Sony 3M5T-18C815-E / 3M5T-18C815-H / 3S7T-18C815-D / 3S7T-18C939-A / 4M5T-18C815-B / 4M5T-18C815-C / 5S7T-18C815-B / 5S7T-18C815-C / 5S7T-18C815-E / 5S7T-18C815-F / CDX-FC132 / CDX-FC214 / CDX-FC307 / CDX-FCB132 / CDX-FS132 / CDX-FS214 / CDX-FS307 / CDX-FSB132 Service Manual ▷ View online
5V_SW
G
S
D
D
D
D
VDDREG
MONO1_P
MONO1_N
MONO2_P
MONO2_N
RRV
LRV
VDACN
VDDA2
VDACP
RFV
LFV
A0
SPDIF1
SPDIF2
RESETN
TSCAN
SHTCB
RTCB
EXT_IIS_WS1
EXT_IIS_BCK1
EXT_IIS_WS2
EXT_ISS_BCK2
VSSIO1
IIS_IN1
IIS_IN2
IIS_IN3
IIS_OUT1
IIS_OUT2
IIS_OUT3
VSSIO2
VDDIO2
IIS_BCK
IIS_WS
IFP_IIS_IN1
IFP_IIS_OUT1
IFP_IIS_OUT2
IFP_IIS_OUT3
VDDIO3
VSSIO3
IFP_IIS_BCK
IFP_IIS_WS
SCL
SDA
RDS_CLK2
RDS_DATA2
RDS_CLK1_DAVN2
DSP_IO0
DSP_IO1
DSP_IO2
DSP_IO3
VSSIO4
DSP_IO4
DSP_IO5
DSP_IO6
DSP_IO7
DSP_IO8
KASELN_VSSD6
VDDD1_MEM
VSSD1
VDDD2
VSSD2
VSSD5
VDDD3
VSSD3
CONREG
FEBREG
VSS_OSC
OSC_IN
OSC_OUT
VDD_OSC
VSSIF
VREFIF
VDDIF
IF_IN1
IF_VG
IF_IN2
IFSS1
IFSS2
AIN1_L
AIN1_REF
AIN1_R
VDDA1
VADCP
VADCN
VREFAD
AIN2_L
AIN2_REF
AIN2_R
ADIFF_LP
ADIFF_LN
ADIFF_RP
ADIFF_RN
RDS_DATA1_DAVN1
IFP_IIS_I3O4
EXT_IIS_IO1
EXT_IIS_IO2
IFP_IIS_OUT5
IFP_IIS_I2O6
GAPREG
OF
SHEET
NONE
160
150
140
6
5
2
REF
MILLIMETERS
NO.
APP
CK
MAN
REVISIONS
LET
DATE
CG
PLANT CODE:
DATE
UNLESS OTHERWISE SPECIFIED:
NO.
NAME
MATERIAL
DATE
90
80
70
60
130
120
110
100
50
40
30
20
METRIC
ABOVE SCALE FOR REFERENCE ONLY
SCALE
APPROVED
CHECKED
COMPUTER
*
TO HELP SAFEGUARD HEALTH, SAFETY AND THE ENVIRONMENT
PART MUST COMPLY WITH SPECIFICATION WSS-M99P9999-A1
3
ENGLISH
1
4
ORIGINAL WHEN RED
CG COLUMN = GRAPHIC DATA LEVEL
MANUAL
APP
DIMENSIONS ARE IN
3RD ANGLE PROJECTION
STAMPED DIM. +/-
INCHES
MACHINED DIM. +/-
ANGULAR DIM. +/-
DRAWN BY
DO NOT SCALE
SIZE
SKETCH - WIRING DIAGRAM
"D"
POWERVIEW
Visteon
PRODUCT ENGINEERING
SA
SA
pins 1,2,5 & 6
256mm sq. to
connect thermal pad of
Large Track
on a outside layer
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
Rin=19.9k each side
Flp=12.1kHz
=4.00/0.503
(TARGET=20k)
INVERSE GAIN
(TARGET=12kHz)
(TARGET=4.00/0.500)
0805
were 50V 0603 now 100V
C513, C514, C515, C517
C501, C503 now radial
C504 was SMD now RADIAL
C505 changed from 10uF
PE
010702
C576 to radial from SMD
10% 0603 to 20% 0805
1206
from 63mW 0603 to 125mW
change R553 and R554
N127035BFEMAAC
from N126133BFDNCAD to
change R533 and R544
100mw 0805
from 63mw 0603 to
change R502 and R545
components in palmela
5% (was 1%)
change R510 and R530 to
PE
J:/dsp/schmatic/m2_ap1
/m2dspsc.scv
22 Dec 2000 13:07:56
to match tuner circuit
Changed value of R502
JP
JP
Removed redundant resistor
010306
Schematic for SP Level
JP
resistors R540 and R516.
