SCHEMATIC DIAGRAMS
DIGITAL VIDEO CAMERA
GR-DA30UC, GR-DA30US
CD-ROM No.SML200709
GR-DA30USM,GR-DA30UCM [M7D323]
Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)
COPYRIGHT© 2007 Victor Company of Japan, Limited
No.YF219SCH
2007/9
CHARTS AND DIAGRAMS
NOTES OF SCHEMATIC DIAGRAM
Safety precautions
The Components indentified by the symbol are
critical for safety. For continued safety, replace safety
critical components only with manufacturer's recom-
mended parts.
1. Units of components on the schematic diagram
Unless otherwise specified.
1) All resistance values are in ohm. 1/6 W, 1/8 W (refer to
parts list).
Chip resistors are 1/16 W.
K: KΩ(1000Ω), M: MΩ (1000KΩ)
2) All capacitance values are in µF, (P: PF).
3) All inductance values are in µH, (m: mH).
4) All diodes are 1SS133, MA165 or 1N4148M (refer to parts
list).
Note: The Parts Number, value and rated voltage etc. in
the Schematic Diagram are for references only.
When replacing the parts, refer to the Parts List.
2. Indications of control voltage
AUX : Active at high.
AUX or AUX(L) : Active at low.
!
4. Voltage measurement
1) Regulator (DC/DC CONV) circuits
REC : Colour bar signal.
PB : Alignment tape (Colour bar).
— : Unmeasurable or unnecessary to measure.
2) Indication on schematic diagram
Voltage indications for REC and PB mode on the schematic diagram are as shown below.
REC mode
12 3
2.5
(5.0)
PB mode
1.8
PB and REC modes
(Voltage of PB and REC modes
are the same)
Note: If the voltages are not indicated on the schematic
diagram, refer to the voltage charts.
5. Signal path Symbols
The arrows indicate the signal path as follows.
NOTE : The arrow is DVC unique object.
Playback signal path
Playback and recording signal path
CIRCUIT BOARD NOTES
1. Foil and Component sides
1) Foil side (B side) :
Parts on the foil side seen from foil face (pattern face)
are indicated.
2) Component side (A side) :
Parts on the component side seen from component face
(parts face) indicated.
rts location are indicated by guide scale on the circuit board.
2. Parts location guides
Parts location are indicated by guide scale on the circuit board.
REF No.
IC101 B C 6 A
(A : Component side)
D : Discrete component)
B : Foil side
C : Chip component
Note: For general information in service manual, please
refer to the Service Manual of GENERAL INFORMATION Edition 4 No. 82054D (January 1994).
LOCATION
IC
Category : IC
Horizontal “A” zone
Vertical “6” zone
3. Interpreting Connector indications
1
2
Removable connector
3
1
2
Wire soldered directly on board
3
1
Non-removable Board connector
2
3
1
2
4
Board to Board
3
Connected pattern on board
The arrows indicate signal path
Note: For the destination of each signal and further line
connections that are cut off from the diagram,
refer to "BOARD INTERCONNECTIONS"
Recording signal path
(including E-E signal path)
Capstan servo path
Drum servo path
(Example)
R-Y
Playback R-Y signal path
Y
Recording Y signal path
6. Indication of the parts for adjustments
The parts for the adjustments are surrounded with the circle
as shown below.
7. Indication of the parts not mounted on the circuit board
“OPEN” is indicated by the parts not mounted on the circuit
board.
R216
OPEN
(No.YF219)2-1 2-2(No.YF219)
BOARD INTERCONNECTION
OP BLOCK
(K234)
㧨FPC-M1-501A㧪
YTU94074-26
YUT94077-26
1 FOCUS02
2 FOCUS03
3 FOCUS04
4 FOCUS01
5 F_VCC67 F_PTR_AD
8 GND
3LCD_2.8V
50
HGOUT+
HGVCC+
W/B Sensor
OPOSD_CLK
OPOSD_RST
1INT/L
2INT_GND
3INT_GND
4INT/R
4LCD_NPC
5REG_4.65V
6REG_4.65V
REAR
22DATA_SW
9 ZOOM02
HGVSS-
OPDRV_CS
OPOSD_OUT
INT/R
7KEY_A
8KEY_C
20KEY_C
21SET_SW
10 ZOOM03
11 ZOOM04
DRIVE-
HGOUT-
OPOSD_IN
OPDRV_PS
INT/L
9SET_SW
10DATA_SW
19KEY_A
DRIVE+
INT_GND
12 ZOOM01
13 GND
14 DRIVE-
15 DRIVE+
Z_LED
ZOOM03
ZOOM04
ZOOM01
OP DRV
(Page2-19)
VD_FZ
AIMCK
AODAT
S_SHUT
AIDAT/AIDAT2
AUDIO
(Page2-11)
AU_LV_CLK
SPK-
SPK+
11EJT_SW
12HDLCD
13LCD_CS
14AU_LV_OUT
14LCD_CTL
15
GND16GND17GND18GND
987654321
INT MIC
㧨FPC-05-WRI㧪
YTU94129A-39
YTU94109-39
SPEAKER
CN4901
MAIN
10
MAIN IF
(Page2-5)
CN111
CN108
CN404
1SPK+
2SPK-
㧨FPC-M1-331㧪
YTU94074-22
YUT94077-22
CN2601
1M_UNREG
2AL_2.8VSYS
39
(Page2-31)
CN109
CN7702
16 DUMP+
17 HGVCC+
F_VCC
ZOOM02
CLK270
OPDRV_VD
AIBCK
AILRCK
AUDIO_CS
AU_LV_OUT
15AU_LV_CLK
16HRPLCD
13REG_4.65V
18 HGOUT+
FOCUS02
VDMDA
BUZZER
17VDLCD
19 HGVSS-
FOCUSO4
H_GAIN
PD_L
18B
10
LCD_2.8V11LCD_NPC12REG_4.65V
20 HGOUT-
21 DUMP-
FOCUS01
FOCUS03
REG_4.65V
M_REG4.65
H_OFFSET
REG_4.65V
L_MUTE
A_MUTE
19GND
20G
EJECT SW
22 GND
23 OP_THRMO2425 Z_LED
DUMP-
REG_2.8V
REG_2.8V
AU_SIG/L
AU_SIG/R
21GND
22R
6HDLCD
7B8G9R
DUMP+
GND
GND
7 VOUT
8VDD
23LCD_CTL
24GND
D101
4HRPLCD
5
VDLCD
6 GND
5 GND
IC5001
9RG
10SUB
26 Z_PTR_AD
25SPK-
3AU_LV_CLK
20
(Page2-27)
4V1
3V2
11VL
12H1
CN4201
26SPK+
27KENTO
28IRU
MINI
DV
1LCD_CS
2AU_LV_OUT
22212019181716151413121110
CCD
2V3
1V4
13H2
14TEST
㧨FPC-M1-506㧪
20 GND
29IF_TX
30IF_RX
31ENV_OUT
1011121314151617181920212223242526272829303132333435363738
CN102
YTU94074-20
YUT94077-20
16 V2
17 V1
18 V4
19 V3
32GND
33ATFI
34HID
35LED
1 GND
2HID
3 GND
CN5001
GND
H1
GND
RG
SUB
REG_15V
REG_15V
V2
V1
V4
V3
GND
14 REG_15V
15 REG_15V
CDSTG_RST
CDSTG_CS
CAM_CLK
CAM_OUT
CLK270
OPDRV_VD
H_OFFSET
H_GAIN
VDMDA
AIBCK
AIMCK
AILRCK
AODAT
AIDAT/AIDAT2
S_SHUT
HRPLCD
HDLCD
VDLCD
36GND
37GND
4 IF_RX
5 AL_2.8VSYS
13 SUB
38MVD
6 KENTO
1GND
2GND
3CCD_OUT
4GND
5GND
6GND
7CCD_-7.5V
8H2
9
10
11
12
13
14
15
16
17
18
19
20
12 RG
CLKI
CLKI
39GND
123456789
7 MVD
HDIN
11 GND
VDIN
8 ATFI
10 H1
REG_15V
VDIN
HDIN
9 ENV_OUT
6 GND
7 CCD_-7.5V
8H2
9 GND
V4
V1
V2
V3
CDS/TG
(Page2-17)
ADIN2
ADIN1
ADIN0
ADIN3
ADIN9
ADIN8
ADIN10
ADIN11
10 IF_TX
11 IRU
12
5 GND
SUB
CCD_-7.5V
ADIN4
ADIN5
ADIN7
4 GND
ADIN6
3 CCD_OUT
H2
ADIN6
ADIN5
H1
ADIN7
1 GND
2 GND
RG
CCD_OUT
REG_-7.5V
REG_2.8V
REG_15V
GND
ADIN11
ADIN8
ADIN9
ADIN10
ATFI
ADIN2
ADIN4
ADIN1
ADIN3
ADIN0
PARAGON3(Page2-13)
TSR
HID
SPA
FRP
DSP_CS
YTU94074-16
YUT94077-16
Z32 Mecha
CN1604
16 S_SENS
15 GND
14 MECHA_VCC
VREF_1.1
REC_CLK
VRB_AGC
AGC_OUT
REC_DATA
OMTO
XINT
DSP_RST
MVD
MFLD
CDSTG_CS
CDSTG_RST
CAM_OUT
CAM_CLK
OP_THRMO
Z_PTR_AD
F_PTR_AD
OPOSD_CLK
OPOSD_OUT
OPOSD_IN
OPOSD_RST
OPDRV_CS
OPDRV_PS
VD_FZ
A_MUTE
L_MUTE
PD_L
BUZZER
AUDIO_CS
AU_LV_CLK
AU_LV_OUT
13 MIC3
VRB_ATF
REC_CTL
OMT1
12 REC_SAFE
11 MIC2
S_RL-
REC_ADJ
ATF_GAIN
SET_SW
10 MIC1
S_RL+
T_REEL
NOSIG_LV
DATA_SW
9 E_SENS
8 S_RL+
T_RL-
T_RL+
S_REEL
DUMP_CTL
AEBEND
KEY_A
7 REEL_VCC
HG_BS-
MDA_PS
L_FRB
AGC_CTL
CPU_WAIT
AFBENDKEY_C
6 S_RL-
LCD_CTL
5 T_RL-
4 T_RL+
3 GND
2 TAPE_LED
HG_V-
HG_U-
HG_W-
HG_BS+
MDA(Page2-9)
CAP_FG
LD_ON
CAP_REF
C_FRB
LCD_B
LCD_R
LCD_G
CDAS
CDWE
ADDT[00-15]
CDRE
TSR
FRP
LCD_CS
1 CAS_SW
HG_V+
HG_W+
DRUM_FG
DRUM_REF
PHYCLK
HID
SPA
EXTRG0
CN1603
HG_U+
C_COIL_U
DRUM_PG
PHYLPS
PHYLINKON
DCP_CS
DSP_RST
SYS_TCK
SYS_TDI
18 C_COIL_U
C_COIL_V
C_COIL_W
PHYLREQ
PHYSCLK
MVD
XINT
SYS_TMS
SYS_TDO
YTU94074-18
YUT94077-18
17 C_COIL_U
C_FG-
PHYCTL1
MFLD
SYS_TRSTL
16 HG_W+
15 HG_V+
14 HG_U+
13 C_COIL_W
12 C_COIL_W
11 HG_BS-
C_FG+
D_COIL_V
D_COIL_U
D_COIL_W
COIL_COM
MECHA_VCC
CAP_ERR
CAP_PWR
M_UNREG
DRUM_ERR
DRUM_PWR
PHYCTL0
PHYD[0-7]
OMT1
V_DIN
OMTO
AEBEND
CPU(Page2-7)
KENTO
IF_TX
IRU
AL_2.8VSYS
SYS_RSTL
IF_RX
10 HG_BS+
D_PFG+
AFBEND
9 HG_U-
8 HG_V-
D_PG-
LOAD_FWD
LOAD_REV
M_REG4.65
CDAS
CPU_WAIT
7 HG_W-
D_FG-
REG_2.8V
PSCTL
OSD_VD
OSD_HD
DOT_CLK
V_OUT
REG_1.2V
REG_2.8V
CDWE
6 C_COIL_V
5 C_COIL_V
GND
BLKB
BLKA
VC3
VC2
VC1
VC0
GND
CDRE
ADDT[00-15]
LED
TRIG_SW
4 GND
3 C_FG+
S_SENS
DIAL_REC
2 C_FG-
E_SENS
TAPE_LED
DIAL_PB
DIAL_OFF
1 MECHA_VCC
CN1602
MIC3
REEL_VCC
EJT_SW
MIC2
P_DET
MIC1
T_BATT
YTU94074-11
YUT94077-11
11 D_PFG+
10 D_FG-
CAS_SW
REC_SAFE
ZOOM_SW
ADP_L
9 D_COIL_U
8 D_COIL_U
S_REEL
7 D_COIL_V
6 D_COIL_V
5 D_COIL_W
ENV_OUT
L_FRB
T_REEL
MDA_PS
PHY1394_CNA
PHY1394_PD
PHY1394_RST
4 D_COIL_W
LD_ON
I_MTR
3 COIL_COM
ATFI
CAP_FG
CAP_REF
LIT_2.8V
D_GAIN
2 D_PG-
1 GND
REC_CLK
C_FRB
SYS_RSTL
CN3501
PRE/REC
VRB_AGC
REC_DATA
DRUM_FG
DRUM_PG
DRUM_REF
REGRTC_OUT
REGRTC_CLK
REG_CS
YTU94074-8
YUT94077-8
HEADCAPSTAN MOTOR DRUM MOTORSENSOR
8 GND
71F
61S
5 GND
1S
1F
(Page2-15)
REC_CTL
AGC_OUT
AGC_CTL
VREF_1.1
VRB_ATF
MONI
(Page2-23)
LCD_R
LCD_G
DEW_SENS
CAM_SW_A
CAM_SW_B
CAM_SW_C
PSCTL
OSD_VD
OSD_HD
DOT_CLK
BLKB
BLKA
VC3
VC2
VC1
VC0
PBH
RECH
AL_2.8VSYS
AL_2.8V
REG_2.8V
GND
CHRG_EVR
BAT_H
V_BATT
D_BATT
4 GND
2F
REC_ADJ
LCD_2.8V
LCD_B
32F
2S
ATF_GAIN
22S
NOSIG_LV
LCD_NPC
1 GND
DUMP_CTL
REG_4.65V
R
LOADING MOTOR AND
ROTARY EN CODER
CN1601
REG_4.65V
REG_2.8V
GND
RECH
PBH
REG_2.8V
REG_15V
GND
G
B
YTU94074-8
YUT94077-8
8 GND
7 LOAD_REV
HID
6 LOAD_FWD
5 DEW_SENS
4 CAM_SW_A
PHYCLK
PHY1394_PD
PHY1394_RST
PHY1394_CNA
3 CAM_SW_B
2 CAM_SW_C
1 GND
ADP_DC
REG_2.8V
REG_4.65V
REG
(Page2-21)
CHRG_EVR
SYS_RSTL
D_GAIN
LIT_2.8V
PHYLPS
PHYSCLK
PHYLINKON
TPA+
TPA-
TPB+
TPB-
YTU94074-6
YUT94077-6
REG_15V
REG_-7.5V
M_REG4.65
I_MTR
REG_CS
REGRTC_OUT
REGRTC_CLK
PHYCTL1
PHYCTL0
PHYLREQ
PHYD[0-7]
1394PHY
(Page2-25)
POWER UNIT
CN106
AL_2.8V
CAP_ERR
REG_1.2V
CAP_PWR
DRUM_PWR
DRUM_ERR
M_UNREG
LITHIUM
BATT_+
ADP_L
T_BATT
P_DET
BAT_H
GND
GND
REG_2.8V
DV
J102
(Page2-33)
PLAYREC OFF
DIAL_PB5DIAL_OFF6DIAL_REC
1 GND
2 GND
3 GND
4
CN105
1 TRIG_SW
2 GND
3 GND
4 REG_2.8V
5 REG_2.8V
6 ZOOM_SW
CN101
1 V_BATT
2 BATT_+
3 BATT_+
4 BATT_+
5 BATT_+
6 BATT_+
7 T_BATT
8 D_BATT
9 ADP_DC
10 ADP_DC
11 ADP_DC
12 ADP_DC
13 ADP_DC
14 ADP_L
15 LITHIUM
16 V_OUT
17 P_DET
18 AU_SIG/L
19 AU_SIG/R
20 GND
21 GND
22 GND
23 GND
24 GND
25 GND
26 GND
YTU94074-6
YUT94077-6
TW
ZOOM UNIT
(Page2-33)
㧨FPC-04-WRI㧪
YTU94074-26
YUT94077-26
CN501
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
LITHIUM
30
BTU
+TC -
Battery Terminal
DC
(Page2-28)
AV
YTU94105-40
YUT94077-40
CN7701
1VCOMH
2VCOML
40
3VCL
4C41N
MONITOR
5C41P
6VGH
7C31N
8C31P
9VGL
10C23N
11C23P
(Page2-29)
12C22N
13C22P
14C21N
15C21P
16VDDA
17VFB
18DRV
19VSS
20NC
21VDD
LCD(MONITOR) MODULE
22VDD1
23NC
24VSS1
25VCOIN
26PDO
27VA(R)
28VB(G)
29VC(B)
30DE
31HS
32VS
33POL
34VDD
35NPC
36VSSD
37HWRESETZ
38GCL
39GDA
40GCS
CN112
1AL_2.8VSYS
3SYS_TCK
2SYS_TMS
NC (FLASH CN)
4SYS_TDI
5SYS_TRSTL
6SYS_TDO
7GND
9EXTRGO
8SYS_RSTL
11
10FRP
yf219_y10713001a_rev0.1
NOTES: The number of patch cords ( ) are indicated by interconnected.
