&&PG######$$. DVR-65H-S. KCXU. AC120V. 1. &&PG######$$. ÷ When
servicing this model, some service procedures may reset the settings that
customer.
STANDBY/ON
HDD
ORDER NO.
DVD
PULL-OPEN
OPEN/CLOSE
REC ONE TOUCH COPY
RRV2963
DV IN/OUT
DVR-520H-S
DVD RECORDER
DVR-520H-S DVR-65H-S
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model
Type
Power Requirement
Region No.
Serial No. Please confirm 3rd & 4th alphabetical letters.
DVR-520H-S
KU/CA
AC120V
1
DVR-520H-S
KUXU/CA
AC120V
1
&&PG######$$
DVR-65H-S
KCXU
AC120V
1
&&PG######$$
÷
When servicing this model, some service procedures may reset the settings that customer set (*) to the factory default settings. Make sure to explain this to the customer. (*) : Initial Setup (Clock Setting, Remote Control Set, Channel settings, Video Out settings, Audio In settings, Audio Out settings, Language settings) Refer to the chapter 13 of the Operating Instructions for more details.
An HDD (Hard Disc Drive) is mounted in this product. The HDD is a precision instrument very vulnerable to shock and electrostatic charges. Please read "7.4 Cautions on Handling the HDD" in this manual and exercise sufficient caution when handling the HDD itself, as well as the product with the HDD built in. When an HDD becomes defective and inoperable, restoration of the user's data recorded on the HDD, or copying of the user's recorded data to other media (such as a new HDD) is totally impossible. Before servicing, OBTAIN THE USER'S PRIOR CONSENT to that effect. The user must be made aware that all recorded data are deleted if the HDD is intialized.
For details, refer to "Important symbols for good services" . PIONEER CORPORATION
4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
PIONEER CORPORATION 2004 T-ZZV MAY 2004 printed in Japan
1
2
3
4
SAFETY INFORMATION A
This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. 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.
B
WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer, birth defects or other reproductive harm. Health & Safety Code Section 25249.6 – Proposition 65
NOTICE (FOR CANADIAN MODEL ONLY) Fuse symbols
(fast operating fuse) and/or
(slow operating fuse) on PCB indicate that replacement
parts must be of identical designation. REMARQUE (POUR MODÈLE CANADIEN SEULEMENT) C
Les symboles de fusible
(fusible de type rapide) et/ou
(fusible de type lent) sur CCI indiquent que
les pièces de remplacement doivent avoir la même désignation.
(FOR USA MODEL ONLY) 1. SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician.
LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120V AC 60 Hz outlet and turn the AC power switch on. Any current measured must not exceed 0.5 mA.
D
Device under test
E
Reading should not be above 0.5 mA
Leakage current tester
Test all exposed metal surfaces
Also test with plug reversed (Using AC adapter plug as required)
Earth ground
ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER. 2. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliance have special safety related character istics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.
AC Leakage Test F
2
DVR-520H-S 1
2
3
4
5
6
IMPORTANT THIS PIONEER APPARATUS CONTAINS LASER OF CLASS 1. SERVICING OPERATION OF THE APPARATUS SHOULD BE DONE BY A SPECIALLY INSTRUCTED PERSON.
7
WARNING! DEVICE INCLUDES LASER DIODE WHICH EMITS INVISIBLE INFRARED RADIATION WHICH IS DANGEROUS TO EYES. THERE IS A WARNING SIGN ACCORDING TO PICTURE 1 INSIDE THE DEVICE CLOSE TO THE LASER DIODE.
LASER DIODE CHARACTERISTICS MAXIMUM OUTPUT POWER : 70 mw WAVELENGTH : 658 nm
8
A LASER Picture 1 Warning sign for laser radiation
LABEL CHECK
B
STA ND BY /ON HD D
PU LLOP EN
DV D
Î
C
OP EN/ CLO SE
RE
C
ON E TO UC H CO PY
DRW2194 DV
IN/O UT
Additional Laser Caution 1. The ON/OFF(ON:low level,OFF:high level) status of the CLAMP signals for detecting the loading state are detected by the drive CPUs, and the design prevents laser diode oscillation when the CLAMP signal turns OFF. In normal operation, if no disc is clamped, the laser diode oscillation is disabled. However, the interlock does not always operate in the test mode.
D
2. When the cover is opened, close viewing of the objective lens with the naked eye will cause exposure to a Class 3A laser beam.
E
F
3
DVR-520H-S 5
6
7
8
1
2
3
4
[ Important symbols for good services ] In this manual, the symbols shown-below indicate that adjustments, settings or cleaning should be made securely. When you find the procedures bearing any of the symbols, be sure to fulfill them: A
1. Product safety You should conform to the regulations governing the product (safety, radio and noise, and other regulations), and should keep the safety during servicing by following the safety instructions described in this manual.
2. Adjustments To keep the original performances of the product, optimum adjustments or specification confirmation is indispensable. In accordance with the procedures or instructions described in this manual, adjustments should be performed.
3. Cleaning For optical pickups, tape-deck heads, lenses and mirrors used in projection monitors, and other parts requiring cleaning, proper cleaning should be performed to restore their performances.
B
4. Shipping mode and shipping screws To protect the product from damages or failures that may be caused during transit, the shipping mode should be set or the shipping screws should be installed before shipping out in accordance with this manual, if necessary.
5. Lubricants, glues, and replacement parts Appropriately applying grease or glue can maintain the product performances. But improper lubrication or applying glue may lead to failures or troubles in the product. By following the instructions in this manual, be sure to apply the prescribed grease or glue to proper portions by the appropriate amount.For replacement parts or tools, the prescribed ones should be used. C
D
E
F
4
DVR-520H-S 1
2
3
4
5
6
7
8
CONTENTS SAFETY INFORMATION......................................................................................................................................2 1. SPECIFICATIONS .............................................................................................................................................6 2. EXPLODED VIEWS AND PARTS LIST.............................................................................................................8 2.1 PACKING ....................................................................................................................................................8 2.2 EXTERIOR ...............................................................................................................................................10 2.3 FRONT PANEL .........................................................................................................................................13 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ..........................................................................................16 3.1.1 OVERALL BLOCK DIAGRAM ...............................................................................................................16 3.1.2 TUNB and JCKB ASSY BLOCK DIAGRAM ..........................................................................................18 3.1.3 MAIN ASSY BLOCK DIAGRAM ............................................................................................................20 3.1.4 POWER BLOCK DIAGRAM ..................................................................................................................22 3.2 OVERALL WIRING DIAGRAM .................................................................................................................24 3.3 TUNB ASSY..............................................................................................................................................26 3.4 JCKB ASSY(1/2).......................................................................................................................................28 3.5 JCKB(2/2), ATWB and ATHB ASSYS .......................................................................................................30 3.6 MAIN ASSY(1/5).......................................................................................................................................32 3.7 MAIN ASSY(2/5).......................................................................................................................................34 3.8 MAIN ASSY(3/5).......................................................................................................................................36 3.9 MAIN ASSY(4/5).......................................................................................................................................38 3.10 MAIN ASSY(5/5).....................................................................................................................................40 3.11 FLKY, KIRB, FRJB and DVJB ASSYS ....................................................................................................42 3.12 POWER SUPPLY UNIT ..........................................................................................................................44 3.13 WAVE FORMS........................................................................................................................................46 4. PCB CONNECTION DIAGRAM ......................................................................................................................49 4.1 TUNB ASSY..............................................................................................................................................50 4.2 JCKB, ATWB and ATHB ASSYS ..............................................................................................................52 4.3 MAIN ASSY ..............................................................................................................................................56 4.4 FLKY, KIRB, FRJB and DVJB ASSYS ......................................................................................................60 4.5 POWER SUPPLY UNIT ............................................................................................................................64 5. PCB PARTS LIST ............................................................................................................................................65 6. ADJUSTMENT ................................................................................................................................................69 6.1 TUNB ASSY ADJUSTMENT ....................................................................................................................69 6.2 MAIN ASSY ADJUSTMENT .....................................................................................................................70 7. GENERAL INFORMATION .............................................................................................................................71 7.1 DIAGNOSIS..............................................................................................................................................71 7.1.1 CPRM ID NUMBER AND DATA SETTING ............................................................................................72 7.1.2 MODEL SETTING .................................................................................................................................76 7.1.3 DOWNLOAD METHOD .........................................................................................................................77 7.1.4 SERVICE MODE ...................................................................................................................................79 7.1.5 DV DEBUG MODE ................................................................................................................................91 7.1.6 ERROR RATE MEASUREMENT...........................................................................................................94 7.1.7 VIDEO ADJUSTMENT FOR SPECIFIC AREA......................................................................................96 7.1.8 AGING MODE .....................................................................................................................................100 7.1.9 SETUP SEQUENCE............................................................................................................................102 7.1.10 DISASSEMBLY..................................................................................................................................103 7.2 IC ............................................................................................................................................................108 7.3 OUTLINE OF THE PRODUCT ...............................................................................................................135 7.4 CAUTIONS ON HANDLING THE HDD...................................................................................................138 7.5 DISC/CONTENT FORMAT .....................................................................................................................140 7.6 CLEANING .............................................................................................................................................141 8. PANEL FACILITIES .......................................................................................................................................142
A
B
C
D
E
F
5
DVR-520H-S 5
6
7
8
1
2
3
4
1. SPECIFICATIONS A
B
General
Timer
System . . . . . . . . . . . . . . . . . HDD, DVD-Video, DVD-R/RW, Video-CD, CD, CD-R/RW (WMA, MP3, JPEG, CD-DA) Power requirements. . . . . . . . . . . . . . . . . . . . .120 V, 60 Hz Power consumption DVR-65H . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 W DVR-520H . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 W Power consumption in standby mode 0.48 W (Front panel display: off) Weight . . . . . . . . . . . . . . . . . . . . . . . . . .10 lb. 2 oz. / 4.6 kg Dimensions . . . . . . . . . . . . . 420 (W) x 59 (H) x 339 (D) mm Operating temperature . . . . . . . . . . . . . . . . +5∞Cto +35∞C Operating humidity . . . . . . . . . . . . . . . . . . . . . . . 5% to 85% (no condensation) TV format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . NTSC
Programs . . . . . . . . . . . . . . . . . . . . . . 1 month/32 programs Clock. . . . . . . . . . . . . . .Quartz lock (12-hour digital display) Power off memory . . . . Approx. 5 years (after manufacture)
Recording Recording format . . . . . . . . . . . . . . . DVD Video Recording DVD-VIDEO Recordable discs DVD-RW (DVD Re-recordable disc) DVD-R (DVD Recordable disc) Video recording format Sampling frequency . . . . . . . . . . . . . . . . . . . . . . . . 13.5MHz Compression format . . . . . . . . . . . . . . . . . . . . . . . . . MPEG Audio recording format Sampling frequency . . . . . . . . . . . . . . . . . . . . . . . . . 48kHz Compression format. . . . . . . . . Dolby Digital or Linear PCM (uncompressed) Recording time
C
HDD Fine (FINE). . . . . . . . . . . . . . . . . . . . . . . . Approx. 17 hours Standard Play (SP). . . . . . . . . . . . . . . . . . Approx. 34 hours Long Play (LP) . . . . . . . . . . . . . . . . . . . . . Approx. 68 hours Extended Play (EP) . . . . . . . . . . . . . . . . Approx. 102 hours Manual Mode (MN) . . . . . . . . . . . . . Approx. 17-102 hours DVD-R/DVD-RW Fine (FINE). . . . . . . . . . . . . . . . . . . . . . . . . . Approx. 1 hour Standard Play (SP) . . . . . . . . . . . . . . . . . . Approx. 2 hours Long Play (LP) . . . . . . . . . . . . . . . . . . . . . . Approx. 4 hours Extended Play (EP). . . . . . . . . . . . . . . . . . . Approx. 6 hours Manual Mode (MN) . . . . . . . . . . . . . . . . Approx. 1-6 hours
D
Tuner Receivable channels VHF. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-13ch UHF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-69ch CATV. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C1-C125ch
Input/Output VHF/UHF antenna input/output terminal . . . . VHF/UHF set 75 Ω (F-shape connector) Video input . . . . . . . . . . . . . Input 1 (rear), 3 (rear), 2 (front) Input level. . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 Vp-p (75 Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . RCA jack Video output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . Output . 1,2 Output level. . . . . . . . . . . . . . . . . . . . . . . . . . .1 Vp-p (75 Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .RCA jack S-Video input . . . . . . . . . . . . . . . . .Input 1, 3 (rear), 2 (front) Y (luminance) - Input level . . . . . . . . . . . . . .1 Vp-p (75 Ω) C (color) - Input level . . . . . . . . . . . . . . . . 286 mVp-p (75 Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 pin mini DIN S-Video output . . . . . . . . . . . . . . . . . . . . . . . . . . . Output 1,2 Y (luminance) - Output level . . . . . . . . . . . . . 1. Vp-p (75 Ω) C (color) - Output level . . . . . . . . . . . . . . 286 mVp-p (75 Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4. pin mini DIN Component video output Output level . . . . . . . . . . . . . . . . . . . . . . Y: 1.0 Vp-p (75Ω) PB, PR: 0.7 Vp-p (75Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . RCA jacks Audio input . . . . . . . . . . . . . . . Input 1, 3 (rear), 2 (front) L/R Input level During audio input . . . . . . . . . . . . . . . . . . . . . . . . . . 2V rms (Input impedance: more than 22 k Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . RCA jacks Audio output . . . . . . . . . . . . . . . . . . . . . . . . . Output 1,2 L/R During audio output . . . . . . . . . . . . . . . . . . . . . . . . . 2V rms (Output impedance: less than 1.5 k Ω) Jacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . RCA jacks Control input . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Mini jack DV input/output (DVR-520H only). . . . . . . . . . . . . . . . 4 pin (i.LINK/IEEE 1394 standard)
Supplied accessories Remote control. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 Dry cell batteries (AA/R6P) . . . . . . . . . . . . . . . . . . . . . . . . 2 Audio / Video cable (red/white/yellow) . . . . . . . . . . . . . . . .1 RF antenna cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 Power cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 Operating Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 Warranty card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1
Note: The specifications and design of this product are subject to change without notice, due to improvement.
E
F
6
DVR-520H-S 1
2
3
4
5
6
7
8
Accessories • Remote control ×1 (VXX2932) ST ANDBY/ON ONE TOUCH COPY
A
OPEN/CLOSE
0
HDD AUDIO
• RF antenna cable ×1 (VDE1025)
DVD
SUBTITLE
ANGLE
ABC
DEF
GHI
JKL
MNO
PQRS
TUV
WXYZ
VCR Plus+
PLAY MODE
CHANNEL
CLEAR
+
• Power cable ×1 (ADG7021 : DVR-520H-S/KU/CA) (ADG7075 : DVR-520H-S/KUXU/CA DVR-65H-S/KCXU)
INPUT SELECT
CLEAR DISC NAVIGATOR
PLAY LIST
OP MENU
MENU
ENTER HOME MENU
RETURN
REV SCAN
PAUSE
PREV
STOP OK
CASE SELECTION
REC
•
PLAY
DISC HISTORY
BACK
NEX T
STOP REC
FWD SCAN
CM
B
SKIP
STEP/SLOW
e
E
REC MODE TIMER REC
NAVI MARK
CHP MARK
TV CONTROL
EASY TIMER
• Audio / Video cable(L=1.5m) ×1 (red/white/yellow) (XDE3049 : DVR-520H-S/KU/CA) (VDE1077 : DVR-520H-S/KUXU/CA DVR-65H-S/KCXU)
DISPLAY
INPUT CHANNEL VOLUME SELECT
DVD RECORDER
• Dry cell batteries ×2 (AA/R6P)
Red White
C
Yellow
D
E
F
7
DVR-520H-S 5
6
7
8
1
2
3
4
2. EXPLODED VIEWS AND PARTS LIST NOTES: A
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. Screws adjacent to mark on product are used for disassembly. For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.)
2.1 PACKING 12 9 10 DVR-520H-S 11 Only 7
B
13 8 DVR-65H Only
6 4 15
2
5 C
3
14
1
13
D
16
17
E
F
18
8
DVR-520H-S 1
2
3
4
5
6
7
8
PACKING parts List Mark No. >
1 2 3 4 5
NSP 6 7 8
Description
Part No.
Mark No.
Description HDD Caution 8L B HDD Caution 8L Card Warranty Card Polyethylene Bag
VRR1046 VRR1047 See Contrast table (2) See Contrast table (2) VHL1051
Mirror Sheet IM Holder Front Pad Rear Pad Packing Case
VHL1006 See Contrast table (2) See Contrast table (2) See Contrast table (2) See Contrast table (2)
Power Cable Audio / Video Cable RF Antenna Cable Remote Control Battery Cover
See Contrast table (2) See Contrast table (2) VDE1025 VXX2932 AZN7933
NSP 9 NSP 10 NSP 11 NSP 12 13
Dry Cell Battery (R6P, AA) Operating Instructions (English) Operating Instructions (French)
See Contrast table (2) See Contrast table (2)
14 15 16 17 18
See Contrast table (2)
Part No.
A
B
(2) CONTRAST TABLE DVR-520H-S/KU/CA, KUXU/CA and DVR-65H/KCXU are constructed the same except for the following : Mark No. > NSP
1 2 6 7
Symbol and Description Power Cable Audio / Video Cable Dry Cell Battery (R6P, AA) Operating Instructions (English)
DVR-520H-S /KU/CA
DVR-520H-S /KUXU/CA
DVR-65H-S /KCXU
ADG7021 XDE3049 VEM1031 VRB1338
ADG7075 VDE1077 VEM1030 VRB1338
ADG7075 VDE1077 VEM1030 VRB1343
C
NSP NSP
8 Operating Instructions (French) 11 Card 12 Warranty Card 15 IM Holder
Not used
Not used
VRC1210
VRY1132 ARY7045 VHC1116
VRY1132 ARY7045 VHC1115
Not used ARY7007 VHC1115
16 Front Pad 17 Rear Pad 18 Packing Case
VHA1368 VHA1369 VHG2545
VHA1364 VHA1365 VHG2530
VHA1364 VHA1365 VHG2549 D
E
F
9
DVR-520H-S 5
6
7
8
1
2
3
4
2.2 EXTERIOR A
CONTACT SIDE
NON-CONTACT SIDE
52 64 55 64
62 64 40 31 64
64
B
37
45
24
13
22
64
20
10 53 64
K
G
A
21
12
H
6 Lithium Battery (CR2032)
G
53 60
64
36 J
53
7
B
C
F
64 H
64
64
C
35 14
23
41
62 48
A
I
J 64
38
1 64
42 53 38
64
60
38 C
9
64
K
39
65
D
64
65
E
O
B
A
59
64
63
I
64
D
54
25
2 63
61
8 11
64
58
63 61
43
61
34 19
F
33
46
I
32 36
F E
30
47
64 4
53
50
38
56
B H
J 64 27 29
28 57
L
(65H type) 51 (520H type) 49
64
O 15
5
C
12
64
64
50
44
3
DVR-520H-S 1
2
E
17
L
64
Refer to "2.3 FRONT PANEL SECTION".
10
D
16
64
18
F
26 G
3
4
5
6
7
8
EXTERIOR parts List Mark No.
>
Description
Mark No.
Part No.
1 2 3 4 5
TUNB Assy JCKB Assy MAIN Assy FRJB Assy DVJB Assy
VWV2010 VWV2023 VWV2025 VWV2004 VWV2006
6 7 8 9 10
ATWB Assy ATHB Assy POWER SUPPLY Unit DRIVE Assy R7 (for Service) HDD
VWV2009 VWV2011 VWR1380 VXX2942 See Contrast table (2)
11 12 13 14 15
DC Fan Motor Ferrite Core Ferrite Core Connector Assy (13P) Flexible Cable (8P)
VXM1114 ATX1048 See Contrast table (2) PF13PP-D47 See Contrast table (2)
16 17 18 19 20
Flexible Cable (24P) Flexible Cable (32P) Flexible Cable (7P) Flexible Cable (13P) Flexible Cable (40P)
See Contrast table (2) See Contrast table (2) See Contrast table (2) See Contrast table (2) See Contrast table (2)
21 22 23 24 NSP 25
Shield Flexible Cable (40P) Housing Assy (4P) Housing Assy (2P) Housing Assy (4P) P. Plate Holder
See Contrast table (2) See Contrast table (2) See Contrast table (2) See Contrast table (2) PNY-405
26 27 28 NSP 29 30
Rubber Foot Radiation Sheet Rubber Spacer PC Support Heatsink Cushion
VEB1349 VEB1360 VEB1370 VEC1749 VEC2363
31 32 NSP 33
Gasket Sheet Spacer Clamp
VEC2394 VEC2413 VEC2418
Description
Part No.
34 35
FFC Protector Gasket 20 x 8T
VEC2436 VEC2437
36 37 38 NSP 39 NSP 40
Gasket 75 x 7T Gasket Sheet 2 Aluminum Tape HDD Stay Bonnet Angle
VEC2439 VEC2440 VEF1056 VNE2334 VNE2335
NSP 41 NSP 42 NSP 43 NSP 44 45
Writer Stay L Writer Stay R PCB Base Heatsink SYPS Cover
VNE2336 VNE2337 VNE2339 VNH1070 VNK5426
46 NSP 47 NSP 48 49 50
Fan Duct Base Chassis Assy Binder (BK-1) HDD Badge Tray Sheet
VNK5427 VXA2682 ZCA-BK1 See Contrast table (2) See Contrast table (2)
51 52 NSP 53 54 55
Tray Panel Bonnet Label Tape Rear Panel Bonnet Case S
See Contrast table (2) VRW2104 ZTA-156A-19 See Contrast table (2) VXX2925
56 57 58 59 60
Tray Panel Base Tray Panel Lens Screw Screw Screw
See Contrast table (2) See Contrast table (2) BPZ30P250FTC PBZ30P080FTC AMZ30P060FTC
61 62 63 64 65
Screw Screw Screw Screw #6-32 Screw
BBZ30P040FTC BCZ40P060FNI BPZ30P080FTC BBZ30P060FTC DBA1125
A
B
C
D
(2) CONTRAST TABLE DVR-520H-S/KU/CA, KUXU/CA and DVR-65H/KCXU are constructed the same except for the following : Mark No.
Symbol and Description
DVR-520H-S /KU/CA
DVR-520H-S /KUXU/CA
DVR-65H-S /KCXU
10 10 13 15 16
HDD 80G 4R080L0 SV HDD 160G 4R160L0 SV Ferrite Core Flexible Cable (8P) Flexible Cable (24P)
VXF1010 Not used VTH1051 VDA2011 VDA2012
VXF1010 Not used VTH1050 VDA1997 VDA1998
Not used VXF1028 VTH1050 VDA1997 VDA1998
17 18 19 20 21
Flexible Cable (32P) Flexible Cable (7P) Flexible Cable (13P) Flexible Cable (40P) Shield Flexible Cable (40P)
VDA2013 VDA2014 VDA2015 VDA2034 VDA2033
VDA1999 VDA2000 VDA2001 VDA2032 VDA2031
VDA1999 VDA2000 VDA2001 VDA2032 VDA2031
VKP2330 VKP2332
VKP2327 VKP2315
VKP2327 VKP2315
22 Housing Assy (4P) 23 Housing Assy (2P)
E
F
11
DVR-520H-S 5
6
7
8
1
3
4
DVR-520H-S /KU/CA
DVR-520H-S /KUXU/CA
DVR-65H-S /KCXU
24 Housing Assy (4P) 49 HDD Badge 50 Tray Sheet B
VKP2348 VAM1141 VEC2409
VKP2335 VAM1141 VEC2409
VKP2335 Not used Not used
50 51 54 56 57
Not used VNK5421 VNA2704 Not used Not used
Not used VNK5421 VNA2704 Not used Not used
VEC2448 Not used VNA2737 VNK5432 VNK5592
Mark No.
A
2
Symbol and Description
Tray Sheet Tray Panel Rear Panel Tray Panel Base Tray Panel Lens
B
C
D
E
F
12
DVR-520H-S 1
2
3
4
5
6
7
8
CONTACT SIDE
NON-CONTACT SIDE
2.3 FRONT PANEL A
3 24
2
24 5
19
E
16 9(2/2)
24 24 12
D
7
24
24
B
4 11 17 (Note)
13 10 6
8
20
1 21
9(1/2) 14 C
15
[DVR-520H type]
Note : When replacing the jack door, first fully open it. If the jack door is not fully open during replacement, it may unexpectedly fall out after being replaced.
18
5 16 9(2/2) D
12
22
7 24 25 11
23
17 (Note)
13
8
20
10 22 22
6
9(1/2)
21
E
14
15
[DVR-65H type]
18 F
13
DVR-520H-S 5
6
7
8
1
2
3
4
FRONT PANEL parts List Mark No.
Mark No.
Part No.
1 2 3 4 5
FLKY Assy KIRB Assy Flexible Cable (19P) Flexible Cable (7P) Front Panel Assy
VWG2489 VWG2493 See Contrast table (2) See Contrast table (2) See Contrast table (2)
6 7 NSP 8 NSP 9 NSP 10
Pioneer Name Plate Door Spring Mirror Sheet Main Key REC Ring
See Contrast table (2) VBK1151 VHL1082 See Contrast table (2) VNK5425
NSP 11 NSP 12 NSP 13
Sub Panel Power Key IR Window
See Contrast table (2) VNK5480 See Contrast table (2)
A
B
Description
Description
Part No.
NSP 14 NSP 15
DV Cover FL Lens
VNK5451 See Contrast table (2)
NSP 16 17 18 19 20
Front Panel Jack Door Rubber Foot Drive Sheet Panel Sheet
See Contrast table (2) VNK5494 VEB1349 VEC2345 See Contrast table (2)
NSP 21 NSP 22 23 24 25
Copy Ring Cap FL Filter Screw Sheet S
VNK5523 See Contrast table (2) See Contrast table (2) BPZ30P080FTC See Contrast table (2)
(2) CONTRAST TABLE DVR-520H-S/KU/CA, KUXU/CA and DVR-65H/KCXU are constructed the same except for the following : Mark No.
Symbol and Description
DVR-520H-S /KU/CA
DVR-520H-S /KUXU/CA
DVR-65H-S /KCXU
3 4 5 6 9
Flexible Cable (19P) Flexible Cable (7P) Front Panel Assy Pioneer Name Plate Main Key
VDA2016 VDA2019 VXA2645 VAM1146 VNK5420
VDA2002 VDA2005 VXA2645 VAM1146 VNK5420
VDA2002 VDA2005 VXA2649 VAM1147 VNK5436
NSP NSP NSP NSP
11 13 15 16 20
Sub Panel IR Window FL Lens Front Panel Panel Sheet
VNK5483 VNK5423 VNK5422 VNK5441 VEC2446
VNK5483 VNK5423 VNK5422 VNK5441 VEC2446
VNK5526 Not used VNK5593 VNK5527 Not used
NSP
22 Cap 23 FL Filter 25 Sheet S
Not used Not used Not used
Not used Not used Not used
VNK5437 VEC2421 VEC2426
C
NSP
D
E
F
14
DVR-520H-S 1
2
3
4
5
6
7
8
A
B
C
D
E
F
15
DVR-520H-S 5
6
7
8
1
2
3
4
3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3.1 BLOCK DIAGRAM 3.1.1 OVERALL BLOCK DIAGRAM A
: Playback system signal route
: Recording system signal route U301 VXF1022 TV FRONT-END
ANT
RF IN RF AOUT VOUT 19 OUT 16
A
TUNB ASSY
17
3
MPX Decoder
(19P)
(19P)
UVV 2V
UVL L LPF OUT 21
7 MPX Audio IN
UVV
CN401
CN301 IC451 CXA2020M
Video Selector Video Driver IC701 LA73033(1/2)
7
7
UVL
15
3V
CN451
CN402
(13P)
(13P)
13
77
2Y
F
75
3C
CN1301 CN705
7
1C
(15P)
6 CIN2 8
LPF
79
1Y
B
V/Y
V/Y 27
3Y
ATT WIDEBAND SPECTRAL
(15P)
19 17
1V
5
2C
C
25
C
LPF
3
FRJB ASSY JA1301
4
Y
YIN2
10
Audio Selector with Electirc ATT IC601 LC75342M
Y/C C
JA1302 LIN4
VIDEO 8
L
11
6
13
R
C
VIN2
12
LIN2
14
2
INPUT1 JA601 VIDEO
LIN2 LIN1 LIN3
VIN1 VIN3
Y
CN4501
Y/C
(40P)
C
L
YIN1
R
YIN3
Y/C
HDD
IC1001 M65673WG
JCKB ASSY(1/3)
CIN1
Y
[ATA]
B 1/3
INPUT3 VIDEO
1 Chip Sysytem Codec
CIN3 C
D
L
5
12
INPUT3
[ATAPI]
1
LIN1
L
LIN3
R DVD-VR DVD-Video
8
IC202 SDRAM 16Mbit
CN101 (45P)
Pickup
4 2
E
A B C D S4 S3 S2 S1
PICKUP ASSY
(40P)
(40P)
IC1103 DSP
201
Writer CPU
C
48
MAIN ASSY
33
Flash 64Mbit IC1102
34 35
38
PB DVD/CD
37 40
7-10 13-16
ASSY B 2/3 JCKB (2/3)
76
M
STEPPIONG MOTOR
M
IC101 UPC3330GC
2
CN703 (2P)
2
(12P)
CN201
CD Digital
IC501 BD7907FS
DRIVE ASSY DVR-520H-S
2
3
4
13 (21P)
(21P)
CN501
16 1
CD Digital 13
39
CN502
CN3001 (1/2)
CN702 (1/2)
RF IC
(2P)
LOADING MOTOR
CPU SDRAM 128Mbit IC1101
36
6CH Driver
F
SRAM 4Mbit
IC1401 ATA SDRAM 256Mbit ×2 IC1421
IC301 M30700FKLGP
3 LD DRIVE
CN401 CN4401
IC201 UPD63630GM
5
SPDL MOTOR
DVD-VR DVD-Video
5
6
7
8
A
• R ch is same as L ch.
J
DVJB ASSY TPB
XTPA
TPA
JA1401
XTPB
DV TERMINAL
1
2
3
4
1,3 2
6
7
CN5102 1,3 2
CN701(1/2) (32P) SEL.V/Y
9
IC202 PEG034A
IC204 BR24L32F-W
Tuner U-com
EEPROM
9
SEL.C
7
IC203 RS5C372A Real Time Clock
IC5204 DV SDRAM 16Mbit
(7P)
6
XTPB
TPB
XTPA
(7P)
TPA
CN1401
B
7
7 38 39 37 36
IC5202 UPD72893BGD-LML IEEE1394 Link IC
IC5101 UPD72852AGB-8EU IEEE1394 Physical IC
Control Data L
SEL.L
5
5
C
CN2001 (32P)
IC3101 AK5357VT
Master Clock Freerun
• MPEG2 PS Encode • AC-3/Linear PCM Audio Encode • 2ch ATA/ATAPI Interface • MPEG2 PS Decode T26 • AC-3/MPEG1/Linear V27 PCM Audio Decode
9 Audio 10 A/D 2 12 48KHz 20Bit
B 3/3 JCKB ASSY(3/3)
Sampling Rate IC3301 SM5950AM Converter
C IN CVBS IN
D Y(G)
Y(G)
Cb F5
Cb
D2
IC1301 ENC SDRAM 128Mbit
Cr
Cr
JA702 VIDEO
VOUT
CN2001 (2/2) (32P) Cr/R
DEC SDRAM 128Mbit IC1201
Cb/B Y/G Y C
CN701 (2/2)
21
21
23
23
25
25
29
29
27
27
Cr OUT Cb OUT Y(G) OUT Y OUT C OUT
51
60
53
56
45
58
43
63
41
65
IC3201 PCM1742KE 1-3
YOUT
IC701 LA73033(2/2)
(32P)
2 3
1
17
17
Y C
VIDEO
LOUT Y C
R JA651
1
OPTICAL AC-3/PCM DIGITAL AUDIO OUT
Tuner U-com
IC1001 PT6315
FLKY ASSY KIRB ASSY
CN201 (19P)
FL Driver
FL V1001
F Key SW
CN1001 (19P)
17
DVR-520H-S 5
LINE OUT 2 L
(21P) (21P)
D E
E
R
COUT
L OUT
IC3251-1/2 CN3001(2/2) CN702(2/2) UPC4570G2 SPDIF 1
LINE OUT 1 L
Cb
68 V
Audio 7 D/A Conv.
Y C
Y(G) Cr
COMPONENT VIDEO OUT
JA701
AG24 AF23 AD21 AG25 AE24
6
7
8
1
2
3
4
3.1.2 TUNB and JCKB ASSY BLOCK DIAGRAM
U301
STID SUID
1 2
19 18
3
17
4 5 13
16 15 7
17 18
3 1
1
13
4
10
5 7 9
9 7 5
MUTE
A
CN451
IC451 MPX Audio Decoder CXA2064M
Wideband Separation
TUNB ASSY (VWV2010)
B
AGC SCL SDA AFT
Audio
SCL AFT SDA AGC
ATT
TUON
U/V
V/U Tuner FrontEnd VXF 1022-
CN401
CN301
Q306 +6V SW.
+5V Ripple Filter
B
AGC SCL SDA AFT TUON
MUTE STID SUID UV_L UV_R
JCKB ASSY (VWV2028)
Video Input Circuit
CN402
+32V Reg.
A
V/Y
27
U/V
IC701 LA73033 Video Selector 25 & Video Driver (1/2)
Q451
15kHz LPF
C
Q514
Sync-Sepa 36
S JA601
SYNC
SYNC
SDET1
C
SCL SDA
Y
YVSEL SWSTBY
V IN1 (Rear)
SYNCAFT
L R
C
S
SDET3
C
UV_L/R L R
Y
JA1302
V
IN2 (Front)
R
L
12 8
2 6
IC601 Audio Selector with Electric A.T.T
SDET2
5
L
26 R
LC75342M
10
4 8 12 10
6 2 4
CN705
JA1301
S C
CN1301
D
V IN3 (Rear)
F
FRJB ASSY (VWV2004)
Y
EVOLCLK EVOLDATA EVOLCE
Audio Input Circuit
JA651 Optical OUT
Output Circuit
JA701 Component OUT
E
Y
60
Cb
56
Cr
58
IC701 LA73033 Video Selector & Video Driver 63 (2/2)
Y
JA702
C
65
V
68
OUT1
51
LPF
53
LPF
45
LPF 41 43
Y C
Muting
Comp
(Discrete)
LAMUTE RAMUTE
OUT2 L
F
R
18
DVR-520H-S 1
2
3
4
5
6
7
8
V1001
IC1001
FL Driver PT6315
FLCK, FLDATA, FLSTB
D
EVOLCLK EVOLDATA
EVOLCE
FLKY ASSY
IC202
(VWG2489)
SDET1
SDET3
SYNCAFT
Tuner/FL Control U-com
S1001-S1009 S1201-S1203
KEY1, KEY2, KEY3
E
Front Keys
PEG034A-K
KIRB ASSY
IC1201
SYNC
IR Detector CN201
SCL SDA SWSTBY
(VWG2490)
CN1001
A
FL Display
B
JA201
SELIR
AGC
SR In
STID,SAPID
Q104
MUTE
FAN Driver
TUON IC204
SCLEEP
PCMOUT
SDAEEP
ASCK SST to M SSM to TSIS HST to M HSM to TSYS XRESET
2
CN703
BT201
Battery
BR24L32F-W XINTRA SCL SDA
< from DRIVE > SPDIF
EEPROM
FAN
IC203 Real-Time Clock RS5C372A
Other Devices
1
C
X201
XIN, XOUT Ceramic Resonator IC201
PCMOUT
XRESETIN Reset IC PST3265
13
16 17 18
RAMUTE 525P LAMUTE
22 23 24
SELR
CN702 < from/to MAIN >
U-com I/F
3
D
4
SELL
5 6
SELC
7
SELV/Y
8 9 10 11 12 13 14 15 16
L R
17 18 19
E
20 Cr/R
21 22
Cb/B
23 24
Y/G C
25 26 27
Y
28 29 30 31 32
CN701 < to/from MAIN >
F
19
DVR-520H-S 5
6
7
8
1
2
3
4
3.1.3 MAIN ASSY BLOCK DIAGRAM
C MAIN ASSY
A
(VWV2025)
To JCKB ASSY
CN2001
AUDIO LR OUT
IC3251
IC3101 AK5357VT A/D
AUDIO LR IN
IC3201 PCM1742KE DAC
Q2101-Q2105
VIDEO Y,C,Yp,Cb,Cr OUT VIDEO Y,C IN
IC3403
IC2301
AGC,ACC
ADCCLKO
B
D.OUT
To JCKB ASSY C
CN3001
CD D.OUT TO TUNER u-COM ECLK0
IC1301
IC1001
ENC SDRAM
M65673WG 1 Chip System Codec
MT48LC4M32B2TG-7 DCLK0
IC1201 DEC SDRAM
• MPEG2 PS Encode • AC-3/Linear PCM Audio Encode • 2ch ATA/ATAPI Interface • MPEG2 PS Decode • AC-3/MPEG1/Linear PCM Audio Decode
IC1401
ATA BUS
CN4401
To Writer
ATA SDRAM
D
K4S561632E-TC75
W986416DH-6
To H.D.D
SERIAL
IC1421
ATA SDRAM
E
K4S561632D-TC75
CN4501
ARCLK0
IC1102 FLASH
CN1901
VYW2176
IC1103 Backup SRAM CY62148VLL-70ZI
F
20
DVR-520H-S 1
2
3
4
5
6
7
8
A
VSS1195 X4102 VCXO
ADMCLKI
Input Mster clock
IC4101
27M
B
33/36M
IC3402 SM8707KV PLL IC
36M
AMCLK2
33M
VMCLKI 27M
IC4205
DVVPWM
AMCLK1
C
DVPLLCK(ADMCLKI)
IC3301 SRC
SRC**O
SM5950AM
24M SRC**I
TC7WHU04FU Play Mster clock
IC4206
D
DVVCLKO
IC5341
HCLK0
E
VCLKI IC5202 HOST BUS MCLK
IC1101 CPU SDRAM
LINK/DV CODEC
IC5204 DV SDRAM
K4S281632E-TC75
UPD72852AGB-8EU SCLK IC5101 Phy
K4S161622D-TC80
CN5102
UPD72893BGD-LML
DV F
21
DVR-520H-S 5
6
7
8
1
2
3
4
3.1.4 POWER BLOCK DIAGRAM
A
C MAIN ASSY IC4004 5V REG.
