRFVSYNTHVTCXO
3.0V
VBAT
3.0V
2.5V
2.9V
2.9V
2.85V
2.5V
2.715V
1.8V
2.9V
2.8V
2.5V
2.45V
3.0V
2.9V
2.8V
3.1V
VBATname voltage
4
7
9
(
)
(
)
(
)
( )
(
)
VRTC
VBACK
5-10 (2-G)5-10 (2-G)
5-13 (9-B)
5-9 (12-F)
5-10 (2-F)
5-11 (9-G)
5-11 (9-H)
5-8 (3-F)
5-11 (9-H)
5-11 (9-G)
5-16 (3-D)5-6 (3-B)
5-12 (2-E)
5-9 (12-F)
5-10 (3-B)
5-13 (12-D)
5-12 (2-E)
5-6 (5-B)
5-6 (5-B)
5-13 (9-C)
( )
( )
Q2042SA1989 SR
C2302.2
R21
210
KR
211
68K
C2280.22
C23
12.
2
Q203RT1N144 U
C2292.2
C22
74.
7
C21
30.
1
C2234.7
C21
41 C
221
1
C21
80.
01
C21
50.
1
C22
21
R21
647
0K
C21
610
C21
10.
1
R21
047
0K
R21
58.
2K
R218330
C2240.1
C22
50.
1
Q2052SA1955 A
R21
91.
2K
C21
91C
212
1
R22
347
0K
R22
247
0K
C21010
C23
20.
1C
233
0.1
C23
40.
0047
R2271K
R23
21
C22
00.
1
IC206TK11131CREGULATOR
Q206MCH6613
IC202ADP3408ACP
POWERSUPPLY
IC203RQ5RW18B1.8V REGULATOR
IC201XC6209B252MRHIGH SPEED LDOREGULATOR
Q207EMD6
Q208EMD12
IC205R1160N301BREGULATOR
5 – 18
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 13 WIRING SIDE OF P.W.BOARD (1/5)
TP101
TP102
TP106
TP107
TP110 TP111
TP112
TP114TP115
TP116
TP117
TP121
TP149TP152
TP154TP155
TP156
TP157
TP160
TP166
TP167TP168
TP170
TP171
TP172
TP001
TP002
TP003
TP004
TP009
TP201
TP203
TP204
TP205
TP011
TP206
TP012
TP207
TP013
TP208
TP014
TP209
TP015
TP016
TP017TP018
TP019
TP211
TP212
TP213
TP214
TP020
TP021
TP215
TP022
TP216
TP217
TP023
TP024
TP219
TP025
TP026
TP027TP006TP031
1 2
34
13
4 5
EP100EARPIECE
MAIN PWB-A (FRONT SIDE)
25
23
24
26
SOLDER
FROM RELAY FPC_B PWB-D5-32 (5-B)
D
C212
C219
Q103
Q104
L103
L104
IC203
R129R130
C102
R149
R152
C50
2
C504
C505C506
C168
C169
C182
C183
IC105
5 – 19
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 14 WIRING SIDE OF P.W.BOARD (2/5)
• The numbers 21 to 31 are waveform numbers shown in pages 5-4 ,5-5.
TPB162
TPB163
TPB164
TPB165
TPB169
TP11
8
TP122
TP123
TP12
6
TP127
TP
128
TP130
TP
131
TP
132
TP133TP134
TP137
TP138
TP
139
TP
141
TP144
TP145
TP146
TP147
TP148
TP
150 TP151
TP153
TP158
TP
B00
7
TP
B00
8
TPB218TPB220
TP173TP174TP176
TP175TP177
TP179TP180 TP178
TP
125
TP
129
TP
124
D
G
S
1 1
1
34
5
34
5
1
13
4 5
1
5
8
9
10
1615
17
20
24
2532
30
1
1
11
1 3
46
9
10
16 17
25
26
3032
20
15
1 3
45
5
1
3
3
4
4
5
5
33
44
5
5
5
6
10 11
15
1620
6
7 12
13
18
1924
1
5
15
25
35
39
2
10
20
30
38
FROM RELAYFPC_B PWB-D
12
10
20
30
40
44
5
15
25
35
45
FROM RELAYFPC_A PWB-C
12
10
20
30
40
50
5
15
25
35
45
51
FROMLCD100
1
5
10
1718
1520
25
30
34
FROM CAMERA FPC ASS'YPWB-G
158
28 29 30 31
SOLDER
FROM BACK LIGHTFPC ASS'Y PWB-E
A
FROMLCD001
22
27
21
C
FROM CAMERA FPC ASS'YPWB-G
MAIN PWB-A (REAR SIDE)
SOLDER
B
FROM CAMERA FPC ASS'YPWB-G
LED INDICATOR
5-32 (2-F)
5-32 (1-F)
5-32 (2-G)
5-32 (5-H)
5-32 (1-A)
5-32 (6-G)
5-32 (6-D)
5-32 (6-A)
R210
R211
CN001
CN002
R212
R215
R21
6
R218
R219
CN201
CN
202
R222
R223
R030
R03
1
R22
7
C001
C002
R232
C00
3
C00
4C
005
R00
6
C00
7
C008
C009
V201 V203
C010
C01
1C01
2C013
C014
C015
C01
6
C01
7
C018
C01
9
C210
C211
C21
3
C02
0
C21
4
C02
1
C21
5
C022
C216
C02
4
C218
C02
7
C220C22
1
C22
2
C22
3
C22
4
C225
C22
7
C228
C22
9
FS001
C23
0C
231
C23
2
C23
3
C234
C23
6
C23
7
C238
C239
C24
0
D001
D00
2
D003
Q101
D20
1
D202
L107
L108
C109A
IC001
IC002
IC003IC
004
IC005
IC20
1
IC202
IC20
5
IC206
R104
R10
6
R10
7R
108
R111
R50
3
R50
4
CN101
R50
7
R122R123
R128R
131
R13
3
C101
C10
8
C104
R141
C10
5
R14
2
R14
3
R14
4
C10
9
R146
R14
8
X10
1
C115
R151
C116
R15
3
C11
8
R154 C50
1
R15
5
C50
3
R157
R15
8
R159
C50
7
C120
C12
1
C12
2
R16
0
C12
5
R16
1
C126
R16
2
R16
4R
166
R16
8
C131
C132
C13
3
C134
R17
0
C13
5C136
R17
2
C13
7
R173
C138
C139
R177
C140
C141
C14
2
C14
3
C145
C14
6
R183
C149
R186
C15
1C
152
C15
3C
154
C155C156
C15
7C158
Q00
1
C159R
195
Q00
2
C160
D10
1
C16
1C
148
C150
D102
C16
2
D10
3
C16
3
LED
001
C16
6
Q203Q204
Q20
5
Q20
6
Q207
Q208
L001
L003
C170 C17
2C
173
C17
4
C17
6
C17
9
IC10
1
IC102IC103
IC104
L105L106
R109
R11
0
R112
C10
3
C110
C11
1
C11
2
C113
C11
4
C11
7C
119
C128
C18
0
C181
C18
4C
185
IC106
C186
IC107
C18
7
IC108
C188
L189
IC110
R001
R00
2R
003
R00
4
R01
3
R01
4R
015
R01
6
R01
7
LED101
5 – 20
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 15 SCHEMATIC DIAGRAM (13/23)
KEY PWB-B (1/2)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
KEY PWB-B(1/2)
VEXT_CNTP305
TP
328
TP
329
TP
330
TPB343
KE
YP
AD
CO
L[0]
KE
YP
AD
CO
L[3]
KE
YP
AD
CO
L[1]
KE
YP
AD
CO
L[2]
RECEPTION SIGNALTRANSMISSION SIGNALSPEAKER SIGNAL
4
1
8
5
7
2
0
UP
CENTRE
RIGHT
DOWN
LEFT
KEY PAD
EXTERNAL
( ) ( ) ( )
SIDE_DOWNSIDE_UP
FLEXIBLE PWB, SIDE SWITCH PWB-H
5-27 (9-D)
V317100P
V318100P
D310RSB6.8S6.8V
CN302
5 – 21
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 16 SCHEMATIC DIAGRAM (14/23)
• ( ) : Not Mount
VINT
VINT
VINT
VINT
VINT
BATT
SENSE
GND
1
2
3
POWON
GBATT_SENSE
CONTACTBATTERY
TP314
GPOWONKEY
VIR
VINT
GIR_SD
GIR_TXD
NC
GIR_RXD
NC
NC
Vcc
GN
D
SD
RX
D
TX
D
LED
A
SH
IELD
123456789
NC
TPB331
TPB333
TPB335
TP
344
TP342
VBATG
VBAT_R
KE
YP
AD
CO
L[3]
KE
YP
AD
CO
L[4]
KEYPADCOL[0-4],KEYPADROW[0-4]
TCK/LED_ON
KEYPADROW[1]
KEYPADROW[2]
KEYPADROW[3]
KEYPADROW[4]
KEYPADROW[0]
POWONKEY
3.0V
#
KEYPADROW2
Not
KEYPADROW4
2
Not
Not
8
RIGHT
DOWNKEYPADROW3
Not
Not
Not
Not
3UP
4
RIGHT SOFT
LEFT SOFT
KEYPADCOL2
0
5
7 POWER
ON/OFF
KEYPADROW0
9
KEYPADCOL4KEYPADCOL1KEYPADCOL0
LEFT
CENTRE
KEYPADCOL3
6
KEYPADROW1
1
Goast
SEND
Side UP Side DOWN
On the FPCOn the FPC
FROM POWER CIRCUT
6 SEND
3
LEFT SOFT9
RIGHT SOFT#
( )
(
)(
)
(
)(
)
B-H
5-27 (11-B)
5-23 (9-C)
5-25 (11-G)
5-27 (9-C)
5-27 (11-A)
5-27 (11-A)
5-27 (11-B)
(
)
CN303
C33210
C33
34.
7
UN301INFRARED PORT
C33
80.
1
D3051SS388
V313100P
V314100P
V315100P
V316100P
D310RSB6.8S6.8V
FS3022.5A
5 – 22
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 17 SCHEMATIC DIAGRAM (15/23)
KEY PWB-B (1/2)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
TP312
TP3
TP3
TP3
1
2
3
CHGIN
TP311
TP3
TP3
TP304SIMIO
TP302
TP303
GFLOAD_ON
G/RESET_R
TPB325
TPB326
1
2
3
4
5
6
1
23
4
1
2
3
4
5
6
7 8
9 10
SIMRST
FLOAD_ON
SIMCLK
SIMCLK
/RESET_R
CLK
RESET
Power
I/O
OP
GND
GND
(AUX_IN)
GND
RXD
TXD
(+)
GND
(AUX_OUT)
CONT1
CONT2
ADPDET
ADP
Flashload
_ON
AUX-OUT
VCC
AUX-IN
TCK
GND
TDO
GND
/RESET
VCC
-
TDI
JTAGEN
-
TMS
GND
-
-
Power(+)
Power(-)
NormalJTAG Download
-
-
DC(+)
-
Genie
GND
-
TXD
RXD
-
-
-
-
-
-
GND
-
GND
-
-
-
"High"
--
-
-
-
GND
-
-
GND
-
Debug_Tx
-
Debug_Rx
GND
-
-
-
-
-
-
-
"Low"
VCC
-
-
GND
RTS
-
RXD
TXD
-
-
GND
PCcable
CTS
DTR
-
-
-
-
-
CONT1
TXD
-
-
RXD
GND
-
-
-
-
Printer
-
-
-
-
- 10
11
12
13
14
15
16
17
18
8
7
6
5
4
3
2
1
9
EXTERNALCONNECTOR
( )
(
)
( )( )
(
)
( )
VSIM2.85V
TP
301
TP313
5-24 (2-E)
5-24 (2-D)
5-27 (11-B)
5-27 (9-E)
0V
L310
FERRITE BEADS
L306
FERRITE BEADS
L308
FERRITE BEADS
R320100
L305
FERRITE BEADS R312100
L313FERRITE BEADS
QU
R313100
R315100
R316100
R309100
L311
FERRITE BEADS
L307
FERRITE BEADS
R317100
L309
FERRITE BEADS
R319100
L312
FERRITE BEADS
R314100
R30520K
C3030.1
L303FERRITE BEADS
L301FERRITE BEADS
V320100P
C30647P(CH)
FL3
03F
ER
RIT
E B
EA
DS
FL3
07F
ER
RIT
E B
EA
DS
C3281
V30415P
V303100P
V309100P
V30815P
V301100P
V30215P
V306100P
V30515P
V307100P
C3350.001
C3340.001
R3631K
C3370.1
JK301HANDS FREECONNECTOR
FL304
COMMON MODE
R310100
L316
FERRITE BEADS
V310100P
L318
FERRITE BEADSR308100
L319
FERRITE BEADS
V31
910
0P
V311100P
D31
1R
SB
6.8S
6.8V
CN301SIM CARDCONNECTOR
CN302
5 – 23
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 18 SCHEMATIC DIAGRAM (16/23)
• ( ) : Not Mount
TP307
TP310
1
2
3 4
5
6TP308
NC
1
2
3 4
5
6
VINT3.0V
1
2
3 4
5
6NCTP306
TP309
VCC
GND
1
2
3
4 5
6
7
8
RTS
CONT1
CONT2
ADPDET
RXD
CTS
TXD
ADP
RFON
TXON
TMS/CHECKER
TDO
TCK/LED_ON
TCXOEN
TDI
( )
( )
( )
( )
5-21 (12-B)
0V
0V
0V
0V
0V
D302HN2S01FU
Q3022SK3019
C3160.1
Q301UM6K1
D301HN2S01FU
IC301TC7WH04FKLOGIC
R33
247
0K
R33
347
0K
R33
447
0K
R366470K
5 – 24
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 19 SCHEMATIC DIAGRAM (17/23)
KEY PWB-B (1/2)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
TP316
OU
T
VD
DN
C
Vss
12
3 4
VBACK3.0V
TP321
NC
GVTCXO
2.9VVTCXO
VSYNTH2.9V
GVSYNTH
TP317
TP315
T
T
VBAT
GKEY_BL_ON
1
2
3 4
5
6
CHGIN
T
GFLOAD_ON
Vss
Vin
CE
Vout
NC
1
2
3 4
5
GN
D
Con
t
Np(
Vre
f)
Vin
Vou
t45
TPB332
TPB334
GND
Vdd
CE
Vout
ECO
1
2
3 4
5
TP345
VBAT
VBAT_AP
VBAT_BB
G
R
G
VBAT_R
VB
AT
_RV
BA
T_R
CHGIN
( )
(
)
(
)
NC
(
)(
)
5-22 (2-D)
5-22 (2-D)
5-27 (11-D)
5-28 (2-E)
5-28 (2-F)
5-27 (12-D)
0V
0V 2.36V
1
23
1.14V1.14V
1.14V
0.95V
1.14V
0.98V
<3V>
<0V>
<0V>
<0V>
<3V>
<3V>
0V2.88V
2.88V
1
2HOLDER,
BACK-UP BATTERY
IC305R3111Q251CVOLTAGE DETECTOR
R3567.5K
Q3082SA1955 A
R3492.2K
R33
847
0
LED
306
YP
Y11
05C
R34
033
0
R34
227
0LE
D30
8Y
PY
1105
C
LED
304
YP
Y11
05C
LED
302
YP
Y11
05C
LED
305
YP
Y11
05C
LED
303
YP
Y11
05C
R34
333
0
R34
133
0
LED
309
YP
Y11
05C
LED
307
YP
Y11
05C
R33
747
0
R33
633
0
Q303RT1N234 U
R33
947
0
Q305CPH6311
C3210.01
D303RB160M30
R3480.18(1/2W)
D304MA2ZD02
C3311
C33
01
R32
610
KC
322
1
IC306XC6204B392MRHIGH SPEED LDOREGULATOR
IC303TK11129CSIL
5388
C3492.2
IC302XC6209B302MRHIGH SPEEDLDO REGULATOR
C31
71
C3182.2
Q3073LP02 M
Q3062SK3019
R346470K
470KR353
S3025A
BAT100BATTERY, BACK-UP
MIC100MICROPHONE
5 – 25
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 20 SCHEMATIC DIAGRAM (18/23)
• ( ) : Not Mount
RELAY FPC_A PWB-C
TP322
TP323
TP324
NC
GQRXN
GQRXP
GIRXN
GIRXP
GQTXN
GQTXP
GITXN
GITXP
GIR_SD
G
TCXOOUT
GBATT_SENSE
VBAT_BB
1
2
3
4
5
6
7
8
9
10
11 30
31
32
33
34
35
36
37
38
39
40
VT2.715V
NC
G
V+
GND
VO
GND
NC1
2
3 4
5
VBATVBAT_AP
CTS
ISENSE CONT1
CONT2
ADPDET
ADP
TDO
GATEDR ( )
( )
ADIN
ADIN_B
5-27 (10-B)
5-28 (2-E)
5-21 (11-E)
5-28 (2-F)
5-27 (11-B)
5-16 (2-B E)
TA8
TA9
VVIB
DGND
SP1
SP2
AGNDCN201
MAIN PWB-A(3/3)
5-21 (10-C)
( )
C32647P(CH)
CN305C3620.01
L314FERRITE BEADS
L315FERRITE BEADS
C3470.1
R368470
C3480.1
IC307LM20BIM7TEMPERATURESENSOR
D308RSB6.8S6.8V
SP1SPEAKER
MO1VIBRATOR
5 – 26
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 21 SCHEMATIC DIAGRAM (19/23)
KEY PWB-B (1/2)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
G VTXVCO
VRF2.9V
GN
D
Con
t
Np(
Vre
f)
Vin
Vou
t
1 2 345
VSYNTH
VTXVCO2.9V
GVSYNTH
TP319
1
2
3 4
5
GVRF
GN
D
Con
t
Np(
Vre
f)
Vin
Vou
t
1 2 3
SIMCLK,SIMIO,SIMRST
KEYPADCOL[0-4],KEYPADROW[0-4]
ADP,ADPDET,CONT1,CONT2,CTS,RTS,RXD,TCK/LED_ON,TDI,TDO,TMS/CHECKER,TXD
RFON,TCXOEN,TXON
N
5-28 (2-F)
5-28 (2-A)
5-28 (2-C)
0V2.88V
2.88V
0V
0V
0V
0V
2.88V
2.88V
2.88V
2.87V
3
2
1
R3511.2K
IC304TK11129CSIL2.9V REGULATOR R
350
2.2K
2SA1955 A
R3492.2K
Q304EMG9
Q3092SA1955 A
R3521.2K
C32
00.