( ) indicates the block No. and symbol No. of the WIRE or the FPC.
<FPC or WIRE - 03 -WR1>
Block No.
Symbol No.
(No.YF219)2-3 2-4(No.YF219)
MAIN(MAIN IF) SCHEMATIC DIAGRAM
TO CPU
TO MDA
GND
MIC3
MECHA_VCC
REC_SAFE
S_SENS
16151413121110
TO SENSOR
CN1604
QGF0543F3-16X
BOTTOM CONTACT
TO CPU
TO CPU
TO MDA
MIC2
REEL_VCC
S_RL-
S_RL+
MIC12FE_SENS
987654321
TO MDA
T_RL+
T_RL-
GND
TO CPU
TAPE_LED
CAS_SW
TO OP DRV
TO CPU
FOCUS01
F_VCC
FOCUS02
FOCUS04
FOCUS03
F_PTR_AD
GND
123456789
TO OP BLOCK
CN4901
QGF0549C2-26W
VERTICAL NON-ZIF
TO OP DRV
OP_THRMO
DRIVE+
DUMP+
HGVCC+
HGOUT+
HGVSS-
HGOUT-
DUMP-
GND
GND
DRIVE-
ZOOM01
ZOOM03
ZOOM04
ZOOM02
1011121314151617181920212223242526
TO CPU
Z_LED
TO CPU
TO OP DRV
Z_PTR_AD
TO CDS/TG
GND
GND
CCD_OUT
TO CCD(CN5001)
CN4201
QGF0549C2-20W
VERTICAL NON ZIF
GND
H1
GND
H2
CCD_-7.5V
GND
GND
987654321
REG_15V
REG_15V
V4
V2
GND
V1
V3
2019181716151413121110
SUB
RG
GND
MECHA SIDE
TO CAPSTAN MOTOR
CN1603
QGF0543F3-18X
TOP CONTACT NON ZIF
TO MDA
HG_U-
HG_BS+
HG_U+
C_COIL_W
C_COIL_U
HG_W+
C_COIL_U
HG_V+
C_COIL_W
HG_BS-
101112131415161718
HG_V-
HG_W-
C_COIL_V
C_COIL_V
TO CPU
REG_2.8V
TRIG_SW
GND
GND
ZOOM_SW
REG_2.8V
12345
6
TO ZOOM UNIT
CN105
QGF0534F3-06X
HORIZONTAL ONE TOUCH
TO LOADING MOTOR
AND ROTARY ENCODER
CN1601
QGF0543F3-08X
TOP CONTACT NON ZIF
GND
8
TO MDA
LOAD_REV
TO CPU
DEW_SENS
CAM_SW_A
LOAD_FWD
CAM_SW_B
PUT IN INNER LAYER 3 & 4
COIL_COM
D_COIL_W
D_PG-
TL101
TO HEAD
CN3501
QGF0543F3-08X
TOP CONTACT NON-ZIF
TO PRE/REC
1F
2S
GND
123456789
GND
1234567
GND
1S
GND
GND
8
TL102
#
GND
TO DRUM MOTOR
CN1602
QGF0543F3-11X
TOP CONTACT NON ZIF
TO MDA
D_FG-
D_COIL_U
GND
C_FG-
C_FG+
MECHA_VCC
123456789
D_PFG+
11
D_COIL_U
D_COIL_V
D_COIL_W
D_COIL_V
10
TO CPU
DIAL_REC
DIAL_OFF
GND
GND
DIAL_PB
GND
6
TO POWER UNIT
CN106
QGF0534F3-06X
HORIZONTAL ONE TOUCH
CAM_SW_C
GND
1234567
12345
TO CPU
TO CPU,REG
TO CPU
TO REG
TO CPU
TO REG
TO PARAGON3
TO CPU
TO AUDIO
V_BATT
BATT_+
T_BATT
D_BATT
ADP_DC
LITHIUM
V_OUT
AU_SIG/L
AU_SIG/R
ADP_L
P_DET
TO BTU(CN501)
OPEN
C103
OPEN
C102
OPEN
C104
GND
2
CN101
QGF0549C2-26W
VERTICAL NON ZIF
3
D101
OPEN
1
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
TO MIC
CN2601
QGA1001F1-04X
1INT/L
INT/L
2INT_GND
INT_GND
INT_GND
INT/R
TO AUDIO
MAIN(MAIN IF)
10
TO CPU,PARAGON3
EXTRG0
FRP
10
11
TO NC (FLASH CN)
CN112
QGF0543F3-11X
TOP CONTACT NON-ZIF
3INT_GND
4INT/R
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-5 2-6(No.YF219)
GND
SYS_RSTL
TO CPU
SYS_TDO
SYS_TDI
SYS_TRSTL
SYS_TCK
SYS_TMS
AL_2.8VSYS
123456789
TO CPU,PARAGON3
TO CPU,PARAGON3,PRE/REC
TO CPU
GND
LED
GND
HID
GND
MVD
39
TO REAR (CN108)
CN111
QGF0303F2-39W
0.3mm PITCH HORIZONTAL ONE TOUCH
TO CPU
TO PARAGON3,PRE/REC
TO PRE/REC
GND
IF_RX
ENV_OUT
IF_TX
KENTO
IRU
ATFI
TO AUDIO
SPK+
GND
SPK-
TO CPU
LCD_CTL
R
G
GND
TO MONI
GND
B
TO AUDIO
TO PARAGON3
AU_LV_CLK
AU_LV_OUT
VDLCD
HRPLCD
LCD_CS
TO CPU
TO PARAGON3
HDLCD
DATA_SW
EJT_SW
1011121314151617181920212223242526272829303132333435363738
TOCPU
SET_SW
KEY_C
KEY_A
REG_4.65V
REG_4.65V
TO MONI
LCD_2.8V
LCD_NPC
TO CPU
TO MDA
AL_2.8VSYS
M_UNREG
123456789
yf219_y10714001a_rev0.1
MAIN(CPU) SCHEMATIC DIAGRAM
AL_2.8VSYS
REG_2.8V
D_BATT
V_BATT
D_GAIN
CHRG_EVR
REG_CS
REGRTC_CLK
REGRTC_OUT
SYS_RSTL
T_BATT
EJT_SW
DIAL_PB
DIAL_OFF
DIAL_REC
TRIG_SW
EXTRG0
SYS_TCK
SYS_TDI
SYS_TDO
SYS_TMS
SYS_TRSTL
SYS_RSTL
A_MUTE
L_MUTE
AUDIO_CS
AU_LV_CLK
AU_LV_OUT
OP_THRMO
Z_PTR_AD
F_PTR_AD
CAS_SW
SET_SW
DATA_SW
ZOOM_SW
LCD_CTL
LCD_CS
S_REEL
MDA_PS
CAP_FG
DRUM_PG
DRUM_FG
CAP_REF
DRUM_REF
AL_2.8V
LIT_2.8V
ADP_L
P_DET
BAT_H
KENTO
AUDIO
BUZZER
KEY_A
KEY_C
T_REEL
LD_ON
C_FRB
GND
MAIN(CPU)
10
678
5
RA1002
100K
100K
R1011
321
4
LED
IF_RX
IF_TX
IRU
I_MTR
PD_L
L_FRB
Q1008
2SC4617/QR/-X
Q1006
2SC4617/QR/-X
R1046
10K
R1045
4.7K
0Ω
R1051
8.2KR1052
R1053
47K
OPEN
C1047
R1054
39K
10K
10KR1077
R1078
0.022C1051
0.022C1052
C1054
0.022
0.022
C1053
Q1007
DTC124EE-X
AL_2.8VSYS
100K
R1039
R1067
51
150KR1047
2.7KR1048
3
1
R1049
18K
R1050
47K
1C1055
C1048
OPEN
100K
100K
100K
R1026
R1024
R1022
TL1023
RA1009
3.3K
5
4
6
3
7
2
8
1
TO REG
TO MAIN IF(CN112)
TO REG
TO MAIN IF(CN101)
TO REG
TO MAIN IF(CN101)
TO MAIN IF(CN101),REG
TO MAIN IF(CN101)
TO REG
TO MAIN IF(CN111)
TO MAIN IF(CN106)
TO MAIN IF(CN105)
TO MAIN IF(CN111)
TO MAIN IF(CN111)
TO MAIN IF(CN112)
TO MAIN IF(CN111)
TO REG
TO AUDIO
TO MAIN IF(CN111),
AUDIO
TO AUDIO
TO MAIN IF(CN4901)
TO MAIN IF(CN1604)
TO MAIN IF(CN111)
TO MAIN IF(CN105)
TO MAIN IF(CN111)
TO MDA
IC1002
MB90099PFVXXXEX
L1001
AL_2.8V
Ǵ
10
L1002
10
C1004
22/6.3
D_BATT
V_BATT
D_GAIN
CHRG_EVR
REG_CS
REGRTC_CLK
REGRTC_OUT
SYS_RSTL
ADP_L
T_BATT
P_DET
BAT_H
EJT_SW
DIAL_PB
DIAL_OFF
DIAL_REC
TRIG_SW
LED_PWM
1K
R1037
SYS_TCK
SYS_TDI
SYS_TDO
SYS_TMS
SYS_TRSTL
SYS_RSTL
REMOTE
EXTRG0
KENTO
I_MTR
REG_2.8V
R1021
47K
AL_2.8V
A_MUTE
L_MUTE
AUDIO_CS
AU_LV_CLK
AU_LV_OUT
PD_L
D1001
DA221-X
BZ_ENV
2
BZ_FREQ
OP_THRMO
Z_PTR_LV
F_PTR_LV
R1095
R1056
C1050
22K
OPEN
CAS_SW
SET_SW
DATA_SW
KEY_A
KEY_C
ZOOM_SW
LCD_CTL
LCD_CS
T_REEL
S_REEL
LD_ON
MDA_PS
C_FRB
C_FRB2
10KR1058
R1060
10K
L_FRB
10KR1059
L_FRB2
R1061
10K
CAP_FG
DRUM_PG
DRUM_FG
CAP_PWM
DRUM_PWM
EXTRG0
100K
0.01C1009
REG_2.8V
C1013
0.01
VOUT_1.8V
C1008
22/6.3
C1014
OPEN
AL_2.8VSYS
Ǵ
T
REG_2.8V_L1002
C1005
C1006
0.1
0.1
47K
R1031
100K
R1080
243 VDD
244 VDD
251 VOUT(1.8V)
252 VDD
253 VDD
30
ND
45 ND
4 NC(OPEN)
1K
R1040
R1038
1K
R1096
OPEN
255
1ND15
ND
MN103S97NCD
MN103SF66RCD
NC(TRCCLK)
NC(TRCST)
153
155
108
254
VDDH
NC(TRCD0)
219
245
250
VDDH
VDDH
IC1001
NC(TRCD1)56NC(TRCD2)
110
229
VDDH
NC(TRCD3)
152
IF_RX1
IF_TX1
TL1005
R1073
C1007
R1068
228
VDDB
VDDB
NC(EXTRG0)
NC(EXTRG1)
191
10K
0.1
C1017
OPEN
C1016
OPEN
C1015
OPEN
OPEN
OPEN
R1032
221
227
VDDB
VSS
226
237
OPEN
R1034
116
NC(PULLUP)
VSS
238
TL1051
PHY1394_CNA
BAT_H
OMT0
MFLD
LED_PWM
EEP_CLK
AU_LV_CLK
MIC3
EEP_CS
REG_CS
RTC_CS
OPEN
R1035
159
NC(PULLUP)
NC(PULLUP)
VSS
VSS
239
REGRTC_CLK
REGRTC_OUT
RTC_IN
RTC_CS
CAP_FG
DRUM_FG
OMT1
L_MUTE
A_MUTE
XINT
IF_RX1
CHRG_EVR
CAP_PWM
DRUM_PWM
EEP_OUT
EEP_IN
IF_TX1
IF_RX1
AU_LV_OUT
AUDIO_CS
MIC2
MIC_CTL
OPEN
R1044
156
NC(PULLUP)
VSS
240
TL1052
TL1048
NC(VDDH)
TL1073
R1007
1K
R1072
10K
R1042
100K
162
68VDDB
66VDDH
37AVDD
36NC(VREFH)
61FRQS1
114FRQS0
249VSS
248VSS