V+5A
5
1
5
1
1 V+6V
2
V+6V
SW+2.5V
IC4007 V+3V 3.3V REG.
4
SW+4V
5
6
SW+4V
V+2R5V
4
V+4V
7
SW+4V
3
V+2R5V
CN4001 (8P) SW+6V
B
IC4008 V+PRA 1.2V REG.
IC4006 5V REG.
V+5D
IC4002 V+3D 3.3V REG.
8
1
IC5002 V+2R5 2.5V REG.
3
7
1
V+3D
V+4V
V+12A Q4000 V+4V
A TUNB ASSY
V+13V
C
FLDC – FLDC +
3
V1001 FL TUBE
NC
14
V+5E
V+5E
18
V+5VI
V+13SW
V+5VO
CN701 (32P) 32
3
CN702 (24P) 21 23
V+5VO
V+6E
V+9
CN402 (13P)
CN3001 (24P) 21 23
19
V+13SW
1 2
D
CN2005 (19P) V–28V
13 11
CN2001 (32P) 32
V+9
CN1001 (19P)
IC1001 FL Driver VEE 30
CN451 (13P) 11
V+37E
D FLKY ASSY
9 V+37E
CN401 (19P)
7
V+6E
CN301 (19P)
V+5RP
V+5VO
V+9
V+5VI
V+6E V+37E
18 V+5VO
17 Q103
6 2
V+6SW V+5VI Q101
CN202 (8P) SW+2.5V
4
SW+4V
6
SW+4V
7
SW+4V
8
V+6E
I
E
V+6SW
IC102 3.3V REG. 1 CN201 (13P) 3 5
FLDC (–)
4 7 9 11 13
CN101 AC IN
F1
EV+37V EV+6V SW+13V SW+6V
IC101 V+5E V+5M 5V REG.
3
1
5 V+37E
4
V+6E V+13SW V+6SW
1
1
11
Q104
SW+5V
V+13SW
13 CN105 (2P)
SW+12V
IC103 9V REG.
V+13SW
9
DRIVE ASSY R7
LIVE 1
1 4
V+9
3
B JCKB ASSY
1
DC FAN MOTOR
CN204 (4P)
NEUTRAL 2
3
V+6E
7
CN203 (4P) 4
F
FL–28V
6
V+6E
CN104 (13P)
FLDC (+)
V+3_3E
V+13FAN
2
POWER SUPPLY UNIT
SW+6V
Q102
SW+12V SW+5V
HDD
22
DVR-520H-S 1
2
3
4
5
6
7
8
A
B
C
D
E
F
23
DVR-520H-S 5
6
7
8
1
2
3
4
3.2 OVERALL WIRING DIAGRAM A
A TUNB ASSY (VWV2010)
ADG7075
B
B B 1/2 - B 2/2
I POWER SUPPLY UNIT (VWR1380)
JCKB ASSY (VWV2023)
C
H ATHB ASSY (VWV2011)
D
C C 1/5 - C 5/5 MAIN ASSY (VWV2025) E
F
J
DVJB ASSY (VWV2006)
24
DVR-520H-S 1
2
3
4
5
6
7
8
÷ When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB 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. ÷ : The power supply is shown with the marked box.
A
UPPER: LINE 1 UNDER: LINE 3
B VKB1150
C
ASSY G ATWB (VWV2009)
D
DRIVE ASSY (R7) (VXX2942) ASSY D FLKY (VWG2489)
F
FRJB ASSY (VWV2004) E
VNF1129-
E
F
KIRB ASSY (VWG2493) 25
DVR-520H-S 5
6
7
8
1
2
3
4
3.3 TUNB ASSY A
(T)
(T)
A TUNB ASSY (VWV2010)
B
(T)
(T)
(T)
C (T)
(T)
(T)
D
(T)
E
F
A 26
DVR-520H-S 1
2
3
4
5
6
7
8
A
(T) (T)
: Video Signal Route (TUNER) : Audio Signal Route (TUNER) : Audio Signal Route (L ch)
B
C (T)
(T)
B 2/2 CN401
(T)
D
B 2/2 CN402
E
F
A 27
DVR-520H-S 5
6
7
8
1
2
3
4
3.4 JCKB ASSY(1/2) A
CN201
B 1/2 JCKB ASSY (VWV2023)
I
B
B 2/2
C
(Y) (C)
(Y)
B 2/2
B 2/2
(C)
B 2/2
D
1
E
: Video Signal Route (Y) (C)
: Video Signal Route (Y)
B 2/2
: Video Signal Route (C) : Audio Signal Route (L ch)
F
B 1/2 28
DVR-520H-S 1
2
3
4
5
6
7
8
A
D CN1001
B
B 2/2
C
PEG034B
TUFL u-com
D
E
EEPROM
F
B 2/2
B 1/2 29
DVR-520H-S 5
6
7
8
1
2
3
4
3.5 JCKB(2/2), ATWB and ATHB ASSYS A
CN11
to DRIVE ASSY R7 to HDD C 4/5 ATHB CN4401 ASSY(VWV2011) CN12 CN13 CN14
(Y)
G
H
(C) (Cb)
ATWB ASSY (VWV2009)
C 4/5 CN4501
B
(T)
(Cr)
(D)
A
: Video Signal Route : Video Signal Route (TUNER) : Video Signal Route (Y) : Video Signal Route (C) : Video Signal Route (Cb) : Video Signal Route (Cr) : Audio Signal Route (L ch) : Audio Signal Route (DIGITAL)
CN301
2
C
A CN451
D
B 1/2
E
F
CN1301
B 1/2
F
(Y) (C)
B 1/2
B 2/2 G H 30
DVR-520H-S 1
2
3
4
(T)
5
6
7
8
C 3/5 CN3001 A
From DRIVE ASSY (R7R)
C 2/5 CN2001 5
13
12 15
6
(D)
B 1/2
11
(D)
(D)
(D) (D)
14
B
(T)
8
(Cb) (Cb)
(Y)
16
(Cr)
(Y)
17
(Cr)
18
9
C
(Y) (C)
7
3
(Y)
4
(Y)
D
10
(Y)
(C)
(C)
(Y)
(Y)
Video Selector & Video Driver
(Y) (C)
E
B 2/2
F
JCKB ASSY (VWV2023)
B 2/2 31
DVR-520H-S 5
6
7
8
1
2
3
4
3.6 MAIN ASSY(1/5) A
C 5/5
C 4/5
C 2/5,4/5 C 2/5
B
C 2/5
C 2/5
C
M65673WG-A
D
E (D)
(AT)
(D)
C 2/5,4/5
C 1/5 32
C 4/5
F
C 3/5 C 5/5
C 3/5
DVR-520H-S 1
2
3
4
5
6
7
8
ASSY C 1/5 MAIN (VWV2025)
A
FLASH ROM VYW2179
B
C
IC1104 TC7SZ126FU-TLB 1 5 VCC 2 R1104 R1105 10k (S)
100 (S)
4
GND
3
Backup SRAM D
C 2/5
E
(AT) (D)
F
: ATA Data Signal Route : Audio Signal Route (DIGITAL) : Audio Signal Route (L ch)
C 1/5 33
DVR-520H-S 5
6
7
8
1
2
3
4
3
4
3.7 MAIN ASSY(2/5) A
C 2/5 MAIN ASSY (VWV2025)
B
C
D
C 1/5
C 1/5 E
C 1/5
C 1/5
C 1/5
F
C 2/5 34
DVR-520H-S 1
2
5
6
7
8
A
: Audio Signal Route (L ch)
7
C 3/5 17
4
B
16 15
C 1/5
B 2/2 CN701
3
C 3/5 5 9
C
10
6
8 13 12 11
C 1/5
D
C 3/5
E
C 1/5 F
C 2/5 35
DVR-520H-S 5
6
7
8
1
2
3
4
3.8 MAIN ASSY(3/5) A
C 2/5 C 2/5 (D) (D)
VKN1814
C 4/5 B
C 2/5
C 4/5 (D)
14
C
(D)
C 4/5
(D)
D
B 2/2 CN702
C 1/5 (D)
E
C 1/5 18
C 4/5 F
C 3/5 36
DVR-520H-S 1
2
3
4
5
6
7
8
A
C 1/5
C 3/5 MAIN ASSY (VWV2025) (D)
: Audio Signal Route (DIGITAL) : Audio Signal Route (L ch)
B
C 2/5 C
C 2/5
D
E
C 2/5
C 1/5 AK5357VT-TBB
F
C 3/5 37
DVR-520H-S 5
6
7
8
1
2
3
4
3.9 MAIN ASSY(4/5) A
MM1603DP
I
CN202
C 3/5
C 3/5
B
C 4/5 MAIN ASSY (VWV2025)
C
D
C 5/5 C 1/5, 2/5
C 5/5 C 1/5 1
E
C 3/5 2
C 1/5, 2/5 C 1/5
F
C 4/5 38
DVR-520H-S 1
2
3
4
5
6
7
(AT)
8
A
: ATA Data Signal Route
C 1/5
(AT)
To DRIVE ASSY (R7)
ATAPI BUS
B
C
To HDD
D
E
F
C 4/5 39
DVR-520H-S 5
6
7
8
1
2
3
4
3
4
3.10 MAIN ASSY(5/5) A
C 5/5 MAIN ASSY (VWV2025) C 1/5
B
C
D
IC5101 UPD72852AGB-8EU-A
J
E
IC5101
CN1401
F
C 5/5 40
DVR-520H-S 1
2
5
6
7
8
A
C 1/5 C 4/5 B
C 1/5
C
IC5202 UPD72893BGD-LML
D
C 4/5
E
C 1/5 C 1/5
F
C 5/5
IC5204 K4S161622D-TC80
41
DVR-520H-S 5
6
7
8
1
2
3
4
3
4
3.11 FLKY, KIRB, FRJB and DVJB ASSYS
D FLKY ASSY (VWG2489)
A
1.0
B
C
B 1/2 CN201
D
E
F
D 42
DVR-520H-S 1
2
5
6
7
(Y)
: Video Signal Route : Video Signal Route (Y)
E
(C)
8
: Video Signal Route (C) : Audio Signal Route (L ch)
A
KIRB ASSY (VWG2493) SWITCHES S1201 : STANDBY/ON S1202 : DISC HISTORY S1203 : DISC NAVIGATOR
100
B
SWITCHES S1001 : 0 OPEN/CLOSE S1002 : & (REC/STOP) S1004 : 7 (STOP) S1005 : ¶ REC S1006 : ONE TOUCH DUBBING S1007 : S1008 : + S1009 : 3 (PLAY)
F
FRJB ASSY (VWV2004)
C
(Y) (C)
INPUT 2
(C)
(Y)
D
B 2/2 CN705
E
C 5/5 CN5102
F
J
DVJB ASSY (VWV2006)
D E F J 43
DVR-520H-S 5
6
7
8
1
2
3
4
3.12 POWER SUPPLY UNIT A
I
POWER SUPPLY UNIT (VWR1380)
B
Not used
Not used
Not used
AC IN
C
Not used
D
Not used
Not used
Not used
E
Not used
F
I 44
DVR-520H-S 1
2
3
4
5
6
7
8
A
Note : No individual parts replacement for repair is accepted by Model Supplier due to the safety reasons. Replace whole ASSY.
to R7 DRIVE ASSY
to HDD
B
C Not used
Not used Not used Not used
C 4/5 CN4001
B 1/2 CN104
D
Not used
E
Not used
F
I 45
DVR-520H-S 5
6
7
8
1
2
3
4
3.13 WAVE FORMS Note : The encircled numbers denote measuring point in the schematic diagram. A
B 1
JCKB ASSY IC601-pin 11 (L4) (Function : Tuner 2 ch) V: 1V/div. H: 200µsec/div.
6
CN701-pin 27 (CMtoT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
10
JA702-pin 4 (COUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
14
CN701-pin 23 (CBBMtoT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
GND GND
GND GND
B
(Not terminated)
2
CN401-pin 3 (UVIN) (Function : Tuner 2 ch) V: 500mV/div. H: 10µsec/div.
7
IC701-pin 69 (VOUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
15
CN701-pin 21 (CRRMtoT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
GND
GND
IC701-pin 27 (YSWO) (Function : Line 1 Video in) V: 500mV/div. H: 10µsec/div.
(75Ω terminated)
GND
GND
3
8
IC701-pin 65 (COUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
11
CN701-pin 5 (ALTtoM) (Function : DVD play) V: 1V/div. H: 200µsec/div.
16
IC701-pin 60 (PYRSCOUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
17
IC701-pin 58 (CRGOUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
18
IC701-pin 56 (CBBOUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
C
GND GND GND
4
IC701-pin 25 (CSWO) (Function : Line 1 Video in) V: 500mV/div. H: 10µsec/div.
9
IC701-pin 63 (YOUT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
GND
12
CN701-pin 17 (ALMtoT) (Function : DVD play) V: 2V/div. H: 200µsec/div.
D GND GND GND
GND
5
CN701-pin 29 (YVMtoT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
13
CN701-pin 25 (YGMtoT) (Function : DVD play) V: 500mV/div. H: 10µsec/div.
GND
GND
E
GND
F
46
DVR-520H-S 1
2
3
4
5
C
6
7
8
MAIN ASSY
Measurement condition ;
No.3 to No.8, No.10 to No.13 No.15 ,No.16 No.9, No.14 No.17 1
X4102 - pin 4 (ADMCLKI) V: 1V/div. H: 20nsec/div. (Function : P.ON)
A
: 75% Color-bar, A1 disc 2-20 : 75% Color-bar : 1kHz, 2Vrms, A1 disc 2-1 : 1kHz, 2Vrms 6
Q2105 - B (Cr) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
11
CN2001-pin 29 (Y Out) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
16
CN2001-pin 7 (SEL C) V: 500mV/div. H: 10µsec/div. (Function : L1)
GND GND
2
R4205 (VMCLK) V: 1V/div. H: 20nsec/div. (Function : P. ON)
7
Q2101 - B (Y) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
8
CN2001-pin 23 (Cb Out) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
GND
12
CN2001-pin 27 (C Out) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
13
CN2001-pin 25 (Y Out) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
B
GND
17
CN2001-pin 5 (SEL L) V: 500mV/div. H: 200µsec/div. (Function : L1)
18
IC3402-pin 7 (27MCLK) V: 1V/div. H: 20nsec/div. (Function : P.ON)
GND GND
3
Q2103 - B (Y) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
GND
GND
C
GND GND
4
Q2102 - B (C) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
GND
9
CN2001-pin 17 (Lch Out) V: 2V/div. H: 200µsec/div. (Function : PLAY)
GND
14
CN3001-pin 13 (PCMAIN) V: 1V/div. H: 400nsec/div. (Function : PLAY)
D
GND GND
5
Q2104 - B (Cb) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
GND
10
CN2001-pin 21 (Cr Out) V: 500mV/div. H: 10µsec/div. (Function : PLAY)
15
CN2001-pin 9 (SEL Y/V) V: 500mV/div. H: 10µsec/div. (Function : L1)
E GND
GND
GND
F
47
DVR-520H-S 5
6
7
8
1
2
1
2
3
4
3
4
A
B
C
D
E
F
48
DVR-520H-S
5
6
7
8
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
Symbol In Schematic Diagrams B C E B C E
Part Name
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
Transistor
B C E B
C
E B
C
SIDE A
E Transistor with resistor
B C E D
G S D
B
G S Field effect transistor
D G S
P.C.Board
Chip Part
SIDE B
Resistor array
3-terminal regulator
C
D
E
F
49
DVR-520H-S 5
6
7
8
5
1
C301
L303
R301
C302
D301
1
C313
Q302 C304 Q302
NP
G-Link
L306 CN301
C451
VR452
VR451
TUNB
SEPA SEPA ADJAST ADJAST SPECTRUM WIDE
C456
ICT FC
C465
C471
19 19
C462
VNP1963-A
R307 R306
R318
C326 C327
U301
C306
C319 R326
V+9
PC
C453 GND
VR453
C468
V+9
INPUT LAVEL ADJAST
1 1
C467
C461 Q451
R468 C473
CN451
CN451
KN300
C B2 E2
E B C2
13 13
R467 R466
C305 C329
C318
C316 R328
R453 R454
4
GND Q306
VWV
CN301
NP
3
2
LF
R317 R316 JA301 C328 or R325 R
PYKC F4X
Q304
4
3
2
1
C309 D302
Q451
C474 R471 C472
B CN402
DVR-520H-S
50
C458 R463 C460
E
R315
Q304 R324 R312
B CN401
D
Q301 Q301
C
Q306
B
4 3 2 1
4.1 TUNB ASSY A
SIDE A SIDE A
A TUNB ASSY
V+5TU
C303
C459 R455
(VNP1963-A)
F
A
A
5
6
7
8
DVR-520H-S
51
A
A F
(VNP1963-A) UV_RIN(R4)
13
UV_LIN (L4)
UV_RIN (R4)
V+9 SD/STID
R472 R464 UV_LIN(L4)
R478
R473
MIONTA
R470
R476
1
C477
C475 R474 C476 R475
R480
R477
E
R456
C470
GND
C464 C463
R465 C454 R458
R451
R459
R461
D
R452
C455
C457
R479
UVA_IN
C469 C466
R460
IC451 28
30
30 28
R469
R457
CN451
SU/SAPID
FOMOI MUTE
IC452 ( 28p )
15 16 15 16
15
14
14 15
1 1
1 1
IC452 IC451
C452
GND
C478 R481
JUST
VIDEO AFT MUTE
V+37E AFT
UVIN
LF
V+6E TUON
VWV2010
NC(SIFtoONTA)
19
R462
G-Link
UVIN
R305
CN301
AUDIO R323
SCL
AGC
1
VWV2016
R304
SDA
C
SIF GND
V+6E
IF
C315
R327 or L301
G-Link
BT(+33V) C312
BP(+5V)
V+
V+6E
VWV2034
R322 C325 Q305 R314
Q305
5T U
MB(+5V) C311
Q307 C317
L302
B
L305 C321
SDA SCL
C308 R310
C320 L304
ADRS
C307
R321 C324
Q307
R302 C310
R320 C323 C322
R303 AGC
Q303
C314
R313
Q303
R309 R308
R319
A TUNB ASSY A
SIDE B
SIDE B 5
6
7
8
1
2
3
4
4.2 JCKB, ATWB and ATHB ASSYS SIDE A
B JCKB ASSY
A
14 2
10
L171
R321
AFT
C174
C137
R172 R275 C219
R303 R304 R205
R302 R264
R277
8
1 1
7 7
E
R289 R288 V+5E
10 CN705
CN201
CN705
D
D CN1001
CN11
1 C123
LF 40 40
11
ATHB
CN12
1
1
40
40
VWV VWV2011 (VNP1961-A)
R
(HDD)
KN801
CMKD-P3X
CN12
E
to HDD
G ATWB ASSY
CMKD-P3X R
VWV
40 40
11
CONTACT BOTTOM SIDE
ATWB
1
1
CN13
CN14
40
C CN4401
CN13
F
40
VWV2036 VWV2009
(WRITER)
LF
(VNP1961-A)
CN14
B G H
to ASSY
52
DVR-520H-S 1
2
3
4
KEY2
DVD
FLDATA
C121
1 CN703
CN11
CONTACT BOTTOM SIDE
FLPON
GND
CN201
F CN1301
C CN4501
B
10
CONTACT 1 1 SIDE
IC103 IC401
IC206
KEY1
H ATHB ASSY
GND
Q404
C B2 8
HDD
1
14 14
GND
C239
C247
V+5M
4 11 IC204 L101
CONTACT SIDE
C103
C107
13
GND SDET2 GND Y GND C GND V GND R GND L GND
D103
Q406 Q771 Q405 Q407
13
IC206
R283
IR
5
C141 C211
C240
C106
W 6S SW V+ 13 V+
Q101
R299 R268 R269 C236
VWV
C214
5
R290
8
R276
Q202
R262 C230 R300 R231 R256
D202
59 R209 C248
R265
C222 C233
R218 R273 R282
R233
1
IC204
C206
58 R217
R272
C
NP
R301
SDA SCL
58
30 C231
L201 R200
R236
X202
C209
C228
L204 R259 L202 R257
R271
30
C220 R243 R240
1
5
R201 C202 C201 C203
R454 L203 R258
V+5M
Q201
C208 R213
R216 R214 R204 R215 59
Q514
Q202
R254
R261 R447 R448
R292
R212
R210 R293 C210
29
C204
C205
1
X204
9 9
IC201 Q104 C135
R111
11 CN202
IC202
TH AN CH OF DE HE 25
8888
29
IC501
L102 CONTACT SIDE
AGC
116
X201
5M V+
IC201
Q702 Q201 Q712 Q703 Q104
C218
116
87
R234
IC202
R270
1
+
+
C229 R308 R255
87
R250
GND R287 V+13 SW FLCLK
Q171
B
W
R174 Q172
R173 C173
1
IC701
R179 R176 C176 Q173
X203 R175 C175 R185 R178 C177 R183 R320 R184
CN105
10
C716
MODIFED TEXT
1
R180
-
BT201 BT202
-
Q711 Q173 Q172
JA601
IC651
R651 1
R653
C652
5
Q708
4
3 9
VNP1961-A JCKB
11
NP
IC651
8
18
NC
4
6
15
R230 R229 C251 R206 R202 R203 R294 R207 C252 R221 Q171
3
12
9
JA201
C651
2
7 13
JA651
5
1 8
FLSTB
5
1 7
5
6
7
8
SIDE A A
14
4
C749
41 41
R721 C703
1919
C752
C736 20
C722
6 R565
R724
R564
R736
R737
L508
R563
R562
C503 C_TtoM
SCL
AFT TUON GND V+6E GND V+37E GND SIF GND JUST /LM LDASH GND UVIN GND G-LINK
Y_TtoM
4
L506
1 3
C539
C543
1
1
C118
C117
1
R426
L403
L404
L402
R425 C429 R418
13
CN402 13
22 22 12 12
11 11 R423
R427 R438 11
C423 C430
Q404 C435 C437 R437
34 44
C416
C425 C414
RfromM
MUTE MIONTA FOMOI SD/STID SD/SAP GND L GND R GND V+9 GND NC
D
LfromM
Y
X401
C
NC Y C Y2 Cb Cr RfromM LfromM NC CSYNC NC YtoM CtoM LtoM RtoM AGCCTL
Y2
CN702
C407
C428 Q407 C439
C410
V+9 R784
V+13SW V+5VI XRST 525P MRST PCMOUT HSMtoT SSMtoT R701 SSTtoM HSTtoM ASCK SPDIF
Cb
FC
11 IC401 C432
R785
ICT
Cr
23 R429
33
C441 R440 C440 R439
R414 C418
C426 V+5VO
LF
V+13SW
V+5VI R421
V+13SW
WORD SURFACE IS UPPER SIDE
C
Q405
R415
44
C123
C415
C424
C133
CN104
C121
1 R431
C417
C401
C402
C404
13 13
IC103
R434 C438
C549
PC
YtoM CtoM LtoM RtoM
R770
R772
R782 R103
R420 R419 R413
R436 R435 R424 Q406 C434 C427 R428 R430 C436
V+ 5V O
V+ 5V I
SW+13V GND SW+6V
GND
FLDC+ GND EV+37V GND EV+6V
FLDCFL-28V
P_ON FLON
C128
CN403 R783
Q771
R773
FLDC+ FL-28V
1
CN701
CONTACT SIDE
GND
GND
GNDA
32 V+5VO
LMUTE RMUTE P_CONT
GND GND
GND BUP GND
GND
24
GND GND
CONTACT SIDE
GND
KEY2
KEY1
DVD
60 60
C731
C732 R555 R554 R553
C608
C609
C614
C616 C126 V+9
GND
FLDC-
HDD
IR
NC FLSTB
FLDATA
C125
R277
R290
R276 FLPON
Q101 V+6E R102
34
GND
R774
1 2
19 19
SDA
C115
24
1 1
1
AGC
C507
CN402
10
1
R780 C604
R613 C619
R804
C612
R302
R301 R264
GND R287 V+13 SW FLCLK
7 7
B
A CN451
R288 V+5E
C2
C501
R771
1
IC206
B
C717 C715 Q712 C718 R711 Q703
4
3
8
VWV2029 VWV2032 VWV2035
CN401 R714
Q702
C502 IC501
6
1
01
VWV2015 VWV2019 VWV2022 VWV2023 VWV2027 VWV2028
C B2 E2
R556
Q514 C542
Y
L701
Y
R548
R781
C712 C713
40 40
C714
C748 C727 C751
VWV
E
GND
20
C735
CVBS
C603
8
Cr R502 R509 L503
21 21
R612 C620
C707 C708 C710 C711
D712 C733
C734
C602
C704
C705 R755
C744 Q711 NP
R753
NP
C615
C611
C618
C607
D710
R726
R614 C621
IC701
32
C716
R749 R748
C740
C719
R805
80 C728
C709
61
A CN301
C739
80
C729 C730
D714
Q201
L505
R725
CN401
R304
CMKD-P3X
C610
C601
D704 C750 C726
C723
1
V+5M
D705 D706
C724 C725
C738
Cb
L504
R
THIS PRODUCT CONTAINS LEAD IN SOLDER AND CERTAIN ELECTRICAL PARTS CONTAIN CHEMICALS WHITCH ARE KNOWN TO THE STATE OF CALIFORNIA TO CAUSE CANCER,BIRTH DEFECTS OR OTHER REPRODUCTIVE HARM. HEALTH & SAFETY CODE SECTION 25249.6 - PROPOSITION 65
R808
V+5VO
1
R745
CN704
33
Q708
C706
1
JA701
WARNING
14 14
2
3
10 JA702
R230 R229 C251 R206 R202 R203 R294 R207 C252 R221 Q171
2
61
R180
1
18
R812
15
L405
12
23
4
3
R712
8
9
1 1
9
8 13
C141
6
5
2
1
5
1 7
KN802
(VNP1961-A)
CN104
CN702
CN701 E
H CN201
C CN3001
CN2001
F
B 53
DVR-520H-S 5
6
7
8
1
2
SIDE B
3
4
B JCKB ASSY R744
Q507
R718
R717
R306 R620
R307
1
R757 Q103
V+6E
5 IC101 R208
C124
C403
C132 V+5VI
C212 V+13SW
GND FLDC-
19 R801
R407
R411
C
R C433
C
C120
GND
B2 E2
C431
C122 V+13SW
C2
XRESET
CN401
C760
GNDA
GND
(VNP1961-A)
R817
32 V+5VO GND
24
CN701
CN702
CN104
E
F
B 54
DVR-520H-S 2
3
4
V+9 D105
B
0 1 2 3 4 5 6 7 8 9
1
B E
0 1 2 3 4 5 6 7 8 9
R702
NC Y C Y2 Cb Cr RfromM LfromM
NC CSYNC NC YtoM CtoM LtoM RtoM AGCCTL 1
V+13SW E
VWV2 0 1 2 3 4 5 6 7 8 9
1
NC
GND V+13SW BUP V+5VI GND XRST LMUTE 525P RMUTE MRST GND PCMOUT GND HSMtoT P_CONT SSMtoT GND SSTtoM GND HSTtoM GND ASCK GND SPDIF
V+9
DVD FLDC+ FL-28V
R810
L
4
FL-28V C131
R433
V+9
C101
C127
V+6SW C134
C130 Q401
R759
R105
P_ON FLON
C405
FLDCFL-28V FLDC+ GND EV+37V GND EV+6V GND SW+13V GND SW+6V
R403
C1
C747
C108
V+6E
A B C
0 1 2 3 4 5 6 7 8 9
1
0
L401
13
CN402
R604
VWV
R609
V+37E
SD/SAP
GND
R740 R728
R747 R735
R442
R410
LF
1
R611 R601
C613
R777 R779 C116 R104
15 15
0
R807
FOMOI
GND
Q706
C605
D716
R549
R546 Q512 R540
R412
R811
R409 R417 C413
C421
D
Q102
1 1
0 1 2 3
R544 Q513 R545
C409
R445
Q403
R446
C411
C408
R541 R542 C534 C535 C533 R543 L507 C536 C537 R547
C532 D401
G-LINK
GND
C412
C420 C419 C422
R406
SD/STID GND
16
C119
R561 Q516 R552
R443
R404 R405 C406
1
MUTE
R441 16
R608 R603
R538
R560
VWV2035
IC601 30 30
R719
C
R727
D717
C538 Y
C544 Q515 C545 C541 R551 C546 L509 C547
Q402
MIONTA
V+5VO
R558 R557
C540 R452
R716
R501
C129
R408 R416
C548 R550 R559
R444
1
G-LINK
C
R402
R401
TUON GND V+6E GND V+37E GND SIF GND JUST /LM LDASH GND UVIN GND
R621
R723
SDA AFT
R809
C721 C720 R722
Q701
19
SCL
C742
D709
R729 C737
VWV2027 VWV2028 VWV2029 VWV2032
D713
R720
C702
R520 R704
R706 R523 R705 R707
R730
D708
R806
C514
C745
R778
C66
R742
Q707 R760
C743
R738
C519 R521
D711
Q705
R733
C746
R739 R761
R741 R750
Q709
D707
Q704
R731 C762
Q510
C518 C517 C516 R519 R518 AGC
R536
R708 C753 R709 C754 R710 C755
Q505
Q506
R517
C515 R522 Y
R732
C531
Cr
B
C530
C529 C528 R534
R533
R531
R532
C526 R535
C768 R754
R752
VWV2015 VWV2019 VWV2022 VWV2023
D702
D703
R746 C766 Q710
R528
R751
C756
C525 R527
C527
R530 Q509
R776 R775
C741 R743 C774
D701 R525 C520
C772 C770
C771
C765
R734 C764
C769
R524
C773
R756
C757
R715
Q508 C524 C523
C758
C763
5
C522
R526
R529
R818
C761
C767
R713
C521 Cb
4
A
5
6
7
8
SIDE B A
R655 R605
R606
R617
73
Q507 C216
C772
C217
R652
Q203
R226
B
R112
R263
R267
R278
IC601
1 R107 C138
C226
Q701
D102 R295
4
8
5
Q408
Q409
D101
Q105
5 R453
R108
Q410
1
R106
4
C242 C246
R450 R280
C243 IC203
R253
1
XRESET_IN
C253
R449
R279
9
SYNCAFT R296
C225
Q105 IC203
C139 R113
8
L103 R109 C140 R110
Q410 Q515 Q102 Q411 Q516 Q408
C245 FANPWM
Q409
C
C104 3
3
1
4
6
13
1
1
D718
D719
1
GND GND GND GND GND GND GND
C227
D104
Q402 Q512
4 6 IC102
IC102
Q513 Q103
C105 Y
7
L
IC101 Q403
C
V
4 5
5 7 IC101 R208
R
C101
V+6SW
R101
C108
V+6E
4
D720
R759 R757
D601
C249
R227
R451
C102 1
R222
Q411
C234
R758
IC205 Q710 Q707 Q509 Q510 Q206 Q203 Q709 Q706 Q704 Q204 Q506 Q705 Q205 Q505
1
D203
R281
R297 R246
R237
R307
D607
Q508
C136
Q205
R247
L205
R219
Q204
C221 R245 R242 C224 V+5M
D201
D604
C250 R286
R235
R241
R223 L206 L208 R225 C207
DLCE
Q206
C653
C254
R251
R803
R305
L207 R224 C223
R306
V+6E
D605
JUST R252
R211
R260
R244
VWV
R608 R603
R239
C232
P_CONT
4 4
R248 R249
R291
R802
11
R266
R228
R441
AGC
R232
R298
55
R285
C172
88
R274
717
C241
R182 V+5M
C171
C617
IC205
R238
VWV2035
R602
C606
R177
R442
R615 D602
C244
L284 R284
R171 R727
D603
R729 C737
27 28 29 32
D606
C654 R607 R186 C655 C658 R181
R618
C659
R742
C656 R610 C657
C660 R619
R740 R728
C741
C769
C661
R616
R654 R220
C215
C770
SDET2
V+13SW
C120
GND V+5E GND GND FLPON V+13SW FLDATA FLCLK FLSTB NC KEY1 IR KEY2 HDD DVD GND FLDC+ FLDCFL-28V
R
C212 V+13SW
CN201
C213
1
CN705
Q401
H ATHB ASSY
1
C122
D
C701
V+9
R
D
CMKD-P3X
R703
(HDD)
LF 1
40
(VNP1961-A)
CN12 E
G ATWB ASSY
CMKD-P3X R
(WRITER)
LF 1
40
F
CN14
(VNP1961-A)
B G H 55
DVR-520H-S 5
6
7
8
1
2
3
4
4.3 MAIN ASSY
C5124
L5502
C5127
C5103
C5214
C5122
R5121
C5120
2 8
C1050
2 8
1 7
2
1 R1003
8
L1001 C1042
L1005
C1059
L1006
R1008
C1038
R1004
L1003 C1036
R1005 C1035
R1074 C1053
C1058
C1030 L1004
C1056
C1029
2 C4211
3 X4201
IC3101
16
1
4 L4202
C3255
D3103
R4204
9
R4201
C4202
8 IC4205
5 C4210
D4202
4
C4208 D4201
C4203
R4210
C4201
1
F4201
R4205
L4201 C4209
R3108 R3107 R3106 R3105
R3104
C1024
C1026 TP1029
TP1028
TP1027
7 1 7 R5274 1 R5273
R5132 R5131 TP5106 C1060
L1007
R1009 C1041
C1037
C1055
C3107
4
R2015 R2026
R2014
TP2017 TP2025
TP2013
TP2023
R2013
R2012 TP2012
TP2016
R2011
R3271 TP2011
R3270 TP2008 TP2009
DVR-520H-S
TP2014 TP2024
Q2241 TP2022 TP2006
TP2005
R2047
C2243
TP2003
TP2018
R2025 R2040
C3251
TP2007
TP2020
R R R R R
R2254
R2253
R2255 C2405
8 IC2302
5
1 4 R2404 R2405
R2411
R2406
3
R5123
C5119
C5118 C1003 C1004 C1034 R1006
Q2102
R2107
Q2103 TP1032 R4202
C4206 C2210
R4209
C4207
C 2
C5123 R5124
R5112 R5113 C1509 C1028 C1002
C1510
C1001
C1016
R1011 TP1051
C1027 C1508
C1014
VR1001
R1090
TP1060
VR1002 Q2104
R2109 C2105 C2103 R2103
Q2101 C2104
8 IC2211
5
4 R4207 R4208
TP1012
VC4201
F
56
TP1013
TP4202
7
C2406
TP2506
TP2505
TP2504
TP2503
TP2502
IC4206
TP2021
C2308 Q2403
R2407
7 C2311 1
R2409
1
3
C2302
C2305 C2407
8
R4211 R4206 R4212
R2308
R2408 TP2501
TP48
8
R2502
TP49 TP50
2
8 R2306
5
C1049
R2227
R5222
7 1
71
R1031
C2241
1
IC2302 IC4003 IC4005 IC3001 Q2403 Q2402 Q2001
C1047
C1006
C1039
TP1030
R1045
TP2004 R2027
R1905 IC2301
1
R1066 C1051
C1048
5
1 1
Q2402
4
C1025
L1009 R2112
R2113 R2102
C2220 C2223
R2334
R2332 R2208
C2332
1
R2214
R1043
R1048
R4213
4
C2334
7 CN1901
IC2301 Q2241 Q3201 Q3202
R2305
3
R2331 IC2331
4 6
C2333
R2333
R1904
R1903 R1902
R1901
C2206
8 2
82
2 R1080
Q2204
C1045 C1052
R5223
TP1024
R2209
C1057
TP1033
C2221
R2204
C2201 Q2203
TP1026 TP1031
C2205
TP4302
IC2211
C2102
R2205
TP4301 TP4303
IC4206 IC4205 IC3101 IC4004 IC2331
R2239
R5285
C1044
C1005
C2101
R2221
R4304
IC4008 Q2203 IC3403 IC3402
C1021
TP2001 R2412 TP2019 TP2002
R2203
2
2 8
R4303
C1012
Q2222
C2208
2 8
R4302
C1019
C1022
C2331
8
C1018
R2111
R5289
R5290
R1034
C1013
TP15
D
R1012 C1011
C2202
1
R2207
1 7
R2206
1 7
Q2202
7
R5127
C5113
C1023
C2222 R2210
Q2201
Q2202
R2304
R2307
R5130
64
C1017
C2209
C2204
Q2201 Q2222
R2301
Q2301
R2202 R2201 CN4301
C2106
Q2311
R2312 C2301
7
C2306
1
TP1002 R2106
R2105
R2233 R2235
8
Q2302
Q2312
R2313
IC5204 IC3301
R2252
R2302
TP4307
R4307
R4306
7 1
1
C2246
48
C1031 R1021 R1022 TP1050 R1024 TP1041
R2116 R2114
R2314
TP14
Q2301 Q2103
R2266
R2311
R2303
2
8
2
R4305
R2115
C2265
TP4306
TP4305
TP4304
Q2101 Q2102 Q2302 Q2312
C5126 IC5101
49
C1032 R1023
Q2105
C2319
C2317
TP1067
L1008
R4108 TP28
L1102
Q2105 Q2104 Q2311
R4110
IC4101
VR2105
C4103
R4101
R4106
C5111
R5104
R1071
R4104
R4107 C1104
R5105
C1054
VR2104
R4103
3
C4104
2
8
C4102
R4102
IC4101
C4105
5
4 X4102
1
R5106
R5128 R5129
16
TP2015
D1111 R4105 R1111 C1114
IC5202
R4109 C4107
R1052
C5105
17
33
C5125 C4106
1
Q1102
4
Q1102
R5107
C5104
R5126
32
R5103
C5110
C1061
X5101 R5125
7
C5138
B
1
C5121
R5115 R5117
R5110
C5137
IC5101
R5109
R5108
C5136
L5106
C5112
IC4007
L5105 L5102
L5501 C4034
L5104
L5101
E
C4033
C5132
L5103
C5101
C4032
7
C5102
CN5102
1 IC4007
C
F5101 TP4015
R5265
CN1401
CN5102
J
D4002
R5114 R5116 R5120 R5122
C MAIN ASSY
SIDE A A
5
6
7
8
SIDE A
This PCB is six layer structure.