01
C32
31C
319
0.1
IC303TK11129CSIL2.9V REGULATOR
C35
00.
01
5 – 27
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 22 SCHEMATIC DIAGRAM (20/23)
• The numbers 1 to 3 are waveform numbers shown in page 5-2.
NC
NC
NCNC
NC
G
GIR_SD
G IR_RXD
GIR_TXD
GPOWONKEY
G/RESET_R
VBACK
GAFCDAC
G
RAMPDAC
VSIM
VEXT_CN
VINT
CHGIN
VIR
VINT
9
10
11
12
13
14
15
16
17
18
19
20 21
22
23
24
25
26
27
28
29
30
31
32
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20 21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
VT2.715V
GADIN
RFON
TCXOEN
KEYPADCOL[0]
KEYPADCOL[1]
KEYPADCOL[4]
KEYPADCOL[3]
KEYPADCOL[2]
KEYPADROW[2]
KEYPADROW[0]
KEYPADROW[1]
KEYPADROW[4]
KEYPADROW[3]
MIC
SIMRST
RTS
SIMIO
TDI
TCK/LED_ON
RXD
CTS
TXD
TMS/CHECKER
ISENSE CONT1
CONT2
JAKEAR
SIMCLK
TDO
TXON
MIC_GND
3.0V
ADIN_B
5-21 (10-C)
5-21 (10-C)
5-21 (10-C)
5-25 (8-E)
5-21 (9-G)
5-22 (2-D)
5-25 (9-E)
5-21 (10-C)
5-28 (2-D)5-22(2-D)
5-24 (2-C)
5-28 (2-G)
5-28 (2-B)
5-28 (2-B)
5-28 (2-A)
5-28 (2-F)
5-28 (2-F)
5-16 (2-E H)
5-6 (6-H)
5-24 (5-F)5-20 (3-H)
5-22 (3-F)
5-28 (2-G)
GKEY_BL_ON
GBS1
GBS0
GBS2
GSYNTHDATA
GSYNTHEN
GSYNTHCLK
RELAY FPC-B PWB_D
RELAY FPC_CPWB-F
CN202MAIN PWB-A(3/3)
MAIN PWB-A(1/3) A
FLIPR354470K
CN306
C3390.1
5 – 28
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 23 SCHEMATIC DIAGRAM (21/23)
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
12
34
56
78
910
1112
1314
16 15171819202122232425262728
2930
3132
3334
3536
3738
3940
4142
43 44 45 46 47 48 49 50 51 52 53 54 55 56
GVBAT_R
GBS2
GBS1
GBS0
GRAMPDAC
GITXN
GITXP
GQTXN
GQTXP
GQRXN
GQRXP
GIRXP
GIRXN
GSYNTHDATA
GSYNTHEN
GVTCXO
GSYNTHCLK
GAFCDAC
GVRF5-26 (6-B)
5-27 (12-E)
5-27 (12-E)
5-27 (12-E)
5-25 (10-G)
5-26 (6-B)
5-27 (9-F)
5-25 (8-G,H)
5-24 (6-H)
5-24 (6-H)
5-27 (12-F)
5-25 (12-G)5-27 (12-E)
5-27 (9-F)
5-27 (12-E)
GVSYNTH
GTCXOOUT
GVTXVCO
12
34
12
34
1 2 3
456
NC
123
4
5 6 7
8
1234 5
678
VRF
VTXVCO
N/A
N/A
IC971
N/A
HIGH
KEY PWB-B(2/2)
VccOUTPUT
GNDVcont1 2
34
GSM
DCS
PCS
~24CH
51CH~
25CH~50CH
Pin 3
LOW
LOW
HIGH
GSM
DCS
PCS
Tx
Rx
Tx
Rx
Tx
Rx
BS0 BS1 BS2
LOW
LOW LOW
LOW
LOW LOW
LOW
HIGH
HIGH
HIGH
HIGH
HIGH
HIGH
HIGH
HIGH
HIGH
BS
RECEPTION SIGNAL TRANSMISSION SIGNAL
9
8
7
13 1014
645
1112
2017 ,
1815 ,
1916 ,
C9010.01
C9050.01
C97
70.
01
C97
60.
01
C98
20.
01
R95310
C94
10.
01
C94
20.
01
R94
110R94
210
C2
C98
00.
0022
C98
10.
0022
C92
10.
01
C97
83P
(CH
)
C9793P(CH)
C92
20.
01
C94
30.
01
C9460.01
C9710.1
C87
30.
001
L861FERBEA
L971
FE
RR
ITE
B
EA
DS
R88610K
R87147
R87233
C87
110
0P(C
H)
R90
110
R90
510
C945270P(CH)
R9444.7K
C952100P(CH)
R9721.5K
R9733.3K
C975150P(CH)
R9744.7K
C9540.1
C9550.1
C8892.2
R887100K
C94
722
P(C
H)
C9440.0018
C87
20.
012
L2
C92
422
0P(C
H)
C92
322
0P(C
H)
C97
40.
001
C97
30.
0082
L951FERRITE BEADS IC901
HD155148TFRF
FL971BALUM
VCO971RF VCO
R9230
TCX95126MHzTCXO
5 – 29
GX10iCONFIDENTIAL
Figure 24 SCHEMATIC DIAGRAM (22/23)
7 8 9 10 11 12
• The numbers 4 to 20 are waveform numbers shown in pages 5-2 to 5-4.• ( ) : Not Mount
12
34 5
67
8
12
34 5
67
8
12
34 5
67
8
1 2 3 4
5678
9101112
13141516
1 2 3 4
5678
9
123
4 5 6
1
1
2 23 3
4 456
12
34
5
6
78
910
11
12
12
34
5
6
78
910
11
12
1
23
4 5
1
23
4 5
1
23
4 5
1 2
3 4
1
2 3
4
IC851
GSM RX
DCS RX
PCS RX
DCS/PCS TX
GSM TX
DCS/PCS TX
GSM TX
PC
S/D
CS
GS
M
HIGH
LOWRx
Pin 2
HIGH
HIGH
FL801
LOW
LOW
Tx
Pin 4
PCS
Rx LOW
Rx
DCS
Tx
LOW
Tx
LOW
Pin10
HIGH
LOW
GSM
LOW
LOW
LOW
LOW
LOW
LOW
LOW
GSM
DCS
PCS
LOW
LOW
HIGH
Pin 8
IC881
GSM
DCS
PCS
LOW LOW
LOWHIGH
HIGH HIGH
Pin 3 Pin 7
HIGH
IC831
LOW
LOWDCS
GSM
Pin 7
PCS
AERIAL
C80147P(CH)
C80247P(CH)
C80347P(CH)
C80
447
P(C
H)
C90822P(CH)
C90722P(CH)
C90647P(CH)
C83247P(CH)
C83422P(CH)
C831270P(CH)
C8850.01
R88
222
K
C85710P(CH)
C86022P(CH)
C85
947
P(C
H)
C88
110
0P(C
H)
R88
110
KR88510K
C882100P(CH)
C90
21P
(CH
)C
992
0.01
C9930.01
C83647P(CH)
L861FERRITEBEADS
C83
515
0/6.
3
C88
722
P(C
H)
C88
647
P(C
H)
R81247
R81747
86K
71
2
C87
110
0P(C
H)
C86
10.
001
R858180
R85
956
C833100P(CH)
R85347
R85
410
0
R85147
R85
210
0
R85
668R
855
68
R85
756
R88
38.
2K
L9018.2nH
L9028.2nH
C81
11.
5P(C
H)
C91
00.
5P(C
H)L903
2.7nH
L9042.7nH
C88
410
0P(C
H)
L9052.7nH
L9062.7nH
C883470P
FL8
31F
ER
RIT
E B
EA
DS
L8233.3nH
C82
41P
(CH
)L8211.2nH
ANT801TERMINAL,AERIAL
IC992TC7W00FKLOGIC
IC993NL27WZ08LOGIC
FL816DIRECTIONALCOUPLER
FL811DIRECTIONAL COUPLER
FL8
01R
F S
WIT
CH
VCO851Tx VCO
FL901SAW FILTER
FL902SAW FILTER
FL903SAW FILTER
J801TEST
CONNECTOR
R81110dB
R81610dB
IC88
1H
D15
5173
AU
TO
PO
WE
RC
ON
TR
OL
IC991NL27WZ08LOGIC
IC831PF08123BRF POWER AMP.
5 – 30
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 25 WIRING SIDE OF P.W.BOARD (3/5)
TP301
TP302
TP303
TP304
TP305TP306
TP307
TP308
TP309
TP310
TP311
TP312
TP313
TP314
TP315
TP316TP317
TP319
TP321
TP322
TP323TP324
TP344
TP345
KEY PWB-B (FRNT SIDE)
LEFT SOFT
RIGHT SOFT
#0
1 2 3
4 5 6
7 8 9
SENDEND/POWER
MIC100MICROPHONE
FLIP
Q303
LED302
LED303
LED304
LED305
LED306
LED307
LED308
LED309
R33
6R
338
R33
7R
339
R34
0R
341
R34
2R
343
C326FL303
L315
L314
V31
3V
314
V31
5V
316
V317
V318
D308
D311
5 – 31
GX10iCONFIDENTIAL
7 8 9 10 11 12
Figure 26 WIRING SIDE OF P.W.BOARD (4/5)
• The numbers 1 to 20 are waveform numbers shown in pages 5-2 to 5-4.
TP328
TP329
TP330
TP
B33
1
TPB332
TP
B33
3
TPB334
TPB335
TP342
TPB325
TP
B34
3
TPB326
D
GS
DG
S
KEY PWB-B (REAR SIDE)
INFRARED PORT
20
2125303540
151051
20
2125303540
151051TEST CONNECTOR
TERMINAL, AERIAL
1415202528
29
30
35
40
42 43 45 501
5
10
55
56
5
6
7
8
4
3
2
11
4
8
5
1
4
8
5
5
8
4
1
1 3
5
42
6
14
5
8 9 1213
16
1
3
1 3
45
4
5
12
3 4
1
1 4
58
34
5
SIM CARD CONNECTOR
1
2
3
4
5
6
EXTERNAL CONNECTOR
12345678
910111213141516
HANDS FREECONNECTOR
(103-6)AERIAL
BAT100BATTERY, BACK-UP
1
1
3 3
55
4
4
HOLDER BACKUP BATTERY(104-4)
CONNECTORCHARGER
17 18
GFROM RELAY FPC_C PWB-F
RELAY FPC_B PWB-D
FROMFLEXIBLE PWB,SIDE SWITCHPWB-H
E
F
SOLDER
SOLDER
RELAY FPC_A PWB-C
CO
NT
AC
T B
AT
TE
RY
6
7
8
14
17 , 20
16 , 19
15 , 18
4
9
11
12
13
5
1
3
2
10
5-32 (1-E)
5-32 (3-D)
5-32 (3-E)
5-32 (5-C)
5-32 (3-C)
R81
2R
811
R81
6
L861
R81
7
C801
C802 C803
C804
R85
1R
852
R85
3R
854
R85
5R
856
R85
7
R858
R85
9
C83
1C
832
C83
3C
834
R87
1C835
C83
6
R872
Q301
Q302
R88
1
Q30
5
R88
2
Q306
R883
Q307
Q308R
885
Q309
R88
7
L301
C857
L303
FL304
C85
9
C86
0C
861
C87
1
C872
C873
L901
L902
L903
L904
L905
L906
C881
FL801
C882
C883
C88
6C
887
C889
FL901
FL902
FL903
TCX951
JK301
IC831
CN302
CN
303
CN305
CN306
R90
1
C30
3
R923
L971
R349
R35
0R351
R352
R353
C31
7
R35
4
C319
R356
C320
FL971
C321
C322
C323
C31
8
C90
1
IC881
C90
2
C328
R941
R94
2
C90
6C
907
C908
R94
4
C33
0
C331
C332
FS302
C91
0
C337
R953
C92
1
C92
2C923C924
R97
2R
973
R974
D301
D302
D303
D304
C941
C942
C943
C94
4
C945
C94
6
C94
7
L951
UN301
C95
2
C954 C955
IC302
IC303
IC30
4
IC305
IC306
C971
C973
C97
4
C975
C97
6C
977
C97
8C
979
C98
0
IC901
C98
1
L821
FL8
11
C99
2
C99
3
FL816
FL831
IC991IC993
J801
VCO851VCO971
FL307
V308
R30
5
C316
R33
4R
333
R34
6D305
C33
8
C81
1
R366
ANT801
C339
V32
0C
334
C33
3
R33
2
C306
C335
C362
C90
5R
905
C98
2
C88
4C
885
R886
IC992
IC301
V30
3
V30
5
V30
6
V30
7
V30
9 V31
1
V31
9
L308
L309
L310 L3
11
L312
L313
L316
L318
L319
R30
8
R30
9
R31
4R
315
R31
6
R31
7
R31
9R
320
R31
3
L307
V302
V30
1
V304
L305L306
R310
R312R326
R368
C347C34
8
IC307
C34
9
C350
V31
0 L823 C824
Q304
R36
3
R348
D31
0
CN301
5 – 32
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 27 WIRING SIDE OF P.W.BOARD (5/5)
17
1
1
7
8 18
19
25
2636
34
18
CN001
CAMERA FPC ASS'Y PWB-G
FLEXIBLE PWB, SIDE SWITCH PWB-H BACK LIGHT FPC ASS'Y PWB-ERELAY FPC_C PWB-F
RELAY FPC_A PWB-C RELAY FPC_B PWB-D
CN002
CN201 CN202
CN305
SUB-SCREENDISPLAY
VIBRATOR
SPEAKER
CN101
CN306
MAIN-SCREENDISPLAY
B
E
F
A
C
G
D
M
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(FRONT SIDE)
TO MAIN PWB-A(REAR SIDE)
TO MAIN PWB-A(REAR SIDE)
5-19 (11-F)5-19 (8-F,G)
5-31 (11-B) 5-31 (10-A)
5-31 (9-A)
5-31 (12-B)
5-31 (12-C)
5-19 (10-H)
5-19 (10-A)
5-19 (8-B)
5-19 (9-B)
5-19 (8-D,E)
5-19 (9-G)
5-18 (4-H)
TO KEY PWB-B(REAR SIDE)
TO KEY PWB-B(REAR SIDE)
TO KEY PWB-B(REAR SIDE)
TO KEY PWB-B(REAR SIDE)
TO KEY PWB-B(REAR SIDE)
CA1001
LCD001
MO1
SP1
LCD100
5 – 33
GX10iCONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
Figure 28 SCHEMATIC DIAGRAM (23/23)
NC
NC
CAMERA FPC ASS'Y PWB-G
VC
AM
3.1V
VLC
D2.
