Page 1
7. GENERAL INFORMATION
7.1 DISASSEMBLY
1
1
2
1
1
1
1
DVDM ASSYBONNET
4
1
4
Be careful of the flexible cable.
1
2
3
DISC TRAY
2
1
3
POWER
1
2
5
2
OPEN/CLOSE
DVDM ASSY
DVDM ASSY
3
6
6
46
3
Note : For the mechanism section disassembly, refer to
4
the service guide.
Page 2
DISPLAY WINDOW
Indicates GUI operation
is being performed.
This lights during play of
a disc with a sampling
frequency of 96 kHz.
Indicates that title is
being displayed
96 kHz
TITLE CHP/TRK REMAIN TOTAL
Indicates the playback mode,
title, type of disc, etc. as follows:
:Compact disc
:DVD
:Video CD
:Playback control playback on Video CD
:Disc table is opening or is open
:Disc table is closing
:Random playback
:Program mode
:Repeat mode
:Start point of 2 point repeat playback
:2 point repeat playback
:Repeat playback of the title
:Repeat playback of the chapter
:Disc repeat
:Cinema mode
:Standard mode
:When memory repeat is selected
:When track repeat is selected
:When chapter repeat is selected
Indication location for Last
Memory is being recorded
in memory.
Indicated Multi-Angle
playback is in progress.
GUI
ANGLE
Indicates that chapter/
track is being displayed
Indicates that playback
settings (condition) have been
memorized.
LAST MEMO CONDITION
Indicates total playback
time of side
Indicates remaining
playback time
Indicates Dolby digital playback
DOLBY
DIGITAL
:When side repeat is selected
:When title repeat is selected
:When all repeat is selected
:
When program repeat is selected
:Playback
:Stop
:Pause
:No disc
:Power is turned off
:Menu mode
:Title menu
:Chapter menu
:Subtitle menu
:Set-up menu
:Audio menu
:Angle menu
:Condition memory
:Last memory
49
Page 3
1
3.3 DVDM ASSY(1/3)
23
4
VTL1074
L335
A
H
DVDM ASSY(1/3)
1/3
(5/6)
VTL1074
L342
(PIVWS1371)
VTL1074
L340
H 2/3
VKF1001
TP400
!
B
S14B-PH-SM3
CN101
!
H 2/3
(F)
(F)
(F)
(T)
(T)
(F)
(2/6)
(3/6)
(1/6)
VCO Offset ADJ.
VKF1001
TP100
(4/6)
(6/6)
VKF1001
TP300
1/2
2/2
(ROM)
(ROM)
H 2/3
CN201
J
(F)
(F)
(T)
C
PICKUP ASSY
CN102
VKN1445
VKN1416
CN107
(F)
(F)
(T)
(F)
(T)
(F)
(T)
(S)
(S)
(T)
H 3/3
(T)
(T)
(F)
CN201
VKN1324
(F)
(T)
(S)
(S)
(S)
R177
33k
R178
33k
2/2
IC171
BA10393F
1/2
IC171
BA10393F
D
(F)
(F)
(F)
14
H
CN301
B
1/3
(S)
(S)
(F)
1234
Page 4
5
IC506
TC74VHCT245AFT
AGCOFF
VKF1001
TP200
678
(F)
: RF SIGNAL ROUTE
(ROM)
: ROM DATA SIGNAL ROUTE
IC504
TC74VHC20FT
: FOCUS SERVO LOOP LINE
(T)
: TRACKING SERVO LOOP LINE
(S)
: SLIDER SERVO LOOP LINE
SRM2B256SLMX70
A
IC501
PD4889A
IC505(1/2)
TC74VHC139FT
H 3/3
IC505(2/2)
TC74VHC139FT
B
H 2/3
(T)
(F)
LD-ON
H 2/3
XRESET,DOUT,SBSY,
PW,SFSY,SBCK,LRSY,
ROMCK,ROMXA,MON,
(ROM)
(T)
(T)
(F)
(F)
IC201
LC78650NE
(S)
(F)
(S)
(F)
(T)(T)
C271 4700p
R277
100k
2/2
R271 150k
33k
R275
150k
R276
R273 220k
H 2/3
C2F,FG
C
1/2
LEVEL SHIFT
5
6
7
H 2/3
H
1/3
8
15
D
Page 5
1
3.4 DVDM ASSY(2/3)
23
4
A
H
DVDM ASSY(2/3)
2/3
(PIVWS1371)
H
1/3
C2F,XRESET
H
3/3
XCSDOLV,DOLV-CD,XWRL,XWRH,
XRD,XLT3,XAMUTE,XDREQ1,
HCPUCK,IR,SEL-IR,XDVRST1,
XAVIRQ0,48/X44,HIBSEL,XCS6,
XDACK1,NAP SW
B
CN106
VKN1411
H
A2-A10
DATA
H
H
1/3
3/3
3/3
ADDRESS
C
IC605(1/2)
TC74VHC139FT
D
X602
IC605(2/2)
TC74VHC139FT
VSS1114
20MHz
Q771,Q772:
PDTC114TK
16
H
2/3
1234
Page 6
5
678
: AUDIO SIGNAL ROUTE
(ROM)
: ROM DATA SIGNAL ROUTE
H
3/3
SDATA
(ROM)(ROM)
(ROM)
MONITOR OUTPUT
A
H
H
1/3
3/3
TC74VHCT541AFT
H
3/3
IC817
(ROM)
H
(ROM)
1/3
H
1/3
3/3
B
H
H
1/3
VKN1418
CN105
H
3/3
E
CN101
SERVO
H
1/3
C
H
3/3
H
3/3
H
3/3
H
3/3
H
3/3
H
1/3
(ROM) (ROM)
H
1/3
D
H
2/3
5
6
7
8
17
Page 7
1
3.5 DVDM ASSY(3/3)
A
B
23
(1/4)
(2/4)
H
DVDM ASSY(3/3)
3/3
(PIVWS1371)
2/3
H
(3/4)
2/3
H
2/3
(4/4)
H
4
H
2/3
H
2/3
(ROM)
(ROM)
H
2/3
C
H
(COM)
(Y)
2/3
0
R845
(C)
H
2/3
(Y)
(C)
(2/3)
(1/4)
(1/4)
(4/4)
(3/4)
H
2/3
S4B-PH-SM3
CN801
D
I
CN301
H
1/3
(3/3)
(1/3)
(3/4)
(2/4)
IC813
CY2081SL-611
(4/4)
(2/4)
Video
Output
Level
ADJ.
H
2/3
(COM)
H
1/3
H
2/3
18
H
3/3
1234
Page 8
5
678
A
IC901
B
H
2/3
HIBSEL,48/X44,XRESET,
XLT3,XAMUTE
1/2
(COM)
(Y)
(COM)
(Y)
H
2/3
VKN1421
CN802
2/2
(COM)
(C)
1/2
(Y)
(C)
(Y)
(COM)
H
2/3
VKN1418
CN803
CN901
C
I
: AUDIO SIGNAL ROUTE
(ROM)
: ROM DATA SIGNAL ROUTE
(COM)
: COMPOSITE VIDEO SIGNAL ROUTE
(Y)
: Y SIGNAL ROUTE
(C)
: C SIGNAL ROUTE
5
CN191
2/2
(C)
(C)
6
(C)
H
3/3
7
8
I
D
19
Page 9
2.2 EXTERIOR SECTION
1
Refer to
"2.3 FRONT PANEL
SECTION"
15
20
16
14
8
19
9
10
5
Refer to
"2.4 BOTTOM VIEW SECTION"
13
12
11
16
18
17
2
3
4
(1) EXTERIOR SECTION PARTS LIST
Mark No. Description Part No.
1 Bonnet Case S PIVXX2539
2 DVD Plate PIVAM1075
3 Tray Panel Plate PIVNK4372
4 Tray Panel PIVNK4158
5 Tray PIVNL1731
6 • • • • •
7 • • • • •
8 Bridge PIVNE2069
9 Clamper Plate PIVNE2068
10 Clamper PIVNL1738
11 Tray Stopper Spring PIVBH1277
15
Mark No. Description Part No.
12 Tray Stopper PIVNL1739
13 Tray Label PIVRW1628
14 Screw PIBPZ26P080FZK
15 Screw PIIBZ30P080FMC
16 Screw PIBCZ40P060FNI
17 Screw PIBBZ30P080FMC
18 Caution Label PIVRW1697
19 Power Button Joint PIVNK4179
20 Power Button PIVNK4374
4
Page 10
1
23
3.2 FLKB, PWSB AND DILB ASSEMBLIES
4
A
E
FLKB ASSY
(PIVWG1876)
0
B
0.1
C113
0
R198
0
R197
0.1
C114
C
0.1
C111
FL TUBE
D
12
E
1234
Page 11
5
678
A
F
PWSB ASSY
(PIVWG1937)
D202
SLP4118C51H
180
R201
B
REMOTE
RECEIVER
UNIT
0.1
C112
AC1
AC2
SLP9118C51H
D201
H
2/3
CN105
DILB ASSY
G
(PIVWG1881)
FLKB ASSY
S102 :
S103 :
S104 :
S105 :
S106 :
PWSB ASSY
S202 : FL OFF
(OPEN/CLOSE)
(STOP)
(REV)
(FWD)
(PLAY/PAUSE)
C
R118-R120
62
E
5
6
7
GF
8
13
D
Page 12
2.3 FRONT PANEL SECTION
16
8(1/3)
4
6
7
8(2/3)
12
5
(1) FRONT PANEL SECTION PARTS LIST
Mark No. Description Part No.
NSP 2 PWSB Assy PIVWG1937
NSP 3 DILB Assy PIVWG1881
1 FLKB Assy PIVWG1876
4 Front Panel PIVNK4375
5 FL Lens PIVNK4376
6 Name Plate PIVAM1084
7 LED Lens PIPNW2019
8 Main Key PIVNK4373
9 • • • • •
10 PLAY Lens PIRNK2232
10
13
2
14
11
1
8(3/3)
3
Mark No. Description Part No.
11 FL Filter PIVEC1643
12 Illumination Lens PIVNK4168
13 Illumination Filter PIVEC2012
14 Illumination Holder PIVNK4098
15 Flexible Cable (14P) PIVDA1646
(FLKB CN101 – DVDM CN105)
16 Screw PIBBZ30P080FMC
15
16
5
Page 13
8. PANEL FACILITIES AND SPECIFICATIONS
8.1 PANEL FACILITIES
FRONT PANEL
ST ANDBY indicator
DVD PLAYER
STANDBY
POWER
—OFF_STANDBY/ON
ÛN¿◊<x
FL OFF
Display OFF button
(FL OFF)
POWER switch
REAR PANEL
Digital Output Jack (Coaxial)
This is used for output of the digital audio signal
recorded on CDs and Video CDs. Depending on the
components you connect this digital output to, noise
may be generated.
When connecting to an AC-3 compatible component,
use the PCM/ jack. (Refer to the chart on the
right.)
Disc illumination
Turned off when a disc other
than a DVD is played back.
Disc table
ANGLE
LAST MEMORY
96 kHz
GUI
TITLE CHP/TRK REMAINTOTAL
'
DIGITAL VIDEO
Display window
Regular AV amp
Your
amp
AC-3 compatible
amp
Coaxial Connect to the coaxial jack, and select PCM from the menu.
Optical Connect to the optical jack, and select PCM from the menu.
Coaxial Connect to the PCM/
Optical Connect to the optical jack, and select PCM/DOLBY DIGITAL from the menu.
Remote sensor
DOLBY
DIGITAL
Reverse 41
button
Open/Close 0 button
Play/Pause 6 button
0
14¡¢
7
£¥8
with
Stop 7 button
Forward ¡¢ button
jack, and select PCM/DOLBY DIGITAL from the menu.
48
Video output jack
Optical Digital Output
Audio optical digital output. Switchable between
PCM/DOLBY DIGITAL and PCM output.
DIGITAL OUT
PCM/
Ÿ
PCM/Ÿ(OPT)
12
VIDEO OUT
S-VIDEO OUT
AUDIO OUT
RL
1
2
Audio output jacks
There are two sets of outputs, 1 and
2, which you can simultaneously
connect. Connect 1 to the TV , and 2 to
your AV amp.
S-Video output jack
TV SYSTEM Switch
TV SYSTEM
NTSC PAL AUTO
Power cord connection terminal.
AC IN
Page 14
Spindle
Motor
Loading
Motor
TA
FA
Slider
HA
OEIC
TE
GEN
IC301
TLC5540INS
A/D
IC701
PD4833A
LSI-11
Sync
Demod
Spindle
control
Sub-CPU
I/F
IC201
LC78650NE
CD DSP
EFM
Decoder
Servo
DSP
IC702
HM514800CJ-7
4M bit DRAM
VBR Buffer
DRAM I/F
(bus arbitor)
ECC &
ID Reg.
CD-ROM Sync gen.
Sub-code Buffer
CD PCM
CD Digital Out
IC501
PD4889A
CPU
I/F
DMA
Mechanism
Control
CPU
System CPU
(32 bit RISC)
IC603
VYW1602
ROM
SREO
XSACK
IC601
PD3381A
Display
CPU
IC604
TC551001BFL-85
RAM
Program Stream
SREO
XSACK
IC101
PD4890A
(Video, Audio, Sub-picture,GUI)
CPU
I/F
SYSTEM
Decoder
(DMUX)
AV Sync
controller
DVD/V-CD
AV Decoder
IC801
MB86371
(MPEG2 Decoder)
IC802
MB811171622A-100FN
16M bit SDRAM
CODE Buffer
Memory Controller
MPEG2
Video
Decoder
Sub-
picture
Decoder
MIX
NTSC
/PAL
encode
Audio Decoder
GUI
DAC
Copy
DAC
Guard
DAC
AC3/MPEG1
S/PDIF
D/A
7.2 BLOCK DIAGRAM
Video Out
Y
C
Comp.
Lt
Rt
PCM D-Out
AC3 D-Out
47
Mechanism
sense SW
Key-SW
& Display
Page 15
DV-P2E
SERVICE MANUAL
VORSICHT:
Data contained within this Service
Verbesserungen
ä
ndern.
MANUEL D’ENTRETIEN
WARTUNGSHANDBUCH
CAUTION:
Before servicing this chassis, it is important that the service technician read
the “Safety Precautions” and “Product Safety Notices” in this service manual.
ATTENTION:
Avant d’effectuer l’entretien du châassis, le technicien doit lire les
«Précautions de sécurité» et les «Notices de sécurité du produit» présentés
dans le présent manuel.
No. 0201
manual is subject to alteration for
improvement.
Les données fournies dans le
présent manuel d’entretien
peuvent faire l’objet de
modifications en vue de
perfectionner le produit.
Die in diesem Wartungshandbuch
Vor Öffnen des Gehäuses hat der Service-Ingenieur die „Sicherheitshinweise“
und „Hinweise zur Produktsicherheit“ in diesem Wartungshandbuch zu lesen.
TECHNICAL SPECIFICATIONS SPÉCIFICATIONS TECHNIQUES TECHNICAL SPECIFICATIONS
enthaltenen Spezifikationen
können sich zwecks
December 1998
Page 16
DVD PLAYER
ÛN¿◊<x
STANDBY
POWER
—OFF_STANDBY/ON
FL OFF
ANGLE
LAST MEMORY
DOLBY
96 kHz
GUI
DIGITAL
TITLE CHP/TRK REMAIN TOTAL
'
DIGITAL VIDEO
DVD PLAYER
DV-P2E
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL.
0
14¡¢
7
£¥8
with
ledoM tnemeriuqeRrewoP
E2P-VD V042–022CA 2
• Refer to the service guide for DV-P2E.
IC information is described in the service guide.
CONTENTS
1. SAFETY INFORMATION ...................................... 2
2. EXPLODED VIEWS AND PARTS LIST................ 3
3. SCHEMATIC DIAGRAM ..................................... 10
4. PCB CONNECTION DIAGRAM.......................... 24
5. PCB PARTS LIST ............................................... 33
6. ADJUSTMENT .................................................... 38
lanoigeR
edocnoitcirtser
7. GENERAL INFORMATION ................................ 46
7.1 DISASSEMBLY ........................................... 46
7.2 BLOCK DIAGRAM........................................ 47
8. PANEL FACILITIES AND SPECIFICATIONS.... 48
Page 17
1. SAFETY INFORMATION
This service manual is intended for qualified service technicians ; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained
to properly and safely repair complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may
void the warranty. If you are not qualified to perform the repair of this product properly and safely, you
should not risk trying to do so and refer the repair to a qualified service technician.
IMPORTANT
THIS HITACHI APPARATUS CONTAINS
LASER OF CLASS 1.
SERVICING OPERATION OF THE APPARATUS
SHOULD BE DONE BY A SPECIALLY
INSTRUCTED PERSON.
LASER DIODE CHARACTERISTICS
MAXIMUM OUTPUT POWER : 7 mw
WAVELENGTH : 650 nm
LABEL CHECK
(Printed on the Rear Panel)
Additional Laser Caution
1.Inside detection switch (S201 on the INSB assy) and loadingstatus detection switch (S301 on the LOSB assy) are detected
by the microprocessor (IC501 in the DVDM assy).
• To permit the laser diode to oscillate, it is required to set the
inside detection switch for the inside position (S201 : ON) and to
set the loading-status detection switch for the clamp position (the
center terminal of S301 is shorted to +5V). The laser diode
oscillation will continue if pin 13 of IC101 is shorted to +5V (fault
condition) in the DVDM assy.
In the test mode ∗ , the laser diode oscillates when microprocessor detects a PLAY signal, or when the PLAY key is pressed
(S107 ON in the FLKB assy), with the above requirements satisfied.
2.When the cover is open, close viewing through the objective lens
with the naked eye will cause exposure to the laser beam.
∗ : Refer to page 40.
2
Page 18
2. EXPLODED VIEWS AND PARTS LIST
NOTES:• Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
2.1 PACKING
The mark found on some component parts indicates the importance of the safety factor of the part.
•
Therefore, when replacing, be sure to use parts of identical designation.
Screws adjacent to mark on the product are used for disassembly.
•
(1) PACKING PARTS LIST
3
2
7
9
11
9
14
12
1
4
5
6
8
10
15
Mark No. Description Part No.
1 Power Cord PIADG1154
2 Operating Instructions PIVRE1075
(English/French/German/Italian))
3 Caution PIVRR1037
4 Audio Cord (L=1.5m) PIVDE1033
5 Video Cord (L=1.5m) PIVDE1048
NSP 6 Dry Cell Battery (R6P, AA) PIVEM-013
7 Operating Instructions PIVRF1046
(Spanish/Portguese/Dutch/Swedish)
8 Remote Control Unit PIVXX2595
9 Polyethylene Bag PIVHL1046
10 Battery Cover PIVNK3703
11 Protector A PIVHB1060
12 Protector B PIVHB1061
13 Packing Case PIVHG1765
14 Mirror Mat Sheet PIZ23-007
15 Serial Number Label PIRRW-168
13
3
Page 19
2.2 EXTERIOR SECTION
1
Refer to
"2.3 FRONT PANEL
SECTION"
15
20
16
14
8
19
9
10
5
Refer to
"2.4 BOTTOM VIEW SECTION"
13
12
11
16
18
17
2
3
4
(1) EXTERIOR SECTION PARTS LIST
Mark No. Description Part No.
1 Bonnet Case S PIVXX2539
2 DVD Plate PIVAM1075
3 Tray Panel Plate PIVNK4372
4 Tray Panel PIVNK4158
5 Tray PIVNL1731
6 • • • • •
7 • • • • •
8 Bridge PIVNE2069
9 Clamper Plate PIVNE2068
10 Clamper PIVNL1738
11 Tray Stopper Spring PIVBH1277
15
Mark No. Description Part No.
