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SCHEMATIC DIAGRAMS
DIGITAL VIDEO CAMERA
GR-D320EK, GR-D320EX, GR-D320EY, GR-D320EZ, GR-D325EG
CD-ROM No.SML200602
GR-D320EKM, GR-D320EXM, GR-D320EYM, GR-D320EZM, GR-D325EGM[M6D122]
For disassembling and assembling of MECHANISM ASSEMBLY, refer to the SERVICE MANUAL No.YF081(MECHANISM ASSEMBLY). Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade).
COPYRIGHT © 2006 Victor Company of Japan, Limited
No.YF129SCH 2006/2
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 recommended 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: K(1000), M: M (1000K) 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.
Playback and recording signal path Recording signal path (including E-E signal path) Capstan servo 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.
1 2 1.8 PB and REC modes (Voltage of PB and REC modes are the same) 3
REF No. IC101 B : Foil side (A : Component side) C : Chip component D : Discrete component) LOCATION IC B C Category : IC 6A Horizontal "A" zone Vertical "6" zone
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
2.5 (5.0) PB mode
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
Note: For general information in service manual, please refer to the Service Manual of GENERAL INFORMATION Edition 4 No. 82054D (January 1994).
3. Interpreting Connector indications
1 2 3 1 2 3
Removable connector
(Example)
Drum servo path
Wire soldered directly on board
R-Y Y
Playback R-Y signal path Recording Y signal path
1 2 3 1 2 3 4
Non-removable Board connector
6. Indication of the parts for adjustments The parts for the adjustments are surrounded with the circle as shown below.
Board to Board
Connected pattern on board The arrows indicate signal path
7. Indication of the parts not mounted on the circuit board Note: For the destination of each signal and further line connections that are cut off from the diagram, refer to "BOARD INTERCONNECTIONS" "OPEN" is indicated by the parts not mounted on the circuit board. R216 OPEN
(No.YF129)2-1
2-2(No.YF129)
LCD(MONITOR) PANEL
INT MIC
CN7602
VCOMH 1
VCOML 2
C31N 7 C41P 5 VGH 6 VCL 3
C41N 4
C31P 8
VGL 9
0 5 MONITOR
(Page2-33)
9 8 7 5 4 3 2 1 INT/L CN7601 CN2601 INT/R 21 20 19 18 17 16 15 14 13 12 11 10 INT_GND 3 INT_GND 2 4 1 6 AU_LV_OUT 6 AU_LV_CLK 8 REG_4.8V 4 REG_4.8V 3 REG_3.1V 2 REG_3.1V 1 LCD_CTL 5
HWRESETZ 37
YTU94074-26 YTU94077-26
YTU94074-18 YTU94077-18
LCD_CS 7 VDCVF 9 MON_G 11 MON_R 12 MON_B 13 M_RVS 15 HDCVF 10 GND 18 GND 17 GND 16 HRP 14
VCOIN 25
VDDA 16
VA(G) 28
BOARD INTERCONNECTION
YTU94074-8 YTU94077-8
PHOTO_H 1
ZOOM_SW 3 REG_3.1V 4
VSSD 36
VA(R) 27
VDD1 22
VA(B) 29
VSS1 24
C21N 14
C22N 12
C23N 10
C21P 15
C22P 13
C23P 11
GCS 40 CN403 CN402
PHOTO_F 2
GDA 39 NPC 35 VDD 34 VDD 21 DRV 18 GCL 38 POL 33 VFB 17 NC 23 NC 20 HS 31 DE 30 VS 32 VSS 19
PDO 26
SPEAKER
1
W T 2
EASY_SW 5 2 SPK1 SPK+ DUMP+ HGVCC+ HGOUT+ HGVSSHGOUTDUMPDRIVEDRIVE+ Z_LED ZOOM02 ZOOM03 ZOOM04 ZOOM01 T_F_V_RST F_VCC FOCUS02 H_OFFSET H_GAIN VD_F/Z F/Z_MCK FOCUS04 FOCUS01 FOCUS03 OP_THRMO Z_PTR_AD F_PTR_AD WIDE_D2 6
1 DUMP+ 2 GND 3 HGVCC+ 4 HGOUT+ 5 HGVSS6 HGOUT7 DUMP8 DRIVE9 DRIVE+ 10 GND 11 Z_PTR_AD 12 Z_VCC 13 Z_LED CAM_OUT 14 ZOOM02 15 ZOOM03 16 ZOOM04 17 ZOOM01 18 F_PTR_AD 19 F_VCC 20 F_LED 21 OP_THRMO 22 GND 23 FOCUS02 24 FOCUS04 25 FOCUS01 26 FOCUS03 VDD RG SUB VL H1 H2 TEST 8 9 10 11 12 13 14 7 Vout 6 GND 5 GND 4 V1 3 V2 2 V3 1 V4
GND
ZOOM UNIT (Page2-31)
GND 7
DECK OPE
0 4 OPE
(Page2-31)
CN404
GND 8 IRIS_O/C IRIS_PWM HALL_A/D IR_DET IR_FLICK LENS_LED
CN401
12 HRP
21 GND
3 GND
2 GND
1 GND
20 SPK-
19 SPK+
26 KEY_A
27 KEY_C
7 VDCVF
8 HDCVF
13 M_RVS
11 MON_B
10 MON_R
9 MON_G
5 LCD_CS
OUTV
C_OUT Y_OUT F/Z_CS CAM_CLK
28 SET_SW
29 P_MEDIA
22 WIDE_D2
14 LCD_CTL
24 PHOTO_F
30 MONI_SW
18 REG_3.1V
17 REG_3.1V
16 REG_4.8V
15 REG_4.8V
23 PHOTO_H
OP BLOCK
25 ZOOM_SW
6 AU_LV_CLK
4 AU_LV_OUT
OSD_VD
VOI_CLK
VOI_OUT
YTU94074-30 YTU94077-30
CN103 9 8 7 6 5 4 3 2 1 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10
0 1 MAIN
GND VOI_IN DCO0 DCO1 DCO2 DCO3 VC2 VC3 DY00 DYO1 DYO2 DYO3 OUTH CLK27A ASPECT ANA_IN_H T_F_V_RST AIMCK AIBCK AILRCK REG_3.1V AODAT PSCTL REG_4.8V AIDAT/AIDAT2 OSD_HD BLKC DOT_CLK S_SHUT BLKB BLKA VC1 VC0 VIF_CS
OP DRV
(Page2-21)
GND
SPKSPK+ INT/R
INT/L
NOTES: The number of patch cords ( ) are indicated by interconnected.
INT_GND
VIDEO AUDIO
(Page2-11)
V_OUT
REG_4.8V
REG_3.1V
M_REG4.8
(Page2-15)
CN4901
MAIN IF (Page2-5)
AU_LV_OUT AU_LV_CLK L_MUTE AU_SIG/R A_MUTE PD_L BUZZER AUDIO_CS AU_SIG/L
HDCVF VDCVF
CN4201
LCD_G
LCD_R LCD_B
0 2 CCD
(Page2-28)
REG_1.7V
REG_3.1V
REG_4.8V
REG_15V
REG_3.1V
REG_-7.5V
HRP
V1 V2 V3 HDIN CLKI VDIN V4 CCD_CTL CCD_-7.5V SUB CDSTG_RST CDSTG_CS H2 H1 RG CAM_CLK CCD_OUT CAM_OUT GND
1 V1 2 V2 3 V3 4 V4 5 REG_15V 6 REG_15V 7 CCD_CTL 8 RG 9 SUB 10 H2 11 H1 12 CCD_-7.5V 13 GND 14 GND
YTU94074-8 YTU94077-8
MECHA [Z32]
CN3501
1 2 3 4 GND ATF_GAIN ATFI 5 6 1F 7 8 VRB_ATF REC_ADJ REC_CTL VREF_1.1 1S 2F 2S REG_2.5V REG_3.1V REG_4.8V P/R_GND 2S 2F P/R_GND P/R_GND 1S 1F P/R_GND
CDS/TG
(Page2-19)
ADIN0 ADIN1 ADIN2 ADIN3
ADIN4
ADIN5
ADIN6
ADIN7
ADIN8
ADIN9
15 GND 16 CCD_OUT 17 GND 18 GND 19 GND 20 GND
HEAD
GND
AGC_OUT VRB_AGC REF_CLK REC_DATA REC_CLK VC0 ENV_OUT VC2 HID3 VC3 BLKA BLKB BLKC OSD_HD DOT_CLK PSCTL ANA_IN_H VOI_CLK VOI_OUT OSD_VD T_F_V_RST OUTV RECH PBH HID3 MONI_CHG HID CAM_SW_C CAM_SW_B CAM_SW_A DEW_SENS LOAD_REV LOAD_FWD D_FGD_PGD_PFG+ COIL_COM D_COIL_W D_COIL_U D_COIL_V DRUM_PG DRUM_FG DRUM_REF C_FRB CAP_FG CAP_REF LD_ON L_FRB MDA_PS C_FG+ 14 15 HG_V+ HG_W+ C_COIL_U C_COIL_U 16 17 18 C_FGC_COIL_W C_COIL_V C_COIL_U HG_U+ HG_V+ HG_W+ HG_UHG_VCAS_SW TAPE_LED GND T_RL+ T_RLS_RLREEL_VCC S_RL+ E_SENS MIC1 MIC2 MIC3 MDA_2.9V GND S_SENS 1 2 3 4 5 6 7 8 9 10 11 REC_SAFE 12 13 14 15 16 T_RL+ T_RLS_RL+ S_RLMDA_2.9V M_REG4.8 HG_WHG_BS+ HG_BSS_REEL T_REEL KENTO KENTO2 IF_RX IF_TX IRU EXTRG0 SYS_TCK SYS_TDI SYS_TDO SYS_TMS SYS_TRSTL OP_THRMO F_PTR_AD Z_PTR_AD ADDT15 ADDT14 ADDT13 ADDT12 ADDT11 ADDT10 ADDT09 ADDT08 ADDT07 ADDT06 ADDT05 ADDT04 ADDT03 ADDT02 ADDT01 ADDT00 DAC_RST DAC_CS CPU_WAIT CDWE CDRE DSP_CS CDAS SPA XINT DSP_RST CLK27SEL GND DRUM_PG REG_3.1V DRUM_FG DRUM_REF C_FRB CAP_FG DRUM_ERR DRUM_PWR CAP_ERR CAP_PWR M_UNREG CAP_REF LD_ON L_FRB MDA_PS T_REEL S_REEL CAS_SW TAPE_LED REEL_VCC E_SENS MIC1 MIC2 REC_SAFE MIC3 S_SENS D_BATT T_BATT SYS_RSTL MVD HID OMT MFLD TSR FRP V_BATT RGB_CTL VF_CS IRIS_O/C IRIS_PWM HALL_A/D IR_DET IR_FLICK LENS_LED F/Z_CS HID PBH RECH MONI_CHG VC1 VIF_CS VOI_IN
KEY_A
KEY_C
L_MUTE
M_RVS
BUZZER
A_MUTE
REG_4.8V PD_L
AUDIO_CS
AU_LV_CLK
AU_LV_OUT
LCD_CS
LCD_CTL
PHOTO_F SET_SW
MONI_SW
ZOOM_SW
YTU94074-20 YTU94077-20
P/R_GND CAM_SW_C 2 CAM_SW_B 3 CAM_SW_A 4 DEW_SENS 5 LOAD_FWD 6 LOAD_REV P/R_GND 8 7
YTU94074-8 YTU94077-8
CN1601
1
CAM_CLK CAM_OUT CDSTG_CS CDSTG_RST VF_SW VF_CTL
DYO0
DYO1
DYO2
DYO3
DCO0
DCO1
DCO2
DCO3
OUTH
AIBCK
VD_F/Z
AIMCK
H_GAIN
AODAT
OUTV
AILRCK
CLK27A
F/Z_MCK
H_OFFSET
OSD_VD VOI_CLK VOI_OUT DAC_RST DAC_CS CPU_WAIT CDWE CDRE DSP_CS CDAS SPA XINT DSP_RST CLK27SEL ADDT00 ADDT01 ADDT02 ADDT03 ADDT04 ADDT05 ADDT06 ADDT07 ADDT08 ADDT09 ADDT10 ADDT11 ADDT12 ADDT13 ADDT14 ADDT15
S_SHUT
ASPECT
CN104
AIDAT/AIDAT2
TSR FRP OMT MFLD GND 2 1
11 12 AL_3VSYS 3 4 HID MVD 5 6 ADIN9 ADIN8 ADIN7 ADIN6 ADIN5 ADIN4 ADIN3 ADIN2 ADIN1 ADIN0 CLKI HDIN 10 20 9 8 7 OMT 13 MFLD SYS_TMS 14 SYS_TCK SYS_TDI 15 SYS_TRSL GND 16 SYS_TDO GND 17 SYS_RSTL EXTRG0 18 TSR FRP 19 OUTV VDIN
LOADING MOTOR
(No.YF129)2-3
PRE/REC (Page2-17)
ROTARY ENCODER SW
CN1602
