Philips DVDR-600-VR Service Manual

Philips Consumer Electronics Company

A Division of Philips Electronics North America Corporation

Se

Technical Service Data

Service Solutions Group

hnical Publications Dept.

Tec
P.O. Box 555
Jefferson City,TN 37760

, 401 E. Old Andrew Johnson Hwy.

c. 1A: Main Section

( DVDR600VR/37, MRV700VR/17 )

Specifications
Opera
Adjustment Proc
Schematic D

loded Views

Exp
Cabin

Sec. 2: Deck Mechanism Section

Sec. 3: DVD+RW Basic Engine

VA
For repair information on the Basic

gine.

En

MANUAL 5903

ting Instructions

edures

iagrams and CBA’s

et & Electrical Parts Lists

D8041 12NC:

3122 785 14850

71/RV007VRMXOVANGAM

DVD Recorder &
Video Cassette Recorder

Service Manual

73/RV006RDVDSPILIHPredroceR ettessaC oediV & redroceR DVD 3095 LAUNAM

PHILIPS

Model: DVDR600VR/37

AGNAVOX

M

Model: MRV700VR/17

DVD Recorder & Video Cassette Recorder

First Issue: 9/04

©2004 Philips Consumer Electronics Company

Philips Consumer Electronics Company

A Division of Philips Electronics North America Corporation

Se

Technical Service Data

Service Solutions Group

hnical Publications Dept.

Tec
P.O. Box 555
Jefferson City,TN 37760

, 401 E. Old Andrew Johnson Hwy.

c. 1A: Main Section

( DVDR600VR/37, MRV700VR/17 )

Specifications
Opera
Adjustment Proc
Schematic D

loded Views

Exp
Cabin

MANUAL 5903

ting Instructions

edures

iagrams and CBA’s

et & Electrical Parts Lists

DVD Recorder &
Video Cassette Recorder

Service Manual

PHILIPS

Model: DVDR600VR/37

Model: MRV700VR/17

AGNAVOX

M

DVD Recorder & Video Cassette Recorder

First Issue: 9/04

©2004 Philips Consumer Electronics Company

IMPORTANT SAFETY NOTICE

Proper service and repair is important to the safe, reliable operation of all
Philips Consumer Electronics Com pany** Equipment. The service procedures
recommended by Philips and described in this service manual are effective
methods of performing service operations. Some of these service operations
require the use of tools specially designed for the purpose. The special tools
should be used when and as recommended.

It is important to note that this manual contains various CAUTIONS and
NOTICES which should be carefully read in orde r to minimize the risk of per­sonal injury to service personnel. The possibility exists that improper service
methods may damage the equipment. It also is i mportant to understand that
these CAUTIONS and NOTICES ARE NOT EXHAUSTIVE. Philips could not
possibly know, evaluate and advise the service trade of all conceivable ways
in which service might be done or of the possible hazardous consequences of
each way. Consequently, Philips has not undertaken any such broad evalua­tion. Accordingly, a servicer who uses a service procedure or tool which is
not recommended by Philips must first satisfy himself thoroughly that neither
his safety nor the safe operation of the equipment will be jeopardized by the
service method selected.

** Hereafter throughout this manual, Philips Consumer Electronics Company

will be referred to as Philips.

WARNING

Critical components having special safety characteristics are identified
with a # by the Ref. No. in the parts list and enclosed within a broken
line* (where several critical components are grouped in one area) along
with the safety symbol # on the schematics or exploded vie w s.

Use of substitute replacement parts which do not have the same specifie d
safety characteristics may create shock, fire, or other hazards.

Under no circumstances should the original design be modified or altered
without written permission from Philips. Philips assumes no liability,
express or implied, arising out of any unauthorized modification of
design. Servicer assumes all liability.

* Broken Line

Manufactured under license from Dolby Laboratories. "Dolby"
and the double-D symbol are trademarks of Dolby Laboratories.

TABLE OF CONTENTS

[ Main Section ]

SPECIFICATIONS.................................................................................................................................................................1-1-1

IMPORTANT SAFETY PRECAUTIONS ................................................................................................................................1-2-1

STANDARD NOTES FOR SERVICING.................................................................................................................................1-3-1

FUNCTION INDICATOR SYMBOLS......................................................................................................................................1-4-1

PREPARATION FOR SERVICING.........................................................................................................................................1-5-1

OPERATING CONTROLS AND FUNCTIONS ......................................................................................................................1-6-1

REMOTE CONTROL OPERATION .......................................................................................................................................1-7-1

CABINET DISASSEMBLY INSTRU CTIONS .........................................................................................................................1-8-1

HOW TO INITIALIZE THE DVD RECORDER.......................................................................................................................1-8-8

ELECTRICAL ADJUSTMENT INSTRUCTIONS....................................................................................................................1-9-1

Adjustment Points and Test Points...................................................................................................................................1-9-2

FIRMWARE RENEWAL MODE.............................................................................................................................................1-10-1

REWORK PROCEDURE IEEE UNIQUE NUMBER..............................................................................................................1-10-2

BLOCK DIAGRAMS

Servo/System Control Block Diagram..............................................................................................................................1-11-1

Sub System Control Block Diagram.................................................................................................................................1-11-2

Video Block Diagram........................................................................................................................................................1-11-3

Video Input/Output Select Block Diagram........................................................................................................................1-11-4

Audio Block Diagram........................................................................................................................................................1-11-5

Audio Input/Output Select Block Diagram........................................................................................................................1-11-6

Hi-Fi Audio Block Diag r am...................................... .............................................................. .. .........................................1-11-7

Power Supply Block Diagram...........................................................................................................................................1-11-8

SCHEMATIC DIAGRAMS / CBA’S AND TEST POINTS

Main 1/7 Schematic Diagram Parts Location Guide <VCR Section>...............................................................................1-12-2

Main 1/7 Schematic Diagram <VCR Section>.................................................................................................................1-12-3

Main 2/7, Sensor, Function & Jack-B Schematic Diagram <VCR Section>.....................................................................1-12-5

Main 3/7 Schematic Diagram <VCR Section>.................................................................................................................1-12-7

Main 4/7 Schematic Diagram <VCR Section>.................................................................................................................1-12-9

Main 4/7 Schematic Diagram Parts Location Guide <VCR Section>...............................................................................1-12-11

Main 5/7 Schematic Diagram Parts Location Guide <VCR Section>...............................................................................1-12-12

Main 5/7 Schematic Diagram <VCR Section>.................................................................................................................1-12-13

Main 6/7 Schematic Diagram <VCR Section>.................................................................................................................1-12-15

Main 6/7 Schematic Diagram Parts Location Guide <VCR Section>...............................................................................1-12-17

Main 7/7 Schematic Diagram Parts Location Guide <VCR Section>...............................................................................1-12-18

Main 7/7 & DVD Open/Close Schematic Diagram <VCR Section> .................................................................................1-12-19

Main CBA Parts Location Guide <VCR Section> ............................................................................................................1-12-21

Main CBA Top View <VCR Section>................................................................................................................................1-12-23

Main CBA Bottom View <VCR Section>..........................................................................................................................1-12-25

Function CBA Top/Bottom View <VCR Section>.............................................................................................................1-12-27

Jack-B CBA Top/Bottom View <VCR Section>................................................................................................................1-12-27

Front Schematic Diagram <VCR Section>.......................................................................................................................1-12-29

Front CBA Top/Bottom View <VCR Section>................................................................................................................... 1-12-31

Jack-A Schematic Diagram <VCR Section>....................................................................................................................1-12-33

Jack-A CBA Top/Bottom View <VCR Section>................................................................................................................1-12-33

Power Supply Schematic Diagram <VCR Section>.........................................................................................................1-12-35

Power Supply CBA Top View <VCR Section> .................................................................................................................1-12-37

Power Supply CBA Bottom View <VCR Section>............................................................................................................1-12-39

Junction-A CBA Top/Bottom View <VCR Section>..........................................................................................................1-12-40

Junction-B CBA Top/Bottom View <VCR Section>..........................................................................................................1-12-40

CPU 1/2 Schematic Diagram <DVD Section>..................................................................................................................1-12-41

CPU 2/2 Schematic Diagram <DVD Section>..................................................................................................................1-12-43

Digital Board Unit 1/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-45

Digital Board Unit 2/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-47

Digital Board Unit 3/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-49

Digital Board Unit 4/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-51

Digital Board Unit 5/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-53

Digital Board Unit 6/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-55

Digital Board Unit 7/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-57

Digital Board Unit 8/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-59

Digital Board Unit 9/10 Schematic Diagram <DVD Section> ..........................................................................................1-12-61

Digital Board Unit 10/10 Schematic Diagram <DVD Section> ........................................................................................1-12-63

Digital Board Unit Top View <DVD Section> ...................................................................................................................1-12-65

Digital Board Unit Bottom View <DVD Section> .............................................................................................................1-12-67

Digital Board Unit Test Point View <DVD Section> .........................................................................................................1-12-69

WAVEFORMS........................................................................................................................................................................1-13-1

WIRING DIAGRAM................................................................................................................................................................1-14-1

SYSTEM CONTROL TIMING CHARTS ................................................................................................................................1-15-1

IC PIN FUNCTION DESCRIPTIONS.....................................................................................................................................1-16-1

LEAD IDENTIFICATIONS......................................................................................................................................................1-17-1

ELECTRICAL PARTS LIST ...................................................................................................................................................1-18-1

EXPLODED VIEWS...............................................................................................................................................................1-19-1

MECHANICAL PARTS LIST..................................................................................................................................................1-20-1

Page

SPECIFICATIONS

< VCR Section >

Description Unit Minimum Nominal Maximum Remark

1. Video

1-1. Video Output (PB) Vp-p 0.8 1.0 1.2 SP Mode
1-2. Video Output (R/P) Vp-p 0.8 1.0 1.2
1-3. Video S/N Y (R/P) dB 40 48 SP Mode
1-4. Video Color S/N AM (R/P) dB 38 44 SP Mode
1-5. Video Color S/N PM (R/P) dB 36 40 SP Mode
1-6. Resolution (R/P) Line 220 240 SP Mode

2. Servo

2-1. Jitter Low (R/P) µsec 0.05 0.15 SP Mode
2-2. Wow & Flutter (R/P) % 0.15 0.35 SP Mode

3. Normal Audio

3-1. Output (PB) dBV -10 -6 -2 SP Mode
3-2. Output (R/P) dBV -10 -6 -2 SP Mode
3-3. S/N (R/P) dB 40 44 SP Mode
3-4. Distortion (R/P) % 1.5 5.0 SP Mode
3-5. Freq. Response (R/P) at 100Hz dB -9.5 -3.5 2.5 SP Mode
(-20dB ref. 1kHz) at 8kHz dB -6.5 -0.5 5.5 SP Mode

4. Tuner

4-1. Video output (E-E) Vp-p 0.8 1.0 1.2 E-E Mode
4-2. Video S/N (E-E) dB 40 46 E-E Mode
4-3. Audio output (E-E) dBV -10 -6 -2 E-E Mode
4-4. Audio S/N (E-E) dB 40 44 E-E Mode

5. Hi-Fi Audio

5-1. Output (PB) dBV -12 -8 -4 SP Mode
5-2. Output (R/P) dBV -12 -8 -4 SP Mode
5-3. S/N (A WTD) dB 70 SP Mode
5-4. Freq. Response at 20Hz dB -4 0 +4 SP Mode
at 20kHz dB -4 0 +4 SP Mode

Other Specifications

Operating Temperature
Relative Humidity
Power Requirements
Power Consumption
Dimensions
Weight

41°F ( 5°C ) to 104°F ( 40°C )
30% to 80%
AC 120 V +/- 10%, 60 Hz +/- 0.5%
Power on: 43 W, Power off: 9.0 W

17.1” (W) x 3.9” (H) x 10.3” (D) / 435 mm (W) x 100 mm (H) x 26 2 mm (D)

11.0 lbs. (5.0 kg)

Test Tape ..... VFMS0001H6

Note: Nominal specs represent the desi gn specs. All units shou ld be able to approximate these. Some will exceed

and some may drop slightly below these specs. Limit s pecs represent the abs olute worst conditi on that still might
be considered acceptable. In no case should a unit fail to meet limit specs.

1-1-1 E9480SP

< DVD Section >

ITEM CONDITIONS UNIT NOMINAL LIMIT

1. VIDEO

1-1. Video Output 75 ohm load Vp-p 1.0
1-2. S-Video Output
Y (Luminance) 75 ohm load Vp-p 1.0
C (Chrominance) 75 ohm load Vp-p 0.300
1-3. Component Output
Y (Luminance) 75 ohm load Vp-p 1.0
Pb (Chrominance) 75 ohm load Vp-p 0.7
Pr (Chrominance) 75 ohm load Vp-p 0.7

2. AUDIO

2-1. Frequency Response

DVD

Video CD fs = 44.1 kHz Hz 4 ~ 20 k
Audio CD fs = 44.1 kHz Hz 4 ~ 20 k
2-2. Signal/Noise Ratio 1 kHz dB 80
2-3. Dynamic Range 1 kHz dB 80
2-4. Crosstalk 1 kHz dB 80
2-5. Distortion/Noise 1 kHz dB 80

NOTES:

1. All Items are measured without pre-emphasis unless otherwise specified.

2. Power supply : AC120 V 60 Hz

3. Load imp. : 100 k ohm

4. Ambient temperature : 5

fs = 96 kHz Hz 4 ~ 44 k
fs = 48 kHz Hz 4 ~ 22 k

°C ~ 40 °C

1-1-2 E9480SP

IMPORTANT SAFETY PRECAUTIONS

Product Safety Notice

Some electrical and mechanical parts have special
safety-related characteristics whi ch are often not evi­dent from visual inspection, nor can the protection
they give necessarily be obtained by replacing them
with components rated for higher voltage, wattage,
etc. Parts that have special safety character istics are
identified by a # on schematics and in parts lists. Use
of a substitute replacement that does not have the
same safety characteristics as the recommended
replacement part might create shock, fire, and/or other
hazards. The Product’s Safety is under review contin­uously and new instructions are issued whenever
appropriate. Prior to shipment from the factory, our
products are carefully inspected to confirm with the
recognized product safety and electrical codes of the
countries in which they are to be sold. However, in
order to maintain suc h comp liance, it is equall y impor ­tant to implement the following precautions when a set
is being serviced.

Precautions during Servicing

A. Parts identified by the # symbol are critical for

safety. Replace only with part number specified.

B. In addition to safety, other parts and assemblies

are specified for conformance with regulations
applying to spurious radiation. These must also be
replaced only with specified re pla ce men ts.
Examples: RF converter s, RF cables, noise block­ing capacitors, and noise blocking filters, etc.

C. Use specified internal wiring. Note especially:

1)Wires covered with PVC tubing

2)Double insulated wires

3)High voltage leads

D. Use specified insulating materials for hazardous

live parts. Note especially:

1)Insulation tape

2)PVC tubing

3)Spacers

4)Insulators for transistors

E. When replacing AC primary side components

(transformers, power cord, etc.), wrap ends of
wires securely about the terminals before solder­ing.

F. Observe that the wires do not conta ct heat produc -

ing parts (heats inks, oxide metal fil m resis tors, fus­ible resistors, etc.).

G. Check that replaced wires do not contact sharp

edges or pointed parts.

H. When a power cord has been replaced, check that

5 - 6 kg of force in any direction will not loosen it.

I. Also check areas surrounding repair ed loc at ion s.
J. Be careful that foreign objects (screws, solder

droplets, etc.) do not remain inside the set.