12 Tray Stopper PIVNL1739
13 Tray Label PIVRW1628
14 Screw PIBPZ26P080FZK
15 Screw PIIBZ30P080FMC
16 Screw PIBCZ40P060FNI
17 Screw PIBBZ30P080FMC
18 Caution Label PIVRW1697
19 Power Button Joint PIVNK4179
20 Power Button PIVNK4374
4
Page 20
2.3 FRONT PANEL SECTION
16
8(1/3)
4
6
7
8(2/3)
12
5
(1) FRONT PANEL SECTION PARTS LIST
Mark No. Description Part No.
NSP 2 PWSB Assy PIVWG1937
NSP 3 DILB Assy PIVWG1881
1 FLKB Assy PIVWG1876
4 Front Panel PIVNK4375
5 FL Lens PIVNK4376
6 Name Plate PIVAM1084
7 LED Lens PIPNW2019
8 Main Key PIVNK4373
9 • • • • •
10 PLAY Lens PIRNK2232
10
13
2
14
11
1
8(3/3)
3
Mark No. Description Part No.
11 FL Filter PIVEC1643
12 Illumination Lens PIVNK4168
13 Illumination Filter PIVEC2012
14 Illumination Holder PIVNK4098
15 Flexible Cable (14P) PIVDA1646
(FLKB CN101 – DVDM CN105)
16 Screw PIBBZ30P080FMC
15
16
5
Page 21
2.4 BOTTOM VIEW SECTION
25
2331
28
Refer to
4
"2.5 LOADING MECHANISM ASSY"
23
6
7
8
5
8
23
22
11
23
17
12
23
21
23
12
14
1
15
10
13
23
23
10
16
2
23
18
24
19
3
20
23
23
23
23
23
30
29
6
Page 22
(1) BOTTOM VIEW SECTION PARTS LIST
Mark No. Description Part No.
1 POWER SUPPLY Assy PIVWR1285
2 DVDM Assy PIVWS1371
3 AVJB Assy PIVWV1575
NSP 4 Loading Mechanism Assy PIVWT1147
5 Heat Sink PIVNE2134
Mark No. Description Part No.
NSP 16 Chassis PIVNA1876
17 Insulator PIPNW2766
18 Insulator Assy PIVXA1680
19 Flexible Cable (14P) PIVDA1646
(AVJB CN191 – DVDM CN803)
NSP 6 Cord Stopper PIZCB-069Z
7 Flexible Cable (12P) PIVDA1648
(LOSB CN301 – DVDM CN107)
8 Radiation Seat PIVEB1282
9 • • • • •
NSP 10 PCB Holder PIVNE2122
11 Housing Assy (14P) PIVKP2161
(POWER SUPPLY CN201 – DVDM CN101)
NSP 12 PCB Holder PIPNW2100
13 Clamp PIDEC2007
14 Shell Clip PIDEC1184
15 Guard PIVNK4100
20 Flexible Cable (17P) PIVDA1650
(AVJB CN901 – DVDM CN802)
21 Rear Panel PIVNA2015
22 Housing Assy (4P) PIVKP2157
(DVDM CN801 – AVJB CN301)
23 Screw PIBBZ30P080FMC
24 Screw PIBBZ30P180FMC
25 Screw PIBBZ30P100FMC
26 • • • • •
27 • • • • •
28 MSWB Assy PIVWG1882
29 SCCB Assy PIVWV1577
30 Flexible Cable (8P) PIVDA1651
(SCCB CN100 – AVJB CN19)
NSP 31 Housing Assy (2P) PIVKP2160
(POWER SUPPLY CN102 – MSWB CN10)
7
Page 23
2.5 LOADING MECHANISM ASSY
• Top View • Bottom View
Refer to
"2.6 SERVO MECHANISM
ASSY"
5
1
3
4
20
6
2
18
10
17
9
13
7
8
16
15
LOADING MECHANISM ASSY PARTS LIST
•
Mark No. Description Part No.
1 Servo Mechanism Assy-S PIVXX2538
2 Screw PIDBA1006
3 Drive Cam PIVNL1736
4 Drive Gear PIVNL1735
5 Lock Plate PIVNL1737
6 Loading Base PIVNL1730
7 Rubber Belt PIVEB1260
NSP 9 LOSB Assy PIVWG1885
8 Gear Pulley PIVNL1733
10 Loading Gear PIVNL1734
11
12
14
Mark No. Description Part No.
11 Loading Motor Assy PIVXX2505
12 DC Motor PIPXM1027
NSP 14 LOMB Assy PIVWG1886
13 Motor Pulley PIPNW1634
15 Connector Assy (2P) PIPG02KK-E35
(LOMB CN401 – LOSB CN303)
16 Screw PIVBA1055
17 Screw PIZ39-019
18 Flexible Cable (8P) PIVDA1649
(LOSB CN302 – INSB CN202)
19 • • • • •
20 Stopper PIDNH2076
8
Page 24
2.6 SERVO MECHANISM ASSY
• Top View • Bottom View
13
14
29
3
4
5
6
7
9
30
8
15
16
26
18
18
2
32
1
10
11
12
23
27
9
17
18
18
24
20
21
22
28
25
31
19
SERVO MECHANISM ASSY PARTS LIST
•
Mark No. Description Part No.
1 Spindle Motor Assy PIVXX2563
NSP 3 Magnet PIVYM1024
NSP 4 Magnet Holder PIVNE2070
NSP 7 Disc Table PIVNL1747
NSP 8 Motor PIVXM1071
NSP 17 Pickup Assy PIVWY1046
2 Magnet Holder Assy PIVXX2507
5 Centering Ring PIVNL1746
6 Centering Spring PIVBH1278
9 Screw PIJGZ17P028FMC
10 Sub Guide Bar PIVLL1489
11 Guide Bar PIVLL1488
12 Mechanism Base PIVNL1748
13 Hook PIVNL1770
14 Hook Spring PIVBH1291
15 Slider PIVNL1745
16 HOLD SPRING PIVNC1011
Mark No. Description Part No.
18 Floating Rubber PIDEB1315
19 Float Base PIVNL1732
20 Gear D PIVNL1766
21 Gear Spring PIVBH1279
22 Gear E PIVNL1767
23 Gear F PIVNL1768
24 Motor PIVXM1062
NSP 25 INSB Assy PIVWG1883
26 Screw PIPBZ20P050FMC
27 Flexible Cable (20P) PIVDA1680
(DVDM CN102 – Pickup Assy)
28 Connector Assy (3P) PIVKP2150
(INSB CN201 – FGSB CN101)
NSP 29 Table Sheet PIDEC2040
30 Screw PIPBA1048
NSP 31 FGSB Assy PIVWG1884
NSP 32 Sheet PIVEC1959
9
Page 25
1
23
3. SCHEMATIC DIAGRAM
3.1 OVERALL CONNECTION DIAGRAM, LOMB, LOSB, INSB
AND FGSB ASSEMBLIES
A
L
4
SCCB ASSY
(PIVWV1577)
B
()
H
DVDM ASSY
(PIVWS1371 )
1/3 3/3
H H
I
AVJB ASSY
(PIVWV1575)
C
SR IN
G
DILB ASSY
(PIVWG1881)
D
10
F
PWSB ASSY
(PIVWG1937)
1234
E
FLKB ASSY
(PIVWG1876)
Page 26
5
678
Note : When ordering service parts, be sure to refer to "EXPLODED VIEWS and P AR TS LIST" or "PCB PAR TS LIST".
LOAB ASSY (PIVWM1798)
LOADING MOTOR
ASSY :VXX2505
CN401
B2B-PH-K-S
CN303
B2B-PH-K-S
CN301
VKN1272
(S) (S)
(S)
A
LOMB ASSY
(PIVWG1886)
B
LOSB ASSY
(PIVWG1885)
S301
(S)
CN302
VKN1268
SMEB ASSY (PIVWM1797)
FGSB ASSY
D
(PIVWG1884)
PC101
GP2S27(B)
CN101
B3B-PH-K-S
CN201
B3B-PH-K-S
CN202
VKN1239
S201
(S)
(S)
C
INSB ASSY
(PIVWG1883)
A
B
SPINDLE MOTOR
ASSY : VXX2563 VXM1062
(T)
(F)
(T)
(F)
(T)
(F)
(F)
(T)
(F)
(F)
(T)
(F)
(T)
(F)
K
PICKUP ASSY
(PIVWY1046)
: RF SIGNAL ROUTE
(F)
: FOCUS SERVO LOOP LINE
(T)
: TRACKING SERVO LOOP LINE
(S)
: SLIDER SERVO LOOP LINE
C
MSWB
ASSY
(PIVWG1882)
(PIVWR1285)
AC 220-240V
POWER SUPPLY ASSY
J
5
6
NEUTRAL
AC POWER CORD
ADG1154
7
50/60Hz
CBA
D
8
11
D
Page 27
1
23
3.2 FLKB, PWSB AND DILB ASSEMBLIES
4
A
E
FLKB ASSY
(PIVWG1876)
0
B
0.1
C113
0
R198
0
R197
0.1
C114
C
0.1
C111
FL TUBE
D
12
E
1234
Page 28
5
678
A
F
PWSB ASSY
(PIVWG1937)
D202
SLP4118C51H
180
R201
B
REMOTE
RECEIVER
UNIT
0.1
C112
AC1
AC2
SLP9118C51H
D201
H
2/3
CN105
DILB ASSY
G
(PIVWG1881)
FLKB ASSY
S102 :
S103 :
S104 :
S105 :
S106 :
PWSB ASSY
S202 : FL OFF
(OPEN/CLOSE)
(STOP)
(REV)
(FWD)
(PLAY/PAUSE)
C
R118-R120
62
E
5
6
7
GF
8
13
D
Page 29
1
3.3 DVDM ASSY(1/3)
23
4
VTL1074
L335
A
H
DVDM ASSY(1/3)
1/3
(5/6)
VTL1074
L342
(PIVWS1371)
VTL1074
L340
H 2/3
VKF1001
TP400
!
B
S14B-PH-SM3
CN101
!
H 2/3
(F)
(F)
(F)
(T)
(T)
(F)
(2/6)
(3/6)
(1/6)
VCO Offset ADJ.
VKF1001
TP100
(4/6)
(6/6)
VKF1001
TP300
1/2
2/2
(ROM)
(ROM)
H 2/3
CN201
J
(F)
(F)
(T)
C
PICKUP ASSY
CN102
VKN1445
VKN1416
CN107
(F)
(F)
(T)
(F)
(T)
(F)
(T)
(S)
(S)
(T)
H 3/3
(T)
(T)
(F)
CN201
VKN1324
(F)
(T)
(S)
(S)
(S)
R177
33k
R178
33k
2/2
IC171
BA10393F
1/2
IC171
BA10393F
D
(F)
(F)
(F)
14
H
CN301
B
1/3
(S)
(S)
(F)
1234
Page 30
5
IC506
TC74VHCT245AFT
AGCOFF
VKF1001
TP200
678
(F)
: RF SIGNAL ROUTE
(ROM)
: ROM DATA SIGNAL ROUTE
IC504
TC74VHC20FT
: FOCUS SERVO LOOP LINE
(T)
: TRACKING SERVO LOOP LINE
(S)
: SLIDER SERVO LOOP LINE
SRM2B256SLMX70
A
IC501
PD4889A
IC505(1/2)
TC74VHC139FT
H 3/3
IC505(2/2)
TC74VHC139FT
B
H 2/3
(T)
(F)
LD-ON
H 2/3
XRESET,DOUT,SBSY,
PW,SFSY,SBCK,LRSY,
ROMCK,ROMXA,MON,
(ROM)
(T)
(T)
(F)
(F)
IC201
LC78650NE
(S)
(F)
(S)
(F)
(T)(T)
C271 4700p
R277
100k
2/2
R271 150k
33k
R275
150k
R276
R273 220k
H 2/3
C2F,FG
C
1/2
LEVEL SHIFT
5
6
7
H 2/3
H
1/3
8
15
D
Page 31
1
3.4 DVDM ASSY(2/3)
23
4
A
H
DVDM ASSY(2/3)
2/3
(PIVWS1371)
H
1/3
C2F,XRESET
H
3/3
XCSDOLV,DOLV-CD,XWRL,XWRH,
XRD,XLT3,XAMUTE,XDREQ1,
HCPUCK,IR,SEL-IR,XDVRST1,
XAVIRQ0,48/X44,HIBSEL,XCS6,
XDACK1,NAP SW
B
CN106
VKN1411
H
A2-A10
DATA
H
H
1/3
3/3
3/3
ADDRESS
C
IC605(1/2)
TC74VHC139FT
D
X602
IC605(2/2)
TC74VHC139FT
VSS1114
20MHz
Q771,Q772:
PDTC114TK
16
H
2/3
1234
Page 32
5
678
: AUDIO SIGNAL ROUTE
(ROM)
: ROM DATA SIGNAL ROUTE
H
3/3
SDATA
(ROM)(ROM)
(ROM)
MONITOR OUTPUT
A
H
H
1/3
3/3
TC74VHCT541AFT
H
3/3
IC817
(ROM)
H
(ROM)
1/3
H
1/3
3/3
B
H
H
1/3
VKN1418
CN105
H
3/3
E
CN101
SERVO
H
1/3
C
H
3/3
H
3/3
H
3/3
H
3/3
H
3/3
H
1/3
(ROM) (ROM)
H
1/3
D
H
2/3
5
6
7
8
17
Page 33
1
3.5 DVDM ASSY(3/3)
A
B
23
(1/4)
(2/4)
H
DVDM ASSY(3/3)
3/3
(PIVWS1371)
2/3
H
(3/4)
2/3
H
2/3
(4/4)
H
4
H
2/3
H
2/3
(ROM)
(ROM)
H
2/3
C
H
(COM)
(Y)
2/3
0
R845
(C)
H
2/3
(Y)
(C)
(2/3)
(1/4)
(1/4)
(4/4)
(3/4)
H
2/3
S4B-PH-SM3
CN801
D
I
CN301
H
1/3
(3/3)
(1/3)
(3/4)
(2/4)
IC813
CY2081SL-611
(4/4)
(2/4)
Video
Output
Level
ADJ.
H
2/3
(COM)
H
1/3
H
2/3
18
H
3/3
1234
Page 34
5
678
A
IC901
B
H
2/3
HIBSEL,48/X44,XRESET,
XLT3,XAMUTE
1/2
(COM)
(Y)
(COM)
(Y)
H
2/3
VKN1421
CN802
2/2
(COM)
(C)
1/2
(Y)
(C)
(Y)
(COM)
H
2/3
VKN1418
CN803
CN901
C
I
: AUDIO SIGNAL ROUTE
(ROM)
: ROM DATA SIGNAL ROUTE
(COM)
: COMPOSITE VIDEO SIGNAL ROUTE
(Y)
: Y SIGNAL ROUTE
(C)
: C SIGNAL ROUTE
5
CN191
2/2
(C)
(C)
6
(C)
H
3/3
7
8
I
D
19
Page 35
1
3.6 A VJB ASSY
A
23
4
CN802
(C)
(Y)
(Y)
(Y)
3/3
H
B
(COM)
(COM)
SR IN
(C)
(C)
(COM)
TC7WU04F
R5020
R3080
0
0
(C)
(COM)
TC7WU04F
CN801
3/3
H
C
18MHz
Master
Clock ADJ.
3/3
H
CN803
IC101
PD2029A(L)
D
20
I
1234
Page 36
5
(Y) (Y)
(C) (C)
(COM)
678
A
I
AVJB ASSY
(PIVWV1575)
(Y)
(Y)
D501
MA111
(C)
(C)
B
(COM)
82P82P
D601
MA111
(COM)
(C)
(COM)
R60
R20
0
0
R17
0
C
CN100
L
R16
0
0
0
R19
R21
(COM)
: COMPOSITE VIDEO SIGNAL ROUTE
(Y)
: Y SIGNAL ROUTE
(C)
: C SIGNAL ROUTE
D
: AUDIO SIGNAL ROUTE
21
I
5
6
7
8
Page 37
1
23
3.7 POWER SUPPLY AND MSWB ASSEMBLIES
A
NOTE OF SPARE PARTS IN POWER SUPPLY ASSY
• In case of repairing, use the described parts only to prevent an accident.
• Please write the red mark on the board when the primary section of POWER SUPPLY Assy is repaired.
• Please take care to keep the space, not touching other parts when replacing the parts.
4
POWER SUPPLY ASSY
J
(PIVWR1285)
(2A/250V)
C111
F101
VEK1049
C101
+
C120
R101
C104 C103
C112
R104
R105
C107
!
!
R110
!
D108
VZF1045
Q103
VZF1062
Q101
VZF1062
C108
L101
C105
FG101
R115
R108R109
C117
D103
!
+
C114
C118
!
VZF1045
2SC3377
RD18FB2
D110
L103
!
Q102
C102
L104
C116
!
D104
MTZJ2.4B
R113
C115
R116
R111
R112
D106:
PS2561L1-1VM
!
D101
VZF1044
R114
D105
1SS270A
D106
5
(1/2)
T101
5
6
7
8
3
!
!
2
CN101
1
LIVE
AC IN
NEUTRAL
2
B
CN102
LIVE
NEUTRAL
1
2
NOTE FOR FUSE REPLACEMENT
CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE,
REPLACE ONLY WITH SAME TYPE AND RATINGS ONLY.
!
15
13
14
16
12
10
11
D211
VZF1058
C211
330/35V
D311
S3L20U
!
D411
VZF1059
!
D106
(2/2)
!
D511
10ELS2
IC201
AN1431T
+
!
1
2
C201
0.47/50V
R201
47
!
+
C311
330/35V
C411
330/35V
R202
1K
R206
1.5K
!
D212
VZF1061
L311
10UH
C511
47/50V
+
R511
10
R205
200
L211
10UH
100/35V
R611
C312
+
R204
1.6K
3.9
P211 VEK1048
!
1.5A/60V
100/35V
+
R313
68 2W
Q511
R512
22K
+
+
C512
100/35V
R513
1K
1SS270A
D512
0.01/50V
C611
Q511 : 2SC1740S
C212
VZF1060
IC711
+
I
O
G CT
R411
JMP
R312
10K
R514
10K
D513
MTZJ8.2B
P311
!
!
IC411VZF1048
!
I
G CT
C612
0.01/50V
VEK1041
1.0A/60A
C313
56/35V
O
C412
C314
33/35V
+
R311
1K
D514
1SS270A
+
+
56/35V
C711
47/35V
CN201
+
1
2
3
4
5
6
7
8
9
10
11
12
13
14
GND
+12V
GND
+5V
GND
GND
+3.3V
+3.3V
GND
EV+5V
P ON/OFF
FLAC
FLAC
-27V
CN101
1/3
H
C
CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE,
REPLACE ONLY WITH SAME TYPE NO. 49101.5, MFD BY LITTELFUSE
INC. FOR P211 AND 491001 MFD. BY LITTELFUSE INC. FOR P311.
RKP1751
CN10
!
!
C10 0.01/250
ACG7010
K
MSWB ASSY
(PIVWG1882)
D
22
J
K
1234
Page 38
1
3.8 SCCB ASSY
SCCB ASSY
L
(PIVWV1577)
234
A
B
I
CN19
C
D
L
1
2
3
4
23
Page 39
1
23
4. PCB CONNECTION DIAGRAM
A
NOTE FOR PCB DIAGRAMS :
1. Part numbers in PCB diagrams match those in the schematic
diagrams.
2. A comparison between the main parts of PCB and schematic
diagrams is shown below.
Symbol In PCB
Diagrams
BCE
BCE
D
Symbol In Schematic
Diagrams
BCEBCE
BCE
DGGSS
BCE
DGS
Part Name
Transistor
Transistor
with resistor
Field effect
transistor
4
3. The parts mounted on this PCB include all necessary parts for
several destinations.
For further information for respective destinations, be sure to
check with the schematic diagram.