1 2 4 5 6 7 8 9 10 11 GND D_PGCOIL_COM 3 D_COIL_W D_COIL_W D_COIL_V D_COIL_V D_COIL_U D_COIL_U D_FGD_PFG+
PARAGON
(Page2-13)
DRUM MOTOR
1 2 VDIN 3 REG_1.7V REG_2.5V REG_12V REG_3.1V 5 6 4
KENTO2 11 KENTO IRU 12 AL_3VSYS IF_TX 13 IF_RX ENV_OUT 14 MAIN_VCO ATFI 15 HID GND 16 FS_PLL 7 8 9 10 GND 17 COM_VF XSTH 18 CVF_B CVF_R 19 CVF_G V_OUT 20 MVD
2-4(No.YF129)
CN1603
1 2 3 4 5 6 7 8 9 10 11 MDA_2.9V C_FGC_FG+ GND C_COIL_V C_COIL_V HG_WHG_VHG_UHG_BS+ HG_BSC_COIL_W 12 C_COIL_W 13 HG_U+
CPU
(Page2-7)
YTU94074-11 YTU94077-11
REC_CTL REF_CLK VRB_ATF
REC_DATA
REG_4.8V
VRB_AGC
MAIN_VCO
AGC_OUT
VREF_1.1
REC_CLK
REC_ADJ
FS_PLL
TPBTPA-
ATF_GAIN
TPA+ ATFI
TPB+
CAPSTAN MOTOR
CN1604
CN102
MDA (Page2-9)
REG_CS REGRTC_OUT REGRTC_CLK CHRG_EVR LIT_3V D_GAIN I_MTR
JIG CONNECTOR
YTU94074-18 YTU94077-18
GND
V_BATT REG_CS REGRTC_CLK REGRTC_OUT CHRG_EVR LIT_3V D_GAIN I_MTR M_UNREG DRUM_ERR DRUM_PWR CAP_PWR CAP_ERR BATT_+ ADP_DC
SYS_RSTL
M_REG4.8
REG_-7.5V
REG_2.5V REG_12V REG_4.8V REG_1.7V REG_15V
SENSOR
DIAL_REC PWR_LED
AL_3VSYS AL_3.1V REG_3.1V
ADP_L
DIAL_PB
DIAL_OFF
TRIG_SW
P_DET
S_DET
(Page2-23)
EJT_SW
REG_8.5V REG_3.1V
REG
BATT_CHK LITHIUM AL_3.1V
1 2 3 4 5 6 7 8 9 10 11
VF_SW GND GND VF_CTL REG_4.8V COM_VF CKV1 CKV2 STV
1 2 3 4 5 6 7 8 9 XSTV 10 XENB 11
1 XSTH 2 3 4 5 6 7 8 9 STH VSS CKH1 CKH2 VDD CSH G R 10 B
YTU94074-16 YTU94077-16
TPBTPATPB+ TPA+ GND
BATT_+
0 6 VF
CN101
11 DSG 12 ENB 12
(Page2-32)
LCD(C-VF) PANEL
12 XDSG
9
8
7
6
5
4
3
2
1
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
ADP_L
ADP_DC
13 14
DSD 13 XDSG 14
13 DSD
GND
14 VBB 15 MON_R MON_G MON_B 16 17 18 19 CVF_R 20 DSG 15 CVF_B 16 CVF_R 17 15 CSV 16 ENB 17 XENB
REG_15V
RGB_CTL VF_CS
REG_3.1V
REG_8.5V
AU_LV_CLK
BATT_CHK 6
AU_LV_OUT
D_BATT 5
T_BATT 4
BATT_+ 9
BATT_+ 8
BATT_+ 7
P_GND 3
P_GND 2
P_GND 1
MMC_DOUT 39 SD_WP 40
DIAL_REC 27
MMC_CLK 37 MMC_CD 38
PWR_LED 30
REG_3.1V 34 MMC_DIN 36 MMC_CS 35
REG_3.1V 33
DIAL_OFF 25
AU_SIG/R 18
TRIG_SW 28
AU_SIG/L 17
DIAL_PB 26
LITHIUM 14
EJT_SW 24
AL_3.1V 29
BATT_+ 11
BATT_+ 10
P_GND 32
P_GND 31
S_GND 23
S_GND 16
P_GND 13
P_GND 12
C_OUT 21 S_DET 22
V_OUT 20
Y_OUT 15
P_DET 19
DV JACK
1
DC JACK
CN501
CVF_G 18 VDD_VF 19 CKH2 20
18 XSTV 19 STV
2
+
20 CKV2 VDCVF HDCVF CVF_G 21 CVF_B 22 CKH1 21 STH 22 21 CKV1
JACK (Page2-27)
MONI/VF
(Page2-25)
T T
1
LCD_R LCD_G
22 COM COM_VF XSTH 23 24 XSTH 23
yf129_y10577001a_rev1.1
2
LCD_B
EJECT
CN7002
LITHIUM BATTERY
CN7001
BATT_TERM.
-
0 3 REAR
(Page2-29)
VDD_VF
CKH2 STH
XENB
CN7801
XDSG CKH1
CKV2 STV
CKV1
DSD ENB
XSTV DSG
CN502
6 GND
4 AL_3.1V
3 DIAL_PB
YTU94074-24 YTU94077-24
7 TRIG_SW
2 DIAL_OFF
5 PWR_LED PLAY
1 DIAL_REC REC OFF
POWER UNIT
CN2601 QGA1001F1-04X
INT_GND INT/L 3 2 1
INT_GND
TO INT MIC
INT/R 4
MAIN(MAIN IF) SCHEMATIC DIAGRAM
CN103 QGF0549C2-30X VERTICAL NON ZIF INT/L INT/R INT_GND INT_GND
30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 M_RVS HRP MON_B MON_R MON_G HDCVF VDCVF AU_LV_CLK LCD_CS AU_LV_OUT GND GND GND 13 12 11 10 9 8 7 HG_WC_COIL_V C_COIL_V GND C_FG+ C_FGMDA_2.9V 6 5 4 3 2 1 HG_VHG_UHG_BS+ HG_BSC_COIL_W C_COIL_W 14 HG_U+ 15 HG_V+ 16 HG_W+ 17 C_COIL_U 18 C_COIL_U 12 11 10 9 8 7 6 5 4 3 2 1 LCD_CTL REG_4.8V REG_4.8V REG_3.1V REG_3.1V SPK+ SPKGND PHOTO_F ZOOM_SW KEY_A KEY_C SET_SW
TO AUDIO
MONI_SW
CN1604 QGF0543F3-16X BOTTOM CONTACT NON ZIF
TO CPU
16 15 14 13
S_SENS GND MDA_2.9V MIC3 12 11 10 9 8 7 6 5 4 3 2 1 REC_SAFE MIC2 MIC1 E_SENS S_RL+ REEL_VCC S_RLT_RLT_RL+ GND TAPE_LED CAS_SW
TO CPU TO MAIN IF(CN1603)
TO AUDIO
TO CPU
TO SENSOR
TO MDA TO CPU TO MDA
TO OPE(CN401)
TO CPU TO VIDEO TO MONI/VF TO VIDEO,MONI/VF TO CPU,AUDIO,MONI/VF TO CPU TO CPU,AUDIO,MONI/VF
MECHA SIDE
CN1603 QGF0543F3-18X TOP CONTACT NON ZIF
TO CPU
CN4901 QGF0549C2-26W VERTICAL NON ZIF
TO MDA
1 2 3 4 5 6 7 8 9
DUMP+ GND HGVCC+ HGOUT+ HGVSSHGOUTDUMPDRIVEDRIVE+
TO CAPSTAN MOTOR
CN1602 QGF0543F3-11X TOP CONTACT NON ZIF
TO OP DRV
TO MAIN IF(CN1604),MDA
10 11 12 13 14 15 16 17 18 19 20 21
GND Z_PTR_AD Z_LED ZOOM02 ZOOM03 ZOOM04 ZOOM01 F_PTR_AD F_VCC OP_THRMO
TO CPU,OP DRV
TO OP BLOCK
TO OP DRV
TO CPU,OP DRV TO OP DRV
11 10 D_PFG+ D_FG9 8 7 6 5 4 3 2 1 D_COIL_U D_COIL_U D_COIL_V D_COIL_V D_COIL_W D_COIL_W COIL_COM D_PGGND
TO CPU,OP DRV
22 23 24 25 GND FOCUS02 FOCUS04 FOCUS01 FOCUS03
CN102 QGB0519J1-20X WHITE B TO B CONN
20 MVD 10 V_OUT CVF_G 9 18 CVF_RPD XSTH 8 17 7 16 6 GND HID 5 ATFI MAIN_VCO 4 ENV_OUT IF_RX 3 12 2 IRU KENTO 1 KENTO2 11 AL_3VSYS IF_TX 13 14 15 FS_PLL GND R102 0 COM_VF CVF_B CVF_R R101 0 19
TO CPU,PARAGON TO MAIN IF(CN101),VIDEO TO MAIN IF(CN7801),VIDEO TO MONI/VF TO MAIN IF(CN7801), MONI/VF
TO OP DRV TO MDA
26
TO DRUM MOTOR
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.
TO PARAGON TO CPU,PARAGON TO PARAGON,PRE/REC TO PARAGON TO PRE/REC TO CPU TO MAIN IF(CN104),CPU TO CPU
TO JIG CONNECTOR
CN3501 QGF0543F3-08X TOP CONTACT NON-ZIF
(No.YF129)2-5
20 10 19 9 18 8 17 7 16 6 15 5 14 4 13 3 12 2 11 1 VDIN OUTV FRP TSR EXTRG0 SYS_RSTL GND SYS_TDO GND SYS_TRSTL SYS_TDI SYS_TCK SYS_TMS MFLD OMT AL_3VSYS
1 2
GND 2S
TO PARAGON,CDS/TG TO CPU,PARAGON,VIDEO TO CPU,PARAGON TO CPU TO CPU,REG TO CPU
3 4 5 6 7 8
2F
CN4201 QGF0549C2-16X VERTICAL NON ZIF
TO HEAD
GND GND 1S 1F GND
2-6(No.YF129)
TO FLASH WRITER
CN104 QGB0519J2-20X GREEN B TO B CONN
TO PRE/REC
20 19 18 17 16
GND GND GND GND
TO CPU
15 14 13
CCD_OUT GND GND GND
TO CDS/TG
TO CPU,PARAGON TO MAIN IF(CN102),CPU
12 11 10 9 8 7 8 7 6 5 4 3 2 1 GND LOAD_REV LOAD_FWD DEW_SENS CAM_SW_A CAM_SW_B CAM_SW_C GND 6
CCD_-7.5V H1 H2 SUB RG CCD_CTL REG_15V
TO CCD(CN5001)
CN1601 QGF0543F3-08X TOP CONTACT NON ZIF
TO CDS/TG
TO MDA
5 4 3
REG_15V V4 V3
TO CPU
2 1
V2 V1
TO LOADING MOTOR, ROTARY ENCODER
TO CDS/TG
TO CPU
GND D_BATT T_BATT
CN7801 QGF0549C2-24W VERTICAL NON ZIF
R103
R104 0
TO REG,JACK
24 23 R105 22 21
R106 0 BATT_+
XSTH STH CKH1 CKH2 20 19
C104 0.1 C103 0.1 C102
TO MAIN IF(CN102), MONI/VF TO MONI/VF
VDD_VF CVF_G 18 17 16 15 14 2 3 13 1 12 11 10 9 8 7 6 5 4 3 2 1
C_OUT P_DET S_DET Y_OUT V_OUT LITHIUM AU_SIG/R AU_SIG/L DIAL_REC DIAL_PB EJT_SW DIAL_OFF PWR_LED AL_3.1V TRIG_SW
CVF_R CVF_B DSG XDSG DSD ENB XENB XSTV STV CKV2 CKV1 COM_VF REG_4.8V VF_CTL GND GND GND VF_SW
D101 EMZ6.8N-X
TO CPU TO CPU,REG
TO MAIN IF(CN102), MONI/VF
TO CPU
TO VF(CN7001)
TO CPU TO VIDEO TO MAIN IF(CN102),VIDEO TO CPU TO AUDIO TO VIDEO TO REG
TO MONI/VF
TO REG
BATT_CHK
TO MAIN IF(CN102), MONI/VF
0 1 MAIN(MAIN IF)
1 2 3 4 5
CN101 QGF0508F3-32X BOTTOM CONTACT ONE TOUCH
TO CPU
6
7
8
9
yf129_y10572001a_rev1.1
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
TO REAR UNIT (CN504)
MAIN(CPU) SCHEMATIC DIAGRAM
IC1002
AL_3.1V MB90099PFV138EX VIDEO
11 12 13 14 15 16 17 18 19 20 R1014 1
C1044
R1015 100K
2
7
C1004 22/6.3
C1005 0.1
C1006 0.1
2
3
6
3
R1036
VSS
OUT
TO MAIN IF(CN101) TO REG TO MAIN IF(CN7801)
BATT_H
T_BATT
R1007 100K
C1007 1 D_BATT V_BATT VF_CTL D_GAIN CHRG_EVR
27K R1030
47K
DET
VSS
INTR
C1003 10P
3
4
1
2
VSS
SI
R1013 62K
R1016 100K
R1017 1M
10 9
4
5
RTC_IN
2.2K
6
S-80823CNNB-G-W
REGRTC_OUT R1008
7
IC1007
RTC_CS REGRTC_CLK
[-]
CS CLK SIO
VDD XIN XOUT
R1010 10K X1002 NAX0564-001X EEP_CS
4 8
[+]
T
1
VSS
5
REG_3.1V
R1012 82K
R1006
0
RS5C314-X
IC1005
M95320-WDW6-X CS SO WP VCC HOLD SCK
1 8
IC1004
IC1006
NJU7108F3-X
TO MAIN IF(CN101),REG AL_3.1V TO MAIN IF AL_3VSYS (CN102,104) LIT_3V TO REG
L1001
10 µ
VOI_CLK
10K
5
VDD 0.01
4
OUT
VOI_OUT T_F_V_RST R1019 100K C1046 0.01
2
OSD_CS
SCLK CS DATA RST VDD SDR XD EXD TEST VSS
HD VD VC0 VC1 VC2 BLKA VC3 BLKB TST0 BLKC
OSD_HD OSD_VD VC0 VC1 VC2 BLKA VC3 BLKB BLKC
TO VIDEO TO PARAGON,VIDEO
1
2
3
8
7
6
4
3
TO VIDEO
5
SYS_RSTL
ADP_L
D_BATT V_BATT VF_CTL D_GAIN CHRG_EVR REG_CS REGRTC_CLK REGRTC_OUT MMOD1 MMOD0