Removed redundant Pullup
010214
to 150k 1%
Changed value of R513
WITH VIAS
GENERAL GND ON LAYERS 2,3 & 4
IBOC development
M2 schematic has been
modified for this
platform radio
Original M2 schematic
ONLY TO GNDS AT TOP OF IC
THIS GND PLANE MUST NOT BE
=2.39/1.00
INVERSE GAIN
Rin=19.8k each side
Flp=59kHz
POPULATE ONLY FOR CD
(TARGET=2.40/1.00)
(TARGET=58kHz)
(TARGET=20k)
Rout=0.1k each side
INV GAIN=853/500
(TARGET=845/500)
Flp=63kHz
(TARGET=58kHz)
Rout=1k each channel
LAYOUT:
OSCILLATOR
COMPONENTS
C520,C521,
X501, L501,
C519 MUST BE
BE KEPT VERY
CLOSE TO IC501
OSCILLATOR
COMPONENTS
C520,C521,
X501, L501,
C519 MUST BE
BE KEPT VERY
CLOSE TO IC501
BROKEN FOR ANY SIGNAL TRACES.
10K PULL-UP RESISTOR
TO +5V ON THE MAIN
(TARG=20k)
(TARGET=58kHz)
Flp=59kHz
INVERSE GAIN
=2.39/1.00
(TARGET=2.40/1.00)
No connection
16Hz
LPF
Pin 79:
Rin=60k
150kHz LPF
to GND plane under IC
per JEW/GG (from MADRE)
NEAR
IC
GND
(from PMOS)
Rin=60k
Rin=inf
Rin=inf
(40kHz)
(TARGET=4.00/0.500)
(TARGET=12kHz)
Rin=120k diff
Rin=120k diff
INVERSE GAIN
(TARGET=20k)
"CLP_DET" MUST HAVE A
PMOS ENHANCEMENT
(Rout=1k)
=4.00/0.503
Flp=12.1kHz
Rin=19.9k each side
Suppresses
dc
Visteon
CONFIDENTIAL
SHIELD PLANE
SHIELD PLANE
POPULATE AS REQUIRED
TO SUPPRESS INPUT NOISE
BOARD NEAR AMPL IC'S.
11/01/01
JP
11/01/01
Tape circuitry removed.
JI1-JI31 are holes for
verified
CONNECT GND PLANE UNDER IC
(PINS 66,68,69,71,75).
CONNECT GENERAL GND PLANE
CONNECT THIS GND PLANE TO THE
(PINS 8,26,33,45,58, 79, 92)
TO M2 IC GND PINS
JP
JP
010306
on CLPDET line
010315
010411
change C516, c556 from
010713
to avoid unique
to 220UF (US direction)
NC
NC
NC
typically 300mA
block
AT MICRO.
Rin=19.8k each side
Rout=0.1k each side
Trace between pin 65 and 67
fundamental
(from PMOS)
Values need to be updated to reflect C-car spec
PV
MUST HAVE
ground shielding if possible
240702
Changed connection point
of C547 & C548
run together with
4.7K PULLUP
MUST HAVE
4.7K PULLUP
AT MICRO.
091002
Add R750 and renumber
R4 as R735.