4. View point of PCB diagrams.
Connector
Capacitor
SIDE A
P.C.Board
Chip Part
SIDE B
B
Resistor array
3-terminal
regulator
4.1 LOMB, LOSB, INSB AND FGSB ASSEMBLIES
LOSB ASSY
B
C
CN107
H
SLDR
MOTOR
(PIVNP1628-A)
INSB ASSY
C
LOMB ASSY
A
FGSB ASSY
D
SIDE A
D
SPINDLE MOTOR
(PIVNP1627-B)
ASSY
24
1234
DA B C
Page 40
1
234
4.2 PWSB AND DILB ASSEMBLIES
PWSB ASSY
F
DILB ASSY
G
(PIVNP1625-B)
(PIVNP1625-B)
CN102
E
A
SIDE A
B
PWSB ASSY
F
DILB ASSY
G
CN103
E
(PIVNP1625-B)
(PIVNP1625-B)
C
SIDE B
D
F G
1
2
3
4
25
Page 41
1
4.3 FLKB ASSY
A
E
B
FLKB ASSY
23
SIDE A
4
CN201
F
SIDE B
C
FLKB ASSY
E
D
Q105
26
E
1234
Page 42
5
G
CN301
678
A
CN105
H
B
(PIVNP1625-B)
Q103IC102
C
Q105 IC101 Q101 Q107 Q106 Q104 Q108
5
6
7
(PIVNP1625-B)
E
8
D
27
Page 43
1
23
4
4.4 DVDM ASSY
A
IC601
B
IC701
IC501
Q401
|
Q403
IC506
IC401
IC302
IC303
Q301
IC203
VC301
CN101
E
• This PCB is a four-layered board. Middle layer is mainly connected to Vcc and GND.
CN201
J
DVDM ASSY
H
B
CN301
IC202
IC806
IC807
Q291
IC204
IC801
IC151
C
D
IC161
IC271
IC171
IC824
Q802
IC206
Q801
Q105
IC902
IC815 IC816
Q455
Q891
IC813
Q102
IC814
Q873
IC818
|
IC820
IC810
IC811
VR801
VR891
PICKUP
ASSY
(PIVNP1624-C)
28
CN301
I
CN901
I
CN191
I
SIDE A
H
1234
Page 44
1
DVDM ASSY
H
234
A
IC505
Q601
|
IC605
Q603
Q771
IC504
Q772
IC502
IC603
IC503
IC602
B
IC301
IC604
IC703 IC817
IC702
IC201
IC808
IC809
IC205
IC805
IC821
IC802
Q261
Q871
Q851
Q831
Q106
IC901
Q107
Q872
Q852
Q832
IC101
C
IC804
Q103
Q108
|
Q110
Q104
D
(PIVNP1624-C)
SIDE B
H
1
2
3
4
29
Page 45
1
4.5 A VJB ASSY
A
B
AVJB ASSY
I
IC102
IC101
IC201
23
VC301
H
4
CN801
CN803
H
IC191
Q502
Q501
C
L
CN100
Q602
Q601
IC701
D
H
SIDE A
CN802
IC901
30
I
1234
(PIVNP1626-B)
Page 46
1
AVJB ASSY
I
234
A
IC301
|
IC306
Q121
|
Q124
IC102
IC201
Q221
|
Q224
Q511
|
Q514
Q521
|
Q524
B
C
SIDE B
1
IC701
D
IC901
(PIVNP1626-B)
31
I
2
3
4
Page 47
1
23
4.6 POWER SUPPLY, MSWB AND SCCB ASSEMBLIES
A
MSWB ASSY
K
AC IN
B
POWER SUPPLY ASSY
J
4
Q101
|
Q103
(PIVNP1626-B)
SCCB ASSY
L
C
CN100
I
IC201
Q511
IC411
IC711
CN19
Q108
Q107
CN101
(PIVNP1629-A)
D
SIDE B
H
SIDE A
32
J K L
1234
Page 48
5. PCB PARTS LIST
NOTES:•Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
The mark found on some component parts indicates the importance of the safety factor of the part.
•
Therefore, when replacing, be sure to use parts of identical designation.
When ordering resistors, first convert resistance values into code form as shown in the following examples.
•
Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%,
and K=10%).
560 Ω→56 × 10
47k Ω→47 × 103→ 473 ........................................................ RD1/4PU 4 7 3 J
0.5 Ω→R50 .....................................................................................RN2H
1 Ω→1R0 .....................................................................................RS1P
Ex.2 When there are 3 effective digits (such as in high precision metal film resistors).
5.62k Ω→ 562 × 10
5.1 LIST OF WHOLE PCB ASSEMBLIES
1
→ 561 ........................................................ RD1/4PU 5 6 1 J
R 5 0
1 R 0
1
→ 5621 ...................................................... RN1/4PC 5 6 2 1 F
K
K
kraMnoitpircseDdnalobmyS
PSN
PSN
PSN
PSN
PSN
PSN
PSN
PSN
PSN
PSN
.oNtraP
E2P-VD
YSSABAOL
YSSABMOL
YSSABSOL
YSSABEMS
YSSABSNI
YSSABSGF
YSSAYKLF
YSSABKLF
YSSABSWP
YSSABLID
YSSABSKJ
YSSABJVA
YSSABWSM
YSSAMDVD
YSSAYLPPUSREWOP
YSSABCCS
8971MWVIP
6881GWVIP
5881GWVIP
7971MWVIP
3881GWVIP
4881GWVIP
2971MWVIP
6781GWVIP
7391GWVIP
1881GWVIP
6971MWVIP
5751VWVIP
2881GWVIP
1731SWVIP
5821RWVIP
7751VWVIP
skrameR
33
Page 49
5.2 PARTS LIST FOR DV-P2E
Mark No. Description Part No.
LOAB ASSY
OTHERS
PC BOARD LOAB PIVNP1628
LOMB ASSY
A
OTHERS
CN401 KR CONNECTOR PIB2B-PH-K-S
LOSB ASSY
B
SWITCH
S301 PIVSK1011
OTHERS
CN303 KR CONNECTOR PIB2B-PH-K-S
CN302 8P FFC CONNECTOR PIVKN1268
CN301 12P FFC CONNECTOR PIVKN1272
SMEB ASSY
OTHERS
PC BOARD SMEB PIVNP1627
INSB ASSY
C
SWITCH
S201 PIDSG1017
OTHERS
CN201 KR CONNECTOR 3P PIB3B-PH-K-S
CN202 8P FFC CONNECTOR PIVKN1239
PCB BINDER PIDEF1012
Mark No. Description Part No.
FGSB ASSY
D
SEMICONDUCTOR
PC101 PIGP2S27(B)
RESISTORS
All Resistors PIRS1/10S J
OTHERS
CN101 KR CONNECTOR 3P PIB3B-PH-K-S
FLKB ASSY
E
SEMICONDUCTORS
IC101 PIPD4890A
IC102 PIS-806D
Q103 PIDTD113ES
D112 PIEP05Q04
SWITCHES
S102-S106 PIRSG1030
CAPACITORS
C101,C102 PICEJA470M6R3
C117,C125-C128 PICKSQYB102K50
C111-C114 PICKSQYF104Z25
RESISTORS
All Resistors PIRS1/10S J
OTHERS
CN103 FJ CONNECTOR 4P PI04P-FJ
CN102 FJ CONNECTOR 6P PI06P-FJ
REMOTE RECEIVER UNIT PIGP1U28X
V101 FL TUBE PIVAW1046
CN101 14P FFC CONNECTOR PIVKN1274
X101 CERAMIC RESONATOR PIVSS1104
SPACER PIVEC1599
FL HOLDER PIVNF1087
(5MHz)
34
Page 50
Mark No. Description Part No.
PWSB ASSY
F
SEMICONDUCTORS
Q201 PIPDTA124EK
D202 PISLP4118C51H
D201 PISLP9118C51H
SWITCH
S202 PIRSG1030
RESISTORS
All Resistors PIRS1/10S J
OTHERS
CN201 FJ CONNECTOR 6P PI06R-FJ
Mark No. Description Part No.
IC817 PITC74VHCT541AFT
IC811,IC818,IC819 PITC7SHU04F
IC810 PITC7WU04F
IC301 PITLC5540INS
IC603 PIVYW1602
Q401 PI2SB1260
Q108 PIHN1K03FU
Q455,Q831,Q832,Q851,Q852 PIIMT1A
Q871,Q872 PIIMT1A
Q103,Q402,Q873 PIIMX1
Q102,Q104,Q291,Q301 PIIMZ1A
Q106,Q603 PIPDTA114EK
Q107,Q109,Q261,Q602 PIPDTC114EK
Q601,Q771,Q772 PIPDTC114TK
D301 PIKV1410
D171,D172 PIMA152WK
D601 PIRB501V-40
DILB ASSY
G
SEMICONDUCTOR
D301 PIMA111
OTHERS
CN301 FJ CONNECTOR 4P PI04R-FJ
PL301 LAMP (DVD ILUM.) PIVEL1022
DVDM ASSY
H
SEMICONDUCTORS
IC171 PIBA10393F
IC161 PIBA6195FP
IC151 PIBA6797FP
IC813 PICY2081SL-611
IC702 PIHM514800CJ-7
IC101 PILA9700M
IC201 PILC78650NE
IC802 PIMB811171622A-100FN
IC801 PIMB86371
IC815,IC816 PIMC14577CF
IC271,IC302 PINJM2100M
IC203 PINJM2107F
IC901 PIPD2058A
IC601 PIPD3381A
IC701 PIPD4833A
IC501 PIPD4889A
IC401 PITA78M08F
IC502 PISRM2B256SLMX70
IC202,IC204,IC206,IC902 PITC4W53F
IC604 PITC551001BFL-85
IC503 PITC74HC573AF
IC804 PITC74HCT541AF
IC303 PITC74HCU04AF
IC807,IC808 PITC74LCX245FT
IC821 PITC74VHC00FT
IC814,IC820 PITC74VHC02FT
IC505,IC605 PITC74VHC139FT
IC504 PITC74VHC20FT
IC805,IC806,IC809 PITC74VHC541FT
IC506 PITC74VHCT245AFT
COILS AND FILTERS
F771,F778,F779 CHIP BEAD PIDTF1067
L941,L942,L945,L946 PIQTL1011
CHIP SOLID INDUCTOR
F896 FERRITE BEAD PIVTF1077
F801 VIDEO FILTER PIVTF1098
F401-F406 CHIP EMI FILTER PIVTH1037
L301 CHIP COIL (1.5mH) PIVTL1059
L101,L302 CHIP COIL (10mH) PIVTL1061
L802,L803 CHIP COIL PIVTL1067
L335,L340,L342 CHIP BEAD PIVTL1074
L777,L780-L787,L895 PIVTL1075
CHIP BEAD
L897-L899 CHIP BEAD PIVTL1075
CAPACITORS
C623 PICCSRCH100D50
C152,C208,C291,C612,C613 PICCSRCH101J50
C700,C735,C737,C739 PICCSRCH101J50
C897,C898 PICCSRCH101J50
C111,C139,C215,C231,C232 PICCSRCH151J50
C248 PICCSRCH151J50
C125,C148,C329 PICCSRCH180J50
C112,C118 PICCSRCH220J50
C121,C130,C199,C319,C324 PICCSRCH330J50
C120 PICCSRCH331J50
C310,C323,C327 PICCSRCH470J50
C230 PICCSRCH471J50
C126,C331,C838 PICCSRCH560J50
C127,C330,C863,C873,C882 PICCSRCH5R0C50
C160 PICCSRCH680J50
C401 PICEV101M10
C101,C104,C201,C325,C601 PICEV101M6R3
C701,C704,C706,C801 PICEV101M6R3
C803,C804,C813-C815,C826 PICEV101M6R3
C901 PICEV101M6R3
C123,C158,C264,C412,C414 PICEV220M16
C835,C895 PICEV221M4
C131,C135,C205,C206,C301 PICEV470M6R3
C303,C404,C406,C408,C410 PICEV470M6R3
C501,C504,C832,C836,C841 PICEV470M6R3
35
Page 51
Mark No. Description Part No.
C887 PICEV470M6R3
C211 PICKSQYB104K25
C109,C124,C216,C220,C229 PICKSQYB105K10
C234,C261,C275,C308,C326 PICKSQYB105K10
C332,C333,C730,C731 PICKSQYB105K10
C818,C823,C828 PICKSQYF105Z16
C213,C292,C309,C321 PICKSRYB102K50
C105,C106,C108,C146,C147 PICKSRYB103K50
C151,C154-C157,C161,C207 PICKSRYB103K50
C217,C221,C247,C263,C265 PICKSRYB103K50
C276,C318,C320,C620,C705 PICKSRYB103K50
C722,C772,C859 PICKSRYB103K50
C143,C162-C165,C223,C224 PICKSRYB104K16
C242,C273,C274,C311,C312 PICKSRYB104K16
C315 PICKSRYB104K16
C141 PICKSRYB222K50
C328 PICKSRYB223K25
C262,C271 PICKSRYB472K50
C122 PICKSRYB473K16
C102,C103,C113,C129 PICKSRYF104Z16
C132-C134,C136,C137,C159 PICKSRYF104Z16
C166,C191,C202-C204,C209 PICKSRYF104Z16
C214,C218,C219,C222 PICKSRYF104Z16
C226-C228,C235,C237,C241 PICKSRYF104Z16
C246,C302,C304,C305,C317 PICKSRYF104Z16
C322,C402,C403,C405,C407 PICKSRYF104Z16
C409,C411,C413,C415 PICKSRYF104Z16
C502,C503,C505-C509 PICKSRYF104Z16
C602-C605,C608-C611 PICKSRYF104Z16
C614,C615,C617,C621,C622 PICKSRYF104Z16
C702,C703,C707-C721 PICKSRYF104Z16
C732-C734,C736,C738 PICKSRYF104Z16
C740-C742,C771,C791,C800 PICKSRYF104Z16
C802,C805-C812,C816,C817 PICKSRYF104Z16
C819-C822,C824,C825,C827 PICKSRYF104Z16
Mark No. Description Part No.
R920,R921,R935,R936,R961 PIRS1/10S0R0J
R205 PIRS1/10S101J
R835,R839,R855,R859,R875 PIRS1/16S1001F
R881 PIRS1/16S1001F
R834,R854,R874 PIRS1/16S1201F
R823-R825 PIRS1/16S1500F
R117,R118 PIRS1/16S1501F
R126 PIRS1/16S1502F
R241,R247 PIRS1/16S2202F
R110,R153,R155,R173,R174 PIRS1/16S2702F
R213,R228,R229,R248 PIRS1/16S2702F
R152,R156,R158-R164 PIRS1/16S4702F
R167-R170,R172,R175,R194 PIRS1/16S4702F
R227 PIRS1/16S4702F
VR801 (1kΩ) PIVCP1125
Other Resistors PIRS1/16S J
OTHERS
CN101 PH CONNECTOR PIS14B-PH-SM3
CN801 PH CONNECTOR PIS4B-PH-SM3
TP100,TP200,TP300,TP400 PIVKF1001
CHECKER CHIP
CN201 B TO B CONNECTOR PIVKN1324
14P
CN106 7P FFC CONNECTOR PIVKN1411
CN107 12P FFC CONNECTOR PIVKN1416
CN105,CN803 PIVKN1418
14P FFC CONNECTOR
CN802 17P FFC CONNECTOR PIVKN1421
CN102 20P FFC CONNECTOR PIVKN1445
KN1-KN3 EARTH METAL PIVNF1109
LABEL PIVRW1634
X602 CHIP CERAMIC PIVSS1114
RESONATOR (20MHz)
X501 CHIP CERAMIC PIVSS1115
RESONATOR (10MHz)
C829,C830,C833,C834,C837 PICKSRYF104Z16
C839,C840,C842-C848 PICKSRYF104Z16
C861,C862,C867,C871,C872 PICKSRYF104Z16
C876,C878,C881,C883 PICKSRYF104Z16
C888-C890,C902-C905,C911 PICKSRYF104Z16
C852,C855,C857 (2.2µF/6.3V) PIVCG1030
C858,C922-C924 (2.2µF/6.3V) PIVCG1030
VC301 (40pF) PIVCM1010
RESISTORS
R752 PIRA4C101J
R507,R508,R624,R628,R633 PIRA4C103J
R703,R704,R717,R718 PIRA4C103J
R745,R746,R761,R762,R792 PIRA4C103J
R812,R813 PIRA4C103J
R137,R501,R502,R505,R506 PIRA4C220J
R604-R607,R712,R713,R719 PIRA4C220J
R724,R748,R749,R791 PIRA4C220J
R802,R803,R808 PIRA4C220J
R602,R603,R610,R613,R618 PIRA4C470J
R101,R11-R14,R141 PIRS1/10S0R0J
R15-R17,R171,R18 PIRS1/10S0R0J
R201-R203,R266,R300,R319 PIRS1/10S0R0J
R333,R411-R413,R701 PIRS1/10S0R0J
R775,R776,R891,R893 PIRS1/10S0R0J
X901 CHIP CERAMIC PIVSS1118
IC SOCKET FOR IC603 PIVKH1012
AVJB ASSY
I
RESONATOR (24MHz)
SEMICONDUCTORS
IC102,IC201 PIBA4560F
IC191 PIPD0236AM
IC101 PIPD2029A(L)
IC901 PITC74HCU04AF
IC304-IC306 PITC7S02F
IC303 PITC7S04F
IC301,IC302 PITC7WU04F
Q123,Q223 PI2PB709A
Q514 PI2PD601A
Q501,Q502,Q601,Q602 PI2SC1740S
Q124,Q224 PI2SD2114K
Q523,Q524 PIPDTA124EK
Q121,Q122,Q221,Q222 PIPDTC124EK
Q521,Q522 PIPDTC124EK
D401,D501,D601 PIMA111
D113 PIUDZS6.2B
36
Page 52
Mark No. Description Part No.
Mark No. Description Part No.