R1034 100K R1033 100K
TL1021
VIF_CS VOI_CLK VOI_OUT VOI_IN PSCTL ANA_IN_H OUTV T_F_V_RST
7 6 5
DOT_CLK VIF_CS VOI_CLK VOI_OUT VOI_IN PSCTL ANA_IN_H OUTV T_F_V_RST
TO PARAGON,VIDEO TO VIDEO TO MAIN IF(CN104), PARAGON,VIDEO TO VIDEO,OP DRV
EEP_IN REG_3.1V
TO REG
REG_CS REGRTC_CLK REGRTC_OUT
EEP_CLK C1018 1µ C1019 OPEN C1020 OPEN RA1004 100K
2 3 4 1
8
EEP_OUT
OPEN R1005
RECH PBH HID3 MONI_CHG HID
RECH PBH HID3 MONI_CHG HID
TO PRE/REC
MFLD
DRUM_PG
REGRTC_OUT
VF_CTL
SPA
FRP
TSR
REMOTE
VOI_IN
P_DET
VOI_OUT
IRIS_O/C
VOI_CLK
D_BATT
VIF_CS
M_RVS
S_DET
PD_L
SYS_TDI
T_F_V_RST
TO REG
ADP_L T_BATT P_DET S_DET C1010 OPEN REMOTE
8 7 6 5 RA1003 100K
T_BATT P_DET S_DET
R1026 47K R1115 0
REGRTC_CLK
SYS_TRSTL
TL1016 CHRG_LON
ANA_IN_H
SYS_TDO
SYS_TMS
DSP_RST
SYS_TCK
S_REEL
T_REEL
IR_FLICK
LCD_CS
RTC_IN
TL1014
LCD_CTL
TL1015
GND ADP_L
HID
LENS_LED IRIS_O/C IR_FLICK HALL_A/D
1K
1K
1K
LENS_LED IRIS_O/C IR_FLICK HALL_A/D
R1027 47K D1002 OPEN
R1086
R1037
R1085
R1043 R1146 1K
IR_SENSOR
OPEN IF_TX1
GND
OUT
TO MAIN IF(CN101)
PWR_LED DIAL_REC DIAL_OFF DIAL_PB TRIG_SW
3
Vcc
2
1
R1028
1K
TO OP DRV
TL1010 TL1011 R1046 15K IRIS_PWM IRDET R1047 F/Z_CS REC_SAFE 187 CAM_OUT 50 CAM_CLK 185 REEL_ON 91 S_SENS 96 E_SENS 143 DEW_SENS 41 MIC3 181 MIC2 182 MIC1 142 V_BATT 235 HALL_AD 213 Z_PTR_AD 95 F_PTR_AD 211 OP_THRMO 40 IR_DET 212 ZOOM_SW 39 KEY_A 140 KEY_B 180 KEY_C 94 T_BATT 210 I_MTR 234 ZOOM_SW2 38 S2_DET 233 R1083 1K R1105 1K R1104 1K REC_SAFE CAM_OUT CAM_CLK REEL_ON S_SENS E_SENS DEW_SENS MIC3 MIC2 MIC1 V_BATT HALL_A/D Z_PTR_LV F_PTR_LV OP_THRMO IRDET ZOOM_SW KEY_A KEY_C T_BATT I_MTR C1023 C1024 C1025 0.0068 0.0068 0.01 OPEN C1058 VF_CS RGB_CTL TL1009 10K IRIS_PWM IR_DET F/Z_CS
SPA
TDI
TMS
TCK
NC
NC
NC
FLD
NC
TRKREF
D_BATT
REMOTE
FRMREF
VIF_CS
P_DET
SRVTRK
IRIS_PS
M_RVS
IRIS_O/C
EXTM_H
HP_DET
T_REEL
VF_CTL
DSP_RST
USB_STS
DRUM_PG
IR_FLICK
REG_ERR
USB_CS
S_REEL
LCD_CS
S_IN_L
MENU_P_A
REG_RTC_OUT
TG_FZ_VID_RST
MENU_P_B
ANA_IN_H
CCD_CTL
LCD_CTL
REG_RTC_IN
VENC_OSD_IRIS_IN
VENC_OSD_IRIS_OUT
OPEN
2
DIAL_OFF DIAL_PB TRIG_SW CHRG_LON Q1005 DTC143XE-X
R1044 100K
IF_RX1 R1045 1K
VF_CS CAP_FG DRUM_FG
147 ROM_CS 183 VF_CS 28 CAP_FG 27 DRUM_FG 196 ASPECT1
IC1009
OPEN
VENC_OSD_IRIS_CLK
VF_SLEEP/M_CS
REG_RTC_CLK
CHRG_LED
3
4
R1116 100K
ADP_H
S_DET
TRSTL
PD_L
1
5
TD0
HID
R1041 560
1
2
3
4
84 132 16 26 133 174 134 205 83 128 148 184 11 165 10 190 163 103 171 209 102 216 42 8 208 118 161 195 9 146 236 97 75 145 99 166 69 201 77 202 85 131 189 203 188 192 218 60 58 111 57 154
IC1008DIAL_REC
VF_CS RGB_CTL
TO MONI/VF
L_MUTE A_MUTE RGB_CTL R1042 1K REMOTE EXTRG0 SYS_TCK SYS_TDI SYS_TDO SYS_TMS SYS_TRSTL SYS_RSTL Q1009 OPEN TL1005 OMT OUTV MVD R1031 100K IRIS_PWM CHRG_EVR CAP_PWM R1032 100K C1017 OPEN
AL_3.1V
160 ASPECT2 72 L_MUTE 124 A_MUTE 220 RGB_CTL 222 XINT 194 JLIP_INT 193 BATT_H 223 DSC_CS 65 64 92 49 48 44 67 OMT VD P_MEDIA IRIS_PWM CAP_PWM DRUM_PWM EEP_CLK 130 OUTV
IF_RX
TO MAIN IF(CN102)
IF_TX IRU EXTRG0 SYS_TCK SYS_TDI SYS_TDO SYS_TMS SYS_TRSTL
TL1012
XINT IF_RX1 BATT_H
C1026 OPEN C1027 OPEN C1028 OPEN C1029 0.1 C1030 0.1 C1031 C1032 C1033 0.1 0.1 CDSTG_RST CDSTG_CS CAM_OUT CAM_CLK CDSTG_RST
TO CDS/TG
CDSTG_CS CAM_OUT CAM_CLK
TO MAIN IF(CN104)
0.1 C1034 OPEN C1035 0.1 0.1 0.1 0.1 0.1
TO CDS/TG,OP DRV
TO MAIN IF (CN104),REG
SYS_RSTL TL1040 TL1024
R1035 OPEN
EXMOD1 EXMOD0 KENTO I_MTR
C1036 C1038 C1039 C1040
214 CHRG_EVR
TL1003 TL1001 TL1004 TL1002
DRUM_PWM EEP_CLK EEP_OUT EEP_IN IF_TX1 IF_RX1 AU_LV_CLK C1016 OPEN AU_LV_OUT AUDIO_CS MIC3 C1015 OPEN MIC2 MIC_CTL R1048 100K
TO MAIN IF(CN102) TO REG
KENTO I_MTR
TL1028
TSR FRP SPA HID
197 EEP_OUT 224 EEP_IN 19 TRIG_OUT
TSR FRP SPA HID
TO MAIN IF(CN102)
KENTO2
KENTO2
IC1001
MN103S97NAC MN103SF66RAC
CDSTG_RST 106 PHOTO_F 167 PHOTO_H 179 MENU_SET 93 MDA_PS 82 EM_DET_L 18 SHUT_ATT 17 LD_ON 53 DAC_CS 101 DSP_CS 232 VCTRL 54 CDWE 231 KENTO2 200 KENTO1 178 CDRE 136 CPU_WAIT 90 CDAS 34 ADM0 230 ADM1 176 ADM2 207 ADM3 137 ADM4 88 ADM5 33 ADM6 206 ADM7 32 ADM8 89
BINAURAL_H
CDSTG_RST R1103 1K PHOTO_F
198 TXD 164 RXD 122 AU_LV_CLK 71 74 AU_LV_OUT AUDIO_CS
TO MAIN IF(CN104), PARAGON TO PARAGON TO MAIN IF(CN102), PARAGON
A_MUTE
A_MUTE L_MUTE AUDIO_CS AU_LV_CLK AU_LV_OUT PD_L
MDA_PS
DSP_CS DSP_RST CLK27SEL
TO AUDIO TO MAIN IF(CN103), AUDIO,MONI/VF TO AUDIO
L_MUTE AUDIO_CS AU_LV_CLK AU_LV_OUT PD_L BUZZER Q1006 2SC4617/QR/-X R1053 150K R1054 2.7K 3 R1055 18K C1055 1 1 D1001 DA221-X 2
DSP_CS DSP_RST CLK27SEL XINT MVD MFLD OMT DAC_CS DAC_RST
144 MIC_SCL 100 MIC_SDA 138 MIC_CTL 5 98 NC VSS
TO PARAGON TO MAIN IF(CN102), PARAGON TO MAIN IF(CN104), PARAGON
LD_ON DAC_CS DSP_CS
REG_3.1V
TL1007 TL1006 TL1017 TL1018
XINT MVD MFLD OMT DAC_CS DAC_RST
BZ_ENV
117 VSS 139 TALLY 129 MXDT_OUT 24 22 23 79 80 51 20 MMC_L USBDOWN DSC_STS FLSH_RST DSC_RST LENS_LED EEP_CS
CDWE KENTO2 KENTO CDRE CPU_WAIT CDAS ADDT00 ADDT01 ADDT02 ADDT03 ADDT04 ADDT05 ADDT06 ADDT07 ADDT08 ADDT09 ADDT10 TLED_ON
R1052 10K R1051 4.7K
R1056 47K Q1007 DTC124EE-X
BZ_FREQ
170 CAPT_REQ 169 DSC_WKUP R1082 47K LENS_LED EEP_CS REG_CS F/Z_CS
REG_3.1V
CPU_WAIT R1029 1.5K CDAS CDWE CDRE ADDT00 ADDT01 Q1003 DTA143XE-X ADDT02 ADDT03 ADDT04 ADDT05 ADDT06 ADDT07 Q1002 DTA143XE-X REEL_ON ADDT08 ADDT09 ADDT10 ADDT11 ADDT12 ADDT13 ADDT14 ADDT15
330K
CPU_WAIT CDAS CDWE CDRE ADDT00 ADDT01 ADDT02 ADDT03 ADDT04 ADDT05 ADDT06 ADDT07 ADDT08 ADDT09 ADDT10 ADDT11 ADDT12 ADDT13 ADDT14 ADDT15
TO MAIN IF(CN4901), OP DRV
OP_THRMO Z_PTR_AD F_PTR_AD
OP_THRMO R1057 R1059 8.2K 12K Z_PTR_LV F_PTR_LV TL1008
177 REG_CS 186 FZ_CS 104 CDSTG_CS 149 DVIN_L
DIAL_MANU CAM_SW_C CAM_SW_B CAM_SW_A LAMP_ONH MONI_CHG EJECT_SW TAPE_LED CLK27SEL DIAL_REC DIAL_OFF MONI_SW DSC_OUT DAC_RST DSC_CLK TRIG_SW
CDSTG_CS RTC_CS
TO PARAGON
ADM9 172
BZ_FREQ
CAS_SW
EXMOD1
EXMOD0
DIAL_PB
SET_SW
OSD_CS
BZ_ENV
NMIRQL
C_FRB1
C_FRB2
D_GAIN
MMOD1
MMOD0
L_FRB2
L_FRB1
DSC_IN
VF_SW
ADM15
ADM14
ADM13
ADM12
OSCO
RECH
100k
100K 100K R1112 10K
100k
C1009
0.01
8
7
6
R1110 10K
RA1002 100K
5
59 158 105 150 46 43 47 3 63 225 120 12 121 14 70 73 199 141 123 126 13 125 217 81 25 52 35 119 55 215 168 135 151 21 78 127 76 109 7
6 107 115 157 112 113 62 2 87 86 173 29 31
R1066
R1122
MONI_SW VF_SW PHOTO_F SET_SW KEY_A
3.3K
3.3K
1
2
3
4
1
2
CAM_SW_B
CAM_SW_A
MONI_CHG
BZ_FREQ
SYS_RSTL
MONI_SW
TL1030 DIAL_REC
CLK27SEL
DIAL_OFF
SET_SW KEY_A KEY_C ZOOM_SW M_RVS LCD_CTL LCD_CS TL1023 C1013 0.01 C1008 22/6.3 C1014 OPEN R1050 100K 30 ND 45 ND 4
DIAL_PB 3 TRIG_SW 4 RA1007
PHOTO_F
15 1 255 254 250 245 229 228 227 221 116 159 156
ND ND VDDB VDDB VDDH VDDH VDDH VDDH VDDB NC(PULLUP) NC(PULLUP) NC(PULLUP) NC(PULLUP) CAM_SW_C
3.3K
VF_SW
R1038 1K
8
7
6
DAC_RST
TLED_ON
TL1029
TL1089
TL1027 VF_SW
CAS_SW
EXMOD1
SET_SW
BZ_ENV
EXMOD0
OSD_CS
EJT_SW
C_FRB2
ADDT15
ADDT14
ADDT13
ADDT12
D_GAIN
C_FRB
ADDT11
MMOD1
MMOD0
L_FRB2
PSCTL
ADP_L
L_FRB
5
TO MAIN IF(CN101) TO MAIN IF(CN1604) TO MAIN IF(CN103) TO MAIN IF(CN7801)
CAS_SW
CAS_SW MONI_SW
1 2 3 4
5 1K
EJT_SW
EJT_SW
RA1005 100K
R1062 1k
8 RA1006 7 1K
8
7
6
1
2
3
4
5
6
5
8
7
6
RSTL
OSCI
HID3
LON
PBH
HID
NC
R1063 C1050 22K OPEN
# R1040
ADP_L
R1061 C1048 OPEN 39K
CKSEL
PSCTL
# R1039
ADM11
R1060 47K C1047 OPEN
204 RTC_CS
ADM10 175
R1021
R1022
R1023
RECH
HID3
HID
TO MAIN IF(CN103)
KEY_C ZOOM_SW M_RVS LCD_CTL LCD_CS
PBH
NC(VDDH) 162 VDDB 68 VDDH 66 AVDD 37
R1024
RA1001 47K
1
2
3
4
S_SENS E_SENS
S_SENS E_SENS TAPE_LED REEL_VCC MIC3 MIC2 MIC1 REC_SAFE
NC(OPEN)
243 VDD 244 VDD 251 VOUT(1.8V) 252 VDD 253 VDD
NC(VREFH) 36
R1076 100K R1049 100K
R1002 47
R1003 100K
R1001 1M X1001 NAX0645-001X C1001 5p C1002 5p