247VSS
246VSS
242VSS
241VSS
TL1026
TL1027
TL1028
TL1029
TL1030
TL1031
TL1021
IC1006
R2033T-F-X
1
32KOUT
2
SCLK
3
SIO
4
CE
5
VSS
VD_FZ
147
183
28 CAP_FG
27 DRUM_FG
196 OMT1
128 LCD_RGB_CTL
72 L_MUTE
124 A_MUTE
220 VF_STV
222 XINT
194 JLIP_INT
193 BAT_H
223 DSC_CS
65 OMT0
130 NC
160 MFLD
92 P_MEDIA
49 LED
214 CHRG_EVR
48 CAP_PWM
44 DRUM_PWM
67 EEP_CLK
197 EEP_OUT
224 EEP_IN
19 NC
198 TXD
164 RXD
122 AU_LV_CLK
71 AU_LV_OUT
74 AUDIO_CS
144 MIC_SCL
100 MIC_SDA
138 MIC_CTL
5NC
98 VSS
117 VSS
139 STRB_CHG
129 MXDT_OUT
24 MMC_L
22 USBDOWN
23 DSC_STS
170 CAPT_REQ
79 FLSH_RST
169 DSC_WKUP
80 DSC_RST
51 NC
20 EEP_CS
177 REG_CS
186 NC
104 CDS_CS
209 DVIN_L
204 RTC_CS
R1066
100K
R1043
100K
VDD
OSCIN
OSCOUT
CLKC
INTR
VD_F/Z
PHY1394_CNA
R1002
47
R1010
10
9
8
7
6
100K
R1006
PD_L
S_REEL
T_REEL
16
132
84
T_REEL
S_REEL
LON
NMIRQL
158
105
59
L_FRB2
R1003
100K
AL_2.8V
Dest
Key
OPEN
NAX0941-001X
X1002
R1009
OPEN
R1004
INT
SPA
DRUM_PG
134
174
133
26
SPA
PD_L
SRVTRK
DRUM_PG
L_FRB2
L_FRB146CAM_SW_C43CAM_SW_B47CAM_SW_A3DATA_SW
150
L_FRB
CAM_SW_B
CAM_SW_C
Ref
DV_IN
non_DV_IN
OPEN
TSR
205
TRKREF
1K
R1033
CAM_SW_A
FRP
FRMREF
DATA_SW
C1003
OPEN
MVD
148
83
MVD64MVD
RTC_INT
ADP_L
OSD_CS
DSC_CLK12DSC_OUT
125
225
120
1k
R1055
OSD_CS
ADP_L
R1095
NO 100K
LCD_CS
RTC_IN
11
184
LCD_CS
REG_RTC_IN
DSC_IN14NC70MONI_SW73EJECT_SW
121
EEP_IN
EEP_CS
EEP_OUT
EEP_CLK
REGRTC_OUT
165
REGRTC_OUT
R1008
47K
C1019
OPEN
REGRTC_CLK
190NC10
REGRTC_CLK
EJT_SW
163
199
CAS_SW
NO100K
TL1065
S_IN_L
CAS_SW63INT
R1096
IC1005
M95640-WDW6P-X
10KR1079
C1043
OPEN
HID
TL1061
DSP_RST
CDSTG_CS
OPDRV_PS
216
102
149
171
103
HID
DSP_RST
CDSB_CS
CDSTG_CS
OPDRV_PS
DIAL_PB
DIAL_OFF13DIAL_REC
TRIG_SW
123
126
141
217NC81
TRIG_SW
DIAL_PB
DIAL_OFF
DIAL_REC
INT
1
VCC
CS
2
HOLD
SO
3
SCK
WP
4
SI
VSS
CCD_CTL
OPOSD_IN
OPOSD_OUT
161
118
208
8
42
CCD_CTL
OPOSD_IN
OPOSD_RST
OPOSD_OUT
VF_RGB_CTL
IC1001
MN103S97NCD
MN103SF66RCD
C_FRB125C_FRB252INV_HID35TAPE_LED
C_FRB2
TLED_ON
C_FRB
HID
OPOSD_CLK
195
OPOSD_CLK
PSCTL55NC
119
PSCTL
8
7
6
5
C1020
OPEN
TL1014
VF_CTL
MONI_CHG
MONI_CHG
LCD_CTL
97
135
TL1063
PHY1394_RST
LCD_CTL
PHY1394_RST
PHY1394_CS
151NC21
NAX0692-001X
145NC75
PBH
X1001
233
PBH78RECH
TL1066
REMOTE
TL1069
69
166
S2_DET
REMOTE
ANA_IN_H
HID376BZ_ENV
127
BZ_ENV
HID3
RECH
R1001
1M
C1001
7P
TL1055
CDSTG_RST
236
106
9
TO_SYS1
CDSTG_RST
D_GAIN
107
168
D_GAIN
201
DBATT_CS
BZ_FREQ7OSCI6OSCO
109
BZ_FREQ
CPU_OSCI
7P
C1002
202NC77
DBATT_RST
CPU_OSCO
AEBEND
85
215
VDIN
AEBEND
CAM1394_IN
115
TL1057
C1018
189NC131
(VDTG)VDIN
MMOD1
157
100KR1027
IC1009
YCBCJVSNS8031-X
1
PGM
2
RESET
3
VSS
4
VCC
Ǵ
1
188NC203
STRB_SNS
MMOD0
RSTL
EXMOD162EXMOD02CKSEL87ADM1586ADM14
112
113
SYS_RSTL
100KR1028
100KR1029
8
P10
7
SDA
6
SCK
5
CNVSS
876
RA1004
100K
324
P_DET
SYS_TMS
SYS_TCK
SYS_TDI
1K
SYS_TRSTL
R1070
57
111
58
60
218
192
TDI
TCK
TMS
TRSTL
S_DET
P_DET
ADM1329ADM1231ADM11
173
ADDT14
ADDT15
ADDT12
ADDT13
100KR1030
REGRTC_CLK
5
1
SYS_TDO
154
TD0
ADDT11
REC_SAFE
R1015
100K
ADP_L
RTC_IN
OPEN
R1005
187
50CAM_OUT
185CAM_CLK
91REEL_ON
96S_SENS
143E_SENS
41DEW_SENS
181MIC3
182MIC2
142MIC1
235V_BATT
213NC
95Z_PTR_AD
211F_PTR_AD
40OP_THRMO
212NC
38STRB_AD
234I_MTR
180NC
39ZOOM_SW
210T_BATT
140KEY_A
94KEY_C
99D_BATT
167SET_SW
146NC
179PHOTO_H
93WIDE_SW
54MDA_PS
18EM_DET_L
17PHY1394_PD
53LD_ON
101OPDRV_CS
232DSP_CS
82AFBEND
231CDWE
200KENTO2
178KENTO1
136CDRE
90CPU_WAIT
34CDAS
230ADM0
176ADM1
207ADM2
137ADM3
88ADM4
33ADM5
206ADM6
32ADM7
89ADM8
172ADM9
175ADM10
REC_SAFE
CAM_OUT
CAM_CLK
REEL_ON
S_SENS
E_SENS
DEW_SENS
V_BATT
Z_PTR_LV
F_PTR_LV
OP_THRMO
I_MTR
RA1003
1K
ZOOM_SW
6
3
T_BATT
7
2
KEY_A
8
1
5
4
KEY_C
R1063
R1064
TL1001
D_BATT
1K
SET_SW
1K
TL1067
TL1056
MDA_PS
TL1068
PHY1394_PD
OPDRV_CS
DSP_CS
AFBEND
CPU_WAIT
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
OPEN
C1041
0.0068C1023
0.0068C1024
TLED_ON
REEL_ON
MIC3
MIC2
MIC1
REC_SAFE
CAM_SW_C
CAM_SW_B
CAM_SW_A
DEW_SENS
MIC_CTL
0.01C1025
OPEN
C1026
OPEN
C1027
OPEN
C1028
0.1C1029
OPEN
C1030
0.1C1031
0.1C1032
0.1C1033
OPEN
C1034
OPENC1049
0.01C1040
OPEN
C1037
0.1C1035
0.1C1039
0.1C1036
0.1C1038
TL1036
REG_2.8V
Q1003
DTA143XE-X
Q1002
DTA143XE-X
876
5
3.3KR1019
330KR1017
3.3KR1018
3.3KR1020
RA1001
143
2
47K
R1016
75K
Q1001
DTA114EE-X
TL1076
TL1007
TL1075
TL1074
TL1017
TL1024
TL1077
R1025
OPEN
R1041
1.5K
MIC3
MIC2
MIC1
LD_ON
CDWE
KENTO
CDRE
CDAS
BU3095-XXFV-X
OPOSD_CLK
1
HD
SCLK
OSD_HD
OSD_CS
OPOSD_OUT
OPOSD_RST
C1046
OPEN
OPOSD_CLK
OPOSD_OUT
OPOSD_IN
PSCTL
OPOSD_RST
RECH
PBH
HID3
MONI_CHG
HID
TL1008
VD_FZ
OPDRV_PS
CDSTG_RST
CCD_CTL
CDSTG_CS
CAM_OUT
CAM_CLK
PHY1394_PD
PHY1394_RST
PHY1394_CNA
TSR
FRP
SPA
HID
DSP_CS
DSP_RST
XINT
MVD
MFLD
OMT0
OPDRV_CS
OMT1
VDIN
AEBEND
AFBEND
CPU_WAIT
CDAS
CDWE
CDRE
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
S_SENS
E_SENS
20
2
VD
CS
3
DATA
4
RST
5
VDD
6
SDR
7
XD
8
EXD
9
TEST
TL1003
OSD_VD
19
VC0
VC0
18
VC1
VC1
17
VC2
VC2
16
BLKA
BLKA
15
VC3
14
BLKB
13
TST0
12
BLKC10VSS
11
TL1002
TO PARAGON3
VC3
BLKB
DOT_CLK
OPOSD_CLK
OPOSD_OUT
TO OP DRV
OPOSD_IN
PSCTL
TO PARAGON3
OPOSD_RST
TO OP DRV
RECH
TO PRE/REC
PBH
TL1070
TL1071
VD_FZ
TO OP DRV
OPDRV_PS
CDSTG_RST
TO CDS/TG
TL1072
CDSTG_CS
CAM_OUT
TO CDS/TG
CAM_CLK
PHY1394_PD
PHY1394_RST
TO 1394PHY
PHY1394_CNA
TSR
TO PARAGON3
FRP
TO MAIN IF(CN112),PARAGON3
SPA
TO PARAGON3
HID
TO MAIN IF(CN108),PARAGON3,
PRE/REC
DSP_CS
DSP_RST
TO PARAGON3
XINT
MVD
TO MAIN IF(CN111),PARAGON3
MFLD
TO PARAGON3
OMT0
OPDRV_CS
TO OP DRV
OMT1
VDIN
AEBEND
AFBEND
CPU_WAIT
CDAS
CDWE
CDRE
ADDT00
ADDT01
ADDT02
TO PARAGON3
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
S_SENS
E_SENS
TAPE_LED
REEL_VCC
TO MAIN IF
MIC3
(CN1604)
MIC2
MIC1
REC_SAFE
CAM_SW_C
CAM_SW_B
CAM_SW_A
TO MAIN IF
(CN1601)
DEW_SENS
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-7 2-8(No.YF219)
yf219_y10715001a_rev0.1
MAIN(MDA) SCHEMATIC DIAGRAM
DRUM_PG
DRUM_FG
DRUM_REF
C_FRB
CAP_FG
TO CPU
CAP_REF
LD_ON
L_FRB
MDA_PS
C1607
0.047
DRUM_ERR
DRUM_PWR
C1632
0.47
R1620
68K
C1606
0.0015
C1624 0.01
C1625 100p
C1627 0.0047
C1626 0.0047
R1624 18K
C1628 0.22
R1604
100K
C1605
0.1
R1603
4.7K
(2125)
C1602
R1621
10K
10
µ
R1629
560K
T
C1603
10Ǵ/6.3
D1604
OPEN
C1631
10
(2125)
L1601
NQLC32M-100X
GND
NMFZ024-R25X-A
F1601
!
10
F1602
!