5V
VIN
T_S
W3.
0V
RS
TN
CS
B
WR
B
RD
B
EX
CK
I
OD0
OD1
OD2
OD3
OD4
5-13 (9-B)
OD5
OD6
OD7
OD8
OD9
OD
10
OD
11
OD
12
A18
VDD
CBREQ
A1
GN
D
OD
15
A2
A19
OD
13
CBACK
CINT
OD
14
AVDD
VDD2
TEST4
GN
D
A17
GN
D1234567
8
9
10
11
12
13
14
15
16
17
18
36
35
34
33
32
31
30
29
28
27
26
19 20 21 22 23 24 25
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 171819202122232425262728293031323334
VLC
D
VIN
T_S
W
VC
AM
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
,D11
,D12
,D13
,D14
,D15
D11
D12
D13
D14
D15
A1,
A2,
A17
,A18
,A19
A1
A2
A17
A18
A19
D0,
D1,
D2,
D3,
D4,
D5,
D6,
D7,
D8,
D9
D10
A1
A2
A17
A18
A19
D10
D11
D12
D13
D14
D15
D3
CN101
D0
D4
D5
D6
D7
D8
D9
D1
D2
CA1001CAMERA MODULE
5 – 34
GX10i CONFIDENTIAL
A
B
C
D
E
F
G
H
1 2 3 4 5 6
IC001PIN NO. VOLTAGE
1 3.69V2 0V3 0.95V4 2.96V5 0V6 3.7V
IC002PIN NO. VOLTAGE
1 3V2 5.64V3 5.64V4 5.64V5 5.1V6 3V7 3V8 3V9 0V10 15.3V11 2.54V12 12.75V13 2.55V14 7.66V15 5.1V16 5.09V17 -10.2V18 0V19 0.07V20 3.07V
IC003PIN NO. VOLTAGE
1 3V2 0V3 0V4 3V5 3V6 3V7 1.5V8 0V9 0V10 2.55V11 0V12 0V13 0V14 3.39V15 3.33V16 3.32V17 3.29V18 3.27V19 5.11V20 0V21 1.5V22 0.5V23 0V24 3V
IC004PIN NO. VOLTAGE
1 2.49V2 0V3 3.67V4 2.78V5 Not used
IC101PIN NO. VOLTAGE
1 0V2 0V3 0V4 0V5 3.68V
IC103PIN NO. VOLTAGE
1 1.37V2 0V3 3.01V4 3V5 3.01V6 0V7 3.01V8 0V9 0V10 0.53V11 0V12 0V13 0V14 0V15 3.67V16 0V17 0V18 0V19 0V20 0.42V21 0.42V22 0.11V23 0.46V24 0.12V25 0.43V26 0.46V27 0.46V28 2.96V29 3.01V30 3.01V31 2.79V32 Not used
IC105PIN NO. VOLTAGE
1 Not used2 0V3 1.5V4 2.75V5 0V
IC107PIN NO. VOLTAGE
1 0V2 3.01V3 0V4 3.01V5 3.01V
IC108PIN NO. VOLTAGE
1 0V2 3.01V3 0V4 3.01V5 3.01V
IC110PIN NO. VOLTAGE
1 2.76V2 3.01V3 0V4 3.01V5 3.01V
IC201PIN NO. VOLTAGE
1 3.68V2 0V3 2.79V4 Not used5 2.51V
IC202PIN NO. VOLTAGE
1 3.01V2 3.67V3 1.97V4 3.67V5 1.56V6 0V7 0.96V8 2.79V9 0.94V10 0V11 0V12 0.96V13 0V14 3.01V15 0V16 2.79V17 Not used18 2.86V19 3.68V20 2.79V21 1.8V22 3.68V23 2.45V24 Not used25 2.75V26 Not used27 0V28 3.01V29 1.8V30 3.65V31 1.84V32 Not used
IC203PIN NO. VOLTAGE
1 0V2 3V3 1.8V4 3V
IC205PIN NO. VOLTAGE
1 3.67V2 0V3 2.79V4 3.01V5 3.01V
IC206PIN NO. VOLTAGE
1 0V2 0V3 0V4 0V5 3.68V
IC301PIN NO. VOLTAGE
1 3.01V2 0V3 3.01V4 0V5 0V6 3.01V7 0V8 3.01V
IC302PIN NO. VOLTAGE
1 3.7V2 0V3 3.7V4 3.01V5 3V
IC303PIN NO. VOLTAGE
1 3.01V2 0V3 1.27V4 2.88V5 3.7V
IC304PIN NO. VOLTAGE
1 3.01V2 0V3 1.27V4 2.89V5 3.7V
IC305PIN NO. VOLTAGE
1 3V2 3V3 Not used4 0V
IC306PIN NO. VOLTAGE
1 0.96V2 0V3 0V4 Not used5 0.2V
IC307PIN NO. VOLTAGE
1 Not used2 0V3 1.52V4 2.75V5 0V
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
Conditions: SIM card inserted, power on, in stand-by mode (opened)Measuring instrument: Digital multimeter
: Indicates the measured value without a SIM card.–––––: Unmeasurable
5 – 35
GX10iCONFIDENTIAL
7 8 9 10 11 12
IC831PIN NO. VOLTAGE
1 0V2 0.19V3 3.89V4 0V5 0V6 3.89V7 2.95V8 0V9 0V
IC881PIN NO. VOLTAGE
1 0.19V2 0.24V3 0.24V4 1.3V5 0.24V6 0.24V7 0.24V8 2.95V9 1.3V10 1.3V11 0V12 1.23V13 1.3V14 0V15 0.24V16 0.19V
IC901PIN NO. VOLTAGE
1 0V2 2.94V3 0V4 0V5 0V6 0V7 0V8 0V9 0V10 0.14V11 0.14V12 0V13 2.94V14 0V15 0.41V16 2.95V17 0.21V18 2.95V19 0V20 0.5V21 0.5V22 0.5V23 0.5V24 0.5V25 0.5V26 0.5V27 0.5V28 2.89V29 0V30 2.89V31 2.89V32 2.89V33 1.57V34 0V35 0V36 0V37 0V38 0V39 0V40 0V41 2.9V42 2.75V43 0V44 1.25V45 0V46 2.9V47 2.95V48 0V49 0.73V50 0.73V51 0V52 2.74V53 2.74V54 2.74V55 2.74V56 2.95V
• NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.
IC991PIN NO. VOLTAGE
1 0V2 0V3 2.94V4 0V5 0V6 0V7 2.94V8 2.94V
IC992PIN NO. VOLTAGE
1 0V2 0V3 0V4 0V5 2.94V6 0V7 0V8 2.94V
IC993PIN NO. VOLTAGE
1 0V2 2.94V3 0V4 0V5 0V6 0V7 0V8 2.94V
5 – 36
GX10i CONFIDENTIAL
— MEMO —
6 – 1
GX10iCONFIDENTIALCHAPTER 6. OTHERS[1] Function table of ICIC001 VHILT1937++-1R (LT1937): DC - DC
Pin No. Terminal Input/ Description of terminalname Output1 SW Output LED voltage output2 GND – Ground3 FB Input LED ground4 SHDN Input Chip enable5 GND – Ground6 VIN Input Input
IC002 VHIADM8830+-1L (ADM8830): CHARGE PUMP REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 VCC Input Positive supply voltage input2 VOUT Output Voltage doubler output3 LDO_IN Input Voltage regulator input4 +5 VOUT Output +5.1 V output pin5 +5 VIN Input +5.1 V input pin6 LDO_ Input Control logic input
ON/OFF7 SHDN Input Digital input8 SCAN/ Input Drive mode input
BLANK9 CLKIN Input External clock input10 +15 V Output +15.3 V output pin
OUT11 C3– Input External capacitor12 C3+ Input External capacitor13 C2– Input External capacitor14 C2+ Input External capacitor15 C4– Input External capacitor16 C4+ Input External capacitor17 –10 V Output –10.2 V output pin
OUT18 GND – Devide ground pin19 C1– Input External capacitor20 C1+ Input External capacitor
A1
RAMPGENERATOR
COMPARATOR
DRIVER
1.2MHzOSCILLATOR
SWVIN FB13
GND2 5
A2 R QS
Q1
0.2 ohms
VREF1.25V
SHUTDOWN
95mVRc
Cc
SHDN
6
4
6 – 2
GX10i CONFIDENTIAL
IC003 RH-IX3054AFZZL (ADD8502-2ACP): GRAYSCALE GENERATOR
Pin No. Terminal Input/ Description of terminalname Output1 VL – Power supply (logic)2 DIN Input Serial data3 SCK Input Serial clock4 CS-LD Input Load5 CM Input Logic control6 CV4 Input Logic control V47 REV1 Input Logic control 18 NC – Not used9 NC – Not used10 COM Output Common output11 COM_M Input Common system Vref12 NC – Not used13 GND – Ground14 V4 Output V4 voltage15 V3 Output V3 voltage16 V2 Output V2 voltage17 V1 Output V1 voltage18 V0 Output V0 voltage19 VDD – Power supply20 NC – Not used21 REV2 Input Ref output select22 GS2 Input Power save select 223 GS1 Input Power save select 124 PSK Input Power down
IC004 RH-IX2933AFZZL (IX2933AF): REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 VOUT Output Output
+
VDD
CE GND
VOUT
VREF
CURRENT LIMIT
1
2
3
4
2 GND – Ground3 VDD Input Input4 CE Input Chip enable5* NC – Not used
In this unit, the terminal with asterisk mark (*) is (open) termi-nal which is not connected to the outside.