MIC3 MIC2 MIC1 REC_SAFE CAM_SW_C CAM_SW_B CAM_SW_A DEW_SENS
TO MAIN IF(CN1604)
IC1001
MN103S97NAC MN103SF66RAC
FRQS1 61 FRQS0 114 VSS 249 VSS 248 VSS 247 VSS 246 VSS 242
AL_3.1V
T_REEL S_REEL LD_ON MDA_PS C_FRB R1068 R1069
T_REEL
NC(EXTRG0) NC(EXTRG1) NC(TRCCLK)
S_REEL LD_ON MDA_PS C_FRB 10K C_FRB2 L_FRB 10K L_FRB2 CAP_FG DRUM_PG DRUM_FG R1072 3.3K R1074 3.3K R1075 3.3K R1073 3.3K DRUM_PWM CAP_PWM EXTRG0 R1070 10K R1071 10K
NC(TRCST)
NC(TRCD0)
NC(TRCD1)
NC(TRCD2)
NC(TRCD3)
VSS 241 Ref
VSS VSS VSS VSS VSS
Dest Key
CAM_SW_C CAM_SW_B CAM_SW_A
WITH_DV_IN 100K OPEN
WITHOUT_DV_IN OPEN 100K Q1008 OPEN R1020 75K Q1001 DTA114EE-X
TO MAIN IF(CN1601)
R1039 R1040
153 155 108 219 56 110 152 191 226 237 238 239 240
DEW_SENS
TO MDA
L_FRB CAP_FG DRUM_PG DRUM_FG DRUM_REF CAP_REF C1051 0.022 C1052 0.022 C1053 0.022 C1054 0.022
TL1034 TL1035 TL1036 TL1037 TL1038 TL1039 TL1019 Q1004 OPEN
R1018
D1003 OPEN
MIC_CTL REG_4.8V
OPEN
OPEN
R1117
0 1 MAIN(CPU)
yf129_y10571001a_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.YF129)2-7
2-8(No.YF129)
MAIN(MDA) SCHEMATIC DIAGRAM
DRUM_PG DRUM_FG DRUM_REF DRUM_ERR TL1612 C_FRB CAP_FG CAP_REF TL1613 LD_ON L_FRB TL1619 MDA_PS TL1617 M_REG4.8 R1620 68K R1621 10K R1629 560K T C1631 10/6.3 TL1620 L1601 10 NQL382M-100X ! F1602 R50 NMFZ007-R50X-K C1607 0.047 NMFZ007-R20X-K R20 ! F1601 TL1618 CAP_ERR CAP_PWR M_UNREG REG_3.1V C1632 0.47 OPEN D1604 TL1602 DRUM_PWR TL1601
TO REG
TO CPU
GND
TO REG
TO OP DRV, REG
TL1606 C1605 0.1 TL1609 0.0047 100p 0.0047 C1602 10µ /6.3 0.22 18K _0.5% C1606 0.0015 R1603 4.7K R1604 100K R1624 T C1603 10µ /6.3 T
C1624
0.01
C1627
C1626
C1625
C1628
TO MAIN IF (CN1603,1604)
D.DETECT 22 VCC 21 D.FGSMT 20 D.FGAMP 19 D.FGIN- 18 D.PFGIN+ 17 R1601 680 MDA_2.9V C_FG+ C_FGC_COIL_U R1602 120K D.PGIND.PGAMP D.PGSMT C.HWC.HW+ C.HVC.HV+ 10 11 12 13 14 15 16 C_COIL_V C_COIL_W TL1610 TL1607 C1618 0.0022 HG_WHG_W+ HG_VC1619 0.0022 HG_V+ HG_UC1620 8 7 0.0022 R1611 270 HG_BS+ HG_BSR1610 270 HG_U+
D.PCV 32
D.PCI 31
D.EC 30
D.VS 29
D.VM 28
NC 27
UNREG 26
D.SL2 25
D.SL1 24
48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33
D.COM D.U D.V D.RNF D.W NC L.FRB L.REF L.FWD NC L.GND L.REV L.VM C.FGIN+ C.FGINC.FGAMP 49 C.FGSMT 58 C.RCC
R1614 C1601 0.01
0.33
D.ISET 23
TO MAIN IF (CN1603)
TO MAIN IF (CN1601)
LOAD_FWD LOAD_REV
IC1601
BD6637KV
C.HUC.HU+ NC NC C.W C.RNF C.V C.U NC
GND D1602 OPEN
T
C1614 10µ /10 R1612 68K
2
3
4
5
6
9
OPEN
OPEN
OPEN
1
64 C.PCV
59 C.FRB
R1711 1K
R1712 1K
63 C.PCI
60 C.VM
62 C.EC
61 C.VS
55 GND
56 GDX
52 CP1
53 CP2
C1615
51 VG
50 NC
54 NC
R1613 1K
TL1608
57 PS
OPEN
OPEN R1633
C1616
680
TL1605
0.22
3.9K
0.047
_0.5%
0.022
C1621 1
R1632
R1634
OPEN
C1617
C1630
D_FGR1625 D_PGD_PFG+
C1623
R1616
TO MAIN IF (CN1602)
COIL_COM D_COIL_U D_COIL_V OPEN OPEN OPEN D_COIL_W
C1629 0.22
_0.5%
C1622
R1622 10K
S_REEL T_REEL
TO CPU
R1710 120K
R1702 2.2K R1701 82K R1703 2.2K
C1636
C1635
C1634
R1617 0.33 R1709 10K
GND 0.1
8
7
6
5 OPEN
8
7
6
5
IC1702
LM393DR-X
IC1701
LM358DR-X
1
2
3 C1702 D1603 DAP222-X R1638 OPEN
1
2
3
4
C1701
1
2
3
4
T_RL+ R1635 3.3K R1637 150K R1708 120K R1707 10K R1706 82K R1705 2.2K C1633 0.47 R1704 2.2K T_RLS_RL+ S_RL-
6
Q1601 UMC3N-W
4
TO MAIN IF (CN1604)
0 1 MAIN(MDA)
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.
R1636 12K
yf129_y20389001a_rev1.1
(No.YF129) 2-9
2-10(No.YF129)
MAIN(AUDIO) SCHEMATIC DIAGRAM 0 1 MAIN(AUDIO)
L2403 10µ L2401 10µ OPEN Q2401 Q2403 2SC4617/RS/-X REG_4.8V OPEN R2401 R2402 4.7k REG_3.1V GND
OPEN C2401 T
OPEN R2408
C2404 10/6.3
T
R2403 18k
C2402 10µ
R2202 560k
R2201 470k
R2203 C2223 39k 0.1 R2204 C2224 0.1
TO PARAGON
S_SHUT
1 C2204
C2202
C2205
C2201 0.1
150k
1
C2203 1
C2405 0.1
1
36
BEEP1
35
BEEP2
34
MIN
33
MOUT
32
VCOM
31
AVDD
30
AGND
29
HVCM
28
MUTET
27
HVDD
26
HPR
25
HPL
C2624 10p R2610 22k 37 PREOR C2612 1 R2608 2.2k 38 PRENR R2602 2.2k R2601 2.2k C2606 L2603 NQR0602-001X NQR0599-001X 0.0047 C2656 0.01µ 39 EXTR C2604 0.022 40 INTR 41 MGND C2602 OPEN C2407 10µ L2602 NQR0602-001X NQR0599-001X L2601 NQR0602-001X NQR0599-001X C2613 1 C2603 0.022 45 INTL C2655 0.01µ 46 EXTL C2611 1 R2607 2.2k 47 PRENL R2609 22k 48 PREOL 42 MVDD 43 MPWR 44 MRF C2605 0.0047
RIN1 24 ROUT1 23 LIN1 22 LOUT1 21 DVSS 20
C2214 C2210 C2213 C2209
0.1 R2207 1 0.1 R2206 1 56k 56k
R2209 22k R2211 820 AU_SIG/R R2208 22k R2210 820 AU_SIG/L
OPEN R2233 OPEN R2234
TO MAIN IF (CN101)
TO INT MIC (CN2601)
INT/R INT_GND INT_GND INT/L
3 5 4
6 2 1 OPEN Q2202
IC2201
AK4660VQ
DVDD 19 LRCK2 18 MCLK2 17 BCLK2 16 SDTI2 15
C2406 10µ
R2407 10
OPEN R2235
C2601 OPEN
TO PARAGON
SDTO1/SDTO2 14 SDTI1 13
MCLK1 LRCK1 BCLK1 SGND MUTE SVDD CCLK SPK+ SPKCDTI PDN CSN
R2217 C2229 OPEN
10
AIDAT/AIDAT2 AODAT AILRCK AIMCK AIBCK
C2623 10p
1
2
3
4
5
6
7
8
9
10
11
12
TO SPEAKER (CN103)
SPK+ SPK-
C2235 OPEN
C2234 OPEN
C2233 OPEN AU_LV_CLK AUDIO_CS AU_LV_OUT BUZZER PD_L A_MUTE L_MUTE
TO MAIN IF(CN103), CPU,MONI/VF TO CPU TO MAIN IF(CN103), CPU,MONI/VF TO CPU
R2212 2.7
R2213 2.7 C2217 0.1
L2402 10µ C2403 10µ C2218 0.1
yf129_y20388001a_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.YF129)2-11
2-12(No.YF129)
MAIN(PARAGON) SCHEMATIC DIAGRAM
0 1 MAIN(PARAGON)
C3067 0.01 C3068 0.01
GND REG_12V REG_1.7V REG_2.5V REG_3.1V REG_4.8V L3002 OPEN INV INH TL3019 C3006 1 L3003 NQR0599-001X NQR0602-001X DYI3 DYI2 DYI1 C3008 1 L3004 NQR0599-001X NQR0602-001X DYI0 DCI3 DCI2 DCI1 DCI0 OUTV OUTH DYO3 DYO2 Q3001 2SC4617/QR/-X BC847BT-X 2SD2216J/QR/-X 2SC5383/E/-X 2SC4738/YG/-X L3009 NQR0599-001X NQR0602-001X C3017 1
OUTV
C3069 OPEN
R3099 0
L3001 NQR0599-001X NQR0602-001X C3002 1
TO REG TO VIDEO, REG TO PRE/REC, REG
ADIN0 ADIN1 ADIN2 ADIN3 ADIN4 ADIN5 ADIN6 ADIN7 ADIN8 ADIN9
VDIN HDIN
CLKI
OSD_VD
TO CDS/TG TO MAIN IF (CN104), CDS/TG
HDIN VDIN CLKI ADIN9 ADIN8 ADIN7 ADIN6 HDIN VDIN CLKI ADIN9 ADIN8 ADIN7 ADIN6 ADIN5 ADIN4 ADIN3 ADIN2 ADIN1 ADIN0
ADD_VDDL
C3004 OPEN
CLK27A OUTV OUTH DCO3 DCO2 DCO1 DCO0 DYO3 DYO2 DYO1 DYO0
INV INH DYI3 DYI2 DYI1 DYI0 DCI3 DCI2 DCI1 DCI0 OUTV OUTH DYO3 DYO2 DYO1 DYO0 DCO3 DCO2 DCO1 DCO0 CLK27A OSD_VD
NOT USE
TO CDS/TG
ADIN5 ADIN4 ADIN3 ADIN2 ADIN1 ADIN0
C3010 1 TL3021
ADIN0 ADIN1 ADIN2 ADIN3 ADIN4 ADIN5 ADIN6 ADIN7 ADIN8 ADIN9 ADIN10 ADIN11 ADD_VDDE ADD_VSS PBLK CLKI ID OBCP VDTG HDTG JTEST27 JTEST26 JTEST25 JTEST24 JTEST23 JTEST22 JTEST21 JTEST20 JTEST19 JTEST18 JTEST17 JTEST16 JTEST15 JTEST14 JTEST13 JTEST12 JTEST11 JTEST10 JTEST9 JTEST8 JTEST7 JTEST6 JTEST5 JTEST4 JTEST3 JTEST2 JTEST1 JTEST0 ADD_VDDE ADD_VSS ADD_VDDL VSSP VDDP CLK54I VDDL ADD_VSS ADD_VDDE EXTFRP EXTREQ EXTACCESS EXTDATA0 EXTDATA1 EXTDATA2 EXTDATA3 EXTDATA4 EXTDATA5 EXTDATA6 EXTDATA7 ADD_VDDE ADD_VSS PLLFB PLLREF ADD_VDDL ADD_VSS ADD_VDDE VDANA CLK27B CLK27A OUTVA OUTHA ACO3 ACO2 ACO1 AC00 AYO3 AYO2 AYO1 AYO0 49 146 47 144 46 143 45 142 44 141 43 140 228 139 233 48 232 231 310 229 1 309 133 222 192 191 52 147 51 50 77 170 76 75 27 124 26 25 100 101 137 308 42 227 138 41 307 226 306 40 225 136 39 38 304 303 302 35 132 221 134 223 36 130 301 305 33 220 34 131 300 129 218 217 298 135 128 31 219 32 299 30 127 29 216 296 126 28
L3005 NQR0599-001X NQR0602-001X
TO MAIN IF(CN104), CPU,VIDEO
TVSEL SW
PAL R3078 0
NTSC R3075 OPEN
TO CPU TO CPU, VIDEO
DAC_RST DAC_CS VOI_CLK VOI_OUT TL3006 TL3005 TL3004 TL3003 TL3002 C3064 0.1 C3065 0.01
R3096 R3097 R3098
10k TL3007 10k 10k
C3062 0.01 C3063 0.01
16 15 14 13 12 11 10 9
GND DA7 RESETB TEST VCC SO CSB CLK DI
IC3004
BH2226FV-X L3013 10
DA1
DA2
DA3
DA4
DA5
DA6
DA8
µ
TO PRE/REC
REC_ADJ ATF_GAIN C3078 1
C3035 0.01
R3011 3.3k
C3038 OPEN C3039 0.01
R3014 820 R3013 3.3k C3071 0.1 C3021 0.01
R3025 120
1
2
3
4
5
6
7
8
TO VIDEO