10%
100N
C529
L503
600
VDDA
C566
20%
100N
C532
180P
180P
C502
180P
R591
5%
4.7K
R590
4.7K
5%
VS-4L3F-3458-AD
VS-4L3F-3458-AD
22
JPULIS/POWERVIEW/LUX_PLATFORM/PLATFORM/SCH/M2.1
PWB 11856
FFPR
091002
MILAN/PAUL
M2.1
19
CLPDET
PAUSE_DETECT
AP_HOLD_TO_MICRO
RDS_CLK2
10K
R750
10K
R735
DSP_AP_HOLD
100
5%
R523
R519
5%
220
R518
5%
220
RDS_DATA2
220
5%
R545
RDS_CLK
8
7
6
1
2
3
4
5
RN503
5%
220
FRAME_CLK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
23
24
26
27
28
29
30
31
32
33
34
36
37
38
41
42
43
44
45
46
47
48
49
50
51
52
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
53
40
22
25
35
39
74
PV_SYMBOL=ELDIC:I5SC0066.1
M2-N1C
LAST_REV=11/27/00
IC501
TP547
TP546
RDS_DATA/DAVN
256FS
8
7
6
1
2
3
4
5
10K
5%
RN500
TP51
33P
C547
33P
C548
TP545
C541
180P
180P
R553
15K
1%
1%
15K
R554
3.9K
5%
R551
10%
470P
C550
10%
470P
C549
CD_RET
3.9K
5%
R552
5%
680P
C591
5%
680P
C590
24.9K
R593
1%
24.9K
R592
1%
R532
1%
47K
R531
1%
47K
R525
1%
47K
R526
1%
47K
10%
3.9N
C556
10%
3.9N
C516
10%
3.9N
C580
10%
3.9N
C581
47K
5%
R583
47K
5%
R582
47K
5%
R534
47K
5%
R533
5%
2.2K
R558
R555
2.2K
5%
5%
2.2K
R581
R580
2.2K
5%
R594
100
5%
1U
C593
0805
R512
100K
2.5V_B
2.5V
L504
600
L502
600
L507
600
RR_DSP
R572
5%
22
LF_DSP
DSP_RET
LR_DSP
2
3
4
5
6
1
Q501
BSH207
N650011BFBFAGF
1U
C535
0805
VREFAD
VREFAD
VREFAD
TP520
TP86
TP30
1U
20%
C571
TP82
5%
0603
C520
15P
TP507
C539
10N
TP541
TP59
L501
2.2U
IFSS1
TP26
1U
20%
C572
C560
20%
100U
100U
20%
C569
180P
C542
C570
20%
100U
100N
20%
C522
C504
20%
100U
C506
100N
R560
100
TP518
220U
20%
C505
TP58
30PPM
43.2MHZ
X501
TP506
TP56
TP531
R524
5%
220
TP510
TP508
TP27
10%
C594
150N
TP519
TP590
TP513
R514
1%
162K
R515
5%
220
RF_DSP
R505
11.5K
1%
C553
10%
3.9N
10N
C545
C576
20%
10U
100N
20%
C531
100N
20%
C533
C530
0805
1U
L506
600
600
L505
100N
20%
C508
100N
20%
C563
SW_DSP3.3VD
BITCLK
SWAUXDATA
C523
180P
5%
IF_VG1
1
2
TIE502
CD_L
TP514
TP515
TRACE_WIDTH=*_12M
5
4
3
2
1
6
7
8
10K
5%
RN501
TP521
150K
5%
R510
R541
1210
10
200
1%
R501
200
1%
R502
TP591
TP522
TP524
RST_M2
150N
10%
C592
AUX_2_L
AUX_2_R
C515
560P
5%
C514
560P
5%
C517
560P
5%
C513
560P
5%
5%
47U
20%
C501
R513
5%
150K
TP542
TP523
TP517
TP512
C503
20%
47U
C510
10%
3.9N
C512
10%
3.9N
C551
10%
3.9N
SW_DSP3.3VD
TRACE_WIDTH=*_12M
SW_DSP3.3VD
12P
C507
R509
1%
162K
5%
C511
180P
12P
C540
C555
0603
100N
C544
0603
100N
100N
0603
C574
PHONE_N
PHONE_P
CDDJR_N
CDDJR_P
CDDJL_N
CDDJL_P
CD_R
IF_IN2
IF_IN1
GNDC
GNDC
GNDC
0805
1U
C559
0603
100N
C561
0603
100N
C562
10N
C543
C546
10N
C509
10N
C519
10N
180P
C534
5%
0603
C521
15P
R504
11.5K
1%
R507
11.5K
1%
1%
11.5K
R506
C524
10N
R511
100K
5%
C500
180P
TP511
TP516
TP543
IFSS2
TP28
TP29
TP31
TP52
TP55
TP57
TP60
TP61
TP81
TP83
TP84
TP85
TP87
TP88
TP89
TELE_-
TELE_+
SCL
SDA
VP
GND
REG
TDA3663
GND
OF
SHEET
NONE
160
150
140
6
5
2
REF
MILLIMETERS
NO.