K. Crimp type wire connector

The power transformer uses cri mp type con nec tors
which connect the power cord and the primary side
of the transformer. When replacing the transformer,
follow these steps carefully and precisely to pre­vent shock hazards.
Replacement procedure

1)Remove the old connector by cutting the wires at a
point close to the connector.

Important: Do not re-use a connector. (Discard it.)

2)Strip about 15 mm of the insulation from the ends
of the wires. If the wires are stranded, twist the
strands to avoid frayed conductors.

3)Align the lengths of the wires to be connected.
Insert the wires fully into the connector.

4)Use a crimping tool to crimp the metal sleeve at its
center. Be sure to crimp fully to t he complete clo­sure of the tool.

L. When connecting or disconnecting the internal con-

nectors, first, disconn ect the AC plug from the AC
outlet.

1-2-1 DVD_SFN1

Safety Check after Servicing

Examine the area surrounding the repaired location for
damage or deteri oration. Observe that screws, par ts,
and wires have been returned to their original posi­tions. Afterwards, do the following tests and confirm
the specified values to verify compliance with safety
standards.

1. Clearance Distance

When replacing primary circuit components, confirm
specified clearanc e distance (d ) and (d’) be tween sol­dered terminals, and between terminals and surround­ing metallic parts. (See Fig. 1)

Table 1: Ratings for selected area

AC Line Voltage Clearance Distance (d), (d’)

Chassis or Secondary Conductor

Primary Circuit Terminals

dd'

120 V

Note: This table is unofficial and for reference only.

Be sure to confirm the precise values.

2. Leakage Current Test

Confirm the specified (or lower) leakage current
between B (earth ground, power cord plug prongs)
and externally exposed accessible parts (RF termi­nals, antenna terminals, video and audio input and
output terminals, microphone jacks, earphone jacks,
etc.) is lower than or equal to the specified value in the
table below.

Measuring Method (Power ON) :

Insert load Z between B (earth ground, power cord
plug prongs) and exposed accessible parts. Use an
AC voltmeter to measure across the ter minals of load
Z. See Fig. 2 and the following table.

Table 2: Leakage current ratings for selected areas

AC Line Voltage Load Z Leakage Current (i) Earth Ground (B) to:

120 V

≥ 3.2mm (0.126 inches)

0.15µF CAP. & 1.5kΩ RES.
Connected in parallel

Exposed Accessible Part

Z

1.5k

i≤0.5mA Peak Exposed accessible parts

0.15 F

Earth Ground

B

Power Cord Plug Prongs

AC Voltmeter
(High Impedance)

Fig. 1

Fig. 2

Note: This table is unofficial and for reference only. Be sure to confirm the precise values.

1-2-2 DVD_SFN1

STANDARD NOTES FOR SERVICING

Circuit Board Indications

1. The output pin of the 3 pin Regulator ICs is indi­cated as shown.

Top View

Out

2. For other ICs, pin 1 and every fifth pin are indicated
as shown.

Pin 1

3. The 1s t pin of every ma le con nec tor is i ndi ca ted a s
shown.

Input

In

Bottom View

5

10

Pb (Lead) Free Solder

When soldering, be sure to use the Pb free solder.

How to Remove / Install Flat Pack-IC

1. Removal

With Hot-Air Flat Pack-IC Desoldering Machine:.

(1) Prepare the hot-air flat pack-IC desoldering

machine, then apply hot air to the Flat Pack-IC
(about 5 to 6 seconds). (Fig. S-1-1)

Pin 1

Instructions for Connectors

1. When you conn ect or disconn ect t he FFC (Flexible
Foil Connector) cable, be sure to first disconnect
the AC cord.

2. FFC (Flexible Foil Connector) cable should be
inserted parallel into the connector, not at an angle.

FFC Cable

Connector

CBA

* Be careful to avoid a short circuit.

Fig. S-1-1

(2) Remove the flat pack-IC with tweezers while apply-

ing the hot air.

(3) Bottom of the flat pack-IC is f ixed with glue to the

CBA; when rem oving enti re flat pa ck-IC, first apply
soldering iron to ce nte r of th e f lat pack-IC a nd hea t
up. Then remove (glue will be melted). (Fig. S-1-6)

(4) Release the flat pack-IC from th e CBA usin g twee-

zers. (Fig. S-1-6)

Caution:

1. T he Flat Pack-IC shape may differ by models. Use
an appropriate hot-air flat pack-IC desoldering
machine, whose shape matches that of the Flat
Pack-IC.

2. D o not supply hot air to the chip par ts around the
flat pack-IC for over 6 seconds because damage to
the chip parts may occur. Put masking tape around
the flat pack-IC to protect other parts from damage.
(Fig. S-1-2)

1-3-1 E6STA

3. The fla t pa ck-IC on the CBA is a ffi xed with glue, so
be careful not to break or damage the foil of each
pin or the solder lands under the IC when removing
it.

With Soldering Iron:

(1) Using desoldering braid, remove the solder from all

pins of the flat pack-IC. When you use solder flux
which is applied to all pins of the flat pack-IC, you
can remove it easily. (Fig. S-1-3)

CBA

Masking
Tape

Tweezers

Hot-air
Flat Pack-IC
Desoldering
Machine

Flat Pack-IC

Fig. S-1-2

Flat Pack-IC

Desoldering Braid

Soldering Iron

Fig. S-1-3

(2) Lift each lead of the flat pack-IC upward one by

one, using a shar p pin or wire to which sol der will
not adhere (iron w ire). When h eating the p ins, use
a fine tip soldering iron or a hot air desoldering
machine. (Fig. S-1-4)

Sharp
Pin

Fine Tip
Soldering Iron

(3) Bottom of the flat pack-IC is f ixed with glue to the

CBA; when rem oving enti re flat pa ck-IC, first apply
soldering iron to ce nte r of th e f lat pack-IC a nd hea t
up. Then remove (glue will be melted). (Fig. S-1-6)

(4) Release the flat pack-IC from th e CBA usin g twee-

zers. (Fig. S-1-6)

Fig. S-1-4

1-3-2 E6STA

With Iron Wire:

(1)Using desoldering braid, remove the solder from all

pins of the flat pack-IC. When you use solder flux
which is applied to all pins of the flat pack-IC, you
can remove it easily. (Fig. S-1-3)

(2) Affix the wire to a workbench or solid mounting

point, as shown in Fig. S-1-5.

(3) While heating the pins using a fine tip soldering

iron or hot air blower, pull up the wire as the solde r
melts so as to lift the IC leads from the CBA contact
pads as shown in Fig. S-1-5.

(4)B ottom of the flat pack-IC is fixed with glue to the

CBA; when removing entire flat pack-IC, first apply
soldering iron to c en ter o f the fl at pack-IC an d h eat
up. Then remove (glue will be melted). (Fig. S-1-6)

(5)Re lease the fl at pack-IC from the CBA using twee-

zers. (Fig. S-1-6)

Note:

When using a solde ring iron, care must be taken
to ensure that the flat pack-IC is not being he ld by
glue. When the flat pack-IC is removed from the
CBA, handle it gently becau se it may be dama ged
if force is applied.

Hot Air Blower

2. Installation

(1) Using desoldering braid, remove the solder from

the foil of each pin of the flat pack-IC on the CBA so
you can install a replacement flat pack-IC more
easily.

(2) The “I” mark on the flat pack-IC indicates pin 1.

(See Fig. S-1-7.) Be sure this mar k matches the 1
on the PCB when positioning for installation. Then
presolder the four cor ners of the fl at pack-IC. (See
Fig. S-1-8.)

(3) Solder all pins of the flat pack-IC. Be sure that none

of the pins have solder bridges.

Example :

Pin 1 of the Flat Pack-IC
is indicated by a " " mark.

Fig. S-1-7

To Solid
Mounting Point

CBA

Tweezers

Iron Wire

Soldering Iron

Fig. S-1-5

Fine Tip
Soldering Iron

Flat Pack-IC

or

Presolder

Flat Pack-IC

CBA

Fig. S-1-8

Fig. S-1-6

1-3-3 E6STA

Instructions for Handling
Semi-conductors

Electrostatic breakdown of the semi-conductors may
occur due to a potential dif ference caused by electro­static charge during unpacking or repair work.

1. Ground for Human Body

Be sure to wear a grounding band (1M Ω) that is prop ­erly grounded to rem ove any static electr icity that may
be charged on the body.

2. Ground for Workbench

(1)Be sure to place a conductive sheet or copper plate

with proper grounding (1MΩ) on the workbench or
other surface, where the semi-conductors are to be
placed. Because the static electricity charge on
clothing will not escape thr ough the body ground­ing band, be careful to avoid contacting semi -con­ductors with your clothing.

<Incorrect>

<Correct>

1MΩ

CBA

Grounding Band

1MΩ

CBA

Conductive Sheet or
Copper Plate

1-3-4 E6STA

FUNCTION INDICATOR SYMBOLS

< VCR Section >

Note:

If a mechanical malfunction oc curs, the power is tur ned off. When the power comes on again after that by
pressing [STANDBY-ON] button, an error message is displayed on the TV screen for 5 seconds.

Led Mode Indicator Active

When reel or capstan mechanism is not functioning
correctly

When tape loading mechanism is not functioning
correctly

When cassette loading mechanism is not functioning
correctly

When the drum is not working properly
P-ON+5V Power safety detection

TV screen

“A R” is displayed on a TV screen. (Refer to Fig. 1.)

“A T” is displayed on a TV scr een. (Refer to Fig. 2.)

“A C” is displayed on a TV screen. (Refer to Fig. 3.)

“A D” is displayed on a TV screen. (Refer to Fig. 4.)
“A P” is displayed on a TV screen. (Refer to Fig. 5.)

When reel or capstan mechanism is not functioning
correctly

A

R

Fig. 1

When tape loading me chanism is not func tioning cor­rectly

A

T

Fig. 2

When cassette loadi ng mechanism is not functioning
correctly

When the drum is not working properly

A

D

P-ON+5V Power safety detection

A

P

Fig. 4

Fig. 5

A

C

Fig. 3

1-4-1 E9480FIS

< DVD Section >

Note: If an error occurs, a message with the error number appears on the screen.

X X Y Y Z Z

Error code
Nucleus nmber
Nucleus group nmber

Description Error No. Error Description

Sends the device id and the module ids and revisions
of the Domino IC to the stdout port.

Generates a test-image of a selected video standard
on selected video output on the digital board. When no
input is given, the default values will be used. Use
nucleus DS_ANAB_VideoRouting to route the video
signal on the analogue board output.

Switches the test-image off. 010200 Stopping the test image generation succeeded.
Generate an audio sine signal on the audio output of

the digital board.
Stop generating the audio sine signal.

Generate an audio sine signal on the audio output of
the digital board for 4 seconds.

Mute the audio outputs of the digital board. 010600 Muting the audio succeeded.
De-mute the audio outputs of the digital board. 010700 De-muting the audio succeeded.
Check the connection to the DV-LED on the digital

board by switching it on.
Switch off the DV-LED on the digital board. 010900 Switching the DV-LED off succeeded

Peek a value on a specified address.

Poke a value on a specified address.

Check the communication between the IIC controller of
the Chrysalis and the EEPROM.

Check whether the EEPROM can be written to and
read from.

Make the EEPROM empty, containing all zeroes.

Modifies one or more locations in NVRAM and updates
the checksum of the section modified.

010000 Getting the information succeeded.
010100 Generating the test image succeeded.

010101 Failed to set up DENC.
010102 Invalid user input.

010103 Test image not supported.

010300 The sine signal was successfully generated.
010301 Generating the sine test audio failed.
010400 Switching off the audio sine signal succeeded.
010401 Failed to stop sine test audio.
010500 The sine signal burst was successfully generated.
010501 Generating the sine burst f ailed.
010502 Failed to stop the sine burst.

010800 Switching the DV-LED on succeeded.

011200 Peeking on the specified address succeeded.
011201 No address input.
011202 Invalid address.
011300 Poking the specified address succeeded.
011301 No address input.
011302 Invalid address/data.
030000 Something is properly read so the communication is OK.
030004 The communication with the NVRAM failed.
030005 The IIC bus initialisation failed.
030100 The write-read test succeeded.
030101 The IIC bus initialisation failed.
030102 The communication with the NVRAM failed.
030103 The read back value is different from the written value.
030200 The clearing of the NVRAM succeeded.
030201 There was an IIC error .
030202 Clearing the NVRAM failed.
030300 Modifying the NVRAM contents succeeded.
030301 Unable to initialise NVM.
030302 Modifying the NVRAM contents failed.
030303 Length out of range.
030304 Unable to decode length.
030305 Offset out of range.
030306 unable to decode offset.
030307 Unknown location specified.
030308 No location is specified.
030309 Number of values incorrect.
030310 Error creating checksum.
030311 Invalid data.

1-4-2 E9480FIS

Description Error No. Error Description

Read out one or more locations in the NVRAM.

Write to a specific memory address.

Read from a specific memory address.

Get the device (revision) type i nformation of the FLASH
IC. (manufacturer and device ID)

Check whether the FLASH can be written to and read
from.

Read from a specific memory address.

Check the checksum of the application partitions by
recalculating and comparing partition checksums.

Calculate the checksum over all memory addresses.
Used to check entire FLASH contents.

Calculate a checksum over a selected number of
address locations.

Get the device (revision) type information of the VIP IC.

Check the communication between the IIC controller of
the Domino and the VIP IC.

Switch the clock output on.

030400 Value read.
030401 Unable to initialise NVM.
030402 Reading the NVRAM contents failed.
030403 Length out of range.
030404 Unable to decode length.
030405 Offset out of range.
030406 Unable to decode offset.
030407 Unknown location specified.
030408 No location is specified.
040200 Writing to the SDRAM succeeded.
040201 No address input.
040202 No data input.
040203 Address is not dividable by 4.
040204 Invalid data.
040205 Address out of rang e.
040206 Invalid address.
040300 Reading from the SDRAM succeeded.
040301 No address input.
040302 Address is not dividable by 4.
040303 Address out of rang e.
040304 Invalid address.

050000 Getting the informat ion from the FLASH succeeded.
050100 The FLASH write-read test succeeded.

050101 Wrong BALO signature.
050102 Wrong CONS signature.
050103 Invalid CONS base.
050104 Invalid CONS end address.
050105 All bits in the TEST region are filled with 0.
050106 The WriteRead test failed.
050107 The Write Failed.
050200 Reading the FLASH succeeded.
050201 No address input.
050202 Invalid address.
050203 Address is out of range.
050204 Address is not dividable by 2.
050300 The checksum is valid, the test succeeded.
050301 Wrong BSTB signature.
050302 Wrong BSTB checksum.
050303 Wrong BALO signature.
050304 Wrong BALO checksum.
050305 Wrong CONS signature.
050306 Wrong CONS checksum.
050307 Invalid BALO end address.
050308 Invalid CONS base.
050309 Invalid CONS end address.

050400 Calculating the checksum over all addresses succeeded.

050500 Calculating the checksum over selected addresses succeeded.
060000 Getting the informa tion from the VIP succeeded.

060001 The IIC bus initialisation failed.
060002 The communication with the VIP failed.
060100 Communicating with the VIP succeeded.
060001 The IIC bus initialisation failed.
060002 The communication with the VIP failed.
060200 Switching the clock output on succeeded.
060201 Switching the clock output on failed.

1-4-3 E9480FIS

Description Error No. Error Description

Switch the clock output off.

Select an input video path to be switched to the
analogue output of the VIP.

Get the device (revision) type in formation of the 1394
Physical layer IC.

Check the accessibility of the 1394 Physical layer IC by
writing to and reading from a specific address.

Route a DV stream containing an audio and video
signal through the physical IC to the Domino. This will
be loopthrough to the video output of Domino.