ASPECT OPEN C3061
R3040 2.4k
PHYXTPA PHYTPA PHYAVD1 PHYAVS1 PHYVSA PHYVDA PHYFIL PHYRF PHYVSR PHYVDR ADD_VSS VDDH CLK4M5 CLK1M0 VDMDA HDIRS VDIRS CLK27O ADD_VDDE VSS BUS0 BUS1 BUS2 BUS3 BUS4 BUS5 BUS6 BUS7 BUS8 BUS9 BUS10 BUS11 BUS12 BUS13 BUS14 BUS15 ADD_VDDL VSS ADD_VDDE VSS WE RE AS CS CPUWAIT CPUWAITLOGIC SEPBUSCLK ADD_VDDE FRREF TRKREF SPA HID HSP XINT ADD_VSS ADD_VDDL HDCPU VDCPU FLDCPU OMT CLR VSS ADD_VDDE PWM27O OSC27O VSS OSC27I ADD_VDDE OSC4185O ADD_VDDE OSC4185I VSS ADD_VDDL ADD_VDDE ADD_VSS CLK135O PBCLKO REFCLK RECDATA RECCLK DISCRI SBE ADD_VSS ADD_VDDE ADD_VSS ADD_VDDE PBCLKI RECCTL
313 230 145 311 312 234 314 235 318 236 2 20 148 316 53 149 55 315 237 54 150 238 317 56 239 152 240 57 153 320 319 151 154 58 241 59 242 155 60 321 322 243 156 61 244 157 324 323 62 245 158 63 64 159 246 65 325 328 160 247 66 161 248 327 67 326 162 249 68 163 250 69 329 171 335 257 78 332 164 252 251 165 70 71 166 330 253 331
VSS
VSS OJSEL CCDSEL TVSEL PLLSEL CLK27SEL CPUBUSTYPE VCC VPD PBI PWR1 PWR2 PWR3 TTST TBST FRRES VCC ADD_VDDL ADD_VSS VCC MTEST TCK TMS TRST TDI TDO VCC ADD_VSS ADD_VDDE CLK24O VCC DSYO0 DSYO1 DSYO2 DSYO3 DSYO4 DSYO5 DSYO6 DSYO7 VCC ADD_VSS ADD_VDDE DSCO0 DSCO1 DSCO2 DSCO3 DSCO4 DSCO5 DSCO6 DSCO7 ADD_VDDL ADD_VSS ADD_VDDE DSYIO0 DSYIO1 DSYIO2 DSYIO3 DSYIO4 DSYIO5 DSYIO6 DSYIO7 ADD_VSS ADD_VDDE DSCIO0 DSCIO1 DSCIO2 DSCIO3 DSCIO4 DSCIO5 DSCIO6 DSCIO7 HDDSC VDDSC FLDDSC CLKDSC ADD_VDDE ADD_VSS ADD_VDDL PHYAVS2 PHYAVD2 PHYTPB PHYXTPB PHYRO PHYAVD3 PHYAVS3 PHYTPBIAS
IC3001
JCY0205-3
ADD_VDDE ADD_VSS VCC INVA INHA ACI3 ACI2 ACI1 ACI0 AYI3 AYI2 AYI1 AYI0 VCC ADD_VDDE ADD_VSS ADD_VDDL KO VCC ADD_VDDE ADD_VSS ADD_VDDE VCC AODAT0 AIDAT0 AILRCK AIBCK AIMCK VDDI PWMAUDIO VCC OSC11O OSC11I ADD_VSS ADD_VDDL VCXO11O VCXO11I VCC ADD_VSS VCXO12O VCXO12I ADD_VDDE ADD_VSS OSC24O OSC24I VDDE VSS VDDI NC PLLAVS6 PLLAVD6 VCIAUD PLLAVS5 PLLAVD5 VCI4185 PLLAVS4 PLLAVD4 LPF24OUT LPF24IN PLLAVS3 PLLAVD3 PLLAVS2 PLLAVD2 LPF41OUT LPF41IN PLLAVS1 PLLAVD1 DAVRO1 DAVREF1 DAAVS1 DAAVD1 DAAOUT1 DAVRO0 DAVREF0 DAAVS0 DAAVD0 DAAOUT0 ADVRL0 ADVRH0 ADAVS0 ADAVD0 ADVIN0 ADVRH1 ADVRL1 ADAVS1 ADAVD1 ADVIN1 NC
215 297 24 224 37 125 214 123 295 122 121 23 22 212 294 210 21 116 120 292 19 118 209 208 290 119 207 205 17 213 117 211 293 291 115 16 18 15 114 289 14 288 287 206 13 204 113 12 112 203 286 11 285 111 10 110 202 284 9 201 283 200 109 108 8 199 281 7 107 282 198 106 6 197 279 105 5 195 280 196 104 4 277 278 103 194 3 102
R3001 2.2k
L3007 NQR0599-001X NQR0602-001X C3014 1
D3001 RB551V-30-X KDR412-X
DYO1 DYO0 DCO3 DCO2 DCO1 DCO0 CLK27A OSD_VD
TO VIDEO
C3020 0.01
INV INH DCI3 DCI2 DCI1 DCI0 DYI3 DYI2 DYI1 DYI0 R3004 Ik C3022 0.01 AODAT AIDAT/AIDAT2 AILRCK AIBCK AIMCK R3005 10k L3010 10
R3002 2.2k
C3018 0.1
C3016 0.01
R3106 1k
TO CPU, VIDEO
S_SHUT AODAT AIDAT/AIDAT2 D3002 1SV303-X R3010 OPEN R3100 100k AIMCK AIBCK AILRCK C3029 1000p R3008 220k C3031 OPEN R3101 39k AODAT AIDAT/AIDAT2 AIMCK AIBCK AILRCK
TO AUDIO
R3006
2.2k
µ
3 5 4 R3102 10k
1 2 C3079 0.1
AGC_OUT VRB_AGC ATFI VRB_ATF VREF_1.1 REC_DATA REC_CLK REC_CTL
AGC_OUT VRB_AGC ATFI VRB_ATF VREF_1.1 REC_DATA REC_CLK REC_CTL REF_CLK
C3025 0.01
C3026 0.1
C3030 56p D3003 OPEN
6 Q3002 HN1B01FU/G/-X
TO PRE/REC TO MAIN IF (CN102), PRE/REC
C3032 0.01 C3033 1 C3037 0.33
TO PRE/REC
REF_CLK
R3012 820
FS_PLL MAIN_VCO
C3046 0.22
R3056 68k
C3036 OPEN
C3040 220p TL3016 SBE
TO MAIN IF (CN102)
R3093 8.2k
R3057 68k C3072 0.1 C3048 OPEN
VREF_1.1 VRB_AGC AGC_OUT VRB_ATF C3073 0.1 ATFI
SPA DSP_RST
R3021 8.2k R3022 8.2k
TO CPU
DSP_RST XINT HID SPA TSR FRP OMT MFLD MVD CDAS DSP_CS CDRE CDWE CPU_WAIT ADDT15 ADDT14 ADDT13 ADDT12 ADDT11 ADDT10 ADDT09 ADDT08 ADDT07 ADDT06 ADDT05 ADDT04 ADDT03 ADDT02 ADDT01 ADDT00 OUTV CLK27SEL
XINT HID SPA TSR FRP R3026 1k OMT MFLD MVD CDAS DSP_CS CDRE CDWE CPU_WAIT ADDT15 TL3017 ADDT14 ADDT13 ADDT12 ADDT11 ADDT10
TO MAIN IF (CN102),CPU TO CPU TO MAIN IF (CN104),CPU TO MAIN IF (CN102),CPU
TO JACK
TPBTPB+ TPATPA+ TL3012 GND
R3037 R3036 R3035 R3034
56 _0.5% 56 _0.5% 56 _0.5% 56 _0.5%
CH
C3060 270p
C3059 1
R3094 R3095
56k 3 56k 1 2 D3005 DAN222-X MA132WK-X MC2858-X 1SS361-X
R3060 1k R3051 100
72 167 73 254 168 333 255 74 169 256 172 334 258 79 173 80 337 259 174 336 81 260 175 261 82 176 339 177 84 263 178 85 341 264 179 86 83 338 262 340 186 187 95 272 342 268 269 182 265 180 343 184 270 89 87 266 88 267 90 344 185 347 183 181 91 346 92 345 93 271 94 348 351 188 273 96 189 349 274 350 97 190 98 275 99 276 352 193
R3038 5.1k _0.5%
C3054 0.01
C3049 0.01
C3050 0.01
ADDT09 ADDT08 ADDT07
REF_CLK REC_DATA REC_CLK REC_CTL
TO CPU
C3055 0.01
ADDT06 ADDT05 ADDT04 ADDT03 ADDT02 ADDT01 ADDT00
R3033 3.9k
H_GAIN H_OFFSET VD_F/Z F/Z_MCK VD_F/Z F/Z_MCK
R3032 3.9k
TO OP DRV
C3057 OPEN
TL3008
MVD TL3001 MFLD OMT DSP_RST
CDWE CDRE CDAS DSP_CS CPU_WAIT
C3058 0.0047
ADDT00 ADDT01 ADDT02 ADDT03 ADDT04 ADDT05 ADDT06 ADDT07 ADDT08 ADDT09 ADDT10 ADDT11 ADDT12 ADDT13 ADDT14 ADDT15
TL3015
CPUWAITLOGIC R3090 0 L3012 2.7 C3051 47p
D3004 EC2C01C-TR-X
TO MAIN IF (CN104),CPU, VIDEO TO CPU
F/Z_MCK
VD_F/Z
XINT
FRP TSR SPA HID
µ
C3053 1000p R3029 220k
R3104 18k 3
R3103 100k 1 2 C3080 0.1
R3030 10k
Q3003 HN1B01FU/G/-X
5 4 6
R3105 10k R3031 OPEN C3052 0.1
yf129_y10594001a_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.YF129)2-13
2-14(No.YF129)
MAIN(VIDEO) SCHEMATIC DIAGRAM
L3701 10u
0 1 MAIN(VIDEO)
C3701 10
DCO0 DCO1 DCO2 DCO3
TO PARAGON
DYO0 DYO1 DYO2 DYO3 OUTH OUTV CLK27A
TO MAIN IF(CN104), CPU,PARAGON TO PARAGON
INV 64
INH 63
YSI3 62
YSI2 61
YSI1 60
YSI0 59
VSS 58
C3216 VDD(C) 57
0.01
ADDATEST 56
CSI3 55
CSI2 54
CSI1 53
CSI0 52
HRP2 51
HRP1 50
AMUTE 49
HDCVF VDCVF CSYNC VDOUT SCANMODE VDD(C) VSS RESVD RESHD SDOUT SDIN SCLK CS VDD(I) VSS RST
SCANEN AVDD AVSS VREF1 YSOUT COMP1 ABAR1 YCOUT IREF1 AVSS AVDD COUT VREF2 CBOUT COMP2 ABAR2
CLKOSD
48
1
46
3
TL3201
47
2
C3215
0.1
C3718 0.1 C3213 0.1 R3703 OPEN C3706 OPEN OPEN C3708 OPEN
C3206
0.01
43 6
44
5
45
4
C3212
0.1
IC3701
BH7612FV-X 15
VCC
42
7
Q3701 OPEN
16
GND
14
YIN
13
PSCTL
12
GND
11
YOUT
10
YSAG
9
PVCC
41
IC3201
JCP8055FP-2
OPEN C3713
T
8
R3204
40
820 _0.5% R3719 0'
R3701 150 _0.5%
OPEN R3709
9
TO MAIN IF(CN101)
Y_OUT
10
39
T
OPEN C3711
SDCOUT
MIXSAG
MIXOUT
SDCIN
PGND
COUT
GND
CIN
T
C3712 100/4
R3708 68 _0.5%
TO MAIN IF (CN101,102)
V_OUT
11
38
OPEN C3714
12
37
1
13 36
2
3
4
5
6
7
8
T
C3710 22/4 OPEN C3709 OPEN R3707
OPEN R3706
C3207
0.01
14 35
TO MAIN IF(CN101)
C_OUT
C3210
15 34
0.1
OPEN C3707 OPEN Q3704 2SA1774/QR/-X OPEN R3704
16
HDOUT
CROUT
VDD(I)
AVDD
AVSS
IREF2
BLK1
BLK2
BLK3
33
VSS
CLK
VC0
VC1
VC2
VC3
VIN GND
VSAG VOUT
4
3
5
5
4 OPEN D3701 UMZ6.8EN-W
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
C3717 0.1
R3201 100
VCC PSCTL
6
1
2
TO CPU TO CPU, PARAGON TO CPU TO CPU,OP DRV
VOI_IN VOI_OUT VOI_CLK VIF_CS T_F_V_RST VC0 VC1 VC2 VC3 BLKA BLKB BLKC OSD_HD OSD_VD DOT_CLK PSCTL ANA_IN_H TL3202 R3722 150 _0.5% Q3703 2SA1774/QR/-X R3729 OPEN R3724 4.7k R3208 820 _0.5%
NJM2562F1-X
1
2
3
IC3702
OPEN R3712 OPEN Q3702 UMZ1N-W 6 2 1 OPEN R3715
R3202 27k _0.5%
R3203 15k _0.5%
4 5 3
TO CPU
TO CPU, PARAGON TO CPU
OPEN R3713
OPEN R3714
TO PARAGON
ASPECT L3203 NQR0602-001X L3201 NQR0602-001X C3715 0.01 L3202 NQR0602-001X REG_4.8V REG_3.1V REG_1.7V GND C3202 0.1 C3203 0.1 T C3204 10/6.3 T C3205 47/4 R3725 150 _0.5% Q3705 PUMT1-W 1 2 6 3 R3728 150 _0.5% 4 5 R3731 OPEN L3204 10u R3726 4.7k R3730 OPEN R3727 4.7k LCD_G LCD_B LCD_R VDCVF HDCVF HRP
TO MONI/VF TO MAIN IF (CN103), MONI/VF TO MAIN IF (CN103)
TO PARAGON, REG
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.