A
R5247
TP32
R5231 R5233 TP5201 R5216
2 2
8
R4507
1
2
CN4501
8
7 1
C5321
1
2
8 8 R4538 2 R4541
1 7 TP4001 TP4010
R4017
CN4001
CN4001
1 C4029
8
R4020
R4018 TP4009
I CN202
R4014
F4003 C4023
R4009
C4024
R2017
E TP4005
R2019
TP4002
Q2001
C4021
TP41 TP40
TP3012
TP42 TP3002
R4008
D
TP3003 TP3001 TP3014 TP3004
CN4401
2 8 2 8
1 C5206
TP5204
R3407
C3406
C4005
TP4012
TP3005
TP3006
R4004
CN4501
R5241
C5208
R5244 R5239
R4534
C4027
C4004
IC4005
C4010
F4001
C4018 C4006
R3202
TP4011 Q3202
R4015
TP4201
R3203 R3204
TP3007
1 TP3008
TP3010
TP3009
R4537
CN11
D4501
R4010
3
1
IC4003
TP3403 TP3402
4
R3205
10 C3004
IC3001 TP3013
TP3401 C3407
F3403
R3410
F3402
F3102 R3103
D3104
C4028
R3411 R3408
C3105
1 D3102
11
8
IC4004
Q3201
20 C3001
TP3011
IC4008
D4001
1
C4014
C3102
D3002
R4530
C3402
C4013
C3002
R3002
TP2017 TP2025
R2014
R2015 R2026 TP2015
TP2013
4
5
D3001
R4019
IC3402
TP4008
R3001
R3025 R3024 R3023 R3022 R3003
C3251
TP2014 TP2024
D3101
D3103
R3104
C3255
1 C3106
9
16
IC3403
R4531
H
C5221
R5297
5
R3409
C3101
8 IC3101
9 16
1 02
F3401
C3301
R3102
R5298
C3405
R3405 C3403
R3406
C3408
C3404
L3301
C3108
R2013
R5243
C5224
C3303
R4001
R3309
8
R3108 R3107 R3106 R3105
L5508
C5229
R3403
C5231
1
24
C1040
C1058
2 C4211
R4510
C3302
R3313 R3305
C3107
TP2023
R5245 R5242
IC3301
R1008
TP1013 TP1012
R4509
R3310
R3307 R3311 R3312 R3306
R4501 R4503
7
L1006
IC5204
1039
TP2016
R5246
R1031
1049
07
R4504
C5223
C4020
C4031
C1059
1047
C5230
R5294
12
R1066 C1051 C1006
R5293
C5222
C C4401
R3304
13
C1005
7
R4435
7
052 1048
1
CN13
R4432
1 7
TP3303
R3303
7
G
R4428 R4429
R5313 R5314
C5205
R5255
1
1044 1045
2 8
1 7 7
R5250
C5329
7 1
2 8
8
2
R5240
R5261
R5296
1
8
R5258
C5211
8 2
R5259
R5248
2
C1057
7
52 C5218
104
C5213
2 8
53
C5225
2 8
1 7 1
7
R1003
R5283
R5295
C1060
L1007 L1001 C1042
R5230
CN4401
1
R5227 R5228
2
R5225
B
8
C5228
105
R5284
R5285
7 R5224
2
C5227
R5229
R5281 R5282
R5290
1
R5237 R5238
R5278 R5279 R5280
7 R4406 1 7 R4405 1 8 2 8 2
C5226
R5288 R5289
7
2 8
R5275
2 2 8 1 8 7
IC5202
C5217 R5276 R5286 R5277 R5287
C1050
C5123 R5124
R5127
R5132 R5131 TP5106
R5130
7 1 7 R5274 1 R5273
1
R5234 R5235 R5236
8 2 8 2 7 1 1
7 R5220 1 7 R5218 1
C5215 R5272
4
R5217
8
C5126
C5125
R5215
TP5202
L5507
16
R5232 R5214
R4407
R5128 R5129
R4408
C5216
7
R4436
1
C5103
C5127
7
C5104 126
TP38 TP31
C5207
R4508
2
8
2 8
2
8
R5219
2
8
2 8
2
8
208
L5504
R5221
1
8
1 7
7 1
7
156 157
1
C5209
1 7
C5212
C5204
C5214
R5263 R5262 R5260 R5257 R5256 R5253 R5254
R5249
7
C5210
R5251
R5252 L5502
C5124
22
F
(VNP1960-C)
C 57
DVR-520H-S 5
6
7
8
1
2
3
4
C MAIN ASSY
SIDE B A
TP1
2
8
R1305
1
C5203
IC1103 IC1104
7
2
8
1
7
C1309
R1306
C1310
C1302
TP2
L5503
TP8
C1313
TP3
43 L1301
IC1301 L1402
7
7
5
C1311
C1312
1 1
28
R1032
54
TP1016
7 1 7 1
2
7 17 1 R1410 16
C3205
C3006
B CN702 DVR-520H-S 3
R3014
C
R3019
CN3001
4
C32 R32
R3252 R3013
CN3001 TP10
R3258 R3261 R3260 R3257
1
TP11
F
IC3251
C3252
R3012
R3010
R1053
R3269
R3011
R3009
R1055 R3262 R3263
R3268
TP4007
8
7
R3017 R3015 24
R3016
C4003
IC3002
TP4006
C3003
C4017
C4016
F4002
R4016
C4030
C3
C3257
R3267
14
1
C4009
R3201
C3208
C3254 R3251 TP3251 C3253 C3258
R4011
R4013
C3207
R3254 R3255
R3266
C4008
R4005
R4012
C4011
R4006
R3265
C3201
TP10 TP1 TP1014
9
8
C3202
C4026
R3253 GND IC4002
1 7
7
IC3201
C4002 TP3253
7 1
8 2 1
C3203
C1401
C4012
C5008
F3201 C3204
2
28
2 8 2 8
R1408 R1409 R1411
C1409
27
8
5 L1401
C4037
R5264
R1402
C1402
C4007
8
R1407
IC1401
1 C1408
C1407
IC5002
4
TP5004
8
7
R4525
1
C5007
2
C1405
R1406
7
R5322
5
1
2
C5005
8
7
R4519
2
1
C5006
R1033 TP101
8
R1405
1
R1404
7
2
IC5322
8
8
R5209
8
C5323
L5321
4
7
R4518
1
TP5003 R5329
1
C1406
1
8 2
R5328
7
R4528 R4527 R4533 R4532 R4535 R4536
C5328
R5330
2
R5324 C5324
C5327
8
7 1
3
C1404
R5326
R5325 C5326
C5325 R5327
1
D5322
8
R5323
7 1
R4505
C5322
D5321
TP12
2
7
C1429
C5306
1
R4502 8 2 R4506 2 R4512
2
4
4 IC5321
TP4013
1
1
TP1017
TP4014
58
8
R1065
27
C1403
5
R5321
TP4004
TP13
7
2
R5342
R5343
8
7
R4423
8 2
7 1
C5307
IC3251
IC3002
1
R1309
R1412
R4529
C4015
8
L5301
2
1
C5343
R5301
C4022
IC2501
2
8
Q4000
E
8
1
2
R1426
R5341
C5309
C1427
R1310
2
C1428
IC1421
2
1
C5310
7
2 8
1
IC5341
R1425
7
8
C5342
9
8
1
R1423
2
1
16
44
C1426
C1425
R5310
C5301
7
8
IC5301
2 8
R5307
C5308
Q4000
IC4002 IC1201
C1301 R1424
C5311
3
4
R5304
R4404
8
54
1
C1424
R5312
R4427
C4001
TP4003
R4401
2 8 2
7
C4501
C1423
C5341
R5309 L5505 R5308
R4417
TP4502 TP4501 TP4506 TP4504 TP4503 TP4505 TP4508 TP4507 TP4509 TP4510 TP4511 TP4513 TP4512 TP4515 TP4517 TP4516 TP4518 TP4514 TP4519 TP4520 TP4521 TP4522 TP4523 TP4524 TP4526 TP4525 TP4527 TP4528 TP4529 TP4530
IC3201
1
IC4006
IC5002 IC1101
D
R5305
R4416
5
IC5322 IC1401
R5311 R5306
C4019
3
IC5321 IC1001
7
R4440
C4025
IC4006
C1421
C1422
R4410
TP4418 TP4414 TP4419 TP4420 TP4421 TP4422 TP4423 TP4424 TP4426 TP4425 TP4427 TP4429 TP4428 D4401 TP4430
1
C
R4403 R4426
IC1421 IC1102
R4425 R4431 R4430 R4433 R4434
IC5341
7 1
IC5301
1
B
R4402
TP4402 TP4401 TP4406 TP4404 TP4403 TP4405 TP4408 TP4407 TP4409 TP4410 TP4411 TP4413 TP4415TP4412 TP4417 TP4416
TP2010 C3005
L2 32
5
6
7
8
SIDE B
This PCB is six layer structure.
A
TP5103
R5144
B
R1120 R1107 R1106
R1110 R1118 R1108 R1113 R1112 R1109
C1062 C1511 R1025 7 1 2 8 TP1058 TP1040 TP1052 TP1056 TP1059 TP1054 TP1055 TP1057 TP1053 TP1037
R1072 R1026
7
2
7
8
IC1102
1
R1076
2
1
8
7
R1077
1
C
1 1
8
2
1
R5264
R1093
R1092 R1119 R1054
7
7
TP1001 R1056 R1058 TP1004 R1059 28 TP1005 TP1008R1060 R1063 TP1007 TP1006 R1062 TP1042 R1061 TP1009 R1064
IC1001
C1113
C1105
7
7
TP101
2R10688 2 R10698
1 7
R1033
27
IC1101
7
C1109
2 8 2
R1114
8
7
8 R1051 1
C2506
C2502
12 44
E
TP1902 TP1904
11
TP1905
C2504
TP1906 TP1907
C2507 1
TP17 TP18
R2505
CN2501
ZF5
D2501
7
TP1901
C1901
1
R2506
CN2001
1
2 TP1903
IC2501
TP2507
1
R2503
8
TP2508
32
1
2
8
2
7
8
R1115
7
2
7
R2501
C2501
8
1
22
L2501
R1205
7
C1201
1
C1208
7
C1206
C1204
L2101
C1203
R3014
TP2010 C3005
R1203
C1101
23
33
27 C1209
R3260 R3257
1
C3256 TP3252 R3256
L1101 C2505
8
C2503
R3258 R3261
R1207
IC3251
R3264 R3259
C1103
1 R10447 R1042 7 34 1
C2508
IC1201 R3268
1
L1201
C3206
51 TP3251 C3253
2
1
C3208
TP1035 TP1036
7
9 C3207
8 2
2
D
1 C1102
54
TP1023 TP1039 TP1018
2
28
TP1019 TP1022
R1046
R1206
TP1038 TP1061
TP1062
R1070
R1081 8 TP1065
TP1066
R1208
2
R1202 C1202
C1205
R1075
C3205
R1053
8
C1207
R1055 R3262 R3263
2
R1204
7
R1116
1 R1410 16 7 1
2 8 1 R1049 7 54
1
1
8
7
2
1
1 7
R1117
17
C1106
C1107
7
C1111
R1105 R1121 C1110
1
TP23 TP22
R1002 TP100 TP5205 L1002 TP5206 TP5207 TP5208 TP5209 C1010 TP5210 R1057 TP5211 TP1003 R1035 TP1020
TP1017
1
TP21
2
C1008 5
5
TP24
2 1
TP1046
TP1048
R1078
TP1047
1
R1079
C1007
R1050 TP1015 2 8 TP1011 7 TP1010 7 TP1014 1 8
TP27
8
7 TP1049
TP1043
1
TP1034
C1009
07
R1017 R1015
R1073
2 8
TP1044 8
12
6
R5143
1
7 1 7
TP1045
R1016 C1512
C1501
C1502
C1503
8
TP1063
7
C1504
1
C1505
NIN15
R1307
2
TP1064
7
8
C1506
1
R1308
2
C1306
8
C1308
2
R1302 R1312 R1311
C1311
7
R1309
7 1
C1312
1
8
C1507
7 R1310
1
R5141
R1091
32
17
2
3
TP26
4 5
86
44
R1104 R1103
C1108
IC1104
R5142
IC1103
IC1301
C5108 TP25
43 1
C5116
1
C5109
16
TP5104
7
C5107 TP5105
8
1
C5117
7
2
C5115 TP5102 C5106 TP5101 C5114 C5131
1
R1303
C5135
7
8
C5134 C5133
1
7
R1304
2
C1303
8
C1304
2
C1305
1
R1305
C1307
8
C1309
2
C1310
C1302
R1306
TP16
TP19
CN2001
F
(VNP1960-C)
C
B CN701
59
DVR-520H-S 5
6
7
8
1
2
3
4
4.4 FLKY, KIRB, FRJB and DVJB ASSYS SIDE A A
KIRB ASSY
1 7 1 7 CONTACT SIDE CN1201
R
ACP-BS LED (HDD) S1202
D1201
C1203 LED (DVD) S1203
GND
GND
W1201
S1201
IR
W1207 IR
LED_HDD
W1200
V+5FL
W1205
V+13SW
GND
W1204
W1202
CN1201
IC1201
KIRB ASSY VWG
W1203
W1206
VWG2490 VWG2493
L1201
B
1
E
D1203
IC1201
POWER DVD(H) DISC NAVI(S)
HDD(H) DISC HISTRY(S)
(VNP1962-C)
C
D FLKY ASSY GND W1026
VDD
GND W1025
W1017
GND
W1015
W1016
FLDC+
FLSTB
W1014
FL-28V W1013
FLDC-
LED_HDD
STOP
VWG2489 VWG2508
PLAY
V+5FL
PC
S1005
W1004
S1002
S1009
S1004
C1012
C1010
V+5FL
ACP-BS
S1001
OPEN/CLOSE
REC REC STOP
VWG
(VNP1962-C)
CN1001
B CN201
F
D E 60
DVR-520H-S 1
2
33 33
27 27
9 9
W1003
KEY2 W1010
LED_DVD W1011 W1002
KEY1 W1009
1 1 W1001 GND
W1000
W1007
IR
L1001 V+13SW
1
CONTACT SIDE 7
1 W1012
VDD
W1008
C1005
19
7
CN1002
CN1002
19
1
E
1
D
V1001
CONTACT UPPER SIDE
CN1001
3
4
S1006
ONE TO DUBBI MODE REC MODE
5
6
7
8
SIDE A A
F
FRJB ASSY
B CN705 CN1301 B
FRJB ASSY W1302 W1301
C 1
13
1
13
L W1303
JA1301
ACP-BS
R
JA1302
6 4 2 7
CN1301
7
3
5
2
3
1 5 6
Video W1300
S_DET
4
1
Lch
Rch
S-Video
VWV2004 VWV
KN1301
(VNP1962-C)
C
GND W1023
W1024 VDD
GND W1022
CN1401
GND
W1006
GND W1005
S1008
CN1401 R
REC MODE (S)
DVJB ASSY
1
(-)
CONTACT SIDE 1
7
(+)
ACP-BS
JA1401
VWV2006 VWV
GND W1020 FLDC+
VDD ONE TOUCH DUBBING MODE (H)
C CN5102
FC J
2
W1018
S1007 S1006
49 49
DVJB ASSY
3
C
J
7
41 41
33 3
D
4
FLPON
VDD
1
W1027 W1021
W1019
FLKY ASSY
E
(VNP1962-C)
F
D F J 61
DVR-520H-S 5
6
7
8
1
2
3
4
SIDE B A
F
FRJB ASSY
R1302
L
C1309 R1311 R1308 C1306
C1303 D1304 D1303 R1502 R1501
R1304
B R1504
C R1301 R1303 C1302 C1301 D1301 D1302
R R1503 13
SIDE
S-Video
LF
L R
V C
C1304
Lch
R1306 R1305
R1310 R1309 C1308 R1307
Rch
1CONTACT
C1305
R1312
Video
Y S_DET
(VNP1962-C)
CN1301
C
R1401
(+)
VDD
ACP-BS TPA TPB
XTPA
(VNP1962-C)
F
D F J 62
DVR-520H-S 2
3
4
R1010
R1016 R1012 (-)
R
E
1
FLDC+
C
XTPB
LF
GND
41 GND
49
GND
Q1009
C1500
C1001
C1502
CN1401
GND
TPA
R1402
XTPA
1
Q1007
R1500 R1029 Q1007
Q1001
Q1009
GND XTPB 7 TPB
LF
C1018 C1017
DVJB ASSY
FLPON Q1002 Q1008
Q1008 Q1001 IC1001
C1014
J
VDD
D
VDD
R1009 R1008 R1033 R1032 R1030 R1031
B Q1002
GND
GND
D FLKY ASSY
REC MODE (S)
5 REC
D REC STOP
6 PLAY
7 R1034
STOP OPEN/CLOSE 1
R
7
19
C1013
KEY1_2 1
C
V+13SW LED_DVD
CN1201
IR V+13SW LED_DVD
R1213
1
VWG****
GND LED_HDD
7
CN1002
KEY1_2
POWER V+5FL
ACP-BS
VDD
V+13SW
7
1
R1005
B
GND V+5FL
LED_HDD
IR
FLDATA FLPON C1021 GND GND
R1208
IR
FLCLK GND
V+5FL
V+5E
FLSTB
LED_DVD
C1007
C1002 V+13SW
KEY1
KEY2
VWG2490 VWG2493
R1035
9 KEY1
R1209 C1205 R1210
LED_HDD
27 IR
FLKY ASSY
KEY2
HDD(H) DISC HISTRY(S) R1201
GND
D1202 Q1201
C1202 R1211 (HDD) LED
IR
FLDC+
C1201 GND
GND R1207 R1206
C1206
FLDCGND LED_HDD
DVD(H) DISC NAVI(S)
FL-28V
FLSTB
R1214 R1203 R1202
D1204 Q1202 R1204 R1205
6
GND
VWG2489 VWG2508 VWG**** LED_DVD
GND
R1013 R1014
VDD
GND
C1011
A
FL-28V
34 GND
Q1202 R1212 (DVD) LED
FLDC+
34
KIRB ASSY
R1001 C1003 R1006
33 IR C1204
C1020 C1004 R1002
33
44
44
C1019 R1011
R1015
C1207
V+5FL
23
C1006
E
R1017
33 C1009 23
VDD C1018 C1017
Q1201
R1007
V+5FL
22
ONE TOUCH DUBBING MODE (H)
22
01
R1010
10
R1016 R1012
GND
FLDC+
Q1008
1
12 IC
(-)
12
41
1
N
11 11
R1500 R1029 Q1007
5 8
SIDE B A
KIRB ASSY B
LF
(VNP1962-C)
C
CN1001
A D
E E
(VNP1962-C)
F
D E
DVR-520H-S
8
63
1
2
3
4
4.5 POWER SUPPLY UNIT
I
SIDE A A
SIDE A
POWER SUPPLY UNIT
B
C
CN202
C CN4001
CN204
to HDD
CN203
D
to R7 DRIVE ASSY
B CN104
CN201
E
F
I
I
64
DVR-520H-S 1
2
3
4
5
6
7
8
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 x 10 1 RD1/4PU 5 6 1 J 561 47k Ω RD1/4PU 4 7 3 J 47 x 10 3 473 0.5 Ω RN2H R 5 0 K R50 1Ω RS1P 1 R 0 K 1R0 Ex.2 When there are 3 effective digits (such as in high precision metal film resistors). 5.62k Ω 562 x 10 1 5621 RN1/4PC 5 6 2 1 F
Mark No.
Description
Part No.
NSP 1..FLKB ASSY 2..FLKY ASSY 2..KIRB ASSY 2..FRJB ASSY 2..DVJB ASSY
VWM2258 VWG2489 VWG2493 VWV2004 VWV2006
NSP 1..JACB ASSY 2..ATWB ASSY 2..ATHB ASSY 2..JCKB ASSY
VWM2265 VWV2009 VWV2011 VWV2023
Mark No.
Description
C455, C463, C464, C466, C468 C477 (4.4uF) C471 (10/50V) C465 (3.3/50V)
A
Part No.
B
VCG1039 VCG1039 VCH1224 VCH1225
RESISTORS
>
1..TUNB ASSY 1..MAIN ASSY 1..POWER SUPPLY UNIT
Mark No.
Description
VWV2010 VWV2025 VWR1380
RS1/10S0R0J RS1/16S6802F VCP1123 VCP1154 RS1/16S###J
OTHERS
C
CN451 13P SOCKET CN301 19P SOCKET U301 TV TUNER PACK
AKP7070 AKP7073 VXF1022
Part No.
A TUNB ASSY
B JCKB ASSY
SEMICONDUCTORS IC451 Q303 Q301 Q304, Q451 Q302
CXA2064M 2SA1576A 2SC4081 HN1C01FU RN4903
Q306 D301 D302
UMF21N 1SS355 UDZS33B
SEMICONDUCTORS IC204 IC701 IC601 IC501 > IC101
BR24L32F-W LA73033M LC75342M MM1504XN MM1565AF
> IC103
NJM78M09FA PEG034B PQ1K333M2ZP PST3245 RS5C372A
IC202 > IC102 IC201 IC203
COILS AND FILTERS L302 INDUCTOR L304, L305 CHIP BEADS L303 RADIAL INDUCTOR
R327 R465 VR453 (2.2k) VR451, VR452 (4.7k) Other Resistors
CTF1399 VTL1081 VTL1165
CAPACITORS C460, C474 C301, C303, C451, C467 C319 C453 C305
CCSRCH681J50 CEAT100M50 CEAT101M10 CEAT101M16 CEAT102M6R3
C462 C459, C473 C469, C470 C475 C311
CEAT4R7M50 CKSRYB103K50 CKSRYB105K10 CKSRYB123K50 CKSRYB222K50
C452 C458, C472 C457 C476 C313, C454, C461
CKSRYB272K50 CKSRYB472K50 CKSRYB473K25 CKSRYB562K50 CKSRYF104Z25
IC206 IC205 Q506, Q508, Q510, Q701 Q104 Q102, Q103
TC74HCT7007AF TC7WU04FU 2SA1576A 2SB1238X 2SC2411K
Q105, Q172, Q205, Q702 Q204 Q202, Q203, Q707, Q710 Q206, Q712 Q514
2SC4081 2SD2114K DTA124EUA DTC124EUA HN1B04FU
Q708, Q711 Q201 Q703, Q706, Q709 Q101 D102
HN1C03FU RN1901 RN4903 UMF21N 1SR154-400
D203 D201, D716, D717 D601, D602, D604, D605 D718-D720
1SS352 1SS355 DF3A5.6FU DF3A5.6FU
6
E
F
65
DVR-520H-S 5
D
7
8
1
Mark No.
2
Description
Part No.
D103, D202
RB501V-40
D607
UDZS5.1B
3
Mark No.
4
Description
Part No.
R173 R519, R526, R534 R602, R605, R606, R615-R617
RS1/16S3901F RS1/16S5600F RS1/16S75R0F
R704, R715, R717, R718 R728-R730, R740, R743, R747 R757-R759 Other Resistors
RS1/16S75R0F RS1/16S75R0F RS1/16S75R0F RS1/16S###J
A
COILS AND FILTERS L503-L505 L701 L103 L102 L201-L208, L284 CHIP BEADS
LAU100J LAU2R2J LCYA100J2520 LTA102J VTL1081
OTHERS
CAPACITORS
B
C
D
E
C211, C220, C225, C226, C543 C619-C621 C245 C516, C522, C528, C720, C721 C140
CCSRCH101J50 CCSRCH101J50 CCSRCH120J50 CCSRCH150J50 CCSRCH221J50
C249, C250, C517, C523, C529 C542 C221, C232, C233 C177 C702
CCSRCH270J50 CCSRCH331J50 CCSRCH470J50 CCSRCH561J50 CCSRCH680J50
C215 C174, C601-C603, C607-C611 C614-C616, C618 C103, C107, C117, C118 C125, C126, C128, C141, C214
CCSRCH681J50 CEAT100M50 CEAT100M50 CEAT101M10 CEAT101M10
C507, C652, C717, C727 C121, C123, C133, C604, C612 C748, C751 C704, C716, C719 C539
CEAT101M10 CEAT101M16 CEAT101M6R3 CEAT102M6R3 CEAT220M25
C738 C739 C740, C744 C135 C705, C706
CEAT221M16 CEAT221M6R3 CEAT470M16 CEAT471M16 CEAT471M6R3
C137 C102 C129, C224, C606, C617, C747 C222, C223, C707, C708 C711-C713, C718, C723-C725
CEJQ101M16 CKSQYB225K10 CKSRYB103K50 CKSRYB104K16 CKSRYB104K16
C728-C730, C732-C735, C737 C741 C502 C241 C104-C106, C115, C116
CKSRYB104K16 CKSRYB104K16 CKSRYB105K10 CKSRYF103Z50 CKSRYF104Z25
C119, C120, C122, C124, C127 C130-C132, C134, C136, C139 C173, C175, C202-C204 C216, C217, C228, C234 C239, C240, C244, C246, C501
CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25
C519, C525, C531, C605, C613 C653, C709, C710, C714, C715 C726, C731, C736, C749, C750 C752, C760 C101, C209, C210, C212, C213
CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF105Z10
C218, C219, C227, C231, C236
CKSRYF105Z10
X201 (10MHz) X203 (4.433619MHz) X202 (32kHz) CN202 9P FFC CONNECTOR CN705 13P FFC CONNECTOR
ASS7034 VSS1176 VSS1197 52045-0945 52045-1345
CN201 19P FFC CONNECTOR CN402 13P PLUG CN401 19P PLUG CN104 CONNECTOR 13P CN105, CN703 CONNECTOR 2P
52045-1945 AKP7059 AKP7062 B13B-PH-K B2B-PH-K
JA651 OPT.LINK OUT 8MB/S JA201 JACK BT201 LITHIUM BATTERY (CR2032) JA701 3P PIN JACK JA601 JACK
JFJ1001 RKN1004 VEM1033
JA702 JACK CN702 CONNECTOR CN701 32P FFC CONNECTOR KN801, KN802 WRAPPING TERMINAL
VKB1184 VKN1200 VKN1263 VNF1084
VKB1150 VKB1183
C MAIN ASSY SEMICONDUCTORS IC3101 IC2301 IC1103 IC5204 IC1101
AK5357VT BA7655AF CY62148VLL-70ZI K4S161622D-TC80 K4S281632E-TC75
IC1401, IC1421 IC1001 IC5002 > IC4007 IC1301
K4S561632E-TC75 M65673WG-A MM1562FF MM1603DP MT48LC4M32B2TG-7
> IC4004, IC4006
NJM2872F05 NJU7013F PCM1742KE PQ015YZ01ZP PQ070XZ02ZP
IC4206, IC5301, IC5321 IC3201 > IC4008 > IC4002
F
IC4003 IC4005 IC3301 IC3402 IC4101
PST3428U PST3809U SM5950AM SM8707KV SN74AHC2G53HDCT
IC3001 IC3002 IC5341 IC1104 IC3403, IC4205, IC5322
TC74LCX541FT TC74VHC14FT TC74VHC157FT TC7SZ126FU TC7WHU04FU
IC3251 IC5101
UPC4570G2 UPD72852AGB-8EU-A
RESISTORS R208 R178
RS1/10S0R0J RS1/16S1501F
66
DVR-520H-S 1
2
3
4
5
Mark No.
6
Description
Part No.
IC5202 IC1102 IC1201
UPD72893BGD-LML VYW2176 W986416DH-6
Q2101-Q2105, Q2201, Q2203, Q2301 Q2312 Q4000 Q2202, Q2222 Q2302, Q2311
2SA1576A 2SA1576A 2SC2411K 2SC4081 DTC114EUA
Q2402, Q2403 Q3201, Q3202 Q1102 Q2001 D3001, D3002, D3101-D3104
HN1B04FU RN1903 RN4982 UMF21N 1SS355
D5321 D5322 D4201 D1111
HVC359 HVC362 MA2ZV05 RB521S-30
COILS AND FILTERS F3102, F3401-F3403, F4201, F5101 L1001-L1009, L1101, L1102, L1301 L1401, L1402, L3301, L5501-L5505 L5507, L5508 EMI FILTER L5301, L5321
DTF1069 DTL1106 DTL1106 DTL1106 LCYA100J2520
L4202 F3201 L2101 L4201 L5103-L5106
LCYA1R2J2520 VTF1096 VTL1067 VTL1079 VTL1082
CAPACITORS C5311, C5329 C3253, C3258 C5105 C5325, C5327 C3207
CCSRCH100D50 CCSRCH101J50 CCSRCH271J50 CCSRCH330J50 CCSRCH331J50
C4208 C5131-C5138 C5326 C3254, C3257 C5121, C5122
CCSRCH390J50 CCSRCH4R0C50 CCSRCH5R0C50 CCSRCH681J50 CCSRCH8R0D50
C2208, C2317, C4034, C5322 CEVW100M16 C3251, C3255, C4001, C4002, C4004 CEVW101M16 C4029, C4037 CEVW101M16 C2101, C2221, C2405, C3201, C3204CEVW101M6R3 C3206 CEVW101M6R3 C2301 C1054, C1061, C3301, C4022 C3106 C5321 C2308, C3102, C3107, C4003, C5341
CEVW220M6R3 CEVW221M4 CEVW2R2M50 CEVW470M16 CEVW470M6R3
C5301 C1031, C1032, C1503-C1506 C2204, C4206, C5309 C1901, C4014, C4019, C4033 C1004, C1012, C1014, C1029, C1034
CEVW4R7M35 CKSQYB104K16 CKSQYB105K10 CKSQYB225K10 CKSRYB102K50
C1040, C1044, C1049, C1051 C1110, C1111, C1207, C1208, C1307 C1311, C1313, C1407, C1408 C1427, C1428, C3303, C3408 C1003, C1027, C1037, C1052, C1109
CKSRYB102K50 CKSRYB102K50 CKSRYB102K50 CKSRYB102K50 CKSRYB103K50
7
Mark No.
8
Description
C1206, C1305, C1308, C1310, C1406 C1425, C2305, C3003, C3004, C4018 C4020, C4207, C5214, C5222, C5224 C1508-C1510, C2311, C4104, C5306 C4103
Part No. CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB104K16 CKSRYB223K50
C5328 CKSRYB473K25 C2202 CKSRYB563K16 C1002, C1005, C1007-C1010, C1016CKSRYF104Z25 C1018, C1019, C1021-C1023 CKSRYF104Z25 C1025, C1026, C1028, C1030, C1035 CKSRYF104Z25 C1038, C1041, C1042, C1047, C1102 C1105, C1106, C1108, C1114, C1202 C1204, C1302, C1304, C1312, C1402 C1404, C1422, C1424, C2102-C2106 C2201, C2206, C2222, C2223, C2306
CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25
C2319, C2406, C2407, C3006, C3101 C3105, C3108, C3202, C3203, C3205 C3252, C3256, C3302, C4006-C4008 C4010, C4012, C4013, C4017, C4021 C4024-C4026, C4032, C4202, C4203
CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25
C4209, C5113, C5118, C5120 C5125-C5127, C5204, C5215, C5218 C5225-C5228, C5230, C5308, C5310 C5323, C5342, C5343 C1001, C1006, C1048, C1103, C1107
CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CKSRYF105Z10
C1203, C1205, C1209, C1303, C1306 C1309, C1403, C1405, C1409, C1423 C1426, C1429, C3001, C3404-C3407 C4027, C4030, C4105, C4107, C4201 C4401, C4501, C5110
CKSRYF105Z10 CKSRYF105Z10 CKSRYF105Z10 CKSRYF105Z10 CKSRYF105Z10
C4028 (4.7/6.3V) C3402, C3403, C4015 (10/10V) C1060 (150/4V) VC4201 (10pF)
DCH1200 VCG1045 VCH1246 VCM1012
6
B
C
RESISTORS R1025, R1026, R1042-R1046 R1048-R1051, R1054, R1068, R1069 R1072, R1073, R5218-R5221 R5229, R5230, R5247, R5249-R5252 R5255, R5258, R5259, R5273-R5275
RAB4CQ103J RAB4CQ103J RAB4CQ103J RAB4CQ103J RAB4CQ103J
R5289, R5290 R1408-R1411 R4401, R4404, R4410, R4416, R4417 R4423, R4502, R4506, R4512 R4518, R4519, R4525
RAB4CQ103J RAB4CQ220J RAB4CQ223J RAB4CQ223J RAB4CQ223J
R1114-R1117, R4405-R4408, R4436 R4507-R4510, R4538 R1303-R1310, R1404-R1407 R1423-R1426 R1203-R1206
RAB4CQ330J RAB4CQ330J RAB4CQ560J RAB4CQ560J RAB4CQ680J
R5103 R5108 R1207, R1502, R1507, R2017, R3002 R3102, R3201, R3252, R4001, R4006 R4009, R4014, R4016, R4108, R4109
RN1/16SE5101D RN1/16SE9101D RS1/10S0R0J RS1/10S0R0J RS1/10S0R0J
R5209, R5322 R4019 R5321 R1501 R4020
RS1/10S0R0J RS1/10S1001D RS1/10S101J RS1/10S2202F RS1/10S5600D
D
E
F
67
DVR-520H-S 5
A
7
8
1
Mark No.