Check whether a DV node can be detected by the
hardware.

Check the device type of the DENC in use.

Check the communication between the IIC controller of
the Domino and the DENC-IC.

Generate a test image and make it present on the
DENC-IC.

Switch off the generated test image.

Turn on MacroVision.

Turn off MacroVision.

Check the communication between the digital board
and the recorder drive by issuing an Inquiry command
over ATAPI bus.

Reset the basic engine.
Return the self-test results through the service port. 090200 Self test succeeded, no errors.
Get the version of the basic engine and that of the

optical unit.

Open the tray of the basic engine.

Close the tray of the basic engine.

060300 Switching the clock output off succeeded.
060301 Switching the clock output off failed.
060400 Selecting the input of the VIP succeeded.
060401 The user provided wrong input.
060402 The VIP was not accessible.
060405 This mode not available on SAA7118.
070100 Getting the informat ion from the physical layer IC succeeded.
070101 Missing PHY clock.
070102 Time-out error.
070103 1394 chip is not IEEE 1394a-2000 compliant.
070300 Communicating with the physical lay er IC succeeded.
070301 Missing PHY clock.
070302 Time-out error.
070303 Register write test failed.
070400 Routing the signals succeeded.

070405 Failed to initialise DENC.
070500 The node was detected OK.

070504 No node was detected.
080100 Communicating with the progressive scan DENC-IC succeeded.
080101 The IIC bus initialisation failed.
080102 No valid DENC detected.
080100 Communicating with the progressive scan DENC-IC succeeded.
080104 Communicating with the DENC failed.
080105 The IIC bus initialisation failed.
080200 The generation of the test image succeeded.
080201 The IIC bus initialisation failed.
080202 Unable to initialise the DENC.
080203 The generation of the test image failed.
080300 Turning off the test image succeeded.
080301 The IIC bus initialisation failed.
080302 The test image could not be tur ned off.
081000 Turning on MacroVision succeeded.
081001 The IIC bus initialisation failed.
081002 Unable to access DE NC.
081000 Turning off MacroVision succeeded.
081001 The IIC bus initialisation failed.
081002 Unable to access DE NC.
090000 Communicating with recorder drive succeeded.
090001 Recorder drive init fails.
090002 Recorder drive command fails.
090100 Resetting the Basic Engine s ucceeded.
090101 Recorder drive init fails.

090300 BE version OK.
090301 Recorder drive init fails.
090302 Recorder drive command fails.
090400 The command executed successfully.
090401 Recorder drive init fails.
090402 Recorder drive command fails.
090500 The command executed successfully.
090501 Recorder drive init fails.
090502 Recorder drive command fails.

1-4-4 E9480FIS

Description Error No. Error Description

Write data to and read data from a DVD+RW disc
through the basic engine for verification of the writing.

Write data to and read data from a DVD+R disc
through the basic engine for verification of the writing.

Retrieve the statistical information from the basic
engine.

Reset the statistical information in the basic engine.

Get the error log from the basic engine.

Reset the error log in the basic engine.

090600 The command executed successfully.
090601 Sanyo drive init fails.
090602 Failed to close tray.
090603 Failed to get disc type.
090604 Not DVD+RW disc.
090605 Buffer wait failed.
090606 Write command failed. Sensekey = XX,YY,ZZ.
090607 Failed to synchronize cache. Sensekey = XX,YY,ZZ.
090608 Read command failed. Sensekey = XX,YY,ZZ.
090609 Data read back is different from written data.
090700 The command executed successfully.
090701 Sanyo drive init fails.
090702 Failed to close tray.
090703 Failed to get disc type.
090704 Not DVD+R disc.
090705 Buffer wait failed.
090706 Write command failed. Sensekey = XX,YY,ZZ.
090707 Failed to synchronize cache. Sensekey = XX,YY,ZZ.
090708 Read command failed. Sensekey = XX,YY,ZZ.
090709 Data read back is different from written data.
090710 Failed to read back NWA.
090711 Disc full, insert new DVD+R.
090800 The command executed successfully.
090801 There was a time-out while communicating.
090802 The Basic Engine returned an unexpected result.
090803 The BE returned an error code.
090804 No acknowledge received from BE.
090805 Communicating with the Basic Engine failed.
090806 The BE returned no info.
090900 The command executed successfully.
090901 There was a time-out while communicating.
090902 The Basic Engine returned an unexpected result.
090903 The BE returned an error code.
090904 No acknowledge received from BE.
090905 Communicating with the Basic Engine failed.
091000 The command executed successfully.
091001 There was a time-out while communicating.
091002 The Basic Engine returned an unexpected result.
091003 The BE returned an error code.
091004 No acknowledge received from BE.
091005 Communicating with the Basic Engine failed.
091006 The BE returned no info.
091100 The command executed successfully.
091101 There was a time-out while communicating.
091102 The Basic Engine returned an unexpected result.
091103 The BE returned an error code.
091104 No acknowledge received from BE.
091105 Communicating with the Basic Engine failed.

1-4-5 E9480FIS

Description Error No. Error Description

This test measures the average jitter and b ler v alues. A
formatted DVD must be loaded into the engine before
executing this nucleus.

Check whether there is a disc inside the BE.

Read the TOC from the disc. This gives a good
indication if the BE works properly.

Enables Automatic Pattern Verification tool on
DVD+RW disc. Start, stop and type of pattern to be
used can be configured by the user. Return pass/fail
result.

Enables Automatic Pattern Verification tool on DVD+R
disc. Start, stop and type of pattern to be used can be
configured by the user. Return pass/fail result. Note
that the nucleus does not check that the write address
is the correct next available address according to the
DVD+R disc. This must be taken care of by the user,
otherwise the write command will fail.

Set the region code in the AV3.

091200 Optimising jitter succeeded.
091201 There was a time-out while communicating.
091202 The Basic Engine returned an unexpected result.
091203 The Basic Engine returned an error code.
091204 No acknowledge received from BE.
091205 Unable to send tray in.
091206 Unable to read the disc.
091207 No disc is loaded.
091208 Unknown disc is loade d.
091209 Unabl e to enter service mode.
092100 There was a disc inside the set.
092101 Unable to load the tray.
092102 Error received fr om BE .
092400 A disc is loaded, TOC info if echoed.
092401 Unable to load the tray.
092402 The BE has not returned TOC info.
092403 Error received fr om BE .
092600 The command executed successfully.
092601 Not enough in put parameters.
092602 Invalid start address.
092603 Invalid End address.
092604 Invalid pattern.
092605 Sanyo drive init fails.
092606 Failed to close tray.
092607 Failed to get disc type.
092608 Not DVD+RW disc.
092609 Buffer wait failed.
092610 Write command failed. Sensekey = XX,YY,ZZ.
092611 Failed to synchronize chase. Sensekey = XX,YY,ZZ.
092612 Read command failed. Sensekey = XX,YY,ZZ.
092613 Data read back is different from written data.
092700 The command executed successfully.
092701 Not enough in put parameters.
092702 Invalid start address.
092703 Invalid End address.
092704 Invalid pattern.
092705 Sanyo drive init fails.
092706 Failed to close tray.
092707 Failed to get disc type.
092708 Not DVD+R disc.
092709 Buffer wait failed.
092710 Write command failed. Sensekey = XX,YY,ZZ.
092711 Failed to synchronize chase. Sensekey = XX,YY,ZZ.
092712 Read command failed. Sensekey = XX,YY,ZZ.
092713 Data read back is different from written data.
092800 The command executed successfully.
092801 There was a time-out while communicating.
092802 The Basic Engine returned an unexpected result.
092803 The BE returned an error code.
092804 No acknowledge received from BE.
092805 Communicating with the Basic Engine failed.
092806 The user provided wrong input.

1-4-6 E9480FIS

Description Error No. Error Description

Read the region code from the AV3.

Reset the region counter in the AV3.

Adjust the DVD-M (with the OPU) with PCBA. (So
adjusts the two PCBS to each other)

Check the communication between the digital board
and the DCB by issuing an echo command.

Get the version of the DCB

Light the entire display of the DCB, and clear the
display after confirmation.User confirmation is
necessary.The REC and PLAY keys on the local
keyboard are used for this confirmation.The PLAY key
confirms that the test pattern is OK and the REC key
indicates an error. The STOP key is used to exit this
nucleus at any time. The keyboard can also be used for
the same purpose. The O or o key confirms that the
test pattern is OK and the N or n key indicates the user
wants to go to the next test or that there is an error . The
rest of the keys of the keyboard are used to exit this
nucleus at any time.

Check all keys of the keyboard by confirming the key­code displayed of each key. The PLAY key is used to
confirm this nucleus. However, this key is also part of
the keyboard test itself. Also the REC and STOP keys
are used to exit the test.With the REC key the user
signals a failure, while the STOP key signals the
abortion of the test by the user. To use one of these
three keys for confirmation,failur e or abortion, the user
needs to hold the key pressed down for more than one
second. Pressing the keyboard will also stop the test at
any time.

092900 The command executed successfully.
092901 There was a time-out while communicating.
092902 The Basic Engine returned an unexpected result.
092903 The BE returned an error code.
092904 No acknowledge received from BE.
092905 Communicating with the Basic Engine failed.
093000 The command executed successfully.
093001 There was a time-out while communicating.
093002 The Basic Engine returned an unexpected result.
093003 The BE returned an error code.
093004 No acknowledge received from BE.
093005 Communicating with the Basic Engine failed.
093100 The command executed successfully.
093101 There was a time-out while communicating.
093102 The Basic Engine returned an unexpected result.
093103 The BE returned an error code.
093104 No acknowledge received from BE.
093105 Communicating with the Basic Engine failed.
093106 Unabl e to enter service mode.
093107 This nucleus is not supported by the engine.
100000 Communicating with the DCB succeeded.
100001 DCB could not be ac cess ed by the analogue board.
100002 There was no response from the analogue board.
100003 The error code returned from the analogue board is unknown.
100004 There was no response from the front panel.
100100 Retrie ving the v ersion of the DCB succeeded.
100101 DCB could not be ac cess ed by the analogue board.
100102 There was no response from the analogue board.
100103 The error code returned from the analogue board is unknown.
100200 Lighting the entire display succeeded.
100201 DCB could not be ac cess ed by the analogue board.
100202 There was no response from the analogue board.
100203 The error code returned from the analogue board is unknown.
100206 The DCB did not light all labels.
100207 The user skipped the rest of the test.

100208 The user returned an unknown confirmation.

100400 All the keys on the keyboard have been pressed.
100401 DCB could not be ac cess ed by the analogue board.
100402 There was no response from the analogue board.
100403 The error code returned from the analogue board is unknown.
100404 Not all the keys w ere pressed.
100405 In valid key code returned.
100406 DCB Keyboard; test failed.
100407 DCB Keyboard; test aborted.
100408 Failed to clear FP buffer.
100409 Test stopped from service port.

1-4-7 E9480FIS

Description Error No. Error Description

Check the interface between the remote control and
the DCB by checking the key-code displayed. At least
one key must be tested. The test can be exited by
pressing the STOP-,REC-, or PLAY-key on the local
keyboard. The user should press PLAY to indicate a
successful test. The REC-key is pressed if the test
failed, and ST OP can be pressed to abort the test. The
keyboard can also be used for the same pur pose .The
O or o key stops the test and the N or n key indicates
an error. The rest of the keys of the keyboard are used
to abort this test at any time.

Switch the record LED on, and after confirmation off.
The user confirms by pressing the REC key, ST OP ke y,
or the PLAY key on the local keyboard. The PLAY key
confirms that the LED is on and the REC key indicates
an error. The STOP key signals the abortion of the test
by the user. The keyboard can also be used for the
same purpose . The O or o key confirms that the test
pattern is OK and the N or n key indicates an error or
that the user wants to go to the next test. The rest of
the keys of the ke yboard are used to e xit this n ucleus at
any time. After that the nucleus switches the LED off.

Check the communication between the digital board
and the analogue board by issuing some echo string.

Check the communication between the digital board
and the NVRAM on the analogue board.

Check the communication between the digital board
and the tuner on the analogue board.

Check the communication between the digital board
and the data slicer on the analogue board.

Check the communication between the digital board
and the sound processor on the analogue board.

Check the communication between the digital board
and the A/V-selector on the analogue board.

Get the hardware version of the analogue board.

Get the software version of the boot software of the
analogue board.

100500 Remote Control test succeeded.
100501 DCB could not be ac cess ed by the analogue board.
100502 There was no response from the analogue board.
100503 The error code returned from the analogue board is unknown.
100504 DCB Remote control; no user input received.
100505 DCB Remote control; test failed.
100506 DCB Remote control; test aborted.
100507 Failed to clear FP buffer.

100508 Test stopped from service port.
100600 Switching Led on succeeded.

100601 DCB could not be ac cess ed by the analogue board.
100602 There was no response from the analogue board.
100603 The DCB did not light all the leds.
100604 The user skipped the rest of the test.
100605 The user returned an unknown confirmation:

100606 The error code returned from the analogue board is unknown.

110000 Communicating with the analogue board succeeded.
110001 The test returned the wrong string.
110002 Communicating with the analogue board failed.
110103 The analogue board returned an unexpected result.
110104 Receiving character failed.
110100 Communicating with the NVRAM on the analogue board succeeded.
110101 The analogue board could not communicate with the NVRAM.
110102 Communicating with the analogue board failed.
110103 The analogue board returned an unexpected result.
110104 The write-read test failed.
110200 Communicating with the tuner on the analogue board succeeded.
110201 The analogue board could not communicate with the tuner.
110202 Communicating with the analogue board failed.
110203 The analogue board returned an unexpected result.

110300
110301 The analogue board could not communicate with the data slicer.

110302 Communicating with the analogue board failed.
110303 The analogue board returned an unexpected result.

110400

110401
110402 Communicating with the analogue board failed.

110403 The analogue board returned an unexpected result.
110500
110501 The analogue board could not communicate with the A/V selector.

110502 Communicating with the analogue board failed.
110503 The analogue board returned an unexpected result.
110600 Reading the hardware version succeeded.
110601 The segment containing the hardware version could not be found.
110602 Communicating with the analogue board failed.
110603 The analogue board returned an unexpected result.
110700 Reading the boot-software version succeeded.
110701 The segment containing the boot-software v ersion could not be f ound.
110702 Communicating with the analogue board failed.
110703 The analogue board returned an unexpected result.

Communicating with the data slicer on the analogue board
succeeded.

Communicating with the sound procesor on the analogue board
succeeded.

The analogue board could not communicate with the sound
processor.

Communicating with the A/V selector on the analogue board
succeeded.

1-4-8 E9480FIS

Description Error No. Error Description

Get the software version of the download software of
the analogue board.

Get the software version of the application software of
the analogue board.

Get the software version of the diagnostic software of
the analogue board.

Check the checksum of the several part itions by
recalculating and comparing partition checksums.

Perform the routing of the video paths on the analogue
board.

Perform the routing of the audio paths on the analogue
board.

Set the tuner to receive a valid audio and video signal

Perform an IIC write and read action on the analogue
board

Set the clock to the value passed through in the YYYY
MM DD HH MM SS format.

Generate a 1 kHz signal on pin 7 (INT) of the clock IC.

Store the clock IC correction value in NVRAM.

110800 Reading the download-software version succeeded.
110801
110802 Communicating with the analogue board failed.

110803 The analogue board returned an unexpected result.
110900 Reading the application-software version succeeded.

110901
110902 Communicating with the analogue board failed.

110903 The analogue board returned an unexpected result.
111000 Reading the diagnostics-software version succeeded.

111001
111002 Communicating with the analogue board failed.