yf129_y10574001a_rev0.1
(No.YF129)2-15
2-16(No.YF129)
MAIN(PRE/REC) SCHEMATIC DIAGRAM 0 1 MAIN(PRE/REC)
HID3 HID
TO CPU
PBH RECH MONI_CHG R3519 30k R3520 2.7k
TL3501
C3516 0.047
C3515 0.047
C3514 0.047
C3511 0.01
C3512 0.1
PB_MONI
PBIN_R
HID1
HID2
PB_H
HID3
DUMP
HEAD_GND
C3517 0.01 C3527 220p C3518 0.01
CH
HEAD_GND
DCS_C3
DCS_C2
DCS_C1
VDD2.8
REC_H
R_CTL
VCC5
TO MAIN IF (CN102) TO MAIN IF (CN102), PARAGON
ENV_OUT ATFI 48
C3513 10
R3508 22k
IC3501
47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 JCY0132
6dB
49 50 51 52 53
PB_OUT
LOGIC DC Servo Dumping
HEAD_GND
32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 OPEN R3521 For Shield Case Positioning R3504 240 _0.5% R3505 240 _0.5% R3506 240 _0.5% R3507 240 _0.5%
AGC_IN
DX3
AGC_CTL 30dB AGC_DET
X3
Y3
C3519 0.001
PB_GND
DY3
ATF_GAIN
TO PARAGON
REC_ADJ C3521 0.1
C3520 0.01
54 55 56 57 58 59 60 61 62
AGC_OUT
Typ:-1.3dB
LPF AGC
10dB
10dB
HEAD_GND
Typ:7.8dB
AGC_BUFF_IN DX2
REG_1.1V
REG 10.3dB
BIAS REC 30dB
X2
AGC_BUFF_OUT
Y2
TO MAIN IF (CN3501)
GND 1F 1S GND GND 2F 2S GND
VRB_AGC
C3522 4.7
REG
DY2
MAIN_GND
HEAD_GND
ATF_GAIN
REC_MONI
DX1
C3523 0.01 REC_CTL VREF_1.1 C3524 0.01 C3525 4.7
VCA_OUT
BPF
10dB
VCA
X1 30dB Y1 F.F. DY1
Typ:24dB
ATF_IN
BIAS 12dB
TO PARAGON TO MAIN IF (CN102) PARAGON TO PARAGON
AGC_OUT VRB_AGC VRB_ATF ATFI REF_CLK REC_DATA REC_CLK
63 64
VRB_ATF
REG
ATF_OUT ATF_GND PB_GND F0_EVR
F0 AUTO HEAD_GND HEAD_GND HEAD_VCC MONI_CHG REC_DATA REC_GAIN REC_GND REC_CLK REF_CLK ADREF REC_R
HEAD_GND
1
2
3
C3504 0.047
4
5
6
7
8
9
10
VCC3
TC
11
12
13
14
15
16
C3505 0.022 C3506 1
R3502 100k
C3526 0.01
C3507 0.01
C3508 0.01
C3510 0.01
C3509 10
R3517 56k
R3518 6.2k
REG_4.8V REG_3.1V
L3502 NQL402M-100X L3505 OPEN L3501 NQR0602-001X L3503 NQR0602-001X
R3516 0
TO PARAGON, REG
REG_2.5V
GND
R3501 470
R3503 1k
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.
yf129_y20391001a_rev0.1
(No.YF129)2-17
2-18(No.YF129)
MAIN(CDS/TG) SCHEMATIC DIAGRAM 0 1 MAIN(CDS/TG)
L4202
TO MAIN IF (CN4201)
V1 V2 V3 V4 REG_15V REG_15V CCD_CTL TL4202 RG SUB H2
C4220
L4203 22µ D4201 1SS355-X C4201 1µ/25v R4201 100K T C4217 10µ/16v
22µ
REG_15V REG_-7.5V REG_3.1V
TO REG
C4216 4.7µ/16v GND TL4203 TL4204
TL4201 C4209
C4208
VDIN HDIN L4201
H1 CCD_-7.5V GND GND GND CCD_OUT GND GND GND GND R4216 100 C4221 10p 0.1 C4210
CDSTG_CS CAM_OUT CAM_CLK
R4213 R4214 1k R4215 1k 1k
1 0.1
C4206 0.1 C4205 1
C4204
C4203 1
VDIN HDIN
TO MAIN IF (CN104), PARAGON TO PARAGON
CLK1 R4207
1
1
10µ C4212
T
100
CLKI
88 63 31 87 62 86 61 28 60 85 27 59 84 26 58 57 82 55 81 54 80 21 79
STB TEST2 SDATA DVSS1 TEST1 VRT VSS SCK VRB AUX VSS CS EXDS2 EXDS1 CCD_OUT DVDD1 DC_DET4 DC_DET3 DC_DET2 DC_DET1 DVSS2 VDD VDD
47µ/6.3v DVDD2 51 SUBSW 50 VL 5 VM2.4 49 OV4 16 OV3 14 OV2 15 OV1 73 OSUB 11 VM1.3 7 6
C4222 4.7/16V
CDSTG_CS CAM_OUT
CDSTG_CS CAM_OUT CAM_CLK
TO CPU TO CPU, OP DRV
18 NC 19 NC 20 NC 22 NC 23 NC 24 NC 25 NC 29 NC 30 NC 32 NC 35 NC 52 NC 53 NC 56 NC 74 NC 76 NC 77 NC 78 NC 83 NC 89 SUB 90 SUB 91 SUB 92 SUB
CCDSW DRVDD DRVSS DVDD2 DVSS2 VCTRL PNSW CLKO
C4213 0.1 L4205 NQR0006-001X
CAM_CLK
R4208 CDSTG_RST V4 V3 V2 V1 0
TO CPU
C4202 0.1 C4218 4.7µ/16V L4204 22µ
IC4201
LY35174-001A
VH 69 VHH VL 17 GND 33 VDC 64 DVDD3 48 H2 47 DVSS3 75 DVDD3 46 H1 45 R 13 DVDD3 12 DVSS3 44 C4219 0.1µ 7p
XI
R4206 H2 0 R4205 H1 0 R4204 RG 0 X4201 C4214
4
ADIN0 ADIN1 ADIN2 GND XOUT XIN GND
3
ADIN0 ADIN1 ADIN2 ADIN3 ADIN4
CLR
XO
HD
VD
ADIN3
1 2
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
C4215
10p
1 65 34 2 66 3 67 36 4 37 68 38 39 70 8 40 41 9 71 42 10 72 43
R4211 R4212 100 8 7 6 8 7 6 5 5 R4202
ADIN4 ADIN5 ADIN6 ADIN7 ADIN8 ADIN9
R4210 0
TO PARAGON
ADIN5 ADIN6 ADIN7 ADIN8 ADIN9 Ref Dest Key PAL R4202 100K OPEN R4203 OPEN 100K
RA4201 100
#
R4209 1M C4207 OPEN
ADIN9 100 C4211
VDIN
HDIN
CLK1
ADIN4 1
ADIN5 2
ADIN6 3
ADIN7 4
ADIN0 1
ADIN1 2
ADIN2 3
ADIN3 4
RA4202 100
RG
H1
H2
ADIN8
R4203 #
0.1
yf129_y30334001a_rev1.1 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.
NTSC
(No.YF129)2-19
2-20(No.YF129)
MAIN(OP DRV) SCHEMATIC DIAGRAM 0 1 MAIN(OP DRV)
TO PARAGON
H_OFFSET H_GAIN
TO CPU
IRIS_O/C IRIS_PWM HALL_A/D IR_DET
R4931 10K
IR_FLICK
1.8K R4930
R4909 100K _0.5%
R4910 1M
R4906 10K
C4983 0.015µ
R4907 100K
R4915 68K
R4917 1K
C4908 100p
R4918 10k R4919 22K
C4905 100p
R4911 24K
R4990 3K
R4988 100K
R4905
R4986 820K 4.7K
1M C4916 0.1
C4984 0.015µ
C4986 10µ
8
LM358DR-X
7
6
5
LM324PW-X R4914
7
6
5
4
3
2
1
NJM3414AV-X
8.2K R4987
OPEN
+
+
+
4.7K 0.1
82K MM6564XFBE-X
1
2
3
4
1
2
3
4
+
R4934
+
C4909
IC4902
C4906
IC4901
IC4903
R4908
R4989
68K
120K
1 R4981 1.8K
2
3
4
8
9
10
11
12
13
14
8
7
6
5
8
7
6
C4913 0.1
R4902
R4932
10K
R4983 10K
Q4901 2SC4617/QR/-X
C4903 0.1
R4933 10K
R4936 33K
R4923 33K R4921 330K
R4901 10K
R4985 2.2K
R4935
560K
R4938 0
OPEN OPEN
OPEN
1500p
270K
0.1
27K
680K R4984
R4982 10K
R4903 22K
R4904 330
0.1
1
C4910
C4911
C4914
C4912
R4924
C4907
C4915
R4939
R4922
C4981 1
C4917
OPEN
VSEN_HD
GND5A
VCC5A
ORSD
D1(W2)
D2(W4)
L4901 NQR0602-001X C4902 1
NQL38DK-100X C4951 10 1 TEST0 2 TEST1 3 TEST2 4 TEST3 5 NC
VSEN_LD
C1(W1)
ORSC
VMD
NC
NC
L4954 10u
LENS_LED
TO CPU
F/Z_CS
R4951 R4952 R4953 R4954 R4955 R4970 100 L4955 10u NQL38DK-100X C4956 T 10/6.3 C4955 OPEN C4954 T 10 C4953 OPEN
1k 1k 1k 1k 100
TO CPU, CDS/TG TO CPU, VIDEO
CAM_OUT CAM_CLK T_F_V_RST
VSEN_HA
VSEN_LA
GND5D
VCC5D
A1(N1)
A2(N3)
B1(N2)
ORSA
VMD
NC
VD_F/Z F/Z_MCK
NRSA6AJ-101W
13 14 15 16 17 18 19 20 21 22 23 24
TO MDA, REG
REG_4.8V M_REG4.8 REG_3.1V GND
C4958 OPEN
CH
CH C4957 OPEN R4959 4.7 R4960 4.7
NC
TO PARAGON
ORSB
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.YF129)2-21
2-22(No.YF129)
+ 5 R4937 1.2K R4961 270 Q4951 DTC114EE-X R4956 4.7 R4957 4.7 48 47 46 45 44 43 42 41 40 39 38 37 C2(W3) 36 VMC 35 VSEN_HC 34 VSEN_LC 33 NC 32 6 VCC3 7 VD 8 MCSELECT 9 SDATA 10 SCLK 11 OSCIN 12 RESET
+ -
-
-
-
Q4981 RPM-22PB
IC4904
+
+
+
TO MAIN IF(CN4901),CPU
OP_THRMO F_PTR_AD Z_PTR_AD
TO MAIN IF(CN4901)
DUMP+ GND HGVCC+ HGOUT+ HGVSSHGOUTDUMPDRIVEDRIVE+ GND Z_PTR_AD Z_LED ZOOM02 ZOOM03 ZOOM04 ZOOM01 F_PTR_AD F_VCC OP_THRMO GND FOCUS02 FOCUS04 FOCUS01 FOCUS03
TO MAIN IF (CN4901), CPU
TO MAIN IF (CN4901) TO MAIN IF (CN4901), CPU TO MAIN IF (CN4901) TO MAIN IF (CN4901), CPU TO MAIN IF (CN4901)
IC4951
AN41902A
NC 31 NC 30 NC 29 VSEN_LB 28 VSEN 27 VMB 26 B2(N4) 25
yf129_y10575001a_rev1.1
MAIN(REG) SCHEMATIC DIAGRAM 0 1 MAIN(REG)
TO MAIN IF(CN101)
BATT_CHK BATT_+ D6703 OPEN Q6701 L6701 RSR025P03-X 39µ
D S
REGRTC_OUT REGRTC_CLK REG_CS SYS_RSTL R6001 1k
TO CPU TO MAIN IF (CN104),CPU
TO MAIN IF(CN101), JACK
NQL52EM-390X
G
D
S
Q6702 D6702 RSR025P03-X OPEN R6719 0
R6702 0.2 0.25W NRV142F-R20X
R6720 OPEN
R6008 82k _0.5%
I_MTR
TO CPU
V_BATT
R6009 33k _0.5%
C6701 1
TO JACK
ADP_DC
! F6001 NMFZ007-2R5X-K Q6201 G S A
3 2 1
G
D
S
D6701 RB160M-30
C6702 10
G
Q6703 RSR025P03-X
M_UNREG L6201 39µ D CA
5
TO MDA TO PARAGON, VIDEO
R6704 1M
R6705 1M REG_1.7V
TL6002 C6003 OPEN C6005 1
NQL87EN-390X
4
C6201 OPEN
US5U29-W G
GND
C6007 0.1
C6202 10 D Q6202 OPEN S
REG_4.8V #L6702 22µ M_REG4.8 #R6721 0
TO MDA, OP DRV
R6708 15k
R6709 110k TL6001 C6703 OPEN R6710 120k
C6006 0.1
C6008 1
D6801 RB551V-30-X L6801 47µ NQL79GM-470X Q6101 G S A
3 2 1
IN7+ 32
IN8+ 31
IN8- 30
VREF 29
VIO9 28
VDD 27