6 – 3
GX10iCONFIDENTIAL
IC005 (LR38821A): TFT DISPLAY CONTROLLER (1/3)Pin No. Terminal name Input/Output Description of terminal
1 Dummy4 Input/Output Not used2* NC – Not used3 GND – Ground4* NC – Not used5 GND – Ground6 VDD CORE – Power supply7 PWM Output PWM output signal8* NC – Not used9 NCS Input Device select signal10 VDD IO – Power supply11 Dummy3 – Not used12 VDD IO – Power supply13* NC – Not used14 B5 Output LCD panel B output signal15 B4 Output LCD panel B output signal16 B3 Output LCD panel B output signal17 GND – Ground18 TEST1 Input Test terminal19 TEST SCMD Input Test terminal20 NWR Input Host write strobe signal21* NC – Not used22* NC – Not used23 B2 Output LCD panel B output signal24 B1 Output LCD panel B output signal25 B0 Output LCD panel B output signal26 LS Output Data transmission signal27* XOUT Output Oscillating circuit output28 VDD IO – Power supply29 GND – Ground30 TST SCEN Input Test terminal31 NRD Input Host read strobe signal32 RS Input Register select signal33 GND – Ground34 DCLK Output Data sampling clock (display clock)35 GS2 Output Gray scale switch signal36 GS1 Output Gray scale switch signal37 PS2 Output Power save signal (for source driver)38 XIN Input Oscillating circuit input/external clock input signal39* NC – Not used40 NRES Input Master reset41* NC – Not used42* NC – Not used43* NC – Not used44 DB0 Input/Output Data bus45 PS1 Output Power save signal (for source driver)46 G5 Output LCD panel G output signal47 G4 Output LCD panel G output signal48 G3 Output LCD panel G output signal49 DB1 Input/Output Data bus50 DB2 Input/Output Data bus51 DB3 Input/Output Data bus52 DB4 Input/Output Data bus53 VDD CORE – Power supply54 GND – Ground55 VDD IO – Power supply56 G2 Output LCD panel G output signal
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 4
GX10i CONFIDENTIAL
IC005 (LR38821A): TFT DISPLAY CONTROLLER (2/3)Pin No. Terminal name Input/Output Description of terminal
57 DB5 Input/Output Data bus58 VDD IO – Power supply59 GND – Ground60 VDD CORE – Power supply61 G1 Output LCD panel G output signal62 G0 Output LCD panel G output signal63 R5 Output LCD panel R output signal64 R4 Output LCD panel R output signal65 DB6 Input/Output Data bus66 DB7 Input/Output Data bus67 DB8 Input/Output Data bus68 DB9 Input/Output Data bus69 R3 Output LCD panel R output signal70 R2 Output LCD panel R output signal71 R1 Output LCD panel R output signal72* R0 Output LCD panel R output signal73* PSD Output Power save signal (for power IC)74 ECK Output Power save signal (for power IC)75 CV4 Output Power save signal (for gray scale IC)76 SE_DI Input Data input for four-wire serial IF77 DB10 Input/Output Data bus78 DB11 Input/Output Data bus79 DB12 Input/Output Data bus80* BNC Input Synchronous/asynchronous bus switch signal81 GND – Ground82 GSP Output Gate start signal83 GMODE Output Gate output switch signal84 SHD Output Power IC ON/OFF control terminal85 VDD IO – Power supply86 REV1 Output Polarity reverse control signal87 SE_DO Output Data output for three-wire/four-wire serial IF88 DB13 Input/Output Data bus89 DB14 Input/Output Data bus90 DB15 Input/Output Data bus91* NC – Not used92* NC – Not used93 SPL Output Sampling start signal94 ALW Output Write all mode switch signal95 GCS1 Output Vertical scan start position setting signal96 GND – Ground97 REV2 Output Polarity reverse control signal98 SE_CK Output Control clock for three-wire/four-wire serial IF99* SE_LD2 Output Load signal for four-wire serial IF100* NC – Not used101 VDD IO – Power supply102 Dummy2 – Not used103 VDD IO – Power supply104* NC – Not used105 GCK Output Gate shift clock106 GCS2 Output Vertical scan start position setting signal107 VDD CORE – Power supply108 PSK Output Power save signal (for gray scale IC)109 SE_LD1 Output Load signal for three-wire serial IF110 GND – Ground111* NC – Not used112 Dummy1 – Not used
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 5
GX10iCONFIDENTIAL
IC005 (LR38821A): TFT DISPLAY CONTROLLER (3/3)
VDDIO
NC
NCS NC
DB9
GNDVDDCORE
DB4
DB0
GND
Dummy3
DB12
VDDIO
DB13
VDDIO
RS
NC
DB5
SE_DIDB10
NRES
GND
GND
VDDCORE
NC PS2
XOUT
B3
GND NC
DB1
NC
TEST1NWR TESTSCMD
PWM
TSTSCEN
DB2
NC
NRD
XIN
DB3
NC
NC
VDDIO
DB15
PSKGND NC
GND GCS1 ALW SPL
SHD
PSD R0 R1
VDDIO
NC
BNCGNDGSP
Dummy2
GCK VDDIO
GMODE
R3
R5
B2
NC VDDIO
B0LS
B4
GND NC
1234567891011
A
B
C
D
E
F
G
H
J
K
L
Dummy4
1234567891011
1213141516171819202122
232425262728
3435363738
65666768
737475767778
2930
57585960
313233
49505152
394041424344
61626364
53545556
45464748
8182838487 8586888990
9798
102
69707172
109110111112
79
80
919293949596
103104105106107108
B5
B1
R2
G1G0R4
REV2SE_CK
99101 100
SE_LD2
DB14
DB11
DB6DB7DB8
NC
SE_DO
REV1
G2 GND
PS1G5G4
GS1 GS2 DCLK
G3
CV4
VDDCORE
NC
GCS2
ECK
VDDIO
SE_LD1
Dummy1
VDDCORE
BNC
ColorPalatte
BasController
PWM
PW
MSE_DI
SIO
LCD
Pan
el In
terf
ace
SE_DO
SE_LD1
SE_LD2
SE_CK
DCLK
Tim
ing
Gen
erat
or
LS
SPL
PS[2:1]
GCK
GSP
REV[2:1]
GCS[2:1]
Master Clock (MCK)
GMODE
ALW
PSK
CV4
PSD
ECK
SHD
Register
Clock Generator
GS[2:1]
HO
ST
Inte
rfac
e
RS
NRD
NWR
NCS
XIN
XOUT
DB[15:0]
R[5:0]
B[5:0]
G[5:0]CD
E
Sel
ecto
r
DisplayMemory
Memory Interface
AddressGenerator
6 – 6
GX10i CONFIDENTIAL
IC101 VHINJ287130-1L (NJM2871F03): 3.0 V REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 CONT Input Control
5
1
2
VOUT
NB
4
3
BandgapReference
ThermalProtection
VIN
CONT
GND
2 GND – Ground3 NB – Noise bypass4 VOUT Output Output5 VIN Input Input
IC102 (AD6521ACA): ANALOG BASEBAND (1/2)Pin No. Terminal name Input/Output Description of terminal
1 DVDD1 – Digital core power supply (1.6V AVDD1/2).2 DGND1 – Digital ground.3* IDACREF Output Current DAC bias resistor connection, rset.4 AUXADC4 Input Auxiliary A/D converter input 4. (MVBAT)5 AUXADC2 Input Auxiliary A/D converter input 2. (Camera thermal sensor)6 AUXADC1 Input Auxiliary A/D converter input 1. (Jack detection)7 REFOUT Input/Output Buffered reference output/external bias voltage input.8 REFCAP Output Reference filter capacitor connection.9 AVDD2 – Auxiliary analog power supply (2.4V to 2.6V).10 AFCDAC Output Automatic frequency control signal output.11 TDO Output Test data output.12 TDI Input Test data input.13 AGND4 – Analog substrate ground.14* IDACOUT Output Current DAC output for battery charging.15 AUXADC3 Input Auxiliary A/D converter Input 3. (Battery sense)16 AUXADC5 Input Auxiliary A/D converter Input 5. (Battery thermal sensor)17 AUXADC6 Input Auxiliary A/D converter Input 6.18 AGND2 – Auxiliary analog ground.19* NC (REFCAP2) Output Reserved for reference filter capacitor.20 QRXN Input Differential analog input for quadrature receive signal.21 TCK Input Test clock.22 TMS Input Test mode select.23 QTXN Output Differential analog output for quadrature transmit signal.24 QRXP Input Differential analog input for quadrature receive signal.25 VSDO Output Voiceband serial port data output.26 VSFS Output Voiceband serial port input/output framing signal.27 QTXP Output Differential analog output for quadrature transmit signal.28 IRXN Input Differential analog input for in-phase receive signal.29 VSDI Input Voiceband serial port data input.30 BSOFS Output Baseband serial port output framing signal.31 ITXN Output Differential analog output for in-phase transmit signal.32 IRXP Input Differential analog input for in-phase receive signal.33 BSDO Output Baseband serial port data output.34 BSIFS Output Baseband serial port input framing signal.35 ITXP Output Differential analog output for in-phase transmit signal.36 AVDD1 – Baseband Analog Power Supply (2.4V to 2.6V).37 DVDD2 – Digital Interface Power Supply
(The greater of DVDD1 or DVDD3 or AVDD3-0.2V, to maximum 3.3V).38 BSDI Input Baseband serial port data input.39 AGND1 – Baseband analog ground.40 VINAUXN Input Differential voiceband auxiliary input.41 ASDI Input Auxiliary serial port data input.42 ASFS Input Auxiliary serial port input/output framing signal.
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 7
GX10iCONFIDENTIAL
IC102 (AD6521ACA): ANALOG BASEBAND (2/2)Pin No. Terminal name Input/Output Description of terminal
43 RAMPDAC Output Power ramping control signal output.44 VINAUXP Input Differential voiceband auxiliary input. (Jack mic audio input)45 ASDO Output Auxiliary serial port data output.46 MCLK Input Master clock input.47 ARSM Input Advance baseband receive state machine.48 RXON Input Baseband receive section power-on input.49 DGND3 – Digital ground.50* BUZZER Output Buzzer output.51 AGND3 – Voiceband analog ground.52 AVDD3 – Voiceband analog power supply (2.4 V to 2.7 V).53* NC (MICCAP) Output Reserved for microphone.54 VINNORP Input Differential voiceband normal input. (Mic audio input)55 RESET Input Active low reset signal input.56 MCLKEN Output Master clock enable.57 ATSM Input Advance baseband transmit state machine.58 TXON Input Baseband transmit section power-on input.59 DVDD3 – Digital core power supply (1.6 V to AVDD1/2).60 VOUTAUXN Output Differential voiceband auxiliary output.61 VOUTNORN Output Differential voiceband normal output. (Earpiece audio output)62 VOUTNORP Output Differential voiceband normal output. (Earpiece audio output)63 VOUTAUXP Output Differential voiceband auxiliary output. (Jack Earpiece audio output)64 VINNORN Input Differential voiceband normal input.
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 8
GX10i CONFIDENTIAL
IC103 VHIYMU759B+-FL (YMU759B): SOUNDPin No. Terminal name Input/Output Description of terminal
1 CLKI Input Clock input terminal (2 – 20 MHz)2 EXT1 Output External control terminal 13 /IRQ Output Interrupt output terminal4 /RST Input Hardware reset input terminal5 IFSEL Input CPU I/F select; L: serial I/F, H: parallel I/F6 PLLC – Built-in PLL capacitor terminal7 VDD – Power supply8 VSS – Ground9 VREF – Analog reference voltage terminal10* HPOUT-L/MONO Output Headphone output Lch11* HPOUT-R Output Headphone output Rch12 EQ1 – Equalizer terminal 113 EQ2 – Equalizer terminal 214 EQ3 – Equalizer terminal 315 SPVDD – Analog power supply for speaker amplifier (Typ + 3.6 V)16 SPVSS – Analog ground for speaker amplifier17 SPOUT1 Output Speaker terminal 118 SPOUT2 Output Speaker terminal 219 EXT2 Output External control terminal 220 D7 Input/Output Parallel I/F data bus 721 D6 Input/Output Parallel I/F data bus 622 D5 Input/Output Parallel I/F data bus 523 D4 Input/Output Parallel I/F data bus 4 (Not connected when IFSEL terminal at L)24 D3 Input/Output Parallel I/F data bus 3 (Not connected when IFSEL terminal at L)25 D2 Input/Output Parallel I/F data bus 2 (Not connected when IFSEL terminal at L)26 D1 Input/Output Parallel I/F data bus 1 (Not connected when IFSEL terminal at L)27 D0 Input/Output Parallel I/F data bus 0 (Not connected when IFSEL terminal at L)28 /WR Input Parallel I/F write pulse (Not connected when IFSEL terminal at L)29 SDIN (/CS) Input IFSEL terminal = L serial I/F data input
IFSEL terminal = H parallel I/F chip select input30 SYNC (A0) Input IFSEL terminal = L serial I/F data read signal
FSEL terminal = H parallel I/F address signal31 SCLK (/RD) Input IFSEL terminal = L serial I/F bit clock input
IFSEL terminal = H parallel I/F read pulse32* SDOUT Output Serial I/F data output (external pull-up resistor required)
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
PLL Timing Generator
ADPCMPlayback
(Fs = 4 or 8 kHz)
FMSynthesizerNumber of voices: 16
(Fs = 49.7 kHz)
TIMER
LED control
Vibrator control
ADPCMWaveform
FIFO
ADPCMSeqFIFO
IFSEL
D0~D7
/RD
/WR
A0/CS
SDOUT
SDINSYNC
SCLK
/RST
/IRQ
EXT1
EXT2
FMFIFO
x1
Register
Mix &
Select
16-bit DAC
Rch
Lch
VREF
EQVol
Select Mono
HPVol R
HP
OU
T-R
CLK
I
PLLC
VS
S
VD
D
EQ1
EQ2
EQ3
SPOUT1
SPOUT2
SP
VD
D
SP
VS
S
HP
OU
T-L/M
ON
O
11
HPVol L
VREF
VR
EF
Sequencer
Sequencer
1
PowerDown
Control
CPU I/F
SE
LEC
T
Vol
Vol
Vol &
LPFSPVol
16 159
12
13
14
17
18
10687
4
31302932
29302831
20 ~ 27
5
3
2
19
+ -
6 – 9
GX10iCONFIDENTIAL
IC104 (AD6526XCA): DIGITAL BASEBAND (1/3)Pin Terminal Signal Input/Output FunctionNo. Name Name
1 A1 GPO05 Output ARMSM2 A2 VDDRTC – RTC power supply 1.8 V3 A3 OSCIN Input 32.768 kHz crystal input - inverted (GND if no crystal)4 A4 KEYPADCOL3 Output Key matrix (COL3)5 A5 KEYPADROW4 Input Key matrix (ROW4)6 A6 KEYPADROW0 Input Key matrix (ROW0)7 A7 GPO22 Output Back light current control8 A8 GPIO15 Output Sub-screen display RAM select9 A9 GPIO13 Input Charge detect10 A10 GPIO09 Output IrDA power ON11 A11 GPIO06 Input Camera INT12 A12 GND09 – Ground (7 periphery and 4 core)13 A13 USC3 Input USC pin (ADP detect)14 A14 USC2 Output USC pin (TXD)15 B1 GPO00 Output Receiver on RxOn16 B2 PWRON Output Power on/off control17 B3 OSCOUT Output 32.768 kHz oscillator output and feedback to crystal18 B4 KEYPADCOL2 Output Key matrix (COL2)19 B5 KEYPADROW3 Input Key matrix (ROW3)20 B6 GND11 – Ground (7 periphery and 4 core)21 B7 GPIO17 Output Sub-screen display data output22 B8 GPIO14 Output Sub-screen display serial clock23 B9 GPIO12 Output Reset (sound)24 B10 VEXT2 – External device power supply 3 V25 B11 GPIO05 Input IRQ (sound)26 B12 GPIO02 Output Camera reset27 B13 USC6 Input USC pin (CONT2)28 B14 VEXT1 – External device power supply 3 V29 C1 GPO06 Output ATSM30 C2 GPO01 Output Tx on31 C3 KEYPADCOL4 Output Key matrix (COL4)32 C4 KEYPADCOL0 Output Key matrix (COL0)33 C5 GPO23 Output Back light circuit control with PWM control34 C6 VEXT3 – External device power supply 3 V35 C7 GPIO11 Output Flash memory write protect36 C8 VCC4 – Core power supply voltage 1.8 V37 C9 GPIO10 Output Flash memory Vpp38 C10 GPIO07 Output Camera power on39 C11 GPIO03 Output IrDA TXD40 C12 USC5 Output USC pin (CTS)41 C13 GND08 – Ground (7 periphery and 4 core)42 C14 USC0 Input USC pin (ADP)43 D1 CLKOUT Output 13 MHz clock output44 D2 CLKOUTGATE Input Hardware CLKOUT on/off Switching45 D3 VSSRTC – RTC power supply return (Ground)46 D4 KEYPADROW2 Input Key matrix (ROW2)47 D5 VEXT4 – External device power supply 3 V48 D6 GPIO16 Output Sub-screen display chip select49 D7 GND10 – Ground (7 periphery and 4 core)50 D8 GPIO08 Input (CONT1)51 D9 GPIO04 Input Flip SW detection52 D10 GPIO01 Input IrDA RXD53 D11 GPIO00 Output Screen display reset54 D12 USC1 Input USC pin (RXD)55 D13 GPO20 Output Sirial data (RF)56 D14 GPO19 Output A0 (sound)
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 10
GX10i CONFIDENTIAL