111003 The analogue board returned an unexpected result.
111100 Checksum calculation succeeded.

111101
111102 Communicating with the analogue board failed.

111103 Communicating with the analogue board failed.
111104 The analogue board returned an unexpected result.
111200 Routing the video on the analogue board succeeded.
111201 Routing the video on the analogue board failed.
111202 The user provided wrong input.
111203 Communicating with the analogue board failed.
111204 The analogue board returned an unexpected result.
111300 Routing the audio on the analogue board succeeded.
111301 Routing the audio on the analogue board failed.
111302 The user provided wrong input.
111303 Communicating with the analogue board failed.
111304 The analogue board returned an unexpected result.
111400 Setting the tuner ch annel succeeded.
111401 Setting the tuner channel failed.
111402 The user provided wrong input.
111403 Communicating with the analogue board failed.
111404 The analogue board returned an unexpected result.
111500 Reading and writing IIC on the analogue board succeeded.
111501 Reading or writing IIC on the analogue board failed.
111502 The user provided wrong input.
111503 Communicating with the analogue board failed.
111504 The analogue board returned an unexpected result.
111600 Adjusting the clock succeeded.
111601 Adjusting the clock failed.
111602 The user provided wrong input.
111603 Communicating with the analogue board failed.
111604 The analogue board returned an unexpected result.
111700 Generating the signal on the designated pin succeeded.
111701 Generating the signal on the designated pin failed.
111702 Communicating with the analogue board failed.
111703 The analogue board returned an unexpected result.
111800 Storing the correction value for the clock in NVRAM succeeded.
111801 Storing the correction value for the clock in NVRAM failed.
111802 Invalid input; default value stored.
111803 Communicating with the analogue board failed.
111804 The analogue board returned an unexpected result.
111805 The user provided wrong input.

The segment containing the download-software version could not be
found.

The segment containing the application-software version could not be
found.

The segment containing the diagnostics-software version could not be
found.

Either the segment could not be found or the checksum was not
correct.

1-4-9 E9480FIS

Description Error No. Error Description

111900 Storing the reference voltage f or the tuner in NVRAM succeeded.
111901 Storing the reference voltage for the tuner in NVRAM failed.

Store the reference voltage for the tuner in NVRAM.

Store the frequency table in NVRAM. The frequency
table is passed through the error-string provided to the
nucleus.

Store the external presets in NVRAM.

Measure the audio signal corresponding to 0dB per
channel and store it as correction value in NVRAM

Check communication to VCR module via SIO interface

Get the hardware version and type of the digital board. 120000 Getting the hardware version and type of the digital board succeeded.
Get the version of the boot stub software on the digital

board.
Get the version of the download software on the digital

board.
Get the version of the application software on the

digital board.

Upload the contents of the NVRAM on the analogue
board or the digital board to the service PC, by using
the X-modem protocol.

Download a file with the contents of the NVRAM f or the
analogue board or the digital board from the service
PC to the recorder, by using the X-modem protoc ol.

Set the IEEE 1394 unique ID.

Get the IEEE1394 unique ID.

111902 The user provided wrong input.
111903 Communicating with the analogue board failed.
111904 The analogue board returned an unexpected result.
112000 Downloading the frequency table in NVRAM succeeded.
112001 Downloading the frequency table in NVRAM failed.
112002 The user provided wrong input.
112003 Communicating with the analogue board failed.
112004 The analogue board returned an unexpected result.
112100 Storing the external presets in NVRAM succeeded.
112101 Storing the exter nal preset s in NVRAM failed.
112102 Communicating with the analogue board failed.
112103 The analogue board returned an unexpected result.
112200 Storing the bargraph adjustment values in NVRAM succeeded.
112201 Storing the bargraph adjustment values in NVRAM failed.
112202 Communicating with the analogue board failed.
112203 The analogue board returned an unexpected result.
112300 Communication to VCR succeeded.
112201 Communicating with the analogue board failed..
112302 Wrong SIO CRC received.
112303 No SIO data received.
112304 The analogue board returned an unexpected result.

120100 Getting the Boot software version succeeded.

120200 Getting the Download software version succeeded.
120300 Getting the Application software version succeeded.

120301 Invalid CONS base address.
120500 Download succeeded.
120501 User input is n ot valid.

120502
120503 Something went wrong while transferring the data.

120504 User cancelled the upload.
120600 Download succeeded.
120601 The write to NVRAM failed.
120602 Timeout. Too many retries.
120603 A file was sent with a wrong header.
120604 User cancelled the download.
120605 User input is n ot valid.
120606 Unknown Error.
120700 Setting the unique DV ID succeeded.
120701 User input is n ot valid.
120702 Setting the unique DV ID failed.
120703 Write succeeded, but checksum is corr upt .
120704 Error initialising I2C.
120800 Getting the unique DV ID succeeded.
120801 Getting the unique DV ID failed.

Something went wrong while copying the data from NVRAM to
SDRAM .

1-4-10 E9480FIS

Description Error No. Error Description

120900 Writing the data over IIC succeeded.
120901 No input specified.
120902 In valid Bus ID number.
120903 No IIC address.
120904 Invalid IIC address.
120905 No number of bytes input.

Perform an IIC write action on the digital board.

Perfo r m an IIC read action on the digital board.

Perform an UART write action on the digital board on a
specified UART.

Perfo r m an UART read action on the digital board on a
specified UART

The video signal, which is determined by the user
input, is routed from the input to the output. Input is set
with the routing nucleus 1112. All outputs are enabled.
Audio loopthrough is also enabled by this nucleus.

Stop routing the audio/video input to all the outputs.. 121400 VideoLoopthroughStop succeeded.

Set the slash version of the system.

Get the slash version of the system.

(Re-) Virginize the recorder. User data in the NVRAM
of the analogue board is cleared.

Turn on the virgin mode functionality (e.g. the auto
channel search upon startup).

120906 Invalid number of bytes.
120907 No Data.
120908 Number of bytes must be > 0 and < 18.
120909 Invalid Data.
120910 Not enough data bytes.
120911 IIC Write fail ed.
120912 IIC init f ailed.
121000 Reading the data ov er IIC succeeded.
121001 No input specified.
121002 In valid Bus ID number.
121003 No IIC address.
121004 Invalid IIC address.
121005 No number of bytes input.
121006 Invalid number of bytes.
121007 Number of bytes must be > 0 and < 101.
121008 IIC Read failed.
121009 IIC init f ailed.
121100 Writing the bytes to the UART succeeded.
121101 The user provided wrong input.
121102 Writing to the UART failed.
121200 Reading the data from the UAR T succeeded.
121201 The user provided wrong input.
121202 Reading the data from the UAR T failed.
121300 Video LoopthroughStart succeeded.
121302 Invalid input parameters.
121303 Failed to initialise DENC.
121304 Failed to initialise VIP.
121305 DSW not ready for this setting yet.

121700 Setting the slash version succeeded.
121701 Invalid slash version, default version is set.
121702 Setting the slash version failed.
121703 The user provided wrong input.
121705 No DS errCode known for analogue board error:
121706 There was no response from the analogue board.
121800 Getting the slash version succeeded.
121801 Getting the slash version f ailed.
121802 The IIC write failed.
121803 The IIC read failed.
121804 There was no response from the analogue board.
121805 No DS errCode known for analogue board error:
121900 Virginization succeeded.
121901 Virginization on the Analogue Board failed.
121903 No DS errCode known for analogue board error:
121904 There was no response from the analogue board.
122000 Turning on the virgin mode succeeded.
122001 urning on VirginMode on the Analogue Board failed.
122003 No DS errCode known for analogue board error:
122004 There was no response from the analogue board.

1-4-11 E9480FIS

Description Error No. Error Description

Turn off the virgin mode functionality (e.g. the auto
channel search upon startup).

122100 Turning off the virgin mode succeeded.
122101 Turning off VirginMode on the Analogue Board failed.
122103 No DS errCode known for analogue board error:
122104 There was no response from the analogue board.

1-4-12 E9480FIS

PREPARATION FOR SERVICING

How to Enter the Service Mode

About Optical Sensors

Caution:

An optical sensor system is used for the Tape Start
and End Sensors on this equipment. Carefully read
and follow the instructions below. Otherwise the unit
may operate erratically.

What to do for preparation

Insert a tap e into the Deck Mechan ism Assembly and
press the PLAY button. The tape will be loaded into
the Deck Mechanism Assembly. Make sure the power
is on, connect TP204 (S-INH) to GND. This will stop
the function of Tape Start Sensor, Tape End Sensor
and Reel Sensors. (If these TPs are c onne ct ed before
plugging in the unit, the function of the sensors will
stay valid.) See Fig. 1.

Q236

Q238

TP204

S-INH

Fig. 1

Note: Because the Tape End Se nsors are in active, do

not run a tape all the way to the start or the en d of the
tape to avoid tape damage.

1-5-1 E9480PFS

OPERATING CONTROLS AND FUN CTIONS

[ DVDR600 VR/37 ]

1-6-1 E9480IB

1-6-2 E9480IB

1-6-3 E9480IB

[ MRV700VR/17 ]

1-6-4 E9480IB

1-6-5 E9480IB

1-6-6 E9480IB

[ DVDR600 VR/37 ]

REMOTE CONTROL OPERATION

1-7-1 E9480IBR

1-7-2 E9480IBR

[ MRV700VR/17 ]

1-7-3 E9480IBR

1-7-4 E9480IBR

CABINET DISASSEMBLY INSTRUCTIONS

Comparison Chart of Models and Marks

Model Mark

DVDR600VR/37 A

MRV700VR/17 B

1. Disassembly Flowchart

This flowchar t indicates the disassembly steps to gain
access to item(s ) to be ser v iced. When reasse mbling,
follow the steps in reverse order. Bend, route, and
dress the cables as they were originally.

[9] FFC
Friction Plate

[10] Rear
Panel Unit

[11] Power
Supply CBA

[13] PCB
Holder

[14] Rear
Panel

[17] VCR
Chassis Unit

[20] Main
CBA

[21] CPU
CBA Unit

[1] T op Cover

[2] Front
Assembly

[5] Jack-A
CBA

[6] Jack-B
CBA

[12] DC
Fan Motor

[23] Front
Bracket R

[22] Deck
Pedestal

[18] Deck
Assembly

[19] Function
CBA

[3] Front
Bracket

[4] Radiation
Sheet

[7] DVD Mecha
& FE Assembly

[8] Digital Board
Unit

[15] Front CBA

[16] Bracket R

2. Disassembly Method

ID/

LOC.

No.

PART

Fig.

No.

[1] Top Cover D1 6(S-1) ---

Front

[2]

[3]

[4]

[5]

[6]

Assembly

Front
Bracket

Radiation
Sheet

Jack-A
CBA

Jack-B
CBA

D2

D2 2(S-2), 2(S-3) ---

D2 ---------- ---

D3 3(S-5) ---

D3 2(S-6) ---

DVD
Mecha &
FE

D4

[7]

Assembly
Digital

[8]

Board

D4

Unit
FFC

[9]

Friction

D5 2(S-10) ---

Plate
Rear

[10]

Panel Unit

D5

Power

[11]

Supply

D6

CBA
DC Fan

[12]

[13]

[14]

Motor
PCB

Holder
Rear

Panel

D6 2(S-15) ---

D6 3(S-16) ---

D6 ---------- ---

[15] Front CBA D7 3(S-17), *CN214 --­[16] Bracket R D7 2(S-18) ---

VCR

[17]

Chassis

D7

Unit

REMOVAL

REMOVE/*UNHOOK/
UNLOCK/RELEASE/
UNPLUG/DESOLDER

*2(L-1), Tra y Panel,
*5(L-2), *3(L-3),
*CN204, *CN205

2(S-7), 2(S-8),
*CN207, *CN208,
*CN211, *CN213,
Connector 1109,
Connector 1704

4(S-9), Connector
1102

5(S-11), 3(S-12), (S-

13), *CN209, *CN210
4(S-14), AC Cord,

Earth Plate

5(S-19), 5(S-20),
(S-21)

Note

1
1-1
1-2
1-3
1-4
1-5
1-6
1-7

---

---

---

---

---

1-8-1 E9480DC

ID/

LOC.

No.

[18]

[19]

PART

Deck
Assembly

Function
CBA

REMOVE/*UNHOOK/

Fig.

UNLOCK/RELEASE/

No.

UNPLUG/DESOLDER

(S-22), (S-23),

D8

Desolder

Note

D8 Desolder ---

2
3

[20] Main CBA D8 ---------- ---

REMOVAL

[21]

[22]

[23]

↓

(1)

CPU CBA
Unit

Deck
Pedestal

Front
Bracket R

↓

(2)

4(S-24), *C N215,

D8

*CN216

---

D9 8(S-25) ---

(S-26), 2(S-27),

D9

iLink Cable [ A ]

↓

(3)

↓

(4)

---

↓

(5)

Note:

(1): Identification (location) No. of parts in the figures
(2): Name of the part
(3):Figure Number for reference
(4): Identification of parts to be removed, unhooked,

unlocked, released, unplugged, unclamped, or
desoldered.
P=Spring, L=Locking Tab, S=Screw ,
CN=Connector
*=Unhook, Unlock, Release, Unplug, or Desolder
e.g. 6(S-1) = six Screws (S-1),
5(L-1) = five Locking Tabs (L-1)

(5):Refer to “Reference Notes.”

Reference Notes

aligning the hole of C am Gear with the pin of LD­SW, the sh aft of Cam Gear with the hol e of LD-SW
as shown in F ig. D8.

(S-1)

(S-1)

[1] T op Cover

(S-1)

Fig. D1

(S-2)

[3] Front

[4] Radiation Sheet

(S-2)

(S-3)

Bracket

CN204

CN205

Trya Panel

(L-2)

CAUTION 1: Locking Tabs (L-1), (L-2) and (L-3) are
fragile. Be careful not to break them.

1-1. Connect the wall plu g to an AC outlet and press

the [OPEN/CLOSE] button to open the tray.

1-2. Remove the Tray Panel by releasing two locking

tabs (L-1 ).

1-3. Press the [OPEN/CL OSE] button again to close

the tray.
1-4. Press the [POWER] button to turn the power off.
1-5. Unplug the AC cord.
1-6. Disconnect connectors CN204 and CN205.
1-7. Release five Locking Tabs (L-2). Then release

three Locking Tabs (L-3), and remove the Front

Unit.

2. When re ass em bling, s old er wire j ump er s a s s hown

in Fig. D8.