DATA 26
SCLK 25
CS 24
RST 23
ERR 22
DGND 21
VCC1 20
VCC3 19
OUT9 18
PGND2 17
L6101 39µ REG_3.1V NQL87EN-390X R6516 C6102 10 D Q6102 OPEN S 0 R6517 OPEN Q6506 OPEN REG_12V REG_8.5V
5
R6711 OPEN
33
D CA
IN7FB7 IN6CFB6C IN6FB6 IN5FB5 IN4+ IN4FB4 IN3+ IN3FB3 IN2FB2
59 VREG 64 VCC2 56 VIN1 57 VIN2 58 VIN3 60 VIN4 61 VIN5 53 GND 49 IN152 IN950 FB1 51 FB9 54 CP 62 SD 55 RT 63 DT
IN12FB12 OUT12 OUT11 OUT10 OUT7S OUT6S
16
R6106 100k R6105 C6105 12k 0.01 S D
C6802 10
TO PARAGON TO MONI/VF
C6101 1
US5U29-W G
34
TO CPU
CHRG_EVR R6713 100k R6717 18k _0.5% R6715 4.7k _0.5%
35
14
C6704 R6712 0.0047 560
15
Q6103 G RSR025P03-X
36
37
12
C6705 R6714 0.01 470
13
C6511 0.1
4
R6518 OPEN
C6514 OPEN
D6508 OPEN
38
11
C6512 0.1
3 2 1
C6707R6718 820p 0 C6509 R6512 0.033 47k
39
10
41
8
C6510 R6513 4700p 27k
IC6001
FA7737F
OUT6P OUT5P OUT4P OUT3P OUT2N OUT2P OUT1N OUT1P PGND1
24k 36k _0.5% _0.5% C6107 0.022 R6110 3.3k
40
C6106 0.1 C6301 1
5
C6706 R6716 220p 8.2k
Q6301 G S A D CA
R6107 R6108
L6301 47µ NQL62EM-470X
4
R6304 12k
DRUM_PWR
TO MDA
DRUM_ERR D_GAIN
9
US5U29-W
C6302 1
C6303 0.068
42
R6303 R6305 100k 10k
TO CPU
43
44
6
C6405 0.01
7
Q6401 G S A
3 2 1
5
45
L6401 47µ NQL62EM-470X R6404 47k CAP_PWR
5
46
3
4
C6305 0.1
D CA
4
TO MDA
CAP_ERR
C6401 OPEN
US5U29-W
C6402 1
47
2
48
C6403 1
R6403 27k
C6203 R6203 0.001 0
C6204 R6204 220p 8.2k
1
Q6501 TL6003
D S
RSR025P03-X
C6502 1
D6503 1SS355 D6501 OPEN 2 1 C6503 1
L6502 10µ REG_15V NQL38DK-100X R6509 OPEN C6504 OPEN Q6504 OPEN R6505 OPEN R6506 OPEN 4 5 3 Q6503 OPEN R6508 OPEN REG_-7.5V Q6505 2SA1774/QR/-X R6514 6.8k R6515 1k R6519 150K
R6005 30k _0.5%
R6103 8.2k C6103 220p R6104 0 C6104 680p
C6803 R6802 0.001 4.7k
G
R6006 0
C6010 0.01
3 4
C6009 0.22
C6501 1 R6007 OPEN C6011 1
R6803 1k C6804 0.0039
! L6501 220µ NQL52EM-221X
D6504 1SS355
R6510 OPEN
D6505 1SS355 D6502 OPEN
R6503 OPEN C6506 1 4 3 R6504 OPEN
C6507 OPEN 1 2 Q6502 6 OPEN R6507 OPEN
C6508 OPEN
C6513 OPEN
D6507 UDZS8.2B-X
C6505 1
1 2
TO CDS/TG
D6506 1SS355 REG_2.5V # DIFFERENCE TABLE Dest Key NTSC NO YES PAL YES NO ! R6010 1k ! D6001 RB715W-X 1 2 3
TO PARAGON, PRE/REC TO MAIN IF (CN101),CPU
AL_3.1V
Ref
L6702 R6721
LIT_3V
TO CPU
GND LITHIUM
TO MAIN IF (CN101)
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.
yf129_y10573001a_rev0.1
(No.YF129)2-23
2-24(No.YF129)
MAIN(MONI/VF) SCHEMATIC DIAGRAM
L7802 NQR0602-001X NQR0599-001X C7809 4.7 OPEN
0.47
0.47
C7806 0.47
C7805 40 BOUT 39 VCCCOM 38 COMOUT 37 GNDCOM 36 FBCOM
C7810
C7808
48 SIGCENT
47 VCC2
46 FBR
45 ROUT
C7807
44 FBG
43 GOUT
42 GND2
41 FBB
0.47 35 CSH0
34 CSV0
33 SHIN VSS2 32
L7803 NQR0602-001X NQR0599-001X 49 VCC1 C7811 10 C7812 1 50 DSDOUT
VD 31 R7803 C7819 OPEN 1k R7804 1k R7805 C7820 OPEN C7821 OPEN C7822 OPEN VDD_VF DSD CVF_R CVF_G CVF_B 1k R7806 COM_VF ENB 1k XENB CKV1
51 NC C7813 1 C7814 0.1 C7815 0.1 C7816 0.1 C7817 56 RESET 22000p 55 BIN 54 GIN 53 RIN 52 VREG
ENB 30
TO MAIN IF(CN7801)
XENB 29
TO MAIN IF(CN102,7801)
CKV1 28
CKV2 27
STV 26
CKV2 STV
IC7801
XSTV 25 R7807 57 SYNC IN LV4141W-E-X DSG 24 R7808 58 VSEP TC OPEN 59 VDIN TEST7 22 XDSG 23 1k 1k
XSTV DSG XDSG CKH1 CKH2 STH C7823 OPEN C7824 OPEN XSTH
TO MAIN IF(CN7801)
C7818
TO MAIN IF(CN102,7801)
60 HDIN
TEST6 21 R7809
TO REG
REG_8.5V 61 TEST1 CKH1 20 680 R7810 62 TEST2 TL7801 63 CLPIN STH 18 CKH2 19 680 R7811 1k R7812 1k
TL7802
64 GND1 TEST4 TEST5 TEST8 TEST3 BLSW LOAD
XSTH 17
VDD1
DATA
VDD2
VDD0
BLHD
SCLK
VSS1
VSS0
RPD
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
HD
C7825 47p
C7826 47p
C7827 OPEN
C7828 OPEN
16 CVF_RPD
TO MAIN IF(CN102)
OPEN
C7802 6800p
C7801
TO CPU TO MAIN IF(CN103), CPU,AUDIO
VF_CS AU_LV_OUT AU_LV_CLK LCD_R
TO VIDEO
LCD_G LCD_B
TO MAIN IF(CN103),VIDEO
VDCVF HDCVF REG_3.1V R7715 OPEN REG_15V R7703 12k R7704 12k R7705 12k 6 2 1 4 3 Q7702 PUMX1-W 5 2 1 4 6 1 4 5 6 3 Q7704 XP4311-W UMD3N-W L7701 NRSA02J-0R0X C7701 NBP41EM-475X-B T R7701 22k
TO CPU
RGB_CTL
2
C7803 1
C7804
L7801 NRSA63J-0R0X
R7802 10K
0.1
C7702 1
6 2 1
3
Q7701 PUMX1-W 5
3
Q7703 PUMX1-W 5 MON_G MON_R MON_B
4
TO MAIN IF(CN103)
R7712 6.8k
R7707 2.2k
R7713 6.8k
R7708 2.2k
C7704 4.7
R7706 2.2k
C7705 4.7
C7706 4.7 R7702 8.2k C7703 1
R7710 2.2k
GND
R7709 2.2k
R7711 2.2k
0 1 MAIN(MONI/VF)
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. yf129_y20390001a_rev1.1
(No.YF129)2-25
2-26(No.YF129)
R7714 6.8k
MAIN(JACK) SCHEMATIC DIAGRAM
CCD SCHEMATIC DIAGRAM
0 1 MAIN(JACK) 0 2 CCD
TO PARAGON
GND TPA+ TPATPB+ TPBGND
L5001 10µ 1 2 3 7
VOUT
TO MAIN IF (CN4201)
CN5001 V1 V2 V3 V4 REG_15V REG_15V CCD_CTL RG SUB
6
GND
5
GND
4
V1
3
V2
2
V3
1
V4 R5001 C5001 4.7/16 4.7k
4 5 Q5002 # R5002 #
Q5001 2SC3931/CD/-X
6
4
3
2
1
5
6 7 8 9
IC5001
#
8
9 10 11 12 13 14
C5004 0.1 C5003 OPEN
DV JACK J102 QNZ0822-001
TEST
VDD
SUB
T
C5002 0.1
RG
H1
H2
VL
10 H2 11 H1 12 CCD_-7.5V 13 GND 14 GND
C5006
0.1
15 GND 16 CCD_OUT L5002 17 GND 18 GND 19 GND 20 GND
C5007 2200p
C5005
0.1
10µ
DC JACK J101 QNA0040-001 3 4 2 5 1 C101
D102
BATT_+ ADP_DC ADP_L GND
TO MAIN IF (CN101),REG TO REG TO CPU yf129_y40161001a_rev1.1
Ref Dest Key NTSC IC5001 M6D1S3=ICX440UKM-K M6D1S5=ICX610UKM-K ICX611UKM-K Dest Key
Ref Q5002 BA8447BW-X 2SC4081/QR/-X OPEN R5002
with_DSC
4.7k
PAL
w/o_DSC
OPEN
yf129_y40159001a_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.
NOTES :1. For the destination of each signal and further line connectionsthat 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.YF129)2-27
2-28(No.YF129)
REAR SCHEMATIC DIAGRAM 0 3 REAR
# CN501 QGF0508F3-40X BOTTOM CONTACT 1 2 3 4 5 + 6 7 T 8 9 D503 C508 1µF
1 3 2 2 1
OPEN
TO MAIN IF(CN101)
# CN504 QGF0508F3-32X BOTTOM CONTACT P_GND P_GND P_GND T_BATT D_BATT BATT_CHK BATT_+ BATT_+ BATT_+ 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
C
C509 0.1µF
C514 1000pF
R512 0
R513 0
10 BATT_+ 11 BATT_+ 12 P_GND
-
4
3
BT502 LY35060-001A BATTERY TERMINAL AV_JACK J501 QNS0264-001
R511 0
D501
R514 0
13 P_GND 14 LITHIUM 15 Y_OUT
3 1 2 5 6 4
C502 OPEN
C501 OPEN
C503 0.01µF L501 NQR0251-004X
C504 0.01µF R501 100
C510 # 270pF
16 S_GND 17 AU_SIG/L 18 AU_SIG/R 19 P_DET 20 V_OUT
D502 L502 NQR0251-004X R502 100 J502 # S JACK QND0068-001 QND0078-001 5 QND0087-001 D505 L504 0
21 C_OUT 22 S_DET
! BT501 QAB0025-001 LITHIUM BATTERY
S501 2 1 EJECT SW NSW0162-001X
23 S_GND 24 EJT_SW 25 DIAL_OFF 26 DIAL_PB
6 NC
DIAL_REC 1 DIAL_OFF 2 DIAL_PB 3 C513 # 0.1uF AL_3.1V 4 PWR_LED 5 GND 6 TRIG_SW 7 CN502 QGF0534F3-07X BOTTOM CONTACT
27 DIAL_REC 28 TRIG_SW 29 AL_3.1V 30 PWR_LED 31 P_GND 32 P_GND 33 REG_3.1V 34 REG_3.1V 35 MMC_CS 36 MMC_DIN 37 MMC_CLK 38 MMC_CD 39 MMC_DOUT 40 SD_WP
# L506 0 4 C512 2 1 3
# L505 0 C511
TO POWER UNIT
# R508 10k # R507 10k # R506 10k # R505 10k # R504 10k # R503 10k
OPEN
# CN503 NNZ0151-001X SD_DATA2 MMC_CS Dat2MMC VSS(GND) VDD(DSC_3V) MMC_CLK VSS2/CD Dat2Host SD_DATA1 9 1 2 3 4 5 6 7 8
# L503 NQR0006-001X
# DIFFERENCE TABLE 1 Dest Key NTSC Ref J502, C510, C513, L505, L506 NO
PAL
YES
# C505 0.01
T # C506 10/6.3
C507
# R510 0 0 # R509 # DIFFERENCE TABLE 2 Dest Key M6D1S3 Ref CN501 # D504 EMZ6.8N-X
1
M6D1S5
NO
YES
2
CARD_DET 10 VSS(GND) 11 SD_WP 12
3
CN504 R503 R504 R505 R506 R507 R508 R509 R510
YES
NO
NO
YES
GND 13
GND 14
D504 L503 C505 C506 C507 CN503
NO
YES
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.