COILS
L101,L191,L201,L301,L801 PILAU220J
L901 PILAU220J
L903 PULSE TRANS. PIPTL1003
L902 NOISE FILTER PIRTF1167
L302,L303 CHIP BEAD PIVTL1098
SWITCH
S30 PIVSH1020
CAPACITORS
C103,C203 PICCSQCH820J50
C310,C322 PICCSQCH120J50
C320 PICCSQCH270J50
C311 PICCSQCH330J50
C106,C111,C206,C211 PICCSQCH470J50
C307,C308 PICCSQCH470J50
C114,C191,C193,C801,C901 PICEAT101M10
C903 PICEAT101M10
C503,C603 PICEAT102M6R3
C300 PICEAT470M16
C101,C201 PICEAT471M16
C107,C207 PICEGA470M25
C104,C113,C204 PICEZA470M25
C112,C212,C224,C904 PICKSQYF103Z50
C102,C105,C115,C192,C202 PICKSQYF104Z25
C205,C228,C301-C306,C309 PICKSQYF104Z25
C321,C333,C401,C502,C511 PICKSQYF104Z25
C516,C602,C802,C902,C906 PICKSQYF104Z25
C911-C913 PICKSQYF104Z25
C108,C208 PICQMBA332J50
VC301 (20pF) PIVCM-008
RESISTORS
R508,R518,R607 PIRN1/10SC75R0D
R106,R111,R206,R211 PIRN1/10SE4702D
Other Resistors PIRS1/10S J
POWER SUPPLY ASSY
J
SEMICONDUCTORS
IC201 PIAN1431T
IC411 PIVZF1048
IC711 PIVZF1060
Q101,Q103 PIVZF1062
Q102 PI2SC3377
D511 PI10ELS2
D105 PI1SS270A
D104 PIMTZJ2.4B
D106 PIPS2561L1-1VM
D103 PIRD18FB2
D311 PIS3L20U
D101 PIVZF1044
D108,D110 PIVZF1045
D211 PIVZF1058
D411 PIVZF1059
D212 PIVZF1061
Q511 PI2SC1740S
D512,D514 PI1SS270A
D513 PIMTZJ8.2B
OTHERS
P311 FUSE (1A) PIVEK1041
P211 FUSE (1.5A) PIVEK1048
F101 FUSE (2A) PIVEK1049
MSWB ASSY
K
SWITCH
S10 PIASG1006
CAPACITOR
C10 (0.01µ/AC250V) PIACG7010
OTHERS
CN501 4P MINI DIN SOCKET PIAKP7008
CN301 KR CONNECTOR PIB4B-PH-K-S
JA101 4P PIN JACK PIDKB1038
JA801 OPTICAL MODULE PIGP1F32T
JA401 REMOTE CONTROL PIRKN1004
JA601 1P PIN JACK PIVKB1063
JA901 1P PIN JACK (NI,BLK) PIVKB1077
CN19 8P FFC CONNECTOR PIVKN1239
CN191 14P FFC CONNECTOR PIVKN1245
CN901 17P FFC CONNECTOR PIVKN1248
KN301 EARTH METAL PIVNF1084
X302 CRYSTAL (16MHz) PIVSS1081
X301 CRYSTAL (18.432MHz) PIVSS1116
JACK
PCB BINDER PIVEF1040
SCREW TERMINAL PIVNE1948
OTHERS
CN10 AC CORD SOCKET PIRKP1751
SCCB ASSY
L
SEMICONDUCTORS
Q100 PI2SA933S
Q107,Q108 PIPDTC124EK
D114 PIMA111
D101,D103 PIUDZS5.1B
CAPACITORS
C110,C126 PICCSQCH271J50
C106,C116,C125,C128 PICKSQYF104Z25
RESISTORS
R109 PIRN1/10SC75R0D
Other Resistors PIRS1/10S J
OTHERS
JA100 RGB CONNECTOR PIVKB1037
CN100 8P FFC CONNECTOR PIVKN1239
PCB BINDER PIVEF1040
PC BOARD (SCCB) PIVNP1629
37
Page 53
6. ADJUSTMENT
6.1 ADJUSTMENT ITEMS AND LOCATION
Adjustment Points (PCB Part)
DVDM ASSY
AVJB ASSY
1
13
2
14
CN201
1,2 : FE
3,4 : GNDS
5,6 : RFO
7,8 : GNDS
9,10 : TE
11,12 : VREF
13 : TDO
14 : FDO
IC302
VC301
2
IC501
CN201
1
VR801
CN101
3
IC701
IC801
SIDE A
IC813
IC601
1
1
VC301
Adjustment Items
[Mechanical Part]
1
Tangential Skew and Radial Skew Coarse Adjustment
2
DVD Jitter Adjustment
[Electrical Part]
18MHz Master Clock Adjustment
1
1
2
VCO Offset Adjustment
3
Video Output Level Adjustment
Adjustment Points (Mechanism Part)
2
1
Radial adjustment screw
2
1
Tangential adjustment screw
Note 1:
Remove the tray when adjusting
the tangential and radial
adjustment screws.
Note 2:
After the adjustment, stabilize
the screw with an adhesive.
38
Page 54
6.2 JIGS AND MEASURING INSTRUMENTS
CD test disc (PIABEX-784)
Precise screwdriver
Frequency counter
Display digit 8-digit
X1
JITTER
27M
LEVEL
DVD test disc (PIDVD-MJK1) Screwdriver (medium)
Screwdriver (large)
TV monitor
Screwdriver (medium)
Test mode remote control
unit (PIGGF1067)
Screwdriver (small)
CH1 CH2
(X) (Y)
Dual-trace oscilloscope
(with delay)
Frequency band 40MHz
Hexagonal screwdriver
Jitter Meter
Equalizer Unit
39
Page 55
6.3 TEST MODE
TEST MODE: ON
POWER
ON
ESC TEST
PIGGF1067
Test mode
remote control
unit
TEST MODE: DISC SET
• With TRAY
<TRAY OPEN>
REPEAT A
TEST MODE: PLAY
<TRACKING OFF PLAY>
TEST
TEST
+
2
TILT-OFF
TRKG-OFF
5
PLAY TILT- OFF
TRKG- OFF
DVD disc
e
E
<TRAY CLOSE>
REPEAT A
TILT-OFF(N)
TRKG-ON
PLAY TILT- OFF(N)
TRKG- ON
CHECK
DVD:S-CDV
TILT-OFF(N)
TRKG-OFF
<TRACKING ON PLAY>
TEST MODE: OFF
POWER
OFF
40
TILT-OFF
TRKG-ON
OR
ESC
PIGGF1067
Test mode
remote control
unit
Page 56
6.4 NECESSARY ADJUSTMENT POINTS
When
EXCHANGE MECHANISM ASSY PARTS
Exchange pickup
Exchange spindle motor
EXCHANGE PCB ASSY
Exchange board
AVJB ASSY
Exchange board
DVDM ASSY
Adjustment Points
Mechanical
point
Electric
point
Mechanical
point
Electric
point
Mechanical
point
Electric
point
Note : is adjusted already.
Mechanical
point
1 289
,
Electric
point
Note : and are adjusted already.
When replacing the FLASH MEMORY (IC603) on
the DVDM Assy, follow the "6.5 REGION SETTING".
6.5 REGION SETTING
Perform this operation after confirming the region number of each destination on the cover.
Region number decided once can be changed never again.
1 2
POWER
ON
Setting end
Indication of
disappears.
2
Ask the Region.
[ Player's Region Setting ]
〈 2 〉 : Region 2
〈 4 〉 : Region 4
Pick out any one of these !
(Blinking)
Note : Region is decided by destination of the player
automatically, and there is a case when it
doesn't ask on this screen. There is not need
of this setting at that occasion.
〈 etc. 〉
34
etc.
〈 4 〉
3
4
OROR
〈 2 〉
3
2
Key input the number with the test mode remote control unit (PIGGF1067).
41
Page 57
6.6 MECHANICAL ADJUSTMENT
Tangential Skew and Radial Skew Coarse Adjustment
1
• Test mode
TRKG
• Play the DVD test disc
at outer track.
→ OFF
START
DVDM ASSY
CN201
RFO
5
Player
Mechanism
assy
Tangential
Adjustment
Screw
∗
See “Adjustment
points”.
Mechanism
assy
Radial
Adjustment
Screw
∗
See “Adjustment
points”.
Probe (10:1)
RF(11T)
Max.
RF(11T)
Max.
CH1 CH2
(X) (Y)
Oscilloscope
V: 50mV/div.
H: 0.5µsec/div.
AC mode
DVD Jitter Adjustment
2
TEST DIG/ANA
• Test mode
TRKG
• Play the DVD test disc
at outer track
(around #1F0000).
→ ON
Player
START
DVDM ASSY
CN201
RFO
5
EQ
UNIT
∗
points”.
VIDEO OUT
∗
points”.
Mechanism
assy
Tangential
Adjustment
Screw
See “Adjustment
Mechanism
assy
Radial
Adjustment
Screw
See “Adjustment
Probe (10:1)
JT:Min.
VIDEO IN
JT:Min.
JT[0000] 0280
TV monitor
CHECK
Jitter < 6.0 nS
LEVEL
X1
JITTER
27M
42
Jitter Meter
Page 58
6.7 ELECTRICAL ADJUSTMENT
1
18MHz Master Clock Adjustment
• Normal mode
• Power ON
Player
START
DVDM ASSY
6
IC813
2
VCO Offset Adjustment
AVJB ASSY
27MHz ± 20Hz
VC301
Frequency counter
• Normal mode
• Play the DVD test disc
START
DVDM ASSY
1
IC302
Player
DVDM ASSY
VC301
Probe (10:1)
CH1 CH2
(X) (Y)
1.9V ± 0.1V
GND
Oscilloscope
V: 50mV/div.
H: 10msec/div.
DC mode
TV trigger
43
Page 59
3
Video Output Level Adjustment
• Normal mode
• Still the DVD test disc
100% White Screen.
START
TV monitor
VIDEO
OUT
VIDEO
IN
Player (Rear)
DVDM ASSY
VR801
Probe (10:1)
CH1 CH2
(X) (Y)
Oscilloscope
1Vp-p
V: 20mV/div.
H: 10µsec/div.
AC mode
TV trigger
44
Page 60
6.8 OPERATIONS IN THE TEST MODE
Test Mode Remote Control Unit (PIGGF1067)
Player status
Play Stop
Play Still
Tray
open
Play
REPEAT B
PAUSE
+10
3
1
8
3
CHP/TM
Tray Move
Tray Close
Tray Move
Tray Open
Search to
input frame #
# 3183
LASER
SR
DISC
TEST
MODE
REP.A REP.B STEREO P. N
A,MON TV/LDP
SIDE
A B SCAN
×3
CHAPTER
SKIP
1 2 3 CLEAR
456+10
7890
FRM/TIM CHAP CHP/TIM SEARCH
DIG/ANA DISP
ESC CX
×3
PAUSE
TEST
−
SPEED
STILL
STEP
+
PLAY
PIGGF1067
Clamp
TEST 3
Clamp
Tray
REPEAT A
open
Clamp
TEST 2
SPDL ON,
TRK servo OFF
TRK
servo
OFF
TRK
servo
ON
+
Focus sweep
(Up and Down)
Slider Move
Disc clamp
TEST 5
+
TRK servo
ON
TRK servo
OFF
TV Monitor Display
Character in bold : Item name
: Information display
Address
Tilt error value, Tilt servo status
Tracking status
Spindle status
AGC setting
FTS servo IC information
C1 error value of CD and DVD
Internal operation mode of
the mechanism control
Disc judgment
Pickup
Note : Switch the first and second screen
by pressing the [DISPLAY] key on the
remote control unit.
Remote control code
Key code
Mechanical position value
Slider position
Output video system
FL controller version
Region setting for the player
Flash ROM version
System controller revision
DVD mechanism controller revision
AV-1 chip version
First screen display
FL controller version
GUI-ROM number
Part No. of flash ROM and system controller
Part No. of DVD mechanism controller
Second screen display (at lower right portion of the screen)
45
Page 61
7. GENERAL INFORMATION
7.1 DISASSEMBLY
1
1
2
1
1
1
1
DVDM ASSYBONNET
4
1
4
Be careful of the flexible cable.
1
2
3
DISC TRAY
2
1
3
POWER
1
2
5
2
OPEN/CLOSE
DVDM ASSY
DVDM ASSY
3
6
6
46
3
Note : For the mechanism section disassembly, refer to
4
the service guide.
Page 62
7.2 BLOCK DIAGRAM
CODE Buffer
16M bit SDRAM
IC802
MB811171622A-100FN
(Video, Audio, Sub-picture,GUI)
Memory Controller
I/F
CPU
GUI
Sub-
picture
Decoder
Video
MPEG2
Decoder
SYSTEM
(DMUX)
Decoder
Video Out
MIX
Y
DAC
NTSC
C
DAC
Copy
Guard
/PAL
Comp.
DAC
encode
AV Sync
Lt
Rt
PCM D-Out
D/A
S/PDIF
AC3/MPEG1
Audio Decoder
DVD/V-CD
controller
AC3 D-Out
(MPEG2 Decoder)
AV Decoder
IC801
MB86371
IC601
PD3381A
IC604
System CPU
(32 bit RISC)
IC603
VBR Buffer
4M bit DRAM
IC702
HM514800CJ-7
IC701
PD4833A
RAM
TC551001BFL-85
ROM
VYW1602
CPU
DRAM I/F
(bus arbitor)
Sync
LSI-11
Demod
A/D
IC301
TLC5540INS
HA
OEIC
Program Stream
I/F
DMA
ECC &
ID Reg.
control
Spindle
SREO
XSACK
SREO
XSACK
CD-ROM Sync gen.
Sub-code Buffer
I/F
Sub-CPU
TE
GEN
CD PCM
IC201
CD DSP
LC78650NE
CD Digital Out
EFM
Servo
Decoder
IC501
PD4889A
DSP
IC101
PD4890A
CPU
Control
Mechanism
CPU
Display
Key-SW
& Display
sense SW
Mechanism
TA
FA
Motor
Spindle
Slider
Motor
Loading
47
Page 63
8. PANEL FACILITIES AND SPECIFICATIONS
8.1 PANEL FACILITIES
FRONT PANEL
ST ANDBY indicator
DVD PLAYER
STANDBY
POWER
—OFF_STANDBY/ON
ÛN¿◊<x
FL OFF
Display OFF button
(FL OFF)
POWER switch
REAR PANEL
Digital Output Jack (Coaxial)
This is used for output of the digital audio signal
recorded on CDs and Video CDs. Depending on the
components you connect this digital output to, noise
may be generated.
When connecting to an AC-3 compatible component,
use the PCM/ jack. (Refer to the chart on the
right.)
Disc illumination
Turned off when a disc other
than a DVD is played back.
Disc table
ANGLE
LAST MEMORY
96 kHz
GUI
TITLE CHP/TRK REMAINTOTAL
'
DIGITAL VIDEO
Display window
Regular AV amp
Your
amp
AC-3 compatible
amp
Coaxial Connect to the coaxial jack, and select PCM from the menu.
Optical Connect to the optical jack, and select PCM from the menu.
Coaxial Connect to the PCM/
Optical Connect to the optical jack, and select PCM/DOLBY DIGITAL from the menu.
Remote sensor
DOLBY
DIGITAL
Reverse 41
button
Open/Close 0 button
Play/Pause 6 button
0
14¡¢
7
£¥8
with
Stop 7 button
Forward ¡¢ button
jack, and select PCM/DOLBY DIGITAL from the menu.
48
Video output jack
Optical Digital Output
Audio optical digital output. Switchable between
PCM/DOLBY DIGITAL and PCM output.
DIGITAL OUT
PCM/
Ÿ
PCM/Ÿ(OPT)
12
VIDEO OUT
S-VIDEO OUT
AUDIO OUT
RL
1
2
Audio output jacks
There are two sets of outputs, 1 and
2, which you can simultaneously
connect. Connect 1 to the TV , and 2 to
your AV amp.
S-Video output jack
TV SYSTEM Switch
TV SYSTEM
NTSC PAL AUTO
Power cord connection terminal.
AC IN
Page 64
DISPLAY WINDOW
Indicates GUI operation
is being performed.
This lights during play of
a disc with a sampling
frequency of 96 kHz.
Indicates that title is
being displayed
96 kHz
TITLE CHP/TRK REMAIN TOTAL
Indicates the playback mode,
title, type of disc, etc. as follows:
:Compact disc
:DVD
:Video CD
:Playback control playback on Video CD
:Disc table is opening or is open
:Disc table is closing
:Random playback
:Program mode
:Repeat mode
:Start point of 2 point repeat playback
:2 point repeat playback
:Repeat playback of the title
:Repeat playback of the chapter
:Disc repeat
:Cinema mode
:Standard mode
:When memory repeat is selected
:When track repeat is selected
:When chapter repeat is selected
Indication location for Last
Memory is being recorded
in memory.
Indicated Multi-Angle
playback is in progress.
GUI
ANGLE
Indicates that chapter/
track is being displayed
Indicates that playback
settings (condition) have been
memorized.
LAST MEMO CONDITION
Indicates total playback
time of side
Indicates remaining
playback time
Indicates Dolby digital playback
DOLBY
DIGITAL
:When side repeat is selected
:When title repeat is selected
:When all repeat is selected
:
When program repeat is selected
:Playback
:Stop
:Pause
:No disc
:Power is turned off
:Menu mode
:Title menu
:Chapter menu
:Subtitle menu
:Set-up menu
:Audio menu
:Angle menu
:Condition memory
:Last memory
49
Page 65
REMOTE CONTROL
Subtitle button (SUBTITLE)
Power button (POWER)
Audio switching button (AUDIO)
Title button (TITLE)
Fast reverse button (REV 1)
Pause button (PAUSE 8)
Stop button (STOP 7)
Number buttons (1-9, 0, +10)
Program button (PROGRAM)
Chapter/time button (CHP/TIME)
Repeat button (REPEAT)
Repeat A-B button (REPEAT A-B)
POWER
AUDIO SUBTITLE ANGLE DISPLAY
TITLE
23
PREV NEXT
4¢
REV PAUSE PLAY FWD
18 3¡
STOP STEP
123C
456
7890
PROGRAM
CHP/TIME
REPEAT REPEAT
A-B
OPEN/
CLOSE
0
MENU
RETURN
5
ENTER
∞
7eE
CLEAR
+10
MODE RANDOM
LAST MEMO CONDITION
Angle button (ANGLE)
Open/Close button (OPEN/CLOSE 0)
Display button (DISPLAY)
Menu button (MENU)
Return button (RETURN )
Menu operation buttons
Direction buttons (2 • 3 • 5 • )
5
Enter button (ENTER)
Previous button (PREV 4)
Next button (NEXT¢)
Forward button (FWD ¡)
Play button (PLAY 3)
Step buttons (STEP e / E)
Clear button (CLEAR)
Random button (RANDOM)
Mode button (MODE)
Condition button (CONDITION)
Last Memory button (LAST MEMO)
50
Page 66
8.2 SPECIFICATIONS
General
System ....................................... DVD system,Video CD system and
Laser ................................ Semiconductor laser: wavelength 635 nm
Power requirements: .................. AC 110-120 V/220-240 V, 50/60 Hz
Power consumption ..................................................... 22 W (|3 W)
Weight ..................................................................... 2.9 kg (6 lb 6 oz)
Dimensions .................................... 420 (W) x 284 (D) x 104 (H) mm
Operating temperature ................... +5°C to +35°C (+36°F to +96°F)
Operating humidity ............................. 5% to 85% (no condensation)
Compact Disc digital audio system
(16 9/
x 11 5/
(Not including protruding cables, etc.)
16
x 4 in.)
16
S-Video Output
Y (luminance) - Output level.......................................... 1 Vp-p (75Ω)
C (color) - Output level ........................................... 286 mVp-p (75Ω)
Jacks ........................................................................... S-VIDEO jack
Video Output
Output level .........1 Vp-p (75Ω when loaded, synchronous negative)
Jacks .......................................................................................... RCA
Audio Output (2 pairs)
Output level
During audio output............................... 200 mVrms (1 kHz, –20 dB)
Number of channels ........................................................................ 2
Jacks .......................................................................................... RCA
Digital audio characteristics
Frequency response 4 Hz to 22 kHz (DVD fs: 48 kHz)
4 Hz to 20 kHz (CD)
S/N ratio 115 dB (EIAJ)
Dynamic range 97 dB (EIAJ)
Total harmonic distortion
0.003 %
Wow and flutter Limit of measurement
(±0.001% W. PEAK) or lower (EIAJ)
Other T erminals
Optical digital output (PCM/ )...........................Optical digital jack
Coaxial digital output (PCM/ )........................................RCA jack
Accessories
Remote control unit ......................................................................... 1
AA (LR6) dry cell batteries.............................................................. 2
Audio cord ....................................................................................... 1
Video cord ....................................................................................... 1
Power cord ...................................................................................... 1
Operating Instructions..................................................................... 1
NOTE:
The specifications and design of this product are subject to change
without notice, due to improvement.
"Dolby, Digital (AC-3)" and the double-D symbol are trademarks
of Dolby Laboratories Licensing Corporation.
Accessories
Audio cord (PIVDE1033)
(L=1.5m)
Video cord (PIVDE1048)
(L=1.5m)
Power cord (PIADG1154)
Yellow
White
Red
Remote control unit (PIVXX2595)
POWER
AUDIO SUBTITLE ANGLE DISPLAY
REPEAT REPEAT
PROGRAM
A-B
1 23 C
456
7890
CHP/TIME
MODE RANDOM
LAST MEMO CONDITION
TITLE
PREV NEXT
23
4¢
REV PAUSE PLAY FWD
ENTER
18 3¡
∞
STOP STEP
7eE
CLEAR
+10
OPEN/
CLOSE
0
MENU
5
RETURN
Batteries ..... 2
Other included items :
• Warranty card
• Operating Instructions
(this manual)
51
Page 67
DVD PLAYER
DV-P2E
SERVICE GUIDE
CONTENTS
1. CIRCUIT DESCRIPTION ...................................... 2
2. TEST MODE ......................................................... 6
3. IC INFORMATION .............................................. 15
4. FL INFORMATION.............................................. 35
Page 68
1. CIRCUIT DESCRIPTION
1.1 OVERALL BLOCK DIAGRAM
GUI
Sub-
picture
Decoder
CODE Buffer
16M bit SDRAM
IC802
MB811171622A-100FN
(Video, Audio, Sub-picture,GUI)
Memory Controller
CPU
I/F
Video
MPEG2
Decoder
Decoder
SYSTEM
(DMUX)
Video Out
MIX
Y
DAC
NTSC
C
DAC
Copy
Guard
/PAL
Comp.