3. Before installing the Deck Assembly, be sure to

place the pin of LD-SW on M ain CBA as shown in
Fig. D8. Then, install the Deck Assembly while

(L-1)

(L-1)

(L-2)

[2] Front
Assembly

(L-3)

(L-2)

Fig. D2

1-8-2 E9480DC

[5] Jack-A CBA

(S-5)

(S-6)

(S-12)

(S-13)

[9] FFC Friction Plate

(S-11)

(S-10)

[7] DVD
Mecha
& FE
Assembly

(S-7)

[6] Jack-B CBA

(S-8)

Fig. D3

(S-12)

CN210

[14] Rear Panel

[10] Rear
Panel Unit

(S-12)

CN209

Fig. D5

Connector 1109

Connector 1704

(S-9)

Connector
1102

CN208

(S-9)

[8] Digital
Board Unit

(S-9)

CN213

CN207

CN211

Fig. D4

AC Cord

Hook

[11] Power
Supply CBA

(S-14)

(S-14)

(S-14)

(S-16)

(S-15)

(S-16)

[12] DC Fan Motor

[13] PCB
Holder

Earth Plate

Fig. D6

1-8-3 E9480DC

(S-19)

(S-20)

(S-20)

(S-19)

(S-19)

(S-20)

CN214

(S-20)

(S-21)

[17] VCR
Chassis
Unit

(S-17)

(S-20)

(S-17)

(S-18)

[16]
Bracket R

[15]
Front
CBA

Fig. D7

1-8-4 E9480DC

FE Head

CN215

Cylinder
Assembly

ACE Head
Assembly

[18] Deck
Assembly

(S-24)

[21] CPU CBA
Unit

Pin

SW202
LD-SW

(S-24)

CN216

(S-22)

[19] Function
CBA

(S-23)

Desolder

[20] Main
CBA

Lead with
blue stripe

(S-24)

From
ACE Head
Assembly

[20] Main CBA

LD-SW

Lead with
blue stripe

[18] Deck Assembly

Shaft

Hole

From
Cylinder
Assembly

Hole

Pin

From
FE Head

Cam Gear

[20] Main CBA

From
Capstan
Motor
Assembly

Lead with

Printing side

Desolder

blue stripe

Lead with
gray stripe

Desolder

BOTT OM VIEW

Lead connections of Deck Assembly and Main CBA

1-8-5 E9480DC

Desolder

Fig. D8

[ A ]

(S-25)

(S-25)

[22] Deck
Pedestal

[23] Front
Bracket R

(S-27)

iLink Cable

(S-26)

Fig. D9

1-8-6 E9480DC

HO W TO EJECT MANUALLY

1. Put tape on the Maintenance Tool. (Please use a metallic plate as shown below as a maintenance tool.)

Maintenance T ool

Tape

1

Size

50mm 7mm

0.4mm

R6.5mm

2. Insert the Maintenance Tool under the Tray Panel as shown.

3. Pull out and raise the Maintenance Tool up as shown to release two locking tabs of the Tray Panel.

4. Remove the Tray Panel.

Release3

Tray Panel

4

3

2

Tray Panel

3

Release two Locking Tabs

5.4mm

3

Maintenance T ool

Maintenance T ool

2

Side view

5. Insert the Ejection Pin straightly into the ejection hole to open the tray.
(Recommended size of the Ejection Pin: diameter; 1.2 mm, length; more than 50mm)

5

5

5

Ejection Pin

Ejection Pin
Recommended size:

- Diameter: 1.2 mm

- Length: more than 50 mm

Ejection hole

Side view

1-8-7 E9480DC

HOW TO INITIALIZE THE DVD RECORDER

To put the program back at the factory-default, initialize
the DVD recorder using the following procedure.

1. Press and hold the [DVD STOP C] button on the
DVD recorder.

2. Insert the AC plug to an AC outlet.

3. Release [DVD STOP C] button after 5 or 6 sec­onds.

1-8-8 E9480DC

ELECTRICAL ADJUSTMENT INSTRUCTIONS

c

General Note: "CBA" is an abbreviation for
"Circuit Board Assembly."

NOTE:

1.Electric al adjust ments are required a fter repla cing
circuit components and ce rtain mechanical par ts.
It is impor tant to do these adjustments only after
all repairs and replacements have been com­pleted. Also, do not attempt these adjustments
unless the proper equipment is available.

2.To perform thes e alignment / confirmation proce­dures, make sure that the tracking control is set in
the center position: P ress either " CHANNEL L5??" or
"CHANNEL K" button on th e front panel first , then
the "PLAY" button on the front panel.

CH1

CH2

Figure 1

EXT. Syncronize Trigger Point

1.0H

6.5H±1H (412.7µs±63.5µs)
Switching Pulse

0.5H
V-Syn

Test Equipment Required

1.Oscilloscope: Dual-trace with 10:1 probe,
V-Range: 0.001~50V/Div.,
F-Range: DC~AC-20MHz

2.Alignment Tape (VFMS0001H6)

Head Switching Po sition Adjust­ment

Purpose:

To determine the Head Switching position dur ing
playback.

Symptom of Mi sadjustm e n t:

May cause Head Switching noise or ver tical jitter
in the picture.

Test point Adj.Point Mode Input

TP751(V-OUT)

TP302(RF-SW)

GND

Tape

VR201

(Switching Point)

(MAIN CBA)

Measurement

Equipment

PLAY

(SP)

Spec.

Reference Notes:

Playback the Alignment tape and adjust VR201 so that
the V-sync front edge of the CH1 video output wave­form is at the 6.5H±1H (412.7µs±63.5µs) delayed
position from the risi ng edge of the CH2 head switch­ing pulse waveform.

-----

VFMS0001H6 Oscilloscope

Connections of Measurement Equipment

TP751

Main CBA

GND

TP302

(412.7µs±63.5µs)

Oscilloscope

6.5H±1H

CH1 CH2
Trig. (+)

1-9-1 E9480EA

Adjustment Points and Test Points

Main CBA Top View

TP751 V-OUT

TP301 C-PB
TP302 RF-SW

VR201 SW-P
TP513 CTL

TP204 S-INH

TEST POINT INFORMATION

: Indicates a test point with a jumper wire across a hole in the PCB.

TEST POINTS NOT USED IN ELECTRICAL ADJUSTMENTS

Test Point

TP301
TP302
TP513
TP204

Mechanical Alignment Procedures
Mechanical Alignment Procedures
Mechanical Alignment Procedures
Preparation for Servicing

DVD/VCR S-Video In (EXT2)

DVD/VCR S-Video Out

Used in: Page No.

DVD/VCR S-Video In

DVD/VCR Component Video Out

DVD/VCR Video In (EXT2)

DVD/VCR Video Out

2-3-3, 2-3-4
2-3-3, 2-3-4

2-3-3
1-5-1

DVD/VCR Audio R In
DVD/VCR Audio L In
DVD/VCR Video In

DVD/VCR Component Video In (EXT1)

DVD Coaxial Out

DVD/VCR Audio L In (EXT1)

DVD/VCR Audio R In (EXT1)

DVD/VCR Audio L Out

DVD/VCR Audio R Out

Antenna In
Antenna Out

DVD/VCR Audio L Out

DVD/VCR Audio R Out
DVD/VCR Audio L In (EXT2)
DVD/VCR Audio R In (EXT2)

1-9-2 E9480EA

FIRMWARE RENEWAL MODE

1. Make a copy of the data for upda te to a CD-R or
CD-RW.

2. Set the disc made in Step 1 on the tray and close.

3. Turn on the DVD recorder while pushing [DVD
OPEN/CLOSE A] button and [DVD RECORD I]
button at the same time. Updat e of F/W will begin
after “FORCED DOWN” is displayed on DVD FLD.

4. Up date of F/W will be performe d automatica lly and
the DVD recorder will be in the standby mode.
Then press [DVD OPEN/CLOSE A] button on the
DVD recorder and remove the disc.

1-10-1 E9480TEST

REWORK PROCEDURE IEEE UNIQUE NUMBER

The procedure describ es how to upgrade sets with a
unique number after repair. This unique number is
stored in the NVRAM o f the FEB E board a t the en d of
the production line.
This procedure is only valid or necessary when:

- The FEBE board is replaced

- NVRAM on the FEBE board is replaced

- NVRAM is cleared

In all other cases the repaired set retain s its unique
number.
The procedure defines several means to re-assure the
unique number depending on the possibilities of repair
or the state the faulty set is in.

1. Connect defective digital board to PC via serial
cable.

2. Start up hyper ter minal or any other seria l ter minal
via the correct settings (DSW command mode
interface).

3. Read out existing unique number via 1208.

DS:> 1208

4. Press [ENTER] button on the remote control unit.

120800: The DvIdNumber is:
Test OK @

**********

5. Note read out.

6. Program new digital board via nucleus 1207.

DS:> 1207

**********

7. Press [ENTER] button on the remote control unit.

120700: Test OK @

8. The set has now the original unique number.

1-10-2 E9480TEST

BLOCK DIAGRAMS

Servo / System Control Block Diagram

D952 DVD

D951 VCR

FUNCTION CBA

OUTPUT

SW951

CN952CN206

42KEY-2

24VCR LED

51DVD LED

CLOCK

IC218(EEPROM)

6

DATA

5

TO Hi-Fi AUDIO

BLOCK DIAGRAM

Hi-Fi-H-SW

IIC-BUS SCL

IIC-BUS SDA

12

13IIC-BUS SCL

25

Hi-Fi-H-SW

IIC-BUS SDA

NORMAL-L

D751

KEY SWITCH

JACK-A CBA

CN751CN205

22KEY-1

33KEY-1-2

11POWER LED

66

67

KEY- 2

KEY- 1

POWER

KEY SWITCH

JACK-B CBA

CN901CN204

66KEY-1-2

DRIVE

DRIVE

Q245

Q242

73

VCR-IND 70

POWER-IND

KEY SWITCH

55KEY-2

77S-INH

S-INH

TP204

DRIVE

Q243

DVD-IND 71

A-MUTE-H

A-MUTE-H

59

Hi-Fi/NOR-IN

TO AUDIO

BLOCK DIAGRAM

D-REC-H

YCA-SCL

YCA-SDA

24

26

D-REC-H

A-MUTE-H

YCA-CS

YCA-SCL

YCA-SDA

14

15

YCA-SCL

YCA-SDA

YCA-CS

C-SYNC

41

16

YCA-CS

C-SYNC

D-V SYNC

TO VIDEO

BLOCK DIAGRAM

V-ENV

RF-SW

H-A-SW

C-ROTA

79

18

786419

V-ENV

RF-SW

H-A-SW

C-ROTA

D-V SYNC

TO SUB SYSTEM CONTROL

BLOCK DIAGRAM

CS

SDAI

SDAO

H-A-COMP

7

8

1

80

CS

SDAI

SDAO

H-A-COMP

SCLK

6

SCLK

DISPLAY-CLK

DISPLAY-DATA

IC228

(SERVO/SYSTEM CONTROL)

10

11

MAIN CBA

DIN

CLK

~

7G

1G

IC221

(FIP DRIVER)

IC225

~

23

17

GRIDFIP

:INDICATES A TEST POINT WITH A JUMPER WIRE ACROSS A HOLE IN THE PCB.

:USED TO INDICATE A TEST POINT WITH A COMPONENT LEAD ON FOIL SIDE.

:USED TO INDICATE A TEST POINT WITH NO TEST PIN.

:USED TO INDICATE A TEST POINT WITH A TEST PIN.

TEST POINT INFORMATION

" " = SMD

DISPLAY-ENA

9

RM201

2281

STB

~

h

a

~

7

14

SEGMENT

SENSOR

REMOTE

REMOTE-DVD

TO SUB SYSTEM

i

16

AL+5V

REMOTE-VIDEO

CTL(+)

CTL58CTL(-)

5

56

CTL

TP513

CONTROL BLOCK

DIAGRAM

D229

S-LED

CL504

CN203

5 CTL(+)

57

6 CTL(-)

AL+5V

SW202

LD-SW

TP507

TP506 TP205

LD-SW68

END-S

T-REEL

ST-S

Q238

ST-S

T-REEL

END-S

3

69

62

ST-S

SENSOR CBA

Q240

Q231,Q235

T-REEL

Q236

RESET

20

RESET

AL+5V

AL+5V

VR201

END-S

SENSOR CBA

PG-DELAY

65

SW-POINT

REC-

2

AL+5V

C-FG

C-F/R

49

27

REC SW

P-ON+5V

AL+12V(1)

C-F/R5C-CONT6GND7LM-FWD/REV

1 AL+12V(1)

2 P-ON+5V

3 C-FG

4

C-CONT

28

SAF-SW

SW201

CN202

M

CAPSTAN MOTOR

CAPSTAN

MOTOR

LM-FWD/REV

D-CONT29

D-PFG

47

21

D-CONT9D-PFG10GND11AL+12V(1)

8

M

P-ON-L

AL+18V

TO POWER SUPPLY

AL+18V

12

P-ON-L

22

BLOCK DIAGRAM

AC HEAD ASSEMBLY

CONTROL

HEAD

(DECK ASSEMBLY)

1-11-1

SENSOR

M

DRUM

MOTOR

PG

CYLINDER ASSEMBLY

LOADING

MOTOR

E9480BLS

Sub System Control Block Diagram

FIP801

FUNCTION CBA

OPEN/CLOSE

DUBBING

SW203

(FIP DRIVER)

IC801

CN214 CN801

SW952

OPEN/CLOSE
15

CN206 CN951

GRID FIP

~

50

44

42

41

~

7G8G9G

1G

REMOTE-DVD

OPEN/CLOSE

SDA

SCL

362024

23

13

12

SCL 113SDA 104REMOTE-DVD

OPEN/CLOSE

1

2

TO VIDEO

INPUT/OUTPUT

SELECT BLOCK

DIAGRAM

SEGMENT

~~

635653555452516477

~~

S1S8S9

S10

S11

S12

S13

S14

TO POWER SUPPLY

BLOCK DIAGRAM

TO VIDEO

INPUT/OUTPUT

SELECT BLOCK

DIAGRAM

TO AUDIO

S27

INPUT/OUTPUT

KEY SWITCH

37

KEY-IN

SELECT BLOCK

DIAGRAM

FRONT CBACPU CBA

TO SERVO/

SYSTEM CONTROL

BLOCK DIAGRAM

" " = SMD

REMOTE-DVD

TO SERVO/SYSTEM

CONTROL BLOCK

DIAGRAM

(EEPROM)

IC07

IDN

SCL

SDA

AV-TV-SEL

3

4

13

AV-DVD-REC-SEL

SCL2 716SDA2 918IDN 18

AV-VCR-REC-SEL

AV-TV-SEL 5

SCL 1112SDA

5

20

19

18

10

CN04 CN216

Q19

SCL2

Q21

Q23

TO AUDIO

INPUT/OUTPUT

SCL

SDA

5

6

AV-TV-SEL

AV-DVD-REC-SEL

AV-VCR-REC-SEL

SDA2

Q02

SELECT BLOCK

DIAGRAM

IC09, Q06

AV-VCR-REC-SEL

STBY+5V

+3.3V REG.

RESET

KILL

AV-DVD-REC-SEL

1

CN03 CN215

CS

Q26

SDAI

SCLK

SDAO

SRAM

MAIN CBA

(1Mbit SRAM)

IC03

13-15,

17-21

SCLK 99SDAO 55SDAI 7

CS 1111KILL 1

7

Q24

AD0-AD7 AD0-AD7

Q25

Q27

(LATCH)

IC05

2-12,23,

25-28,31

A0-A16

A0-A7

~

19

LATCH

~

2

(8Mbit FLASH MEMORY)

IC06

12

9

29,31,33,35,

AD0-AD7

11

MEMORY

38,40,42,44

A0-A19

A8-A19

1-8,16-25,

45,48

IC02

(SUB MICRO CONTROLLER)

8485887790

SCL

SDA

AV-TV-SEL

AV-VCR-REC-SEL

68

IDN

AV-DVD-REC-SEL

30

RESET

158019

KILL

1-11-2

8

18

CS

SDAI

SCLK

SDAO

~

44

51

~

ADDRESS/DATA 0

ADDRESS/DATA 7

43

ALE

~

65

53

61

~

ADDRESS 8

ADDRESS 17

ADDRESS 18

66

ADDRESS 19

E9480BLSUB

Video Block Diagram

MAIN CBA

REC VIDEO SIGNAL PB VIDEO SIGNAL MODE: SP/REC

40

OSD CHARACTER

MIX

IC228(OSD)

:INDICATES A TEST POINT WITH A JUMPER WIRE ACROSS A HOLE IN THE PCB.

:USED TO INDICATE A TEST POINT WITH A COMPONENT LEAD ON FOIL SIDE.

:USED TO INDICATE A TEST POINT WITH NO TEST PIN.