APP
CK
MAN
REVISIONS
LET
DATE
CG
PLANT CODE:
DATE
UNLESS OTHERWISE SPECIFIED:
NO.
NAME
MATERIAL
DATE
90
80
70
60
130
120
110
100
50
40
30
20
METRIC
ABOVE SCALE FOR REFERENCE ONLY
SCALE
APPROVED
CHECKED
COMPUTER
*
TO HELP SAFEGUARD HEALTH, SAFETY AND THE ENVIRONMENT
PART MUST COMPLY WITH SPECIFICATION WSS-M99P9999-A1
3
ENGLISH
1
4
ORIGINAL WHEN RED
CG COLUMN = GRAPHIC DATA LEVEL
MANUAL
APP
DIMENSIONS ARE IN
3RD ANGLE PROJECTION
STAMPED DIM. +/-
INCHES
MACHINED DIM. +/-
ANGULAR DIM. +/-
DRAWN BY
DO NOT SCALE
SIZE
SKETCH - WIRING DIAGRAM
"D"
POWERVIEW
Visteon
PRODUCT ENGINEERING
max current = 100mA
typical current = 30mA
LARGE TRACK
place close to CD mechanism J6
C034 was SMD now radial
PE
160701
TDA3663
LOW
ESR
part now=carry over
C032 was SMD now radial
PV
070103
SA
C031 & C033 now 0805
VALUE/CDSUPPLY
240501
MILAN/PAUL
CDSUPPLY
22
17
VS-3M5F-3458-AD
VS-3M5F-3458-AD
FFPR
PWB 11856
KARL WESTHEAD
C033
10%
220N
C031
10%
220N
IC2
5V_MEM
C034
20%
47U
C032
20%
10U
5V_MEM
3.3V_MEM
TP1
4
3
2
1
SW_DSP3.3VD
V8.5
V5
VP2
V3.3
IGNIN
IGNOUT
RST
RDC
SW3.3
SW8.5_5
SW16
WARN
PGND
STCP
VMEM
V16
BATT
Not preferred. Use eldic:i17p2038.1
OF
SHEET
NONE
160
150
140
6
5
2
REF
MILLIMETERS
NO.
APP
CK
MAN
REVISIONS
LET
DATE
CG
PLANT CODE:
DATE
UNLESS OTHERWISE SPECIFIED:
NO.
NAME
MATERIAL
DATE
90
80
70
60
130
120
110
100
50
40
30
20
METRIC
ABOVE SCALE FOR REFERENCE ONLY
SCALE
APPROVED
CHECKED
COMPUTER
*
TO HELP SAFEGUARD HEALTH, SAFETY AND THE ENVIRONMENT
PART MUST COMPLY WITH SPECIFICATION WSS-M99P9999-A1
3
ENGLISH
1
4
ORIGINAL WHEN RED
CG COLUMN = GRAPHIC DATA LEVEL
MANUAL
APP
DIMENSIONS ARE IN
3RD ANGLE PROJECTION
STAMPED DIM. +/-
INCHES
MACHINED DIM. +/-
ANGULAR DIM. +/-
DRAWN BY
DO NOT SCALE
SIZE
SKETCH - WIRING DIAGRAM
"D"
POWERVIEW
Visteon
PRODUCT ENGINEERING
to 0805 size.