DAC
encode
AV Sync
Lt
Rt
PCM D-Out
D/A
S/PDIF
AC3/MPEG1
Audio Decoder
DVD/V-CD
controller
AC3 D-Out
(MPEG2 Decoder)
AV Decoder
IC801
MB86371
IC601
PD3381A
IC604
System CPU
(32 bit RISC)
IC603
VBR Buffer
4M bit DRAM
IC702
HM514800CJ-7
IC701
PD4833A
RAM
TC551001BFL-85
ROM
FLASH
VYW1602
CPU
DRAM I/F
(bus arbitor)
Sync
LSI-11
Demod
A/D
IC301
TLC5540INS
HA
OEIC
Program Stream
I/F
DMA
ECC &
ID Reg.
control
Spindle
SREO
XSACK
SREO
XSACK
CD D. OUT
CD PCM
CD-ROM Sync gen.
Sub-code Buffer
I/F
Sub-CPU
TE
GEN
CD PCM
IC201
CD DSP
LC78650NE
CD Digital Out
EFM
Decoder
Servo
IC501
PD4889A
DSP
IC101
PD4890A
CPU
Control
Mechanism
CPU
Display
Key-SW
& Display
sense SW
Mechanism
TA
FA
Slider
Motor
Spindle
Motor
Loading
2
Page 69
1.2 EXPLANATION OF EACH MOVEMENT
1.2.1 Sequence Up to Playback
DVD SETUP
RF AGC ON
LD ON
Sweep UP → Down
Focus Lock
SPDL ACCEL
ATB ON
1.2.2 Focus Servo
FE generated in the RF IC is sent to the
Digital servo IC.
For a DVD, the servo is turned on during
the transition from “Up” to “Down” of
the first-order sine wave. For a CD, it
turns on during the transition from
“Down” to “Up” of the first-order sine
wave.
When the servo is turned on, the level of
PH (the envelope of the bright side of RF)
increases, and DRF becomes H. The
kick-brake pulses, such as those for
FOCUS jump, are also output from pin
49 of IC201.
Yes
• FOCUS SERVO
PICKUP
OEIC
FOCUS
COIL
MIRR Modulation
SLDR Servo ON
(Auto Focus Bias)
RF
B1
B2
B3
B4
LD
MD
Measurement
T Servo ON
F Gain Adj.
T Gain Adj.
AFB Adj.
Layer Det.
Lead-in Search
PLAY
3
5
IC101
RFIC
6
7
8
11 12 22
1
IC151
DRIVER
2
58
31
13
4
PH
FE
LASER
SGC
FDO
32
35
SERVO IC
54
44
49
IC201
DIGITAL
26
OEIC GAIN
ADDRESS
&
BUS
DRF
54
IC501
MECH.
CONTROL
27
• FOCUS LOCK TIMING
CD DVD
LDON
UP
FDO
FE
DRF
(FOK)
UP
3
Page 70
1.2.3 Tracking / Slider Servo
ATB: The tracking balance compensation is
achieved by outputting the offset from
the TBAL output at pin 46 of the digital
servo IC, and by biasing the charge pump
resistor for phase-difference error of
RFIC.
The difference is detected by processing
TE at pin 34 of IC 201 with an internal
digital equalizer.
TDO: In addition to the servo output, the low-
band components, such as the kick-brake
for jump, are added for TDO output.
SLDO: The low-band components of TE are
processed by the internal digital
equalizer, and deadband is added for
SLDO output. The offset voltage for
pickup movement is also included in the
SLDO output.
1.2.4 SPINDLE SERVO
• SPDL SERVO
• TRACKING / SLIDER SERVO
PICKUP
OEIC
TRKG
COIL
TE RF
B1
B2
B3
B4
M
SLDR
4
5
6
7
8
IC101
26
27
16
17
RFIC
IC151
DRIVER
ATC
TE
TBAL
34
SERVO IC
46
IC201
DIGITAL
ADDRESS
&
BUS
IC501
MECH.
CONTROL
26
28
CP
50
TDO
24
SLDO
19
47
OEIC
RF
IC101
3
RFIC
RFO
50
CLK
32
RF
41
(27M)
12
VCO
IC201
57
25
DIGITAL
SERVO
48
SPDO
31
SPDO
(Compatible)
SPDL +
SPDL
M
SPDL -
12
13
FG
IC161
DRV
(Base)
For a CD, the RF signal output from pin 32 of the RF IC is converted
to binary in IC201. By comparing the binary value with the reference
CLK (clock), the SPDL ERR signal is output from pin 48.
For a DVD, the SPDL ERR signal is generated from the PWM signal
output from LSI-ΙΙ. Upon receiving this signal via pin 31, IC201
also outputs it from pin 48, switching from the CD SPDL ERR
signal.
IC301
A/D
10
IC302
(1/2)
IC271
(2/2)
3
|
V165
8 bit
IC271
(1/2)
APC
AFC
ASC
200
|
207
176
178
180
177
161 163 166 167
FPWM
VPWM
PPWM
RPWM
DUTY50
179
IC701
LSI II
159
95
FG
4
Page 71
1.2.5 Disc Determination
Determination is achieved by checking the sine wave by sweeping
the lens with the OE IC gain at L and the FSC error amplifier (SGC)
at the default setting. If no sine wave is detected, checking is retried
after switching the OE IC gain to H and increasing the gain of the
FSC error amplifier (SGC). If no sine wave is detected again, it is
regarded as the NO DISC condition.
If one half of the sine wave detected at the first lens sweep is of a
value less than 0.5 V, the OE IC gain is set to H and the peak-topeak value of the sine wave is roughly adjusted to 1.8 Vp-p.
By sweeping the lens around the height where the sine wave has
been detected, disc determination is performed, and the sine wave
is finely adjusted to 1.8 Vp-p.
Offset compensation
Lens sweep
Checking
the sine wave
None
Yes
Level check
Less than 0.5V
OEIC gain = H
FCS AMP gain up
Lens sweep
Checking
the sine wave
None
NO DISC
More than 0.5V
OEIC gain = H
Yes
Roughly adjust to
1.8Vp-p sine wave
Disc determination
Finely adjust to 1.8Vp-p
sine wave
END
5
Page 72
2. TEST MODE
2.1 HOW TO ENTER THE TEST MODE
There are three ways of entering the test mode.
1. Short-circuit the terminals (TP6006 and TP6007) for test mode
entry located at the side of the system control IC (IC601) of DVDM
ASSY, and turn the power on.
2. Press the [ESC] key and the [TEST] key on the Service Remote
Control [PIGGF1067] while the player is in the power on mode.
3. Connect a personal computer to the RS232C terminal (CN106)
and input the entry command (TE) of the test mode from the
personal computer.
Note: FL indication and LED come all to light until key operation
is done when entering the test mode.
2.2 RELEASE THE TEST MODE
There are three methods to escape the test mode.
1. Turn the power off.
2. Press [ESC] key of the remote control unit. At this time, reset it
for a while.
3. Connect a personal computer with the RS232C terminal (CN106),
and input normal mode entry command (NE) from the personal
computer.
2.3 THE EXPLANATION OF EACH
FUNCTION
The function that can be operated in the test mode is as the following.
Use a LD remote control unit in the test mode.
(1) Door Open/Close
1. Press [REPEAT A-B] (48) key of the remote control unit.
2. Press [OPEN/CLOSE] key of the player from the stop condition.
(5) Pause
1.It becomes pause condition by pressing [CX] (0E) key of the
remote control unit in the play.
2.Pause ON/OFF changes alternately by pressing [PAUSE] (18)
key in the play.
(6) Search Address Input Entry
It becomes the address input mode when [+10] key (1F) is pressed.
(indication for the most significant digit : > )
Indicate the last address as the initial condition in this time.
Only in case of DVD, addition search (indication for the most
significant digit : + ) and subtraction search (indication for the most
significant digit : – ) are able to select in order by pressing [+10]
key continuously.
The address where input value was added to the present address is
make to search with addition search.
The address where input value was subtracted to the present address
is make to search with subtraction search.
In case of CD is only absolute time search.
Also address clear and release from the address input mode are able
to perform by 2 steps by pressing [CLEAR] (45) key.
(7) Search Address Input
Press [0] to [9] keys of the remote control unit.
Set up the address by the hexadecimal number with DVD.
When [PROGRAM] (4C) key is pressed in the address input mode,
input mode changes to hexadecimal number input (Indicates "∗"
mark), and [1] to [6] keys are input as [A] to [F].
At this time, [7], [8], [9] and [0] keys are not accepted.
Also the hexadecimal number input and the decimal number input
can be changed with toggle.
(2) Stop
1. Press [REPEAT] (44) key of the remote control unit.
2. Press [STOP] key of the remote control unit or the player from
the stop condition.
(3) Play 1 (Demultiplex exist which it tries to output
the playback screen)
1. Press [PLAY] (17) key of the remote control unit.
• DVD rise up at the tracking close. Playback screen may not
appear because the NAVI information isn't read in the test mode.
(4) Play 2 (Demultiplex is absent which performing
trace only)
1. Press [TV/LDP] (0F) key of the remote control unit.
• Perform only tracing with DVD, and there are no video and
audio output.
(8) Search Practice
1. Press [CHP/TIM] (13) key of the remote control unit.
Practice the on screen no playback (Doesn't demultiplex) after
the search with DVD.
2. Press [PLAY] (17) key of the remote control unit.
Practice the on screen playback (demultiplex exists) after the
search with DVD.
(9) Tracking Open
1. Press [STEP FWD] (54) key of the remote control unit in the play
condition.
2.Switch the open/close by pressing [PLAY] key of the remote
control unit or the player during the play (CD only).
6
Page 73
(10) Tracking Close
1. Press [STEP RVS] (50) key of the remote control unit in the play
condition.
2.Switch the open/close by pressing [PLAY] key of the remote
control unit or the player during the play (CD only).
(11) Slider In
1.Press [SCAN RVS] (11) key of the remote control unit in the
tracking off condition.
2. Turn the shuttle of the remote control unit in the REV direction
(2C to 2F) in the tracking off condition. (DVD only)
(12) Slider Out
1.Press [SCAN FWD] (10) key of the remote control unit in the
tracking off condition.
2. Turn the shuttle of the remote control unit in the FWD direction
(28 to 2A) in the tracking off condition. (DVD only)
(19) Tilt Up
A manual moves in the going up direction when [SKIP FWD] (52)
key of the remote control unit is pressed during the play at the time
of tilt off.
(20) Focus Jump +
Focus jumps in 1 layer from 0 layer when [MULTI FWD] (58) key
of the remote control unit is pressed. (DVD only)
(21) Focus Jump –
Focus jumps in 0 layer from 1 layer when [MULTI REV] (55) key
of the remote control unit is pressed. (DVD only)
(22) The First And The Second Screen Switching
Every time [DISPLAY] (43) key of the remote control unit is pressed,
the contents of the version indication part (the bottom right of the
screen) change. (Refer to page 10.)
(13) Scan In
1.Press [SCAN RVS] (11) key of the remote control unit in the
tracking on condition.
2. Turn the shuttle of the remote control unit in the REV direction
(2C to 2F) in the tracking on condition.
• DVD can be scanned only in the case of the play 2 (playback
without demultiplex).
(14) Scan Out
1.Press [SCAN FWD] (10) key of the remote control unit in the
tracking on condition.
2. Turn the shuttle of the remote control unit in the FWD direction
(28 to 2A) in the tracking on condition.
• DVD can be scanned only in the case of the play 2 (playback
without demultiplex).
(15) Loading In/Out
When pressing [SKIP REV] (53) key of the remote control unit in
the open condition, it loads in the clamp direction. Then it loads in
the open direction when pressing [SKIP FWD] (52) key.
• This function can practice only when it is indicated with "OPEN"
in FL.
(16) Tilt Neutral
Press [SPEED DOWN] (46) key of the remote control unit.
(17) Tilt Servo On/Off
a. On
Press [SPEED UP] (47) key of the remote control unit.
b. Off
Press [SKIP REV] (53) key and [SKIP FWD] (52) key of the
remote control unit at the tilt servo on or the tilt neutral.
(23) Screen Display On
1. Press [DISPLAY] (43) key of the remote control unit.
2. Display on/off switches every time [PROGRAM] (4C) key of the
remote control unit is pressed.
• When [DISPLAY] key is pressed in the display on, change the
part number indication of the microprocessor and revision
indication.
• Initial state is screen display on and it becomes the part number
indication of the microprocessor.
(24) Screen Display Off
1. Press [AUDIO] (1E) key of the remote control unit.
2. Display on/off switches every time [PROGRAM] (4C) key of the
remote control unit is pressed.
(25) Background Color Switching
1. Change the background color (eight colors) prepared for in
advance every time [2/R] (49) key of the remote control unit is
pressed in order.
[Blue→Green→Light blue→Red→Purple→Yellow→
Gray→Black→Blue ....]
2. Change the background color (eight colors) prepared for in
advance every time [1/L] (4B) key of the remote control unit is
pressed in order.
[Blue→Black→Gray→Yellow→Purple→Red→
Light blue→Green→Blue ....]
(26) Video Output Switching
1. It becomes component output when pressing [DIGITAL EFFECT]
(5C) key of the remote control unit.
2. It becomes composite output when pressing [STILL WITH
SOUND] (5B) key of the remote control unit.
(18) Tilt Down
A manual moves in the going down direction when [SKIP REV]
(53) key of the remote control unit is pressed during the play at the
time of tilt off.
7
Page 74
2.4 EXPANSION FUNCTION 1
Set the reception mode of expansion function by pressing [TEST]
(5E) key of the test mode remote control unit, then expansion function
is able to execute by pressing the key of [0] to [9].
Indication for the most significant digit becomes "T" during the
reception mode of expansion function. (This mode can on and off
with toggle.)
(1) LD On
Turn the laser diode to on by pressing [TEST] and [1] keys in order.
(2) Focus On
Focus locks by pressing [TEST] and [2] keys in order.
2.5 EXPANSION FUNCTION 2
Set the reception mode of expansion function 2 by pressing [HILITE/
INTRO] (55) key of the remote control unit, then expansion function
2 is able to execute by pressing the key of [0] to [9].
(1) Forced DVD Setting
In the checker mode, set up the condition that DVD is attached
forcibly except for the result of disc distinction by pressing [HILITE/
INTRO] and [1] keys in order.
In the no checker mode (normal test mode), once execute the setting
but abandon it soon.
Therefore, perform the disc distinction again for the safety when
rising up the player in this condition.
(3) Focus Sweep
Repeat focus sweep by pressing [TEST] and [3] keys in order.
(4) Spindle FG Servo
Rising up the spindle and FG servo becomes on by pressing [TEST]
and [5] keys in order.
(5) AGC On/Off
Switch the AGC on and off with toggle by pressing [TEST] and [7]
keys in order.
(6) Jitter Value Indication.
It becomes the jitter-value indication mode by pressing [TEST] and
[DIG/ANA] keys in order.
(7) DSP coefficient indication of FTS system.
Set up the address (four digits) of the coefficient that it wants to see
by the point of search address input, then real time indicates the
coefficient in OSD by pressing [TEST] and [9] keys in order.
(8) CD Error Rate Indication
Indicate the value in OSD after measuring is completed by pressing
[TEST] and [0] keys in order after set up the measuring time (1 to 8
seconds) by the point of search address input.
(2) Forced CD Setting
In the checker mode, set up the condition that CD is attached forcibly
except for the result of disc distinction by pressing [HILITE/INTRO]
and [3] keys in order.
In the no checker mode (normal test mode), once execute the setting
but abandon it soon.
Therefore, perform the disc distinction again for the safety when
rising up the player in this condition.
(3) Execute The Disk Distinction
In the checker mode, execute the disc distinction result by pressing
[HILITE/INTRO] and [0] keys in order.
2.6 List of Test Mode Function
Contents of Command Condition
Open STOP REPEAT A A8-48
Close OPEN REPEAT A A8-48
Stop PLAY REPEAT B A8-44
Play (DVD is only tracing.) STOP TV/LDP A8-0F
Play (DVD is with decode.) STOP PLAY A8-17
Pause on PLAY CX A8-0E
Pause on/off PLAY/PAUSE PAUSE A8-18
Search address input (0 to 9) 0 to 9 A8-00 to 09
∗Use for other numerical value input
8
Key Name of Mode of
Remote Control Unit Remote Control Unit
Page 75
Contents of Command Condition
Search address input (A to F) During address input PGM+1 to 6
Search address clear During address input CLEAR A8-45
Escape the search input mode Address = 0
Change the search address input mode +10 A8-1F
(Off→absolute address→addition→subtraction→Off)
∗Use for other numerical value input.
Search execution (ignore the wrong address) CHAP/TIME A8-13
Tracking open PLAY STEP FWD A8-54
Tracking close PLAY STEP REV A8-50
Slider in TR : Off SCAN REV A8-11
Low speed scan REV TR : On SCAN REV A8-11
Scan REV (Jump number is variable) TR : On Shuttle REV A8-2C to 2F
Slider out TR : Off SCAN FWD A8-10
Low speed scan FWD TR : On SCAN FWD A8-10
Scan FWD (Jump number is variable) TR : On Shuttle FWD A8-28 to 2B
Loading in STOP SKIP REV A8-53
Loading out STOP SKIP FWD A8-52
Tilt neutral SPEED DOWN A8-46
Tilt servo on SPEED UP A8-47
Tilt servo off Tilt : On/N SKIP REV A8-53
Tilt up PLAY SKIP FWD A8-52
Tilt down PLAY SKIP REV A8-53
LD on TEST + 1 A8-5E + A8-01
Focus on TEST + 2 A8-5E + A8-02
Focus sweep TEST + 3 A8-5E + A8-03
Focus jump + MULTI FWD A8-58
Focus jump – MULTI REV A8-55
Spindle FG on TEST + 5 A8-5E + A8-05
AGC on/off AGC : Off/On TEST + 7 A8-5E + A8-07
Indication of the FTS coefficient After the address four-digit input TEST + 9 A8-5E + A8-09
CD error rate indication PLAY TEST + 0 A8-5E + A8-00
Jitter indication TEST + DIG/ANA A8-5E + A8-0C
Screen indication on/Switching of the first screen and second screen OSD Off/On DISPLAY A8-43
Screen indication off OSD : On AUDIO A8-1E
Screen indication on/off PROGRAM A8-4C
Switching of ID display methods (decimal/hexadecimal) DIG/ANA A8-0C
DISC type designation STOP HILITE/INTRO A8-5A
• Forced designation to DVD +1 +A8-01
• Forced designation to CD +3 +A8-03
• Request for Disk sensing +0 +A8-00
Tray close of disk sense inhibition Checker mode REPEAT A A8-48
Background color (eight colors) switching 2/R A8-49
Background color (eight colors) switching (reverse toggle) 1/L A8-4B
Video : component output DIGITAL EFFECT A8-5C
Video : composite output STILL WITH SOUND A8-5B
Key Name of Mode of
Remote Control Unit Remote Control Unit
Shuttle REV A8-2C to 2F
Shuttle FWD A8-28 to 2B
SKIP FWD A8-52
9
Page 76
Special Mention Item
(1) Indications for the spindle status are as follows:
A/B : Spindle accelerator and brake
FG : FG servo
SRV : Rough, velocity/phase servo
O_S : Offset addition, rough, velocity/phase servo
(2) The movement of loading in/out starts from the tray open status.
After that, this function is executed unless a play and close
operation are done.
(4) If you turn the power on while short-circuiting the short-circuit
terminal at the side of the system controller, the player will
forcibly enter the test mode. If the FL controller is set to Checker
mode, disc sensing will not be started, even if a disc is loaded.