:USED TO INDICATE A TEST POINT WITH A TEST PIN.

TEST POINT INFORMATION

38

14

P

R

LUMINANCE

SIGNAL PROCESS

CLAMP

Q232

BUFFER

DELAY

CCD 1H

36 37 39 34

VCA

26

6dB

AMP

QV/QH

YNR/COMB FILTER

Y/C

MIX

FBC

RP

AGC

VIDEO

CHROMINANCE

SERIAL

69

SIGNAL PROCESS

P

R

SEPA

SYNC

I/F

70

SP

EP

SP

HEAD

AMP

EP

HEAD

AMP

72

73

74

V(R)-1

CN217

123

V-COM

V(L)-1

67

V-COM

V(L)-2
456

66

V(R)-2

65

TP302

RF-SW

WF2

C-PB

TP301

C-ROTA/RF-SW

57

RF-SW

C-ROTA

TO

WF3

H-A-COMP

ENV-DET

59

58

60

V-ENV

H-A-SW

H-A-COMP

SERVO/SYSTEM

CONTROL BLOCK

DIAGRAM

" " = SMD

VCR-PB-VIDEO

VCR-REC-VIDEO

TO VIDEO

INPUT/OUTPUT

SELECT BLOCK

DIAGRAM

IC227

(VIDEO SIGNAL PROCESS/ HEAD AMP)

D-V SYNC

30

54

YCA-SCL

YCA-SDA55YCA-CS

255324

D-V SYNC

C-SYNC

CYLINDER ASSEMBLY

VIDEO (L)-1 HEAD

VIDEO (L)-2 HEAD

VIDEO (R)-2 HEAD

TO SERVO/SYSTEM

CONTROL BLOCK

DIAGRAM

VIDEO (R)-1 HEAD

(DECK ASSEMBLY)

1-11-3

E9480BLV

Video Input/Output Select Block Diagram

S-VIDEO

IN1

VIDEO OUT6VIDEO IN

TU201 (TUNER UNIT)

18

REC VIDEO SIGNAL PB VIDEO SIGNAL

Q209

BUFFER

VIDEO IN1

JK207

JK201

3 4

Y C

2
1

JK208

VIDEO-Y

IN

VIDEO-UINVIDEO-V

IN

Q261

JK203

BUFFER

VIDEO OUT

WF1

V-OUT

TP751

AMP

Q207,Q208

TO SUB SYSTEM

CONTROL

BLOCK DIAGRAM

AV-TV-SEL

AV-DVD-REC-SEL

AV-VCR-REC-SEL

TO VIDEO

BLOCK DIAGRAM

(VCR DVD DUBBING)

(DVD VCR DUBBING)

VCR-PB-VIDEO

VCR-REC-VIDEO

JK753

CN751

88VIDEO-IN2

CN205

VIDEO IN2

JACK-A CBA

JK901

S-VIDEO

IN2

2
1

3 4

Y C

CN901

S-VIDEO-C-IN2

S-VIDEO-Y-IN2
11

33

CN204

JACK-B CBAMAIN CBA

:INDICATES A TEST POINT WITH A JUMPER WIRE ACROSS A HOLE IN THE PCB.

:USED TO INDICATE A TEST POINT WITH A COMPONENT LEAD ON FOIL SIDE.

:USED TO INDICATE A TEST POINT WITH NO TEST PIN.

:USED TO INDICATE A TEST POINT WITH A TEST PIN.

TEST POINT INFORMATION

(VIDEO SW)IC201

" " = SMD

1

4

7

41

19

0dB

21

6dBDRIVE

25

6

6dBDRIVE

23

9

6dBDRIVE

31

10

6dBDRIVE

29

11

6dBDRIVE

27

(SW)IC211

(SW)IC202

1

16

3

1

2

16

3

IIC BUS CONTROL

14

11

12

5

TO SUB SYSTEM

SCL

42 14 16 38 37

CONTROL

SDA

9

6

BLOCK DIAGRAM

Q221

8

7

9

8

14

11

2

5

6127

Q223

Y

C

BUFFER

34

S-VIDEO

JK201

1
2

OUT

Q224

BUFFER

JK210

VIDEO-Pr/R

OUT

VIDEO-Y/G

OUT

BUFFER

Q214

BUFFER

Q213

BUFFER

Q220

VIDEO-Pb/B

OUT

1-11-4

Q219

Q222

Q215

BUFFER

BUFFER

BUFFER

6DVD-Pb

CN212

-5V

WF5

WF8

WF7

CN213

1DVD-B

WF6 WF4

3DVD-G

5DVD-R

7DVD-C

9DVD-Y

11DVD-VIDEO

18VIDEO-Y

20VIDEO-U

22VIDEO-V

14

16S-VIDEO-C

VIDEO/S-VIDEO-Y

DIGITAL

BOARD

UNIT

Q217

Q218Q216

4DVD-Pr

2DVD-Y

E9480BLVIS

Audio Block Diagram

Mode : SP/REC

DVD AUDIO SIGNAL

PB-AUDIO SIGNAL REC-AUDIO SIGNAL

MAIN CBA

(AUDIO PROCESS)

IC227

TUNER

LINE 1

76

LINE 2

80

TO

SERVO/SYSTEM

CONTROL BLOCK

YCA-SCL

YCA-SDA

P-ON+5V

DIAGRAM

YCA-CS

A-MUTE-H

D-REC-H

10

MUTE

SERIAL

I/F

P-ON+5V

Q229

(PB=ON)

58 55 53 54

SWITCHING

D-REC OFF

Q228

LINE

AMP

LPF

REC

AMP

ALC

78

P

R

4

3 2

SP/LP-ON

5

EQ

AMP

6

Q227

BIAS

OSC

9

8

AUTO

BIAS

11

Q226

" " = SMD

N-A-IN

TO Hi-Fi AUDIO

N-A-OUT

BLOCK DIAGRAM

1-11-5

AC HEAD ASSEMBLY

(DECK ASSEMBLY)

CN203

4 A-PB/REC

AUDIO

3 A-COM

HEAD

1 AE-H

2 AE-H/FE-H

AUDIO

ERASE

HEAD

CN201

1 FE-H

FE HEAD

FULL

ERASE

2 FE-H-GND

HEAD

E9480BLA

Audio Input/Output Select Block Diagram

SIF OUT

CN03 CN215A/D

DEMOD.

15

19 19SIF

AUDIO IN

2

27 27A(R)-OUT

29 29A(L)-OUT

21 21MOD-A

41

40226

A/D

23 23A(R)-IN

D/A

25 25A(L)-IN

16 16CTL-0

30

D/A

17 17CTL-1

9

31

CTL-0

SELECTER

8

CTL-1

(AUDIO SW)

IC203

(R-CH)

TU201

(TUNER UNIT)

WF9

REC AUDIO SIGNAL PB AUDIO SIGNAL

CPU CBA

JK207

AUDIO(R)

IN1

425

3

AUDIO(L)

IN1

JK205

9

SW

AUDIO(R)

IN3

10

CTL

AUDIO(L)

IN3

111121514

13

(L-CH)

JK751

55A(R)-IN2

CN205 CN751

AUDIO(R)

IN2

77A(L)-IN2

JK752

AUDIO(L)

IN2

JACK-A CBA

MAIN CBA

(AUDIO SIGNAL PROCESS)IC04

" " = SMD

PRE-PROCESSING

SELECTER

DIGITAL

AUDIO

OUT

JK204

AMP

Q1351

2SPDIF

CN211

PRESCALE

SOUND

PROCESSING

WF10

)

OP AMP

(

IC209

IC206

(AUDIO D/A CONVERTER)

IIC BUS CONTROL

1

OP

2

16

R-CH

123

CN211

14BCK0

13 12

AMP

AUDIO D/A

12WCLK0

SCL2

OP

L-CH

CONVERTER

11DATA0

TO SUB SYSTEM

CONTROL BLOCK

DIAGRAM

SDA2

7

AMP

6

14

6

9

SYS CLOCK0

(VCR DVD DUBBING)

VCR-PB-A(R)

VCR-PB-A(L)

VCR-REC-A(R)

VCR-REC-A(L)

TO Hi-Fi AUDIO

BLOCK DIAGRAM

(SW)

IC213

(OP AMP)

IC208

IC234

(AUDIO A/D CONVERTER)

123

15

3

OP

1

3

R-CH

111213

CN211

21BCK1

AMP

AUDIO A/D

CONVERTER

20WCLK1

5

13

4

55

OP

AMP

7

1

L-CH

8

18DATA1

16

SYS CLOCK1

(DVD VCR

SW CTL

DUBBING)

109 11

AV-DVD-REC-SEL

AV-VCR-REC-SEL

12

14

AV-TV-SEL

KILL

(SW)

IC212

123

15

JK202

AUDIO(R)

OUT1

5

4

AUDIO(L)

Q201,

Q202

OUT1

13

14

MUTE

12

CTL

JK203

SW CTL

AUDIO(R)

OUT2

(DVD VCR DUBBING)

109 11

MUTE

-ON

Q205

MUTE

-ON

Q204

AUDIO(L)

OUT2

DIGITAL

BOARD

UNIT

1-11-6

TO SUB SYSTEM

CONTROL BLOCK

DIAGRAM

E9480BLAS

Hi-Fi Audio Block Diagram

TO SERVO/ SYSTEM

CONTROL BLOCK

DIAGRAM

IIC-BUS SCL

IIC-BUS SDA

REC-AUDIO SIGNALPB-AUDIO SIGNAL Mode : SP/REC

37

38

SERIAL

DATA

DECODER

P-ON+9V

54

RIPPLE

FILTER

TO AUDIO

INPUT/OUTPUT

DIAGRAM

DET

DET

SELECT

VCR-PB-A(L)

VCR-PB-A(R)

80

TO SERVO/SYSTEM

CONTROL BLOCK

NORMAL-L

23

ENV

DO

BLOCK DIAGRAM

78

TO SERVO/SYSTEM

Hi-Fi-H-SW

77139

CONTROL BLOCK

DIAGRAM

(DECK ASSEMBLY)

A-MUTE-H

26

49

Hi-Fi

CYLINDER

ASSEMBLY

CN217

Hi-Fi-A(R) 7

24

R

AUDIO

(R) HEAD

Hi-Fi-COM 8

34 33

LIM

Hi-Fi

AUDIO

(L) HEAD

Hi-Fi-A(L) 9

27

L

" " = SMD

MAIN CBA

IC226(MTS/ SAP/ Hi-Fi AUDIO PROCESS/ Hi-Fi HEAD AMP)

R-CH BPF

COMP

SW

NOISE

P

R-CH

PNR

COMP

OUTPUT

SELECT

LPF

VCO

LIM DEV

R

47

48

R-CH

INSEL

NOR

SW

71

74

HOLD

PULSE

NOISE

14

13

L-CH

9

MATRIX

DET

INSEL

L-CH BPF

LPF

VCO

COMP

SW

NOISE

LIM DEV

P

R

L-CH

PNR

4

12

6

1-11-7

VCR-REC-A(R)

TO AUDIO

INPUT

/OUTPUT

SELCT

BLOCK

DIAGRAM

VCR-REC-A(L)

N-A-OUT

N-A-IN

TO AUDIO

BLOCK

DIAGRAM

E9480BLH

Power Supply Block Diagram

STBY+33V

AL+18V

AL+12V

P-ON+9V

P-ON+5V

AL+5V

-FLF1F2

EV+5V

TO SERVO/

SYSTEM CONTROL

BLOCK DIAGRAM

P-ON-L

Q256

Q246

REG.

Q250Q248

IPFAIL

STBY+12V

SW+8V

+5V

+3V

REG+3V

Q257

STBY+5V

STBY-5V

-5V

TO SUB SYSTEM

CONTROL BLOCK

DIAGRAM

IDN

CN207

IC229

IC230

SW-5V

1+12V

4+5V

SW+12V

TO

CN208

Q247

DIGITAL

BOARD

UNIT

1 -5V

4+5V

7+12V

9-12 +3.3V

Q253

CAUTION !

Fixed voltage ( or Auto voltage selectable ) power supply circuit is used in this unit.

If Main Fuse (F1001) is blown, check to see that all components in the power supply

circuit are not defective before you connect the AC plug to the AC power supply.

Otherwise it may cause some components in the power supply circuit to fail.

JUNCTION-A

CBA

Q251

AL+12V(1)

AL+12V(2)

19AL+44V

28

37

46AL+5V

CN1612

CN1608 CN209

AL+12V(1)

AL+12V(2)

11AL+44V

22

33

44AL+5V

CN1607

55DVD+5V

55DVD+5V

-REPLACE FUSE AS MARKED.

"This symbol means fast operating fuse."

"Ce symbole reprèsente un fusible à fusion rapide."

CAUTION

FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,

REPLACE ONLY WITH THE SAME TYPE FUSE.

ATTENTION : POUR UNE PROTECTION CONTINUE LES RISQES

D'INCELE N'UTILISER QUE DES FUSIBLE DE MEMO TYPE.

RISK OF FIRE

F

A V

T1001

20

19

18

17

16

2

4

15

CN210CN1611

19AL-30V

CN1613

11AL-30V

CN1610

28AL+3.3V

46AL-5V

22AL+3.3V

44AL-5V

14

SW+5V

REG+8V

Q255

IC232,Q252

73F1

82F2

91EV+5V

64P-DOWN

77F1

88F2

99EV+5V

66P-DOWN

SW+5V

IC231,Q260

JUNCTION-B

CBA

IC233,Q258

SW+3.3V

COLD

Q031

13

12

11

8

7

IC010

ERROR

VOLTAGE DET

1

4

2

3

BRIDGE

RECTIFIER

D1012 - D1015

LINE

FILTER

L1005

F

F1001

A V

HOT CIRCUIT. BE CAREFUL.

" " = SMD

NOTE :

The voltage for parts in hot circuit is measured using

hot GND as a common terminal.

1.25A 250V

AC1001

Q1001

Q1003

1-11-8

POWER SUPPLY CBA MAIN CBA

Q1008

HOT

E9480BLP

SCHEMATIC DIAGRAMS / CBA’S AND TEST POINTS

Standard Notes
WARNING

Critical componen ts having sp ecial safety characte ris­tics are identified with a # by the Ref. No. in the parts
list and enclosed w ithin a broken line (where several
critical components are grouped in one area) along
with the safety symbol # on the schematics or
exploded views.
Use of substitute replacement parts which do not have
the same specified safety characteristics may create
shock, fire or other hazards.
Under no circumstances s hould the ori ginal desi gn be
modified or altered without written permission from
Philips Consumer Electronics Company. Philips
assumes no lia bility, express or implied, ar ising out of
any unauthorized modification of design. Servicer
assumes all liability.
* Broken Line :

Capacitor Temperature Mark in gs

Mark

(B)

Capacity

change rate

±10%

(F) +30 - 80% 20°C –25~+85°C

(SR)

(Z)

±15%

±22.5%

Capacitors and transistor s are represent ed by the fol­lowing symbols.

< PCB Symbols >

(Top View) (Bottom View)

+

(Bottom View)

E C B C B E

(Top View)

NPN Transistor PNP Transistor

E C B

C B E C B E

(Top View)

NPN Digital Transistor

E C B

Standard

temperature

20°C -25~+85°C

20°C –25~+85°C
20°C –25~+85°C

Electrolytic Capacitor

Transistor or Digital Transistor

(Top View)

E C B

(Top View)

E C B

Temperature

range

PNP Digital
Transistor

Notes:

1. D o not use the par t number shown on these draw­ings for ordering. The correct part number is shown
in the parts list, and may be slightly different or
amended since these drawings were prepared.