NMFZ024-R50X-A
CAP_ERR
CAP_PWR
R20
M_UNREG
REG_2.8V
R50
TO REG
µ
C1637
1
L1602
NQLC32M-100X
10
M_REG4.65
TO MAIN IF
(CN1601)
TO MAIN IF
(CN1602)
LOAD_FWD
LOAD_REV
D_FG-
D_PG-
D_PFG+
COIL_COM
D_COIL_U
D_COIL_V
D_COIL_W
R1601
C1616 OPEN
R1633 OPEN
C1617 OPEN
R1634 OPEN
C1633
0.47
680
R1602
120K
R1611
270
R1610
270
R1712
1K
1K
R1702
R1710
120K
R1709
10K
8765
IC1702
BA2903FVM-W
C1702 0.1
R1708
120K
4321
R1707
10K
OPEN
C1701
2.2K
R1701
82K
8765
BA10358FVM-W
R1706
82K
R1705
2.2K
IC1701
R1704
2.2K
R1703
2.2K
4321
17D.PFGIN+
18D.FGIN-
19D.FGAMP
20D.FGSMT
21VCC
22D.DETECT
23D.ISET
24D.SL1
25D.SL2
26UNREG
27NC
28D.VM
29D.VS
30D.EC
31D.PCI
32D.PCV
D.COM
33
D.U
34
D.V
R1614 0.33
C1601
0.01
GND
GND
10
D1602
OPEN
MAIN(MDA)
C1635 OPEN
C1636 OPEN
***
C1634 OPEN
C1614
10
µ
(2125)
R1612
68K R1711
R1613
1K
C1621
1
R1625 680
35
36
37
38
39
40
41
42
43
44
45
46
47
48
D.RNF
D.W
NC
L.FRB
L.REF
L.FWD
NC
L.GND
L.REV
L.VM
C.FGIN+
C.FGIN-
C.FGAMP
R1622
10K
49 C.FGSMT
IC1601
BD6637KV
50 NC
51 VG
52 CP1
53 CP2
54 NC
55 GND
56 GDX
57 PS
58 C.RCC
59 C.FRB
60 C.VM
C1629
0.22
C1630 0.22
R1616 3.9K
12 3
Q1601
SUR551H-W
D.PGIN-
16
D.PGAMP
15
D.PGSMT
14
C.HW-
13
12K
12
11
10
9
8
7
6
5
4
3
2
1
C1618 0.0022
C1619 0.0022
C1620 0.0022
C1615 OPEN
R1632 OPEN
R1617
0.33
D1603
DAP222-X
R1637
150k
C.HW+
C.HV-
C.HV+
C.HU-
C.HU+
NC
NC
C.W
C.RNF
C.V
C.U
NC
61 C.VS
62 C.EC
63 C.PCI
64 C.PCV
C1622 0.022
C1623 0.047
46
R1635
2.7K
R1636
MECHA_VCC
C_FG+
C_FG-
C_COIL_U
C_COIL_V
C_COIL_W
HG_W-
HG_W+
HG_V-
HG_V+
HG_U-
HG_U+
HG_BS+
HG_BS-
S_REEL
T_REEL
T_RL+
T_RL-
S_RL+
S_RL-
TO MAIN IF
(CN1603)
TO CPU
TO MAIN IF(CN1604)
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219) 2-9 2-10(No.YF219)
yf219_y20445001a_rev0.1
MAIN(AUDIO) SCHEMATIC DIAGRAM
L2403
NQR0602-001X
TO MAIN IF
(CN2601)
TO MAIN IF
(CN111)
INT/R
INT_GND
INT_GND
INT/L
SPK+
L2404
OPEN
Q2401
OPEN
REG_2.8V_L2403
R2401
OPEN
C2401
OPEN
R2602
L2603
NQR0602-001X
L2602
NQR0602-001X
L2601
NQR0602-001X
SPK-
R2601
2.2k
C2602
OPEN
C2601
OPEN
2.2k
C2407
10
µ
T
C2612
C2606 0.0047
C2605 0.0047
C2611
1
1
R2408
OPEN
R2608 2.2k
R2607 2.2k
C2656
0.01
C2613
R2202
560k
R2201
OPEN
0.1
0.1
C2223
C2201
OPEN
R2616
C2622
OPEN
OPEN
C2624
10p
R2610
22k
37 PREOR
µ
C2604
0.022
1
C2603
0.022
C2655
0.01
R2615
OPEN
38 PRENR
39 EXTR
40 INTR
41 MGND
42 MVDD
43 MPWR
44 MRF
45 INTL
µ
46 EXTL
47 PRENL
R2609
22k
48 PREOL
C2623
10p
C2621
OPEN
R2203
36
BEEP1
C2224
C2203
39k
0.01
150k
R2204
33
34
35
MIN
BEEP2
MOUT
C2405
0.1
C2202 1
30
31
32
AVDD
VCOM
IC2201
AK4666VQ
SPK+2MUTE3SPK-4PDN5SVDD6SGND7BCLK18MCLK19LRCK110CDTI11CSN12CCLK
1
C2235
OPEN
AGND
C2234
OPEN
OPEN
C2204 1
C2205
28
29
TST7
HVCM
AIMCK
C2233
OPEN
25
26
27
TST5
TST6
HVDD
C2214 0.1
AU_LV_CLK
24RIN1
23ROUT1
22LIN1
21LOUT1
20DVSS
19DVDD
REG_2.8V_R2407
18TST4
17TST3
16TST2
15TST1
14SDTO1/SDTO2
13SDTI1
C2210 1
C2213 0.1
C2209 1
R2217
C2229
OPEN
C2406
10
R2207
56k
R2206
56k
R2407
µ
10
10
2SC4617/QR/-X
REG_2.8V_L2404
C2404
10
µ
R2209
R2208
Q2403
22k
22k
R2402
4.7k
R2403
18k
R2211
820
R2210
820
REG_4.65V_L2401
C2402
OPEN
R2234
R2233
10
OPEN
L2401
NQR0602-001X
µ
From REG
REG_4.65V
REG_2.8V
GND
AU_SIG/R
TO MAIN IF(CN101)
AU_SIG/L
36
5
R2235
OPEN
2
14
Q2202
OPEN
S_SHUT
AIDAT/AIDAT2
AODAT
TO PARAGON3
AILRCK
AIMCK
AIBCK
AU_LV_CLK
TO MAIN IF(CN111),CPU
AUDIO_CS
TO CPU
AU_LV_OUT
TO MAIN IF(CN111),CPU
C2218
OPEN
C2403
10
µ
REG_2.8V_L2402
MAIN(AUDIO)
10
R2212
OPEN
C2217
OPEN
R2213
OPEN
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-11 2-12(No.YF219)
L2402
NQR0602-001X
yf219_y20443001a_rev0.1
BUZZER
PD_L
A_MUTE
L_MUTE
TO CPU
MAIN(PARAGON3) SCHEMATIC DIAGRAM
TL3003
MVCO
C3088
0.1
1
8
RA3005
2
7
47
3
6
4
5
1
8
RA3006
2
7
47
3
6
4
5
R3128
47
TO 1394PHY
PHYCTL0
PHYCTL1
PHYLREQ
PHYSCLK
PHYLINKON
PHYLPS
PHYCLK
PHYD3
PHYD2
PHYD1
PHYD0
PHYD7
PHYD6
PHYD5
PHYD4
PHYCTL0
PHYCTL1
PHYLREQ
PHYSCLK
PHYLPS
PHYLINKON
PHYCLK
PHYD0
PHYD1
PHYD2
PHYD3
PHYD4
PHYD5
PHYD6
PHYD7
PHYD0
PHYD1
PHYD2
PHYD3
PHYD4
PHYD5
PHYD6
PHYD7
PHYCTL0
PHYCTL1
PHYLREQ
PHYSCLK
PHYLPS
PHYLINKON
PHYCLK
#㧦DIFFERENT PARTS
#1
R3126
OPENNTSC
㧜ǡ
PAL
#3
C3019
OPEN
DV IN/OUT
DV OUT
MAIN(PARAGON3)
10
R3006,
C3040,
C3042
R3041
C3043
٤
٤
1000P
㧜ǡ
L3014
D3002
٤
٤
㧜ǡ
0.1
C3102
57 TMS
270
310
39
123 VPD
408
435
84
85
391 EXTREQ
86
166
392
238
303 EXTDATA3
167
360
239
304
411 VDDE
436
403
383
61
387 DSC_YR2
62
64
386
143
384 DSC_YR7
217
385
147
287
144 DSC_CR4
286
146
285
344
218 DSC_VDR
145
65
412
414
437 VSS
409
346
288
221
347 DSC_YW6
223
150
219
148
222 DSC_CW0
224
151
69
225
349 DSC_CW6
290
289
66
348
152 DSC_FLDW
149
416
438
410
340 BOSD0
215
282
142
341
216 BOSD5
283
342
284
343
60 DSC_CLK27
59
63
141
220
291 DSC_VDDE
345
363
439
440
413 VDDI
296
352
295
294
297 P1394D7
355
354
353
234
163 P1394CTL1
356
82
164
299
83 P1394PHYCLK
87
162
298
441
415 VDDI
109
TRST
TDI
TDO
VDDE
VSS
EXTCLK135
EXTFRAME
EXTACCESS
EXTDATA0
EXTDATA1
EXTDATA2
EXTDATA4
EXTDATA5
EXTDATA6
EXTDATA7
VSS
VDDI
DSC_YR0
DSC_YR1
DSC_YR3
DSC_YR4
DSC_YR5
DSC_YR6
DSC_CR0
DSC_CR1
DSC_CR2
DSC_CR3
DSC_CR5
DSC_CR6
DSC_CR7
DSC_HDR
DSC_FLDR
DSC_CLKR
VDDE
VDDE
VDDI
DSC_YW0
DSC_YW3
DSC_YW2
DSC_YW7
DSC_YW5
DSC_YW4
DSC_YW1
DSC_CW3
DSC_CW2
DSC_CW1
DSC_CW7
DSC_CW5
DSC_CW4
DSC_HDW
DSC_VDW
DSC_CLKW
VDDE
VSS
VDDI
BOSD1
BOSD2
BOSD3
BOSD4
BOSD6
BOSD7
BOUTH
BOUTV
DSC_CDRV
DSC_VDDE
DSC_VDDE
DSC_VDDE
DSC_VDDE
VDDI
VSS
VSS
P1394D3
P1394D2
P1394D1
P1394D0
P1394D6
P1394D5
P1394D4
P1394CTL0
P1394LREQ
P1394SCLK
P1394LPS
P1394LINKON
PHY_CDRV
PHY_VDDE
PHY_VDDE
VSS
NC
C3027
0.1
TO CPU
TO MAIN IF
(CN111),
CPU
TO OP DRV
CLK27O
H_GAIN
OMT1
OMT0
MFLD
OMT0
OMT1
OMT0
OMT1
OPEN
C3092
OPEN
C3091
58
67NC68NC88NC
89
330TCK
NC
338OMT0
280
129
269
124
406
407
433
434
401
VSS
VSS
VDDI
PLL1I
OMT1
VDDE
VDDE
CLK48O
PLL1SEL0
PLL1SEL1
H_OFFSET
MVD
MFLD
MVD
VDMDA
MVD
MFLD
OPDRV_VD
339VDMDA
140
214
279
212
VDIRS
HDIRS
VDCPU
FLDCPU
OPDRV_VD
CLK27O
H_GAIN
H_OFFSET
OPDRV_VD
CLKI
HDIN
VDIN
C3085
0.1
55
56
38
136
137
138BCHI11
139
202
207
200HDTG
201
281
213
VDTG
BCHI754BCHI8
BCHI9
MCLKI
BCHI10
BCHI12
BCHI13
CLK4M5
CLK1M0
CCD_VDDE
CCD_VDDE
CLKI
VDMDA
VDMDA
53BCHI6
134
135
BCHI352BCHI4
BCHI5
HDIN
VDIN
HDIN
VDIN
CLKI
ADIN8
ADIN9
ADIN0
ADIN1
ADIN2
ADIN3
ADIN4
ADIN5
ADIN6
ADIN7
ADIN10
ADIN11
C3084
OPEN
40ACHI0
43
48ACHI10
50
51
130
131
132
133BCHI1
ACHI9
BCHI0
BCHI2
ACHI1149ACHI12
ACHI13
271CAM_PLLAVD1
332
405VDDE
432
398
125
126
127ACHI5
128
VSS
VDDI
ACHI141ACHI2
ACHI342ACHI4
ACHI6
ACHI747ACHI8
CAM_PLLAVS1
IC3001
JCY0220
CLR
BUS0
BUS2
BUS3
BUS4
BUS5
BUS7
BUS8
BUS9
BUS10
BUS12
BUS13
BUS14
BUS15
CPUWAIT
FRREF
TRKREF
HID90SPA
HSP
VDDE
VDDE12VSS
VDDI
VDDI95MODESEL0
MODESEL1
MODESEL3
MODESEL4
PWM0
PWM1
PWM336PWM4
PWM534PWM6
PWM8
PWM935PWM10
PWM11
PWM13
PWM14
PWM15
LM_PWM
R3718
R3719
10K
10K
C3718 0.1
C3717 0.1
ATF_GAIN
NOSIG_LV
266 PWM7
327
R3720
10K
C3719 0.1
DUMP_CTL
120
R3721
10K
C3720 0.1
AGC_CTL
PWM_VDDE
328
267 PWM12
326
196
122
268
329 LM_SIGN
37
R3723
R3722
120K
120K
C3723 0.1
C3722 0.1
C3721 0.1
C3070 0.1
H_GAIN
H_OFFSET
1NC
2NC333
205
204 BUS1
206
203
273
274
334 BUS6
275
276
208
335
209 BUS11
277
379
381
380
210 WE
278RE211AS337CS336
305 SBE
168
169
240
361 XINT
199
362
364
417 VSS
365
367
245
308 MODESEL2
244
176
195
118
265 PWM2
121
119
R3126
R3717
10K
OPEN
#1
C3118 OPEN
C3117 OPEN
OPEN
C3098
REC_ADJ
AEBEND
AFBEND
DSP_RST
OPEN
C3097
TL3002
SBE
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
CDWE
CDRE
CDAS
DSP_CS
CPU_WAIT
FRP
TSR
SPA
XINT
HID
C3083
396
331
272
VDDI
CAM_PLLAVS0
CAM_PLLAVD0
PWM_VDDE
PWM_VDDE
PWM_VDDE
197
198
264
0.1
C3101
TO CDS/TG
ADIN5
ADIN9
ADIN8
ADIN6
ADIN4
ADIN7
ADIN3
ADIN2
ADIN11
ADIN10
ADIN8
ADIN9
ADIN10
ADIN11
TL3004
AIMCK
AIBCK
AODAT
FSPLL
AILRCK
S_SHUT
0.1
AIDAT/AIDAT2
OPEN
C3065
0.1
C3090
0Ω
R3083
16
17
101
248AODAT0
311
404VDDE
431
104
VSS
AIBCK
AIMCK
AUDLO
AIDAT0
AUDRO
AUD_VDDE
DTIO131DTIO2
DTIO332DTIO4
DTIO6
DTIO7
VDDE
262 DTIO0
193
323
117 DTIO5
194
263
366
C3031
OPEN
180VF_ENB
182
181
253
103
400VDDE
402
429
430
390
394VDDI
247KO177
100
VSS
VSS
VDDI
VDDE
AILRCK
VF_DSG
VF_COM
VF_XENB
VF_XDSG
VSS
RECDATA9RECCLK
RECCTL96REFCLK
CLK27O11PBCLKI13OSCPBCLK98PBC_VDDE
DISCRI10DIS_VDDE
418
369 VDDI
246
175
317 PDV_VDDE
97
99 PBCLKO
309
0Ω
PBCLKO
TL3019
TL3001
OSCPBCLK
R3136
CLK27O_1
100
R3121
C3033 OPEN
C3032 0.1
CLK27O
REC_CTL
REC_DATA
REC_CLK
ADIN1
ADIN1
ADIN2
ADIN3
ADIN4
ADIN5
ADIN6
ADIN7
HDLCD
VDLCD
HRPLCD
14
15
312
178
313
250
249HDLCD
102
179
251VF_CKV2
315
316
314
252
VDCVF
VDLCD
HDCVF
VF_STV
VF_STH
HRPCVF
HRPLCD
VF_CKV1
VF_XSTV
VF_CKH1
VF_CKH2
VF_XSTH
VDDE
VDDE
VSS
VDDI
DA_AOUT_DV06DA_VRO_DV0
DA_AOUT_DV17DA_VRO_DV1
DA_VREF_DV1
DV_DAAVD0
368
371
419 VSS
420
370
241
306 DA_VREF_DV0
307
174
173
243 DV_DAAVD1
R300947k
R300747k
C3028
0.1
0.1
C3099
VREF_1.1
ADIN0
ADIN0
OSD_HD
OSD_VD
DOT_CLK
357
301VDOSD
HDOSD
DV_DAAVS08DV_DAAVS1
242
165
CLKOSD
VDDE
373
C3030
BLKB
302BLK2
VDDE
375
OPEN
VC2
VC3
BLKA
237VC3
359
BLK1
DA_AOUT_ENC1
DA_AOUT_ENC0
VSS
421 VSS
422
S_SHUT
AODAT
AODAT
S_SHUT
VC0
VC1
NAX0206-001X
46NC
300
236
358VC2