A
2
Description
Part No.
R4013 R3254, R3266 R4012 R3253, R3265 R4011
RS1/16S1001F RS1/16S1002F RS1/16S1200F RS1/16S1201F RS1/16S1501F
R1021, R1023 R3251, R3269 R2105, R2106, R2111, R2112, R2115 R4018 R5104-R5107
RS1/16S2201F RS1/16S2202F RS1/16S3300F RS1/16S3600D RS1/16S56R0D
Other Resistors
RS1/16S###J
3
Mark No. RESISTORS
C
Description
R1210 R1206, R1207 R1204 Other Resistors
IC1201 REMOTE RECEIVER UNIT CN1201 CONNECTOR
VKN1411 VKN1811 VKN1812 VKN1813 VKN1814
CN2001 32P FFC CONNECTOR KN3 EARTH METAL FITTING X4201 (27.000MHz) X5101 (24.576MHz) X4102 VCXO(27MHz)
VKN1815 VNF1109 VSS1146 VSS1184 VSS1195
R1501, R1502 Other Resistors
RS1/10S0R0J RS1/16S###J
OTHERS CN1301 13P FFC CONNECTOR JA1301 YC CONNECTOR(VERTI) JA1302 3P JACK(VERTICAL) KN301 WRAPPING TERMINAL
52492-1320 VKB1190 VKB1206 VNF1084
G ATWB ASSY OTHERS CN14 40P ATA CONNECTOR CN13 40P FFC CONECTOR
PT6315
COILS AND FILTERS
VKN1816 VKN1879
H ATHB ASSY
LAU220J
OTHERS
SWITCHES AND RELAYS S1001, S1002, S1004-S1009
CCSRCH471J50
RESISTORS
SEMICONDUCTORS
L1001
RPM7140-H9 VKN1183
CAPACITORS
D FLKY ASSY IC1001
RS1/10S0R0J RS1/10S182J RS1/10S271J RS1/16S###J
F FRJB ASSY C1308, C1309
CN5102 7P FFC CONNECTOR CN4401, CN4501 40P FFC CONNECTOR CN1901 7P FFC CONNECTOR CN4001 8P FFC CONNECTOR CN3001 24P FFC CONNECTOR
Part No.
OTHERS
OTHERS B
4
CN12 40P ATA CONNECTOR CN11 40P FFC CONNECTOR
VSG1024
VKN1816 VKN1879
CAPACITORS D
C1012 C1010 C1001-C1004, C1020 C1006, C1009, C1013 C1011
CEJQ101M6R3 CEJQ220M35 CKSRYB103K50 CKSRYF104Z25 CKSRYF105Z10
I POWER SUPPLY UNIT POWER SUPPLY UNIT has no service part.
J DVJB ASSY
RESISTORS Other Resistors
RS1/16S###J
RESISTORS Other Resistors
OTHERS CN1001 19P FFC CONNECTOR V1001 FL TUBE CN1002 CONNECTOR 2 FL HOLDER
E
9607S-19F VAW1081 VKN1183 VNF1129
RS1/16S###J
OTHERS JA1401 DV TERMINAL CN1401 CONNECTOR
VKB1207 VKN1183
E KIRB ASSY SEMICONDUCTORS Q1201, Q1202 D1203 D1201
DTC124EUA SLR-343BBT SLR-343DC
SWITCHES AND RELAYS S1201-S1203
F
VSG1024
CAPACITORS C1201, C1202, C1204
CKSRYF104Z25
1
2
68
DVR-520H-S 3
4
5
6
7
8
6. ADJUSTMENT 6.1 TUNB ASSY ADJUSTMENT * It is not necessary to adjust the ASSY normaly when exchanging the ASSY. But the adjustment is necessary when exchanging the Tuner Module and IC451 stereo decoder IC. Adjustment Name Adj. Point Measurement Point Adjustment Value Adjustment State
No.
A
Input a signal of Mono 1kHz/100% modulation to terrestrial tuner input. /through output.
1
Stereo Decoder ATT adjustment (Input system adjustment)
VR453
Audio ouput (L) (Rear panel)
2
Stereo Decoder Wideband adjustment (Input system adjustment)
VR451
Audio ouputs (L/R) (Rear panel)
Input a signal of Stereo 300Hz/30% modulation Best point of separation (NR-ON/L ch only) to terrestrial tuner input. ≥30dB Note 1 Note 2
3
Stereo Decoder Spectral adjustment (Input system adjustment).
VR452
Audio ouputs (L/R) (Rear panel)
Best point of separation Input a signal of Stereo 3kHz/30% modulation (NR-ON) to terrestrial wave input. /through output ≥25dB Note 1 Note 2
370mVrms ± 18.5mV
B
Note 1 : The values for channel separation is defined as those having passed through the following filters : 100Hz – 10kHz : +0/–0.5dB 15.75kHz – 100kHz : -40dB or more Note 2 : The adjustment No.2 and No.3 should be repeated 2 times for good adjustment. (Steps : No.1 → No.2 →No.3 →No.2 →No.3)
C
SIDE A
TUNB ASSY VNP1963-A
TUNB
VR452
C453
G-Link
U301
VR453
C451
VR451
C467 V+9
KN300 C462 SEPA
R328
LF
VWV
L303
D C B2 E2
C458 R463 C460
GND
C461 Q451
E B C2
C456 19 19
C465
ICT FC
1 1
D301
CN451
R467 R466
R307 R306
CN301
C474 R471 C472
C471 NP
L306
C326 C327
V+9 Q304
C303 R326
1
VR453
R318
R324 R312
V+5TU
R301
C304 Q302
C468
13 13
C459 R455
PYKC F4X
C318
PC
R453 R454
R
GND Q306
C313
Q301
R317 R316 JA301 C328 or R325
C302
C309 D302
2
C301
C319
1
4
C316
3
R315
5
C306
C305 C329
SEPA
ADJAST ADJAST VR452 VR451 SPECTRUM WIDE
NP
INPUT LAVEL ADJAST
R468 C473
A
Fig.1 Adjustment Points (TUNB ASSY) E
F
69
DVR-520H-S 5
6
7
8
1
2
3
4
6.2 MAIN ASSY ADJUSTMENT * It is not necessary to adjust the ASSY normaly when exchanging the ASSY, but confirm the data. Adj. Point Measurement Point
Master clock free-running adjustment (Clock system adjustment)
2 8
1 7
2 8
1
R4507
2
1 7 7
R4508
2 2
1
8 R4538 2
R4017
1
3
CN4001
C4029 R4018
8
R4020
C4024
TP4005
C4023
R4014
C3406
F4001
C4018 C4006
R2017
R2019
TP4002
Q2001
C4021
TP41
TP3012
TP42 TP3002
R4004
R4008
TP4009
TP3003 TP3001 TP3014 TP3004
TP3006
TP3005
C4010
R4015
R4009
F3102 R3205
TP4012
IC4005
R4541
TP4001 TP4010
C4027 C4005
C4004
Q3202
8
7 1 7
R3403
R3407 C4028
C3407
F3403
R3410
R3408 R3202
R4534
D4501
R4010
3
TP4011
TP3007
TP3008
1 TP3010
TP3009
TP3401
C3405
C3403
R3405
R3406
R3411
F3401
C3301
10 C3004
IC3001
11
TP3402
R3203 R3204 Q3201
20 TP3013
TP3011
IC4008
TP4201
IC4004
1
C3102
IC4003
TP3403
IC3402 Pin8
F3402
C4013
C3002
R4019 D4001
8
4
5
D3002
R4530
R4537
C3402 C4014 TP4008
D3001
1
R4001
1 C3408
C3404
8
C3101
C3106
9
16
IC3402 4
R4531 C5221
R5297
5 IC3403
C3105
1 D3104
D3102
D3101
L5508 R5298
DVR-520H-S 2
CN4501
7 1
C5321
IC3301
8
C5205
12
R4509
F
1
C4020
R4501 R4503
8
R5240
C5329
R4504
C5223
E
70
CN4401
8 2 8
2
R5219
8 2
R5221
8
1 7
R4407
7 1
R4408
2
7 R4406 1 7 R4405 1 8 2 8 2
8 2 8 2 7 1 1 2 2 8 8 L5507
C5206
R4436
156 157
1 1 7 7 TP5204
R5244 R5239
C5208
R5241
R5243
R5245 R5242
R5246 R5248
R4435
C4401
C5211
R5294
C5229 C5224
1
R3001
C3001
TP2017 TP2025
R2015 R2026
R2014 TP2014 TP2024
R2013 TP2023
R2012
R5293
C5222
C5230
C5231
R3409
R3103
16 R3104
D3103
R3025 R3024 R3023 R3022 R3003
C3251
TP2013
TP2016
C5213
R5295
R5261 TP3303
13 R1008 C1040
IC3101
R3105
1
4 R4204
C4210 R3271
R2011
7
C3303
L3301
9
R3108 R3107
L4202
TP2012
TP2011
7
2 8
C5218
8 R5296
C5225
2 8 2
52
C1050
1 1 R1003 L1006
C1058
C1053 3
R4201
X4201
R4210
C4202
C4201
F4201
1
8 IC4205 R3270 TP2008
R2047
1
C3302
C3108
C3255
TP2009
TP2006
TP2005
TP2004 R2027
7
8
R2254
Q2241
R2253
R2255
R5250
R5255
1
R4432
R4510
R3309
R3102
R3106
C2405 TP2003
TP2021
Q2402
TP2022
8
2
7
2 8
R3304
R3313 R3305
C3107
5
D4202
4
7 1
24
R1074
TP1013
TP1012
VC4201
C4208 D4201
1
8
R5258
R5259
R3311 R3312 R3306
2 C4211
TP1029
R5275
2
1
R5273
7
2 8 1 8 7
7 R5274 1
R5132 R5131 TP5106 C1060
L1007 L1001 C1042
C1038
C1036
C1059
R1004
L1003 R1005 C1035
L1004 R4205
L4201 C4209 C4203
8 2
R3307
TP2007 C2243
TP2001 R2412 TP2019 TP2002
R2405
TP2018
R2025 R2040
C5209
7 R5220 1 7 R5218 1
C5120 R1009
C1041
C1037
L1005
C1055 C1030
C1029 C1056
C1026
C1024 TP1028
R4209
C2406
TP2020
C5210
R5121
R5123
C5119
C5118 C1003
C1510
C1004 C1034 R1006
Q2102 Q2103 TP1027
TP1032 R4202
C4206
8
4 R2404 R2411
C5123 R5124
R5112 R5113 C1509 C1028 C1002
C1014 R1090
C1016
C1025
C1001
TP1060
VR1001
VR1002
R1011 TP1051
Q2104
R2109
C1027 C1508
L1009 R2112 R2102
Q2101
C2103 R2103
C2104 C1013
R1080 C2220 C2223
8
R4207 R4208 C4207
5
IC2302
1 TP2505
TP2503
TP2504
TP2502
5
4
104
2
C2241
R2406
TP2506
R2407
Q2403
7 C2311
R2409
1
R2306
8
R2502
C2407
R2408 TP2501
2
C2305
8
IC4206
C2302
1
5
1
3
105
53
IC5204
TP4202
7
R5283
R4428 R4429
R5313 R5314
R3310
VC4201
TP1030
8
R1045
R5230
R1031
C1049
R2227
R5224 R5225
R5281 R5282
R3303
C1006
R5236
R5227 R5228
R5229
R1066 C1051
C1039
R5222
7 1
71
R2308
C2308
IC2301
C1047
R5234 R5235
C5228
R5278 R5279 R5280
C1045
R5217
R5238
C1044
C1048
R5215
C5227
R5284
R5285
5
1 4
1
R1043
R5289
R5223
R4211 R4206 R4212
C2210
R2214
R1905
TP48
C2105
Q2105
R2113 C2106 C2102 C2221
C2331
R2334 C2332
4
1
R4213
3
R2331
R2332 R2208
R2305
1
4 IC2331 C2334
7
6
C2333
R2333
R1904
R1901
C2206
8 2
82
R5232 R5214
R5237
R5286 R5277 R5287 R5288
TP38 TP31
TP5201 R5216
C5226
R5276
C1052
C1021
R1048
IC5202
C5217
C1057
TP1033
2
TP32 C5207 R5231 R5233
C5215
R5290
C1005
TP1024
R2209
Q2204
R1903 R1902
R5265
C2208
Q2203
TP50
C1012
TP1026 TP1031
R2204
C2201
D
C1019
R2239
C2205
TP4302
CN1901
R2301
R2221 R2205
TP4301 TP4303
TP49
R1012 C1011
C2202
R2203
R4304
R5127
C5113
C1022
IC2211
2
R2207
1
2 8
R5130
64
R1034
C2101
L5504
R5272
1
C1018
Q2222
2
TP5202
C5126
C1023
R2206
1 7
2 8
R2304
C2222 R2210
Q2202
1 7
R4303
R2302
R2303
Q2301 R2307
1
2 8
IC5101
C1017
R2111
1 7
8
C5216
TP1002
C2209
C2204
TP15
C2306
7
2
R5128 R5129
16
48
R2106
R2105
1
2 8
1
C5103
C5127
17
49
R2107
8 C4104
Q2311
R2312
7
Q2201
R4302
R2252 Q2302
C2301
CN4301
C5111
R5104
R2233 R2235
TP4307
TP4306
TP4305
TP4304
R2313
8
R2202 R2201
8
C2246
Q2312
R4306
7 1
7
R2266
R2311
R2314
R4307
TP14
1
R2115
C2265
2
8
R4110
IC4101
5
4 C4103
R4101
TP28
C2319
C2317
R4305
R5105
C1031 C1032 R1021 R1022 TP1050 R1023 TP1041 R2116 R2114 R1024
VR2105
L1102
2
R5106
R1071
R4104
R4106
C5105 C5110
C1054
VR2104
R4103
R4107
TP1067
L1008
C4102
3 C1104
R4108
C4105
R4102
X4102
4
C4106
1
R4109 C4107
R1052
R5126
C5125
R4105 R1111 C1114
Q1102
R5125
33
TP2015
D1111
C1061
R5107
R5247
1 7
8
C5104
7
C5138
X5101
32
R5103
R5249
7
208
7
C5137
C5204
C5214
L5502
C5212
C5124
C5122
F4003
R5108
C5136
L5106
R5115 R5117
R5110 IC4007
L5105
C5112
L5104
L5101
L5102
L5501
C5102
C4033
C5132
L5103
R5109
7
C5101
C4032
C4034
1
R5251
R5252 C5121
R5263 R5262 R5260 R5257 R5256 R5253 R5254
F5101 TP4015
2
No signal input
SIDE A
D4002
C
27.000000MHZ ± 130Hz
MAIN ASSY
CN5102
1
Adjustment State
C4031
C
B
Adjustment Value
MAIN ASSY IC3402 Pin8 (XTO) (SM8707KV)
VC4201
R3002
1
Adjustment Name
R5114 R5116 R5120 R5122
No.
A
4
TP40
5
6
7
8
7. GENERAL INFORMATION 7.1 DIAGNOSIS Service Diagnosis List
A
7.1.1 CPRM ID NUMBER AND DATA SETTING The Setting is necessary • " CPRM ERR" is displayed on the FL display immediately after the power is turned on or in Stop mode. • When the MAIN ASSY , DRIVE ASSY or the FLASH ROM is exchanged.
7.1.2 MODEL SETTING 7.1.3 DOWNLOAD METHOD The Setting is necessary • When the MAIN ASSY is replaced. • When the JCKB ASSY is replaced. • When the MAIN ASSY and JCKB ASSY is replaced.
B
7.1.4 SERVICE MODE [First Screeen] (Version information, etc) [Sub Screen 1] (Result of error-rate measurement : Video mode/VR mode) [Sub Screen 2] (HDD information) [Second Screen] (ATA/ATAPI debug screen) [Sub Screen 3] (writer maintenance information of ATA/ATAPI DEBUG OSD) [Sub Screen 4] (ATA/ATAPI DEBUG OSD_LD degradation judgement) [Fourth Screen] (VR-recording error log) [Sub Screen 4] (Error log for VR recording)
C
[Fifth Screen] (Error log for VR playback) [Sub Screen 2] (Error log for VR playback)
7.1.5 DV DEBUG MODE [Third Screeen] (DV debug information)
7.1.6 ERROR RATE MEASUREMENT Only Video mode measurement
7.1.7 VIDEO ADJUSTMENT FOR SPECIFIC AREA Purposes: Depending on the area, jitter may appear in a picture received by the tuner, as conditions of signals received by the tuner are different from area to area. To correct this kind of problem, the function of the System Codec AVIO control section for adjusting signals received by the tuner can be used.
D
7.1.8 AGING MODE
E
F
71
DVR-520H-S 5
6
7
8
1
2
3
4
7.1.1 CPRM ID NUMBER AND DATA SETTING Entering the ID Number and ID Data for DVD Recorder A
For the DVD recorder,it is necessary with the recoding/playback of DVD–RW disc to set an individual number (ID number) and ID data to each recorder. If the number and data are not set correctly with the following procedure, operations in the future may not be guaranteed. You will find the ID number to be set on the ID label on the rear panel. Important: If no ID label is found on the rear panel, write down the specified ID number by checking it according to "How to confirm the ID number" shown below.
The Input is Necessary When: • " CPRM ERR" is displayed on the FL display immediately after the power is turned on or in Stop mode. • When the MAIN ASSY , DRIVE ASSY or the HDD is exchanged. B
JIGS AND MEASURING INSTRUMENTS
Service Remote Control Unit (GGF1381)
DVD Recorder Data Disc (GGV1179) (*) Refer to P138.
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Input Flow of the ID No. and ID data when exchanging HDD, MAIN Assy or Drive Assy
A
• When exchanging HDD or MAIN Assy, or both exchanged • When exchanging HDD
When exchanging Drive Assy
Power →
When displayed "CPRM ERR"
ON
Also exchanging DRIVE Assy simultaneously
When displayed following message at Power on FL Tube : [HDD ERR] CRT display :
When displayed following message at Power on FL Tube : [CPRM ERR] CRT display :
Only exchanging Drive Assy
HDD information is not correct.
B
CPRM information is not correct.
Confirmation of the CPRM ID No. Deletion of the CPRM ID No.(when ID No. is registered.)
C
Input of the CPRM ID No. and ID data
Power →
OFF →
ON
Normal operation mode New HDD/when there is error on recorded contents
Exchanging to the original HDD(when there is no error on the recorded When displayed following message at contents.) End Power on FL Tube : [HDD ERR] CRT display : HDD information is not correct. Execute HDD Initialize from the Disc Setup menu.
[CAUTION] All recorded data are deleted if the HDD is intialized. Take care that restoration of the user's data recorded on the HDD is totally impossible. Before servicing, OBTAIN THE USER'S PRIOR CONSENT to that effect.
*Use Remote Control of the model Execute HOME MENU → Disc Setup → Intialize HDD → Start
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*Goes to normal operation with no caution
Disc Setup Basic Initialize Finalize Initialize HDD
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End
Initialize
Start
End
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How to Input the ID Number and ID Data A
Note: Be sure to enter the ID number in Stop mode. Use the service remote control (GGF1381) for operations. Only opening/closing of the tray are performed from the player. The ID data disc is swept out automatically after the recorder has read the data from it.
1 To enter the input mode, press ESC + STEREO sequentially in a status with no ID number set, such as after FLASH-ROM downloading.
5 While the data are being read, the message shown in the figure at left is displayed on the screen. (The FL display indicates "LOAD ID.")
[Recorder's ID Data Setting]
2 As number input is enabled when the unit enters the input mode, input the 9-digit ID number. (The entered number is also displayed on the FL display.) B
2
[Recorder's ID Number Setting] ID Number ? >--------5
Exit
Loading The ID Data Disc !
Input ID Number ! 6 When the ID data have been read, the data are written to the FLASH-ROM. (The FL display indicates "WRITE ID.")
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3 After inputting the number, press SEARCH to register the ID number.
[Recorder's ID Data Setting]
[Recorder's ID Number Setting] ID Number ? > 0 0 0 0 0 0 0 0 1 OK ?
3
6
Compare Mode Enter
Wait Rom Writing !
Input ID Number ! D
4 When the ID number has been registered, the unit enters the ID data input mode. (The FL display indicates "INSERT ID.") In this condition, place the ID data disc on the tray and close the tray using the CLOSE key "7/0" on the player.
7 When the ID data have been written to the FLASH-ROM, the message "Rom Write OK" is displayed on the screen. (The FL display indicates "ID DATA OK.") 8 After confirming this message, press CLEAR to exit the input mode.
[Recorder's ID Data Setting]
[Recorder's ID Data Setting] E
Exit
4
7
Rom Write OK !
8
Exit
Insert The ID Data Disc !
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How to Confirm the ID Number 1 Press ESC + STEREO sequentially with an ID number already set, and the unit enters the ID number confirmation mode.
A
2 The set ID number is displayed on the screen (and on the FL display), permitting you to confirm it. 3 To exit this mode, press CLEAR .
2
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[Recorder's ID Number Setting] ID Number ? [ 0 0 0 0 0 0 0 0 1] Compare >********* Exit B
Input ID Number !
How to Clear the ID Number 1 Press ESC + STEREO sequentially with an ID number already set, and the unit enters the ID number confirmation mode. 2 Input the same number as the ID number you have set.
2
[Recorder's ID Number Setting] ID Number ? [ 0 0 0 0 0 0 0 0 1] Compare >********* Exit ID Data Setting Mode Input ID Number !
3 After inputting the number, press STOP . Only when the entered number matches the set ID number, the ID number is cleared and the unit exits this mode. If the numbers do not match, you must return to step 2. ( STOP is not accepted until 9 digits are entered.)
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[Recorder's ID Number Setting] ID Number ? [ 0 0 0 0 0 0 0 0 1] Compare > 0 0 0 0 0 0 0 0 1 OK ? 3
Enter Memory Clear ID Data Setting Mode Input ID Number !
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7.1.2 MODEL SETTING
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• The Setup is Necessary When : a) When the MAIN Assy is replaced b) When the JCKB Assy is replaced c) When the MAIN Assy and JCKB Assy are replaced
Note : Make sure of setting the correct number.
• How to Setup the Model 1) After power on, the following screen is displayed on TV monitor. Press " 22 " by using the remote control unit for service(GGF1381). [ Recorder 's Model Setting] Input the number by using the remote for Service. > -Input No. [ 22 [ 23
B
Model : DVR-520H-S : DVR-65H-S
] ]
2) After 1), the following screen is displayed on TV monitor. Press " 011 " by using the remote control unit for service. [ Recorder 's Type Setting] Input the number by using the remote for Service. > ---
(Type -- , Region No. -)
Input No. [ 01
C
:
Type KU/CA
]
The setting complete when OSD is disappeared. 3) Unplug the power cable. 4) Reset the recorder to all its factory settings. 1. Make sure that the recorder is on. 2. Press and hold [STOP] and press [STANDBY/ON] key on the front panel. The recorder turns off with all settings reset. 5) Enter the Service Mode and then confirm the Model Name " DVR-520H/KU/CA ". 1. Make sure that the recorder is on. 2. Press [ESC] then [DISP] keys by using the remote control unit for Service.
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DVR-520H/KU/CA VERSION : 0.60 SYSCON : RELEASE_45 Rev :1.3685 $ TUFLCON : 1.22 MASK DRIVE : DVD-RW DVR-107X 1.10K CKT0000353WL HDD DEVICE REGION C FLASH
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: : : : :
OK OK OK OK
ST380012ACE PRISM-PLUS 1 ∗∗∗∗∗∗∗∗∗ 64M
80
Notes : 1) After the setting complete, you can NOT CLEAR the seting data. Make sure the pressing number. 2) " NG " is appeared on TV when unsuitable number is pressed. In such a case, please unplug the power cable and plug it again. Then restart the model setting.
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7.1.3 DOWNLOAD METHOD • The Download is Necessary When : a) After model setting b) When "NG" is displayed at First screen (version information, etc)
A
[Notes] Be sure NOT to turn off the unit during downloading. If the unit is turned off during downloading, the SYSCON, TUFLCON, and DRIVE programs may not be properly rewritten, in which case the unit may not be able to initialize itself normally when turned on again. If that happens, repair the unit, as described below, then perform downloading again: • In a case where the power to the unit was shut off during rewriting of the SYSCON program: The SYSCON program will not function properly if the power to the unit is forcibly shut off while the message "DOWNLOAD1" is displayed on the FL display during downloading. If downloading of the programs from the disc or through serial communication becomes impossible, replace the FLASH ROM. • In a case where the power to the unit was shut off during rewriting of the DRIVE program: The DRIVE program will not function properly if the power to the unit is forcibly shut off while the message "DOWNLOAD-2" is displayed on the FL display during downloading. If downloading of the programs from the disc or through serial communication becomes impossible, replace the DRIVE ASSY. • In a case where the power to the unit was shut off during rewriting of the TUFLCON program (only for the flash-type TUFLCON microcomputers): The TUFLCON program will not function properly if the power to the unit is forcibly shut off while the message "DOWNLOAD3" is displayed on the FL display during downloading. If downloading of the programs from the disc or through serial communication becomes impossible, replace the TUFLCON microcomputer.
1. DISC DOWNLOAD METHOD
B
C
• How to Download This is disc download method to save the initial setting data and user setting data. However, the following data is deleted after downloading by this method. * Disc history data * REC mode * Last channel (Before turn unit off) 1) Open a disc tray in the " DVD " function. 2) Put the download disc on the tray. 3) Press and hold a " STOP " button for playback, then press a " DISC NAVIGATOR " button on a front panel. - The disc tray closes automatically and the disc is loaded. - The disc tray opens automatically after loading. 4) Take out the Download Disc. - " DISC DWLD " is displayed on FL and download is started. - The display on FL changes to " DOWNLOAD-1 " - The display on FL changes to " DOWNLOAD-2 " - The display on FL changes to " DOWNLOAD-3 " (*) - After download is completed, the power turns off, and turns on and a disc tray closes automatically. * It takes for about 5 minutes until download is completed. 5) Press and hold a " ESC ", then press " DISP " on a test mode remote control unit for the release version confirmation. 6) Confirm a firmware release version. 7) Press " ESC " on a test mode remote control unit in order to exit the test mode.
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(*) : " DOWNLOAD-3" is displayed only when the TuFL u-com is FLASH type.
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2. Serial DOWNLOAD METHOD A
[Notes] This method is secondary way when the disc loading is impossible. • JIGS * PC with serial port * RS232C straight cable * RS232C I/F jig (GGF1348) * 7P FFC (VDA1681) * Download program (UFU.exe) * Firmware
B
• Connection PC ⇔ RS232C cable ⇔ RS232C I/F ⇔ 7P FFC ⇔ DVD Recorder • How to Download 1) Connect the 232C I/F JIGS above way. 2) Turn on the PC and start the " UFU.exe ".
.
3) Select the Firmware file. ("sz0" file) 4) Turn the DVD recorder on and start the download program. " Target Device is connected" is appeared on the screen.
.
5) Select the Communication Speed (Baud Rate) a) Base Speed 38,400 b) Data Send Speed 115,200 6) START * Even if you click "START" button, sometimes "Communication Error" may come out one to twice, and download may fail. In this case, please click "START" again. * Other factors can be considerd if download fails 3 times or more. * And it takes about an hour for updating the firmware.
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7.1.4 SERVICE MODE For service operations, use the GGF1381 remote control unit for service. The Service-mode screens consist of nine mode screens, which are classified into such rough categories as recording system and VR playback system, and their subscreens.
A
• How to enter Service mode : Press the ESC then DISP keys in turn while no GUI is displayed. The first screen (version information, etc.) shown below is displayed. • How to exit Service mode : Press the ESC key. • How to advance to the next Service-mode screen : While the first screen is displayed, press directly one of the keys 1-9. For service, use the keys 2, 4 or 5, as shown below. • How to advance to a subscreen within the same Service-mode screen : Press the DIG/ANA key. Pressing the DIG/ANA key repeatedly will change the subscreens within the same Service-mode screen cyclically.
The Service-mode screens to be used for service are as follows:
B
1 = First screen: Version information, etc. 2 = Second screen: ATA/ATAPI debug screen (Writer data) 4 = Fourth screen: Error log for the VR recording system 5 = Fifth screen: Error log for the VR playback system Note: After entering one of the Service-mode screens, if you wish to shift to another Service-mode screen, exit Service mode first, then reenter Service mode and select your desired Service-mode screen.
Description of Each Service-mode screen 1. First screen (version information, etc.) 1 2 3 4 5
6 7 8 9 10
DVR-520H/KU/CA VERSION : 0.60 SYSCON : RELEASE_45 Rev :1.3685 $ TUFLCON : 1.22 MASK DRIVE : DVD-RW DVR-107X 1.10K CKT0000353WL HDD DEVICE REGION C FLASH
: : : : :
ST380012ACE PRISM-PLUS 1 ∗∗∗∗∗∗∗∗∗ 64M
OK : OK (proper combination) NG+ : Version of the tuner microcomputer too advanced (*1) NG– : Version of the tuner microcomputer too old OK NG
OK OK OK OK
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: OK (proper drive) : NG (improper drive) (*2)
OK : OK (proper combination) NG+ : Version of the drive too advanced (*3) NG– : Version of the drive too old
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OK NG
: Serial No. of the drive already registered : Serial No. of the drive not registered (*4) (*1–*4 : Refer to two pages after.)
1 Model name/destination 2 Version of the recorder software 3 Revision No. of the system-control computer software (Edition administration No. [from top to bottom, common software, firmware, application software]) 4 Version No. of the tuner microcomputer, Mask or Flash Result of the combination ckeck with system u-com
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5 Information on the built-in drive (Model name, version No., model type, serial No.) 6 Data of the built-in HDD, capacity of the HDD 7 Version No. of PRISM 8 Region No. 9 CPRM data (CPRM key No.) 0 FLASH ROM information
While the first screen shown above is displayed, press the DIG/ANA key to enter the subscreen shown below. Note: Each time the DIG/ANA key is pressed, the display changes between the first screen and its subscreen.
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• Details on HDD data are described below: HDD
:
WDC10234564 # 80 Capacity of the HDD (unit: Gbytes) HDD identification error indication Name of manufacturer, part No. by manufacturer
If any abnormality exists in HDD connection, the indications shown in Table 1 below are displayed. F
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Table 1: HDD data indications according to various HDD connection statuses Example of HDD data to be displayed
HDD identification conditions A
B
Remarks
Failure in physical identification of HDD (no connection, defective HDD, interface error)
Blank space
Physical identification of HDD possible, but not identified
WDC 10234564 # 80
"#" is displayed as HDD identification error
Physical identification of HDD possible, HDD identified, but failure in logical formatting
WDC 10234564 ! 80
"!" is displayed as HDD identification error
Physical identification of HDD possible, HDD identified, and correct logical formatting (HDD correctly identified)
WDC 10234564 80
While the first screen shown above is displayed, press the DIG/ANA key to enter the subscreen shown below. Note: Each time the DIG/ANA key is pressed, the display changes between the first screen and its subscreen.
• Subscreen 1: Result of error-rate measurement ERR RATE
C
Note: Be sure to start playback after displaying this subscreen to calculate the error rate.
: x.xe-x/
During playback in VR mode, the average error rate of the past 10 VOBUs is displayed, and during playback in DVD-Video or Video mode, the average error rate of the past 256 sectors is displayed. During playback in VR mode, the rotation rate of the drive (/: normal speed, no display = double speed) is also displayed.
• Subscreen 2: HDD information HDD Info Life Time: 87599h 09m 05s
D
Cumulative HDD-on time • How the data on cumulative HDD-on time are processed in memory Storage place: Backup SRAM, Flash ROM Timing of referring to the data on cumulative HDD-on time: When the power is turned on, the backup SRAM is referred to regarding the data on cumulative HDD-on time, and the data are stored in the RAM. If referring to the backup SRAM fails, the flash ROM is referred to. Timing of updating the data on cumulative HDD-on time: While the HDD is on, the data on cumulative HDD-on time in the RAM is updated every 3 seconds, and every time updating is executed the data are stored in the backup SRAM. When the power is turned off, the data are stored in the flash ROM. How to clear the data on cumulative HDD-on time Backup SRAM: When the HDD Identification Setting is performed, the data on cumulative HDD-on time are automatically cleared. The HDD Identification Setting is automatically performed when the CPRM setting is performed on the CPRM setting screen (to display the CPRM setting screen, press the ESC then the STEREO keys). Notes: The data on cumulative HDD-on time are not cleared when resetting to factory-preset values is performed. The data on cumulative HDD-on time are not cleared when the system-control computer software is downloaded. Flash ROM: The data on cumulative HDD-on time cannot be cleared (they are not cleared even if resetting to factory-preset values is performed or if the system-control computer software is downloaded). Note: The data on cumulative HDD-on time in the flash ROM can be cleared if you clear the data in the backup SRAM following the above-mentioned procedures then turn off the power of the unit, because the data in the backup SRAM are stored in the flash ROM when the power is turned off.
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• When "NG" is displayed at First screen (version information, etc) (*1) NG+ : Version of the tuner microcomputer too advanced NG- : Version of the tuner microcomputer too old A
1. When TUFL µ-com is MASK type NG+ : Download the firmware. NG- : Replace the TUFL µ-com or JCKB ASSY.
2. When TuFL µ-com is FLASH type NG+ : Download the firmware. NG- : Download the firmware. (*2) NG : NG (improper drive) Replace the correct Drive Assy.
B
(*3) NG+ : Version of the drive too advanced NG- : Version of the drive too old NG+ : Download the firmware. NG- : Download the firmware. (*4) NG : Serial No. of the drive not registered Check the part No. and replace the correct Drive Assy. C
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2. Second screen (ATA/ATAPI debug screen) Subscreen 1 of the second screen is displayed when the ESC, DISP, then "2" keys are pressed, in that order. Note: Each time the DIG/ANA key is pressed, the display changes cyclically among subscreens 1 to 4. A
• Subscreen 1: Command log (ALL) of ATA/ATAPI DEBUG OSD A T A / A T A P I History - ALL 32 010000000000A000 OK 32 2A00000DEBB000063000 OK 32 2A00000DF1E000063000 OK 32 2A00000DF81000063000 OK 32 2A00000DFE4000062000 OK 32 2A00000E046000063000 OK 32 2A00000E0A9000063000 OK 32 2A00000E10C000063000 OK >32 2A00000E16F00006200023A00
(Not for Service)
B
• Subscreen 2: Command log (ERROR) of ATA/ATAPI DEBUG OSD (Not for Service)
• Subscreen 3: Writer mentenance information of ATA/ATAPI DEBUG OSD
C
The cumulative power-on time and error log that are administered by the writer are displayed. Such information is obtained when the power is turned on. Thereafter, each time the SEARCH key on the remote control unit for service is pressed while subscreen 3 is displayed, the updating command is sent, and the data on the subscreen are updated. Care must be taken when updating this subscreen, because an undesired command is inserted if it is executed while recording, etc.
1
2 3 4 5
ATA/ATAPI Power ON 0102:56 DVD R0053:48 W0022:16 CD R0034:04 W0000:00
D
1 2 3 4 5
Writer MaintenanceInfo 00 00 00 0000 00000000 01 00 00 0000 00000000 02 00 00 0000 00000000 03 00 00 0000 00000000 04 00 00 0000 00000000 05 00 00 0000 00000000 06 00 00 0000 00000000 07 00 00 0000 00000000 0 0- 0 0
Error log for the Writer
(Not for Service)
Power-on time/cumulative power-on time Duration of emission of the laser diode (LD) for DVD-R/DVD while reading Duration of emission of the LD for DVD-W/DVD while writing Duration of emission of the LD for CD-R/CD while reading Duration of emission of the LD for CD-W/CD while writing (Reference) MTTF time of each LD (as the guideline of life span of each LD) R7R Drive Assy (Read + Write total time) DVD : 4700h CD : 11000h
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• Subscreen 4: ATA/ATAPI DEBUG OSD_LD degradation judgment The degrees of degradation of the LD (laser diode) for the writer (LDs for CD and DVD separately), temperature, and RF level are displayed. To update the data on the subscreen, press the SEARCH key on the remote control unit for service while subscreen 4 is displayed. See Table 1 below for a description of each item and the conditions for updating data.