2. To maintain original function and reliability of
repaired units, use only or iginal replacement p arts
which are listed with their part numbers in the parts
list section of the service manual.

3. How to read converged lines.

1-D3

Distinction Area
Line Number
(1 to 3 digits)

Examples:
(1)."1-D3" means that line number "1" goes to area

"D3."

(2)."1-B1" means that line number "1" goes to area

"B1."

4. All resistance values are indicated in ohms

3

(K=10

, M=106).

5. Resistor wattages are 1/4W or 1/6W unless other­wise specifie d.

6. All capacitance values are indicated in µF

-6

(P=10

µF).

7. All voltages are DC voltages unless otherwise
specified.

8. Voltage indications PLAY and REC modes on the
schematics are as shown below.

< DVD Section >

231

5.0

The same voltage for
both PLAY & STOP modes

<

VCR Section >

231

5.0

The same voltage for
PLAY, REC & DVD
modes

< Schematic Diagram Symbols >

Digital Transistor

3

AREA D3

2

1

5.0
(2.5)

Indicates that the voltage
is not consistent here.

5.0
(2.5)
< >

Indicates that the voltage
is not consistent here.

AREA B1

1-D3

ABCD

PLAY mode
STOP mode

PLAY mode
REC mode
DVD mode

1-B1

Unit: Volts

1-12-1 SC_01

Main 1/7 Schematic Diagram Parts Location Guide < VCR Section >

Ref No. Position Ref No. Posit ion

CAPACITORS RESISTORS
C494 A-1 R499 B-1
C498 D-1 R 500 D-1
C500 D-1 R 502 D-1
C501 D-1 R 505
C502 D-3 R 512 D-3
C504 D-3 R 513 D-4
C506 E-3 R514 E-4
C508 E-3 R517 E-4
C510 D-4 R 518 E-4
C512 D-4 R 521 C-4
C513 E-3 R522 D-4
C515 E-3 R523 C-4
C516 F-4 R52 4 B-3
C518 F-4 R52 5 B-4
C520 E-4 R526 B-3
C523 D-4 R 527 B-3
C524 D-4 R 528 F-3
C525 C-4 R 535 A-2
C527 C-4 R 540 A-1
C529 C-4 R 541 B-2
C530 C-4 R 542 B-4
C531 C-4 R 543 B-1
C533 C-4 R 544 C-1
C535 B-4 R561 C-1
C543 E-4 R565 C-4
C612 C-1 R 567 C-1

DIODES

D226 E-4 R571 C-1
D229 A-1 R572 E-2

ICS
IC218 B-1 R675 D-4
IC228 C-3

COILS
L222 A-1
L224 E-3 VR201 B-4
L226 E-3

TRANSISTORS
Q231 D-1
Q235 D-1 TP205 B-2
Q240 A-2 TP513 B-4

RESISTORS

JC103 B-2

R569 C-1

R582 B-4

SWITCH

SW201 A-2

VARIABLE RESISTOR

CRYSTAL OSCILLATORS

X201 D-3

TEST PO I NTS

D-1

1-12-2

Main 1/7 Schematic Diagram < VCR Section >

0.00 ~ 0.51 V STANDBY OUTP UT

0.51 ~ 0.92V STOP/EJECT CH UP

0.92 ~ 1.27V PLAY CH DOWN/S-INH

1.27 ~ 1.61V REW --------- ---- -

1.61 ~ 1.98V FF ----- ---- -----

1.98 ~ 2.39V REC - -------- ---- -

2.39 ~ 2.90V ---------------- --------- -----

2.90 ~ 3.60V ---------------- --------- -----

3.60 ~ 4.30V ---------------- --------- -----

4.30 ~ 5.00V KEY OFF KEY OFF

Pin No.
Voltage

KEY 1 (67 PIN) KEY 2 ( 66 PIN)

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

1 2 3

THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

5.0
(2.5)

<0>

PLAY MODE
REC MODE
DVD MODE

IC50 1 KEY VOLTAGE CH ART

1-12-3

1-12-4

E9480SCM1

MAI N 2/7 Schemat ic Diagr am
Part s Loc ation Guide

Ref No. Pos ition

C538 K-1
C545 J-4
C551 J-2
C552 J-2
C556 G-1
C557 G-1
C558 H-1
C559 K-3
C609 J-3
C610 J-2
C611 K-2

CN204 I-4
CN205 G-2

D228 H-2
D230 H-2

IC221 J-3
IC225 J-4

L227 H-1

Q242 H-1
Q243 H-1
Q245 I-1

R529 K-1
R530 J-1
R531 J-1
R532 J-1
R533 J-1
R534 J-1
R538 K-1
R539 K-2
R547 L-3

R548 K-3
R549

H-1

R550

H-1

R553

I-1

R556

H-2

R557

H-2
R558 H-2
R559 H-2

SW202 J-1

RM201 H-1

TP204 I-3
TP506 K-1
TP507 K-1

RESISTORS

TEST POI NTS

MISCELLANEOUS

CONNECTORS

SWITCHES

DIODES

TRANSISTORS

ICS

COILS

CAPACITORS

Main 2/7, Sensor, Function & Jack-B Schematic Diagram < VCR Section >

4G 3G 2G 1G

7G

6G

a
g

d

b

c

g

f

b

ce

REPEAT
REC

VCR

DVD

SP
LP

SLP

5G

7G 6G 5G 4G 3G 2G 1G
S1
S2
S3
S4
S5
S6
S7

c

d

e

f

--- ---

---

---

---

---------

---

---

---

g

g

c

d

e

f

g

c

d

e

f
g

c

d

e

f
g

c

d

e

f

g

S8
S9

a
b

b,c

a
b

ababa

b

IC225 MATRIX CHART

REPEAT

VCR

REC

DVD

SP
LP

SLP

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

“ “ = SMD

THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

1-12-5

1 2 3

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

5.0
(2.5)

<0>

PLAY MODE
REC MODE
DVD MODE

1-12-6

E9480SCM2

Main 3/7 Schematic Diagram < VCR Section >

MAI N 3/7 Schemat ic Diagr am P ar ts Location G uide

Ref No. Pos ition Ref No. Position

C412 P-2 L220 N-1
C414 P-2 L221 N-2
C416 P-1
C417 P-1 Q226 N-1
C418 P-1 Q227 N-1
C420 Q-2 Q228 N-1
C422 Q-2 Q229 N-1
C423 Q-2 Q232 Q-3
C424 Q-2 Q233 Q-4
C425 Q-3
C427 Q-3 JC104 Q-1
C428 Q-3 R443 P-1
C429 Q-3 R444 P-2
C430 Q-3 R447 P-2
C432 Q-3 R450 Q-3
C433 Q-3 R451 Q-3
C434 Q-4 R453 Q-3
C435 Q-4 R455 Q-3
C438 Q-4 R456 Q-4
C440 P-4 R457 Q-4
C444 P-4 R460 P-4
C445 P-4 R462 P-4
C447 P-4 R463 P-4
C448 P-4 R465 P-4
C449 O-4 R466 O-4
C450 P-4 R468 O-4
C452 O-4 R469 O-4
C455 O-4 R470 O-4
C459 N-3 R472 O-4
C460 N-3 R473 O-4
C461 N-3 R474 O-4
C463 N-3 R476 N-4
C465 N-3 R477 N-3
C466 Q-3 R479 N-2
C467 Q-1 R480 N-2
C468 N-2 R482 O-2
C470 N-3 R483 O-1
C472 N-2 R484 O-1
C473 O-2 R485 O-1
C474 O-2 R487 O-1
C476 O-1 R488 O-1
C477 O-1 R489 O-1
C478 O-1 R490 O-2
C479 O-1 R492 O-1
C480 O-1 R493 N-1
C482 P-1 R495 N-1
C487

O-1

R496 N-1

C488

N-1

R497 N-1
C489 N-1 R665 K-4
C491 N-1 R666 K-4

IC227 O-2 X202 P-4

L215 N-3 TP301 P-1
L217 N-4 TP302 O-4

L218 N-4

TEST POINT

ICS

TRANSISTORS

RESISTORS

COILS

CRYST A L OSCILLATOR

COILSCAPACITORS

1-12-7

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

5.0
(2.5)

<0>

PLAY MODE
REC MODE

DVD MODE
THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

1 2 3

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

1-12-8

E9480SCM3

Main 4/7 Schematic Diagram < VCR Section >

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

5.0
(2.5)

<0>

PLAY MODE
REC MODE

DVD MODE
THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

1 2 3

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

1-12-9

1-12-10

E9480SCM4

Main 4/7 Schematic Diagram Parts Location Guide < VCR Section >

Ref No. Position Ref No. Posit ion

CAPACITORSCAPACITORS
C363 S-3 C407 U-4
C364 U-2 C 410 S-4
C366 S-2
C368 U-2 IC226 S-2
C371 S-2
C373 S-2 L214 V-2
C374 T-1
C375 T-1 JC1 W-1
C376 T-2 JC102 W-1
C377 U-2 R 423 T-1
C379 U-2 R 424 T-1
C380 U-2 R 425 U-1
C381 U-2 R 426 T-1
C383 U-2 R 427 V-2
C384 V-2 R428 V-2
C386 V-2 R429 V-2
C388 W-2 R430 S-3
C389 V-2 R432 S-3
C390 V-3 R433 S-2
C393 V-3 R434 S-2
C394 V-3 R435 S-2
C395 V-3 R437 S-2
C400 V-4 R438 S-2
C401 U-4 R 439 S-2
C402 U-4 R 440 U-1
C403 U-4 R 442 U-1
C404 U-4
C406 U-4 TP452

ICS

COILS

RESISTORS

TEST PO I NT

V-3

1-12-11

Main 5/7 Schematic Diagram Parts Location Guide < VCR Section >

Ref No. Pos ition Ref No. Pos ition Ref No. Pos ition Ref No. Pos ition Ref No. Position

COILS RESISTORSCAPACITORS CAPACITORS RESISTORS
C201 X-2 C345 Y-1 L206 Y-4 R294 X-3 R376 AA-3
C202 Y-2 C346 Y-1 L207 AA-3 R296 X-3 R377 BB-1
C249 Z-1 C347 AA-3 L208 BB-3 R297 X-3 R379 BB-1
C250 Z-1 C348 X-1 L210 Z-2 R298 Y-3 R380 BB-1
C252 Z-1 C349 X-2 L211 Z-2 R299 BB-1 R383 BB-1
C253 Z-3 C350 Y-2 L1351 Z-1 R300 BB-1 R385 BB-1
C255 AA-1 C351 Y-1 R302 BB-1 R386 BB-1
C256 AA-1 C354 Y-1 Q204 AA-1 R303 Y-3 R387 Z-2
C258 Y-2 C587 Y-1 Q205 AA-1 R304 Y-3 R388 Z-2
C259 Y-2 C591 Z-1 Q207 Z-2 R306 BB-2 R390 AA-3
C260 Z-2 C592 AA-1 Q208 Z-2 R308 Y-3 R410 Y-4
C289 AA-2 C593 Y-2 Q209 Z-3 R310 Z-3 R411 Y-1
C290 BB-1 C1351 Z-1 Q210 Y-4 R312 Z-4 R415 Y-1
C292 X-3 C1352 Z-1 Q213 CC-2 R313 Z-4 R416 Y-1
C293 X-3 C1354 Z-1 Q214 BB-2 R314 Y-4 R687 X-1
C294 X-3 C1358 Y-1 Q215 BB-3 R315 Y-4 R688 X-2
C297 X-2 C1359 Z-1 Q216 BB-3 R316 Y-4 R689 Y-1
C298 X-2 C1360 BB-4 Q217 BB-3 R318 X-4 R690 X-1
C299 AA-2 C1361 BB-4 Q218 BB-2 R319 Y-4 R691 X-1
C300 Z-2 C1362 BB-4 Q219 BB-3 R320 Y-4 R692 Y-1
C302 AA-3 C1363 BB-4 Q220 BB-3 R337 X-2 R693 Z-2
C303 Z-4 C1364 BB-4 Q221 AA-3 R338 X-2 R695 Z-1
C304 Y-4 Q222 BB-2 R339 Z-3 R696 Z-1
C306 Y-4 D205 AA-1 Q223 BB-1 R340 BB-3 R697 AA-1
C307 Z-4 D206 AA-1 Q224 BB-1 R342 BB-2 R698 Y-1
C308 Z-4 D207 Y-2 Q261 Z-1 R343 BB-3 R700 X-2
C310 Y-4 D208 AA-1 Q1351 Z-1 R345 BB-2 R701 X-2
C312 Y-4 D210 BB-1 R347 BB-3 R702 X-1
C316 Y-3 D211 BB-1 JC101 AA-1 R349 BB-2 R1351 Y-1
C317 Z-2 D212 X-3 JC116 CC-3 R350 CC-2 R1352 Z-1
C318 Z-2 D213 Y-3 JC118 BB-3 R351 BB-3 R1353 Z-1
C319 Z-2 D214 Y-3 JC119 BB-3 R353 BB-2 R1354 Z-1
C320 Z-2 D215 X-3 R254 Z-1 R354 BB-2 R1355 Z-1
C321 Z-2 D216 Y-3 R255 Z-1 R355 BB-3 R1356 Z-1
C322 BB-3 D217 Y-3 R256 Z-1 R357 BB-3 R1357 Y-1
C323 BB-3 D218 Y-3 R257 Z-1 R358 BB-3
C325 AA-3 D219 Y-3 R259 Z-1 R359 AA-3 JK201 BB-1
C326 AA-3 D220 BB-2 R260 Z-1 R360 BB-2 JK202 AA-1
C327 AA-3 D221 BB-2 R261 AA-1 R362 BB-2 JK203 AA-1
C328 BB-3 D222 BB-2 R263 AA-1 R363
C329 BB-3 D223 BB-1 R264
C330 Z-2 D224 BB-1 R266 Y-2 R366
C333 Z-2 R267 Z-2 R368 BB-1 JK208 AA-3
C334 Z-2 IC201 AA-2 R268 Z-2 R369 BB-1 JK210 BB-2
C336 Z-2 IC202 Z-2 R270 Z-1 R370 BB-1 TU201 Y-4
C341 BB-1 IC211 Y-1 R271 Z-1 R372 Z-2
C342 BB-1 R272
C343 AA-2 L205

DIODES

ICS

COILS

Z-4

TRANSISTORS

RESISTORS

AA-3

Y-2

AA-1

R293 BB-1 R375 Z-2

R365

R373 Z-2

AA-3
BB-1

MISCELLANEOUS

JK204 AA-1
JK205 AA-2
JK207 AA-3

TEST PO I NT

TP751

AA-1

1-12-12

Main 5/7 Schematic Diagram < VCR Section >

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

1 2 3

THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

5.0
(2.5)

<0>

PLAY MODE
REC MODE
DVD MODE

1-12-13

1-12-14

E9480SCM5

Main 6/7 Schematic Diagram < VCR Section >

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

1 2 3

THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

5.0
(2.5)