VC0
VC1
OSC24O
ANA_ADAVS1A
ANA_ADAVS0A
ANA_ADAVD1
ANA_ADAVD0
AD_VRL_FS1
AD_VRH_FS1
AD_AIN_LM1
AD_AIN_FS1
AD_VRH_FS0
AD_AIN_LM0
AD_AIN_FS0
YC_DAAVS1
YC_DAAVS0
YC_DAAVD1
DA_VREF_ENC
DA_VRO_ENC
LCD_DAAVS2
LCD_DAAVS0
LCD_DAAVD2
LCD_DAAVD1
LCD_DAAVD0
DA_VRO_LCD
DA_AOUT_LCD2
DA_AOUT_LCD1
DA_AOUT_LCD0
CVF_DAAVS2
CVF_DAAVS1
CVF_DAAVD2
CVF_DAAVD1
CVF_DAAVD0
DA_VREF_CVF
DA_AOUT_CVF2
DA_AOUT_CVF1
DA_AOUT_CVF0
CVF_PLLAVS
DV_PLLAVSE5
DV_PLLAVSE4
DV_PLLAVDE4
DV_PLLAVS5
DV_PLLAVD5
DV_PLLAVD4
DV_PLLAVS3
DV_PLLAVD3
DV_PLLAVS2
DV_PLLAVS1
DV_PLLAVD1
DV_PLLAVS0
DV_PLLAVD0
LPF41OUT
LPF41IN
PWM27O
OSC27O
LPF24OUT
LPF24IN
VCXO12O
VCXO12I
OSC11O
VCXO11I
PWMAUDIO
DV_ADAVS0
DV_ADAVD1
DV_ADAVD0
AD_VRL_DV1
AD_AIN_DV1
AD_VRL_DV0
AD_VRH_DV0
OSC4185I
VDDI
VDDI
OSC4185O
372
374
70
71
TO AUDIO
AIMCK
AIDAT/AIDAT2
AIMCK
AIDAT/AIDAT2
C3072
OPEN
OPEN
X3001
OSC24I
VDDI
VSS
VDDI
VDDE
VSS
VSS
VDDE
VSS
VDDE
VDDI
VSS
VDDE
NC
NC
OSC11I
NC
NC
8.2k
R3018
C3020
OPEN
TO MAIN IF
(CN111)
HDLCD
VDLCD
AIBCK
AILRCK
AILRCK
AIBCK
VDDI=1.2V
PLLAV=1.2V
VDDE=2.8V
PLLAV=2.8V
2.5V
DV_AD/DA=2.8V
EN/DEC=2.8V
C3071
0Ω
R3114
OPEN
45NC
76
75
388
428
399VDDE
186
184
106
318
324CLPY
110
185
21
20
107AD_VRL_FS0
105
18
19
382
427VSS
397
256
319
258
188YC_DAAVD0
187
25
26
257
378VDDI
426
425
395
259
111LCD_DAAVS1
113
112
108
320
260DA_VREF_LCD
27
255
189
190
377VDDI
424
393
116
28
115CVF_DAAVS0
261
321
30
192
29DA_VRO_CVF
114
191
322
33
325CVF_PLLAVD
376
423
389
79
230DV_PLLAVDE5
161
81
231
158
80DV_PLLAVS4
232
229
351
293
226DV_PLLAVD2
350
154
72
153
160VCI4185
227
292
183
73
74OSC27I
44
24
228
155
159VCIAUD
156
157
233
235
77VCXO11O
78
254
23
22
94DV_ADAVS1
170
92
5
93
172AD_VRH_DV1
4
91
171
3AD_AIN_DV0
R3016 8.2k
R3011 8.2k
C3096
OPEN
C3095
OPEN
C3061 0.1
C3060
0.1
C3056
0.1
R3063
C3093
OPEN
OPEN
C3094
C3029
0.1
C3046
0.1
R3072
8.2k
R3073
R3067
8.2k
R3064 18k
C3057
0.1
8.2k
C3055
C3048
0.1
C3050
0.1
120
R3017
OPEN
C3021
HRPLCD
HRPLCD
HDLCD
VDLCD
PSCTL
C3059 0.1
750
LCD_B
R3066 910
LCD_R
R3069 910
LCD_G
R3068 910
R3065 27k
0.1
C3044
R3043 330
R3044
3.3k
C3045
470p
R3028 330
C3034 1
R3029
3.3k
C3035
0.01
0.22
C3024
R3014
1.5k
TO CPU
BLKA
VC3
VC2
VC1
DOT_CLK
OSD_VD
OSD_HD
PSCTL
OSD_HD
OSD_VD
PSCTL
0.01
R3031
10k
DOT_CLK
VC0
BLKB
VC0
VC1
VC2
VC3
BLKA
BLKB
C3714
1
R3702
C3704
OPEN
OPEN
Q3701
OPEN
2SA1774/RS/-X
#2
R3041
10k
#2
0.1
R3005
220k
C3039
1000p
NQLD8DJ-120X
C3037
0.1
D3001
EC2C01C-TR-X
TO MONI
LCD_G
LCD_B
LCD_R
LCD_G
LCD_R
LCD_B
C3709
4.7
1
C1
C3715
1
2
VCC
3
VIN
4
PSCTL
R3006
220k
#2
L3014
#2
2.2u
NQLD8DJ-2R2X
#2
C3042
1000p
#2
#2
C3043
C3019
47p
OPEN
C3040
#2
D3002
EC2C01C-TR-X
C3017
OPEN
R3004
OPEN
L3015
12u
C3018
C3036
OPEN
47p
OPEN
EC2C01C-TR-X
D3003
IC3702
NJW1351RB1-X
8
C2
C3710
4.7
7
NVCC
6
GND
5
VOUT
VRB_ATF
ATFI
VRB_AGC
AGC_OUT
VDDI=1.2V
OPEN
R3103
PLLAV=1.2V
C3006
C3013
10/6.3
10/6.3
OPEN
OPEN
OPEN
R3106
OPEN
OPEN
R3105
R3104
PLLAV=2.8V
C3008
1
R3107 OPEN
DV_AD/DA=2.8V
R3108 OPEN
EN/DEC=2.8V
2.5V
C3080
IC3006 MM3142FN-X
1
C3010
1
C3012
1
C3131
1
OPEN
5
VOUT
L3001
NQLC32M-100X
C3001
10/6.3
L3002
C3003
NQLC32M-100X
10/6.3
L3004
C3005
NQLC32M-100X
10/6.3
L3005
C3007
NQLC32M-100X
10/6.3
OPEN
L3007
C3009
NQLC32M-100X
10/6.3
L3009
C3011
10/6.3
NQLC32M-100X
OPEN
C3130
L3018
10
10u
2.5V
3
STBY4NC
2
GND
1
VIN
C3079
1
R3706
68_0.5%
AGC_OUT
VRB_AGC
ATFI
VRB_ATF
VREF_1.1
REC_DATA
REC_CLK
REC_CTL
REC_ADJ
ATF_GAIN
NOSIG_LV
DUMP_CTL
AGC_CTL
AEBEND
AFBEND
DSP_RST
XINT
HID
SPA
TSR
FRP
CDAS
DSP_CS
CDRE
CDWE
CPU_WAIT
ADDT15
ADDT14
ADDT13
ADDT12
ADDT11
ADDT10
ADDT09
ADDT08
ADDT07
ADDT06
ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00
GND
REG_1.2V
REG_2.8V
V_OUT
TO MAIN IF(CN501)
AGC_OUT
TO PRE/REC
VRB_AGC
ATFI
TO MAIN IF(CN111),PRE/REC
VRB_ATF
VREF_1.1
REC_DATA
REC_CLK
REC_CTL
TO PRE/REC
REC_ADJ
ATF_GAIN
NOSIG_LV
DUMP_CTL
AGC_CTL
SPA
AEBEND
TO CPU
AFBEND
DSP_RST
XINT
HID
TO MAIN IF(CN111),CPU,PRE/REC
SPA
TO CPU
TSR
FRP
TO MAIN IF(CN112),CPU
CDAS
DSP_CS
CDRE
CDWE
CPU_WAIT
ADDT15
ADDT14
ADDT13
ADDT12
ADDT11
TO CPU
ADDT10
ADDT09
ADDT08
ADDT07
ADDT06
ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-13 2-14(No.YF219)
yf219_y10717001a_rev0.1
MAIN(PRE/REC) SCHEMATIC DIAGRAM
MAIN(PRE/REC)
10
TO MAIN IF(CN111),
CPU,PARAGON3
TO CPU
TO MAIN IF(CN111)
TO MAIN IF(CN111).
PARAGON3
TO PARAGON3
TO PARAGON3
TO MAIN IF(CN111).
PARAGON3
TO PARAGON3
RECH
ENV_OUT
AGC_CTL
DUMP_CTL
ATF_GAIN
NOSIG_LV
REC_ADJ
REC_CTL
VREF_1.1
AGC_OUT
VRB_AGC
VRB_ATF
REC_DATA
REC_CLK
HID
PBH
C3508
PB2CH_IN
33
PB1CH_IN
470p
C3509
470p
31
32
PB2CH_OUT
PB1CH_OUT
IC3501
LA70054W
C3505 0.01
C3506 10
C3507 0.1
26
27
28
29
30
VDD
HID1
PB_H
PRE_VCC
DUMP1
25
HID1_INV
HEAD_GND
HEAD_GND
HEAD_VCC
HEAD_GND
24
DX2
23
X2
22
Y2
21
DY2
20
19
18
17
DX1
16
X1
15
Y1
14
DY1
13
R3509
R3508
R3507
R3506
150
GND
1F
1S
150
C3504
0.01
150
150
GND
TO MAIN IF
(CN3501)
GND
2F
2S
GND
ATFI
34
35
36
PB_GND
PB_MONI
PB_OUT
C3513
0.01
C3512
0.01
37
38
39
40
41
42
43
44
45
46
47
48
PB_IN
AGC_CTL
AGC_DET
Vcc4.8
AGC_OUT
MAIN_GND
REG_1.1V
VRB_AGC
VRB_ATF
ATF_GAIN
REG_FIL
ATF_OUT2ATF_GND3NOSIG_EVR4REC_DATA5REC_GND6REC_CLK7REC_H8REC_CTL9Vcc2.810REC_GAIN11REC_MONI12HEAD_GND
1
C3510
0.01
C3511
68pF
CH
C3514
0.01
OPEN
C3515 0.01
OPEN
C3516 0.01
C3517 0.01
C3518 0.01
C3519
0.1
R3535
470k
OPEN
ATFI
REG_4.65V
REG_2.8V
L3505 NQR0602-001X
REG_4.65V
REG_2.8V
GND
L3502 OPEN
L3504 OPEN
L3501 NQR0602-001X
R3530
0Ω
REG_4.65V_L3505
REG_4.65V_L3504
REG_2.8V_L3501
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-15 2-16(No.YF219)
C3501 0.01
REC_CLK
C3502 10
C3503 0.01
R3519
OPEN
R3518
OPEN
yf219_y20444001a_rev0.1
MAIN(CDS/TG) SCHEMATIC DIAGRAM
TO MAIN IF
(CN4201)
REG_15V
REG_15V
CCD_-7.5V
CCD_OUT
GND
GND
SUB
GND
GND
GND
GND
GND
GND
RG
H2
H1
SUB
D4201
NQR0286-009X
C4217
0.1
36
37
DVdd5
DVdd5
1SS355-X
63
DVss5
C4201
1^/25v
TL4202
C4218
34
74
29
35
64
Scan
MON
DVss5
DVss5
R4231
R4229
R4230
NQR0286-009X
NQR0286-009X
TL4201
C4227
0.1
C4226
0.1
CCD_OUT
SUB
V1
V2
V3
V4
RG
H2
H1
R4226
22
C4212
15p
C4215
C4213
1000p
C4224
R4227
47
C4211
0.1
C4214
0.1
0.1
C4216
R4228 43K
0.1
0.1
38 Vdr VDD
65 Vdr VDD
6 DVdd1
41 DVss1
42 Test_o1
44 Test_o3
43 Test_i1
8 ADC_in
9 Bias
7 AVdd1
10 CCD_GND
13 CCD_in
12 FBC
11 SHC
45 SHC
70 AVss12
71 AVss12
46 AVss12
47 AVss12
14 AVss12
17 AVdd2
28 NC
V1
V2
V3
V4
RG
H2
H1
67
DVss4
66
68
5
40
DVss4
DVss4
DVss4
DVss4
DVdd4
R2J45021/ABG
1H12H239HL3RG4
IC4201
0.1
DLLC
R4201
100K
C4202
OPEN
T
C4204
22/6.3V
C4220
0.1
TL4212
CDSTG_RST
4.7/6.3V
C4221
0.1
L4203
C4205
22^
L4204
10^
REG_2.8V_L4204
C4206
4.7/6.3V
C4222
0.1
10^
L4205
REG_2.8V_L4205
R4234
83
84
21
Sub
VD_I/O
HD_I/O
0
REG_2.8V_L4203
33DVss3
32DVdd3
60V1
80V3
57V2
78V4
77V5
76V6
85VM
82VH
19VHH
75VL
51ID
62CLK_o
61Reset
58D11
27D10
81D9
26D8
59D7
56D6
V1
V2
V3
V4
CLKI_R4204
ADIN11_RA4203
ADIN10_RA4203
ADIN9_RA4203
ADIN8_RA4202
ADIN7_RA4203
ADIN6_RA4202
R4235
CCD_-7.5V
CDSTG_CS
CAM_OUT
CAM_CLK
CDSTG_RST
ADIN0_RA4201
ADIN3_RA4201
ADIN2_RA4201
0
C4203
4.7/16V
REG_15VREG_15V_R4235
REG_2.8V
L4202
REG_-7.5V
10^
TO PARAGON
R4204
TL4216
TL4217
8
7
6
5
VDIN
HDIN
100
TL4215
RA4201
100
CLKICLKI_R4204
TL4218
1
2
3
4
TL4213
TL4214
ADIN1ADIN1_RA4201
ADIN0
ADIN3
ADIN2
REG_15V
REG_2.8V
REG_-7.5V
GND
CDSTG_CS
CAM_OUT
CAM_CLK
CDSTG_RST
VDIN
HDIN
CLKI
ADIN1
ADIN0
ADIN3
ADIN2
TO PARAGON3
TO CPU
VRT16VRB73DVdd172DVdd149Test_i230OSC_i31OSC_o69Test_o250ADCK22DVss1225DVdd252SDO48SCK20SDI18CS23D053D124D254D379D455D5
15
OSC_I
OSC_O
MAIN(CDS/TG)
10
C4210
C4209
0.1
0.1
R4224
100
C4208
C4223
0.1
TL4206
9p
4
1
TL4205
X4201
GND
XIN
CAM_CLK
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
R4223
OPEN
CAM_OUT
XOUT
GND
ADIN0_RA4201
CDSTG_CS
3
2
ADIN1_RA4201
ADIN2_RA4201
ADIN3_RA4201
C4207
ADIN4_RA4202
9p
ADIN5_RA4202
RA4202
100
RA4203
100
1
2
3
4
1
2
3
4
ADIN5_RA4202
ADIN6_RA4202
ADIN8_RA4202
ADIN4_RA4202
ADIN9_RA4203
ADIN10_RA4203
ADIN11_RA4203
ADIN7_RA4203
8
7
6
5
8
7
6
5
yf219_y30390001a_rev0.1
ADIN5
ADIN6
ADIN8
ADIN4
ADIN9
ADIN10
ADIN11
ADIN7
ADIN5
ADIN6
ADIN8
ADIN4
ADIN9
ADIN10
ADIN11
ADIN7
TO PARAGON3
(No.YF219)2-17 2-18(No.YF219)
MAIN(OP DRV) SCHEMATIC DIAGRAM
4
5
C4924
Vin
Vout
Cont2GND3Noise
1
MM1614GN-X
C4927
OPEN
REG_4.65V_L4902
C4902
10u
IC4902
OPEN
OPEN
C4903
10/6.3
T
REG_4.65V
REG_2.8V
C4923
OPEN
L4902
C4904
10µ
10u
NQLC32M-100X
L4901
NQR0602-001X
REG_4.65V
REG_2.8V
GND
REG_2.8V_L4901
C4925
OPEN
Vout2VDD3GND
1
C4926
OPEN
IC4903
R1100D311C-X
OPEN
BA10358FVM-W
IC4904
8
OPEN
VCC
R4961
7
OUT26-IN25+IN2
VEE3+IN12-IN11OUT1
4
TO PARAGON3
TO CPU
M_REG4.65
H_OFFSET
H_GAIN
OPDRV_VD
CLK27O
VDMDA
OPOSD_CLK
OPDRV_CS
OPOSD_OUT
OPOSD_IN
OPDRV_PS
OPOSD_RST
VD_FZ
L4904
NQL38DK-100X
C4935
10/6.3
L4903
10u
NQL38DK-100X
GND
CLK27O
T
C4932
10/10
T
R4901
2K
C4936
OPEN
M_REG4.65_L4903
Q4901
RPM-22PB
R4962
120
C4908
C4942
0.1
R4955
10K
R4906
R4904
C4907
32
560k
R4905
10k
33k
0.1
60VREF
61
0.1
1M
R4909
TL4917
R4907
C4910
1M
OPEN
C4909
0.01
C4911
CH
100p
R4902
10K
C4901
0.1
28N.C.
62
34
RHTRIN
TEST2
MONI1
IRISOUTA
GNDA
AVDD3
DMP1
DMP0
GND5A
AVDD5
N.C.