A
A T A / A T A P I - LD Degrade CD DVD TMP ADJ RF TLT
1 2 3 4 5 6
:0070 :0068 :00A3 : 0 0 67 :3D70 :FFD5
104% 96% 4 1 °C 2 6 °C
OK OK
B
Table 1: Description of each item and conditions for updating data No.
Item
Conditions for updating by pressing the SEARCH key
Description
Remarks
1
CD
Degradation judgment of LD for CD. Regarded as NG when the value No disc inserted in the disc tray is 120% or higher (same standard as for the PC drive)
∗1
2
DVD
Degradation judgment of LD for DVD. Regarded as NG when the value is 120% or higher (same standard as for the PC drive)
No disc inserted in the disc tray
∗1
3
TMP
Current temperature inside the Writer
No disc inserted in the disc tray
∗1
4
ADJ
Temperature (approx. 25°C) inside the Writer during adjustment
No disc inserted in the disc tray
∗1
5
RF
RF level (16-bit data, proportional calculation performed using the actual RF level value with 2.5 V = 0xFFFF as the maximum value, displayed in 4-digit hexadecimal)
During playback of disc medium
∗2
6
TLT
Writer adjustment data for straight (non-HDD) model (FFFF is diplayed when the writer is not adjusted.)
No condition
C
∗1 : For correct judgment, after leaving the unit at a normal temperature (25°C typ.) for some time, judgment must be performed immediately after the unit is turned on with no disc loaded. ∗2 : Use this item only for confirmation before and after lens cleaning, as the lens becomes dirty with dust. D
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3. Fouth screen (VR-recording-related error log) Subscreen 1 of the fourth screen is displayed when the ESC, DISP, then "4" keys are pressed, in that order. Note: Each time the DIG/ANA key is pressed, the display changes cyclically among subscreens 1 to 11. A
• Subscreen 1: RunFnc : ---- Ecl : **** Rate : ** -------------------------------------------------------------------------------------------------------------------------------
(Not for Service) B
• Subscreens 2 and 3: These subscreens are not for service use.
• Subscreen 4: Error log for VR recording 1
Recording Error History Display 01–06–01 20:05:30 No SysHdr IN 01–06–02 00:22:10 Write Error
C
1 Recording-related error log for the last 18 errors, divided into 2 screens (generation time [year-month-day, hour:minute:second], error data in simplified description)
D
Notes: • For details on error messages, see Table 2 "Description of VR-recording-related errors". • The two error-log screens can be switched by pressing the SPEED+ or SPEED- key.
• Subscreens 5 to 11: These subscreens are not for service use.
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4. Fifth screen (Error log for VR playback) Subscreen 1 of the fifth screen is displayed when the ESC, DISP, then "5" keys are pressed, in that order. Note: Each time the DIG/ANA key is pressed, the display changes cyclically among subscreens 1 to 4. A
• Subscreen 1: G : 001–01 00h00m00s00# –. – e – – 00 . 00M Tgt : STOP Now : STOP Spd : 0 Man : STOP Sub : 0 VBF : 000 ABF : 00 TrMd : STOP TrSt : 0 TNo : Ver : 00 RvMd : STOP RvSt : 0 DNo : Aer : 00 CcSt : STOP ld : 00000000 Stc : 00000000 Tpp-Av1 : +-0 V-A : +-0 MPEG2 720x480 A0 AC-3 2ch 0256k NT ASP : 43 CGMS : 0 APS : 0 Src : 0 END : 00h00m00s00 Cell : 000 B
• Subscreen 2: Error log for VR playback 1
2
G : 01–01 00m00s# –. – e – – 00000000 h m s Message h m s Err G001 : 000000 Tr : N u l l b l k L002 : 001230 Tr : S c h L a t e L002 : 004103 Tp : V o b D i f + L002 : 004104 Tp : V o b D o f –
C
1 Data on location of the display Original(G)/play list (L), title No., chapter No. (X:XX-XX), time of the display (min, sec, frame [XXmXXsXX]), busy mark of the virtual mechanical-control computer (#), error rate of the transfer data (X.XeXX), playback logical address (ID [XXXXXXXX]) 2 Error message log Original(G)/play list (L), title No., time of generation (min, sec [XXX:XXXX]), playback-related error log for the last 13 errors (XX:XXXXXXX) Notes: • For details on error messages, see Table 1 "Description of VR-playback-related errors". • If a VR-playback-related error is generated, a problem in data reading from the disc may be suspected. (The possibility of a problem on the drive side is high.)
D
• Subscreens 3 and 4: These subscreens are not for service use.
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A
Table 1: Description of VR-playback-related errors Error Message Tr : NullBlk
B
C
D
Description Transfer task: NULL at the top block (Detecting NG stream made at the DVR-1000 series and starting protection process.)
Tr : ReadErr
Transfer task: ATA read error
Tr : SchLate
Transfer task: ATA search late
Tr : SemTOvr
Transfer task: Timeout for gaining semaphore (no synchronization with the display)
Tr : NaviErr
Transfer task: Inconsistency between NAVI (navigator) of management data and actual NAVI
Tr : OrderEr
Transfer task: Inconsistent order
Mn : Av1Hang
Main task: Detects hang-up of AV decoder and starts recovery
ERR_RCV!
TPP task: Detects hang-up of AV decoder and starts recovery
Tp : VobDif+
TPP task: The decoder STC advances by 1 VOBU hour.
Tp : VobDif-
TPP task: The STC of the management information advances
Tp : midNULL
TPP task: The management information pointer designated was NULL.
Tp : ScanNg
TPP task: Failure to set the TPP memory when scanning was canceled.
Tp : RStepEr
TPP task: Although the reverse step had failed, the operation was forcibly terminated because the top cell was located.
Tp : tppErr
TPP task: Inconsistency occurred.
Rv : 1stTOvr
Reverse playback task: Timeout for waiting for interruption to the top VOBU immediately after starting decoding
Rv : OpnTOvr
Reverse playback task: Timeout for waiting for B-picture of the open GOP immediately after starting decoding
Rv : OplTOvr
Reverse playback task: Timeout for waiting for I-picture of the open GOP immediately after starting decoding
Rv : LnkTOvr
Reverse playback task: Timeout for waiting for link
Rv : LnkFail
Reverse playback task: Starts compensation by detecting link failure
Rv : R2FTOvr
Reverse playback task: Starts retrial after detecting timeout from reverse pause to forward pause
Rv : TopVbEr
Reverse playback task: Forced termination because of a possible error of the top data during reverse normal playback
Rv : OrderEr
Reverse playback task: Inconsistent order
Av : B/CTOvr
AV1: Buffer-clear timeout
Av : StrmOvr
AV1: Timeout for waiting for stream ready
Av : TpmTOvr
AV1: Timeout for TP mode change
Av : SpmTOvr
AV1: Timeout for a step command
CC_OS_ERR
Closed caption task: OS error
Abbreviations: STC = System Time Clock VOBU = Video Object Unit GOP = Group Of Picture B-picture = Bidirectionally predictive-picture
I-picture = Intra-picture P-picture = Predictive-picture TP mode change = AV1 term (Trick Play mode change)
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Table 2: Description of VR-recording-related errors Error related to MPEG Encoder Error Message
Description
Stream NG
Inappropriate input stream data
Stm Start NG
Failure to start encoding (reasons not clear)
A
AVEnc Hang
Inappropriate MPEG encoder
No SysHdr IN
System packet is not input periodically
Strm Start NG
Timeout waiting for system packet input at the beginning
IN Encode *
Changes cannot be made in the process of encoding
EncModul Hang
Encoder routine is hung up.
Error related to Drive system Error Message
B
Description
BUF Overflow
Overflow of the Stream Buffer
Drive Hang
The Drive is hung up.
Write Err
The Drive failed to write and could not be recovered.
Read Err
Reading failed, ECC failed, etc.
Drv Hard Err
Abnormality in the drive hardware or firmware
Mech No Res
No response from the mechanical-control computer
Drv Timeout
Timeout waiting for drive operation
NWA Exhaust
NWA surpassed and impossible to use
MKB Invalid
MKB reading error
Drv Err
General error of the drive
Fail Repair
Repair failed
ReadOnly DISC *
Because some data are invalid, data cannot be written
May Be V mode
AlthoughTMP_VMGI is not written, it may be Video Mode disc.
Rzn Rsv NG
Reserve RZone failed
Rzn Cls NG
Close RZone failed
Rzn Rpr NG
Repair RZone failed
Bdr Opn NG
Open Border failed
C
Bdr Cls NG
Close Border failed
Format NG
Format failed
OPC NG
OPC failed
PCA Full
PCA has been used up.
RMA Full
RMA has been used up.
VTSI_B Wr Err
Video Mode VTSI BUP Write Error
VTSI Wr Err
Video Mode VTSI Write Error
TMP-VMG WrErr
Video Mode TMP VMGI Write Error
CLS Rzon Fail
Video Mode Close Rzone failure
D
E
Error related to Dubbing Error Message
Description
Mem get NG
Video Mode Copy Memory has not ensured.
V Rsv RzoneNG
Video Mode Copy Reserve Rzone failed
VCHDD Info NG
Obtaining Video Mode Copy HDD Cell information failed
VC Pck Anl NG
Analizing Video Mode Copy Pack failed
VC VOBU SizeE
Video Mode Copy VOBU Size NG
Tracon Trn NG
Video Mode Copy Tracon tranfer has not been completed. F
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1
2
3
4
Error related to Dubbing (continued) Error Message A
B
Description
Strm TransfNG
Video Mode Copy Stream Transfer NG
VC FlushC NG
Video Mode Copy Flush Cache NG
VC Transf Stp
Video Mode Copy Transfer Stop
VC CopyCancel
Video Mode Copy Copy Cancel
VC Idling NG
Video Mode Copy idling NG
VC TSO BLK NG
Video Mode Copy TSO Block transfer has not been completed.
VC Cell Max
Maximum number for Video Mode copy Cells exceeded
VC HDD Inf NG
No information on Video Mode Copy HDD
VC HDD C Err
Inappropriate Video Mode Copy HDD content
V2H SRC Prot
VR →HDD copy prohibitted material
V2H Aud Ch NG
VR →HDD Audio Channel NG
V2H Aud Stm N
VR →HDD Audio Stream number NG
V2H Aud Md NG
VR →HDD Audio Mode NG
V2H V Reso NG
VR →HDD Video resolution NG
V2H Unknown
VR →HDD other NG
H2D CP SomeNG
VR →HDD copy and other NG
Other Errors Error Message C
D
E
Description
DRAM NG
Abnormality in access to the Work DRAM
SRAM NG
Abnormality in access to the backup work SRAM
CPRM IC NG
Inappropriate CPRM IC
Drive Destroy
The drive has crashed.
MKB REVOKED
Error in gaining data
WM Cracked
WM Cracked
VBR-SRAM NG
Abnormality in VBR SRAM
BK BATT Down
Backup RAM data has been erased.
BK FSYS Dirty
Backup RAM data has not been wrtten on the File Sys.
VOBU Info NG
Inappropriate VOBU information
Ourob Strm NG
Inappropriate stream data to the Ouroboros input
WaterMark Det
Watermark detected
No Video
No video input (not locked)
Disc Full
No further data can be written because the disc is full.
No More Info *
No more space in the internal work-management area
No Permission *
No permission to write to the disc
Limit Over *
Standard maximum limit exceeded
Rec Pause *
No operation permitted during recording pause
Invalid Param *
Invalid parameter
Protect Src *
Source to be recorded is copy-protected.
Now Busy *
In the process of the emergency processing
Invalid Disc *
The disc cannot be recognized.
Invalid UDF *
Invalid UDF content
Invalid VMG *
Invalid VMG content
Invalid TMVMG
Invalid TMP_VMGI content
Unmatch Stamp *
Impossible to modify because of nonmatching time stamp
Virgin DISC
Virgin Disc
F
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3
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5
6
7
8
Other Errors (continued) Error Message
Description
SW Vpb mode *
Switching to video playback routine is required.
SW Vrec mode *
Switching to video recording routine is required.
NV Pck MK Err
Error in creating NaviPack
NV Pck DMA Er
Inappropriate NaviPack DMA
Cell Close NG
Cell Close NG
Relocation Do
VR-recording data was relocated
Something *
undetermined error
Status NG *
Abnormality in change of statuses
Irr Action *
Incorrect action
Abort *
Cancellation
BusReset Done
Bus Reset has been excecuted.
Repair Excec
Repairing has been executed.
Format Excec
Formatting has been executed.
BUG
Some bugs
PARAM NO ACCP
Recording parameter is not matched.
DRAM CLR Err
Video Mode DRAM (Stream Buffer) Clear failure
V Categ ID NG
Inappropriate Category ID
V Cate Inf NG
Inappropriate Category information
V Ext TY NG
Type NG
V Ext MAX Ovr
Count Max exceeded
V ExtToo Big
The extension file is too large.
Over Heat
Abnormal temperatute
A
B
C
Error related to HDD Error Message
Description
HDD unauthor
Inconsistent HDD serial No.
HDD Destroy
HDD is not recognized on the bus.
TT Rec Over
Title recording time full
HDDReset Done
HDD Reset executed
Task No Activ
Task has not been activated.
HDD Buff High
High-level process executed for the HDD Buffer
HDD Trans Err
DMA error in HDD copy transfer
D
HDD Zero WR
MBR readout generated
HDD Initialize
HDD initialized
HDD MBR NG
Inconsistent MBR data
HDD SIG NG
Inconsistent HDD Management Data Magic
HDD INFO BAD
Incorrect HDD Management Data
HDD IRRG POFF
Abnormal power off
HDD SMART NG
Inappropriate HDD SMART
E
No Error Error Message Non Err *
Description Normal
Notes; • Any error message marked with ∗ is displayed "RecErr : ---------" on the Subscreen 1 of the fourth screen. • In a case of an error in the drive system, scratches or dirt on a disc, or a problem of the drive itself (dirty pickup) may be suspected.
Abbreviations: ECC = 4 byte Code for Error Correction UDF = Universal Disc Format PCA = Power Calibration Area OPC = Optical Power Control NWA = Next Writable Address
VMG = Video Manager RMA = Recording Management Area MKB = Media Key Block TMP_VMGI = Temporary Video Manager Information Border = from Lead-in to Lead-out
F
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2
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Table 3: List of Key Codes
A
How to enter each check mode Test mode remote control unit : [A8**] Remote control unit supplied with the DVR : [AB**] No.
1
2
B
Check Item EE system (same as preview)
Error-rate measurement
Key Input
Remarks
Turns on/off EE mode cyclically
[PLAY]
Starts the EE system in EE mode (main-unit setting rate)
[STOP]
Stops the EE system in EE mode
[ESC] → [SIDEB]
V-mode recording: After recording for 10 seconds, the unit starts playback while For details, see displaying the error rate. " 7.1.4 ERROR RATE MEASUREMENT ". DVD-Video: The error rate is automatically measured, then the result will be displayed.
[ESC] → [CHP/TIM] 3
Operation / purpose
[ESC] → [A.MON]
Settings for specific areas [ESC]
Make sure that CGMS = 11 becomes when CGMS = 10 is input. EE mode: Simulation mode for recording status
Enters Adjustment mode for AVIO Settings are made for the selected input settings (TUNER, LINE). Determines the settings, then exits For details, see " 7.1.5 SETTINGS FOR SPECIFIC AREAS ". Adjustment mode
How the ESC code is processed • When the ESC code is received, ESCAPE mode is entered, but in combination with the code(s) that follow(s), a specific meaning is added. • If ESC codes are received continuously, ESCAPE mode is retained. C
D
E
F
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DVR-520H-S 1
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4
5
6
7
8
7.1.5 DV DEBUG MODE Press the ESC, DISP, then "3" keys, in that order. 1
(DV/1394) Init:OK AV:01 DV:01
2 3 4 5 6 7 8 9 10 11 12 13 14
[Recoder] GUID:00E036000160001 IRM iPCR:C03F0000 oPCR:0000007A [DV] GUID:0080880303480E96 VN:VICTOR MN:GR-D50K TM:C3 TS:75 CT:32 WP:01 PS:FF OS:00 CA:A000002020 CV:FF MD:VTR [DVdecoder:Yes] TC:00h20m35s02f RD:02/02/05 RT:10h34m50s ASPECT:4:3 CGMS:000000 APSTB:00 DEC:525-60 SF:32kHz QU:12bit AMODE:4) Stereo [DVencode:No] TC:--h--m--s--f RD:--/--/--/-- RT:--h--m--s ASPECT:-------- CGMS:-- APSTB:--
No.
1
Item
INT4:02
A
Boldface alphanumerics : Fixed indications Nonboldface alphanumerics : Variable indications
Description
B
Remarks
Init
Whether the initialization of uPD72893B (1394LINK & DVcodec IC) has been completed (OK) or not (NG)
AV
Number of AV devices on the local bus
DV
Number of DV devices on the local bus
INT4
Number of executing INT4(PIO) interrupt processing routines until a POWER ON notification arrives from uPD72893B (normally, 02)
In a case of NG, communication with uPD72893B may have failed.
If the number does not become 01 even if a DV device is connected, identification of that device fails.
C
In a case of ROOT (IRM), IRM is displayed at the rightmost of the GUID indication
2
GUID
GUID set in ConfigROM of the unit
3
iPCR oPCR
iPCR value of the unit oPCR value of the unit
4
GUID
GUID set in ConfigROM of the connected DV device
Data are displayed only if one DV device is identified. If the connected DV device is ROOT (IRM), IRM is displayed at the rightmost of the GUID indication
VN
Vendor name set in ConfigROM of the connected DV device
Data are displayed only if one DV device is identified. (Depending on the device, the vendor name may not be set in ConfigROM.)
MN
Model name set in ConfigROM of the connected DV device
Data are displayed only if one DV device is identified. (Depending on the device, the vendor name may not be set in ConfigROM.)
TM
Transport Mode data obtained from the DV device
TS
Transport State data obtained from the DV device
CT
Cassette Type data obtained from the DV device
WP
Copy-protection data obtained from the DV device
PS
Power-state data obtained from the DV device
OS
Output signal mode data obtained from the DV device
CA
Connect AV data obtained from the DV device
CV
Camera/VTR data obtained from the DV device
MD
DV device mode
Camera or VTR is displayed only if one DV device is identified.
[DVdecode:XXX]
Whether Yes (in the process of requesting DV input) or No is indicated in XXX
Normally, Yes is indicated only when CH is set to DV
5
6
7
8
D
Data are displayed only if one DV device is identified.
E
Data are displayed only if one DV device is identified.
F
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1
No. A
Item
3
Description
Remarks
= ~
!
C
Stream time-code data are obtained when playback in the forward direction is performed. Otherwise, time-code data are obtained through an AV/C command.
Time-code data of the DVdecode Stream, or response data of the Time Code command
RD RT ASPECT
Rec Date of DVdecode Stream Rec Time of DVdecode Stream Aspect Ratio of DVdecode Stream
CGMS
CGMS of DVdecode Stream (from left to right, Recording of DV input cannot be performed unless the CGMS data of bits 5-4: Audio ch2, bits 3-2: value of CGMS is 00. Audio ch1, and bits 1-0: Video)
APSTB
APS trigger bit of DVdecode stream
DEC
With/without DVdecode stream input
With input: Signal type (525-60, 625-50, 1125-60, 125050, or Invalid) is indicated, Without input: "No" is indicated.
SF
Sampling Frequency of DVdecode Stream
If SF is 44 kHz, it is considered that 44.1-kHz audio is input, and sound is muted on the unit.
QU AMODE
QUANTIZATION of DVdecode Stream AUDIO MODE of DVdecode Stream
[DVencode:XXX]
Whether Yes (in the process of requesting DV Normally, Yes is indicated only with HDD or DVD playback output) or No is indicated in XXX
TC RD RT ASPECT
TIME CODE of DVencode stream REC DATE of DVencode stream REC TIME of DVencode stream Aspect Ratio of DVencode stream
CGMS
CGMS of DVencode stream (common to video, audio ch1 and audio ch2)
APSTB
APS trigger bit of DVencode stream
B
-
4
TC 9
0
2
Normally, sources other than CGMS=00 are not output.
D
E
F
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DVR-520H-S 1
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3
4
5
6
Possible causes
Defective DV terminals, improper connection of the DV-terminal board, defective IC, defective cables, an IEEE 1394 device other than the DV device connected Defective IC, defective soldering, defective power supply, etc. Defective DV terminals, improper connection of the DV-terminal board, defective IC, defective source device Note: As to a model having the Input Line System setting, if the setting and the actual input signal system do not match, no picture appears. Recording cannot be performed for a copy-protected source.
An audio signal with 44.1-kHz sampling frequency is muted.
Defective IC, defective soldering, defective power supply, etc.
Check of DV decoding when the recorder channel is set to DV: Yes: The recorder is in the process of a DV input operation No: The recorder is not executing a DV input operation Check DEC: 525-60: An NTSC DV signal is input from the DV device. 625-50: A PAL DV signal is input from the DV device. No: No DV signal is input from the DV device. Check CGMS: 00: A copy-permitted source is being input. Other than 00: A copy-protected source is being input. Check SF: 32 khz: An audio signal with 32-kHz sampling frequency is being input. 48 khz: An audio signal with 48-kHz sampling frequency is being input. 44 khz: An audio signal with 44.1-kHz sampling frequency is being input. Check DVencode during DVD/HDD playback: Yes: The recorder is in the process of a DV output operation No: The recorder is not executing a DV output operation (No is also displayed during playback of copy-prohibited sources or simultaneous-recording/playback.)
7
9
9
0
-
Check the init indication: OK: Initialization of DV-related LSIs (IC5101, IC5202) appropriately completed Defective IC, defective soldering, defective power supply, NG: Communication failure between DV-related LSIs (IC5101, IC5202) and etc. HOST microcomputer (IC1001). Initialization of DV-related LSIs (IC5101, IC5202) has not been completed properly.
Items to be Checked, and Conditions
Check the number of DV devices when one DV device is connected to the recorder: 01: The connected DV device is correctly identified. Other than 01: The connected DV device is not correctly identified.
1
Location in the Debug Screen
6
No picture nor sound for DV output
No sound for DV input
DV input recording impossible
No picture nor sound for DV input
No operation for either DV input or output
Symptoms
Simple Diagnosis
5 7
7
8
A
B
C
D
E
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DVR-520H-S
8
93
1
2
3
4
7.1.6 ERROR RATE MEASUREMENT
A
How to enter Error-Rate Measurement mode Press the ESC key then the SIDE-B key of the remote control unit for service to enter Error-Rate Measurement mode. During playback of DVD-VIDEO, Error-Rate Measurement mode can also be entered by pressing the ESC key then the PLAY key. How to exit Error-Rate Measurement mode Press the ESC key. The error-rate display disappears, and Error-Rate Measurement mode is exited. Note: The error rate cannot be measured in VR mode or during CD playback.
B
Functions 1 Video-mode recording (recording medium) In this mode, DVD recording is automatically performed for 10 seconds, the recorded DVD title is played back while the error rate is being measured, then as soon as playback of the recorded DVD title is finished, playback stops.*1 After error-rate measurement is finished, the average error rate will be displayed on the FL display and OSD. Only in a case in which the calculation of the average error rate fails, the tray will open. 2 DVD-VIDEO (playback medium) Only during playback, when the ESC key then the SIDE-B key (or the ESC key then the PLAY key) are pressed, the error rate is calculated and displayed on the FL display and OSD.(∗2) Only in a case in which the calculation of the average error rate fails, the tray will open.
Changes of display Table 1: Video mode (recording medium)
D
Display
Operation
C
FL Display
OSD (On Screen Display)
"ERROR RATE" is displayed on the FL display for an instant.
ERROR
RATE
DVD recording starts.
ERROR
RATE
DVD recording is performed for 10 seconds.
x x x x x
The recorded DVD title is played back while the error rate is being measured, then as soon as playback is finished it stops.
ER
x . x E - x
ERR RATE : x.xE-x -
After error-rate measurement is finished (∗1), the average error rate, the measurement-finish mark (∗), and the OK/NG-judgment result (∗3) will be displayed on the FL display and OSD. (If the tray opens as a result of NG judgment, the display on the FL display and OSD will be retained.)
ER
x . x E - x
ERR RATE : x.xE-x * OK
Table 2: DVD-Video (playback medium) Display
Operation
E
FL Display
OSD (On Screen Display)
Only during playback, when the corresponding keys are pressed, the error rate is calculated and displayed on the FL display and OSD. (∗2)
ER
x . x E - x
ERR RATE : x.xE-x -
After error-rate measurement is finished (∗1), the average error rate, the measurement-finish mark (∗), and the OK/NG-judgment result (∗3) will be displayed on the FL display and OSD. (If the tray opens as a result of NG judgment, the display on the FL display and OSD will be retained.)
ER
x . x E - x
ERR RATE : x.xE-x - OK
F
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∗1 : Whether error-rate measurement is finished or not is judged, as shown in Table 3 below.
Table 3: On judgment whether error-rate measurement is finished or not Judgment whether error-rate measurement is finished or not
Recording Mode
After playback of a certain amount (∗) of data Measurement of the 16 ECC blocks is performed 16 times, then the grand sum is used for calculation of the error rate. The capacity is as follows: 16 ECC blocks × 16 sectors × 2048 bytes × 16 times = 8388608 bytes = 67108864 bits
Video mode
A
Recording/playback duration required for error-rate measurement The time required for completion of error-rate measurement varies, depending on the input video signal to be recorded. (The more the motion in the input video signal to be recorded is animated, the shorter the playback time required for completion of error-rate measurement becomes.)
∗2 : During DVD-VIDEO error-rate measurement, even after error-rate measurement is finished, playback continues, and the display of the error rate results is retained. In this playback mode, if Error-Rate Measurement mode is exited by pressing the ESC key, then it is reentered by pressing the ESC and SIDE-B keys (or ESC and PLAY keys), the error rate will not be updated, and the previous value is displayed. To reset the previous error rate, stop disc playback.
B
∗3 : OK/NG judgment In DVD/VIDEO and Video Mode recording, OK/NG judgment is displayed under the following conditions:
Table 4: List of OK/NG threshold values Disc Type
Recording Mode
Finalized or not finalized
8.0 × 10
DVD-RW
Video mode
Video mode
Display
–4
OK / NG
Finalized
1.0 × 10 – 3
OK / NG
Not finalized
1.0 × 10 – 3
OK / NG
Finalized
1.0 × 10 – 3
OK / NG
Not finalized
1.0 × 10 – 3
OK / NG
DVD-VIDEO DVD-R
Reference Value
C
D
E
F
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DVR-520H-S 5
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7.1.7 VIDEO ADJUSTMENT FOR SPECIFIC AREA
A
Purposes: Depending on the area, jitter may appear in a picture received by the tuner, as conditions of signals received by the tuner are different from area to area. To correct this kind of problem, the function of the System Codec AVIO control section for adjusting signals received by the tuner can be used. How to enter setting modes: To enter General Setting mode, press the ESC key then the CHP/TIM key of the remote control unit for service. To enter Specific Channel Setting mode, press the DIG/ANA key in General Setting mode. How to exit setting modes: Press the ESC key. The setting mode is exited, the OSD disappears.
1. Specific Channel Setting mode B
This mode is entered when the DIG/ANA key is pressed in General Setting mode. In this mode, specific settings can be made for up to 12 channels. For channels that do not have specific settings, the settings of General Setting mode are applied. Display in Specific Channel Setting mode (A picture from the tuner can be viewed using the semitransparent OSD display.) [Display in Specific Channel Setting mode] [When specific channel settings have NOT been made] AVIO Specific Area Mode Ver *.** Input - [ tuner ] Sync AGC : ON Threshold : Normal V-Sync Det : Normal Std Det : Normal HD Err Det : Normal
C
* * * * *
[When specific channel settings have been made] AVIO Specific Area Mode Ver *.** Input - [ tuner ] Sync AGC : ON Threshold : Normal V-Sync Det : Normal Std Det : Normal HD Err Det : Normal
General Setting data
Individual setting state Input Channel - [ 1CH] Sync AGC : --Threshold : -----V-Sync Det : -----Std Det : -----HD Err Det : ------
* * * * *
Individual setting state Input Channel - [ 1CH] Sync AGC : ON Threshold : Auto Threshold Level---[3] V-Sync Det : Normal Std Det : Normal HD Err Det : Normal
Specific Channel Setting data
D
∗ : setting is the default. • If a channel that does not have specific settings is displayed, the setting figures are displayed as hyphens (--). If the setting figures are not displayed as hyphens, those settings have been specifically set even if they are identical to the default settings or those of General Setting mode. • The channels to be displayed in "Input Channel" are as follows: • In a case of line input: L1-L3, DV • In a case of tuner input: Received channel (a channel to be set in specific channel settings)
E
F
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Table 1: Key operations in Specific Channel Setting mode (effective only during recording/playback stop)
Key
Operation
Setting (∗: Default)
Remarks
DIG/ANA
Switches cyclically between General Setting mode and Specific Channel Setting mode.
–
–
INPUT SELECT, CHANNEL +/– (∗R)
Switches inputs or channels.
–
–
[SIDE A], [SIDE B]
Sets Sync AGC.
[Rev ×3], [×3 Fwd]
Sets Threshold level.
A
ON (∗) / OFF (∗) Normal Auto Threshold Level Manual Threshold Level Pedestal Level According to the setting of Threshold, the values can be changed within the range mentioned below.
[Rev CHAPTER SKIP] Sets Threshold level. [CHAPTER SKIP Fwd]
– –
• Normal: The value is fixed, with no display of the value.
–
• Auto Threshold Level: 0-8 (Default: 0)
–
• Manual Threshold Level: 0-8 (Default: 0) • Pedestal Level: 0-8 (Default: 0)
– –
[Rev SCAN], [SCAN Fwd]
Sets V-Sync Det.
Normal (∗) / Short / Long
–
[Rev STILL STEP], [STILL STEP Fwd]
Sets Std Det.
Normal (∗) / Non STD
–
Normal (∗) / Fast / Stop
–
[SPEED +], [SPEED -] HD Err Det
PLAY
All channels assigned to have specific settings are canceled, and the specific settings are reset to their default values.
CLEAR
Initializes the setting of Specific Channel Setting mode.
B
–
C
–
Settings of General Setting mode are not affected.
–
Pressing the key resets the settings of Specific Channel Setting mode for that channel to the initial values. Settings of General Setting mode are not affected.
PAUSE
The specific-setting data for the currently selected channel are reset to their default values. (But the assignment of a channel having specific settings is not canceled.)
–
ESC
Exits AVIO setting for specific areas, clearing the OSD.
–
D
Settings of General Setting mode are not affected (retained).
–
∗R: Refers to keys on the remote control unit supplied with this unit. The keys without "R" refer to the remote control unit for service.
E
F
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2
3
4
• Screen display when Specific Channel settings are made on 12 (maximum) channels: In such a case. If a channel which does not have specific settings is selected, the individual setting state for that channel is not displayed, as shown in the figure below, and the settings cannot be modified. In such a case, if you wish to make Specific Channel Settings for the currently selected channel, you must clear the Specific Channel Settings for one or more channels beforehand. A
[With 12 channels having specific settings, when the currently selected channel does not have specific settings]
B
AVIO Specific Area Mode Input - [ TUNER ] Sync AGC : ON
*
Threshold V-Sync Det Std Det HD Err Det
* * * *
: : : :
Normal Normal Normal Normal
Individual setting state Sorry ! You can store only 12 channels for Specific Area mode.
C
2. General Setting mode This mode can be entered only during recording/playback stop. In this mode, each item and its current settings are displayed on the OSD. The currently selected input mode (TUNER or LINE) is displayed. If L1, L2, L3 or DV is selected for input, general settings for the line input can be made, and if TUNER is selected, general settings for the tuner input can be made. [General Setting mode] (∗2) AVIO Specific Area Mode Input - [ tuner ] Sync AGC : ON Threshold : Normal V-Sync Det : Normal Std Det : Normal HD Err Det : Normal
D
∗ * * * ∗ ∗ : setting is the default.
E
F
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Table 2: Key operations in General Setting mode (effective only during recording/playback stop) Key
Operation
INPUT SELECT, CHANNEL +/– (∗R)
Switches inputs or channels.
[SIDE A], [SIDE B]
Sets Sync AGC.
Setting (∗: Default)
Remarks
–
–
ON (∗) / OFF (∗) Normal Auto Threshold Level Manual Threshold Level Pedestal Level According to the setting of Threshold, the values can be changed within the range mentioned below.
[Rev ×3], [×3 Fwd] Sets Threshold level.
[Rev CHAPTER SKIP] [CHAPTER SKIP Fwd]
Sets Threshold level.
A
– –
–
• Normal: The value is fixed, with no display of the value.
–
• Auto Threshold Level: 0-8 (Default: 0)
–
• Manual Threshold Level: 0-8 (Default: 0) • Pedestal Level: 0-8 (Default: 0)
B
– –
[Rev SCAN], [SCAN Fwd]
Sets V-Sync Det.
Normal (∗) /Short/Long
–
[Rev STILL STEP], [STILL STEP Fwd]
Sets Std Det.
Normal (∗) /Non STD
– C
Normal (∗) /Fast/Stop
[SPEED +], [SPEED -] HD Err Det
CLEAR
Initializes the setting of General Setting mode.
–
ESC
Exits AVIO setting for specific areas, clearing the OSD.
–
Pressing the key resets all settings of General Setting mode to the initial values. Settings of Specific Channel Setting mode are not affected (they are retained). –
∗R: Refers to keys on the remote control unit supplied with this unit. The keys without "R" refer to the remote control unit for service.
∗1 : In General Setting mode, if the channel displayed has specific settings, the following will be displayed.
D
[Display in General Setting mode when the channel currently displayed has specific settings] AVIO Specific Area Mode Ver*.** Input - [tuner ] Sync AGC : ON Threshold : Normal V-Sync Det : Normal Std Det : Normal HD Err Det : Normal
* * * * * E
This channel is set up individually.
F
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7.1.8 AGING MODE
A
Notes: Commands from the remote control unit are accepted during Aging mode. If Aging mode is quit using the ESC key, indications on the FL display will return to normal display. Cancel timer settings before entering Aging mode. Set the recording rate beforehand. It cannot be changed during Aging mode. * Be aware that all recorded data are deleted when the aging for the DVD-RW and HDD is executed.
Table 1: Aging for the DVD-RW and DVD-R
To enter Aging mode B
To quit Aging mode
C
Aging for the DVD-RW
Aging for the DVD-R
Press the DVD key to switch to DVD. Install a recordable DVD-RW disc. After disc detection, press the ESC key then the REP.B key on the remote control unit for servicing to enter Aging mode.
Press the DVD key to switch to DVD. Install a recordable DVD-R disc. After disc detection, press the ESC key then the REP.B key on the remote control unit for servicing to enter Aging mode.
Press the ESC key on the remote control unit for servicing to quit Aging mode and return to Normal mode. This also results in the following: • If during recording: Recording is stopped. • If during playback: Playback is paused. • If during initialization: The unit stops after initialization is finished. • If the tray is being opened/closed: The unit stops after the tray is opened/closed.
Press the ESC key on the remote control unit for servicing to quit Aging mode and return to Normal mode. This also results in the following: • If during recording: Recording is stopped. • If during playback: Playback is paused.
During Aging mode, the following operations are repeated in the order shown below. 1 The tray opens. 2 The tray closes. 3 Initialization 4 Recording for 60 minutes 5 Playback for 45 minutes
During Aging mode, the following operations are repeated in the order shown below. 1 The tray opens. 2 The tray closes. 3 Recording for 1 minute 4 Recording pause for 6 minutes 5 Recording stops. 6 Playback for 1 minute 7 Playback pause for 6 minutes 8 Playback stops. Note: A continuous test of the above operations is possible for approximately 23 hours.
3 Initialization is performed according to the setting specified After 2 the tray closes, disc detection is performed, and if 99 in "DVD-RW automatic initialization" (accessed by selecting titles have already been registered, the unit stops there. The "Unit Setting" then "Option"). number of loops is retained and indicated on the FL display. An error indication is retained as an OSD.