IC104 (AD6526XCA): DIGITAL BASEBAND (2/3)Pin Terminal Signal Input/Output FunctionNo. Name Name
57 E1 GPO24 Output Reset output analog baseband RESET58 E2 ASDI Input Auxiliary serial port data input59 E3 VPEG1 – AD6521 interface power supply 2.8 V60 E4 KEYPADCOL1 Output Key matrix (COL1)61 E11 USC4 Output USC pin out (RTS)62 E12 GPO18 Output Enable (RF)63 E13 GPO16 Output GSM SEL (BS0)64 E14 GPO11 Output Back light SW65 F1 ASDO Output Auxiliary serial port data output66 F2 ASFS Output Auxiliary serial port framing signal67 F3 BSDO Output Baseband serial port data output68 F4 KEYPADROW1 Input Key matrix (ROW1)69 F11 GPO21 Output Serial clock (RF)70* F12 GPO10 Output (Not used)71 F13 GPO08 Output Camera A1872 F14 GPO07 Output Charge enable73 G1 BSIFS Output Baseband serial port input framing signal74 G2 BSDI Input Baseband serial port data input75 G3 VSDI Input Voiceband serial port data input76 G4 BSOFS Output Baseband serial port output framing signal77 G11 GPO17 Output DCS SEL (BS1)78 G12 GPO03 Output Audio bias control79 G13 GPO02 Output PCS SEL (BS2)80 G14 CLKON Output Oscillator power control signal (on/off)81 H1 VCC1 – Core power supply voltage 1.8 V82 H2 VSFS Output Voiceband serial port framing signal83 H3 VSDO Output Voiceband serial port data output84 H4 ADD00 Output Processor address bus85 H11 GPO09 Output RF enable86 H12 GPO04 Output Key back light control87 H13 GPIO19 Input JTAG test mode select (TMS)88 H14 GPIO18 Output JTAG test clock (TCK)89 J1 GND01 – Ground (7 periphery and 4 core)90 J2 ADD02 Output Processor address bus91 J3 ADD01 Output Processor address bus92 J4 ADD03 Output Processor address bus93 J11 GPIO21 Output JTAG test data output (TDO)94 J12 GPIO20 Input JTAG test data input (TDI)95 J13 SIMDATAOP Input/Output SIM data output/input96 J14 GPIO22 Input End of charge97 K1 GND02 – Ground (7 periphery and 4 core)98 K2 ADD05 Output Processor address bus99 K3 ADD04 Output Processor address bus100 K4 ADD06 Output Processor address bus101 K11 JTAGEN Input JTAG enable102 K12 SIMCLK Output SIM clock103 K13 GPIO24 Output SIM supply enable104 K14 VCC3 – Core power supply voltage 1.8 V105 L1 ADD08 Output Processor address bus106 L2 VMEM1 – Memory power supply 3 V107 L3 ADD09 Output Processor address bus108 L4 ADD07 Output Processor address bus109 L5 ADD10 Output Processor address bus110 L6 GND04 – Ground (7 periphery and 4 core)111 L7 DATA05 Input/Output Processor data bus112 L8 GND05 – Ground (7 periphery and 4 core)
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 11
GX10iCONFIDENTIAL
IC104 (AD6526XCA): DIGITAL BASEBAND (3/3)Pin Terminal Signal Input/Output FunctionNo. Name Name
113 L9 VSIM – SIM power supply 2.8 V114 L10 GPIO23 Output SIM reset115 L11 GND07 – Ground (7 periphery and 4 core)116 L12 CLKIN Input 13 MHz system clock input (Auto Detect)117 L13 nGPCS1 Output 16M bit flash chip select118* L14 GPIO32 Input (Not used)119 M1 ADD11 Output Processor address bus120 M2 ADD12 Output Processor address bus121 M3 ADD18 Output Processor address bus122 M4 ADD21 Output Processor address bus123 M5 nDISPLAYCS Input/Output 4 M bit SRAM/sound/screen display controler chip select124 M6 DATA02 Input/Output Processor data bus125 M7 DATA04 Input/Output Processor data bus126 M8 DATA08 Input/Output Processor data bus127 M9 DATA10 Input/Output Processor data bus128 M10 DATA13 Input/Output Processor data bus129 M11 nRD Input/Output Processor read strobe130 M12 nGPCS0 Output Camera chip select131 M13 nROMCS Output 64 M bit flash chip select132 M14 nRAMCS Output 16 M bit PSRAM chip select133 N1 ADD13 Output Processor address bus134 N2 ADD15 Output Processor address bus135 N3 ADD17 Output Processor address bus136 N4 ADD20 Output Processor address bus137 N5 VMEM2 – Memory power supply 3 V138 N6 DATA00 Input/Output Processor data bus139 N7 DATA03 Input/Output Processor data bus140 N8 DATA07 Input/Output Processor data bus141 N9 VMEM3 – Memory power supply 3 V142 N10 DATA12 Input/Output Processor data bus143 N11 DATA15 Input/Output Processor data bus144 N12 nHWR Output Processor high write strobe145 N13 VMEM4 – Memory power supply 3 V146 N14 nRESET Input System reset input147 P1 ADD14 Output Processor address bus148 P2 ADD16 Output Processor address bus149 P3 GND03 – Ground (7 periphery and 4 core)150 P4 ADD19 Output Processor address bus151 P5 ADD22 Output Processor address bus152 P6 DATA01 Input/Output Processor data bus153 P7 VCC2 – Core power supply voltage 1.8 V154 P8 DATA06 Input/Output Processor data bus155 P9 DATA09 Input/Output Processor data bus156 P10 DATA11 Input/Output Processor data bus157 P11 DATA14 Input/Output Processor data bus158 P12 GND06 – Ground (7 periphery and 4 core)159 P13 nLWR Output Processor low write strobe160 P14 nWE Output Processor write strobe (nWR)
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
6 – 12
GX10i CONFIDENTIAL
IC105, IC307 VHILM20BIM7-1L (LM20BIM7): TEMPERATURE SENSOR
Pin No. Terminal Input/ Description of terminalname Output1* NC – Not used
13
54
2
(TOP VIEW)2 GND – Ground3 VO Output Output4 V+ Input Input5 GND – Ground
In this unit, the terminal with asterisk mark (*) is (open) termi-nal which is not connected to the outside.
IC107, IC108, IC110 VHITC7SZ32A-1L (TC7SZ32AFE): LOGIC
Pin No. Terminal Input/ Description of terminalname Output1 A Input Input
13
54
2
(TOP VIEW)2 B Input Input3 GND – Ground4 Y Output Output5 VCC – Power supply
IC201 VHIXC620925-1L (XC6209B252MR): HIGH SPEED LDO REGULATORIC306 VHIXC620439-1L (XC6204B392MR): HIGH SPEED LDO REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 VIN Input Input
+
-
1
2
3CE
VSS
VIN
ON/OFFControl
CurrentLimit
VoltageReference
Each ciruit
5 VOUT
2 VSS – Ground3 CE Input Chip enable4* NC – Not used5 VOUT Output Output
In this unit, the terminal with asterisk mark (*) is (open) termi-nal which is not connected to the outside.
IC203 VHIRQ5RW18B-1L (RQ5RW18B): 1.8 V REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 GND – Ground
+
-
3
1
2
4
VDD
CE GND
VOUT
VREF
CURRENT LIMIT
2 VDD – Power supply3 VOUT Output Output4 CE Input Chip enable
6 – 13
GX10iCONFIDENTIAL
IC205 VHIR116030B-1L (R1160N301B): REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 VDD Input Input
+
-
5
4
2
VDD
CE GND
VOUT
ECO
VREF
CURRENT LIMIT
3
12 GND – Ground3 CE Input Chip enable4 ECO Input High speed/low consumption
selector switch5 VOUT Output Output
IC302 VHIXC620930-1L (XC6209B302MR): HIGH SPEED LDO REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 VIN Input Input
+
-
1
2
3CE
VSS
VIN
ON/OFFControl
CurrentLimit
VoltageReference
Each ciruit
5 VOUT
2 VSS – Ground3 CE Input ON/OFF Control4* NC – Not used5 VOUT Output Output
In this unit, the terminal with asterisk mark (*) is (open) termi-nal which is not connected to the outside.
IC206 VHITK11131C-1R (TK11131C): REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 CONT Input Control
1CONT
500 k
320 k
VIN VOUT
BandgapReference
ControlCircuit
Over Heat &Over Current
Protection
2GND
3NP
5 4
- +
2 GND – Ground3 NP – Capacitor4 VOUT Output Output5 VIN Input Input
IC301 VHITC7WH04K-1R (TC7WH04FK): LOGIC
Pin No. Terminal Input/ Description of terminalname Output1 1A Input Input 1 8 7 6 5
1 2 3 4
1A 3Y 2A GND(TOP VIEW)
VCC 1Y 3A 2Y
2 3Y Output Output 33 2A Input Input 24 GND – Ground5 2Y Output Output 26 3A Input Input 37 1Y Output Output 18 VCC – Power supply
6 – 14
GX10i CONFIDENTIAL
IC303, IC304 VHITK11129C-1R (TK11129CSIL): 2.9 V REGULATOR
Pin No. Terminal Input/ Description of terminalname Output1 CONT Input Control
1CONT
500 k
VIN VOUT
BandgapReference
ControlCircuit
ConstantCurrentSource
Over Heat &Over Current
Protection
2GND
3NP
5 4
2 GND – Ground3 NP – Capacitor4 VOUT Output Output5 VIN Input Input
IC305 VHIR3111Q25-1L (R3111Q251C): VOLTAGE DETECTOR
Pin No. Terminal Input/ Description of terminalname Output1 OUT Output Output
1
4
2VSS
GND
OUT+
VREF
-
2 VDD – Power supply3* NC – Not used4 VSS – Ground
TIn this unit, the terminal with asterisk mark (*) is (open) ter-minal which is not connected to the outside.
IC831 VHIPF08123B-1L (PF08123B): RF POWER AMP.Pin No. Terminal name Input/Output Description of terminal
1 Pin GSM Input Input power from TXVCO (GSM)2 Vapc Input Power control voltage from APCIC3 Vdd1 – Power supply4 Pout GSM Output Output power (GSM)5 Pout DCS Output Output power (DCS)6 Vdd2 – Power supply7 Vctl Input Band select switch8 Pin DCS Input Input power from TXVCO (DCS)9 GND – Ground
Pin DCS
Pin GSM Pout GSM
Pout DCS
Bias circuit
Vctl
Vdd1
Vdd2
Vapc
7
8
1
6
5
4
2 3
6 – 15
GX10iCONFIDENTIAL
IC881 VHIHD155173-1L (HD155173): AUTO POWER CONTROLPin No. Terminal name Input/Output Description of terminal
1 VAPC1 Output APC voltage output terminal (GSM900)2 IN1(-) Input Output amp negative terminal (GSM900)3 IN(+) Input Output amp positive terminal4 VCC1 Input Power supply5 DACin Input DAC voltage input terminal6 AMPIB Input DAC amp input terminal7 AMPO Output DAC amp output terminal8 Mode SW Input Mode switch9 VCC2 Input Power supply10 PS Input Power save switch11 GND2 – Ground12 RFin1 Input GSM900 signal input terminal13 RFin2 Input DCS/PCS signal input terminal14 GND1 – Ground15 IN2(-) Input Output amp negative terminal (DCS/PCS)16 VAPC2 Output APC voltage output terminal (DCS/PCS)
6 – 16
GX10i CONFIDENTIAL
IC901 VHIHD155148-1L (HD155148TF): RFPin No. Terminal name Input/Output Description of terminal
1 GNDLNA – Ground for LNA bias2 VCCLNA Input VCC for LNA transistor and LNA bias3 GNDDUM,GNDPCS – Ground for emitter of LNA transistor (PCS)4 PCSLNAI Input Positive input for LNA transistor (PCS)5 PCSLNAIB Input Negative input for LNA transistor (PCS)6 GNDPCSB,GNDDCS – Ground for emitter of LNA transistor (PCS,DCS)7 DCSLNAI Input Positive input for LNA transistor (DCS)8 DCSLNAIB Input Negative input for LNA transistor (DCS)9 GNDDCSB,GNDGSM – Ground for emitter of LNA transistor (DCS,GSM)10 GSMLNAI Input Positive input for LNA transistor (GSM)11 GSMLNAIB Input Negative input for LNA transistor (GSM)12 GNDGSMB,GNDDUM – Ground for emitter of LNA transistor (GSM)13 VCCLNA Input VCC for LNA transistor and LNA bias14 GNDOPLL – Ground for OPLL15 VCOIN Input TXVCO signal input16 VCCOPLL Input VCC for OPLL and phase comparator17 PLLOUT Output Current output to control and modulate TXVCO18 VCCIQ/ADDAC Input VCC for IQ modulator and offset canceling AD/DAC19 GNDIQ/ADDAC – Ground for IQ modulator and offset canceling AD/DAC20 IINB Input Negative input of I signal for modulator21 IIN Input Positive input of I signal for modulator22 QINB Input Negative input of Q signal for modulator23 QIN Input Positive input of Q signal for modulator24 QOUTB Output Negative output of Q channel25 QOUT Output Positive output of Q channel26 IOUTB Output Negative output of I channel27 IOUT Output Positive output of I channel28 VCCIFVCO Input VCC for IFVCO and IFVCO buffer and divider29 GNDIFVCO – Ground for IFVCO buffer an divider30 VCCOSC Input VCC for IFVCO31 TCXOCONT – TCXOOUT frequency (GND: 26 MHz/VCC: 13 MHz)32 VCCIFSYN Input VCC for IF synthesizer and TCXOOUT buffer (13 MHz/26 MHz)33 CPIFSYN Output Charge pump output of IF synthesizer34 GNDIFSYN – Ground for IFsynthesizer and TCXOOUT buffer (13 MHz/26 MHz)35 LE Input Load enable for serial data36 TCXOOUT Output TCXO output for base band37 CLK Input Clock for serial data38 TCXOIN Input TCXO input for IF and RF synthesizer39 SDATA Input Serial data40 GNDRFSYN – Ground for RF synthesizer and TCXO input buffer (26 MHz)41 VCCRFSYN Input VCC for RF synthesizer and TCXO input buffer (26 MHz)42 BANDSW Output Band select or frequency select switch for RFVCO43 FLOCK Output Fast lock control for RF synthesizer44 CPRFSYN Output Charge pump output of RF synthesizer45 GNDBB – Ground for base band46 VCCBB Input VCC for base band47 VCCRFLO Input VCC for RF local buffer and divider48 GNDRFLO – Ground for RF local buffer and divider49 RFLOINB Input Negative input for RF local50 RFLOINB Input Positive input for RF local51 GNDMIX – Ground for direct conversion mixer52 CAPQB Output Capacitor for Q channel LPF (Negative output)53 CAPQ Output Capacitor for Q channel LPF (Positive output)54 CAPIB Output Capacitor for I channel LPF (Negative output)55 CAPI Output Capacitor for I channel LPF (Positive output)56 VCCMIX Input VCC for direct conversion mixer
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GX10iCONFIDENTIAL
IC991, IC993 VHINL27WZ08-1R (NL27WZ08): LOGIC
Pin No. Terminal Input/ Description of terminalname Output1 1A Input Input 1
1A
1
VCC
1B GND
2 3
8 7 6
4
5
2Y
1Y 2B 2A
2 1B Input Input 13 2Y Output Output 24 GND – Ground5 2A Input Input 26 2B Input Input 27 1Y Output Output 18 VCC – Power supply
IC992 VHITC7W00FK-1R (TC7W00FK): LOGIC
Pin No. Terminal Input/ Description of terminalname Output1 1A Input Input 1
1 2 3 4
8 7 6 5
VCC 1Y 2B 2A
1A 1B(TOP VIEW)
2Y GND
2 1B Input Input 13 2Y Output Output 24 GND – Ground5 2A Input Input 26 2B Input Input 27 1Y Output Output 18 VCC – Power supply
6 – 18
GX10i CONFIDENTIAL
CA1001 (LZ0P3920): CAMERA MODULEPin No. Terminal name Input/Output Description of terminal
1 GND – Ground2 OD10 Input/Output Data bus 103 OD11 Input/Output Data bus 114 OD12 Input/Output Data bus 125 OD13 Input/Output Data bus 136 OD14 Input/Output Data bus 147 OD15 Input/Output Data bus 158 AVDD – Power supply input (3.1 V/Sensor)9 CINT Output Interruption signal10 CBACK – Ground11* CBREQ – Not used12 A1 Input Address bus 113 A2 Input Address bus 214 A17 Input Address bus 1715 A18 Input Address bus 1816 A19 Input Address bus 1917* TEST4 – Not used18 VDD2 – Power supply input (3.0 V/IOPAD)19 GND – Ground20 RSTN Input Reset signal21 CSB Input Chip select22 WRB Input IP parameter write signal23 RDB Input IP parameter read signal24 EXCKI Input External clock input25 GND – Ground26 OD0 Input/Output Data bus 027 OD1 Input/Output Data bus 128 OD2 Input/Output Data bus 229 OD3 Input/Output Data bus 330 OD4 Input/Output Data bus 431 OD5 Input/Output Data bus 532 OD6 Input/Output Data bus 633 OD7 Input/Output Data bus 734 OD8 Input/Output Data bus 835 OD9 Input/Output Data bus 936 VDD1 – Power supply input (2.5 V/Core)
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
GX10iCONFIDENTIAL
PARTS GUIDE
NOTE:Parts marked with “ ” are important for maintaining the safety of the set.Be sure to replace parts with specified ones for maintaining the safety and performance of the set.