Disc sensing will also not be performed if the tray is opend/
closed by your pressing [REPEAT A] key while in Checker
mode.
However, disc sensing will be started if the [OPEN/CLOSE]
key on the player or on the remote control unit is pressed.
(3) There are three methods for entering a search address:
Absolute address designation
→ Searching for the address entered (indication for the most
significant digit :>)
Additional input
→ Searching for the address with the current ID number plus
an entered number
(indication for the most significant digit :+)
Subtractive input
→ Searching for the address with the current ID number minus
an entered number(indication for the most significant digit :–)
The above modes can be changed by pressing [10] key.
Note : A number for addition or subtraction must be entered in
hexadecimal.
(5) If disc-type designation is forcibly executed during a mode other
than Checker mode, the system controller will abandon disctype designation after setting the mechanism controller.
Therefore, after startup of the player, disc sensing will be
performed again for safety.
If disc-type designation is forcibly executed during Checker
mode, as disc-type designation is not abandoned, playback will
be immediately started.
(6) A background color change in order of blue → green → light
blue → red → purple → yellow → gray → black → with the [2/
R] key.
It changes in order of gray → yellow → purple → red → light
blue → green → blue → black → in the case of the [1/L] key.
(7) In case of PD0260A∗, tilt servo on function may not move with
DVD.
2.7 Test Mode Screen Display (The Second Generation)
Consecutive double-OSD display is supported during test mode. The screen is composed 10 lines with a maximum of 32 characters per line.
It can't be used with the debugging display mode together.
• Screen Composition
Character in bold : Item name
: Information display
Address
Tilt error value, Tilt servo status
Tracking status
Spindle status
AGC setting
FTS servo IC information
Remote control code
Key code
Mechanical position value
Slider position
Output video system
AV1 classification and
Flash ROM size
FL controller version
Region setting for the player
C1 error value of CD and DVD
Internal operation mode of
the mechanism control
Disc judgment
Pickup
Caution :
The first screen and second screen switch by
pressing [DISPLAY] key of the remote control
unit.
It is only a version display part on the lower
right of the screen those contents of display
change.
ATB : ON/OFF information display and AGC
manual establishment display deleted with the
second generation.
10
Flash ROM version
System controller revision
DVD mechanism controller revision
AV-1 chip version
First screen display
FL controller version
GUI-ROM number
Part No. of flash ROM and system controller
Part No. of DVD mechanism controller
Second screen display (at lower right portion of the screen)
Page 77
• Description of Each Item on the Display
(1) Address indication
The address being traced is displayed in number.
DVD : ID indication (hexadecimal number, 8 digits)
[∗∗∗∗∗∗∗∗]
CD : A-TIME (min. sec.) [
(Note : For DVDs, decimal-number indication is possible.)
(2) Code indication of the remote control unit [R-∗∗∗∗]
The code for the key pressed on the remote control unit, which is
received by the FL controller, is displayed while the key is pressed.
In the case of the double code, the second code will be displayed.
∗∗∗∗]
(11) FTS servo IC information
Indications for the following two types of information can be
switched:
DSP coefficient indication [KS-[∗∗∗∗] ∗∗∗∗]
Displays the address (four digits) of the specified coefficient
and the setting value (four digits) with [TEST] and [9] keys.
Jitter value indication [JT-[ ]∗∗∗∗]
Displays the jitter value (four digits) with [TEST] and [DIG/
ANA] keys.
(12) Error rate indication
C1 error value of CD [ER-C1 ∗∗∗∗ ]
C1 error value of DVD [ER-∗∗∗∗ ∗∗∗∗]
(3) Key code indication for the main unit [K-∗∗]
The code for the key pressed on the main unit, which is received by
the system controller, is displayed while the key is pressed.
(4) Tilt error value, Tilt servo status [TILT-∗:∗∗∗]
Tilt error value : [0] to [F]
Tilt servo status :
Tilt neutral [N]
Tilt servo on [ON]
Tilt servo off [OFF]
(5) Tracking status [TRKG-∗∗∗]
Tracking on [ON]
Tracking off [OFF]
(6) Spindle status [SPDL-∗∗∗]
Spindle accelerator and brake [A/B]
FG servo [FG]
Rough, velocity phase servo [SRV]
Offset addition, rough, velocity phase servo [O_S]
(7) Mechanism position value [M-∗]
Position code [0] to [8]
(8) Slider position [S-∗∗∗∗]
CD TOC area [IN ]
CD active area [CD ]
Side B inside [B IN]
(9) AGC setting [AGC-∗∗]
AGC on [ON]
AGC off [OFF]
(13) Internal operation mode of mechanism controller
[MM-∗∗:∗∗]
Internal mechanism mode (2 digits) and internal mechanism step (2
digits) of the mechanism controller
Note : For details, see the specifications of the mechanism controller.
(14) Disk sensing [DSC-∗∗∗]
The type of discs loaded is displayed.
[DVD], [CD ], [VCD], [ ]
(15) Pickup [PU-∗∗∗]
The pickup being operating is displayed.
DVD [DVD]
(16) Destination setting of the FL controller
[F:∗∗∗/∗∗∗]
Three characters in front represent the type of model:
505: DV-P2E
Three characters that follow represent the destination code.
WY: /WY
(17) Region setting of the player [REG:∗]
Setting value [1] to [6]
(18) Version of the flash ROM [V:∗.∗∗]
(19) Revision of the system controller [S:∗.∗∗∗/∗.∗∗]
Revision number of the external ROM part (flash ROM) of the
system controller <Front>
Revision of the internal ROM part of the system controller
<Rear>
(10) Output video system [V-∗∗∗∗]
NTSC system [NTSC]
PAL system [PAL ]
Auto-setting [AUTO]
11
Page 78
(20) Revision of the DVD mechanism controller
[M:∗.∗∗∗/∗.∗∗∗]
Revision number of the external ROM part (flash ROM) of the
DVD mechanism controller <Front>
Revision of the internal ROM (core part) of the DVD mechanism
controller <Rear>
(21) Version of the AV-1 chip [AV:∗.∗]
(22) Version of the FL controller [F:∗.∗]
Using the Function in Test Mode (The Remote
Control Keys to be Used are Indicated in Brackets)
(1) Set the CD to trace (playback) state.
(2) Set the player to Number input mode by pressing [+10] and
enter the measurement time in a range of 1 to 5 (sec.).
(3) Start measurement by pressing [TEST] + [0]. The SubQ counter
stops during measurement, but this is not a malfunction. When
the specified measurement time has elapsed, the result is
indicated to the right of “ER C1 –” on the screen.
If you skip step 2, the measurement time is set to 5 (sec).
(23) Control number of the GUI-ROM [GUI:∗∗∗]
(24)The part number of the flash ROM and system
controller [S : ∗∗∗∗∗∗/∗∗∗∗∗∗∗]
Part number of the flash ROM <Front>
(Example) VYW1602-A → W1602A
(Example) PD626A9 → 6256A9
Part number of the system controller <Rear>
(Example) PD3381T1 → 3381T1
(25) Part number of the DVD mechanism controller
(Example) PD4889A0 → 4889A0
(26) AV1 classification [AV1 : ∗∗∗]
RAM, E/A, S/C
(27) Flash ROM size [FLSH : ∗∗]
8M : 8M bit, 4M : 4M bit
2.8 DESCRIPTIONS OF NEW FUNCTIONS IN TEST MODE
2.8.1 Error Rate
Overview
The error rate of CDs can be measured and the value is displayed in
decimal and indicates the number of C1 errors (including the
corrected ones) counted during the specified measurement time.
An indeterminate measurement result may be caused by a dirty disc,
decentering, surface deflection, birefringence (double reflection),
or a pickup problem (dirty lens, etc.), misadjustments of the pickup,
improper automatic adjustment, or incomplete adjustments. On the
manufacturing line, the value is used for yes/no decision of pickups.
Normally, for a measurement for 5 seconds, the value may be less
than 10 with a clean disc and less than 100 with a disc with some
damage.
2.8.2 Jitter Value
Overview
The jitter values of DVDs and CDs, which show a voltage in threedigit decimal as
“0278” means 2.78 V. The larger the value, the worse the jitter.
The worst value is 3.25 V. When playing a DVD or a video CD
with which the jitter value is extremely high, mosaics may be seen.
As with the error rate, the jitter depends on the disc and pickup.
The jitter value to be displayed has no close correlation with a jitter
measuring device, and is to be regarded just for reference.
Reference :When the jitter value is 2.9 V or more with a DVD, or
Using the Function in Test Mode (The Remote
Control Keys to be Used are Indicated in Brackets)
(1) Set the DVD or CD to trace (playback) state with AGC OFF.
(2) Press [TEST] and [DIGITAL/ANALOG].
The current jitter value appears to the right of “JT: ” on
the display. The jitter value keeps changing unless any additional
key operation is made.
Note : Although a value may be displayed on the screen even with
AGC ON,
The jitter value with AFB ON cannot be displayed (see the
next section). The jitter value with AFB ON can be obtained
only by directly measuring the voltage at the JV connector
(pin 94) of the servo DSP (LC78650).
. V, can be displayed. For example, the indication
3.0 V or more with a CD (or a video CD), it may cause
a problem (mosaic, audio distortion, etc.) in playback.
this is NOT a jitter value.
12
Page 79
2.8.3 Startup Sequence
The basic flow is shown below.
(1) Closes the tray.
(2) Detects the peak.
(3) Distinguishes the disc.
(4) SGC
(5) Turns on the focus servo.
(6) Starts the spindle rotation.
(7) ATB
(8) Measures the MIRR modulation degree.
(9) Turns on the tracking servo.
(10) Turns on the slider servo.
(11) Turns on the spindle servo.
(12) Focus AGC
(13) Tracking AGC
(14) AFB
(15) Plays AGC (for CDs)
(16) Plays back.
Using the Function in Test Mode
This function is not assigned to any remote control keys. Only an
open/close operation can trigger the function.
2.8.6 SGC
Overview
This is a new function to maintain the sine wave related to focus
errors to a certain size so that the sine wave shows 1.8 V for the Pto-P value.
This operation is performed each time after judging disc presence
and distinction in the normal startup process and in Test mode, as
well. The operation is achieved by switching the FE gain inside the
RF IC (LA9700) by using the voltage at the SGC connector (pin 22)
of the RF IC.
Using the Function in Test Mode
This function is not assigned to any remote control keys. Only an
open/close operation can trigger the function.
∗ For a 2-layer DVD, steps (7) through (14 ) are repeated for each
layer.
∗ When starting up with [TV/LDP] in Test mode, all the steps (1)
to (16) are performed for a DVD, and steps (1) to (8) are performed
for a CD.
2.8.4 Peak Detection
Overview
This is a new function to measure the size and location of the sine
wave related to focus errors at the beginning. The measurement is
performed in the normal startup process and in Test mode, as well.
If the sine wave is small, the OE IC gain is switched. Only the
judgment for NO DISC is accomplished at this time. The operation
is in effect as for judgment for DISC .
Using the Function in Test Mode
This function is not assigned to any remote control keys. Only an
open/close operation can trigger the function.
2.8.5 Disc Distinction
Overview
This function is almost the same as that with the first-generation
models. The only difference is as follows: If an error occurs in the
startup sequence and playback cannot be started, startup is retried
after forcibly switching the disc distinction from DVD to CD or
vice verse by a backup process. If startup fails again, it is canceled,
and an error is generated. The types of error that triggers the backup
process for disc distinction are discussed in the next section.
2.8.7 Measurement of MIRR Modulation
Degree
Overview
The slice voltage of the RF signal is measured and used in the
calculation to generate the MIRR signal. This operation is made in
synchronization with ATB ON/OFF in normal startup and in Test
mode, as well.
2.8.8 AFB (Auto Focus Bias) Function
Overview
This function supports DVDs as well as CDs. The operation is
executed only once (once for each layer for a 2-layer DVD) after
the focus and tracking AGC at startup. The operation is accomplished
not by centering the focus servo to Vref (2.5 V), but by gradually
changing the center value for the optimum jitter value. Thus,
performance with an improper or dirty disc (by fingerprints, etc.),
or the temperature characteristics (at 0°C, 35°C, etc.) will be
improved.
OverviewUsing the Function in Test mode
(the Remote Control Keys to be Used are
Indicated in Brackets)
As the function is to be synchronized with AGC, turn on and off
AFB by pressing [TEST] + [7]. The jitter value measurement cannot
be made with AFB ON.
13
Page 80
2.8.9 PLAY AGC
Overview
The SGC voltage is adjusted during playback according to the RF
signal level. (For details on SGC, see section 2.8.6.)
Only for CDs, this adjustment is made only once immediately after
AFB during startup. In Test mode, it synchronizes with AGC ON/
OFF. The operation is achieved through adjustment in the Servo
DSP (LC78650), and the SGC voltage is output via AUX0 (pin 44).
Using the Function in Test Mode
(the Remote Control Keys to be Used are Indicated
in Brackets)
As the function is to be synchronized with AGC, turn on and off
AFB by pressing [TEST] + [7].
2.9 Additional Descriptions of Error
Generation
This section describes the major errors of the mechanism-control
computer.
(1) DISC Distinction Error (Error 38)
The most common error. The tracking overcurrent error (Error c3),
Defocus error (Error 33), spindle errors (Errors 41 to 4b), auto
sequence errors (Errors 51 to 55) and code misread errors (71 to 74)
often lead to this error.
(2) Search Errors (Errors 11, 12, 19)
Almost all cases where playback suddenly stops may involve these
errors. They may be generated because of defects on the disc . As
with the code misread errors below, they can also be generated by a
dirty disc or bad jitters.
(5) Automatic Sequence Errors (Errors 51 to 55)
If any automatic sequence (auto execution command) of the servo
DSP is not completed, these errors are generated. The causes differ
among error numbers. They may be caused by abnormalities in the
communication line between the mechanism-control computer
(PD4889A) and the servo DSP or instability of the XABUSY
connector (pin 38) of the mechanism-control computer.
(6) DSP Communication Errors (Errors a1 to a6)
These errors will be generated if the mechanism-control computer
cannot properly communicate with the servo DSP. They may be
caused by instability of the XCBUSY connector (pin 8) of the
mechanism-control computer, instability of the communication line
between the mechanism-control computer and the servo DSP, or a
defect in the servo DSP.
(7) DVD Block Noise, etc.
Block noise and momentary picture freeze (∗) with a DVD are not
regarded as errors, but the causes of these symptoms in the Servo
system may be:
(1) A search takes a long time (leading to a search error if it worsens).
(2) Codes cannot be read clearly (leading to a code misread error if
it worsens).
If the value to the right in the “ER:
on the screen by pressing the ESC and DISP keys of the remote
control in Test mode is greater than 5, the cause may be (1). If
the value is less then 3, the cause may be (2).
(∗) With a specific 2-layer disc with which playback continues from
layer 1 to 2 or vice versa, the picture may be seen momentarily
stop. This may be attributed to the performance of the player.
Players of other manufacturers have the same symptoms to
varying degrees.
: e–” indication displayed
(3) Code Misread Errors (Errors 71 to 74)
Almost all cases where the inserted disc does not start or immediately
stops playing may involve these errors. They may be generated
because of a dirty disc or bad jitters. A bad jitter may be caused by
a dirty disc, decentering, surface deflection, birefringence (double
reflection), or a pickup problem (dirty lens, etc.), misadjustments of
the pickup, improper automatic adjustment, or incomplete
adjustments.
(4) Spindle Errors (Errors 48, 49)
An FG transition timeout (Error 48) may be generated because of
instability of the FG signal or unavailability of spindle drive voltage.
A PLL transition timeout (Error 49) can be generated with a dirty
disc.
14
Page 81
3. IC INFORMATION
• The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams.