R4912
10K
33
38
36
51
4
31
3
18
40 5 7 41 11
39
42 8 6
19
OPEN
R4927
C4937
OPEN
R4908
R4916
R4911
100
10k
OPEN
TL4915
TL4916
R4951
R4910
C4914
R4917
C4912
0.1
CH
120p
C4915
R4960
OPEN
R4924
120k
ZOOM04
10K
C4913
0.1
220p
C4916
0.1
10K
R4919
470k
0Ω
R4950
150K
0.022µ
(1005)
C4921
R4949
10K
R4920
6.8k
ZOOM03
ZOOM02
ZOOM01
F_VCC
DUMP+
DUMP-
DRIVE+
DRIVE-
HGVCC+
HGOUT+
HGVSS-
HGOUT-
Z_LED
GND
FOCUS01
FOCUS04
FOCUS03
FOCUS02
TO MAIN IF(CN4901)
C4905
TL4911
TL4912
TL4913
R4953
R4925
OPEN
TL4914
C4941
O.1
R4954
10K
C4922
0.1
R4903
35
64GAININ
SENS
DchCchAch Bch
(W4)
(W1)
46C212D244
C4933
OPEN
8.2k
63REF
MVCCC
59CREFIN
(W3)
D1
45
150
R4931
9LED2
43LED1
1
N.C.
NT
27
GNDD
0.1
470
R4963
OPEN
23
DVDD
52
RETB
21
SCK
56
2
PLS3
PLS4
37
MONI0
20
TEST
29
CS
24
SIN
25
OSCIN
22
VD_IS
53
SOUT
55
PDWNB
58
VD_FZ
54
PLS1
57
PLS2
30
MODESEL
26
N.C.17A1
10
C4940
(N2)
OPEN
MVCCA16MGNDA
50
(N4)
49A215
IC4901
AN41904A-X
(N1)
(N3)
(W2)
B2
48B147
MVCCB
14C113
OPEN
C4934
MGNDB
MAIN(OP DRV)
10
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-19 2-20(No.YF219)
yf219_y10718001a_rev0.1
MAIN(REG) SCHEMATIC DIAGRAM
TO MAIN IF(CN101),CPU
TO MAIN IF(CN101)
TO CPU
BATT_+
T_BATT
ADP_DC
CHRG_EVR
D6703
RB160M-30
Q6701
L6701
DGS
1
2
3
1
2
3
L6501
NQL52EM-221X
NQL52EM-390X
D6701
RB160M-30
Q6301
G
S
A4CA
US5U29-W
Q6401
G
S
A4CA
US5U29-W
220µ
39µ
C6702
10
L6301
47µ
5
D
D
5
C6502
C6505
1
1
NQL62EM-470X
NQL62EM-470X
L6401
C6305
#
R6307
47k
R6306
#
C6302
1
47µ
C6402
1
D6504
1SS355
D6505
1SS355
D6506
1SS355
R6308
5.6k
C6405
#
R6407
#
R6406
22kΩ
R6408
10kΩ
D6503
1SS355
C6503
1
C6506
1
RSR025P03-X
C6701
1
L6002
NQR0351-001X
C6103
R6101
47k
220p
R6103
R6102
OPEN
C6703
R6709
OPEN
110k
C6005
1
1
C6001
R6013
10k
C6801
470p
3.9k
R6512
0.033
FA7760AF
C6509
TL6002
L6001
NQL382M-100X
R6007
100k
IC6001
65
R6014
27k
R6801
R6006
C6404
0Ω
120k
C6304
0.1
0.01
TL6003
C6705
0.01
C6706
R6714
470
R6716
0.1
C6510
FB5
17
R6502
2.7k
OUT10
18
VIN5
19
IN8H-
20
IN8H+
21
IN3+
22
IN3-
23
R6301
FB3
24
0Ω
IN4+
25
IN4-
26
R6401
FB4
27
0Ω
VREF
28
VREG
29
VIO9
30
10µ
VCC
31
TBI
32
C6002 1
C6004
TL6004
14IN7-
15FB7
16IN5-
33 BAT_H
34 VDD
35 RSTO
1
C6009
1
C6003
OPEN
GND
R6708
15k
R6713
100k
R6715
5.1k
20k
13FB6
36 SEL9
R6723
120k
TL6001
220p
12IN6-
37 CLK
OPEN
R6104
C6104
560
R6712
C6704
4700p
9FB8
10IN8-
11IN8+
!
IC6001
FA7760AF
38 GND
39 RT
40 IN9-
R6802
39k
R6005
C6803
OPEN
OPEN
7IN1-
8FB1
41 FB9
42 CS
18k
100p
C6203
R6201
OPEN
OPEN
R6203
R6202
OPEN
OPEN
100k
R6204
220p
C6204
2VIN2
3IN2-
4FB2
5OUT12
6VIN1
43 DATA
44 OUT9
45 PVCC3
46 PGND3
47 OUT6P
1
C6006
TL6005
D6801
RB551V-30-X
1OUT11
48 OUT4P
OUT2S
PGND2
OUT2
PVCC2
SW6
SWI-2
SWI-1
SW7-2
SW7-1
PVCC5
OUT5
PVCC1
OUT1S
OUT1
PGND1
OUT3P
R6206 OPEN
R6106 1M
64
63
C6201
62
61
60
59
58
57
56
55
54
53
52
51
50
49
TL6006
L6801
NQL79GM-470X
R6105
C6101
47µ
0.1
OPEN
C6007
10
0.1
TL6007
D6201
TL6011
R6205
10
RB521S-30
D6101
RB521S-30
C6802
L6101
NQL87EN-390X
C6102
10
C6301
C6401
OPEN
C6501
1
1
TL6009
C6008
1
10
L6201
NQL87EN-390X
C6303
0.068
C6403
1
L6502
22µ
C6707
R6718
820p
0Ω
R6702
0.2
0.25W
NRV142F-R20X
R6717
R6303
100k
R6403
470kΩ
C6504
1
R6514
6.8k
20k
R6304
R6305
R6404
Q6505
2SA1774/QR/-X
R6719
300k
12k
10k
10kΩ
D6507
UDZS8.2B-X
C6202
10
R6519
150K
!
!
D6002
R6010
RB551V-30-X
1k
L6702
OPEN
R6721
I_MTR
M_UNREG
REG_1.2V
REG_4.65V
M_REG4.65
0Ω
REG_2.8V
DRUM_PWR
DRUM_ERR
D_GAIN
CAP_PWR
CAP_ERR
REG_15V
REG_-7.5V
AL_2.8V
LIT_2.8V
LITHIUM
REGRTC_OUT
REGRTC_CLK
REG_CS
SYS_RSTL
BAT_H
GND
TO CPU
TO MDA
TO MDA
TO CPU
TO MDA
TO CPU
TO MAIN IF(CN101)
TO CPU
MAIN(REG)
10
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-21 2-22(No.YF219)
yf219_y10716001a_rev1.1
MAIN(MONI) SCHEMATIC DIAGRAM
REG_4.65V
C7602
C7601
OPEN
OPEN
REG_15V
C7603
OPEN
L7603
REG_2.8V
OPEN
C7609
OPEN
R7621
#
R7620
C7604
0.1
#
LCD_2.8V
LCD_NPC
TO MAIN IF
(CN111)
TO PARAGAN3
LCD_G
LCD_R
LCD_B
GND
MAIN(MONI)
10
R7603
39k
R7604
6.8k
C7605
1
12k
R7605
63
2
1
R7608
3.9k
4
R7611
6.8k
5
PUMX1-W
Q7602
2
R7606
12k
6
R7609
3.9k
R7615
10K
R7616
10K
R7607
12k
3
PUMX1-W
5
Q7603
41
6.8k
R7612
63
2
3.9k
R7610
PUMX1-W
5
Q7604
41
6.8k
R7613
C7606 1
C7607
C7608 1
1
R7618
R7617 R7614
10K 10K
R7619
10K
10K
Dest
Key
Ref
NTSC
R7621
PAL
YESNO
NOR7620 YES
G
R
B
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-23 2-24(No.YF219)
yf219_y20446001a_rev0.1
MAIN(1394PHY) SCHEMATIC DIAGRAM
L8802
TO PARAGON3
TO CPU
TO PARAGON3
TO CPU
TO PARAGON3
TO CPU
TO PARAGON3
REG_2.8V
PHYCLK
PHY1394_RST
PHYLREQ
PHYSCLK
PHY1394_CNA
PHYCTL0
PHYCTL1
PHYD0
PHYD1
PHYD2
PHYD3
PHYD4
PHYD5
PHYD6
PHYD7
PHY1394_PD
PHYLPS
PHYLINKON
GND
PHYCLK
TL8803
TL8802
PHY1394_RST
TL8801
PHYCTL0
PHYCTL1
PHYD0
PHYD1
PHYD2
PHYD3
PHYD4
PHYD5
PHYD6
PHYD7
PHY1394_PD
PHYLPS
PHYLINKON
R8801
100
L8801
NQR0602-001X
C8801
4.7
PHYLREQ
PHYSCLK_1PHYSCLK
PHY1394_CNA
C8809
32 LREQ
1 SYSCLK
33 CNA
2 CTL0
34 CTL1
3D0
35 D1
4D2
36 D3
5D4
6D5
37 D6
7D7
38 PD
8LPS
40 NC3
NQR0602-001X
C8802
10/6.3
52
FILTER0
FILTER1
C8811
0.1
46NC26
RESET
0.01
C8808
28
PLLGND
PLLGND
53
OPEN
C8807
0.1
27
PLLVDD
R8816
OPEN
OPEN
C8810
54
47NC56
59
NC3
DGND
29XI30XO31
DVDD
IC8801
TSB41AB1ZQE-X
DGND58NC39C/LKON10PC011PC112PC241ISO13CPS42DVDD55NC114TESTM43SE15SM44AVDD57NC163NC1
39
45NC51
AVDD
25
AGND
24AGND
64NC2
62NC2
61NC2
60NC2
48NC2
50AVDD
23R1
49R0
22AGND
21TPBIAS
20TPA+
19TPA-
18TPB+
17TPB-
16AGND
5.6k
R8812
_0.5%
R8811
750
_0.5%
R8806
56
R8807
56
R8808
56
R8809
56
_0.5%_0.5%_0.5%_0.5%
L8803
NQR0568-005X
8
7
6
54
1
2
3
DV JACK
J102
QNZ0732-001
6
4
3
2
1
5
R8822
OPEN
10k
MAIN(1394PHY)
10
R8821
R8802
100k
R8803 10k
C8803
R8804 390k
0.1
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-25 2-26(No.YF219)
R8805 1k
OPEN
R8823
C8806
1
C8804 0.1
220pC8805
R8810
5.1k
_0.5%
yf219_y30393001a_rev0.1
CCD SCHEMATIC DIAGRAM
BTU SCHEMATIC DIAGRAM
20
7
VOUT
C5007
2200p
CCD
6
GND5GND
4V13V22V31
IC5001
#
V4
TEST13H212H111VL10SUB9RG8VDD
14
C5006 0.1
C5005 0.1
Q5001
2SC3931/CD/-X
R5001
AV_JACK
J501
QNS0147-003
TO MAIN IF
(CN4201)
CN5001
1 GND
2V3
3V4
4V1
C5001
4.7/16
4.7k
T
OPEN
R5008
R5007
22
C5002
0.1
L5002
OPEN
R5006
C5004
OPEN
R5005
0.1
C5003
L5001
10
µ
0
R5009
22
10
µ
Ref
Dest
Key
NTSC
PAL M7D3=ICX611UKM-K
IC5001
M7D3=ICX610UKM-K
5V2
6 REG_15V
7 REG_15V
8 SUB
9RG
10 GND
11 H1
12 GND
13 H2
14 CCD_-7.5V
15 GND
16 GND
17 GND
18 CCD_OUT
19 GND
20 GND
QNS0078-001
DC JACK
J503
QNA0039-001
+
T
C
yf219_y40187001a_rev0.1
4321
-
OPEN
C502
1
3
2
C508
1
µF
D502
OPEN
D501
EMZ6.8N-X
C515
OPEN
6
5
4
3
4
2
5
1
3
OPEN
C501
NQR0251-004X
L507
0
D506
OPEN
R520
_0.5%
2
1
0.01µF
L501
L502
NQR0251-004X
82K
OPEN
D503
C503
C504
0.01
µF
F501
!
NMFZ007-2R5X-K
OPEN
C509
R501
C514
OPEN
1
R502
100
D507
OPEN
BT501
!
R521
100
QAB0025-001
C510
150pF
2
3
LITHIUM BATTERY
_0.5%
33K
L504
TO MAIN IF
(CN101)
0Ω
CN501
QGF0543F3-26X
26 V_BATT
25 BATT_+
24 BATT_+
23 BATT_+
22 BATT_+
21 BATT_+
20 T_BATT
19 D_BATT
18 ADP_DC
17 ADP_DC
16 ADP_DC
15 ADP_DC
14 ADP_DC
13 ADP_L
12 LITHIUM
11 V_OUT
10 P_DET
9 AU_SIG/L
8 AU_SIG/R
7 GND
6 GND
5 GND
4 GND
3 GND
2 GND
1 GND
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked () is not used.
3. IC5001 is incorporated in the CCD base assembly .
When IC5001 needs replacement, replace the CCD base assembly in whole because it cannot be replaced alone.
(No.YF219)2-27 2-28(No.YF219)
BATTERY
TERMINAL
BT502
LY35422-001A
BTU
30
yf219_y40188001a_rev0.1
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked () is not used.