Explanation of capacitors/resistors parts codesCapacitorsVCC ....................... Ceramic typeVCK........................ Ceramic typeVCT ........................ Semiconductor typeVC • • MF ............... Cylindrical type (without lead wire)VC • • MN ............... Cylindrical type (without lead wire)VC • • TV ................ Square type (without lead wire)VC • • TQ ............... Square type (without lead wire)VC • • CY ............... Square type (without lead wire)VC • • CZ ............... Square type (without lead wire)VC • • • • • • • • • J .. The 13th character represents capacity difference.
("J" ±5%, "K" ±10%, "M" ±20%, "N" ±30%, "C" ±0.25 pF, "D" ±0.5 pF, "Z" +80-20%.)
If there are no indications for the electrolytic capacitors, error is ±20%.
ResistorsVRD ....................... Carbon-film typeVRS........................ Carbon-film typeVRN ....................... Metal-film typeVR • • MF ............... Cylindrical type (without lead wire)VR • • MN ............... Cylindrical type (without lead wire)VR • • TV ................ Square type (without lead wire)VR • • TQ ............... Square type (without lead wire)VR • • CY ............... Square type (without lead wire)VR • • CZ ............... Square type (without lead wire)VR • • • • • • • • • J .. The 13th character represents error.
("J" ±5%, "F" ±1%, "D" ±0.5%.)
If there are no indications for other parts, the resistors are ±5%carbon-film type.
DIGITAL MOBILE PHONE
“HOW TO ORDER REPLACEMENT PARTS”To have your order filled promptly and correctly, please furnish the following information.
1. MODEL NUMBER 2. REF. No. 3. PART No. 4. DESCRIPTION
MARK: Standard parts. SHARP is not to have them in stock.
MODEL GX10i(INTERNAL MODEL NAME:
TQ-GX15E/G/R/T/S/H/EP/PP/W/B/D/A/Z/Q)E : For U.K. G : For GermanyR : For Ireland T : For ItalyS : For Spain H : For NetherlandsEP : For U.K. (Prepaid) PP: For Portugal (Prepaid)W : For Sweden B : For HungaryD : For Greece A : For AustraliaZ : For New Zealand Q : For Egypt
GX10i CONFIDENTIAL
– 1 –
INTEGRATED CIRCUITS
IC001 VHILT1937++-1R DC-DC,LT1937IC002 VHIADM8830+-1L Charge Pump Regulator,
ADM8830IC003 RH-IX3054AFZZL Grayscale Generator,
ADD8502-2ACPIC004 RH-IX2933AFZZL Regulator,IX2933AFIC005 ———— Not Replacement Item,This
Parts is Supplied with CabinetParts 104
IC101 VHINJ287130-1L 3.0V Regulator,NJM2871F03IC102 ———— Not Replacement Item,This
Parts is Supplied with CabinetParts 104
IC103 VHIYMU759B+1FL Sound,YMU759BIC104 ———— Not Replacement Item,This
Parts is Supplied with CabinetParts 104
IC105 VHILM20BIM7-1L TemperatureSensor,LM20BIM7
IC106 ———— Not Replacement Item,ThisParts is Supplied with CabinetParts 104
IC107,108 VHITC7SZ32A-1L Logic,TC7SZ32AFEIC110 VHITC7SZ32A-1L Logic,TC7SZ32AFEIC201 VHIXC620925-1L High Speed LDO Regulator,
XC6209B252MRIC202 VHIAD340818-1L Power Supply,ADP3408ACPIC203 VHIRQ5RW18B-1L 1.8V Regulator,RQ5RW18BIC205 VHIR116030B-1L Regulator,R1160N301BIC206 VHITK11131C-1R Regulator,TK11131CIC301 VHITC7WH04K-1R Logic,TC7WH04FKIC302 VHIXC620930-1L High Speed LDO Regulator,
XC6209B302MRIC303,304 VHITK11129C-1R 2.9V Regulator,TK11129CSILIC305 VHIR3111Q25-1L Voltage Detector,R3111Q251CIC306 VHIXC620439-1L High Speed LDO Regulator,
XC6204B392MRIC307 VHILM20BIM7-1L Temperature
Sensor,LM20BIM7IC831 VHIPF08123B-1L RF Power Amp.,PF08123BIC881 VHIHD155173-1L Auto Power Control,HD155173IC901 VHIHD155148-1L RF,HD155148TFIC991 VHINL27WZ08-1R Logic,NL27WZ08IC992 VHITC7W00FK-1R Logic,TC7W00FKIC993 VHINL27WZ08-1R Logic,NL27WZ08
TRANSISTORS
Q001 VSMCH3443++-1L FET,MCH3443Q002 VS2SK3019//-1+ FET,2SK3019Q101 VSEMD9+++++-1R Digital,PNP/NPN,EMD9Q103,104 VSRT1N144U/-1+ Digital,NPN,RT1N144 UQ203 VSRT1N144U/-1+ Silicon,NPN,RT1N144 UQ204 VS2SA1989SR-1+ Silicon,PNP,2SA1989 SRQ205 VS2SA1955A/-1+ Silicon,PNP,2SA1955 AQ206 VSMCH6613++-1R FET,MCH6613Q207 VSEMD6+++++-1R Digital,PNP/NPN,EMD6Q208 VSEMD12++++-1R Digital,PNP/NPN,EMD12Q301 VSUM6K1////-1- FET,UM6K1Q302 VS2SK3019//-1+ FET,2SK3019Q303 VSRT1N234U+-1L Digital,NPN,RT1N234 UQ304 VSEMG9+++++-1R Digital,PNP/NPN,EMG9Q305 VSCPH6311++-1R FET,CPH6311Q306 VS2SK3019//-1+ FET,2SK3019Q307 VS3LP02M+++-1L FET,3LP02 MQ308,309 VS2SA1955A/-1+ Silicon,PNP,2SA1955 A
DIODES
D001 VHD1SS400//-1- Silicon,1SS400D002 VHERD22SL++-1L Zener,22V,RD22SLD003 VHDRB520S30-1- Schottky,RB520S30D101~103 VHD1SS388//-1+ Silicon,1SS388D201,202 VHERSB6R8S+-1L Zener,6.8V,RSB6.8SD301,302 VHDHN2S01FU-1L Silicon,HN2S01FUD303 VHDRB160M30-1L Silicon,RB160M30D304 VHDMA2ZD02/-1- Silicon,MA2ZD02D305 VHD1SS388//-1+ Silicon,1SS388D308 VHERSB6R8S+-1L Zener,6.8V,RSB6.8SD310,311 VHERSB6R8S+-1L Zener,6.8V,RSB6.8S
LED001 VHPCW215TBS-1L LED,White,CW215TBSLED101 VHPCL165UR/-1- LED,Red/Green,CL165URLED302~309 VHPYPY1105C-1L LED,Green,YPY1105CUN301 VHPGP2W01100FR Infrared Port
FILTERS
FL303 RFILN0018AFZZN Ferrite BeadsFL304 RFILN1005YCZZN Common Mode FilterFL307 RFILN0018AFZZN Ferrite BeadsFL801 RFILR0209AFZZL RF SwitchFL811 RFILR0214AFZZL Directional CouplerFL816 RFILR0215AFZZL Directional CouplerFL831 RFILN0020AFZZN Ferrite BeadsFL901 RFILR0206AFZZL SAW FilterFL902 RFILR0207AFZZL SAW FilterFL903 RFILR0208AFZZL SAW FilterFL971 RFILR0631AFZZL Balun
COILS
L001 RCILZ0346AFZZN 22µHL003 VPBFMS33JR65MT 33 nHL103~108 RCILZ1088YCZZ- Ferrite BeadsL189 RCILZ0387AFZZN Ferrite BeadsL301 RCILZ0315AFZZT Ferrite BeadsL303 RCILZ0315AFZZT Ferrite BeadsL305~316 RCILZ1088YCZZ- Ferrite BeadsL318,319 RCILZ1088YCZZ- Ferrite BeadsL821 VPCAMT12S0000- 1.2 nHL823 VPCAMT33S0000- 3.3 nHL861 RCILZ0305AFZZT Ferrite BeadsL901,902 VPBZNT82D0000- 8.2 nHL903~906 VPBZNT27S0000- 2.7 nHL951 RCILZ1088YCZZ- Ferrite BeadsL971 RCILZ0305AFZZT Ferrite Beads
VARIABLE RESISTORS
V201 VHV10080MAB-1N Varistor 650 pF,8VV203 VHV10080MAB-1N Varistor 650 pF,8VV301 VHV10080MBB-1N Varistor,100 pF,8VV302 VHV10270MBB-1N Varistor,15 pF,27VV303 VHV10080MBB-1N Varistor,100 pF,8VV304,305 VHV10270MBB-1N Varistor,15 pF,27VV306,307 VHV10080MBB-1N Varistor,100 pF,8VV308 VHV10270MBB-1N Varistor,15 pF,27VV309~311 VHV10080MBB-1N Varistor,100 pF,8VV313~318 VHV10080MBB-1N Varistor,100 pF,8VV319,320 VHV10080MBB-1N Varistor,100 pF,8V
VIBRATORS
TCX951 RTCOX0025AFZZL TCXO,26 MHzX101 RCRSC0065AFZZL Crystal,32 kHz
ARRAY PARTS
R014~017 RR-DZ1133AFZZN Array,0 ohmR104 RMPTR4103ACZZN Array,10 kohmR153 RMPTR4221ACZZN Array,220 ohmsR155 RMPTR4221ACZZN Array,220 ohmsR164 RMPTR4221ACZZN Array,220 ohmsR166 RMPTR4221ACZZN Array,220 ohmsR811 RR-TZ1118AFZZR Array,10 dBR816 RR-TZ1118AFZZR Array,10 dBR923 RR-DZ1133AFZZN Array,0 ohm
CAPACITORS
C001 VCKYTV1EB224KT 0.22 µF,25VC002 VCKYCZ1EB222KT 0.0022 µF,25VC003 VCKYCY1AB105KT 1 µF,10VC004,005 VCKYCY0JB105KT 1 µF,6.3VC007 VCCCCZ1EH101JT 100 pF (CH),25VC008 VCKYCZ1AB104KT 0.1 µF,10VC009 VCKYCY0JB225KT 2.2 µF,6.3VC010 VCKYCZ1AB104KT 0.1 µF,10VC011~013 VCKYCY0JB225KT 2.2 µF,6.3VC014 VCKYCZ1AB104KT 0.1 µF,10VC015 RC-KZ1300AFZZN 1 µF,16V
DESCRIPTIONNO. PARTS CODE NO. PARTS CODE DESCRIPTION
GX10iCONFIDENTIAL
– 2 –
C016 VCKYCZ1CF104ZT 0.1 µF,16VC017 VCKYCY1AB104KT 0.1 µF,10VC018,019 RC-KZ1300AFZZN 1 µF,16VC020 VCKYCY0JB105KT 1 µF,6.3VC021 RC-KZ1300AFZZN 1 µF,16VC022 VCKYCZ1AB104KT 0.1 µF,10VC024 VCKYCZ1AB104KT 0.1 µF,10VC027 VCCCCZ1EH101JT 100 pF (CH),25VC101,102 VCCCCZ1EH470JT 47 pF (CH),25VC103 VCKYCZ1AB104KT 0.1 µF,10VC104 VCKYTV0JB106KT 10 µF,6.3VC105 VCKYCZ1EB102KT 0.001 µF,25VC108 VCKYTV0JB106KT 10 µF,6.3VC109,110 VCKYCZ1AB104KT 0.1 µF,10VC109A VCCCCZ1EH101JT 100 pF (CH),25VC111 VCKYCZ1EB102KT 0.001 µF,25VC112 VCKYCZ1AB104KT 0.1 µF,10VC113 VCKYCZ1EB102KT 0.001 µF,25VC114 VCCCCZ1EH470JT 47 pF (CH),25VC115 VCKYCZ1AB104KT 0.1 µF,10VC116,117 VCCCCZ1EH470JT 47 pF (CH),25VC118 VCKYCZ1CB103KT 0.01 µF,16VC119~122 VCCCCZ1EH470JT 47 pF (CH),25VC125 VCKYCY1AB105KT 1 µF,10VC126 VCKYCZ1AB104KT 0.1 µF,10VC128 VCKYCZ1AB104KT 0.1 µF,10VC131 VCKYCZ1AB104KT 0.1 µF,10VC132 VCKYTV0JB106KT 10 µF,6.3VC133~135 VCKYCZ1AB104KT 0.1 µF,10VC136 VCCCCZ1EH221JT 220 pF (CH),25VC137 VCKYCZ1AB473KT 0.047 µF,10VC138 VCKYCZ1AB104KT 0.1 µF,10VC139 VCKYCY1AB105KT 1 µF,10VC140 VCKYCZ1EB102KT 0.001 µF,25VC141 RC-KZ1308AFZZT 4.7 µF,6.3VC142,143 VCKYCZ1AB104KT 0.1 µF,10VC145 VCKYCZ1AB104KT 0.1 µF,10VC146 VCKYCZ1EB102KT 0.001 µF,25VC148 VCCCCZ1EH2R0CT 2 pF (CH),25VC149 VCKYCZ1AB104KT 0.1 µF,10VC150 VCCCCZ1EH2R0CT 2 pF (CH),25VC151~163 VCKYCZ1AB104KT 0.1 µF,10VC166 VCKYCZ1AB104KT 0.1 µF,10VC168,169 VCKYCZ1AB104KT 0.1 µF,10VC170 VCKYCZ1EB102KT 0.001 µF,25VC172~174 VCKYCZ1AB104KT 0.1 µF,10VC176 VCKYCY1AB105KT 1 µF,10VC179 VCKYCZ1EB102KT 0.001 µF,25VC180,181 VCCCCZ1EH470JT 47 pF (CH),25VC182,183 VCCCCZ1EH470JT 47 pF (CH),25VC184,185 VCCCCZ1EH470JT 47 pF (CH),25VC186~188 VCKYCZ1AB104KT 0.1 µF,10VC210 VCKYTV0JB106KT 10 µF,6.3VC211 VCKYCZ1AB104KT 0.1 µF,10VC212 VCKYCZ0JB105KT 1 µF,6.3VC213 VCKYCZ1AB104KT 0.1 µF,10VC214 VCKYCY1AB105KT 1 µF,10VC215 VCKYCZ1AB104KT 0.1 µF,10VC216 VCKYTV0JB106KT 10 µF,6.3VC218 VCKYCZ1CB103KT 0.01 µF,16VC219 VCKYCY1AB105KT 1 µF,10VC220 VCKYCZ1AB104KT 0.1 µF,10VC221,222 VCKYCY1AB105KT 1 µF,10VC223 RC-KZ1297AFZZT 4.7 µF,4VC224,225 VCKYCZ1AB104KT 0.1 µF,10VC227 RC-KZ1297AFZZT 4.7 µF,4VC228 VCKYCY1AB224KT 0.22 µF,10VC229~231 VCKYCY0JB225KT 2.2 µF,6.3VC232,233 VCKYCZ1AB104KT 0.1 µF,10VC234 VCKYCZ1EB472KT 0.0047 µF,25VC236~240 VCCCCZ1EH101JT 100 pF (CH),25VC303 VCKYCZ1AB104KT 0.1 µF,10VC306 VCCCCZ1EH470JT 47 pF (CH),25VC316 VCKYCZ1AB104KT 0.1 µF,10VC317 VCKYCY1AB105KT 1 µF,10VC318 VCKYTV0JB225KT 2.2 µF,6.3VC319 VCKYCZ1AB104KT 0.1 µF,10VC320,321 VCKYCZ1CB103KT 0.01 µF,16VC322,323 VCKYCY1AB105KT 1 µF,10VC326 VCCCCZ1EH470JT 47 pF (CH),25VC328 VCKYCY1AB105KT 1 µF,10VC330,331 VCKYCY1AB105KT 1 µF,10VC332 VCKYTQ0JB106KT 10 µF,6.3V