yf129_y30336001a_rev0.1
(No.YF129)2-29
2-30(No.YF129)
OPE, ZOOM UNIT SCHEMATIC DIAGRAMS
TO OPE (CN403)
PHOTO_H PHOTO_F ZOOM_SW REG_3.1V EASY_SW WIDE_D2 GND GND
VF SCHEMATIC DIAGRAM
TO MONITOR(CN7601)
CN402 QGF0528F4-18X BOTTOM CONTACT GND 18 1 2 3 4 5 6 7 8 9
< ZOOM UNIT >
1 2 3 4 5 6 7 8
NC PHOTO_F (S202)
TO MAIN IF(CN103)
CN401 QGF0543F3-30X TOP CONTACT GND GND GND AU_LV_OUT LCD_CS AU_LV_CLK VDCVF HDCVF MON_G TO MAIN IF (CN7801)
CN7001 QGF0543F3-23X XSTH STH CKH1 CKH2 VDD_VF CVF_G CVF_R CVF_B DSG XDSG DSD ENB XENB XSTV STV CKV2 CKV1 COM_VF REG_4.8V VF_CTL GND GND 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
2
WIDE
GND 17 GND 16
WIDE_D2 (S203)
EASY_SW (S204) TELE
0 6 VF
M_RVS 15 HRP 14 MON_B 13 MON_R 12
NOTE: The schematic diagram is only for reference. Avoid replacing individual parts. Replace the entire unit only.
MON_G 11 HDCVF 10
TO LCD(C-VF) PANEL
CN7002 QGF0543F3-22X 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 C7001 10 XSTH STH VSS CKH1 CKH2 VDD CSH G R B DSG XDSG DSD VBB CSV ENB XENB XSTV STV CKV2 CKV1 COM
yf129_ly21432001c_rev0.1
TO SPEAKER
CN404 QGA1001F1-02X SPK+ SPK1 2
VDCVF 9
10 MON_R 11 MON_B 12 HRP 13 M_RVS 14 LCD_CTL 15 REG_4.8V 16 REG_4.8V 17 REG_3.1V 18 REG_3.1V 19 SPK+ 20 SPK21 GND 22 WIDE_D2 23 PHOTO_H 24 PHOTO_F 25 ZOOM_SW 26 KEY_A 27 KEY_C 28 SET_SW
AU_LV_CLK 8 LCD_CS 7 AU_LV_OUT 6 LCD_CTL 5 REG_4.8V 4 REG_4.8V 3 REG_3.1V 2
TO ZOOM UNIT
CN403 QGF0534F3-08X BOTTOM CONTACT GND GND WIDE_D2 EASY_SW REG_3.1V ZOOM_SW PHOTO_F PHOTO_H 8 7 6 5 4 3 2 1
REG_3.1V 1
3 2 S401 MONI SW NSW0225-001X 3 S402 SET_SW NSW0198-001X # R403 22k 1
29 P_MEDIA 30 MONI_SW
VF_SW
C7002
R402 6.8k
R401 3.3k
MEMORY
3
2
1
VIDEO
D7001 E1S35AW0C501-X R7001 3.3k
0.47
D7002 UDZS5.1B-X
1 3 S406 LED LIGHT NSW0198-001X
1 3 S405 WIDE / C_ZOOM_SW NSW0198-001X
#
S404 MENU NSW0198-001X
S403 # MEMORY/VIDEO NSW0099-001X
3 C401 OPEN
S7001 NSW0271-001X
VF SW
6 3 5 Q7001 PUMX1-W
1
1
2
R406 22k
R405 6.8k
R404 3.3k
1
4
S410 PLAY NSW0198-001X
S409 FF NSW0198-001X
S408 REW NSW0198-001X
S407 STOP NSW0198-001X
C402 OPEN
3
R7002 560
R7003 47
3
3
3
1
1
1
# DIFFERENCE TABLE 1 Dest Key M6D1S5 M6D1S3 Ref R403 S406 NO NO NO YES YES YES
1
0 4 OPE
S403
yf129_y40160001a_rev0.1
yf129_y40162001a_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. 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.YF129)2-31
2-32(No.YF129)
MONITOR SCHEMATIC DIAGRAM 0 5 MONITOR
TO LCD(MONITOR) PANEL
CN7602 QGF0528F4-40X BOTTOM CONTACT 40 GCS 39 GDA 38 GCL L7601 C7616 R7601 100k C7601 0.1 R7602 # 37 HWRESETZ 36 VSSD 35 NPC R7603 # 34 VDD 33 POL 32 VS
R7610 9.1k R7611 9.1k R7612 9.1k
T C7617
31 HS 30 DE 29 VC(B) 28 VB(G) 27 VA(R) R7609 0 R7604 22k C7602 0.22 C7603 0.015 T C7619 R7605 0 C7604 R7606 10M C7605
C7622 C7623 C7624
L7604 NRSA02J-0R0X
1 1 1
R7613 10k
C7626
TO OPE (CN402)
CN7601 QGF0312F1-21W TOP CONTACT REG_3.1V REG_3.1V REG_4.8V REG_4.8V LCD_CTL AU_LV_OUT LCD_CS AU_LV_CLK VDCVF 1 2 3 4 5 6 7 8 9
T
C7625 0.1
R7614 10k
R7615 10k
26 PDO 25 VCOIN 24 VSS1 23 NC 22 VDD1 21 VDD 20 NC 19 VSS 18 DRV 17 VFB 16 VDDA
L7603 NRSA02J-0R0X D7605 NSSW008C/T052-X D7606 NSSW008C/T052-X D7607 NSSW008C/T052-X
L7602 NRSA02J-0R0X
C7618
C7606 1 R7607 C7607 1 T R7616 3.3K C7621 C7620 C7609 1 D7602 RB521S-30-X Q7601 PUMX1-W JP7601 1 3 2 # Exchange Parts List Dest Key NTSC Ref R7602 NO R7603 YES 2
6.8K
15 C21P 14 C21N 13 C22P 12 C22N
HDCVF 10 MON_G 11 MON_R 12 MON_B 13 HRP 14 M_RVS 15 GND 16 GND 17 GND 18 GND 19 GND 20 GND 21 6 3 5 1 4
47
D7601 RB521S-30-X C7608 1
11 C23P 10 C23N 9 VGL C31P C31N VGH C41P C41N VCL VCOML VCOMH
6 2 1
47
3 5 4
47
Q7602 PUMX1-W D7603 RB521S-30-X
R7608
C7610 1
8 7
C7611 D7604 RB521S-30-X C7613
1
6 C7612 1 5 4
R7617
R7618
R7619
R7620
TO IC7601
1
C7614 1
3 2 1
PAL YES NO
C7615 1
yf129_y30335001a_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.YF129)2-33
2-34(No.YF129)
MAIN CIRCUIT BOARD
Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)
<01>MAIN LYB10063-001C
R7805 C7821
FOIL SIDE(B)
R1022
R7806
CN1601
R7809
CN3501 C7825
R3521
CN1602
C1602
Q1001 CN1603
C7822 C7819
C7805 R7803
C1627
C1626
TL1609 C1605
R1624
8
R3505
R7810
C7826
R1610
C1625
R7811 R7812
R3507 R3506 32
R3519 C3512 C3511 R3520 R3508
C1624
32
17
C1606 R1604 17
C1635
C1636 R1625
C1628
C1603
R1629 R1602 R1601
R1611
R7804 C7820 R7807 R7808 C7824 17
C1634
C1632
C7827 C7828
R3504
1 C7823
8
1
11
1
R1603
18
1
32
R1018
Q1003 Q1002
33
16
C3510 R3503
33
16
33
R1614
R7802 C7804
C7802
IC7801
C7803
C1618 C1619 C1620
IC3501
C3509
D1602 C1601
TL1610
16
D1003
Q1008
IC1601
Q1004 TL1008 TL1010 TL1011 C1617
C7801
C3506
C3513
L7801 Q7704 C3514
R3502 C3508 C3507 C3505 TL3501
48
C7810
1
C3515 C3516
L3502
R1617 C1614
C1615 R1613 R1612 C1633 C1616
L7803
C7811
48
1
49 C7812
C7813 C7814
C3204
64
L7701
R3517 R3518 R3501
C3517 C3527 C3518 C3519 C3520 C3521 C3523 C3524
TL1608
R7715
L3203
R3516 49 64
C3525 L3501
C3526 C3504
48
1
R1622 TL1605
R1632
R1633
D1603
C1621
R1634
C7815
C7816
C3522
C1629
C1630
D1604
TL1612
R1620 R1621
R1616
C1607
C1623
C1622
C7702
R7704 R7707 R7710 R7705 R7708 R7711
L3503
C7701
49
64
TL1607
L7802
R3724 R3727 C3715
L3204
R7703 R7706
C7809
R7714 R7709
R7712 R7701
Q1601
11
C3202
10
C1046 TL1620
C7705
R3725 R3730
R7702
C3205 R3208 R3201 32
R1068
TL1618
TL1002 TL1001 TL1005 TL1003 TL1016 TL1015
C7703
C3210
8
1
Q3704 C3707
R3706
C3714
R3719 R3704
R7713
R3715 R3707 C3709
5
C3207
33
16
C1019 C1017
8
R3731 R3728
IC1002
C1016
Q7702
Q7701
Q7703
17
L3201
Q3705
L1601
RA1007
RA1006
C1631
TL1617
IC1005
C7704
C7706
R3726
R1636 R1638 TL1619
TL1602 TL1613
R1082 R1103
R1070 R1046
C1034 R1047
C1009 R1066
R1637 R1635 TL1601
RA1003
RA1002
1
L3505
TL1007
4
C7817
C7818
R1010
IC1008
TL1027 TL1089 Q4981
C1020
C6103 R6104
C3701
R6802 C6804
C6803 R6803
R6103 C6104
C3712
TL1006
TL1030
C3710
R1059 C1050 R1029 C1033 C1032 R1104 IC1001
C1002 R1001 C1001
20
R6007 R6006 R3203 C3215 C3213 R3204
1 C6011
R6005
R1063 C1039
TL1029
C6010
R3202 R3701 C3212 R3722
IC3201
C3206
TL6003
Q3703
16 6 C3717 L3701 C3718
64
49
C6403
R6303 R6304 C6303 R6305 R6403 R6404 C6204 R6203 C6305 C6509 C6405 R6513
R6512
C1048 R1021 C1047 C1035 R1061 R1020 C1031 C1028 C1025 R1027 R1028 R1026 R1085
TL1009
R3708
C3713 C3711
R3713 R3709 R3714 R3712
Q3702
C1030
RA1001
Q3701
C3708
1 IC3702
TL3201 1 48 TL3202 1
RA3202
48R6204 C6203
9
C3706
4
R3703
R1048 R1034 R1033 R1049
R1037 R1072 R1073 C1051 C1052 R1074 R1075 R1040 R1039 R1071 R1069 C1014 C1013 R1117
TL1021 R1036 C1053 C1054
3
49
C6513
C3203 C3216
C6106 L3202
64 RA3201 Q6506
R6517
IC6001 C6512 R6516 C6511 R6108 R6105 R6110 C6105 16
C6514 TL6001 C6703 R6709 R6708
C6510
C1018
RA1004
R1003 R1002 R1038 R1076 R1122 R1032 R1030 C1007
1 IC1007 4 3 TL1024
Q6504
R6514
D6507
C6508 R6519
R6716 R6715 C6706 R6717 R6714 R6718 C6705 C6707
R6712
TL1037 TL1034
R6515
R6509 R6510
C1008
R6518 Q6103
R6106
C6507
R6503
R6504
J102
C6506 D6506
D6501 D6504 D6505 D6502
C6107 R6107
TL6002
TL1036 TL1038 TL1039
RA1005
D6508
C6704
L1001
R6505
C6007
R6001
C6006
C6008
17
C6504
32 R6710
C6802
C1004 C1006 R1112 C1038 R1105 R1110 C1036 R1083 D6001
D102
L6502
R6506
Q6502
C6505
Q6401
Q6301
C6301
Q6201
Q6202
Q6101
Q6102
C6401 C6402
L6801
R1013 R1017
R1031 R1035
D6701
C6701 C6502
Q6701
R6010
IC1004 1 3
C6201
C6101
C6202
C6102
C6302
D6503
C6503 R105
R106
C101
(No.YF129)2-35
2-36(No.YF129)
R1050 R1086
R1006
R1012
D6801
R1019 R1014
R1016 R1015
R1062
C1044 5 4
TL1040
2
33 R6713 R6711
C1005
TL1028
R6508
TL1004
TL1023
Q6505
Q6503 R6507
TL1035 R1005 TL1019
X1001
D3701
IC3701
C6