Function D
During Aging, the number of loops is indicated on the FL display, as shown below. [AGING 0001]
During Aging, the number of loops is indicated on the FL display, as shown below. [AGING 0001]
If an error is generated, the aging operation stops. Note: Indications on the FL display are retained, and this information is also retained as an OSD.
If an error is generated, the aging operation stops. Note: Indications on the FL display are retained, and this information is also retained as an OSD. Note: Recording time depends on the recording rate set. For example, if the recording rate is MN32, only up to 60 titles can be registered. Check the setting for recording rate before performing aging.
E
F
100
DVR-520H-S 1
2
3
4
5
6
7
8
Table 2: Aging for the HDD A
Aging for the HDD To enter Aging mode
Press the HDD key to switch to HDD. Press the ESC key then the REP.B key on the remote control unit for servicing to enter Aging mode.
To quit Aging mode
Press the ESC key on the remote control unit for servicing to quit Aging mode and return to Normal mode. This also results in the following: • If during recording: Recording is stopped. • If during playback: Playback is paused. • If during erasure of all memory data from the HDD, the unit stops after all memory data have been erased. During Aging mode, the following operations are repeated in the order shown below. 1 Erasure of all the memory data from the HDD 2 Recording for 60 minutes 3 Playback for 60 minutes
Function
B
During Aging, the number of loops is indicated on the FL display, as shown below. [AGING 0001] If an error is generated, the aging operation stops. Note: Indications on the FL display are retained, and this information is also retained as an OSD. C
D
E
F
101
DVR-520H-S 5
6
7
8
1
2
3
4
7.1.9 SETUP SEQUENCE System Codec IC (Inital Program Loader)
Tuner/FL U-com
DVD-R/RW Drive
Connect power cord.
A
System microcomputer starts up.
Drive microcomputer starts up.
Tuner/FL microcomputer starts up. LSI Check
Initialization of peripheral-circuit register, RAM, etc.
LSI NG displayed on FL display
OK "POWER ON" displayed on FL display
FLASH Check
NG
OK
Clock indication on FL display
B
Firmware stored in Flash memory is developed in SD-RAM expanding the compressed data. Power ON ?
Initialization of peripheral-circuit register, RAM, etc.
NG
No Downloading through RS232C required. "MONITOR" displayed on FL display
Has command arrived? Yes
ATA/ATAPI command processing
No Jumping to developed firmware
Yes
System Codec IC (Firmware)
Power ON, cancellation of reset
"POWER ON" displayed on FL display
Initialization of peripheral-circuit register, RAM, etc. Starting communication with Tuner/FL microcomputer
C
Obtaining LD temperature data from drive. Is temperature below 59°C?
NG
Waiting for communication to be established
Is ID check of drive OK?
OK Key-input and channel data transmitted to the system-control computer, and responding to instructions from it, indication displayed on FL display and channel switching performed
D
Request for power off of system-control computer made to Tuner/FL microcomputer No System-control computer is turned off (entering standby) following request from Tuner/FL microcomputer
No (∗1)
Yes
"CPRM ERR" displayed on FL display
Is starting/ID check of HDD OK?
No (∗1)
Yes
"HDD ERR" displayed on FL display
Is disc in?
No
Yes
Is disc valid?
∗1: If both the drive ID check and starting/ID check of HDD failed, "CPRM ERR" is first displayed on FL display.
No
Yes
E Repair required?
No
Yes Repair process
Playback requested?
Tray Open
No
Yes Playback
Stop
F
102
DVR-520H-S 1
2
3
4
5
6
7
8
7.1.10 DISASSEMBLY Note 1 : Even if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common. Note 2 : For performing the diagnosis shown below, the following jig cable for service is required: • GGD1370 (Flexible cable)
A
Diagnosis of the MAIN Assy 1 Bonnet Case S and Tray panel
1 2 3 4 5 6
2 Front panel section
Remove the bonnet case S by removing the eight screws. Press the
STANDBY/ON button to turn on the power.
1 2
Unhook the four hooks. Remove the front panel section.
Press the 0 OPEN/CLOSE button to open the tray. Remove the tray panel.
Press the
1
1
Press the 0 OPEN/CLOSE button to close the tray.
B
STANDBY/ON button to turn off the power.
Front panel section
2 2 6
1
1
C
Bottom view
4 3
3 5
3 HDD Section
Tray
5
Tray panel
How to open the tray when the power cannot be on
1 2 3 4
Remove the four screws. Remove the binder. Remove the aluminum tape. Remove the HDD with HDD stay.
When the player cannot eject disc tray due to power failure or any other reasons, open the jack door, and use a long thin pole and push the emergency eject hole under the tray panel to eject.
Binder
D
1
HDD
Front side
2
1 1 4 E
1 3 Long thin pole Emergency eject hole Jack door Aluminum tape
HDD stay
F
103
DVR-520H-S 5
6
7
8
1
2
3
4 DRIVE Assy R7 (DVD-R/RW WRITER)
1 2 3 4
A
4
5 MAIN Assy
1 2 3
Remove the some jumper wires from the clamp. Remove the binder. Remove the some jumper wires from the SYPS cover.
Remove the four screws. Disconnect the flexible cable. Stand the MAIN Assy.
Remove the six screws. DVJB Assy
1 4
4
4
4
1
4
4
2 CN5102
B
2
1
1
Binder Clamp
3
MAIN Assy.
1
3 C
Note : This photograph may show a different model. However, the method for disassembly is the same. DRIVE Assy R7
SYPS cover
5 6 7
D
Disconnect the connector. Remove the three tapes. Remove the DRIVE Assy R7. JCKB Assy
6
Tape
5 CN703
7 E
6
Tape
6
Tape
DRIVE Assy R7
F
104
DVR-520H-S 1
2
3
4
5
6
7
8
6 Diagnosis
1 2 3
Connect the jig cable. Insert the insulation sheet between the MAIN Assy and base chassis.
A
Arrange the unit as shown in the photo below.
Caution : Main IC (IC1001) on the MAIN Assy generate heat to arround 80 degrees. Be careful when works.
B
I
POWER SUPPLY Unit Front panel section
1 Jig cable (GGD1370)
B F
JCKB Assy
FRJB Assy
A
TUNB Assy
C
1 1
2 C IC1001
H
J
Insulation sheet
MAIN Assy
D
DVJB Assy
ATHB Assy
DRIVE Assy R7 HDD
E
Diagnosis
F
105
DVR-520H-S 5
6
7
8
1
2
3
4
Cleaning the pickup lens 1 A
4
Remove the writer stay L by removing the three screws with the bonnet angle and the SYPS cover.
Remove the bottom cover by removing the four screws. Bottom cover
4
4 SYPS cover
Bonnet angle
1 1
1
4
Front side
4
4
Writer stay L B
2
Remove the writer stay R by removing the three screws with the bonnet angle. Bottom view
Bonnet angle
C
2 2
Front side
5 6 7
2 Writer stay R
Remove the front bezel by unhooking the two hooks. Remove the one screw. Remove the top cover. Top cover
6 3
D
Remove the four aluminum tapes.
3
3
Aluminum tape
Aluminum tape
7 3
Aluminum tape
3
Aluminum tape
E
Front bezel
5
5
5
Hook
Hook
Bottom view
F
106
DVR-520H-S 1
2
3
4
5
8 9
6
7
8
Remove the four screws. A
Remove the clamper section.
8
8 9
8
8 B
Clamper section C
10
Clean the pickup lens. Before shipping out the product, be sure to clean the following positions by using the prescribed cleaning tools : Cleaning liquid Cleaning paper
: GEM1004 : GED-008
D
Pickup lens
E
F
107
DVR-520H-S 5
6
7
8
1
2
3
4
7.2 IC • The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams.
List of IC
A
PEG034B, RS5C372A, LC75342M, LA73033M, AK5357VT, PST3428U, PST3809U, M65672WG-C, UPD72852AGB-8EU, UPD72893AGD-LML
PEG034B (JCKB ASSY : IC202) • TUFL Microcomputer Pin Function No.
B
C
D
E
F
Pin Name
Signal Name
I/O
Function
Active
1
P95/ANEX0/CLK4
FLCLK
O
FL Driver communication line CLK
−
2
P94/DA1/TB4in
SYNC
I
C-Sync of input video
↑
3
P93/DA0/TB3in
AVLINKIN
I
Input line of NexTViewLink
−
4
P92/TB2in/Sout3
IR
I
Pulse input of remote control
−
5
P91/TB1in/Sin3
J_CLOCK
I
6
P90/TB0in/CLK3
SYNCAFT
I
C-Sync of input video
↑
7
BYTE
BYTE
I
8
CNVss
PGM
I
Communication line
9
P87/XCin
NC
(O)
−
10
P86/XCout
NC
(O)
−
11
-RESET
XRESETIN
I
12
Xout
XOUT
I
13
Vss
GND
−
14
Xin
XIN
I
15
Vcc
VCC
−
16
P85/-NMI
NMI
I
17
P84/-INT2
NC
I
18
P83/-INT1
SLICEONFB
I
Feedback from SLICEON pin
19
P82/-INT0
XINTRA
I
Alarm/interval interruption
20
P81/TA4in
LED HDD
O
for HDD Model
H
21
P80/TA4out
LED DVD
O
for HDD Model
↑↓
22
P77/TA3in
NC
23
P76/TA3out
FANPWM
O
FAN power control
24
P75/TA2in
JOGB
I
Phase VOL input
25
P74/TA2out
NC
26
P73/-CTS2/-RTS2/TA1in
IICRST
27
P72/CLK2/TA1out
AVLINKOUT
28
P71/RxD2/SCL/TA0in/TB5in SCL
I/O
I2C communication (clock)
−
29
P70/TxD2/SDA/TA0out
SDA
I/O
I2C communication (data)
−
30
Vss2
GND
−
31
LP2
LP2
O
32
LP3
LP3
O
33
LP4
LP4
O
34
Vdd2
VDD2
−
35
M2
M2
I
36
M1
M1
I
37
P11/SLICEON
SLICEON
O
Slicer operating signal
38
P67/TxD1
TXD
O
Communication line for firmware download/monitor
−
39
P66/RxD1
RXD
I
Communication line for firmware download/monitor
−
40
P65/CLK1
SCLK
(O)
Communication line for firmware download/monitor
−
u-Con Reset
↓ ↑? ↓
−
(O)
H ↑↓ −
(O) O O
108
Mode switch
H?
DVR-520H-S 1
2
3
4
5
No.
Pin Name
6
Signal Name
7
I/O
8
Function
Active
41
P64/-CTS1/-RTS1/CLKS1
BUSY
O
Communication line for firmware download/monitor
−
42
P63/TxD0
SSTTOM
O
SYS controller communication line (Tuner → Main)
−
43
P62/RxD0
SSMTOT
I
SYS controller communication line (Main → Tuner)
−
44
P61/CLK0
SCK
I
SYS controller communication line (clock)
↑
45
P60/-CTS0/-RTS0
HSTTOM
O
Tuner → SYS handshake
L
46
P57/-RDY/CLKout
DLCONT
O
Voltage supply SW of FLASH-ROM writing
L
47
P56/ALE
WRT
O
Write signal
H
48
P55/-HOLD
SDAEEP
I/O
SDA line for EEPROM
−
49
P54/-HLDA
SCLEEP
O
SCL line for EEPROM
−
50
P53/BCLK
VOLCE
O
Communication line CE
H
51
P52/-RD
VOLDATA
O
Communication line DATA
−
52
P51/-WRH/-BHE
VOLCLK
O
Communication line CLK
−
53
P50/-WRL/-WR
DLCE
I
Signal for serial I/O mode selection
−
54
P47/-CS3
S1
O
55
P46/-CS2
LET
O
Letterbox signal add
H
56
P45/-CS1
SQU
O
Squeeze signal add
−
57
P44/-CS0
BLANK
I
58
P43/A19
XTHROU
O
59
P42/A18
NC
(O)
−
60
P41/A17
NC
(O)
−
61
P40/A16
SWVION
O
Independent source SW for video I/O output circuit
H
62
P37/A15
SWSTBY
O
Standby mode of video input selector
H
63
P36/A14
NC
(O)
64
P35/A13
NC
(I)
65
P34/A12
SCTHRU
O
66
P33/A11
NC
(I)
67
P32/A10
SDET3
I
S terminal detection of Video input 3
L
S terminal detection of Video input 2
L
68
P31/A9
SDET2
I
69
Vcc
VCC
−
70
P30/A8
SDET1
I
71
Vss
GND
−
72
P27/A7
NC
(O)
−
73
P26/A6
NC
(O)
−
74
P25/A5
NC
(O)
−
75
P24/A4
NC
(O)
−
76
P23/A3
P_SAVEBS
O
77
P22/A2
FOMO
O
−
78
P21/A1
M1ONTA
O
−
79
P20/A0
P_CONT
80
P17/D15/-INT5
NC
O
A
B
C
D
S terminal detection of Video input 1
L
System Power ON
E
H −
(O)
F
109
DVR-520H-S 5
6
7
8
1
No. A
B
C
D
Pin Name
2
Signal Name
3
I/O
4
Function
Active
SYS → Tuner handshake
↓
O
MUTE control
H
I
SAP detection
H
I
Stereo detection (STID)
H
XRESET
O
System Reset output
L
LDASH
O
Tuner power
H
81
P16/D14/-INT4
HSMTOT
I
82
P15/D13/-INT3
DCTRI
I
83
P14/D12
MUTE
84
P13/D11
SU/SAPID
85
P12/D10
ST/STID
86
P11/D9
87
P10/D8
88
P07/D7
STBYQ
O
89
P06/D6
LM/
O
90
P05/D5
I/BG
O
91
P04/D4
XP_SAVE
O
92
P03/D3
TUON
O
93
P02/D2
YCSW
O
94
P01/D1
RSTCTL
O
Reset signal mask from the system controller
L
95
P00/D0
FLPON
O
FL Driver Power ON
H
96
P107/AN7/-KI3
MODEL1
97
P106/AN6/-KI2
98
P105/AN5/-KI1
99
P104/AN4/-KI0
A/D IN Input for destination judgment
−
MODEL2
A/D IN Input for destination judgment
−
AGC
A/D IN Field intensity detection
−
FUNC
A/D IN
100 P103/AN3
KEY2
A/D IN Main unit key input
−
101 P102/AN2
KEY1
A/D IN Main unit key input
−
102 P101/AN1
NC
103 Avss
GND
104 P100/AN0
AFT
105 VREF
VREF
−
106 AVcc
AVCC
−
107 P97/-ADTRG/Sin4
FLSTB
O
108 Vdd1
VDD1
−
109 SYNCIN
SYNCTEXT
I
Video input for sync. sep.
110 SVREF
SLICE
I
Slice level input
111 Vss1
GND
−
112 Vdd3
VDD3
−
113 CVIN1
CVIN1
I
114 Vss3
GND
−
115 FSCIN
FSCIN
I
Fsc input
116 P96/ANEX1/Sout4
FLDATA
O
Communication line data of FL driver
− − −
A/D IN AFT voltage input
Communication line strobe of FL driver
L
Video input for teletext
−
E
F
110
DVR-520H-S 1
2
3
4
5
6
7
8
RS5C372A (JCKB ASSY : IC203) • Real Time Clock IC Block Diagram
A
32kHz Output Control
Comparator_A
Alarm_A Register (WEEK, MIN, HOUR)
Comparator_B
Alarm_B Register (WEEK, MIN, HOUR)
8 VDD
Time Counter (SEC, MIN, HOUR, WEEK, DAY, MONTH, YEAR)
4 VSS
Address Decoder
2 SCL
OSCIN 7 OSC
Driver Correction
DIV
OSCOUT 6 OSC Detect
Address Resister I/O Control
/INTRA 5 Interrupt Control
Shift Resister
B 3 SDA
/INTRB 1
Pin Function No.
Pin Name
I/O
Function
C
1
/INTRB
O
Interruption output B The output of 32.768kHz (in 32768Hz crystal use), cycled interrupt for CPU, or output alarm interrupt (ALARM_B). This pin output 32.768kHz when activated power from 0V. Nch open drain output.
2
SCL
I
Shift clock input Synchronize with this clock, and input and output data from a SDA terminal. Exceed VDD, and can input to 6V.
3
SDA
I/O
4
VSS
−
Ground pin
Serial input and output Synchronize with SCL, and input and output writing data or readout data. Exceed VDD, and can input to 6V. Nch open drain output in the output. D
5
/INTRA
O
Interruption output A Cycled interrupt for CPU, or output alarm interruption (ALARM_A, ALARM_B). This pin becomes an OFF state when activated power from 0V. N ch open drain output.
6
OSCOUT
O
Oscillation circuit output
7
OSCIN
I
Oscillation circuit input
8
VDD
−
Positive supply input
Connect a crystal resonator of 32.768kHz or 32.000kHz between OSCIN and OSCOUT, and constitute oscillation circuit. (component parts of oscillation circuit except crystal resonator have it built-in.)
E
F
111
DVR-520H-S 5
6
7
8
1
2
3
4
LC75342M (JCKB ASSY : IC601) • Electric Volume IC A
LSELO
LIN
LTRE
LBASS1
LBASS2
LOUT
Block Diagram
10
9
8
7
8
5
L4 11 L3 12 L2 13
4 TEST
L1 14
B
LVref
Control Circuit
3 VSS 2 CE
NC 15
Logic Circuit
NC 16
CCB Interface
1 DI 30 CL
R1 17
Control Circuit
29 VDD RVref
28 Vref
R2 18
27 NC
R3 19
25
26 ROUT
RTRE
24
RBASS2
23
RBASS1
22 RIN
C
21 RSELO
R4 20
Pin Function No. 1
D
E
Pin Name DI
Function
No.
Serial data input for control Chip enable pin Data are written in the internal latch by a timing of "H" → "L", and each analog switch works. Data transfer is enabled by "H" level.
Pin Name
16
NC
17
R1
Function Not connected
2
CE
3
VSS
Ground pin
18
R2
4
TEST
Pin for electronic volume test Set to VSS electric potential.
19
R3
5
LOUT
Volume and equalizer output pin
20
R4
6
LBASS2
RSELO
Input selector output pin
7
LBASS1
Capacitor and resistor connection pins for bus bandpass filter
21 22
RIN
Volume and equalizer input pin
8
LTRE
23
RTRE
Capacitor connection pin for treble bandpass filter
Capacitor connection pin for treble bandpass filter
Input signal pin
9
LIN
Volume and equalizer input pin
24
RBASS1
10
LSELO
Input selector output pin
25
RBASS2
Capacitor and resistor connection pins for bus bandpass filter
11
L4
26
ROUT
Volume and equalizer output pin
12
L3
27
NC
Not connected
13
L2
28
Vref
0.5XVDD voltage generation block
14
L1
29
VDD
Power supply pin
15
NC
30
CL
Clock input pin for control
Input signal pins
Not connected
F
112
DVR-520H-S 1
2
3
4
5
6
7
8
LA73033M (JCKB ASSY : IC701) • Video selector and Video driver A
Block Diagram
B
C
D
E
F
113
DVR-520H-S 5
6
7
8
1
2
3
4
AK5357VT (MAIN ASSY : IC3101) • 96kHz 24 bit ∆∑ ADC Pin Arrangement (Top view)
A
Block Diagram VA 6
B
AINR
1
16
CKS0
AINL
2
15
CKS2
CKS1
3
14
DIF
VCOM
4
13
PDN
AGND
5
12
SCLK
VA
6
11
MCLK
VD
7
10
LRCK
DGNS
8
9
SDTO
AGND 5
VD 7
DGND 8
MCLK 11 Clock Divider
AINL 2
∆∑ Modulator
Decimation Filter
10 LRCK
AINR 1
∆∑ Modulator
Decimation Filter
12 SCLK
VCOM 4
Voltage Reference
Serial I/O Interface
15
3
16
13
14
CKS2
CKS1
CKS0
PDN
DIF
Pin Function No.
C
D
Pin Name
I/O
Function
1
AINR
I
R ch analog input
2
AINL
I
L ch analog input
3
CKS1
I
Mode select 1
4
VCOM
O
Common voltage output, bias voltage of VA/2 and ADC input
5
AGND
−
Analog ground
6
VA
−
Analog power supply, 2.7V to 5.5V
7
VD
−
Digital power supply, 2.7 to 5.5V (fs = 4k to 48kHz), 3.0 to 5.5V (fs = 48k to 96kHz)
8
DGND
−
Digital ground
9
SDTO
O
Audio serial data output, outputs "L" in the power down mode.
10
LRCK
I/O
Channel clock I/O, outputs "L" by master mode in the power down mode.
11
MCLK
I
12
SCLK
I/O
13
PDN
I
Power down mode
Master clock input Audio serial data clock, outputs "L" by master mode in the power down mode. "H": power up, "L": power down
14
DIF
I
Audio interface format, "H" : 24 bit I2S compatibility, "L" : 24 bit MSB justify
15
CKS2
I
Mode select 2
16
CKS0
I
Mode select 0
E
F
114
DVR-520H-S 1
2
3
4
9 SDTO
5
6
7
8
PST3428U (MAIN ASSY : IC4003) • Reset IC A
Pin Arrangement (Top view)
Block Diagram
VOUT
1
4
VSS
VDD
2
3
NC
VDD 2 1 VOUT
Vref
VSS 4
B
Pin Function No.
Pin Name
Function
1
VOUT
Reset signal output
2
VDD
Power supply / voltage detection
3
NC
Not connected
4
VSS
VSS C
PST3809U (MAIN ASSY : IC4005) • Reset IC Pin Arrangement (Top view)
Block Diagram
OUT
1
4
GND
VDD
2
3
NC
D
VDD 2 1 OUT
Vref
GND 4
E
Pin Function No.
Pin Name
Function
1
OUT
Reset signal output
2
VDD
Power supply / voltage detection
3
NC
Not connected
4
GND
Ground F
115
DVR-520H-S 5
6
7
8
1
2
3
4
M65673WG-A (MAIN ASSY : IC1001) • Signal Processing IC for DVD Recorder Pin Arrangement (Top view)
A
A B C D E
F G H
J
K
L M N P R T U V W Y AA AB AC AD AE AF AG AH
1 2 3 4 5 6 7 B
8 9 10 11 12 13 14 15 16 17
C
18 19 20 21 22 23 24 25 26 27
D
28
I/O buffer list Buffer Name
E
Main Function
PDIDGZ
Input buffer (5V tolerant)
PDUDGZ
Input buffer (5V tolerant), pull-up
PDDDGZ
Input buffer (5V tolerant), pull-down
PDO04CDG
Output buffer, 4mA
PDO08CDG
Output buffer, 8mA
PDO0204DGZ
Output buffer, 2/4mA
Remarks
PDO0406DSGZ
Output buffer, 4/6mA
For SDRAM IF
PDO0406DSGZ×2
Output buffer, 8/12mA
For SDRAM IF
PDT0204DGZ
3 state output buffer, 2/4mA
PDB04DGZ
Bidirectional buffer, 4mA
PDB08DGZ
Bidirectional buffer, 8mA
PDB0204DGZ
Bidirectional buffer, 2/4mA
PDB0406DSGZ
Bidirectional buffer, 4/6mA
For SDRAM IF
F
116
DVR-520H-S 1
2
3
4
28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
5
C
D
AT1CS[1]
6
ARDQM[1]
ARADRS[12] ARADRS[13] ARADRS[14]
ARDATA[8]
ARCLKO
7
ARADRS[2]
ARADRS[3]
ARADRS[6]
ARADRS[4]
SRCDATAI
B
ARADRS[8]
ARADRS[7]
ARADRS[5]
VDD
A
C
DVLRCK
SRCBCKO
SRCLRCKI
ARADRS[1]
ARADRS[11] ARADRS[9]
ARCS[0]
VDD2 VDD GND
ARDATA[0] ARDATA[2] ARDATA[5] ARDATA[7]
D
DVADATA
SPDIFO
SRCLRCKO
SRCBCKI ADATAI DVDADT[7] ADATAO
F
DVBCK BCKI LRCKI
E
ACMOD[1]
SPDIFI
SRCDATAO
ARADRS[0] ARADRS[10]
VDD
GND
DVAMCLKI
VDD3
VDD
PLL1AVDD
ARCAS
VDD3
VDD
ARCS[1]
VDD GND
AT2ADR[1]
G
H
DVDADT[0]
DVDADT[1]
DVDADT[3]
BCKO
GND
VDD
EADRS[7]
EADRS[6]
EADRS[10]
EBS[1]
EBS[0]
G
H
DVDADT[2] DVDAADR[1]
DVDADT[6]
DVDADT[5]
LRCKO
ACMOD[0]
VDD3
VDD3
EADRS[5]
EADRS[4]
EADRS[2]
EADRS[1]
EADRS[0]
J
K
VDD3
VDD3
ECLKO
ECLKEN
ECAS
EWE
EDQM
GND GND GND GND GND
GND GND GND GND GND GND
J
SCICS[0]
SCICS[1]
DVDAACK
DVDAREQ
K
SCICLK[0]
SCICLK[1]
VDD
SCIDATA[1]
DDATA[14] DDATA[15] DDATA[2] DDATA[1]
M
SPICS SPIDATAI SPICLK DDATA[0]
L
SPIDATAO
GND
GND
GND
VDD
VDD
VDD3
EDATA[12]
EDATA[10]
EDATA[2]
N
DDATA[4]
DDATA[3]
DDATA[13]
DDATA[12]
DDATA[11]
VDD3
EDATA[14]
EDATA[13]
EDATA[5] EDATA[11]
EDATA[1]
EDATA[9]
EDATA[4]
EDATA[7]
N EDATA[0]
EDATA[8]
M EDATA[3]
L EDATA[6]
DVDADT[4] DVDAADR[0] SCIDATA[0]
VDD
GND
EADRS[9]
EADRS[8]
EADRS[11]
ECS
ERAS
P
P
DDATA[5]
DDATA[6]
DDATA[10]
DDATA[9]
DDATA[8]
VDD
GND
GND
GND
GND
GND
GND
VDD
EDATA[15]
DVDDAD8
DVSSAD8
AVSSAD8
AVDDAD8
R
R
DDATA[7]
DDQM[0]
DWE
DDQM[1]
DCLKO
GND
GND
GND
GND
GND
GND
GND
GND
AVSSAD8
AVDDAD8
CRIN
GIN
BG8
T
T
DCAS
DRAS
DCS
DADRS[11]
DADRS[9]
VDD3
GND
GND
GND
GND
GND
GND
VDD2
DVDDAD10
AVSSAD8
CIN
VRT8
VRB8
COUT
WM1DTI[5] REC656O[0]
GND INT[7] DADRS[6] DADRS[5] DADRS[1] DADRS[0]
V
DADRS[8] DADRS[7] DADRS[10] DBS[1] DBS[0]
U
W
DADRS[3]
DADRS[2]
DADRS[4]
INT[6]
Y
INT[5]
INT[4]
INT[3]
INT[2]
AA
INT[0]
SCLK[1]
SCLK[0]
CTS[1]
AB
CTS[3]
RTS[3]
CTS[0]
RX[3]
TX[3]
RX[0]
AD
RTS[1]
AC
HDREQ[0]
TX[1] RX[1]
RX[2]
HDACK[0]
TX[2]
RTS[2]
VDD
HCS[5]
AVSS2DA10
DVREQ
AVDD1DA10
TMS
PLLRST
REC656I[6]
REC656I[1]
PLL2AVSS
PLLON
TRST
REC656I[7]
REC656I[2]
DVVIDEO[7]
: 3.3V Power supply : Ground GND
AH
NC
HCS[1]
HADRS[30]
HADRS[14]
HDATA[14]
HDATA[13]
HDATA[10]
HDATA[9]
HCLKO
HCLKEN
HADRS[21]
HADRS[22]
HADRS[26]
: 1.2V Power supply
AG
NC
HCS[4]
HCS[2]
HADRS[13]
HDATA[15]
HDATA[12]
HDATA11]
HDATA[8]
DQMWS[1]
HRAS
HADRS[20]
HADRS[23]
HADRS[25]
VDD
AF
HDREQ[1]
HOE
HCS[3]
HCS[0]
HADRS[12]
HDATA[0]
HDATA[3]
HDATA[4]
DQMWS[0]
HCAS
HADRS[17]
HADRS[18]
HADRS[24]
TESTMOD[5] TESTMOD[4] TESTMOD[3]
TESTMOD[0] TESTMOD[1] TESTMOD[2]
TDO
DVVCLKO
REC656I[4]
DVVCLKI
VDD3
AE
TX[0]
HDACK[1]
HADRS[11]
HDATA[1]
HDATA[2]
HDATA[5]
HDWE
HDCS[0]
HADRS[16]
HWAIT
VDD
RTS[0]
HDATA[6]
GND
CTS[2]
HDATA[7]
VDD3
INT[1]
HDCS[1]
VDD
HADRS[19]
HADRS[9]
HADRS[15]
GND
GND
HADRS[29]
HADRS[10]
HADRS[27]
VDD3
GND
VDD
CSYNC
VDD
HADRS[28]
VDD
VDD3
VIPWM TESTMOD[6]
VDD
TDI
PXCLK
GND
PLL2AVDD DVVIDEO[5] REC656I[0]
ADMCLKI
TCK
GOUT DVVIDEO[2]
VDD
VDD3
VDD
DVACK
ROUT
YOUT
REC656O[2] AVDD2DA10
REC656O[1] REC656O[3]
VDD
AH
REC656O[7] DVVIDEO[3] DVVIDEO[4]
BOUT
IREF[1]
REC656O[5]
ACCCTL
PEDCTL
AG HKEYPLS
AVSS1DA10 REC656O[6] DVVIDEO[0] DVVIDEO[1]
GND
GND
AF WM1DTI[3]
IREF[0]
GND
VDD3
REC656I[5]
VDD3
VDD3
GND
GND
GND
GND
VDD
VDD
R656CLKI
VDD3
VDD2
REC656O[4] AVDD1DA10
AGCCTL
WM1DTI[6]
WM1DTI[0]
VDD
WM1DTI[7]
WM1DTI[2]
WM2DTO[3] WM1DTO[0] WM1DTO[5]
DVVIDEO[6] REC656I[3]
GND
VDD
WM1DTI[4]
WM2DTQ[4] WM2DTO[6] WM1DTO[1] WM1DTO[6]
WM2DTO[0] WM2DTO[7] WM1DTO[2]
SYNC
STREAM
AE WM1DTI[1]
AD WM1DTO[4]
VDD
AC
AB
WMCLKO
AA
WM2DTO[1] WM2DTO[4] WM1DTO[3] WM2DTC[1]
TSRW
NBC10
VBGR10
Y PACKETEN WM2DTO[2]
VDD
TSCLK
VRTD10
W AVDDAD10
VDD3
VRT10 AVSSAD10
VRB10
CVBSIN
DVSSAD10 VRBD10
V VRM10
U AVDDAD8
28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
6
ARRAS
ARDQM[0]
ARWE
ARDATA[9]
ARDATA[1]
ARDATA[10]
AMCLK2
DVAMCLKO
ARDATA[6]
AMCLK1
DACCLKO
VDD
VMCLK
ARDATA[11] ARDATA[12] ARDATA[13]
ADCCLKO
PLL1AVSS
PLL3AVDD
TRACE
AT2ADR[0]
AT2DIOR
AT2DATA[0]
ARDATA[3]
PLL3AVSS
PCO
DBI
AT2CS[1]
AT2IORDY
AT2RESET
ARDATA[4]
VDD
RESET
ARDATA[14] ARDATA[15]
AT2CS[0]
AT2MODE
VDD3
AT2DMACK
AT2INTRQ
AT2ADR[2]
GND
AT2DATA[3]
AT2DMARQ
AT2DIOW
VDD
AT2DATA[5]
VDD3
AT2DATA[4]
AT2DATA[9]
AT2DATA[2]
AT2DATA[1]
AT2DATA[8] AT2DATA[10] AT2DATA[15]
AT2DATA[7]
AT2DATA[6]
VDD GND
AT1IORDY
AT1DMARQ
AT1ADR[0]
AT2DATA[11] AT2DATA[12] AT1DATA[13] AT2DATA[14] AT1ADR[2]
GND VDD3
AT1DATA4]
AT1CS[0]
AT1RESET
EDATA[3]
AT1DATA[9]
AT1INTRQ
AT1DATA[3]
AT1DATA[0]
AT1DMACK
AT1DIOW
AT1ADR[1]
AT1DIOR
AT1DATA[5] AT1DATA[10] AT1DATA[14]
AT1DATA[1]
EDATA[31]
AT1DATA[2]
EDATA[30]
EDATA28]
EDATA[27]
EDATA[29]
EDATA[26]
EDATA[17]
EDATA[19]
AT1DATA[6] AT1DATA[14]
F EDATA[16]
E EDATA[18]
AT1DATA[7]
EDATA[21]
EDATA[20]
EDATA[25]
EDATA[22]
AT1DATA[8] AT1DATA[13] AT1DATA[15]
EDATA[24]
AT1DATA[12]
B
EDATA[23]
A
VDD
5 7 8
Pin Name list
A
B
C
D
E
F
DVR-520H-S
8
117
1
2
3
4
Pin Function No. A
B
C
D
E
BALL Address
Pin Name
I/O
Function
No.