C333 VCKYTV0JB475KT 4.7 µF,6.3VC334,335 VCKYCZ1EB102KT 0.001 µF,25VC337~339 VCKYCZ1AB104KT 0.1 µF,10VC347,348 VCKYCZ1AB104KT 0.1 µF,10VC349 VCKYCY0JB225KT 2.2 µF,6.3VC350 VCKYCZ1CB103KT 0.01 µF,16VC362 VCKYCZ1CB103KT 0.01 µF,16VC501 VCKYCZ1EB102KT 0.001 µF,25VC502,503 VCKYCZ1AB104KT 0.1 µF,10VC504 VCKYTV0JB106KT 10 µF,6.3VC505,506 VCKYCY0JB225KT 2.2 µF,6.3VC507 VCKYCZ1AB104KT 0.1 µF,10VC801~804 VCCCCZ1EH470JT 47 pF (CH),25VC811 VCCCCZ1EH1R5CT 1.5 pF (CH),25VC824 VCCCCZ1EH1R0CT 1 pF (CH),25VC831 VCCCCZ1EH271JT 270 pF (CH),25VC832 VCCCCZ1EH470JT 47 pF (CH),25VC833 VCCCCZ1EH101JT 100 pF (CH),25VC834 VCCCCZ1EH220JT 22 pF (CH),25VC835 RC-SZ1157AFZZL 150 µF,6.3V,Tantalum,
ElectrolyticC836 VCCCCZ1EH470JT 47 pF (CH),25VC857 VCCCCZ1EH100DT 10 pF (CH),25VC859 VCCCCZ1EH470JT 47 pF (CH),25VC860 VCCCCZ1EH220JT 22 pF (CH),25VC861 VCKYCZ1EB102KT 0.001 µF,25VC871 VCCCCZ1EH101JT 100 pF (CH),25VC872 VCKYTV1EB123KT 0.012 µF,25VC873 VCKYCZ1EB102KT 0.001 µF,25VC881,882 VCCCCZ1EH101JT 100 pF (CH),25VC883 VCKYCZ1EB471KT 470 pF,25VC884 VCCCCZ1EH101JT 100 pF (CH),25VC885 VCKYCZ1CB103KT 0.01 µF,16VC886 VCCCCZ1EH470JT 47 pF (CH),25VC887 VCCCCZ1EH220JT 22 pF (CH),25VC889 VCKYCY0JB225KT 2.2 µF,6.3VC901 VCKYCZ1CB103KT 0.01 µF,16VC902 VCCCCZ1EH1R0CT 1 pF (CH),25VC905 VCKYCZ1CB103KT 0.01 µF,16VC906 VCCCCZ1EH470JT 47 pF (CH),25VC907,908 VCCCCZ1EH220JT 22 pF (CH),25VC910 VCCCCZ1EH0R5CT 0.5 pF (CH),25VC921,922 VCKYCZ1CB103KT 0.01 µF,16VC923,924 VCCCCZ1EH221JT 220 pF (CH),25VC941~943 VCKYCZ1CB103KT 0.01 µF,16VC944 VCKYCY1HB182KT 0.0018 µF,50VC945 VCCCCZ1EH271JT 270 pF (CH),25VC946 VCKYCZ1CB103KT 0.01 µF,16VC947 VCCCCZ1EH220JT 22 pF (CH),25VC952 VCCCCZ1EH101JT 100 pF (CH),25VC954,955 VCKYCZ1AB104KT 0.1 µF,10VC971 VCKYCZ1AB104KT 0.1 µF,10VC973 RC-KZ1305AFZZN 0.0082 µF,25VC974 RC-KZ1304AFZZN 0.001 µF,25VC975 VCCCCZ1EH151JT 150 pF (CH),50VC976,977 VCKYCZ1CB103KT 0.01 µF,16VC978,979 VCCCCZ1EH3R0CT 3 pF (CH),25VC980,981 VCKYCY1HB222JT 0.0022 µF,50VC982 VCKYCZ1CB103KT 0.01 µF,16VC992,993 VCKYCZ1CB103KT 0.01 µF,16V
RESISTORS
VRS-CY1JB000JT 0 ohm,Jumper,0.8×1.55mm,GreenVRS-CZ1JB000JT 0 ohm,Jumper,0.5×1.0mm
R001 VRS-CZ1JB5R6JT 5.6 ohms,1/16WR002 VRS-CZ1JB221JT 220 ohms,1/16WR003 VRS-CZ1JB102JT 1 kohm,1/16WR004 VRS-CZ1JB472JT 4.7 kohms,1/16WR006 VRS-CZ1JB474JT 470 kohms,1/16WR013 VRS-CZ1JB104JT 100 kohm,1/16WR030,031 VRS-CZ1JB474JT 470 kohms,1/16WR106 VRS-CZ1JB102JT 1 kohm,1/16WR107 VRS-CZ1JB122JT 1.2 kohms,1/16WR108 VRS-CZ1JB222JT 2.2 kohms,1/16WR109,110 VRS-CZ1JB122JT 1.2 kohms,1/16WR111 VRS-CZ1JB222JT 2.2 kohms,1/16WR112 VRS-CZ1JB122JT 1.2 kohms,1/16WR122 VRS-CZ1JB683JT 68 kohms,1/16WR123 VRS-CZ1JB183JT 18 kohms,1/16WR128 VRS-CZ1JB332JT 3.3 kohms,1/16WR129 VRS-CZ1JB102JT 1 kohm,1/16WR130 VRS-CZ1JB221JT 220 ohms,1/16W
NO. DESCRIPTIONPARTS CODENO. PARTS CODE DESCRIPTION
GX10i CONFIDENTIAL
– 3 –
R131 VRS-CZ1JB270JT 27 ohms,1/16WR133 VRS-CZ1JB206JT 20 Mohms,1/16WR141 VRS-CZ1JB101JT 100 ohm,1/16WR142~144 VRS-CZ1JB474JT 470 kohms,1/16WR146 VRS-CZ1JB101JT 100 ohm,1/16WR148 VRS-CZ1JB101JT 100 ohm,1/16WR149 VRS-CZ1JB471JT 470 ohms,1/16WR151,152 VRS-CZ1JB221JT 220 ohms,1/16WR154 VRS-CZ1JB221JT 220 ohms,1/16WR157,158 VRS-CZ1JB474JT 470 kohms,1/16WR159~162 VRS-CZ1JB221JT 220 ohms,1/16WR168 VRS-CZ1JB221JT 220 ohms,1/16WR170 VRS-CZ1JB221JT 220 ohms,1/16WR172,173 VRS-CY1JB1R0JT 1 ohm,1/16WR177 VRS-CZ1JB104JT 100 kohm,1/16WR183 VRS-CZ1JB103JT 10 kohm,1/16WR186 VRS-CZ1JB103JT 10 kohm,1/16WR195 VRS-CZ1JB104JT 100 kohm,1/16WR210 VRS-CZ1JB474JT 470 kohms,1/16WR211 VRS-CZ1JB683JT 68 kohms,1/16WR212 VRS-CZ1JB103JT 10 kohm,1/16WR215 VRS-CZ1JB822JT 8.2 kohms,1/16WR216 VRS-CZ1JB474JT 470 kohms,1/16WR218 VRS-CZ1JB331JT 330 ohms,1/16WR219 VRS-CZ1JB122JT 1.2 kohms,1/16WR222,223 VRS-CZ1JB474JT 470 kohms,1/16WR227 VRS-CZ1JB102JT 1 kohm,1/16WR232 VRS-CZ1JB1R0JT 1 ohm,1/16WR305 VRS-CZ1JB203JT 20 kohms,1/16WR308~310 VRS-CZ1JB101JT 100 ohm,1/16WR312~317 VRS-CZ1JB101JT 100 ohm,1/16WR319,320 VRS-CZ1JB101JT 100 ohm,1/16WR326 VRS-CZ1JB103JT 10 kohm,1/16WR332~334 VRS-CZ1JB474JT 470 kohms,1/16WR336 VRS-CZ1JB331JT 330 ohms,1/16WR337~339 VRS-CZ1JB471JT 470 ohms,1/16WR340,341 VRS-CZ1JB331JT 330 ohms,1/16WR342 VRS-CZ1JB271JT 270 ohms,1/16WR343 VRS-CZ1JB331JT 330 ohms,1/16WR346 VRS-CZ1JB474JT 470 kohms,1/16WR348 RR-NZ1103AFZZN 0.18 ohms,1/2WR349,350 VRS-CZ1JB222JT 2.2 kohms,1/16WR351,352 VRS-CZ1JB122JT 1.2 kohms,1/16WR353,354 VRS-CZ1JB474JT 470 kohms,1/16WR356 VRS-CZ1JB752JT 7.5 kohms,1/16WR363 VRS-CZ1JB102JT 1 kohm,1/16WR366 VRS-CZ1JB474JT 470 kohms,1/16WR368 VRS-CZ1JB471JT 470 ohms,1/16WR503,504 VRS-CZ1JB101JT 100 ohm,1/16WR507 VRS-CY1JB2R2JT 2.2 ohms,1/16WR812 VRS-CZ1JB470JT 47 ohms,1/16WR817 VRS-CZ1JB470JT 47 ohms,1/16WR851 VRS-CZ1JB470JT 47 ohms,1/16WR852 VRS-CZ1JB101JT 100 ohm,1/16WR853 VRS-CZ1JB470JT 47 ohms,1/16WR854 VRS-CZ1JB101JT 100 ohm,1/16WR855,856 VRS-CZ1JB680JT 68 ohms,1/16WR857 VRS-CZ1JB560JT 56 ohms,1/16WR858 VRS-CZ1JB181JT 180 ohms,1/16WR859 VRS-CZ1JB560JT 56 ohms,1/16WR871 VRS-CZ1JB470JT 47 ohms,1/16WR872 VRS-CZ1JB330JT 33 ohms,1/16WR881 VRS-CZ1JB103JT 10 kohm,1/16WR882 VRS-CZ1JB223JT 22 kohms,1/16WR883 VRS-CZ1JB822JT 8.2 kohms,1/16WR885,886 VRS-CZ1JB103JT 10 kohm,1/16WR887 VRS-CZ1JB104JT 100 kohm,1/16WR901 VRS-CZ1JB100JT 10 ohm,1/16WR905 VRS-CZ1JB100JT 10 ohm,1/16WR941,942 VRS-CZ1JB100JT 10 ohm,1/16WR944 VRS-CZ1JB472JT 4.7 kohms,1/16WR953 VRS-CZ1JB100JT 10 ohm,1/16WR972 VRS-CZ1JB152JT 1.5 kohms,1/16WR973 VRS-CZ1JB332JT 3.3 kohms,1/16WR974 VRS-CZ1JB472JT 4.7 kohms,1/16W
OTHER CIRCUITRY PARTS
ANT801 QCNTA0132AFZZN Terminal,AerialBAT100 RDNTL0015AFZZ Battery,Back-upCA1001 ———— Not Replacement Item,This
Parts is Supplied with P.W.B.Assembly PWB-G
CN001 QCNCW937HAFPZL Socket,8PinCN002 QCNCWUF51AFZZL Socket,51PinCN101 QCNCMXN34AFZZN Plug,34PinCN201 QCNCWUF45AFZZL Socket,45PinCN202 QCNCWUF39AFZZL Socket,39PinCN301 QSOCZ9172AFZZR SIM Card ConnectorCN302 QSOCN1801AFZZL External ConnectorCN303 QCNTA0121AFZZN Contact BatteryCN305 QCNCMXM40AFZZN Plug,40PinCN306 QCNCMXN40AFZZN Plug,40PinEP100 RPHOD0035AFZZ EarpieceFS001 QFS-L631AAFNZN Fuse,0.63AFS302 QFS-L252EAFNZN Fuse,2.5VJ801 QCNCW927AAFZZR Test ConnectorJK301 QJAKM0223AFZZL Hands Free ConnectorLCD001 RLCUB0031AFZZ Sub-Screen DisplayLCD100 RLCUB0045AFZZ Main-Screen DisplayMIC100 RMICC0216AFZZ MicrophoneMO1 RMOTV0548AFZZ VibratorSP1 RSPA00014AF8P SpeakerVCO851 RUNTZ0831AFZZR Tx VCOVCO971 RUNTZ0832AFZZR RF VCO
CABINET PARTS
101 DCABAW027AFS1 Front Cabinet Ass’y101- 1 ———— Front Cabinet (Display),Display
(Not Replacement Item)101- 2 GCABC7014AFSA Front Cabinet (Key),Display101- 3 RUNTZ0840AFZZ Hinge101- 4 PCUSS1033AFZZ Cushion,Display Driver101- 5 PSHEZ1733AFZZ Electrostatic Sheet,Side Key101- 6 PSLDC3348AFZZ Electrostatic Plate,Side Key102 DCABBW027AFS1 Back Cabinet (Display)Ass’y102- 1 ———— Back Cabinet (Display),Display
(Not Replacement Item)102- 2 TLABZ2595AFZZ Sensor,Moisture102- 3 PSPAK0124AFZZ Plate A,Back Cabinet
Reinforcement103 DCABDW027AFS1 Back Cabinet (Key)Ass’y103- 1 ———— Back Cabinet (Key),Display
(Not Replacement Item)103- 2 GCOVH1329AFSB Cover,Jack (Hands Free)103- 3 GCOVH1337AFZZ Cover,Aerial103- 4 PCUSS0902AFZZ Cushion,Battery103- 5 PFILW0120AFZZ Filter,IR103- 6 QANTH0195AFSB Aerial103- 7 TLABZ2595AFZZ Sensor,Moisture104 DKENDW027AFS1 Board Unit [E]104 DKENDW027AFS2 Board Unit [G]104 DKENDW027AFS3 Board Unit [R]104 DKENDW027AFS4 Board Unit [T]104 DKENDW027AFS5 Board Unit [S]104 DKENDW027AFS6 Board Unit [H]104 DKENDW027AFS7 Board Unit [EP]104 DKENDW027AFS8 Board Unit [PP]104 DKENDW027AFS9 Board Unit [W]104 DKENDW027AFSA Board Unit [B]104 DKENDW028AFSB Board Unit [D]104 DKENDW028AFSC Board Unit [A]104 DKENDW029AFSD Board Unit [Z]104 DKENDW029AFSE Board Unit [Q]104- 1(PWB-A) ———— Main (Not Replacement Item)104- 2(PWB-B) ———— Key (Not Replacement Item)104- 3 GCOVH1333AFZZ Cover,Vibrator104- 4 LHLDB1190AFZZL Holder,Back-up Battery104- 5 LHLDZ1881AF01 Main-Screen Display Holder
Ass’y104- 6 LHLDZ1882AF01 Sub-Screen Display Holder