List of IC
•
PD4890A, PD0260A2, PD0261A2, LA9700M, BA6195FP, LC78650E-P, PD4889A, SRM2B256SLMX70, VYW1536, PD3381A,
MB86371, MB811171622A-100FN, CY2081SL-611, PD2058A
PD4890A (FLKB ASSY : IC101)
• Mode Control IC
Block Diagram
•
47
P00
TO0/P30
TI0/INTP0/P00
TO1/P31
TI1/P33
43
16-bit TIMER/
EVENT COUNTER
47
42
8-bit TIMER/
EVENT COUNTER 1
40
PORT0
PORT1
44
P01-P03
46
31
P04
21
P10-P17
28
TO2/P32
TI2/P34
CI0/INTP3/P03
SI0/SB0/P25
SO0/SB1/P26
SCK0/P27
SI1/P20
SO1/P21
SCK1/P22
STB/P23
BUSY/P24
ANI0/P10ANI7/P17
AV
AV
AV
REF
INTP0/TI0/P00INTP3/CI0/P03
BUZ/P36
PCL/P35
41
8-bit TIMER/
EVENT COUNTER 2
39
WATCHDOG TIMER
WATCH TIMER
44
11
10
9
16
15
14
13
12
21
28
29
DD
20
SS
30
44
47
37
6-bit UP/DOWN
COUNTER
SERIAL
INTERFACE 0
SERIAL
INTERFACE 1
A/D CONVERTER
INTERRUPT
CONTROL
BUZZER OUTPUT
78K/0
CPU CORE
RAM
ROM
PORT2
PORT3
PORT7
PORT8
PORT9
PORT10
PORT11
PORT12
FIP
CONTROLLER/
DRIVER
SYSTEM
CONTROL
38
CLOCK OUTPUT
CONTROL
9
P20-P27
16
36
P30-P37
43
18,19
49-51
7
P80
6
P81
1-5
78-80
69,70
72-77
61
P110-P117
68
53
P120-P127
60
1-7,
53-70
FIP0-FIP33
72-80
71
V
17
RESET
34
X1
35
X2
31
XT1/P04
32
XT2
P70-P74
P90-P97
P100-P107
LOAD
8,52
V
DD
33 48
V
SS
IC
15
Page 82
Pin Function
•
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149P7G
239P6G
329P5G
419P4G
509P3G
618P2G
708P1G
8VDDVCC − nipylppusrewoP
972P)CN(
1152P)CN(
2142PPMALO NO:HFFO/NOpmalDVD
3132PYDAERXO
4122PKCSO/IrellortnocmetsysehthtiwtuptuokcolcnoitacinummoC
5112POSO/IrellortnocmetsysehthtiwtuptuoatadnoitacinummoC
6102PISI rellortnocmetsysehthtiwtupniatadnoitacinummoC
71TESERNITESERIteser:LtupniteseR
8147P)CN(OdesutoN
9137P)CN(OdesutoN
02ssVAssV − nipDNG
1271PNOREWOPONO:HFFO/NOV5WS
2261PTUOTESERO teser:LtuptuotesermetsyS
3251P)CN(
4241P)CN(
5231P1NIK
6221P0NIK
7211P1SM
8201P0SM
92VADDVADD − nipylppusrewoP
03VAFERVAFER − egatlovecnerefeR
1340P40PIdesutoN
232TX)CN( − desutoN
33VSSVSS − nipDNG
431X1XI
532X2X −
6373P)CN(
8353P)CN(
9343P43P
0433P33P
ONO:HtuptuognimitLF
OdesutoN0162P)CN(
noitacinummocehttimreP:L
OdesutoN
ItupniyeK
ItupnitnemegdujnoitanitseD
OdesutoN7363P)CN(
IdesutoN
rellortnocmetsysehthtiwenilekahsdnahnoitacinummoC
kcolcrossecorporcimatcennoC
16
Page 83
.oNkraMemaNniPO/InoitcnuF
1423P23P
2413P13P
3403P)CN(IdesutoN
4430P30PIdesutoN
5420PREWOPNOI YBTS:LrellortnocLFehtegdegnisirtaNOREWOP/YBTSehthctiwS
6410PTLI
7400PRILESItupnilangislortnocetomeR
84CICI −−−−−
9427P)CN(OdesutoN
0517PDELFFOLFO NO:LFFO/NODELFFOLF
1507P)CN(OdesutoN
25VDDVDD − nipylppusrewoP
35721P)CN(OdesutoN
45621P)CN(
55521P)CN(
65421P)CN(
75321P)CN(
85221P)CN(
95121P)CN(
06021P)CN(
16711P51P
26611P41P
36511P31P
46411P21P
56311P11P
66211P01P
76111P9P
86011P8P
96701P7P
07601P6P
17V DAOLV72- − NO:HtupniV72–
27501P5P
37401P4P
47301P3P
57201P2P
67101P1P
77001P11G
8779P01G
9769P9G
0859P8G
IdesutoN
noitacinummocehttimreP:H
OdesutoN
ONO:HtuptuotnemgesLF
ONO:HtuptuotnemgesLF
ONO:HtuptuognimitLF
rellortnocmetsysehthtiwenilekahsdnahnoitacinummoC
17
Page 84
LA9700M (DVDM ASSY : IC101)
• RF IC
Block Diagram
•
REF
RFOUTPHC
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49
BHC
PHI
BHI
PH
BH
GND
TC
DEPC
DLPC
DEF
DEFI
RFO
EQI
PDRF–
REFI
RFI
PDRF
PD1
PD2
PD3
PD4
PD5
PD6
LDD
10
11
REF
1
VCC
50k50k
2
–
+
3
80k
80k
LIM
LIM
LIM
LIM
LIM
PD
PD
PD
PD
15k
15k
–
+
10p
CP
10p
60k
60k
REF
4
5
6
7
8
+
REF
–
+
–
9
BHPHBHPH
26p
80k
80k
45k
80k
–
80k
+
REF
26p
40k
40k
40k
40k
60k
–
+
60k
26p
Scratch Detection
REF
REF
50k
BPI1
REF
–
+
1k
–
+
–
+
48
VCC
VCC
47
BPO1
46
EQB
45
3k
BPO2
44
3k1k3k
N/C
43
–
+
3k
VCC
42
41
40
39
38
BPI2
N/C
DLAY1
DLAY2
MIXO1
LDS
LDON
AGOF
PH/RR
QAGC
18
12
APC
13
14
15
16
REF
10k
REF
+
–
10k
20k
–
+
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
QPH/BH
DVD/CD
DPD/TE
CPOF
TEBAL
SGC
TES
TESI
TE
RREC
TLP
CP
TEO
TE–
FE
VCC
37
+
MIXI1
36
MIXI2
35
––
+
GND
34
MIXO2
33
EFMO
Page 85
BA6195FP (DVDM ASSY : IC161)
• Spindle Driver
Block Diagram
•
Pin Function
•
OPIN–OPOUT
OPIN+NC
NC
MUTE
NC
GND
25 24 23 22 21 20 19 18 17 16 15 14
NCNC
Driver mute
NCNC
NC
BIAS
GND GND
10K
DRIN
DRIN'
TSD
10K
NC
GND
NC
NC
NC
V
10K
CC
CC
V
NC
IN
10K
NCNCNCNCNC
NC
Level shift
121110987654321
NC
NC
NCNCNCNC
13
DROUT–
NC
10K
10K
DROUT+
.oNemaNniPnoitcnuF.oNemaNniPnoitcnuF
1TUOPOniptuptuo.pmaPO41.C.N
3.C.N61.C.N
4SAIBnipsaiB71VCCnipylppusrewoP
5'NIRDniptnemtsujdaniagrevirD81.C.NnoitcennoCnoN
6NIRDniptupniniagrevirD91DNG
7.C.N
8.C.N12.C.NnoitcennoCnoN
9.C.N22ETUMnipetuM
01.C.N32.C.NnoitcennoCnoN
11.C.N42+NIPOniptupnignitrevni-non.pmaPO
21–TUORD)tupnirof(niptuptuoevitagenrevirD
31+TUORD)tupnirof(niptuptuoevitisoprevirD
noitcennoCnoN
noitcennoCnoN
51.C.N
02DNG
52–NIPOniptupnignitrevni.pmaPO
noitcennoCnoN2.C.N
nipDNGtiarts-buS
19
Page 86
PD4889A (DVDM ASSY : IC501)
• Mechanism Control IC
Pin Function
•
.oNemaNniPO/InoitcnuF.oNemaNniPO/InoitcnuF
1VRDDOLO/ItuptuoevirdrotomgnidaoL33TSRPSDX − "L"PSDovresrofeslupteseR
2DCX/DVDO DC:L,DVD:HhctiwskcolC43BTSAO
3FFOGAO "H"rofFFOotCIFRfoCGAnruT53TSRXI "L"tupniteserUPC
4GLFEI
5XSFI
6LCP/53P − )nwodllup(desutoN83YSUBAXTNI"L"tupniysubecneuqesotuaPSD
7FFOTXO/I
8YSUBCXI "L"elbissopsinoitpecerdnammocDVD04DDV − nipylppusrewoP
9VSS − DNG142X −
010DAM
111DAM34)ppV(CI − DNG
212DAM442TX − desutoN
313DAM54KPPDVDIdesutoN
414DAM64ssVA − DNG
515DAM74SOPDOLI tupniWSnoitisoppmalcdnagnidaoL
616DAM84SOPDLSI tupniWSnoitisopredilS
717DAM94SOPRODIdesutoN
818AM
919AM15DLX/RDOdesutoN
0201AM25NOMO "H"tuptuoNOrotomeldnipS
1211AM35X2DCXOdesutoN
2221AM45GCIEOO Bd6otpuniagCIEO:"H"
3231AM55DDVA − nipylppusrewoP
42VSS − DNG65FERVA − nipylppusrewopecnerefeR
5241AM
6251AM851OS/12P − )nwodllup(desutoN
72FRDI tupniKOsucoF)KOF(951KSX/22P − )nwodllup(desutoN
82BP_VI
9226P − )nwodllup(desutoN16DLCOdesutoN
03QRWI QedocbusfogalfelbadaeR26OSDLIdesutoN
13DRXO "L"eslupdaerUPC36ISDLOdesutoN
23RWXO "L"eslupetirwUPC46KCSDLIdesutoN
O/Isubatad/sserddalanretxE
OsubsserddalanretxE
OsubsserddalanretxE
2C:L,1C:H
etarrorrefotupniatadtnuoC
.2dna1remitgnisuybelbaerusaeM
NOTCEFEDta)tupni(ecnadepmihgiH
FFOTCEFEDtatuptuo"L"
langiskcolovresMFE)KCOL(
ovresesahp/ovreshguor="L"/"H"
63YSBSTNI
).cnysemarfMFE(tupniaeratnuocetarrorrE
73EKAHSTNIdesutoN
932QRIXTNI"L"tupnitpurretni11-ISL
241X −
05TEDRUCXI
75RRE_POdesutoN
06BSCXO "L"tuptuognittesdnammoclellarapPSD
"H"sub
atad/sserddadexelpitlumfoebortssserddA
tupni.cnysemarfedocbuS
)doirep1S+0S:H(
rotanosercimarecatcennoC
remrof(tupninoitcetedtnerruc-revorotautucA
.sm003rofFFOovreS"L")TMLDRT
20
Page 87
SRM2B256SLMX70 (DVDM ASSY : IC502)
• 256 K SRAM (For Mechanism Control IC)
Block Diagram
•
10
A0
9
A1
8
A2
7
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
6
5
4
3
25
24
21
23
2
26
1
9
Line
Decoder
Address Buffer
6
Row
Decoder
512
64
Memory-Cell
Array
512×64×8
64×8
Row Gate
Pin Function
•
CS
OE
WE
CS
Control
20
22
27
Logic
OE,WE
Control
Logic
Vss
DD
V
I/O Buffer
11
1214 18 13 15 16 17 18 19
I/O1
I/O2
I/O3
I/O4
I/O5
8
I/O6
I/O7
I/O8
.oNemaNniPnoitcnuF.oNemaNniPnoitcnuF
141A
514O/I
221A615O/I
37A716O/I
46A817O/I
55A918O/I
64A02
tupnisserddA
SC
73A1201AtupnisserddA
82A22
EO
91A3211A
010A429A
111O/I
212O/I6231A
tuptuo/tupniataD
313O/I72
528A
EW
41SSV)V0(DNG82DDV)V5.5ot7.2(ylppusrewoP
tuptuo/tupniataD
tcelespihC
elbanetuptuO
tupnisserddA
elbaneetirW
21
Page 88
VYW1602 (DVDM ASSY : IC603)
• Flash ROM
Block Diagram
•
INPUT/OUTPUT
STB
DQ0-DQ
15-22,
24-31
BUFFER
DATA LATCH
Y GATE
8,388,608
CELL
MATRIX
Pin Function
•
WE
BYTE
RESET
CE
OE
A0-A
18
RY/BY
1
RY/BY
BUFFER
43
33
44
12
14
2-11,
34-42
31
A
-1
CONTROL
CIRCUIT
LOW V
CC
DET. CIRCUIT
RY/BY
WRITE
CIRCUIT
WRITE/ERASE
PULSE TIMER
ERASE
CIRCUIT
STB
CHIP ENABLE
OUTPUT ENABLE
CIRCUIT
Y DECODER
X DECODER
ADDRESS LATCH
.oNemaNniPnoitcnuF.oNemaNniPnoitcnuF
1
281A
YB/YR
tuptuoysuB/ydaeR32VCCV0.5+(ylppusrewoP ± ro%01 ± )%5
424QD
371A5221QD
47A625QD
56A7231QD
65A826QD
74A9241QD
tupnisserddA
83A037QD
92A131-A/51QDtupnisserdda/tuptuo/tupniataD
011A23VSSdnuorG
110A33
21
EC
elbanepihC4361A
ETYB
31VSSdnuorG5351A
41
510QD
EO
elbanetuptuO6341A
7331A
618QD8321A
711QD9311A
819QD0401A
912QD149A
tuptuo/tupniataD
0201QD248A
123QD34
2211QD44
EW
TESER
15
tuptuo/tupniataD
sedomtib61dnatib8ehthctiwS
tupnisserddA
elbaneetirW
tesererawdraH
22
Page 89
PD3381A (DVDM ASSY : IC601)
• System Control CPU
Block Diagram
•
PA13/IRQ1/DREQ0/TCLKB
PA12/IRQ0/DACK0/TCLKA
67
66
65
PA11/DPH/TIOCB1
64
INTERRUPT
CONTROLLER
RES
WDTOVF
MD2
MD1
MD0
NMI
CK
EXTAL
XTAL
Vpp
Vcc
Vcc
Vcc
Vcc
Vcc
Vcc
Vcc
Vss
Vss
Vss
Vss
Vss
Vss
Vss
Vss
Vss
Vss
AVref
AVcc
AVss
106
PA14/IRQ2/DACK1
PA15/IRQ3/DREQ1
68
69
79
78
82
81
80
76
71
73
74
77
15
43
70
75
83
84
99
3
12
22
31
40
52
61
72
96
86
85
91
OSCILLATOR
PA10/DPL/TIOCA1
PA9/AH/IRQOUT/ADTRG
PA8/BREQ
PA7/BACK
PA6/RD58PA5/WRH(LBS)
PA4/WRL(WR)
PA3/CS7/WAIT
PA2/CS6/TIOCB0
PA1/CS5/RA5/RAS
63
PA0/CS4/TIOCA0
62
60
59
57
56
55
54
53
PORT A ADDRESS
64k PROM / MASK ROM
CPU
USER BREAK
CONTROLLER
SERIAL
COMMUNICATION
INTERFACE
(×2CHANNEL)
PROGRAMABLE
TIMING
PATTERN
CONTROLLER
CS3/CASL
51
50
4kB RAM1
MEMORY
CONTROLLER
BUS STATE
CONTROLLER
16BIT
INTEGRATED
TIMER PULSE UNIT
A/D
CONVERTER
PORT BPORT C
CS249CS1/CASH
DIRECT
ACCESS
WATCHDOG
TIMER
CS047A2146A2045A1944A1842A17
48
A16
41
A15
39
A14
38
A13
37
A12
36
A11
35
A10
34
A9
33
A8
32
A7
30
A6
29
ADDRESSDATA/ADDRESS
28
27
26
25
24
23
21
20
19
18
17
16
14
13
11
10
9
8
7
6
5
4
A5
A4
A3
A2
A1
A0(HBS)
AD15
AD14
AD13
AD12
AD11
AD10
AD9
AD8
AD7
AD6
AD5
AD4
AD3
AD2
AD1
AD0
95
94 93 92 90 89 88 87
PC7/AN7
PC6/AN6
Periphery address bus(24 bit)
Periphery data bus(16 bit)
Internal address bus(24 bit)
Internal upper data(16 bit)
Internal lower data(16 bit)
PC4/AN4
PC5/AN5
PC3/AN3
PC0/AN0
PC1/AN1
PC2/AN2
100
101
102
103
104
105
107
108
109
110
111
112
2 1 98 97
PB9/TP9/TxD0
PB15/TP15/IRQ7
PB14/TP14/IREQ6
PB11/TP11/TxD1
PB12/TP12/IREQ4/SCK0
PB13/TP13/IREQ5/SCK1
PB8/TP8/RxD0
PB10/TP10/RxD1
PB6/TP6/TOCXA4/TCLKC
PB7/TP7/TOCXB4/TCLKC
PB1/TP1/TIOCB2
PB2/TP2/TIOCA3
PB3/TP3/TIOCB3
PB4/TP4/TIOCA4
PB5/TP5/TIOCB4
PB0/TP0/TIOCA2
23
Page 90
Pin Function
•
.oNemaNniPO/InoitcnuF
1
2
3SSVIdnuorG
40DA
51DA
62DA
73DA
84DA
95DA
016DA
117DA
21SSVIdnuorG
318DA
419DA
51CCVIylppusrewoP
6101DA
7111DA
8121DA
9131DA
0241DA
1251DA
22SSVIdnuorG
32
421A
522A
623A
724A
825A
926A
037A
13SSVIdnuorG
238A
339A
4301A
5311A
6321A
7331A
8341A
9351A
04SSVIdnuorG
1461A
2471A
34CCVIylppusrewoP
6QRI/41PT/41BP
7QRI/51PT/51BP
)SBH(0A
O/I tseuqernoitpurretnI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
O/Isubatadlaretalibtib61
O/Isubatadlaretalibtib61
O/Isubatadlaretalibtib61
O)langisebortsetybreppu(tuptuosubsserddA
OtuptuosubsserddA
OtuptuosubsserddA
OtuptuosubsserddA
24
Page 91
.oNemaNniPO/InoitcnuF
4481A
5491A
6402A
7412A
84
0SC
94
05
15
25SSVIdnuorG
350ACOIT/4SC/0APO/I
45
550BCOIT/6SC/2APO/I
65
75
85
95
06
16SSVIdnuorG
26
36GRTDA/TUOQRI/HA/9APO/I
461ACOIT/LPD/01APO/I
561BCOIT/HPD/11APO/I
66AKLCT/0KCAD/0QRI/21APO/I
76
86
96
07CCVIylppusrewoP
17KCOtuptuokcolcmetsyS
27SSVIdnuorG
37LATXEI tupnikcolclanretxEtupnirotallicsolatsyrC
47LATXItupnirotallicsolatsyrC
57CCVIylppusrewoP
67IMNI tupninoitpurretnielbaksam-noN
77PPVI margorpMORPfoylppusrewoP
87
97
080DM
282DM
38CCV
48CCV
HSAC/1SC
2SC
LSAC/3SC
SAR/5SC/1AP
TIAW/7SC/3AP
)RW(LRW/4AP
)SBL(HRW/5AP
DR/6AP
KCAB/7AP
QERB/8AP
1KCAD/2QRI/41AP
1QERD/3QRI/51AP
FVOTDW
SER
OtuptuosubsserddA
OlangistcelespihC
O MARDfoedisreppuehtnolangisgnimitebortssserddanmuloC/langistcelespihC
OlangistcelespihC
O MARDfoedisrewolehtnolangisgnimitebortssserddanmuloC/langistcelespihC
O/I MARDfolangisgnimitebortssserddawoL/langistcelespihC/)Atrop(tuptuo/tupnitib61
O/I elcycsubroftupnitiaW/langistcelespihC/)Atrop(tuptuo/tupnitib61
O/I )gnitirwtatuptuo(gnitirwtib8rewollanretxE/)Atrop(tuptuo/tupnitib61
O/I )langisebortsetybrewol(gnitirwtib8rreppulanretxE/)Atrop(tuptuo/tupnitib61
O/ItuognidaerlanretxE/)Atrop(tuptuo/tupnitib61
O/IegdelwonkcatseuqermialcsuB/)Atrop(tuptuo/tupnitib61
O/ItseuqermialcsuB/)Atrop(tuptuo/tupnitib61
tupnireggirtnoisrevnocD/A
tupnikcolcremitUTI
O/I
BKLCT/0QERD/1QRI/31AP
O/I )1lennahc(noitpecertseuqerrefsnartAMD/tseuqernoitpurretnI/)Atrop(tuptuo/tupnitib61
O/I )1lennahc(tseuqerrefsnartAMD/tseuqernoitpurretnI/)Atrop(tuptuo/tupnitib61
Otuptuowolf-revoremitgodhctaW
ItupniteseR
IsnipgnittesedoM181DM
IylppusrewoP
tupnikcolcremitUTI
/langistcelespihC/)Atrop(tuptuo/tupnitib61
)0lennahc(tuptuoerapmoctuptuoUTI/tupnierutpactupniUTI
/langistcelespihC/)Atrop(tuptuo/tupnitib61
)0lennahc(tuptuoerapmoctuptuoUTI/tupnierutpactupniUTI
/evalstatuptuotseuqernoitpurretnI/langisgnimitdlohsserddA/)Atrop(tuptuo/tupnitib61
/edisrewolehtnoytirapsubataD/)Atrop(tuptuo/tupnitib61
)1lennahc(tuptuoerapmoctuptuoUTI/tupnierutpactupniUTI
/edisreppuehtnoytirapsubataD/)Atrop(tuptuo/tupnitib61
)1lennahc(tuptuoerapmoctuptuoUTI/tupnierutpactupniUTI
/)0lennahc(noitpecertseuqerrefsnartAMD/tseuqernoitpurretnI/)Atrop(tuptuo/tupnitib61
/)0lennahc(tseuqerrefsnartAMD/tseuqernoitpurretnI/)Atrop(tuptuo/tupnitib61
25
Page 92
.oNemaNniPO/InoitcnuF
58CCVAIylppusrewopgolanA
68FERVAI ylppusrewopecnerefergolanA
780NA/0CP
881NA/1CP
982NA/2CP
093NA/3CP
19SSVAIdnuorGgolanA
294NA/4CP
395NA/5CP
496NA/6CP
597NA/7CP
69SSVIdnuorG
792ACOIT/0PT/0BP
892BCOIT/1PT/1BP
99CCVIylppusrewoP
0013ACOIT/2PT/2BP
1013BCOIT/3PT/3BP
2014ACOIT/4PT/4BP
3014BCOIT/5PT/5BP
401CKLCT/4AXCOT/6PT/6BP
501DKLCT/4BXCOT/7PT/7BP
601SSVIdnuorG
7010DXR/8PT/8BPO/I )0lennahc(tupniatadevieceR/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
8010DXT/9PT/9BPO/I )0lennahc(tuptuoatadnoissimsnarT/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
9011DXR/01PT/01BPO/I )1lennahc(tupniatadevieceR/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
0111DXT/11PT/11BPO/I )1lennahc(tuptuoatadnoissimsnarT/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
1110KCS/4QRI/21PT/21BPO/I
2111KCS/5QRI/31PT/31BPO/I
ItupnilangisgolanA/)Ctrop(tupnitib8
ItupnilangisgolanA/)Ctrop(tupnitib8
O/I
O/I
O/I
O/I
)2lennahc(tuptuo
)3lennahc(tuptuo
)4lennahc(tuptuo
tupnikcolcremitUTI
)0lennahc(tuptuo/tupnikcolclaireS
)1lennahc(tuptuo/tupnikcolclaireS
erapmoctuptuoUTI/tupnierutpactupniUTI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
erapmoctuptuoUTI/tupnierutpactupniUTI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
erapmoctuptuoUTI/tupnierutpactupniUTI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
/)4lennahc(tuptuoerapmoctuptuoUTI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
/tseuqernoitpurretnI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
/tseuqernoitpurretnI/tuptuonrettapgnimiT/)Btrop(tuptuo/tupnitib61
26
Page 93
MB86371 (DVDM ASSY : IC801)
• MPEG2 Decoder LSI For DVD
Block Diagram
•
Reset
Signal
Internal
Bus
Sync.