MONITOR SCHEMATIC DIAGRAM
TO REAR
(CN109)
CN7702
QGF0508F3-22X
22LCD_CS
21AU_LV_OUT
20AU_LV_CLK
19HRPLCD
18VDLCD
17HDLCD
16B
15G
14R
13LCD_2.8V
12LCD_NPC
11REG_4.65V
10REG_4.65V
TL7701
GCS
TL7702
GDA
TL7703
GCL
TL7704
POL
TL7705
VS
TL7706
HS
TL7708
B
G
TL7709
R
MONITOR
40
TL7707
TO LCD(MONITOR)MODULE
CN7701
QGF0528F4-40X
40 GCS
39 GDA
38 GCL
OPEN
C7711
37 HWRESETZ
36 VSSD
35 NPC
34 VDD
33 POL
32 VS
31 HS
30 DE
29 VC(B)
28 VB(G)
27 VA(R)
26 PDO
25 VCOIN
24 VSS1
23 NC
22 VDD1
21 VDD
20 NC
19 VSS
18 DRV
17 VFB
16 VDDA
15 C21P
14 C21N
13 C22P
12 C22N
11 C23P
10 C23N
9 VGL
8 C31P
7 C31N
6 VGH
5 C41P
4 C41N
3 VCL
2 VCOML
1 VCOMH
C7707
R7707
0.1
100K
IC7701
S-1112B29MC-W
9LCD_CTL
8GND
7GND
6GND
5GND
OPEN
4KEY_A
3KEY_C
2SET_SW
1DATA_SW
C7501
C7502
C7503
C7504
OPEN
OPEN
OPEN
NSSW008D/T205-X
R7702
3.3K
R7501
3.3K
C7722
C7723
OPEN
1
R7703
R7502
D7701
2
6.8K
6.8K
4
NC
5
VOUT
NSSW008D/T205-X
63
41
33
5
PUMX1-W
Q7701
STBY
GND
VIN
3
2
1
D7702
2
R7705
NSSW008D/T205-X
6
33
3
41
R7706R7704
33
C7724
1
5
PUMX1-W
Q7702
L7704
0
L7705
0
D7703
C7701
OPEN
C7703
OPEN
C7702
OPEN
C7704
OPEN
22K
R7711
D7704
RB521S-30-X
D7705
RB521S-30-X
D7706
R7714
C7717
C7718
D7708
RB521S-30-X
C7719
C7720 1
C7721
C7709
0.015
OPEN
R7715
OPEN
0.22
C7708
RB521S-30-X
0
R7712
C7710
OPEN
R7713
10M
C7712
1
C7713
1
C7714
1
1
C7715
1
1
C7716
1
1
1
S7501
NSW0297-002X
1
2
3
NSW0198-001X
DATA
S7504
13
NSW0198-001X
AUTO
S7503
R7504
3.3K
13
R7503
22K
MENU
NSW0198-001X
S7502
13
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-29 2-30(No.YF219)
4
5
6
yf219_y30391001a_rev0.1
REAR SCHEMATIC DIAGRAM
TO MAIN IF
(CN111)
CN108
QGF0303F2-39W
0.3mm PITCH HORIZONTAL
ONE TOUCH
GND
39M_UNREG
38AL_2.8VSYS
37LCD_2.8V
36LCD_NPC
35REG_4.65V
34REG_4.65V
33KEY_A
32KEY_C
31SET_SW
30DATA_SW
29EJT_SW
28HDLCD
NSW0180-001X
27LCD_CS
26AU_LV_OUT
25AU_LV_CLK
24HRPLCD
23VDLCD
22B
21
20G
19GND
18R
17LCD_CTL
16GND
15SPK-
14SPK+
13KENTO
12IRU
11IF_TX
10IF_RX
9ENV_OUT
8GND
7ATFI
6HID
5LED
4GND
3GND
2MVD
1GND
50
EJECT SW
S101
REAR
21
D101
NESB505CT/WTU-X
TO MONITOR
(CN7702)
CN109
QGF0534F2-22X
1 LCD_CS
2 AU_LV_OUT
3 AU_LV_CLK
4 HRPLCD
5 VDLCD
6 HDLCD
7B
8G
9R
10 LCD_2.8V
11 LCD_NPC
12 REG_4.65V
13 REG_4.65V
14 LCD_CTL
15 GND
16 GND
17 GND
18 GND
19 KEY_A
20 KEY_C
21 SET_SW
22 DATA_SW
TO SPEAKER
CN404
QGA1001F1-02X
1 SPK+
2 SPK-
TL101
6
5
4
3
2
1
9
8
7
10
12
11
TO JIG
CN102
QGB0801M4-12X
yf219_y30392001a_rev0.1
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked ( ) is not used.
(No.YF219)2-31 2-32(No.YF219)
POWER UNIT AND ZOOM UNIT SCHEMATIC DIAGRAMS
<POWER UNIT>
TO MAIN IF
(CN106)
1 GND
2 GND
3 GND
DIAL_PB
4
DIAL_OFF
5
DIAL_REC
6
yf219_y21693001a_rev0.1
<ZOOM UNIT>
TO MAIN IF
(CN105)
1 TRIG_SW
2 GND
3 GND
4 REG_2.8V
TELE
5 REG_2.8V
6 ZOOM_SW
NOTES: 1. For the destination of each signal and further line connections that are cut off from this diagram, refer to "BOARD INTERCONNECTIONS".
2. The parts with marked () is not used.
3.The schematic diagram is only for reference. Avoid replacing individual parts.
Replace the entire unit only.
WIDE
yf219_y21708001a_rev0.1
VOLTAGE CHARTS
<MAIN>
MODE
REC PLAY
PIN NO.
IC1001 - IC1002
1 2.6 2.6
2 2.4 2.3
3 0.2 0.1
4 2.8 2.8
5 2.7 2.8
6 2.7 2.7
7 0 0
8 1.3 1.3
9 0 0
10 0 0
11 0 0
12 0 0
13 0 0
14 0 0
15 0 0
16 0 0
17 0 0
18 0 0
19 2.7 2.7
20 2.5 2.5
IC1005
1 2.8 2.8
2 0 0
3 2.8 2.8
4 0 0
5 2.7 2.8
6 2.7 2.8
7 2.8 2.8
8 2.8 2.8
IC1006
1 0 0
2 2.8 2.8
3 2.8 2.8
4 0 0
5 0 0
6 2.7 2.7
7 0 0
8 0.4 0.4
9 0.5 0.7
10 3.1 3.1
IC1009
1 2.7 2.8
2 2.7 2.8
3 0 0
4 2.8 2.8
5 0 0
6 2.8 2.6
7 2.8 2.8
8 2.8 2.8
IC1601
1 0 0
2 0.5 0.4
3 0.5 0.5
4 0.1 0.1
5 0.3 0.5
6 0.1 0
7 0 0
8 1.3 1.4
9 1.3 1.3
10 1.2 1.2
11 1.3 1.4
12 1.3 1.3
13 1.4 1.4
14 2.5 2.5
15 1.0 1.0
16 1.3 1.4
17 1.3 1.2
18 0 0.3
19 1.3 1.3
20 1.4 1.4
21 2.5 2.7
22 0.6 0.6
23 0.3 0.3
24 1.3 1.4
25 1.4 1.4
26 10.9 10.9
27 0 0
28 2.9 2.9
29 0.7 1.7
30 1.3 1.3
31 0.7 0.7
32 0.9 0.9
33 1.4 1.4
34 1.4 1.4
35 1.2 1.4
36 0 0
37 1.3 1.3
38 0 0
39 1.4 1.4
40 0 0
41 0 0
42 0 0
43 0 0
44 0 0
45 4.7 4.7
MODE
REC PLAY
PIN NO.
46 1.4 1.4
47 1.4 1.4
48 1.4 1.4
49 1.4 1.3
50 0 0
51 13.9 13.9
52 2.3 2.3
53 12.4 12.4
54 0 0
55 0 0
56 0 0
57 2.7 2.8
58 2.6 2.6
59 0 0
60 0 1.2
61 10.7 0.3
62 1.5 1.5
63 0.6 0.7
64 0.9 0.9
IC1701
1 3.5 3.5
2 1.3 1.3
3 1.2 1.3
4 0 0
5 1.3 1.3
6 1.3 1.3
7 - 8 4.7 4.7
IC1702
1 - 2 1.3 1.3
3 - 4 0 0
5 - 6 1.3 1.3
7 - 8 4.7 4.7
IC2201
1 0.5 1.3
2 0 0
3 0.5 1.4
4 2.8 2.7
5 2.8 2.8
6 0 0
7 1.2 1.4
8 1.3 1.2
9 1.4 1.3
10 1.0 0.7
11 0.9 1.0
12 2.2 2.2
13 1.3 0
14 1.5 -0.1
15 0 0
16 0 0
17 0 0
18 0 0
19 3.0 3.0
20 0 0
21 0.3 0.3
22 1.4 1.4
23 0.4 0.5
24 1.4 1.5
25 0 0
26 0 0
27 4.7 4.7
28 0 0
29 2.3 2.4
30 0 0
31 3.0 3.0
32 1.5 1.5
33 0.5 1.5
34 0.5 1.5
35 0.7 1.5
36 1.5 1.5
37 1.5 1.5
38 1.5 1.5
39 1.5 0.1
40 1.5 0
41 0 0
42 4.7 4.7
43 3.2 0
44 4.7 4.7
45 1.5 0
46 1.5 0
47 1.5 1.5
48 1.5 1.4
IC3001 - IC3006
1 2.8 2.7
2 0 0
3 2.7 2.7
4 0 0
5 2.5 2.5
IC3501
1 0.6 1.9
2 0 0
3 0.5 0.5
MODE
REC PLAY
PIN NO.
4 1.3 2.6
5 0 0
6 0.8 2.8
7 2.8 0
8 2.7 0
9 2.7 2.8
10 1.3 1.5
11 0.5 0.3
12 0 0
13 2.4 2.4
14 2.4 2.4
15 2.3 2.4
16 2.4 2.4
17 0 0
18 4.7 4.7
19 0 0
20 2.4 2.3
21 2.4 2.3
22 2.4 2.3
23 2.4 2.4
24 0 0
25 2.8 2.8
26 0.5 0.3
27 4.7 4.7
28 2.7 2.7
29 1.4 1.4
30 0 2.8
31 3.2 2.5
32 3.3 2.3
33 0.2 3.4
34 0.1 3.4
35 0.0.6 0
36 0.6 2.6
37 0.3 2.7
38 0.9 3.2
39 0.1 0.8
40 4.7 1.6
41 0.5 4.7
42 0.5 1.9
43 0 0
44 1.1 1.1
45 1.4 1.4
46 1.4 1.3
47 1.2 1.2
48 3.9 3.9
IC3702
1 0 0
2 2.7 2.7
3 0 0
4 0 0
5 0 0
6 0 0
7 0 0
8 0 0
IC4201 - IC4901 - IC4904
1 0.7 0.7
2 0.7 0.7
3 0.7 0.7
4 0 0
5 0 0
6 0 0
7 0 0
8 4.7 4.7
IC6001
1 3.1 3.1
2 1.2 1.2
3 1.0 1.0
4 1.3 0.3
5 1.8 1.8
6 2.8 2.8
7 1.0 1.0
8 1.0 0.9
9 2.8 2.9
10 0 0
11 0 0
12 1.0 1.0
13 1.0 1.0
14 0 0
15 0 0
16 1.0 1.0
17 0.9 0.9
18 8.5 8.5
19 15.0 15.0
20 0 0
21 0 0
22 0.2 0.2
23 0.2 0.2
24 0.8 0.8
25 0 0.2
26 0.1 0.3
27 0.7 0.3
28 1.0 1.0
29 3.0 3.0
30 2.8 2.8
31 10.9 10.9
MODE
REC PLAY
PIN NO.
32 1.5 1.5
33 0 0
34 2.8 2.8
35 2.8 2.8
36 0 0
37 2.8 2.8
38 0 0
39 0.9 1.0
40 1.0 1.0
41 0.8 0.8
42 2.8 2.8
43 2.8 2.8
44 2.8 2.8
45 10.8 10.9
46 0 0
47 6.2 6.1
48 9.5 9.8
49 8.5 8.3
50 0 0
51 2.7 2.6
52 10.9 10.9
53 5.8 5.7
54 -0.1 0
55 10.9 10.9
56 0 0
57 0 0
58 4.8 4.8
59 4.8 4.8
60 4.7 4.7
61 4.1 4.0
62 1.1 1.1
63 0 0
64 10.9 10.9
IC8801 - Q1001
E 2.7 2.7
C 2.7 2.7
B 2.8 2.8
Q1002
E 0 2.7
C 2.7 2.6
B 2.7 0
Q1003
E 2.7 2.7
C -0.3 -0.1
B 2.8 2.8
Q1006
E 0 0
C 2.7 2.7
B 0.1 0.5
Q1007
E 0 0
C 0 0
B 0 2.8
Q1008
E 0.5 0.5
C 7.6 7.6
B 1.2 1.1
Q1601
1 0 0
2 0 0
3 4.7 4.7
4 0 0
5 3.7 4.7
Q2403
E 0 3.7
C 4.7 0
B 3.7 3.7
Q6301
1 8.1 8.3
2 0 0
3 0 0
4 2.8 2.8
5 2.8 2.8
Q6401
1 9.6 9.6
2 10.9 10.5
3 0 0
4 1.1 1.2
5 1.1 1.1
Q6505
E -7.7 -7.9
C -15.3 -15.3
B 0 -8.3
Q6701
S 6.1 6.1
D 10.5 10.5
G 4.8 4.8
Q7602
1 1.7 1.7
2 2.2 2.2
3 15.0 15.0
4 12.1 12.1
5 12.7 12.7
6 12.7 12.7
Q7603
1 1.7 1.6
MODE
REC PLAY
PIN NO.
2 2.1 2.2
3 15.0 15.0
4 12.0 12.1
5 12.7 12.1
6 12.7 12.6
Q7604
1 1.7 1.6
2 2.2 2.2
3 15.0 15.0
4 12.1 12.0
5 12.7 12.7
6 12.7 12.6
<CCD>
MODE
REC PLAY
PIN NO.
IC5001 - Q5001
E 10.8 10.1
C 14.9 0
B 11.5 10.8
<REAR>
MODE
REC PLAY
PIN NO.
IC7701
1 4.7 4.6
2 0 0
3 4.7 4.6
4 0 0
5 2.9 2.5
Q7701
1 0 0
2 1.4 1.4
3 1.4 0
4 0.1 0.7
5 0 1.4
6 1.4 1.2
Q7702
1 0 0.6
2 1.4 1.5
3 1.5 0
4 0.7 0
5 1.4 0
6 1.5 1.5
(No.YF219)2-33 2-34(No.YF219)
MAIN CIRCUIT BOARD
Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)
<01>MAIN
LYB10108-001C
D6507
D6505
D6506
C6506
R6514
Q6505
L4202
R6519
C4205
C4203
C4204
C4206
L4203
L4204
L4205
CAUTION :
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH SAME TYPE AND RATED FUSE(S).
ATTENTION :
POUR UNE PROTECTION PERMANENTE CONTRE LES RISQUE D'INCENDE,
!
REMPLACER LES FUSIBLES PAR UNAAUTRE DE MEME TYPE ET DE MEME TENSION.
