6.SchematicDiagram
6.4.JACK/IPOD
0207_GAL&SEL ADDED.
L H
H L
H
GALAXY
X
R50 2 1
X
O
R50 2 0
O
X
O
R50 1 4
GAL_OPTI ON
760
750
760
R3002
O
X
O
X
O
R3022
76 0 X
L:IPOD MODE
USB
2ND_SEL
1ST_SEL
IPOD
FUNCTION SEL
X
X
R50 5 1
02 2 9_VOLTAGE C HANGED
R3001
02 2 9_R EMOVED D IO DE
GAL_OPTI ON
750
H:IPOD CHARGE VIA R WITH 2. 1A
GAL_OPTI ON
03 13 _TP3 00 9 MISS C ONNECTED T O GND
02 2 9_VOLTAGE C HANGED
03 15 _P REVENT F OR.. .
0207 _GAL_EN SEPARATED
0228 _IPO D_EN SEP ARATED
750
GAL_OPTION
O
02 2 9_C OUNTERMEASURE FOR TRANSI ENT NG
33 OHM
1/ 10 W
AP2 1 91WG- 7
DGND
DNGD DNGD
10 UF
10 UF
D_ 5. 1 V
DGND
10 UF
10 UF
LOPI VA16G0 5
TP
LOPI VA16G0 5
DGND
DGND
125 0 7WS- H1 2G
DGND
TP
10KOHM
125 0 7WS- H0 9G
DGND
LOPI VA16G0 5
DGND DGND
DGND
AGND
OPEN
TP
IPOD_PWR_5V
TPTP
LOPI VA16G0 5
LOPI VA16G0 5
LOPI VA16G0 5
LOPI VA16G0 5
10 UF
DGNDDGND
125 0 7WS- H0 4G
TPS2 554 DRCR
OPEN
OPEN
OPEN
OPEN
OPEN
0OHM
0OHM
0OHM
0OHM
0OHM
0OHM
0OHM
0OHM
LOPI VA16G0 5
LOPI VA16G0 5
LOPI VA16G0 5
M_+3.3V
10KOHM
M_+3.3V
TP
TPTPTP
0OHM
LOPI VA16G0 5
IPOD_PWR_5V
CB20 12 UA30 0T
DGND
DGND
TS3 USB22 1 ERSER
DGND
10 KOHM
DGND
MMDT5 21 0 W
1/ 16 W
10 KOHM
VC3 . 3V
TPTP TP
DGND
1/ 16 W
1. 5KOHM
1. 5KOHM
33 OHM
1/ 10 W
1/ 16 W
VC3 . 3V
1/ 16 W
10 KOHM
OPEN
10 KOHM
1/ 16 W
10 KOHM
1/ 16 W
DGND
OPEN
TS3 USB22 1 ERSER
49. 9KOHM
49. 9KOHM
10 KOHM
10 NF
33 OHM
0. 01 OHM
M_+3.3V
0. 01 OHM
CB20 1 2UA300 T
I POD_ PWR_ 5 V
75KOHM
43. 2KOHM
VC3 . 3V
TS3 USB22 1 ERSER
DGND
10 KOHM
CB20 12 UA30 0T
10 NF
1/ 16W
33OHM
0. 01 OHM
VC3 . 3V
10 KOHM
10 KOHM
10 NF
MFI3 41 S2 16 2
LOPI VA16G0 5
LOPI VA16G0 5
LOPI VA16G0 5
M_+3.3V
PT PT
20KOHM
10 UF
ST_5.1V
20KOHM
VC3 . 3V
5V/ 50 0 MA
PATTERN FOR 2. 5 A
C300 6
C300 5
VT30 11
CN50 01
C500 8
6005PT 5005PT 4005PT 3005PT
VT30 19
VT30 18
VT30 17
VT30 16
VT30 15
VT30 14
VT30 13
VT30 09
VT30 08
VT30 07
VT30 06
VT30 05
VT30 04
C300 4
C300 3
R300 4
BD30 02
C300 2
R300 3
IC 30 06
CN30 02
TP30 01
8103PT 9103PTTP30 16
5003PT 7003PT3003PT
TP30 14
0103PT 3103PT
TP30 11 7103PT5103PT2103PT 9003PT8003PT 6003PT 4003PT 2003PT
R302 2
R302 8
R302 7
R302 6
R302 5
R302 4
R302 3
CN30 01
R300 1
R300 2
R301 9
R302 0
R302 1
I C300 2
R301 8
C300 1
Q300 1
I C300 1
R303 7R303 8
IC 30 03
IC 30 07
C302 9
R30 36
R305 8
R305 6R305 7
R305 5 R305 4
BD30 04
BD30 03
C302 8
UDR1
R301 4R301 5
R301 3
R301 2
R301 0
R301 1
R300 9
R300 8
IC 30 04
EP_S CL
EP_S DA
USB_EN
COMPOSI TE_V
USB_CON_DM
USB_FAULT
GAL_TAB_DET
GAL_TAB_TX
GAL_ TAB_ACCDET
REM_ DATA
I POD_EN
USB_I POD_ DP
USB_I POD_ DM
GAL_TAB_L
GAL_TAB_RX
GAL_TAB_R
I POD_DET
GAL_USB_ DPI POD_CHARGE_SEL
USB_I POD_ DM
USB_I POD_ DP
IP OD_RESET
USB_CON_DM
GAL_USB_ DM
USB_CON_DP
USB_1 ST_SEL
USB_ESS_DM
USB_ESS_DP
USB_2 ND_SEL
USB_FAULT
USB_CON_DP
AUX_L
AUX_SENS
AUX_R
MGND2
MGND1
4
3
2
1
10
9
8
7
6
5
4
3
2
1
MGND2
MGND1
9
8
7
6
5
4
3
2
1
MGND2
MGND1
12
11
10
9
8
7
6
5
4
3
2
1
MGND1
10
9
8
7
65
4
3
2
1
5
43
2
1
10
9
8
7
6
5
4
3
2
1
10
9
8
7
6
5
4
3
2
1
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
VCC
GND
D-
/ OE
S
D+
1D+
1D-
2D+
2D-
GND
IN
IN
IL IM_S EL
EN/E N#
IL IM0
OUT
FAULT#
IL IM1
OUT
B
C
E
I N
EN
FLG
GND
OUT
VCC
GND
D-
/ OE
S
D+
1D+
1D-
2D+
2D-
VCC
GND
D-
/ OE
S
D+
1D+
1D-
2D+
2D-
NC
NC
NC
NC
NC
NC
P3 / I RQ-
P1 / I RQ-
P2 / I RQ-
VSS
NC
NC
NC
NC
NC
VCC
RES-
NC
P4 / I RQ-
NC
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