Control
Block
Control
Block
CPU
CPU
Interface
Starting
Signal
Reset Signal
Exclusive
Parallel port
Input Signal
System
Decoder Block
Video
Decoder
Block
16Mbit
SDRAM
Memory
Controller Block
OSD
Subpicture
MIX
Picture
Block
Clock
Signal
27MHz
LPF
VCO
Whole Control
Block
System
Clock
Generation
Block
Audio
Clock
Generation
Block
Clock
Generation
Block
System Clock
Clock for video
Clock for audio
Audio
Decoder
Block
Audio Output
NTSC/PAL
Video Encoder
Digital
Signal Output
(Component/
Composite)
DAC
Video Output
Block
Video Output (Y,C,Comp/Y,Cb,Cr)
27
Page 94
Pin Function
•
.oNemaNniPO/InoitcnuF.oNemaNniPO/InoitcnuF
1LESKLCI )FFO:"L",NO:"H"(LLPfolangisFFO/NO72DDV
27NPCGIDO
3SSV
46NPCGID
55NPCGID131PMOCGID
64NPCGID230PMOCGID
73NPCGID33KCADO tuptuokcolczHM72
82NPCGID43.C.N
91NPCGID533ASSV
01DDV
110NPCGIDO
21LESBRO
31SHXO langistuptuo.cnyslatnoziroH93YANAO langistuptuo)Y(ecnanimulgolanA
41SVXO langistuptuo.cnyslacitreV042ADDV
51
SSV
61TESERXI langisteserISL24ORVO retrevnocA/DfonipgnittestnerruclanretnI
71CNYSCDLXI )edomDL(tupnilangis.cnyslanretxE34.C.N
81YEKO
91DPO
02DLFVO
129PMOCGID
228PMOCGID
327PMOCGID94.C.N
426PMOCGID05SSV
525PMOCGID150TSET
62SSV
DNG923PMOCGID
−
O
−
DNG14
−
O
DNG251TSET
−
ylppusrewopV3.363CANAO langistuptuo)C(rolocgolanA
)edomDL(
)tib-9(tuptuolangisYlatigiD
.tuptuolangistnenopmoc
)edomDL(.cnyslatnoziroh
)BSM(tuptuolangisClatigiD
tuptuolangisClatigiD
)BSM(tuptuolangistnenopmoclatigiD
)BSM()tib-9(tuptuolangisYlatigiD
tuptuolangistnenopmoclatigiD
)BSL(tuptuolangistnenopmoclatigiD
)BSL()tib-9(tuptuolangisYlatigiD
.tuptuolangisYlatigidehttaBSL
yalrevoDSOdnaDLroflangisYEK
folangistuptuotlusernosirapmocesahP
dleifddo:Ldleifneve:Htuptuo
)BSM(tuptuolangisetisopmoclatigiD
tuptuolangisetisopmoclatigiD
824PMOCGID
032PMOCGID
733ADDV
latigidehttalangisnoitanimircsidrCdnabC
832ASSV
FERV
441ASSV
54PMOCANAO langistuptuoetisopmocgolanA
langislatigidehttalangisnoitanimircsiddleiF
641ADDV
74FBO langisgalftsruB
84KLBXO langisgniknalbetisopmocV/H
−
O
−
−
−
−
−
IretrevnocA/DrofegatlovecnerefeR
−
−
−
−
−
−
−
)ylno
)ylno
)ylno
DNG
ylppusrewopV3.3
tuptuolangisetisopmoclatigiD
tuptuolangisClatigiD
)BSL(tuptuolangisetisopmoclatigiD
)BSL(tuptuolangisClatigiD
noitcennocnoN
)retrevnocA/D(DNG
retrevnocA/Dni-tliubrof(ylppusrewopV3.3
)retrevnocA/D(DNG
retrevnocA/Dni-tliubrof(ylppusrewopV3.3
noitcennocnoN
)retrevnocA/D(DNG
retrevnocA/Dni-tliubrof(ylppusrewopV3.3
noitcennocnoN
."nepo"ottes,yllamroN
yllamronsutats"L"
28
Page 95
.oNemaNniPO/InoitcnuF.oNemaNniPO/InoitcnuF
35NIIADI )FIDPS(tupnilanretxefotupniatadlatigiD2901SRDAHI )BSM(langissubsserddaUPC
45ATADDCI
65KCBDCI
753ATADOA
852ATADOA79DDV
951ATADOA896SRDAH
06SSV
16DDV
260ATADOAO atadedocedoiduA1013SRDAH
36MCPOAO
46IADOAO )atadedoced(tuptuoecafretnioidualatigiD30151ATADH
56KCRLO retliflatigiddnaA/DrofkcolclennahcataD40141ATADH
76
KCB
861DECI
960DECI80111ATADH
07KRBECI90101ATADH
17TSRPSDX0119ATADH
27SSV
37.C.N
472TSET
573TSET411DDV
674TSET5115ATADH
775TSET6114ATADH
877DSI tupniatadlellaraP7113ATADH
97DDV
086DS
185DS0211ATADH
284DS1210ATADH)BSL(langissubatadUPC
383DS221LESSUBI
482DS321KCADSOXI langisegdelwonkcaatadDSO
58SSV
681DS
780DS6210LESUPCH
88RREXI langistupnirorrE7213TNIX
09TSETXI esulamronta"H"otteS9211TNIX
19QERSO langistseuqerataD031SSV
OatadedocedoiduA
DNG995SRDAH
−
−
OretliflatigiddnaA/DrofkcolctiB601
−
DNG1118ATADH
−
−
−
−
ItupniatadlellaraP
DNG421QERDSOXO langistseuqeratadDSO
−
ItupniatadlellaraP
)DCotdnopserroc(
)DCotdnopserroc(
)DCotdnopserroc(
ylppusrewopV3.30014SRDAH
)atadnoisserpmoc(
rotalumerofniP
."nepo"ottes,yllamroN
noitcennocnoN2117ATADH
."nepo"ottes,yllamroN
ylppusrewopV3.38112ATADH
tupnilanretxefotupniatadoiduA
tupnilanretxefotupnikcolcataD
tuptuoecafretnioidualatigiD
399SRDAH
tupnilanretxefotupnikcolclennahcataD
498SRDAH
597SRDAH
69SSV
2012SRDAH)BSL(langissubsserddaUPC
701SSV
3116ATADH
911SSV
5211LESUPCH
IlangissubsserddaUPC55RLDCI
DNG
−
−
I
O/I
21ATADH
DNG
−
O/IlangissubatadUPC
−
O/IlangissubatadUPC
DNG
−
O/I
I
OUPCehtotlangistseuqertpurretnI98KCASXI langisegdelwonkcA8212TNIX
DNG
−
ylppusrewopV3.3
langissubsserddaUPC
)BSM(langissubatadUPC
langissubatadUPC66KCMOAO retliflatigiddnaA/DrofkcolcretsaM50131ATADH
ylppusrewopV3.3
langissubatadUPC
langisnoitceleshtdiwsuB
)subtib-61:1,subtib-8:0(
,CRAPS:00(langisnoitcelesUPC
)evreseR:11,metsys86:01,metsys68:10
29
Page 96
.oNemaNniPO/InoitcnuF.oNemaNniPO/InoitcnuF
131DDV
2310TNIXO UPCotlangistseuqertpurretnI1711MQDRDMXO
331YDRTXEXO
431WRHI langisetirw/daerUPC371EWRDMXO MARDSroflangiselbaneetirW
531NIKLCHI tupnikcolctsoH4710MQDRDMXO
631SCHXI langistcelespihcISL5718TADRDMO/IMARDSroflangissubataD
731SAHXI
8313EBHX
9312EBHX8719TADRDM
0411EBHX9716TADRDM
1410EBHX08101TADRDM
241SSV
3414RDARDM
4413RDARDM381DDV
541
6412RDARDM5814TADRDM
741DDV
841SSV
9416RDARDM
0511RDARDM981SSV
1517RDARDM0912TADRDM
3518RDARDMMARDSroflangissserddA2911TADRDM
451SSV
5516TSET
6517TSET591SSV
7518TSET691.C.N
8519TSET791M72KCII tupnikcolcmetsyS
95101RDARDM
0619RDARDM991M72KCOO tuptuokcolcmetsyS
16111RDARDM)BSM(MARDSroflangissserddA002)OCV(ASSV
261SCRDMXO MARDSroflangistcelespihC102)OCV(ADDV
361EKCRDMO MARDSroflangiselbanekcolC202FPLIO oiduaroftuptuoretrevnikcolbLLP
461SSV
561DDV
661SARRDMXO MARDSroflangisSAR502OCVOI kcolcoiduaroftupniOCV
761KLCRDMO MARDSroflangistuptuokcolC602SSV
861SSV
961NIKLCRDMI MARDSroflangistupnikcolC802TSRCNYSXI langisteserCNYS
−
IlangiselbaneetybUPC
DNG1815TADRDM
−
OMARDSroflangissserddA
5RDARDM
−
DNG7813TADRDM
−
O
DNG39151TADRDM)BSM(MARDSroflangissubataD
−
−
O
DNG302FPLMI oiduaroftupniretrevnikcolbLLP
−
−
DNG702TSRLLPXI langistesernoitcesLLP
−
ylppusrewopV3.3071SACRDMXO MARDSroflangisSAC
UPCotlangisydaeR:metsys86,CRAPS
UPC
otlangis)KCA(egdelwonkcA:metsys68
ebortssserddaUPC:metsys86,CRAPS
sutatssserddaUPC:metsys68
ylppusrewopV3.368121TADRDM
MARDSroflangissserddA
yllamronsutats"L"
MARDSroflangissserddA
ylppusrewopV3.3402FPLOO oiduaroftuptuorotcetedesahP
271SSV
671SSV
7717TADRDM
281SSV
481
88131TADRDM
4910TADRDMO/I)BSL(MARDSroflangissubataD
891SSV
11TADRDM
−
−
O/IMARDSroflangissubataD
−
−
O/IMARDSroflangissubataD
−
O/I
−
−
−
−
−
−
MARDS
DNG
MARDS
DNG
DNG
DNG
DNG
noitcennocnoN
DNG
DNG
roflangiselbanetuptuo/ksamtupnI
roflangiselbanetuptuo/ksamtupnI
ylppusrewopV3.3
MARDSroflangissubataD2510RDARDM)BSL(MARDSroflangissserddA19141TADRDM
)ylnoOCVrof(DNG
)ylnoOCVrof(ylppusrewopV3.3
30
Page 97
MB811171622A-100FN (DVDM ASSY : IC802)
• Code Buffer (16M bit SDRAM)
Block Diagram
•
CLK
CKE
CS
RAS
CAS
WE
35
34
18
17
16
15
Clock
Buffer
Command
Decoder
To
Blocks
Control
Signal
Latch
RAS
CAS
WE
Bank 1
Bank 0
DRAM Core
(2,048×256×16)
Row Address
Column Address
I/O
4,10,26,41,47,50
VSS/V
SSQ
Pin Function
•
0-A11
A
DQML
DQMU
DQ0-DQ
,
AP
21-24, 27-32, 20, 19
14
36
15
2,3,5,6,8,9,11,12,39,
40,42,43,45,46,48,49
Address
Buffer/
Register
&
Bank
Select
I/O Data
Buffer/
Register
Mode
Register
Column
Address
Counter
1,7,13,25,38,44
CC/VCCQ
V
.oNemaNniPnoitcnuF.oNemaNniPnoitcnuF
1CCV)V3.3+(ylppusrewoP62SSVdnuorG
20QD
31QD825A
tuptuo/tupniataD
724A
4QSSVdnuorG926A
52QD
63QD138A
tuptuo/tupniataD
037A
7QCCV)V3.3+(ylppusrewoP239A
84QD
95QD43EKCelbanekcolC
tuptuo/tupniataD
33UD)neporofesu(esut'noD
01QSSVdnuorG53KLCtupnikcolC
116QD
217QD73UD)neporofesu(esut'noD
tuptuo/tupniataD
63UMQDelbanetuptuO/ksamtupnI
31QCCV)V3.3+(ylppusrewoP83QCCV)V3.3+(ylppusrewoP
41LMQDelbanetuptuO/ksamtupnI938QD
51
EW
61
SAC
71
SAR
81
SC
elbaneetirW049QD
ebortssserddanmuloC14QSSVdnuorG
ebortssserddawoR2401QD
tcelespihC3411QD
91)AB(11AtcelesknaB44QCCV)V3.3+(ylppusrewoP
tupnisserddA
02PA/01A
7Aot0A:nmuloC,01Aot0A:woR
5421QD
elbaneegrahc-erpotuA/
120A
221A74QSSVdnuorG
322A8441QD
tupnisserddA
7Aot0A:nmuloC,01Aot0A:woR
6431QD
423A9451QD
52CCV)V3.3+(ylppusrewoP05SSVdnuorG
tupnisserddA
7Aot0A:nmuloC,01Aot0A:woR
tuptuo/tupniataD
tuptuo/tupniataD
tuptuo/tupniataD
tuptuo/tupniataD
31
Page 98
CY2081SL-611 (DVDM ASSY : IC813)
• Clock Generate IC
Block Diagram
•
GND
V
DD
3
4
2
7
8
niplortnoctuptuO
Refference
Oscillator
PLL1 EPROMPLL2
PLL3
XTALIN
XTALOUT
OE/PD/FS/SUSPEND
Pin Function
•
.oNemaNniP noitcnuF
1AKLCtuptuokcolcelbarugifnoC
2DNGdnuorG
3NILATX tupnikcolcecnereferlanretxerotupnilatsyrcecnerefeR
4TUOLATXkcabdeeflatsyrcecnerefeR
5BKLCtuptuokcolcelbarugifnoC
6CKLCtuptuokcolcelbarugifnoC
7DDVylppusegatloV
8DNEPSUS/SF/DP/EO
tupni
Configurable
Multiplexer
and
Drive Logic
1
5
6
CLKA
CLKB
CLKC
dnepsuswoL-evitcaro,tcelesycneuqerfAKLC,nwodrewopwoL-evitca,elbanetuptuohgiH-evitcarehtiE
32
Page 99
PD2058A ( DVDM ASSY : IC901 )
• Digital Signal Processor For Audio
Block Diagram
•
TPS0
TPS16
1–3,6–11,
53–60
45
RST
TES0
42–44
TES2
VDDR
13 12
VSSR
4,31
VDD
VSS
5,14,34,52
Data RAM
128w×24b
Program
Counter
Program
ROM
1024w×32b
Coefficient
RAM
320w×16b
Logical
Arithmetic
Unit(LU)
Coefficient
256w×16b
24b 16b
Multiply
and add
Culculator
24b×16b+43b
Work
Register
ROM
CS
Temporary
Register
Interface
IFCK
IFCD
Circuit
IFDI
Offset RAM
64w×16b
Delay RAM
Address
Generating
Circuit
Input (2 port)
Output (3 port)
18,19
ACK
IFDO
Serial Data
Input/Output
Circuit
17–15
SDI1
SDI0
SDO0
Delay RAM
4096w×16b
Timing
Generation
Circuit
VCO Oscillation
SDO2
VDDA
Interface bus
Data bus
Work register
bus
Circuit
40374149 5148504746 39 38
PD
MPO
AMPI
VSSA
35
36
32
33
30
28,29
25,26
27
24
20
21
22
23
CKSL
PLOFF
XI
XO
SYNC
ELRI1,ELRI0
EBCI1,EBCI0
ELRO
EBCO
LR
WCK
FS32
FS64
Pin Function
•
.oNemaNniPO/InoitcnuF
18PT
27PT
36PT
4DDV
5SSV
O
−
−
nipdnuorG
niptuptuoatadtseT
.nepohtiwesu,yllamroN
nipylppusrewoP
65PT
74PT
83PT
92PT
O
niptuptuoatadtseT
.nepohtiwesu,yllamroN
011PT
110PT
33
Page 100
.oNemaNniPO/InoitcnuF
21RSSV
31RDDV
41SSV
512ODS
611ODS
710ODS
811IDS
910IDS
02RLO )sf1(niptuptuokcolcRL
12KCWO )sf2(niptuptuokcolcdroW
2223SFO )sf23(niptuptuokcolctiB
3246SFO )sf46(niptuptuokcolctiB
420CBEI .tuptuoatad2/1/0ODSrofkcolctfihsstupnIniptupnikcolctiB
521ICBE
620ICBE tupniatad0IDSroF
72ORLEI .tuptuoatad2/1/0ODSrofkcolcRLstupnIniptupnikcolcRL
821IRLE
920IRLE tupniatad0IDSroF
03CNYSI
13DDV
23IXI niptupnikcolclanretxe/nipnoitcennocrotallicsolatsyrC
33OXO nipnoitcennocrotallicsolatsyrC
43SSV
53LSKCI sf215otdnopserroc:Hsf483otdnopserroc:LniphctiwskcolcnoitallicsO
63FFOLPI edomnoitallicsolat'X:HedomnoitallicsoOCVni-tliub:LniphctiwsedomnoitallicsoOCV/edomnoitallicsolat'X
73DPO niptuptuoatadnosirapmocesahP
83ASSV
93OPMAO retlifssap-wolrofniptuptuo.pmA
04IPMAI retlifssap-wolrofniptupni.pmA
14ADDV
240SET
341SET
442SET
54
TSR
64SCI .rossecorporcimehtmorfrefsnartotelbasiatad,evitcaLsiSCnehWniptupnilangistcelespihC
74DCFII
84IDFII .tsrifBSLybataddnadnammocehtevieceRniptupniatadrossecorporciM
94ODFIO .tsrifBSLybrossecorporcimehtotsubatadfoatadehttimsnarT)SUBD(subatadfoniptuptuoataD
05KCFII atadrossecorporcimrofniptupnikcolctfihS
15KCAO
25SSV
3561PT
4551PT
5541PT
6531PT
7521PT
8511PT
9501PT
069PT
−
−
−
O
I
I
I
−
−
−
−
I
IniptupnilangisteseR
−
O
nipdnuorG
niptuptuoatadlaireS
niptupniatadlaireS
niptupnikcolctiB
niptupnikcolcRL
nipylppusrewoP
nipdnuorG
nipdnuorggolanA
nipylppusrewopgolanA
niptseT
.neporo"H"rofesu,yllamroN
nipdnuorG
niptuptuoatadtseT
.nepohtiwesu,yllamroN
)MARLD(MARyaledlanretnirofnipdnuorG
)MARLD(MARyaledlanretnirofnipylppusrewoP
.rossecorporcimehtgnillortnocybtib-61rotib-42ehttcelesotelbasihtgnelatadtuptuO
.rossecorporcimehtgnillortnocybtib-61rotib-42ehttcelesotelbasihtgnelatadtupnI
.tupniatad1/0IDSrofkcolctfihsstupnI
.tupniatad1/0IDSrofkcolcRLstupnI
.rossecorporcimehtgnillortnocybytiralopehttes,revoeroM
rossecorporcimehtmorfnipnoitcelesedomtupniatadrodnammoC
.doirep"L"rofatadehtdnadoirep"H"rofdnammocehtezingoceR
rossecorporcimrofniptuptuolangisegdelwonkcA
.langisegdelwonkcaehtstuptuo,KOsiataddnadnammocfoytirapnehW
tupniatad1IDSroF
tupniatad1IDSroF
.langisCNYSfoegdeehtybylbicrof"0"otniretnuocmargorpehtnruTniptupnilangis.cnyS
34
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