BALL Address
Pin Name
I/O
Function
1
VDD3
VDD3
−
3.3V I/O power supply
56
V26
VRT10
−
TOP side reference voltage
2
GND
GND
−
Ground
57
V28
VRM10
−
Common voltage
3
VDD
VDD
−
1.2V LOGIC power supply
58
U25
VRB10
−
Bottom side reference voltage
4
AH28
VDD
−
1.2V LOGIC power supply
59
U26
VRBD10
5
AF26
ACCCTL
O
60
U27
DVSSAD10
−
ADC part digital ground
6
AF27
PEDCTL
O
VIDEO-Analog, Output buffer
61
T24
DVDDAD10
−
ADC part digital power supply (3.3V)
7
AG28
HKEYPLS
O
VIDEO-Analog, Output buffer
62
GND
GND
−
Ground
8
GND
GND
−
Ground
63
VDD
VDD
−
1.2V LOGIC power supply
I/O
Analog test bus (for debugging)
9
AE26
WM1DTI[7]
I/O
WM/VWM, Bidirectional buffer
64
U28
AVDDAD8
−
10
AD25
WM1DTI[6]
I/O
WM/VWM, Bidirectional buffer
65
T25
AVSSAD8
−
11
AC24
WM1DTI[5]
I/O
WM/VWM, Bidirectional buffer
66
T26
CIN
I
VIDEO-Analog
12
AE27
WM1DTI[4]
I/O
WM/VWM, Bidirectional buffer
67
T27
VRT8
−
VIDEO-Analog
13
AF28
WM1DTI[3]
I/O
WM/VWM, Bidirectional buffer
68
T28
VRB8
−
VIDEO-Analog
14
AD26
WM1DTI[2]
I/O
WM/VWM, Bidirectional buffer
69
R25
AVDDAD8
−
15
AE28
WM1DTI[1]
I/O
WM/VWM, Bidirectional buffer
70
R24
AVSSAD8
−
16
AC25
WM1DTI[0]
I/O
WM/VWM, Bidirectional buffer
71
R26
CRIN
I
VIDEO-Analog
17
AB24
WM1DTO[7]
I/O
WM/VWM, Bidirectional buffer
72
R28
BG8
−
VIDEO-Analog
18
VDD
VDD
1.2V LOGIC power supply
73
P28
AVDDAD8
− −
− −
19
GND
GND
Ground
74
P27
AVSSAD8
20
AD27
WM1DTO[6]
I/O
WM/VWM, Bidirectional buffer
75
R27
GIN
I
21
AC26
WM1DTO[5]
I/O
WM/VWM, Bidirectional buffer
76
P26
DVSSAD8
−
22
AD28
WM1DTO[4]
I/O
WM/VWM, Bidirectional buffer
77
P25
DVDDAD8
−
23
AA24
WM1DTO[3]
I/O
WM/VWM, Bidirectional buffer
78
GND
GND
24
AB25
WM1DTO[2]
I/O
WM/VWM, Bidirectional buffer
79
P24
EDATA[15]
−
80
VDD3
VDD3
81
N28
EDATA[0]
−
25
VDD
VDD
AC27
WM1DTO[1]
27
GND
GND
−
Ground
82
N27
EDATA[1]
I/O
SDRAM ENC, Bidirectional buffer
28
AC28
WMCLKO
O
WM/VWM, Output buffer
83
N26
EDATA[2]
I/O
SDRAM ENC, Bidirectional buffer
−
1.2V LOGIC power supply
Ground SDRAM ENC, Bidirectional buffer
26
I/O
WM/VWM, Bidirectional buffer
− I/O
VIDEO-Analog
29
VDD3
VDD3
3.3V I/O power supply
84
VDD
VDD
30
AB26
WM1DTO[0]
I/O
WM/VWM, Bidirectional buffer
85
N25
EDATA[13]
31
AA25
WM2DTO[7]
O
WM/VWM, Output buffer
86
GND
GND
32
AB27
WM2DTO[6]
O
WM/VWM, Output buffer
87
M28
EDATA[3]
I/O
− I/O − I/O −
3.3V I/O power supply SDRAM ENC, Bidirectional buffer
1.2V LOGIC power supply SDRAM ENC, Bidirectional buffer Ground SDRAM ENC, Bidirectional buffer
33
AB28
VDD
−
1.2V LOGIC power supply
88
GND
GND
34
Y24
WM2DTO[5]
O
WM/VWM, Output buffer
89
N24
EDATA[14]
I/O
SDRAM ENC, Bidirectional buffer
35
AA27
WM2DTO[4]
O
WM/VWM, Output buffer
90
M27
EDATA[4]
I/O
SDRAM ENC, Bidirectional buffer
36
AA26
WM2DTO[3]
O
WM/VWM, Output buffer
91
M26
EDATA[5]
I/O
SDRAM ENC, Bidirectional buffer
37
AA28
WM2DTO[2]
O
WM/VWM, Output buffer
92
VDD3
VDD3
38
W24
WM2DTO[1]
O
WM/VWM, Output buffer
93
M25
EDATA[11]
39
GND
GND
−
Ground
94
L28
EDATA[6]
I/O
SDRAM ENC, Bidirectional buffer
40
Y25
WM2DTO[0]
O
WM/VWM, Output buffer
95
L27
EDATA[7]
I/O
SDRAM ENC, Bidirectional buffer
− I/O
−
Ground
3.3V I/O power supply SDRAM ENC, Bidirectional buffer
41
GND
GND
−
Ground
96
VDD
VDD
42
Y26
SYNC
I/O
TS OUT, Bidirectional buffer
97
M24
EDATA[12]
43
Y27
STREAM
I/O
TS OUT,Bidirectional buffer
98
GND
GND
44
Y28
PACKETEN
I/O
TS OUT,Bidirectional buffer
99
L26
EDATA[8]
45
VDD3
VDD3
−
3.3V IO power supply
100 GND
GND
46
W25
TSRW
O
TS OUT,Output buffer
101 L25
EDATA[9]
I/O
SDRAM ENC, Bidirectional buffer
47
GND
GND
−
Ground
102 K28
EDQM
O
SDRAM ENC, Output buffer
48
V24
TSCLK
O
TS OUT,Output buffer
103 K27
EWE
O
SDRAM ENC, Output buffer
49
VDD3
VDD3
−
3.3V I/O power supply
104 VDD3
VDD3
−
3.3V I/O power supply
50
W26
NBC10
−
Bias current adjustment terminal
105 K26
ECAS
O
SDRAM ENC, Output buffer
51
W27
VBGR10
I/O
Analog test bus (for debugging)
106 L24
EDATA[10]
I/O
SDRAM ENC, Bidirectional buffer
52
W28
AVDDAD10
−
ADC part analog power supply (3.3V)
107 K25
ECLKEN
O
Output buffer, 4/6mA
53
V25
AVSSAD10
−
ADC part analog Ground
108 VDD
VDD
−
1.2V LOGIC power supply
54
V27
CVBSIN
I
Analog Input
109 J28
ERAS
O
SDRAM ENC, Output buffer
55
U24
VRTD10
−
Input common bias
110 GND
GND
−
Ground
I/O − I/O −
1.2V LOGIC power supply SDRAM ENC, Bidirectional buffer Ground SDRAM ENC, Bidirectional buffer Ground
F
118
DVR-520H-S 1
2
3
4
5
No.
BALL Address
6
Pin Name
I/O
7
Function
No.
BALL Address
Pin Name
8
I/O −
Function
111 J27
ECS
O
SDRAM ENC, Output buffer
166 VDD3
VDD3
112 GND
GND
−
Ground
167 C25
AT1DATA[11]
I/O
ATAPI-DVD, Bidirectional buffer
113 J26
EADRS[11]
O
SDRAM ENC, Output buffer
168 D24
AT1DATA[10]
I/O
ATAPI-DVD, Bidirectional buffer
114 J25
EADRS[8]
O
SDRAM ENC, Output buffer
169 E23
AT1DATA[9]
I/O
ATAPI-DVD, Bidirectional buffer
115 GND
GND
−
Ground
170 GND
GND
116 K24
ECLKO
O
SDRAM ENC, Output buffer
171 A26
AT1DATA[8]
117 VDD3
VDD3
−
3.3V I/O power supply
172 A25
AT1DATA[7]
I/O
ATAPI-DVD, Bidirectional buffer
118 H28
EBS[0]
O
SDRAM ENC, Output buffer
173 B25
AT1DATA[6]
I/O
ATAPI-DVD, Bidirectional buffer
119 H27
EBS[1]
O
SDRAM ENC, Output buffer
174 GND
GND
120 H26
EADRS[10]
O
SDRAM ENC, Output buffer
175 C24
AT1DATA[5]
121 VDD
VDD
−
1.2V LOGIC power supply
176 VDD3
VDD3
122 G28
EADRS[0]
O
SDRAM ENC, Output buffer
177 E22
AT1DATA[4]
123 GND
GND
−
Ground
178 VDD
VDD
124 J24
EADRS[9]
O
SDRAM ENC, Output buffer
179 D23
AT1DATA[3]
I/O
125 GND
GND
−
Ground
180 A24
AT1DATA[2]
I/O
ATAPI-DVD, Bidirectional buffer
126 G27
EADRS[1]
O
SDRAM ENC, Output buffer
181 B24
AT1DATA[1]
I/O
ATAPI-DVD, Bidirectional buffer
127 H25
EADRS[6]
O
SDRAM ENC, Output buffer
182 GND
GND
128 G26
EADRS[2]
O
SDRAM ENC, Output buffer
183 C23
AT1DATA[0]
I/O
129 VDD3
VDD3
3.3V I/O power supply
184 D22
AT1RESET
O
Output buffer,8mA
130 F27
EDATA[17]
I/O
SDRAM ENC, Bidirectional buffer
185 E21
AT1DMARQ
I
ATAPI-DVD, Input buffer
131 F28
EDATA[16]
I/O
SDRAM ENC, Bidirectional buffer
186 GND
GND
−
Ground
132 H24
EADRS[7]
O
SDRAM ENC, Output buffer
187 B23
AT1DMACK
O
ATAPI-DVD, Output buffer
133 VDD
VDD
−
1.2V LOGIC power supply
188 VDD3
VDD3
−
3.3V I/O power supply
134 G25
EADRS[4]
O
SDRAM ENC, Output buffer
189 A23
AT1DIOW
O
ATAPI-DVD, Output buffer
135 GND
GND
−
Ground
190 VDD
VDD
−
1.2V LOGIC power supply
136 F26
EDATA[30]
SDRAM ENC, Bidirectional buffer
191 C22
AT1DIOR
O
ATAPI-DVD, Output buffer
137 GND
GND
Ground
192 D21
AT1IORDY
I
ATAPI-DVD, Input buffer
138 E27
EDATA[19]
I/O
SDRAM ENC, Bidirectional buffer
193 B22
AT1INTRQ
I
ATAPI-DVD, Input buffer
139 E28
EDATA[18]
I/O
SDRAM ENC, Bidirectional buffer
194 GND
GND
−
Ground
140 F25
EDATA[31]
I/O
SDRAM ENC, Bidirectional buffer
195 E20
AT1ADR[2]
O
ATAPI-DVD, Output buffer
141 VDD3
VDD3
142 E26
EDATA[29]
143 G24 144 D28 145 VDD
VDD
146 D27
EDATA[21]
147 GND
GND
148 C28
EDATA[22]
149 GND
GND
−
Ground
204 D20
AT2DATA[14]
I/O
ATAPI-HDD, Bidirectional buffer
150 F24
EADRS[3]
O
SDRAM ENC, Output buffer
205 C20
AT2DATA[13]
I/O
ATAPI-HDD, Bidirectional buffer
151 E25
EDATA[28]
I/O
SDRAM ENC, Bidirectional buffer
206 GND
GND
152 D26
EDATA[26]
I/O
SDRAM ENC, Bidirectional buffer
207 B20
AT2DATA[12]
153 VDD3
VDD3
3.3V I/O power supply
208 A20
AT2DATA[11]
I/O
ATAPI-HDD, Bidirectional buffer
154 B28
EDATA[23]
I/O
SDRAM ENC, Bidirectional buffer
209 D19
AT2DATA[10]
I/O
ATAPI-HDD, Bidirectional buffer
155 C27
EDATA[25]
I/O
SDRAM ENC, Bidirectional buffer
210 GND
GND
156 B27
EDATA24]
I/O
SDRAM ENC, Bidirectional buffer
211 E18
AT2DATA[9]
157 VDD
VDD
1.2V LOGIC power supply
212 VDD3
VDD3
158 D25
EDATA[27]
SDRAM ENC, Bidirectional buffer
213 C19
AT2DATA[8]
159 GND
GND
Ground
214 VDD
VDD
160 C26
AT1DATA[15]
I/O
ATAPI-DVD, Bidirectional buffer
215 B19
AT2DATA[7]
I/O
ATAPI-HDD, Bidirectional buffer
161 E24
AT1DATA[14]
I/O
ATAPI-DVD, Bidirectional buffer
216 A19
AT2DATA[6]
I/O
ATAPI-HDD, Bidirectional buffer
162 GND
GND
−
Ground
217 D18
AT2DATA[5]
I/O
ATAPI-HDD, Bidirectional buffer
163 A28
VDD
−
1.2V LOGIC power supply
218 GND
GND
164 B26
AT1DATA[13]
I/O
ATAPI-DVD, Bidirectional buffer
219 C18
AT2DATA[4]
I/O
ATAPI-HDD, Bidirectional buffer
165 A27
AT1DATA[12]
I/O
ATAPI-DVD, Bidirectional buffer
220 E17
AT2DATA[3]
I/O
ATAPI-HDD, Bidirectional buffer
−
I/O −
−
− I/O
− I/O − I/O −
−
3.3V I/O power supply
Ground ATAPI-DVD, Bidirectional buffer
Ground ATAPI-DVD, Bidirectional buffer 3.3V I/O power supply ATAPI-DVD, Bidirectional buffer ATAPI-DVD, Bidirectional buffer
Ground ATAPI-DVD, Bidirectional buffer
3.3V I/O power supply
196 A22
AT1ADR[1]
O
ATAPI-DVD, Output buffer
SDRAM ENC, Bidirectional buffer
197 C21
AT1ADR[0]
O
ATAPI-DVD, Output buffer
EADRS[5]
O
SDRAM ENC, Output buffer
198 GND
GND
−
Ground
EDATA[20]
I/O
SDRAM ENC, Bidirectional buffer
199 B21
AT1CS[1]
O
ATAPI-DVD, Output buffer
− − I/O
−
− I/O −
1.2V LOGIC power supply
200 VDD3
VDD3
−
3.3V I/O power supply
SDRAM ENC, Bidirectional buffer
201 A21
AT1CS[0]
O
ATAPI-DVD, Output buffer
Ground
202 VDD
VDD
SDRAM ENC, Bidirectional buffer
203 E19
AT2DATA[15]
− I/O
− I/O
− I/O − I/O −
−
B
1.2V LOGIC power supply
I/O
I/O
A
C
D
1.2V LOGIC power supply ATAPI-HDD, Bidirectional buffer
Ground ATAPI-HDD, Bidirectional buffer
Ground ATAPI-HDD, idirectional buffer
E
3.3V I/O power supply ATAPI-HDD, Bidirectional buffer 1.2V LOGIC power supply
Ground
F
119
DVR-520H-S 5
6
7
8
1
No. A
B
C
D
E
BALL Address
2
Pin Name
I/O
3
Function
No.
BALL Address
4
Pin Name
I/O
Function
ATAPI-HDD, Bidirectional buffer
276 VDD3
VDD3
−
3.3V I/O power supply
Ground
277 C11
AMCLK2
I
CLOCK, Input buffer
ATAPI-HDD, Bidirectional buffer
278 GND
GND
3.3V I/O power supply
279 D11
ARDATA[1]
ATAPI-HDD, Bidirectional buffer
280 VDD3
VDD3
1.2V LOGIC power supply
281 A10
ARDATA[14]
ATAPI-HDD, Bidirectional buffer
282 VDD
VDD
I
ATAPI-HDD, Input buffer
283 B10
ARDATA[15]
I/O
SDRAM-ATAPI , Bidirectional buffer SDRAM-ATAPI , Bidirectional buffer
221 B18
AT2DATA[2]
222 GND
GND
I/O
223 A18
AT2DATA[1]
224 VDD3
VDD3
225 D17
AT2DATA[0]
226 VDD
VDD
227 C17
AT2RESET
I/O
228 B17
AT2DMARQ
− I/O − I/O −
− I/O − I/O −
Ground SDRAM-ATAPI , Bidirectional buffer
3.3V I/O power supply SDRAM-ATAPI , Bidirectional buffer
1.2V LOGIC power supply
229 E16
AT2DMACK
O
ATAPI-HDD, Output buffer
284 E11
ARDATA[0]
I/O
230 GND
GND
−
Ground
285 C10
ARDATA[4]
I/O
231 A17
AT2DIOW
O
ATAPI-HDD, Output buffer
286 GND
GND
232 D16
AT2DIOR
O
ATAPI-HDD, Output buffer
287 D10
ARDATA[3]
I/O
SDRAM-ATAPI , Bidirectional buffer
233 C16
AT2IORDY
I
ATAPI-HDD, Input buffer
288 A9
ARDATA[11]
I/O
SDRAM-ATAPI , Bidirectional buffer
234 GND
GND
−
Ground
289 B9
ARDATA[12]
I/O
235 B16
AT2INTRQ
I
ATAPI-HDD, Input buffer
290 GND
GND
236 VDD3
VDD3
237 A16
AT2ADR[2]
238 VDD
VDD
239 E15
AT2ADR[1]
240 GND
GND
241 D15
AT2ADR[0]
242 VDD
VDD
243 C15
− I/O − I/O −
−
−
SDRAM-ATAPI , Bidirectional buffer
Ground
SDRAM-ATAPI , Bidirectional buffer
Ground
3.3V I/O power supply
291 C9
ARDATA[13]
I/O
SDRAM-ATAPI , Bidirectional buffer
ATAPI-HDD, Bidirectional buffer
292 E10
ARDATA[2]
I/O
SDRAM-ATAPI , Bidirectional buffer
1.2V LOGIC power supply
293 D9
ARDATA[6]
I/O
ATAPI-HDD, Bidirectional buffer
294 VDD3
VDD3
−
SDRAM-ATAPI , Bidirectional buffer
3.3V I/O power supply
Ground
295 A8
ARDATA[10]
I/O
SDRAM-ATAPI , Bidirectional buffer
ATAPI-HDD, Bidirectional buffer
296 B8
ARDATA[9]
I/O
SDRAM-ATAPI , Bidirectional buffer
−
1.2V LOGIC power supply
297 C8
ARWE
O
AT2CS[1]
O
ATAPI-HDD, Output buffer
298 VDD
VDD
−
244 GND
GND
−
Ground
299 A7
ARDATA[8]
I/O
SDRAM-ATAPI , Bidirectional buffer
245 B15
AT2CS[0]
O
ATAPI-HDD, Output buffer
300 E9
ARDATA[5]
I/O
SDRAM-ATAPI , Bidirectional buffer
246 VDD
VDD
−
1.2V LOGIC power supply
301 D8
ARDQM[0]
O
247 A15
AT2MODE
I
ATAPI-HDD, Input buffer
302 GND
GND
−
Ground
248 GND
GND
−
Ground
303 B7
ARDQM[1]
O
SDRAM-ATAPI , Output buffer
249 GND
GND
−
Ground
304 C7
ARCS[0]
O
SDRAM-ATAPI , Output buffer
250 A14
RESET
I
Input buffer (5V tolerant)
305 VDD3
VDD3
−
3.3V I/O power supply
251 VDD3
VDD3
−
3.3V I/O power supply
306 A6
ARCLKO
O
SDRAM-ATAPI , Output buffer
252 B14
VDD
−
1.2V LOGIC power supply
307 GND
GND
−
Ground
253 C14
DBI
I
TEST, Input buffer
308 B6
ARADRS[12]
O
SDRAM-ATAPI , Output buffer
254 GND
GND
−
Ground
309 E8
ARDATA[7]
I/O
255 D14
TRACE
I
TEST, Input buffer
310 D7
ARRAS
O
256 E14
VDD
−
1.2V LOGIC power supply
311 VDD3
VDD3
−
3.3V I/O power supply
257 A13
PCO
O
CLOCK, 3 state output buffer
312 A5
ARADRS[11]
O
SDRAM-ATAPI , Output buffer
258 GND
GND
−
Ground
313 C6
ARADRS[13]
O
SDRAM-ATAPI , Output buffer
259 B13
PLL3AVSS
−
314 B5
ARADRS[9]
O
SDRAM-ATAPI , Output buffer
260 C13
PLL3AVDD
−
315 VDD
VDD
−
1.2V LOGIC power supply
261 D13
VMCLK
I
316 E7
ARCAS
O
SDRAM-ATAPI , Output buffer
262 E13
PLL1AVDD
−
317 D6
ARADRS[14]
O
SDRAM-ATAPI , Output buffer
263 A12
PLL1AVSS
−
318 C5
ARADRS[1]
O
SDRAM-ATAPI , Output buffer
264 VDD3
VDD3
−
3.3V I/O power supply
319 GND
GND
−
Ground
265 B12
ADCCLKO
O
CLOCK, Output buffer
320 B4
ARADRS[3]
O
SDRAM-ATAPI , Output buffer
266 GND
GND
−
Ground
321 A4
ARADRS[8]
O
SDRAM-ATAPI , Output buffer
267 C12
VDD
−
1.2V LOGIC power supply
322 A3
ARADRS[7]
O
SDRAM-ATAPI , Output buffer
268 VDD3
VDD3
−
3.3V I/O power supply
323 GND
GND
−
Ground
269 D12
DVAMCLKO
O
CLOCK, Output buffer
324 E6
ARCS[1]
O
SDRAM-ATAPI , Output buffer
I/O
CLOCK, Input buffer
SDRAM-ATAPI , Output buffer
1.2V LOGIC power supply
SDRAM-ATAPI , Output buffer
SDRAM-ATAPI , Bidirectional buffer SDRAM-ATAPI , Output buffer
270 GND
GND
−
Ground
325 D5
ARADRS[0]
O
SDRAM-ATAPI , Output buffer
271 A11
DACCLKO
O
CLOCK, Output buffer
326 C4
ARADRS[2]
O
SDRAM-ATAPI , Output buffer
272 VDD3
VDD3
−
3.3V I/O power supply
327 VDD3
VDD3
−
3.3V I/O power supply
273 E12
DVAMCLKI
I
AUDIO CLOCK, Input buffer
328 A2
ARADRS[5]
O
SDRAM-ATAPI , Output buffer
274 GND
GND
−
Ground
329 B3
ARADRS[6]
O
SDRAM-ATAPI , Output buffer
275 B11
AMCLK1
I
CLOCK, Input buffer
330 B2
ARADRS[4]
O
SDRAM-ATAPI , Output buffer
F
120
DVR-520H-S 1
2
3
4
5
No.
BALL Address
6
Pin Name
I/O
7
Function
No.
BALL Address
Pin Name
8
I/O
Function
331 GND
GND
−
Ground
386 VDD
VDD
−
1.2V LOGIC power supply
332 E5
ARADRS[10]
O
SDRAM-ATAPI, Output buffer
387 GND
GND
−
Ground
333 D4
SRCBCKI
I
AUDIO, Input buffer
388 L3
SPIDATAI
334 VDD3
VDD3
−
3.3V I/O power supply
389 VDD
VDD
335 C3
SRCLRCKI
I
AUDIO, Input buffer
390 M5
SPIDATAO
336 B1
SRCDATAI
I
AUDIO, Input buffer
391 GND
GND
337 A1
VDD
−
1.2V LOGIC power supply
392 L2
SPICLK
338 GND
GND
−
Ground
393 GND
GND
339 C2
SRCBCKO
O
AUDIO, Output buffer
394 L1
DDATA[0]
340 VDD
VDD
−
1.2V LOGIC power supply
395 VDD3
VDD3
341 D3
SRCLRCKO
O
AUDIO, Output buffer
396 M4
DDATA[14]
I/O
SDRAM-DEC, Bidirectional buffer
342 E4
SRCDATAO
O
AUDIO, Output buffer
397 M3
DDATA[15]
I/O
SDRAM-DEC, Bidirectional buffer
343 F5
SPDIFI
I
AUDIO, Input buffer
398 M2
DDATA[2]
I/O
SDRAM-DEC, Bidirectional buffer
344 D2
SPDIFO
O
AUDIO, Output buffer
399 VDD
VDD
345 C1
DVLRCK
I/O
AUDIO, Bidirectional buffer
400 N5
DDATA[11]
346 E3
DVBCK
I/O
AUDIO, Bidirectional buffer
401 GND
GND
347 D1
DVADATA
I/O
AUDIO, Bidirectional buffer
402 M1
DDATA[1]
348 F4
ACMOD[1]
I
AUDIO, Input buffer
403 GND
GND
349 G5
ACMOD[0]
I
AUDIO, Input buffer
404 N4
DDATA[12]
I/O
SDRAM-DEC, Bidirectional buffer
350 E1
LRCKI
I
AUDIO, Input buffer
405 N3
DDATA[13]
I/O
SDRAM-DEC, Bidirectional buffer
351 E2
BCKI
I
AUDIO, Input buffer
406 N2
DDATA[3]
I/O
SDRAM-DEC, Bidirectional buffer
352 GND
GND
−
Ground
407 VDD3
VDD3
353 F3
ADATAI
I
AUDIO, Input buffer
408 N1
DDATA[4]
I/O
354 GND
GND
−
Ground
409 P5
DDATA[8]
I/O
SDRAM-DEC, Bidirectional buffer
355 G4
LRCKO
O
AUDIO, Output buffer
410 P4
DDATA[9]
I/O
SDRAM-DEC, Bidirectional buffer
356 VDD
VDD
−
1.2V LOGIC power supply
411 VDD
VDD
357 H5
BCKO
O
AUDIO, Output buffer
412 P3
DDATA[10]
358 F1
ADATAO
O
DVD-AUDIO, Output buffer
413 GND
GND
359 F2
DVDADT[7]
O
DVD-AUDIO, Output buffer
414 P2
DDATA[6]
360 G2
DVDADT[6]
O
DVD-AUDIO, Output buffer
415 GND
GND
361 G3
DVDADT[5]
O
DVD-AUDIO, Output buffer
416 P1
DDATA[5]
I/O
SDRAM-DEC, Bidirectional buffer
362 J5
DVDADT[4]
O
DVD-AUDIO, Output buffer
417 R1
DDATA[7]
I/O
SDRAM-DEC, Bidirectional buffer
363 H4
DVDADT[3]
O
DVD-AUDIO, Output buffer
418 R2
DDQM[0]
O
SDRAM-DEC, Output buffer
364 G1
DVDADT[2]
O
DVD-AUDIO, Output buffer
419 VDD3
VDD3
−
3.3V I/O power supply
365 H3
DVDADT[1]
O
DVD-AUDIO, Output buffer
420 R3
DWE
O
SDRAM-DEC, Output buffer
366 H2
DVDADT[0]
O
DVD-AUDIO, Output buffer
421 VDD
VDD
−
1.2V LOGIC power supply
367 H1
DVDAADR[1]
O
DVD-AUDIO, Output buffer
422 R4
DDQM[1]
O
SDRAM-DEC, Output buffer
368 K5
DVDAADR[0]
O
DVD-AUDIO, Output buffer
423 GND
GND
−
Ground
369 J4
DVDAREQ
I/O
DVD-AUDIO, Bidirectional buffer
424 R5
DCLKO
O
SDRAM-DEC, Output buffer 3.3V I/O power supply
I/O
HOST, Bidirectional buffer
−
1.2V LOGIC power supply
I/O
HOST, Bidirectional buffer
− I/O − I/O −
− I/O − I/O −
−
− I/O − I/O −
Ground HOST, Bidirectional buffer Ground SDRAM-DEC, Bidirectional buffer 3.3V I/O power supply
1.2V LOGIC power supply Ground SDRAM-DEC, Bidirectional buffer Ground
3.3V I/O power supply SDRAM-DEC, Bidirectional buffer
1.2V LOGIC power supply Ground SDRAM-DEC, Bidirectional buffer Ground
GND
−
Ground
425 VDD3
VDD3
−
DVDAACK
O
DVD-AUDIO, Output buffer
426 VDD
VDD
−
1.2V LOGIC power supply
372 VDD
VDD
−
1.2V LOGIC power supply
427 T1
DCAS
O
SDRAM-DEC, Output buffer
373 J2
SCICS[1]
I/O
HOST, Bidirectional buffer
428 GND
GND
−
Ground
374 VDD3
VDD3
3.3V I/O power supply
429 T2
DRAS
−
SDRAM-DEC, Output buffer
375 J1
SCICS[0]
I/O
HOST, Bidirectional buffer
430 GND
GND
−
Ground
376 VDD
VDD
−
1.2V LOGIC power supply
431 T3
DCS
O
SDRAM-DEC, Output buffer
377 K4
SCIDATA[1]
I/O
HOST, Bidirectional buffer
432 T4
DADRS[11]
O
SDRAM-DEC, Output buffer
378 GND
GND
SDRAM-DEC, Output buffer
379 L5
SCIDATA[0]
380 K3
VDD
381 K2
SCICLK[1]
382 GND
GND
383 K1
SCICLK[0]
384 GND
GND
385 L4
SPICS
Ground
433 U1
DBS[0]
O
I/O
HOST, Bidirectional buffer
434 VDD3
VDD3
−
3.3V I/O power supply
−
1.2V LOGIC power supply
435 T5
DADRS[9]
O
SDRAM-DEC, Output buffer
I/O
HOST, Bidirectional buffer
436 U2
DBS[1]
O
SDRAM-DEC, Output buffer
Ground
437 U3
DADRS[10]
O
SDRAM-DEC, Output buffer
HOST, Bidirectional buffer
438 VDD
VDD
−
1.2V LOGIC power supply
Ground
439 U4
DADRS[7]
O
SDRAM-DEC, Output buffer
HOST, Bidirectional buffer
440 GND
GND
−
Ground
− I/O − I/O
C
SDRAM-DEC, Bidirectional buffer
370 GND
−
B
SDRAM-DEC, Bidirectional buffer
371 J3
−
A
D
E
F
121
DVR-520H-S 5
6
7
8
1
No. A
B
C
D
E
BALL Address
2
Pin Name
I/O
3
Function
No.
BALL Address
4
Pin Name
I/O
Function
441 V1
DADRS[0]
O
SDRAM-DEC, Output buffer
496 VDD
VDD
−
1.2V LOGIC power supply
442 GND
GND
−
Ground
497 AD4
HDACK[0]
O
Output buffer, 4mA
443 V2
DADRS[1]
O
SDRAM-DEC, Output buffer
498 AF1
HDREQ[1]
I
HOST, Input buffer
444 VDD
VDD
−
1.2V LOGIC power supply
499 AE3
HDREQ[0]
I
HOST, Input buffer
445 U5
DADRS[8]
O
SDRAM-DEC, Output buffer
500 AC5
HWAIT
I
HOST, Input buffer
446 GND
GND
−
Ground
501 AF2
HOE
O
HOST, Output buffer
447 V3
DADRS[5]
O
SDRAM-DEC, Output buffer
502 VDD3
VDD3
−
3.3V I/O power supply
448 VDD3
VDD3
−
3.3V I/O power supply
503 GND
GND
−
Ground
449 V4
DADRS[6]
O
SDRAM-DEC, Output buffer
504 AE4
VDD
−
1.2V LOGIC power supply
450 W1
DADRS[3]
O
SDRAM-DEC, Output buffer
505 AD5
HCS[5]
O
HOST, Output buffer
451 W2
DADRS[2]
O
SDRAM-DEC, Output buffer
506 AG2
HCS[4]
O
HOST, Output buffer
452 VDD
VDD
−
1.2V LOGIC power supply
507 AF3
HCS[3]
O
HOST, Output buffer
453 W3
DADRS[4]
O
SDRAM-DEC, Output buffer
508 AG3
HCS[2]
O
HOST, Output buffer
454 GND
GND
−
Ground
509 AH2
HCS[1]
O
HOST, Output buffer
455 GND
GND
−
Ground
510 GND
GND
−
Ground
456 GND
GND
−
Ground
511 AF4
HCS[0]
O
HOST, Output buffer
457 V5
INT[7]
I/O
HOST, Bidirectional buffer
512 VDD
VDD
458 VDD
VDD
−
1.2V LOGIC power supply
513 AD6
HADRS[10]
459 W4
INT[6]
I/O
HOST, Bidirectional buffer
514 GND
GND
460 Y1
INT[5]
I/O
HOST, Bidirectional buffer
515 AE5
HADRS[11]
I/O
HOST, Bidirectional buffer
461 Y2
INT[4]
I/O
HOST, Bidirectional buffer
516 AG4
HADRS[13]
I/O
HOST, Bidirectional buffer
462 VDD3
VDD3
−
3.3V I/O power supply
517 AH3
HADRS[30]
I/O
HOST, Bidirectional buffer
463 Y3
INT[3]
I/O
HOST, Bidirectional buffer
518 VDD3
VDD3
464 GND
GND
−
Ground
519 AF5
HADRS[12]
465 Y4
INT[2]
I/O
HOST, Bidirectional buffer
520 GND
GND
466 VDD
VDD
−
1.2V LOGIC power supply
521 AH4
HADRS[14]
I/O
HOST, Bidirectional buffer
−
1.2V LOGIC power supply
I/O
HOST, Bidirectional buffer
−
− I/O −
Ground
3.3V I/O power supply HOST, Bidirectional buffer Ground
467 W5
INT[1]
I/O
HOST, Bidirectional buffer
522 AE6
HDATA[1]
I/O
HOST, Bidirectional buffer
468 AA1
INT[0]
I/O
HOST, Bidirectional buffer
523 AD7
HADRS[9]
I/O
HOST, Bidirectional buffer
469 AA2
SCLK[1]
I/O
HOST, Bidirectional buffer
524 VDD3
VDD3
470 AA3
SCLK[0]
I/O
HOST, Bidirectional buffer
525 AG5
HDATA[15]
471 AB1
CTS[3]
I/O
HOST, Bidirectional buffer
526 GND
GND
472 GND
GND
Ground
527 AH5
HDATA[14]
473 Y5
CTS[2]
HOST, Bidirectional buffer
528 GND
GND
474 GND
GND
Ground
529 AF6
HDATA[0]
I/O
HOST, Bidirectional buffer
475 AA4
CTS[1]
I/O
HOST, Bidirectional buffer
530 AD8
HDATA[6]
I/O
HOST, Bidirectional buffer
476 VDD
VDD
−
1.2V LOGIC power supply
531 AE7
HDATA[2]
I/O
HOST, Bidirectional buffer
477 AB3
CTS[0]
I/O
HOST, Bidirectional buffer
532 VDD3
VDD3
478 AB2
RTS[3]
I/O
HOST, Bidirectional buffer
533 AG6
HDATA[12]
479 AC2
RTS[2]
I/O
HOST, Bidirectional buffer
534 VDD
VDD
−
1.2V LOGIC power supply
480 AC1
RTS[1]
I/O
HOST, Bidirectional buffer
535 AH6
HDATA[13]
I/O
HOST, Bidirectional buffer
481 AA5
RTS[0]
I/O
482 VDD3
VDD3
−
483 AB4
RX[3]
I/O
484 GND
GND
−
485 AC3
RX[2]
486 VDD
VDD
487 AD2 488 AD1
− I/O −
− I/O − I/O −
− I/O
3.3V I/O power supply HOST, Bidirectional buffer Ground HOST, Bidirectional buffer Ground
3.3V I/O power supply HOST, Bidirectional buffer
HOST, Bidirectional buffer
536 AG7
HDATA[11]
I/O
HOST, Bidirectional buffer
3.3V I/O power supply
537 AF7
HDATA[3]
I/O
HOST, Bidirectional buffer
HOST, Bidirectional buffer
538 GND
GND
Ground
539 AE8
HDATA[5]
I/O
HOST, Bidirectional buffer
540 GND
GND
−
1.2V LOGIC power supply
541 AD9
HDATA[7]
RX[1]
I/O
HOST, Bidirectional buffer
542 AF8
HDATA[4]
I/O
HOST, Bidirectional buffer
RX[0]
I/O
HOST, Bidirectional buffer
543 AH7
HDATA[10]
I/O
HOST, Bidirectional buffer
489 AB5
TX[3]
I/O
HOST, Bidirectional buffer
544 VDD3
VDD3
490 AC4
TX[2]
I/O
HOST, Bidirectional buffer
545 AG8
HDATA[8]
491 AD3
TX[1]
I/O
HOST, Bidirectional buffer
546 VDD
VDD
−
1.2V LOGIC power supply
492 GND
GND
−
Ground
547 AH8
HDATA[9]
I/O
HOST, Bidirectional buffer
493 AE1
TX[0]
I/O
HOST, Bidirectional buffer
548 AE9
HDWE
O
HOST, Output buffer
494 GND
GND
−
Ground
549 AF9
DQMWS[0]
O
HOST, Output buffer
495 AE2
HDACK[1]
O
HOST, Output buffer
550 GND
GND
−
Ground
− I/O − I/O
− I/O
Ground HOST, Bidirectional buffer Ground HOST, Bidirectional buffer
3.3V I/O power supply HOST, Bidirectional buffer
F
122
DVR-520H-S 1
2
3
4
5
No.
BALL Address
6
Pin Name
I/O
Function
7
No.