J102
C6505
C6503
R6206
C6203
R6203
R6204
C6103
R6103
C6104
R6104
R6715
R6708
C6705
R6713
R6719
D6503D6504
C6502
R6717
C6707
C6504
L6502
R6202
R6201
C6204
R6101
R6102
R6106
C6704
R6712
C6706
R6716
R6714
R6512
C6510
C6509
R4223
C4207
TL6001
R6718
C6007
1
16
R6502
R6723
X4201
R4224
C6201
64
17
C6703
R6709
C6303
R6303
TL101
C4208
R6305
TL6002
R6304
C1637
R4201
D6201
R6205
TL6011
IC6001
C6304
R6301
L1602
R4235
D4201
C4224
C4216
C4226
R6404
L8803
R6721
C4201
C4222C4223
D6101
C6501
C6403
R6403
TL6003
L6702
C4202
TL6009
R6105
C6008
C6404
R6401
118
49
32
C6002
L6001
C6001
C6101
TL6007
TL6006
48
33
TL6004
R6006 R6007
D6002
C6803
R6005
C6801
R6014
C6004
R1610R1611
C6006
R6013
R6010
C6009
C6802
L6801
D6801
R6801 R6802
TL6005
R1622
R1616
C1631
F1602
L8802
C8802
C7604
C7603
C1629
C1630
D1604
C1615
C1616
C1617
L8801
C8801
C7605
R7604
C1607
C1623
Q1601
R7603
49
64
C1622
R1632
R1633
R1634
L3001
R3103
C3056
R3064
C1636
C1618
C3059 C3060
C1635
R1602
C3084
C3061
C3057
C1634
R1601
C3001
L3009
C3011
C3012
R1635
D1603
R1613
C1614
R1612
C1621
48
1
R1617
111
R1637
IC1601
C1620
R1636
C1633
C1619
F1602
C3096
R3065
R1625
33
16
R1629
L3002
C3092
C3098
C3090
32
C1603
C3032
R1614
C1625
C1624
C1627
C1626
R1624
R1620
17
R1621
C1605
C3003
C3055
C3031
C3091
C1632
R1604
C1602
C3050
C3033
C3093
C3095
C3085
C1606
L3004
C3013
C3101
C3097
C3088
C1628
R1603
TL102
FOIL SIDE(B)
L3005
C3048
C3070
C3083
C3005
C3099
C3006
C3501
L3501
C3503
R3518
R3519
R3108
R3106
C3079
C3502
R3104
R3107
R3105
C3518
R3535
C3094
X3001
C3071C3072 R3114
C3007
C3008
C3516
C3514
C3517
48
C3519
1
12
13
R3506 R3507 R3508 R3509
18
C3515
IC3501
CN3501CN1602CN1603
C1004
L1001
C3504
C1040
C3513
C3512
C3511
C3510
37
24
36
25
TL4913
Q1001Q1002
C1028
TL1056
R1078
TL1023
C4913
C4901
R4919
R4902
C4933
C4934
C4916
R4912
R4920
C4940
TL4914
TL4916
C4905
R4963
R1025
R1095R1096
Q1003
R1018
R1041
TL1069
TL1067
R1011
C3509
C3507
C3506
C1009
C1049
C1036
R1077
C1039
C1035C1037
RA1003
C1038
C1029
C1024
C1030
C1023
C1034
TL1072
C1026
C1015
R1020
C1027
R1019
C3508
RA1009
C3505
C1052
C1053
C1054
R1067
Q1008
R1073
R1005
111
CN112
R4953
TL1076
TL1003 TL1005
TL1063
R1063
R1031
R1072
C1051
C1007
IC4901
R4925
R1058 R1060
TL1052
TL1077
TL1017
TL1002
TL1051
TL1061
TL1048
TL1008
C4908
TL1070
TL1071
IC1001
R4903
C4912
TL4911TL4912
C4909
C1018
TL4917
C4907
R4927
R1015
R1055
R1068
TL1027
TL1028
R1059R1061
TL1021
TL1031
TL1030
TL1057
D1602
C4921
R4916
R4950
R4910
R4949
C4937
R4908
TL4915
C4941
R4954 R4955
R4904R4905
C4910 C4911
TL1068
TL1014
R1016
C1601
R4907
TL1029
TL1026
R1070
R1021
C1025
C4914
R4917
R4911
R4924
C4915
R4960
C4942
R4961
R4909
C4922
R4906
TL1036
RA1002
R1037
R1038
C1016
TL1065
TL1055
C1001C1002
R1001
C1005
R1044
RA1004
R1002
L1002L1601
C1006
RA1001
R1017
18
CN1601
R4951
R1039
R1064
R1040
C1017
R1029
L2402
C2403
8
1
X1001
R1030
R1026
C2601
C2603
R2601
R2602
C2604
C2606
IC4904
C4926
3
TL1001
R1080
R1022
R1024
TL1066
R1033
R1066
C2605
C2602
C2611
5
4
R4901
IC4903
12
C4925
TL1024
TL1075
TL1007
TL1074
R1034
R1035
R1032
R1003
R1028
C1041
R1027
R1043
R1042
L2601
L2603
C4927
C4924
L4901
3
IC4902
4
C4903
C4902C4904
1
5
L4902
Q4901
C4923
(No.YF219)2-35 2-36(No.YF219)
MAIN CIRCUIT BOARD
Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)
<01>MAIN
LYB10108-001C
CAUTION :
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH SAME TYPE AND RATED FUSE(S).
ATTENTION :
POUR UNE PROTECTION PERMANENTE CONTRE LES RISQUE D'INCENDE,
!
REMPLACER LES FUSIBLES PAR UNAAUTRE DE MEME TYPE ET DE MEME TENSION.
CN106
Q4901
C1003
TL1073
10
1
C2612
C1019
8
1
R2408
C2401
R2608
X1002
IC1006
IC1009
Q2401
R2401
C2622
R2616
CN2601
6
R1010
5
5
4
R1004
R1009
4
R1007
5
C2407
C2656
14
C2621
R2607
R2615
L2403
C2624
C2613
L2602
C2655
R1006
C1043
IC1005
R2202
R2610
R2609
R1079
1
8
R1045
C2223
R2203
37
48
C2623
R1008
R1050
R1049
R1048
R1047
R2201
C2201
36
1
C2217
C1055
Q1006
C2224
R2204
R2212
R1046
C2203
R2213
D1001
Q1007
C2405
C2218
C2202
IC2201
C2235
C1020
C1046
C1013
C2234
R4931
R1051 R1052
C1031 C1032
R1054 R1056
C1048 C1050
C1008
C1014
C2204
C2205
C2233
C4227
C7609
D6701
R6406
R4230
L6501
R6408
R1702
1
CN4201
R4231
TL4218
C6701
Q6401
8
R1701
1
R1706
R4229
R4234
C4217
C4218
C4220
R7621
L7603
R7620
Q6701
R4204
C6202
C6401
C1701
IC1701
TL4201
TL4213
5
4
38
2
R1709
R1703
C1702
R1712
R1708
R1707
R1704
TL4214
R1711
19
L6201
8
1
20
39
CN111
1
J102
R1710
5
IC1702
4
6
1
2
C4213
R4226
C4212
C4214
R4227
R4228
COMPONENT SIDE(A)
C4215
TL4215
TL4206
TL4216TL4217
C8805
R8810
CN1604
C4210
C4209
C4211
C4221
TL4212
RA4201 RA4202 RA4203
TL4205
C6702
L6701
R6307
C6305
R6306
C6402
R6407
R6308
C6405
IC4201
L6401
R1705
TL4202
C3027
1
8
C3704
C3709
C102
D101
C3102
C3714
D6703
Q3701
R6702
2
1
C103C104
R3072R3073
F1601
C6005
TL8803
RA3005
C3720
RA3006
R3720
C3118
R3722
C3722
R3721
C3721
R3718
C3718
R3717
C3717
C3117
C3723
R3063
R8821
R3723
R3067
R7608
R3068
R7605R7606
R7609
R3069
R3066
R7610
R7607
F1601
C6102
C6003
16
L6002
CN105
TL8801TL8802
R3719
C3719
Q7602Q7603Q7604
L6101
R8801
R8822
C8810
R8802
R7611
R7612
R7613
C8809
R8816
IC8801
R8803
C8803
C7606
C7607
C7608
C6301
C8807
C8808
C8811
R8812
R8811
R8806
R8807
R8808
R8809
C8806
R8804
R8805
R8823
C8804
R7614R7615R7616
R7617R7618R7619
C7602
C7601
C6302
Q6301
L6301
116
C3043
D3002
C3017
R3005
L3505
C3042
L3015
C3036
C3024
R3014
R3530
C3045
C3044
C3020
R3016
C3021
2
1
L3014
C3035
C3018
R3017
C3009
L3007
R3043
R3028
TL3003
C3039
R3018
TL3002
R3044
R3029
C3034
R3128
R3011
C3010
13
IC3006
26
25
45
C3030
L3018
C3029
C3080
C3046
R3007
C3028
R3009
C3131
C3715
C3710
R3126
R3706
R3121
R3136
C3130
4
5
CN101
IC3001
TL3004
R3083
TL3019
TL3001
C3065
IC3702
R3702
26
CN4901
25
R4962
C4936
C4935
L4903
L4904
C3037
R3031
C3019
R3006
R3041
C3040
D3001 D3003
L3502
R3004
L3504
C4932
C1047
R2209
R2208
R2407
R2402
C1033
R2235
R2234
R2207
R2211
L2401
C2402
Q2403
20
11
R2210
R2206
R2233
R2403
Q2202
L2404
C2404
1
IC1002
10
R1053
25
C2214
24
C2210
C2213
C2209
C2406
R2217
13
C2229
12
(No.YF219)2-37 2-38(No.YF219)
CCD,BTU, MONITOR AND REAR CIRCUIT BOARDS
Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)
<02>CCD
LYB10108-001C FOIL SIDE(B)
8
14
IC5001
1
7
COMPONENT SIDE(A)
119
220
R5005
L5002
C5005
C5003
C5006
C5004
C5007
R5007
CN5001
R5008
R5009
L5001
23
Q5001
R5001
1
C5001
IC5001
C5002
R5006
CAUTION :
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH SAME TYPE AND RATED FUSE(S).
ATTENTION :
POUR UNE PROTECTION PERMANENTE CONTRE LES RISQUE D'INCENDE,
!
REMPLACER LES FUSIBLES PAR UNAAUTRE DE MEME TYPE ET DE MEME TENSION.
<04>MONITOR
LYB20043-001C
FOIL SIDE(B) COMPONENT SIDE(A)
D7701
D7702
D7703
S7501
S7502
S7503
S7504
R7702
R7704
Q7701
Q7702
R7705
C7702
R7703
R7706
D7705
R7715
C7718
D7704
C7716
C7721
C7720
C7719
D7708
R7504
C7724
C7501
C7502
C7503
C7504
L7704
CN7702
C7701
C7714
D7706
R7714
C7717
C7715
L7705
C7722
IC7701
C7723
TL7702
TL7701
TL7704
TL7705
TL7706
TL7703
C7710
C7711
C7709
TL7709
C7712C7713
CN7701
R7713
TL7707
TL7708
R7712
R7711
C7708
R7707
C7707
C7704
C7703
R7502
R7503
R7501
<03>BTU
LYB20042-001A FOIL SIDE(B)
L501
R501
C503
C502
J501
J503
L507
COMPONENT SIDE(A)
R521
C514
D503
C509
D501
C508
CN501
R520
F501
R502
BT502
<05>REAR
LYB20043-001C
FOIL SIDE(B) COMPONENT SIDE(A)
CN404
CN109
C501C504
D502
L502
C510
L504
D507
C515
J501
J503
D506
S101
CN108
D101
TL101
CN102
(No.YF219)2-39 2-40(No.YF219)
POWER SYSTEM BLOCK DIAGRAM
BATTERY
TERMINAL
BT502
DC JACK
J503
(T)
(C)
(+)
(-)
ZOOM UNIT
REG_2.8V
F501
BT501
33,34
21~25
14~18
CN501
20
19
26
12
13
2
3
T_BATT
D_BATT
V_BATT
LITHIUM
BATT+
ADP_DC
ADP_L
REG_2.8V
REG_2.8V
CN101
7
8
1
15
14
CN105
5
4
2~6
9~13
MAIN10BTU30
Q6701
SW
CTL
IC6001
VCC OUT3P
PVCC3
OUT4P
PVCC5
OUT6P
SWI-1
SWI-2
OUT11
OUT12
OUT10
OUT9
VDD
OUT1
OUT5
OUT2
SW6
CAPSTAN
D6503
D6506
D6002
Q6301
DRUM
PWR
Q6401
PWR
Q6505
-7.5V
REG
T_BATT
D_BATT
V_BATT
BATT+
LIT_2.8V
M_UNREG
DRUM_PWR
CAP_PWR
AL_2.8V
REG_2.8V
REG_15V
REG_-7.5V
REG_1.2V
REG_4.65V
M_REG_4.65V
AL_3.1V
ADP_L
D_BATT
V_BATT
T_BATT
VF_CTL
AL_2.8V
LIT_2.8V
REG_2.8V
REG_4.65V
REG_4.65V
REG_15V
LCD_2.8V
LCD_NPC
CPU
MONI
IC1001
IC1005
IC1009
IC1006
IC1002
IC1008
Q1001
Q1002
Q1003
Q1006
REG_4.65V
Q7602
Q7603
Q7604
REG_15V
REG_2.8V
REG_7.5V
REG_4.65V
REG_2.8V
M_REG4.65V
REG_4.65V
REG_2.8V
CDS/TG
IC4201
OP DRV
IC4901
IC4904
PRE/REC
IC3501
CN4201
14
15
7
CN4901
5
REG_15V
REG_15V
CCD-7.5V
CN5001
14
15
7
CCD20
F_VCC
IC5001
Q5001
OP BLOCK
CN7701
VDDA
MODULE
LCD (MONITOR)
NC (FLASH CN)
MONITOR40
AL_2.8VSYS
SPEAKER
CN112
SPK+
SPK-
1
CN404
ADP_L
REG_2.8V
REG_4.65V
MDA
CAP_PWR
DRUM_PWR
F1601
M_UNREG
F1602
REG_2.8V
MECHA_VCC
(MDA_2.9V)
50
REAR
1
2
CN108
14
15
SPK+
SPK-
CN111
26
25
M_REG4.65
IC1601
IC1701
IC1702
Q1601
REG_1.2V
REG_2.8V
SPK+
SPK-
AUDIO
IC2201
Q2403
PARAGON3
IC3001
IC3006
IC3702
MECHA_VCC
MECHA_VCC
CN1603
1
CN1604
14
CAPSTAN
MOTOR
M
SENSOR
MDA_2.9V
1394PHY
REG_2.8V
IC8801
LCD_2.8V
CN109
13
12
10
34
35
37
REG_4.65V
REG_4.65V
LCD_2.8V
6
5
3
REG_4.65V
REG_4.65V
LCD_2.8V
CN7702
16
IC7701
REG_4.65V
10
REG_4.65V
11
13
(No.YF219)2-41 2-42(No.YF219)
VIDEO SYSTEM BLOCK DIAGRAM
CN5001
16V217
V1
OP BLOCK
IC5001
( CCD Image sensor )
8
10
CN5001
H1
18
V4
H2
19
V3
MAIN10CCD20
CN4201
3
3
10
8
19
16
CCD_OUT
IC4201
H1, H2
-
V1-V4
( CDS/TG )
CDSTG_CS
CAM
CAM_OUT
CAM_CLK
CDSTG_RST
ADIN (0-11)
X4201
REC_DATA
REC_CLK
ATFI
AGC_OUT
PHYD (0 -7)
PHYCTL (0.1)
IC3501
( PRE/REC AMP )
IC8801
( 1394PHY )
2S
2F
1S
1F
TPA+
TPA-
TPB+
TPB-
CN3501
2
3
6
7
4
3
2
1
HEAD
DV JAC
J102
K
CN4901
1
----
4
9
12
14
15
16
21
18
20
ZOOM01-ZOOM04
FOCUS01-FOCUS04
DRIVE+, DRIVE-
DUMP+,DUMP-
HGOUT+, HGOUT-
IC4901
( FOCUS DRIVER
& ZOOM DRIVER
)
OPOSD_RST
OPOSD_CLK
OPDRV_CS
OPDRV_PS
OPOSD_IN/OUT
IC1001
( CPU )
OSD_CLK
OSD_CS
OSD_OUT
OSD_RST
EEP_CS
EEP_CLK
EEP_I/O
RTC_CS
REQRTC_CLK
RTC_IN/OUT
X1001
IC1002
OSD
DSP_RST
DSP_CS
ADDT (0-15)
IC1005
( EEP ROM )
IC1006
( RTC )
OSD_HD
OSD_VD
VC0-3
BLK A,B
X1002
IC3001
( PARAGON3 )
DA_AOUT_ENC0
IC3702
( FILTER AMP )
R
G
B
V_OUT
CN101 CN501
16 11
CN111
18
22
20
20
18
22
30
BTU
V_OUT
REAR50
R
G
B
CN109CN108
9
8
7
AV JACK
J501
CN7702
14
15
16
MONITOR40
CN7701
R
G
B
VA(R)
27
28
29
VB(G)
VC(B)
RED
GREEN
BLUE
LCD (MONITOR)
MODULE
(No.YF219)2-43 2-44(No.YF219)
Victor company of Japan, Limited
Camcorder Category 12, 3-chome, Moriya-cho, Kanagawa-ku, Yokohama-city, Kanagawa-prefecture, 221-8528, Japan
(No.YF219)
Printed in Japan
VPT
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