PV
now 1C1F-18B908-AA
L001 was NL501520F10001
PE
170701
C018 now radial
C009, C011, C013, C015
C001 now radial
C007, C016 now radial
to 4.75K
changed R005 from 4.87K
Changed R006 from 1.87K
PE
130701
050601
ground to the pioneer
were used to provide a
R017 and R018 which
removed 5V_SW/GNDC
0805
(to micro)
(to micro)
(to micro)
(from micro)
(from micro)
(rear conn.)
(to A+_LED ckt)
See EKB Power Supply Element Selection Chart
Surge Current = 3000mA
(OPT.)
(OPT.)
(OPT.)
LOCATE C005 CLOSE TO IC
Max. Current = 850mA
Max. Current = 1800mA
TDA3681 with Short Leads (7.7mm)
Long Lead option is available (12mm)
Max. Current = 300mA
Max. Current = 1400mA
Max. Current = 600mA
(*)
or panasonic CD mecha
PE
to 1.91K
now parts=carry over
Eigth inch line to Fakra connector
trace_width= 0.5 inch
070103
SA
Changed C005 & C008
070103
MULTIREGDUALCP
MILAN/PAUL
JPULIS/POWERVIEW/LUX_PLATFORM/PLATFORM/SCH/MULTIREGULATOR.1
KARL WESTHEAD
PWB 11856
FFPR
16
22
VS-3M5F-3458-AD
VS-3M5F-3458-AD
C008
10%
220N
220N
10%
10%
C005
L001
500U
TRACE_WIDTH=*_100M
A+_LED
BATT
2.2M
20%
20%
C001
LVI
TP335
TP333
TP334
REG_EN
C007
20%
1M
FAKRA_GND
10N
10%
C021
1N
10%
10%
C020
47K
5%
5%
R004
R003
5%
47K
C019
10%
1N
R016
5%
100K
R001
5%
10K
5V_SW
D007
1.5K
5%
R007
1.5K
5%
R006
R005
5%
470
IGNITION
47U
20%
C018
47U
20%
C015
C013
20%
47U
C011
20%
47U
C009
20%
47U
IGN
C016
20%
1M
TRACE_WIDTH=*_25M
14V_SW
IC001
C006
10%
180N
220N
10%
C017
220N
10%
10%
C012
C014
10%
220N
C010
10%
220N
5V_MEM
RESET
LVI
3.3V_EN
TP342
TP339
TP337
8.5_SW
TRACE_WIDTH=*_40M
1K
5%
R010
R009
125MW
5%
1K
1K
5%
R008
100MW
TP74
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
Do_not_use_this_symbol,Replaced_by(eldfud:fdholen.1)
Do_not_use_this_symbol,Replaced_by(eldfud:fdholen.1)
MARK
EDGE
MARK
EDGE
MARK
EDGE
CROP
MARK
EDGE
CROP
MARK
EDGE
CROP
MARK
EDGE
CROP
THIS SHEET IS NOT TO BE CHANGED
GLOBAL FIDUCIALS(bot)
DAUGHTER BOARD DETAIL
MOTHERPANEL DETAIL
PALMELA MECHANICAL DETAIL (NON SPLIT PANEL)
TOOLING HOLES(2.5mm/HL-098)
(test/routing)
GLOBAL FIDUCIALS(top)
FID19
FID17
FID18
AA1
BB1
CM4
CM3
CM2
CM1
A1
ED1
ED2
FID8
FID7
FID6
FID5
FID4
FID3
FID2
FID1
B1
H2
H1
FID20
Click on the first or last page to see other 3M5T-18C815-E / 3M5T-18C815-H / 3S7T-18C815-D / 3S7T-18C939-A / 4M5T-18C815-B / 4M5T-18C815-C / 5S7T-18C815-B / 5S7T-18C815-C / 5S7T-18C815-E / 5S7T-18C815-F / CDX-FC132 / CDX-FC214 / CDX-FC307 / CDX-FCB132 / CDX-FS132 / CDX-FS214 / CDX-FS307 / CDX-FSB132 service manuals if exist.