BALL Address
Pin Name
8
I/O
Function
551 AD10
HDCS[1]
O
HOST, Output buffer
606 AG16
TMS
I
TEST, nput buffer
552 GND
GND
−
Ground
607 GND
GND
−
Ground
553 AG9
DQMWS[1]
O
HOST, Output buffer
608 AF16
TDO
O
TEST, Output buffer
554 VDD3
VDD3
−
3.3V I/O power supply
609 VDD
VDD
−
555 AH9
HCLKO
O
HOST, Output buffer
610 AE16
TDI
I
1.2V LOGIC power supply TEST, Input buffer
556 GND
GND
−
Ground
611 VDD3
VDD3
−
557 AE10
HDCS[0]
O
HOST, Output buffer
612 AH17
TRST
I
558 VDD3
VDD3
559 AD11
HADRS[15]
560 VDD
VDD
561 AF10
HCAS
562 AG10
HRAS
O
HOST, Output buffer
617 GND
GND
−
Ground
563 AH10
HCLKEN
O
HOST, Output buffer
618 AF17
DVVCLKO
O
CLOCK, Output buffer
564 GND
GND
565 AE11
HADRS[16]
566 GND
GND
Ground
567 AF11
HADRS[17]
I/O
HOST, Bidirectional buffer
568 AD12
HADRS[27]
I/O
HOST, Bidirectional buffer
569 AG11
HADRS[20]
I/O
HOST, Bidirectional buffer
570 VDD3
VDD3
571 AH11
HADRS[21]
572 VDD
VDD
−
1.2V LOGIC power supply
627 AF18
573 AE12
HADRS[19]
I/O
HOST, Bidirectional buffer
628 AE18
574 AF12
HADRS[18]
I/O
HOST, Bidirectional buffer
629 AH19
575 AG12
HADRS[23]
I/O
HOST, Bidirectional buffer
630 AG19
576 GND
GND
577 AD13
HADRS[28]
578 VDD
VDD
579 AH12
HADRS[22]
580 GND
GND
581 AE13
HADRS[29]
582 VDD
VDD
583 AF13
HADRS[24]
584 VDD3
VDD3
585 AG13
HADRS[25]
586 GND
GND
587 AH13
HADRS[26]
588 GND
GND
−
589 GND
GND
−
Ground
644 AF21
DVVIDEO[3]
I/O
VIDEO-Digital, Bidirectional buffer
590 AD14
TESTMOD[6]
I
TEST, Input buffer
645 AD20
DVVIDEO[2]
I/O
VIDEO-Digital, Bidirectional buffer
591 AE14
VDD
−
1.2V LOGIC power supply
646 AH22
DVVIDEO[1]
I/O
VIDEO-Digital, Bidirectional buffer
592 AF14
TESTMOD[5]
I
TEST, Input buffer
647 AG22
DVVIDEO[0]
I/O
VIDEO-Digital, Bidirectional buffer
593 GND
GND
−
Ground
648 AE21
REC656O[7]
O
VIDEO-Digital, Output buffer
594 AG14
TESTMOD[4]
I
TEST, Input buffer
649 AF22
REC656O[6]
O
VIDEO-Digital, Output buffer
595 VDD
VDD
−
1.2V LOGIC power supply
650 VDD
VDD
−
1.2V LOGIC power supply
596 AH14
TESTMOD[3]
I
TEST, Input buffer
651 AH23
DVREQ
I
VIDEO-Digital, Input buffer
597 GND
GND
−
Ground
652 GND
GND
−
Ground
598 AH15
TESTMOD[2]
I
TEST, Input buffer
653 AG23
DVACK
O
VIDEO-Digital, Output buffer
599 VDD
VDD
−
1.2V LOGIC power supply
654 GND
GND
−
Ground
600 AG15
TESTMOD[1]
I
TEST, Input buffer
655 AE22
AVSS1DA10
−
601 GND
GND
−
Ground
656 AD21
GOUT
O
602 AF15
TESTMOD[0]
I
TEST, Input buffer
657 AH24
AVDD1DA10
−
603 AE15
CSYNC
I
CLOCK, Input buffer
658 AF23
BOUT
O
604 AD15
VIPWM
O
CLOCK, Output buffer
659 AE23
AVDD1DA10
−
605 AH16
PLLON
I
TEST, Input buffer
660 AG24
ROUT
O
−
A
3.3V I/O power supply TEST, Input buffer
3.3V I/O power supply
613 GND
GND
−
HOST, Bidirectional buffer
614 AD16
TCK
I
−
1.2V LOGIC power supply
615 VDD3
VDD3
−
3.3V I/O power supply
O
HOST, Output buffer
616 AG17
PLLRST
I
CLOCK, Input buffer
I/O
− I/O −
− I/O
− I/O
Ground TEST, Input buffer
Groud
619 VDD3
VDD3
−
3.3V I/O power supply
HOST, Bidirectional buffer
620 AE17
PXCLK
O
CLOCK, Output buffer
621 GND
GND
−
Ground
622 AH18
REC656I[7]
I
VIDEO-Digital, Input buffer
623 VDD
VDD
−
1.2V LOGIC power supply
624 AG18
REC656I[6]
I
VIDEO-Digital, Input buffer
3.3V I/O power supply
625 GND
GND
−
Ground
HOST, Bidirectional buffer
626 AD17
REC656I[5]
I
VIDEO-Digital, Input buffer
REC656I[4]
I
VIDEO-Digital, Input buffer
REC656I[3]
I
VIDEO-Digital, Input buffer
REC656I[2]
I
VIDEO-Digital, Input buffer
REC656I[1]
I
VIDEO-Digital, Input buffer
Ground
631 AF19
REC656I[0]
I
HOST, Bidirectional buffer
632 AH20
DVVIDEO[7]
I/O
B
C
VIDEO-Digital, Input buffer VIDEO-Digital, Bidirectional buffer
−
1.2V LOGIC power supply
633 AD18
DVVIDEO[6]
I/O
VIDEO-Digital, Bidirectional buffer
I/O
HOST, Bidirectional buffer
634 AE19
DVVIDEO[5]
I/O
VIDEO-Digital, Bidirectional buffer
− I/O
Ground
635 VDD3
VDD3
−
3.3V I/O power supply
HOST, Bidirectional buffer
636 AG20
DVVCLKI
I
CLOCK, Input buffer
−
1.2V LOGIC power supply
637 AF20
PLL2AVDD
−
I/O
HOST, Bidirectional buffer
638 AH21
PLL2AVSS
−
3.3V I/O power supply
639 AD19
R656CLKI
I
HOST, Bidirectional buffer
640 GND
GND
−
Ground
Ground
641 AE20
ADMCLKI
I
CLOCKl, Input buffer
HOST, Bidirectional buffer
642 VDD3
VDD3
Ground
643 AG21
DVVIDEO[4]
− I/O − I/O
− I/O
CLOCK, Input buffer
D
3.3V I/O power supply VIDEO-Digital, Bidirectional buffer
E
VIDEO-Analog VIDEO-Analog VIDEO-Analog
F
123
DVR-520H-S 5
6
7
8
1
No. A
BALL Address
2
Pin Name
I/O
3
Function
No.
BALL Address
4
Pin Name
I/O
Function
661 AD22
IREF[0]
−
VIDEO-Analog
669 AD23
REC656O[4]
O
662 AF24
IREF[1]
−
VIDEO-Analog
670 AH27
REC656O[3]
O
VIDEO-Digital, Output buffer
663 AG25
YOUT
O
VIDEO-Analog
671 AG26
REC656O[2]
O
VIDEO-Digital, Output buffer
664 AH25
AVSS2DA10
−
672 AG27
REC656O[1]
O
VIDEO-Digital, Output buffer
665 AE24
COUT
O
VIDEO-Analog
673 GND
GND
−
Ground
666 AH26
AVDD2DA10
−
674 AD24
REC656O[0]
O
VIDEO-Digital, Output buffer
667 GND
GND
−
Ground
675 AE25
AGCCTL
O
VIDEO-Analog
668 AF25
REC656O[5]
O
VIDEO-Digital, Output buffer
VIDEO-Digital, Output buffer
B
Others BALL Address
C
D
Pin Name
BALL Address
Pin Name
BALL Address
Pin Name
BALL Address
Pin Name
AA23
GND
P12
GND
AC11
VDD
AB23
VDD3
AA6
GND
P13
GND
AC14
VDD
AB6
VDD3
AC12
GND
P14
GND
AC6
VDD
AC10
VDD3
AC17
GND
P15
GND
AC8
VDD
AC13
VDD3
AC20
GND
P16
GND
L6
VDD
AC16
VDD3
AC9
GND
P17
GND
AC11
VDD
AC19
VDD3
F11
GND
R12
GND
AC14
VDD
AC22
VDD3
F14
GND
R13
GND
AC6
VDD
AC7
VDD3
F17
GND
R14
GND
AC8
VDD
F10
VDD3
F20
GND
R15
GND
L6
VDD
F13
VDD3
F23
GND
R16
GND
P6
VDD
F16
VDD3
F8
GND
R17
GND
U6
VDD
F19
VDD3
H6
GND
R23
GND
Y6
VDD
F22
VDD3
J23
GND
R6
GND
F12
VDD
F7
VDD3
M12
GND
T12
GND
F6
VDD
G23
VDD3
M13
GND
T13
GND
F9
VDD
G6
VDD3
M14
GND
T14
GND
J6
VDD
K23
VDD3
M15
GND
T15
GND
AC15
VDD
K6
VDD3
M16
GND
T16
GND
AC18
VDD
N23
VDD3
M17
GND
T17
GND
AC21
VDD
N6
VDD3
M23
GND
U12
GND
AC23
VDD
T23
VDD3
M6
GND
U13
GND
F15
VDD
T6
VDD3
N12
GND
U14
GND
F18
VDD
W23
VDD3
N13
GND
U15
GND
F21
VDD
W6
VDD3
N14
GND
U16
GND
H23
VDD
N15
GND
U17
GND
L23
VDD
N16
GND
V23
GND
P23
VDD
N17
GND
V6
GND
U23
VDD
Y23
VDD
E
F
124
DVR-520H-S 1
2
3
4
5
6
7
8
UPD72852AGB-8EU (MAIN ASSY : IC5101) • IEEE1394 Physical IC Pin Arrangement DGND
LREQ
FNSel
SPD/BDB
DVDD
LPS
LKON
DGND
DVDD
RESETB
AVDD
AGND
AGND
IC (AL)
DIRECT
AGND
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
A
DGND
1
48
TpBias1
SCLK
2
47
AVDD
IC (DL)
3
46
TpA1p
DVDD
4
45
TpA1n
CTL0
5
44
TpB1p
CTL1
6
43
TpB1n
DGND
7
42
AGND
D0
8
41
TpBias0
D1
27
28
29
30
31
32
PC2
IC (AL)
CMC
AVDD
CPS
AGND
PC1
33
26
16
PC0
RI1
DGND
25
34
AVDD
15 24
AGND
D5
AGND
35
23
14
XI
TpB0n
D4
22
36
XO
13
21
TpB0p
DGND
DGND
37
20
12
DVDD
TpA0n
D3
19
38
SUS/RES
11
18
TpA0p
D2
17
AVDD
39
D7
40
10
D6
9
DVDD
B
C
Block Diagram CMC 30
39 TpA0p
PC0 26
38 TpA0n
PC1 27 PC2 28 SUS/RES 19
Cable Port 0 37 TpB0p 36 TpB0n
LREQ 63
D
LPS 59 DIRECT 50
Arbitration and Control State Machine Logic
SCLK 2 LKON 58 CTL0 5 CTL1 6 D0 8 D1 9
46 TpA1p 45 TpA1n
Link Interface I/O
Cable Port 1 44 TpB1p
D2 11
43 TpB1n
D3 12 D4 14 D5 15
E
D6 17 D7 18
RESETB 55 CPS 32
Cable Power Status
Receive Data Decoder and Retimer
Voltage and Current Generator
Transmit Data Encoder
Crystal Oscillator PLL System and Transmit Clock Generator
41 TpBias0 48 TpBias1 34 RI1
23 XI 22 XO
F
125
DVR-520H-S 5
6
7
8
1
2
3
4
Pin Function • Cable Interface Pins No. A
B
Pin Name
I/O
Function
39
TpA0p
I/O
Port 0 twisted pair cable A positive phase I/O
38
TpA0n
I/O
Port 0 twisted pair cable A negative phase I/O
37
TpB0p
I/O
Port 0 twisted pair cable B positive phase I/O
36
TpB0n
I/O
Port 0 twisted pair cable B negative phase I/O
46
TpA1p
I/O
Port 1 twisted pair cable A positive phase I/O
45
TpA1n
I/O
Port 1 twisted pair cable A negative phase I/O
44
TpB1p
I/O
Port 1 twisted pair cable B positive phase I/O
43
TpB1n
I/O
Port 1 twisted pair cable B negative phase I/O
19
SUS/RES
32
CPS
I
Suspend/Resume function select 1 : Suspend/Resume on (IEEE1394a-2000 compliant) 0 : Suspend/Resume off (P1394a draft 1.3 compliant)
I
Cable power status Connect to the cable through a 390 kΩ resistor and to the GND through a 100 kΩ resistor. 0 : Cable power fail 1 : Cable power on
• Link Interface Pins No. C
D
Pin Name
I/O
Function
8
D0
I/O
Data input/output (bit 0)
9
D1
I/O
Data input/output (bit 1)
11
D2
I/O
Data input/output (bit 2)
12
D3
I/O
Data input/output (bit 3)
14
D4
I/O
Data input/output (bit 4)
15
D5
I/O
Data input/output (bit 5)
17
D6
I/O
Data input/output (bit 6)
18
D7
I/O
Data input/output (bit 7)
5
CTL0
I/O
Link interface control (bit 0)
6
CTL1
I/O
63
LREQ
I
Link request input
2
SCLK
O
Link control output clock LPS 1 : 49.152 MHz output LPS 0 : Clamp to 0 (The clock signal will be output within 25 µsec after change to "0")
59
LPS
I
Link power status input 0 : Link power off 1 : Link power on (PHY/Link direct connection)
58
LKON
O
Link-on signal output Link-on signal is 6.1444 MHz clock output.
50
DIRECT
I
PHY/Link isolation barrier control input 0 : Isolation barrier 1 : PHY/Link direct connection
E
Link interface control (bit 1)
F
126
DVR-520H-S 1
2
3
4
5
6
7
8
• Control Pins No.
Pin Name
I/O
Function
26
PC0
I
27
PC1
I
28
PC2
I
30
CMC
I
Configuration manager capable setting This pin status will be loaded to Contender bit which allocated to PHY register 4H. 0 : Non contender 1 : Contender
I
Power on reset input Connect to GND through a 0.1 µF capacitor. 0 : Reset 1 : Normal
55
RESETB
Power class set input This pin status will be loaded to Pwr_class bit which allocated to PHY register 4H. IEEE1394a-2000 chapter [4.3.4.1]
A
Speed select (UPD72852GB) I 0 : MAX. S200 FNSel = 0 1 : MAX. S400 61
B
SPD/BDB BIAS Detected output (Logical Inverse) O 0 : BIAS is coming from some port. FNSel = 1 1 : BIAS is not coming from any port.
• IC No.
Pin Name
29, 51 IC (AL) 3
IC (DL)
I/O
Function
−
Internally Connected (Low Clamped) Connected to GND.
−
Internally Connected (Low Clamped) Connected to GND.
C
• Power Supply Pins No.
Pin Name
I/O
Function
AVDD
−
Analog power
24, 33, 35, 42, 49, 52, 53
AGND
−
Analog GND
4, 10, 20, 56, 60
DVDD
−
Digital VDD
1, 7, 13, 16, 21, 57, 64
DGND
−
Digital GND
25, 31, 40, 47, 54
• Other Pins No.
D
Pin Name
I/O
Function
41
TpBias0
O
Port 0 twisted pair output
48
TpBias1
O
Port 1 twisted pair output
34
RI1
−
Resistor connection pin 1 for reference current generator Please connect to GND pin through the 9.1 kΩ resistor.
23
XI
−
Crystal oscillator connection XI
22
XO
−
Crystal oscillator connection XO
62
FNSel
I
Function Select 0 : #61 acts as SPD (UPD72852GB compliant) 1 : #61 acts as BDB
E
F
127
DVR-520H-S 5
6
7
8
1
2
3
4
UPD72893BGD-LML (MAIN ASSY : IC5202) • IEEE1394 Link IC Pin Arrangement
208 207 206 205 204 203 202 201 200 199 198 197 196 195 194 193 192 191 190 189 188 187 186 185 184 183 182 181 180 179 178 177 176 175 174 173 172 171 170 169 168 167 166 165 164 163 162 161 160 159 158 157
IFIROME IC (L) IC (L) IC (L) IC (PL) IC (L) HS_CLK PLLDGND PLLAGND PLLAVDD PLLDVDD IC (L) D15 2.5GND D14 D13 D12 D11 D10 D9 3.3GND 3.3VDD D8 D7 D6 D5 D4 D3 D2 D1 D0 WRZ RDZ A17 A16 3.3GND A15 A14 2.5VDD A13 A12 A11 3.3VDD A10 A9 A8 A7 A6 A5 A4 A3 A2
A
B
C
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52
156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105
VPWM MD0 MD1 3.3GND MD2 MD3 MD4 MD5 MD6 MD7 3.3VDD MD8 MD9 MD10 2.5VDD 3.3GND MD11 MD12 MD13 MD14 MD15 MWE MCAS MRAS MCLK 3.3VDD MA0 MA1 MA2 3.3GND MA3 MA4 MA5 MA6 MA7 MA8 MA9 MA10 2.5GND MA11 ALRCK ABCK 3.3VDD PCM1 PCM2 AEMP1 3.3GND IC (O) AMCLKO APWM AMCLK44 AMCLK48
53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104
D
RESETB PHY_D7 PHY_D6 PHY_D5 3.3VDD PHY_D4 PHY_D3 PHY_D2 3.3GND PHY_D1 PHY_D0 CTL1 CTL0 2.5VDD SCLK LREQ LPS LINKON STREAM10 STREAM11 STREAM12 STREAM13 STREAM14 STREAM15 STREAM16 STREAM17 PACKETEN1 TSERROR1 TSRW1 SYNC1 3.3VDD TSSUB1 PACKETEN2/VSYNC TSERROR2/HSYNC 3.3GND TSRW2/FLD SYNC2 TSSUB2 2.5GND STREAM20/VD0 STREAM21/VD1 STREAM22/VD2 STREAM23/VD3 STREAM24/VD4 STREAM25/VD5 STREAM26/VD6 STREAM27/VD7 AFS1 AFS2 VCLKI VCLKO 3.3VDD
E
F
128
DVR-520H-S 1
2
3
4
A1 BR_MON IC (PL) DV_INT IC (PL) SCS RXD TXD 3.3GND SCK SI SO 2.5GND P_D15 P_D14 P_D13 3.3VDD P_D12 P_D11 P_D10 P_D9 P_D8 P_D7 P_D6 P_D5 3.3GND P_D4 P_D3 P_D2 3.3VDD P_D1 P_D0 INT IOCHRDY IC (O) IC (H) IOR RWZ 2.5VDD CS AD10 AD9 AD8 AD7 AD6 AD5 AD4 AD3 AD2 AD1 PSSEL1 PSSEL0
5
6
7
8
Block Diagram
A High-speed Internal ROM 192 kbytes
16-bit Timer Unit D CPU Core RXD 150
High-speed Internal ROM 60 kbytes
Host Interface
SCS 151 SCK 147 SO 145
175, 174, 172, 171, 169-167, 165-156
EEPROM Interface
196, 194-189, 186-178
Memory Controller
SI 146
A [17 : 0] External Flash ROM Interface
TXD 149
D [15 : 0]
176 RDZ 177 WRZ
B
77 MCLK 76 MRAS INTC
SDRAM Interface
75 MCAS 74 MWE 92, 90-83, 81-79
MA [11 : 0]
73-69, 66-64, 62-57, 55, 54 RESETB 1 HS_CLK 202
System Control
MD [15 : 0]
104 AMCLK48 103 AMCLK44
DV Codec Core
101 AMCLKO 96 PCM1 97 PCM2
Audio Interface
102 APWM
C
98 AEMP1 93 ALRCK
D
33 PACKETEN2 / VSYNC Selector Host Inteface
IEEE1394 Link Core
37 SYNC2 34 TSERROR2 / HSYNC
P_D [15 : 0] 143-141, 139-132, 130-128, 126, 125
38 TSSUB2 Selector
26-19
INT 124
STREAM1 [7 : 0]
29 TSRW1
PSSEL [1 : 0] 106, 105
27 PACKETEN1 30 SYNC1 28 TSERROR1
Test Block
LPS 17
E
LINKON 18
SCLK 15
LREQ 16
CTL [1 : 0] 12, 13
32 TSSUB1
2-4, 6-8, 10, 11
IFIROME 208
PHY_D [7 : 0]
Parallel Interface
116-107
STREAM2 [7 : 0] / VD [7 : 0]
36 TSRW2 / FLD
IOR 120
AD [10 : 1]
53 VPWM
47-40
CS 117 RWZ 119
IOCHRDY 123
51 VCLKO FLD
HSYNC
50 VCLKI VSYNC
VD [7 : 0]
TSSUB
SYNC
PACKETEN
94 ABCK
TSRW
STREAM [7 : 0]
Stream Interface
F
129
DVR-520H-S 5
6
7
8
1
2
3
4
Pin Function (1) Link relation No.
Pin Name
I/O
A
B
Active
18
LINKON
I
Link-on signal input Clock input When LPS is active, input 0.
−
17
LPS
O
Link power status output Link power OFF : 0 Link power ON : 2.7 MHz pulse output (20 dividing of host clock 54 MHz)
−
16
LREQ
O
Link request output
−
15
SCLK
I
Clock input for Link control LPS is active : 49.152 MHz input LPS = 0 0 : fixed
−
I/O
PHY/Link control signal input/output
−
I/O
Data input/output between PHY-Link
−
12, 13
CTL [1 : 0]
2-4, 6-8, 10,11 PHY_D [7 : 0] 26-19
−
STREAM1 [7 : 0]
I/O
ISO data bus of stream interface 1
27
PACKETEN1
I/O
Packet enable signal input/output of stream interface 1
H/L
28
TSERROR1
I/O
Packet error signal input/output of stream interface 1
H/L
29
TSRW1
I/O
Data read/write enable signal input/output of stream interface 1
30
SYNC1
I/O
Frame synchronous signal input/output of stream interface 1
H/L
32
TSSUB1
I/O
Not used Connect to VDD or GND through a resistor.
H/L
STREAM2 [7 : 0]
I/O
ISO data bus of stream interface 2
33
PACKETEN2
I/O
Packet enable signal input/output of stream interface 2
H/L
34
TSERROR2
I/O
Packet error signal input/output of stream interface 2
H/L
36
TSRW2
I/O
Data read/write enable signal input/output of stream interface 2
37
SYNC2
I/O
Frame synchronous signal input/output of stream interface 2
38
TSSUB2
O
Not used
47-40 C
Function
−
−
− H/L −
Set to open.
(2) Video interface pins No.
Pin Name
Function
Active
50
VCLKI
I
Video clock input (27 MHz)
−
51
VCLKO
O
Video clock output (27 MHz)
−
VD [7 : 0]
I/O
Video data signal
−
33
VSYNC
I/O
Video vertical sync. signal
L
34
HSYNC
I/O
Video horizontal sync. signal
L
36
FLD
I/O
Field index signal
−
53
VPWM
O
PWM signal for video PLL
−
47-40
D
I/O
E
F
130
DVR-520H-S 1
2
3
4
5
6
7
8
(3) Audio interface pins No.
Pin Name
I/O
Function
Active
104
AMCLK48
I
Audio master clock input for sampling frequency 48 kHz
−
103
AMCLK44
I
Audio master clock input for sampling frequency 44 kHz
−
101
AMCLKO
O
Audio master clock output
−
I/O
Audio PCM serial data At 2ch : System 1 (data of audio block 1) At 4ch : System 1 The above is default setting value. Input/output data of PCM 1 and PCM 2 is replaced by Channel swap setting of an AUDIO_FUNC register.
−
I/O
Audio PCM serial data At 2ch : Mute At 4ch : System 2 (data of audio block 2) The above is default setting value. Input/output data of PCM 1 and PCM 2 is replaced by Channel swap setting of an AUDIO_FUNC register. Note: Cannot use it in DV decode.
−
O
PCM1 emphasis ON/OFF in PCM 1 output
H −
96
97
98
PCM1
PCM2
AEMP1
B
93
ALRCK
I/O
Audio LR clock L ch : High R ch : Low
94
ABCK
I/O
Audio bit clock
−
O
Audio sampling frequency AFS2 AFS1 44.1 kHz 0 1 48 kHz 0 0 32 kHz 1 0
−
PWM signal for audio PLL
−
49, 48
102
AFS [2 : 1]
APWM
O
A
C
(4) SDRAM interface pins No.
Pin Name
I/O
Function
Active
77
MCLK
O
CLK pin connection of SDRAM
−
76
MRAS
O
RAS pin connection of SDRAM
−
75
MCAS
O
CAS pin connection of SDRAM
−
74
MWE
O
WE pin connection of SDRAM
−
MA [ 11 : 0]
O
Address pin connection of SDRAM
−
73-69, 66-64, MD [ 15 : 0] 62-57, 55, 54
I/O
Data pin connection of SDRAM Note: Process of pull-up or pull down is necessary. So connect it to SDRAM directly.
−
92, 90-83, 81-79
D
E
F
131
DVR-520H-S 5
6
7
8
1
2
3
4
(5) Host interface pins (a) Parallel interface pins No. A
B
Pin Name
I/O
Function
Active
117
CS
I
Chip select input of parallel interface
L
119
RWZ
I
Read and write control input of parallel interface ISA type bus, SH-1 bus: Write strobe 68000 bus : Read/write selection signal
L
120
IOR
I
IO read control input of parallel interface ISA type bus, SH-1 bus : Read strobe 68000 bus : Data strobe (DS)
L
123
IOCHRDY
O
Ready output of parallel interface
L
116-107
AD [ 10 : 1]
I
Address input of parallel interface
−
Data input/output of parallel interface
−
143-141, 139-132, 130-128, 126, 125 P_D [15 : 0]
I/O
(b) Serial interface pins No.
Pin Name
I/O
Function
Active
149
TXD
I/O
Serial transmission data output of unsynchronous serial interface (UART)
−
150
RXD
I/O
Serial transmission data input of unsynchronous serial interface (UART)
−
(c) Others No.
Pin Name
124
INT
I/O O
C
106, 105
PSSEL [1 : 0]
I
Function
Active
Interrupt output to the outside
H
Parallel/serial interface selection Input signal to select the outside interface which of parallel interface or serial interface. PSSEL [1 : 0] Select 00 Serial interface (UART) 01 Parallel interface (ISA type bus) 10 Parallel interface (68000 bus) 11 Parallel interface (SH-1 bus)
D
E
F
132
DVR-520H-S 1
2
3
4
−
5
6
7
8
(6) External ROM connection pins (a) Flash ROM interface pins No.
Pin Name
196, 194-189, D [15 : 0] 186-178 175, 174, 172, 171, 169-167, A [17 : 1] 165-156
I/O
Function
Active A
I/O
External ROM data bus Data bus in the external ROM access. Process of pull-up or pull down is necessary.
−
O
External ROM address bus Address bus in the external ROM access. Can addressing the 256k byte space.
−
176
RDZ
O
ROM read Strobe signal which shows a read cycle for external ROM. It becomes the inactive in the idle state.
L
177
WRZ
O
ROM write Strobe signal which shows a write cycle for external ROM.
L
B
(b) EEPROM interface pins No.
Pin Name
I/O
Function
Active
145
SO
I/O
Serial transmit data output of clock-synchronous system serial interface (CSI)
−
146
SI
I/O
Serial receive data input of clock-synchronous system serial interface (CSI)
−
147
SCK
I/O
Clock output of clock-synchronous system serial interface (CSI)
−
151
SCS
I/O
Chip select output of clock-synchronous system serial interface (CSI)
−
C
(7) Clock and reset pins No.
1
202
Pin Name
RESETB
HS_CLK
I/O
Function
Active
I
Reset RESETB input is asynchronous input. When a signal of fixed low-level width is input without relation to an operation clock, take precedence of all operation, and reset the system. Note: RESETB is low-active.
L
I
Host clock Clock input pin which is supplied to CPU core and built-in peripheral I/O. Please input 27 MHz clock. Perform 2 multiply with internal PLL by 27 MHz clock, 54 MHz clock is supplied to CPU core and internal peripheral I/O.
− D
E
F
133
DVR-520H-S 5
6
7
8
1
2
3
4
(8) Power supply and ground pins No. A
Pin Name
5, 31, 52, 63, 78, 95, 127, 3.3VDD 140, 166, 187 14, 67, 118, 170
2.5VDD
39, 91, 144, 195
2.5GND
9, 35, 56, 68, 82, 99, 131, 3.3GND 148, 173, 188 B
C
I/O
Function
Active
−
3.3V power supply 3.3V positive power supply pins. Power supply for 3.3V interface I/O.
−
−
2.5V power supply 2.5V positive power supply pins. Power supply for internal each block.
− −
−
Ground pins Connect all GND pins to the common ground.
−
199
PLLAVDD
−
Analog power supply for multiply circuit Analog positive power supply pin for PLL. Supply 2.5V.
−
200
PLLAGND
−
Analog ground for multiply circuit Analog ground for PLL
−
198
PLLDVDD
−
Digital power supply for multiply circuit Digital positive power supply pin for PLL. Supply 2.5V.
−
201
PLLDGND
−
Digital ground for multiply circuit Digital ground for PLL
−
121
IC (H)
−
Internally connected pin Connect to VDD directly.
−
197, 203, 205-207
IC (L)
−
Internally connected pin Connect to ground directly.
−
−
Internally connected pin Connect to ground through a resistor.
−
−
Internally connected pin Set to open.
−
152, 154, 204 IC (PL) 100, 122
IC (O)
(9) Others No.
Pin Name
153
DV_INT
I/O
Function
Active
I/O
Interrupt pin to the outside for the DV status read out.
H
Shows the bus reset occurred. There is some delay after real bus reset occurred because of set by the built-in firmware.
H
ROM operation selection input Set to 1 normally.
−
D
155
BR_MON
I/O
208
IFIROME
I
E
F
134
DVR-520H-S 1
2
3
4
5
6
7
8
7.3 OUTLINE OF THE PRODUCT Main newly developed technologies 1. Pickup
4. DV-signal-processing LSI
The pickup supports quadruple-speed recording for the DVDR/RW. A liquid-crystal tilt servo system is adopted for the pickup.
The DV-signal-processing LSI consists of the following two chips: • UPD72852AGB-8EU (MAIN Assy: IC5101) A 400-Mbps two-port PHY LSI in compliance with the IEEE1394a-2000 standards
2. Recording-signal-processing LSI • UPD3330GC (DRIVE Assy: IC101) The recording-signal-processing module of conventional models consists of two chips, but this has been integrated into a single newly developed recording-signal-processing LSI, enabling stable performance and cost reduction.
3. AV-signal-processing LSI • M65673WG (MAIN Assy: IC1001) The AV-signal-processing module of conventional models consists of eleven chips, but this has been integrated into a single newly developed AV-signal-processing LSI, enabling large-scale cost reduction while maintaining the conventional functions. In the new LSI, all the basic functions necessary for a DVD recorder have been integrated. Like conventional models, this model is designed to support multitasking. The main functions are as follows: • 3-D Y/C separation • Video decoding • Frame TBC • MPEG video encoding • Dolby Digital Consumer Encoding • ATA/ATAPI I/F (2 ch) • Main CPU (32-bit RISC, 54 MHz) • Graphics engine (OSD, scaling, mixing) • MPEG video decoding • Audio decoding (AC-3, MPEG) • Video encoding • Progressive conversion C MAIN • Audio I/F • 3-D DNR for playback
A
• UPD72893BGD-LML (MAIN Assy: IC5202) An EEE1394 link controller LSI having DV (digital video) encoding/decoding functions. Encoding/decoding of digital video signals in compliance with the SD specifications (NTSC/PAL) of the DV standard is supported. The 32-bit RISC CPU is built in for controlling the IEEE1394 bus and sending/receiving AV/C commands.
B
C
SIDE B
ASSY
D
IC5101 (Side A)
IC5202 (Side A)
IC1001 (SIDE B) E
F
Fig.1 MAIN Assy
135
DVR-520H-S 5
6
7
8
1
2
3
4
System configuration A
In each signal-processing LSI of the main function blocks, various processes have been integrated into one chip, which enables simpler system configuration. With the AV-signalprocessing LSI at the center, video inputs/outputs, audio inputs/outputs, DV inputs/outputs, writer and various memory cells are connected to it.
UPD72893BGD-LML
UPD72852AGB-8EU
IC5202 1394 Link / DV Codec
IC3301 SRC
IC1102 Flash
B
1394 (DV)
IC5101 1394 Phy
Video : IC701 LA73033 Audio : IC601 LC75342M
IC1103 SRAM
IC3101 Audio A/D
IC202 Tuner / FL Control CPU
IC1001 AV Signal Processing LSI
Playback Drive Assy (DVD-R/RW)
Tuner / Line Select
AK5357VT
IC1101, IC1201, IC1301 IC1401 SDRAM
Record
FL
CVBS/YC/YCbCr
C IC3201 Audio D/A
Playback HDD
Analog Audio
PCM1742KE
Record
DIF
Fig2. System configuration
D
[Memorized Data] • EEPROM (IC204 JCKB ASSY) The information about Tuner is backed up. (Pre-set CH, AFT ON/OFF, Skip CH, etc) Information about timed recording Other information (The state of Volume, remote control mode and last positions (Line/Tuner, etc)
• ATA SDRAM (IC1401 MAIN ASSY) The working area of ATA/OSD2/Audio TBC (OSD2 is for all GUI.) • ATA SDRAM (IC1421 MAIN ASSY) This is only for HDD model. The working area about HDD operation. • DV SDRAM (IC5204 MAIN ASSY) The working area of Link and DV Codec
• CPU SDRAM (IC1101 MAIN ASSY) The execution area and working area of a program • FLASH ROM (IC1102 MAIN ASSY) The storing area of a program code and setting information
E
• SRAM (IC1103 MAIN ASSY) The working area for record and the storing area of setting information (backup RAM) • DEC SDRAM (IC1201 MAIN ASSY) The working area of MPEG playback and OSD/Thumbnail (OSD is mainly for Disc Menu creation in Video mode) • ENC SDRAM (IC1301 MAIN ASSY) The working area of MPEG recording and analog input and output (AVIO)
F
136
DVR-520H-S 1
2
3
4
5
6
7
8
New functions and specifications 5. Improved Still Picture menu in Video mode
In this model, the following new functions and specifications have been included in addition to those of conventional models:
1. Improved multitasking functions As both the HDD and DVD drive are mounted in this model, like conventional models, the unit is designed to support various multitasking. Furthermore, this model supports DVD multitasking (only in VR mode), which was impossible with conventional models. a Pursuit playback Playback of the title being recorded by the DVD drive in VR mode or the HDD is supported. b Simultaneous recording/playback 1 Playback of a title other than that being recorded by the DVD drive in VR mode or the HDD is also supported. c Simultaneous recording/playback 2 DVD playback during HDD recording is supported. d Simultaneous recording/playback 3 HDD playback during DVD recording is supported.
The disc NAVI function, which enables displaying a list of recorded titles with still pictures, is enabled in Video mode with this model. Selection from among nine title menus is also supported.
6. Adoption of MPEG2 SIF In MN1-6 modes, MPEG2 SIF has been adopted, instead of the MPEG1 SIF of conventional models. This enables higher-quality recording for longer hours.
7. Improved editing functions
8. Various-format playback
f Playback during high-speed dubbing Playback of an HDD title during high-speed dubbing from the HDD to a DVD is supported.
9. Other functions and specifications
High-speed dubbing and normal-speed dubbing are supported, as with conventional models. A one-touch dubbing function that enables automatic selection between these dubbing functions is also provided. In this model, high-speed dubbing from a DVD (in VR mode) to the HDD is also an added capability.
3. Disc backup The function of creating a backup disc for a disc recorded in Video mode is added. The data of the original DVD are transferred to the HDD, then retransferred to the DVD drive, and because no reencoding is required during data transmission between the drives, a backup disc with no degradation of video and audio signals can be created.
B
For DVD, the original/play-list editing in DVD-VR mode available with conventional models is provided. For HDD editing, play-list-editing functions almost the same as for the DVD-VR, such as title combination, separation, and partial erasure, are enabled for the HDD with this model. With conventional models, these edit functions are available only for the dubbing list. The automatic-chapter-mark-insertion function in response to a change in audio type (stereo, monaural, bilingual) makes commercial-cutting editing easier.
e Recording during high-speed dubbing HDD recording during high-speed dubbing from the HDD to a DVD is supported.
2. Improved dubbing functions
A
C
Playback of WMA, MP3, and JPEG formats is supported.
The following main functions and specifications adopted with conventional models are also provided with this model: • 192-kHz, 24-bit DAC • 48-kHz, 20-bit ADC • Digital 3-D Y/C separation circuit • Digital frame TBC • 3-D DNR • DV (iLink) input/output • Playback with commercials skipped • CD/video-CD playback • Picture creation • Recording with 3/4-D1 and 2/3-D1 resolutions • Recording mode with 32-step MNs • LPCM recording • High-resolution GUI • Progressive output
D
E
4. Advanced disc NAVI In the conventional disc NAVI function, recorded titles are displayed with still pictures as a list. In the advanced disc NAVI function, the title selected with the cursor is displayed as an animated picture with sound.
F
137
DVR-520H-S 5
6
7
8
1
2
3
4
7.4 CAUTIONS ON HANDLING THE HDD (1) Cautions on Handling the HDD A
• The HDD is very sensitive to shocks and vibrations. Care must be taken especially during operation (when the power is on). • The HDD is very sensitive to electrostatic charges. • Rapid change in temperature or humidity may cause deterioration of the HDD. Note: After receiving damage caused by any above-mentioned factors, the HDD may operate normally for dozens or some hundreds of hours but then suddenly crash. If you are certain you have damaged a new repair part (HDD) while making repairs, do not use the part. The HDD is about 10 times as sensitive to shock during operation than during nonoperation. Reference: Main specifications on damage to the HDD
B
Shock G (acceleration) Temperature change Moisture change
During operation
During nonoperation