Ass’y104- 7 PCUSS0898AFZZ Cushion,Sub-Screen Display104- 8 PCUSS0903AFZZ Cushion A,Camera104- 9 PCUSS0920AFZZ Cushion,Water Tight104-10 PCUSS0936AFZZ Cushion,Radiate Sheet104-11 PSHEZ1382AFZA Tape,Main-Screen Display104-12 PSHEZ1416AFZZ Tape104-13 PSHEZ1575AFZZ Sheet,Radiation104-14 PSHEZ1577AFZZ Tape,Sub Holder104-15 PSHEZ1578AFZZ Protect Sheet,Camera104-16 PSHEZ1590AFZZ Protect Sheet,Sub-Screen
Display104-17 PSLDM3809AFZZN Case RF,Shield (Frame)
DESCRIPTIONNO. PARTS CODE NO. PARTS CODE DESCRIPTION
GX10iCONFIDENTIAL
– 4 –
104-18 PSLDM3854AFZZN Case BB,Shield (Frame)104-19 PSLDM3855AFZZ Case BB,Shield (Cover)104-20 PSLDM3857AFZZ Case RF,Shield (Cover)104-21 PSPAZ0697AFZZ Spacer,FPC,A104-22 PSPAZ0698AFZZ Spacer,FPC,B104-23 PSPAZ0699AFZZ Spacer,FPC,C104-24(LCD001) RLCUB0031AFZZ Sub-Screen Display104-25(LCD100) RLCUB0045AFZZ Main-Screen Display104-26(PWB-E) RUNTK0672AFZZ Back Light FPC Ass’y104-27(PWB-F) RUNTK0689AFZZ Relay FPC-C104-28(PWB-H) RUNTK0702AFZZ Flexible PWB,Side Switch104-29(PWB-G)RUNTK0720AFZZ Camera FPC Ass’y104-30(PWB-C) RUNTK0725AFZZ Relay FPC-A104-31(PWB-D) RUNTK0726AFZZ Relay FPC-B104-32 TLABZ2595AFZZ Sensor,Moisture104-33 PSPAP0162AFZZ Plate C,Display Reinforcement105 GCOVA2476AFSB Cap,Aerial106 GCOVA2477AFSB Main-Screen Display Screw
Cover,L107 GCOVA2478AFSB Main-Screen Display Screw
Cover,R108 GCOVD1119AFSN Key Screw Cover109 GCOVH1328AFZZ Cover,Hinge110 GCOVH1330AFSB Cover,External Connector111 GCOVH1331AFSB Top Screw Cover112 JKNBZ2320AFSA Key,Centre113 JKNBZ2322AFSA Key,Left Soft114 JKNBZ2323AFSA Key,Right Soft115 JKNBZ2359AFSA Keys,Side116 JKNBZ2360AFSA Button,10 Key117(BAT100) RDNTL0015AFZZ Battery,Back-up118(MIC100) RMICC0216AFZZ Microphone119(MO1) RMOTV0548AFZZ Vibrator120(EP100) RPHOD0035AFZZ Earpiece121(SP1) RSPA00014AF8P Speaker122 TSPC-4180AFZZ Label,Specifications (Except
for [A], [Z])122 TSPC-4208AFZZ Label,Specifications [A], [Z]601 LX-BZ1051AFZZ Screw,ø1.6×3.8mm,Black602 LX-EZ0195AFZZ Screw,ø1.7×5mm
ACCESSORIES/PACKING PARTS
1 GFTAB1396AFSB Cover,Battery2 RADPT6214AF01 AC Charger [A] [Z]2 RADPT7203AF01 AC Charger [G] [S] [H] [W] [B]
[D] [Q] [PP] [T]2 RADPT8201AF01 AC Charger [E] [R] [EP]3 RUNTZ0817AFZZ Hands Free Kit4 SPAKA2802AFZZ Packing Add. (Except for [A]
[Z])4 SPAKA2826AFZZ Packing Add. [A] [Z]5 SPAKC7387AFZZ Packing Case [G] [S] [H] [EP]
[Q]5 SPAKC7723AFZZ Packing Case [E] [R] [T] [PP]
[W] [B] [D]5 SPAKC7751AFZZ Packing Case [A] [Z]6 SPAKP1252AFZZ Polyethylene Bag,AC Charger7 SPAKP1284AFZZ Polyethylene Bag,Unit8 SSAKA0233AFZZ Polyethylene Bag,CD-ROM
(Except for [H])9 SSAKA5003CCZZ Polyethylene Bag,User Guide10 SSAKH0329AFZZ Polyethylene Bag,Battery
Cover11 TCADZ0254AFZZ Sheet,Supplement (QOS) [E]
[R] [EP] [A] [Z] [Q]11 TCADZ0255AFZZ Sheet,Supplement (QOS) [G]11 TCADZ0256AFZZ Sheet,Supplement (QOS) [T]11 TCADZ0257AFZZ Sheet,Supplement (QOS) [S]11 TCADZ0260AFZZ Sheet,Supplement (QOS) [PP]12 TCADZ0263AFZZ Card,Free Service ( [T]Only)13 TGANE1239AFZZ Guarantee [E] [R] [EP] [Q]
(To Serial No. 304XXXXX)13 TGANE1245AFZZ Guarantee [E] [EP]
(From Serial No. 305XXXXX)13 TGANE1246AFZZ Guarantee [R]
(From Serial No. 305XXXXX)13 TGANE1247AFZZ Guarantee [Q]
(From Serial No. 305XXXXX)13 TGANE1241AFZZ Guarantee [PP]
(To Serial No. 304XXXXX)13 TGANE1111AFZZ Guarantee [PP]
(From Serial No. 305XXXXX)
NO. PARTS CODE DESCRIPTION
13 TGANE1243AFZZ Guarantee [A] [Z]13 TGANI1071AFZZ Guarantee [T]
(To Serial No. 304XXXXX)13 TGANI1072AFZZ Guarantee [T]
(From Serial No. 305XXXXX)13 TGANZ1098AFZZ Guarantee [S]
(To Serial No. 304XXXXX)13 TGANZ1109AFZZ Guarantee [S]
(From Serial No. 305XXXXX)13 TGANZ1099AFZZ Guarantee [H]
(To Serial No. 304XXXXX)13 TGANZ1110AFZZ Guarantee [H]
(From Serial No. 305XXXXX)13 TGANZ1103AFZZ Guarantee [D]
(To Serial No. 304XXXXX)13 TGANZ1114AFZZ Guarantee [D]
(From Serial No. 305XXXXX)13 TGANZ1107AFZZ Guarantee [W]
(To Serial No. 304XXXXX)13 TGANZ1112AFZZ Guarantee [W]
(From Serial No. 305XXXXX)13 TGANZ1108AFZZ Guarantee [B]
(To Serial No. 304XXXXX)13 TGANZ1113AFZZ Guarantee [B]
(From Serial No. 305XXXXX)14 TINSE1684AFZZ User Guide [E] [R] [EP] [Q]14 TINSE1688AFZZ User Guide [A] [Z]14 TINSG0109AFZZ User Guide [G]14 TINSI0036AFZZ User Guide [T]14 TINSP0255AFZZ User Guide [PP]14 TINSW0054AFZZ User Guide [W]14 TINSZ1434AFZZ User Guide [D]14 TINSZ1430AFZZ User Guide [S]14 TINSZ1431AFZZ User Guide [H]14 TINSZ1432AFZZ User Guide [B]15 TINSP0254AFZZ Guide,Driver [PP]15 TINSW0055AFZZ Guide,Driver [W]15 TINSZ1433AFZZ Guide,Driver [B]15 TINSZ1429AFZZ Guide,Driver [D]16 TLABZ2793AFZZ Sheet,Security ( [E]Only)17 ———— Label,Case18 UBATI0130AF01 Rechargeable Li-ion Battery19 UDSKA0014AF01 CD-ROM (Except for [H])
(To Serial No. 305XXXXX)19 UDSKA0024AF01 CD-ROM (Except for [H])
(From Serial No. 306XXXXX)
P.W.B. ASSEMBLY
PWB-A ———— Main (Not Replacement Item)PWB-B ———— Key (Not Replacement Item)PWB-C RUNTK0725AFZZ Relay FPC-APWB-D RUNTK0726AFZZ Relay FPC-BPWB-E RUNTK0672AFZZ Back Light FPC Ass’yPWB-F RUNTK0689AFZZ Relay FPC-CPWB-G RUNTK0720AFZZ Camera FPC Ass’yPWB-H RUNTK0702AFZZ Flexible PWB,Side Switch
NO. DESCRIPTIONPARTS CODE
GX10i CONFIDENTIAL
– 5 –
A
B
C
D
E
F
G
H
1 2 3 4 5 6
Figure 1 CABINET EXPLODED VIEW
102-1
102-2
102-3
104-6
104-7
104104-19
104-16
102
104-24(LCD001)
104-21
104-21
104-33
104-22
104-22
104-26(PWB-E)
104-8
104-12104-5
104-11 104-29(PWB-G)
104-25(LCD100)
104-3
104-30(PWB-C)
101-3x2
101
101-1
120(EP100)
104-23
111
106107
104-31(PWB-D)
104-27(PWB-F)
101-2
101-5101-6
101-4
118(MIC100)
112
114113
115
109
116
104-9
110
104-32
104-13
104-10
117(BAT100)
104-20
121(SP1)
119(MO1)
103-7
103
103-1
103-2
108x2
122
103-5
103-4
103-3
602x2
602x2
601x3
104-18
602x2
602
104-28(PWB-H)
602
105
103-6
104-17
104-4
104-1(PWB-A)
104-2(PWB-B)
104-14x2 104-22
104-21
104-15
GX10iCONFIDENTIAL
– 6 –
Packing method
1
3
18
17
16
2
4
5
1
2
3
11,
9
1712,13,
14,
7
19
15
8
Phone
6
10
([H] [EP] [D] Only)
1. GFTAB1396AFSB Cover,Battery2. RADPT6214AF01 AC Charger [A] [Z]2. RADPT7203AF01 AC Charger [G] [S] [H] [W] [B] [D] [Q] [PP] [T]2. RADPT8201AF01 AC Charger [E] [R] [EP]3. RUNTZ0817AFZZ Hands Free Kit4. SPAKA2802AFZZ Packing Add. (Except for [A] [Z])4. SPAKA2826AFZZ Packing Add. [A] [Z]5. SPAKC7387AFZZ Packing Case [G] [S] [H] [EP] [Q]5. SPAKC7723AFZZ Packing Case [E] [R] [T] [PP] [W] [B] [D]5. SPAKC7751AFZZ Packing Case [A] [Z]6. SPAKP1252AFZZ Polyethylene Bag,AC Charger7. SPAKP1284AFZZ Polyethylene Bag,Unit8. SSAKA0233AFZZ Polyethylene Bag,CD-ROM (Except for [H])9. SSAKA5003CCZZ Polyethylene Bag,User Guide10. SSAKH0329AFZZ Polyethylene Bag,Battery Cover11. TCADZ0254AFZZ Sheet,Supplement (QOS) [E] [R] [EP] [A] [Z] [Q]11. TCADZ0255AFZZ Sheet,Supplement (QOS) [G]11. TCADZ0256AFZZ Sheet,Supplement (QOS) [T]11. TCADZ0257AFZZ Sheet,Supplement (QOS) [S]11. TCADZ0260AFZZ Sheet,Supplement (QOS) [PP]12. TCADZ0263AFZZ Card,Free Service ( [T]Only)13. TGANE1239AFZZ Guarantee [E] [R] [EP] [Q]
(To Serial No. 304XXXXX)13. TGANE1245AFZZ Guarantee [E] [EP] (From Serial No. 305XXXXX)13. TGANE1246AFZZ Guarantee [R] (From Serial No. 305XXXXX)13. TGANE1247AFZZ Guarantee [Q] (From Serial No. 305XXXXX)13. TGANE1241AFZZ Guarantee [PP] (To Serial No. 304XXXXX)13. TGANE1111AFZZ Guarantee [PP] (From Serial No. 305XXXXX)13. TGANE1243AFZZ Guarantee [A] [Z]13. TGANI1071AFZZ Guarantee [T] (To Serial No. 304XXXXX)13. TGANI1072AFZZ Guarantee [T] (From Serial No. 305XXXXX)
13. TGANZ1098AFZZ Guarantee [S] (To Serial No. 304XXXXX)13. TGANZ1109AFZZ Guarantee [S] (From Serial No. 305XXXXX)13. TGANZ1099AFZZ Guarantee [H] (To Serial No. 304XXXXX)13. TGANZ1110AFZZ Guarantee [H] (From Serial No. 305XXXXX)13. TGANZ1103AFZZ Guarantee [D] (To Serial No. 304XXXXX)13. TGANZ1114AFZZ Guarantee [D] (From Serial No. 305XXXXX)13. TGANZ1107AFZZ Guarantee [W] (To Serial No. 304XXXXX)13. TGANZ1112AFZZ Guarantee [W] (From Serial No. 305XXXXX)13. TGANZ1108AFZZ Guarantee [B] (To Serial No. 304XXXXX)13. TGANZ1113AFZZ Guarantee [B] (From Serial No. 305XXXXX)14. TINSE1684AFZZ User Guide [E] [R] [EP] [Q]14. TINSE1688AFZZ User Guide [A] [Z]14. TINSG0109AFZZ User Guide [G]14. TINSI0036AFZZ User Guide [T]14. TINSP0255AFZZ User Guide [PP]14. TINSW0054AFZZ User Guide [W]14. TINSZ1434AFZZ User Guide [D]14. TINSZ1430AFZZ User Guide [S]14. TINSZ1431AFZZ User Guide [H]14. TINSZ1432AFZZ User Guide [B]15. TINSP0254AFZZ Guide,Driver [PP]15. TINSW0055AFZZ Guide,Driver [W]15. TINSZ1433AFZZ Guide,Driver [B]15. TINSZ1429AFZZ Guide,Driver [D]16. TLABZ2793AFZZ Sheet,Security ( [E]Only)17. ——————————— Label,Case18. UBATI0130AF01 Rechargeable Li-ion Battery19. UDSKA0014AF01 CD-ROM (Except for [H])
(To Serial No. 305XXXXX)19. UDSKA0024AF01 CD-ROM (Except for [H])
(From Serial No. 306XXXXX)
GX10i CONFIDENTIAL
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COPYRIGHT 2003 BY SHARP CORPORATION
ALL RIGHTS RESERVED.
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SHARP CORPORATIONCommunication Systems GroupQuality & Reliability Control CenterHigashihiroshima, Hiroshima 739-0192, Japan