<0>

PLAY MODE
REC MODE
DVD MODE

1-12-15

1-12-16

E9480SCM6

Main 6/7 Schematic Diagram Parts Location Guide < VCR Section >

Ref No. Posit io n Ref No. Positio n Ref No. Positio n Ref No. Positio n

CAPACITORS
C204 EE-4 C355 EE-1 J31 DD-2 R244 FF-1
C205 EE-4 C356 FF-3 JC05 HH-1 R246 FF-1
C206 EE-4 C357 FF-2 JC106 HH-1 R247 FF-1
C207 EE-4 C358 EE-1 JC107 HH-1 R248 FF-1
C208 FF-2 C359 FF-1 JC114 HH-1 R250 FF-2
C209 FF-2 C584 EE-2 JC121 HH-1 R252 FF-2
C211 FF-2 C586 EE-2 R201 FF-4 R280 GG-3
C212 FF-2 C596 EE-3 R202 FF-4 R282 GG-3
C214 FF-3 C597 DD-2 R203 FF-4 R284 GG-3
C215 FF-3 C598 DD-1 R204 FF-4 R286 HH-3
C216 FF-4 C599 DD-1 R205 FF-2 R287 HH-3
C217 FF-4 C600 DD-4 R206 FF-2 R288 II-4
C218 FF-4 C601 DD-4 R207 GG-3 R289 HH-4
C219 FF-4 C602 HH-4 R208 GG-3 R290 II-4
C220 FF-4 C603 HH-3 R209 GG-4 R292 II-4
C221 FF-4 J373 DD-3 R210 GG-4 R322 DD-4
C222 FF-3 J378 EE-1 R211 FF-2 R323 DD-4
C223 HH-2 R212 FF-4 R324 DD-4
C224 HH-2 CN211 II-4 R213 FF-4 R326 DD-4
C225 HH-2 CN212 CC-3 R214 FF-4 R327 DD-4
C226
C227 GG-2 CN214 DD-4 R216 EE-3 R335 EE-4
C230 HH-4 CN215 DD-1 R217 FF-3 R392 EE-2
C232 GG-1 CN216 II-1 R218 FF-3 R393 EE-1
C233 HH-2 R219 FF-3 R394 EE-2
C235 GG-1 D225 GG-4 R220 FF-3 R395 EE-1
C236 GG-1 R221 FF-3 R397 FF-1
C238 GG-1 IC203 FF-4 R222 FF-3 R404 FF-2
C239 FF-1 IC206 GG-2 R224 GG-2 R405 EE-3
C240 FF-1 IC208 FF-2 R225 HH-3 R406 FF-2
C241 FF-1 IC209 FF-1 R227 HH-3 R413 EE-4
C242 GG-1 IC212 EE-2 R229 II-4 R414 EE-4
C243 GG-1 IC213 EE-2 R230 II-4 R419 FF-1
C244 FF-1 IC234 HH-3 R232 II-4 R667 DD-4
C247 FF-1 R234 II-4 R699 II-4
C248 FF-1 L228 II-2 R235 HH-4
C274 GG-3 R236 GG-1 SW203 DD-4
C275 GG-3 Q201 FF-3 R238 GG-1
C277 HH-3 Q202 FF-3 R239 HH-2
C278
C279

HH-2 CN213 CC-4 R215 FF-4 R334 EE-4

HH-3
HH-3

CONNECTORS

DIODE

ICS

COILS

TRANSISTORS

Q203 GG-2 R241 GG-1
Q206 GG-3 R242 FF-1

RESISTORS

RESISTORSCAPACITORS

SWITCHES

1-12-17

Main 7/7 Schematic Diagram Parts Location Guide < VCR Section >

Ref No. Posit ion Ref No. P os it ion Ref No. Posit ion

CAPACITORS
C554 NN-3 IC230 MM-1 R607 KK-3
C561 NN-1 IC231 KK-3 R 608 KK-3
C563 MM-3 IC232 LL-3 R609 LL-1
C565 MM-4 IC233 LL-2 R611 LL-1
C567 LL-2 R612 LL-1
C570 KK-2 Q246 KK-2 R613 KK-1
C571 L L -2 Q247 NN-2 R614 LL-1
C573 L L -1 Q248 LL-1 R615 LL-2
C574 MM-1 Q250 LL-1 R616 LL-3
C575 L L -2 Q251 MM-4 R 617 LL-3
C577 L L -3 Q252 LL-3 R618 LL-3
C578 L L -3 Q253 NN-4 R619 MM-3
C579 L L -3 Q255 NN-2 R620 LL-3
C582 KK-4 Q256 N N-4 R622 NN-2
C583 MM-2 Q257 NN-3 R623 NN-2
C589 KK-2 Q258 LL-2 R624 N N -2
C594 NN -1 Q260 LL-4 R 625 KK-4
C595 NN-1 R626 KK-4
C605 MM-3 JC117 JJ-2 R627 MM-2
C606 NN -3 R583 MM-4 R62 8 MM-2
C607 JJ-4 R584 NN-4 R629 MM-4
C608 JJ-1 R586 LL-2 R630 NN-4

CONNECTORS
CN207OO-2R590NN-1R662NN-4
CN208 OO-3 R591 KK-2 R663 NN-4
CN209JJ-3 R593MM-3R664 JJ-1
CN210 JJ-2 R59 4 LL-2 R66 8 JJ-1

DIODES
D233 KK-1 R59 6 LL-2 R67 1 JJ-2
D237 NN -4 R597 LL-2 R672 JJ-2
D238 L L -1 R 59 8 LL-2 R673 KK-2
D239 MM-2 R599 KK-3
D242 KK-2 R600 NN-3 F201 KK-1
D243 NN-4 R601 NN-2 F202 JJ-1
D247 NN-4 R602 MM-4 F203 KK-2
D248 NN-4 R603 MM-4 F204 JJ-3

D250 NN-3 R604

ICS

IC229 KK-3 R606 KK-3

R588 NN-4 R660 NN-3

R595 MM-3 R669 JJ-1

R605 LL-4 F206

ICS

TRANSISTORS

RESISTORS

MM-4

RESISTORS

MISCELLANEOUS

F205 MM-3

LL-4

1-12-18

Main 7/7 & DVD Open/Close Schematic Diagram < VCR Section >

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

1 2 3

5.0
(2.5)

<0>

~

5.0

THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

INDICATES THAT THE VOL TAGE
IS NOT CONSISTENT HERE.

PLAY MODE
REC MODE
DVD MODE

“ “ = SMD

1-12-19

1-12-20

E9480SCM7

Ref No. Position Ref No. Position Ref No. Position Ref No. Position

Ref No. Position Ref No. Position Ref No. Position

R434 A-2 R542 A-2 R666 D-1
R435 A-3 R543 B-2 R667 E-1
R437 A-3 R544 B-2 R668 E-2
R438 A-2 R547 D-1 R669 D-1
R439 B-2 R548 D-1 R671 F-2
R440 B-3 R549 E-1 R672 F-2
R442 B-3 R550 E-1 R673 F-2
R443 C-3 R553 A-1 R675 C-1
R444 C-3 R556 B-1 R687 D-4
R447 D-3 R557 B-1 R688 D-4
R450 C-2 R558 D-1 R689 C-4
R451 C-2 R559 D-1 R690 C-4
R453 C-2 R561 B-1 R691 D-4
R455 C-2 R565 C-2 R692 D-5
R456 C-2 R567 B-2 R693 E-4
R457 C-2 R569 B-1 R695 B-5
R460 C-2 R571 B-2 R696 B-5
R462 B-2 R572 B-2 R697 B-5
R463 B-2 R574 C-1 R698 D-4
R465 B-2 R576 D-1 R699 F-3
R466 B-2 R577 C-1 R1351 D-5
R468 B-2 R578 C-1 R1352 D-5
R469 B-3 R579 D-1 R1353 D-5
R470 A-2 R580 D-1 R1354 D-5
R472 B-1 R582 B-2 R1355 D-5
R473 B-2 R583 G-3 R1356 D-5
R474 B-2 R584 E-3 R1357 F-3
R476 B-3 R586 F-2
R477 C-3 R588 F-3 SW201 A-1
R479 C-3 R590 C-5 SW202 E-1
R480 C-3 R591 G-2 SW203 E-1
R482 C-3 R593 G-4
R483 C-4 R594 G-2 VR201 A-2
R484 C-4 R595 G-4
R485 C-4 R596 F-2 X201 B-2
R487 C-4 R597 F-2 X202 B-3
R488 C-3 R598 F-2
R489 C-3 R599 F-4 F201 F-2
R490 C-4 R600 F-4 F202 F-2
R492 C-3 R601 F-4 F203 F-2
R493 C-3 R602 G-2 F204 F-4
R495 C-3 R603 G-2 F205 G-4
R496 C-3 R604 F-3 F206 F-2
R497 D-3 R605 F-3 JK201 C-5
R499 B-1 R606 G-4 JK202 B-5
R500 A-1 R607 G-4 JK203 A-5
R502 A-2 R608 G-4 JK204 D-5
R505

A-2 R609 F-3 JK205 C-5

R512 C-1 R611 E-2 JK207 B-5
R513 C-1 R612 E-2 JK208 C-5
R514 D-2 R613 G-2 JK210 B-5
R517 D-2 R614 G-2 RM201 C-1
R518 D-2 R615 G-2 TU201 A-5
R521 B-1 R616 G-4
R522 B-1 R617 G-4 TP204 C-1
R523 B-1 R618 G-4 TP205 E-3
R524 C-1 R619 G-4 TP301 A-2
R525 A-1 R620 F-4 TP302 A-2
R526 B-1 R622 F-4 TP452 A-3
R527 C-1 R623 F-4 TP506 E-2
R528 B-2 R624 F-4 TP507 A-2
R529 C-1 R625 F-4 TP513 A-2
R530 E-2 R626 F-4

TP751

A-5
R531 E-2 R627 F-4
R532 E-2 R628 F-4
R533 E-2 R629 F-3
R534 E-2 R630 E-3
R535 E-3 R660 G-2
R538 D-2 R662 F-3
R539 A-2 R663 F-3
R540 C-2 R664 E-2

R541 A-1 R665

C-1

TEST POINTS

RESISTORS

MISCELLANEOUS

RESISTORS

CRYSTA L OSCILLAT ORS

SWITCHES

VARIABLE RESIST O R

RESISTORS

CAPACITORS CAPACITORS CAPACITORS CAPACITORS
C201 E-3 C319 F-5 C429 C-2 C561 C-5
C202 E-3 C320 F-5 C430 C-2 C563 F-4
C204 B-4 C321 F-5 C432 C-2 C565 G-3
C205 B-4 C322 F-5 C433 C-3 C567 F-2
C206 B-4 C323 E-5 C434 C-2 C570 G-2
C207 B-5 C325 E-5 C435 B-2 C571 F-2
C208 B-5 C326 E-5 C438 C-2 C573 E-2
C209 B-5 C327 E-5 C440 C-2 C574 G-2
C211 C4 C328 E-4 C444 C-2 C575 F-2
C212 C-4 C329 E-4 C445 B-2 C577 G-3
C214 B-4 C330 E-4 C447 B-2 C578 G-2
C215 C-4 C333 F-5 C448 B-2 C 579 G-4
C216 A-4 C334 F-5 C449 B-3 C582 G-4
C217 B-4 C336 F-5 C450 B-3 C583 F-4
C218 B-5 C341 C-5 C452 B-3 C584 A-4
C219 A-5 C342 C-4 C455 B-3 C586 B-4
C220 B-4 C343 C-5 C459 B-3 C587 D-4
C221 B-5 C345 E-4 C460 B-3 C589 G-2
C222 A-4 C346 E-4 C461 B-3 C591 A-5
C223 F-3 C347 C-5 C463 B-3 C 592 A-5
C224 F-4 C349 D-4 C465 B-3 C 593 D-4
C225 E-3 C350 D-4 C466 C-2 C594 G-2
C226
C227 F-2 C354 C-4 C468 C -3 C596 A-3
C230 F-3 C355 B-4 C470 C-3 C 597 A-3
C232 F-4 C356 B-4 C472 C-3 C 598 A-3
C233 F-4 C357 B-4 C473 C-3 C 599 A-3
C235 F-4 C358 B-4 C474 C-4 C 600 F-3
C236 F-4 C359 F-4 C476 C-4 C601 F-2
C238 F-4 C362 E-4 C477 C-3 C 602 F-3
C239 F-4 C363 B-2 C478 C-4 C 603 G-3
C240 E-4 C364 B-3 C479 C-4 C605 F-4
C241 E-4 C366 B-2 C480 C-3 C606 F-4
C242 F-4 C368 B-3 C482 C-4 C 607 F-4
C243 F-4 C371 A-3 C487 C-3 C 609 D-1
C244 F-4 C373 A-3 C488 C-3 C 610 D-1
C247 F-4 C374 A-3 C489 D-3 C 611 D-1
C248 E-4 C375 A-3 C491 C-3 C612 A-2
C249 A-4 C376 A-3 C494 D-2 C1351 D-5
C250 A-4 C377 B-3 C498 A-2 C1352 D-5
C252 A-5 C379 B-3 C500 A-1 C1354 D-5
C253 A-5 C380 B-3 C501 A-1 C1358 D-5
C255 A-5 C381 B-3 C502 B-1 C1359 D-5
C256 A-5 C383 B-3 C504 B-1 C1360 F-5
C258 C-5 C384 B-3 C506 C-1 C1361 F-4
C259 C-4 C386 B-3 C508 C-1 C1362 F-5
C260 C-4 C388 B-3 C510 B-1 C1363 F-5
C274 F-3 C389 B-3 C512 C-1 C1364 F-5
C275 G-3 C390 B-3 C513 E-2 J373 F-3
C277 G-3 C393 B-3 C515 D -2 J378 A-3
C278 G-3 C394 B-3 C516 B-1
C279 G-3 C395 B-3 C518 C -2 CN204 C-1
C289 F-4 C400 B-3 C520 D-2 CN205 A-1
C290 C-5 C401 B-3 C523 B-1 CN207 G-4
C292 B-5 C402 B-3 C524 B-1 CN208 G-2
C293 B-5 C403 B-3 C525 C-1 CN209 F-5
C294 B-5 C404 B-3 C527 B-1 CN210 F-2
C297 C-5 C406 B-3 C529 B-1 CN211 F-3
C298 C-5 C407 B-3 C530 B-1 CN212 D-5
C299 F-4 C410 B-2 C531 B-1 CN213 F-4
C300 F-5 C412 C-3 C533 B-1 CN214 F-3
C302 E-5 C414 C-3 C535 A-2 CN215 A-3

C303 A-4 C416 C-3 C538 A-2 CN216 D-4
C304 A-4 C417 D-3 C543 E-2
C306 A-5 C418 D-3 C545 C-1 D205 A-5
C307 A-4 C420 C-3 C551 D-1 D206 A-5
C308 A-4 C422 C-3 C552 D-1 D207 C-4
C310 A-5 C423 C-3 C554 F-4 D208 A-5
C312 A-5 C424 C-3 C556 C-1 D210 B-5
C316 E-4 C425 C-3 C557 C-1 D211 C-5
C317 F-5 C427 C-2 C558 C -1 D212 C-5

C318 F-5 C428 C-3 C559 D -1 D213 C-5

E-3 C351 D-4 C467 A-4 C595 G-2

1-12-21 1-12-22

CONNECTORS

DIODES

Main CBA Parts Location Guide < VCR Section >

Ref No. Positi on Ref No. Positi on Ref No. Posit io n Ref No. Posit ion

DIODES
D214 D-5 Q205 A-5 R213 A-4 R319 A-5
D215 B-5 Q206 G-4 R214 B-5 R320 A-5
D216 B-5 Q207 C-5 R215 B-4 R322 F-3
D217 B-5 Q208 C-4 R216 A-3 R323 F-3
D218 C-5 Q209 A-4 R217 A-3 R324 F-3
D219 C-5 Q210 A-5 R218 A-3 R326 F-3
D220 B-5 Q213 E-5 R219 A-5 R327 F-2
D221 B-5 Q214 E-5 R220 A-5 R334 D-5
D222 B-5 Q215 E-5 R221 A-3 R335 D-5
D223 C-5 Q216 E-5 R222 D-3 R337 E-4
D224 B-5 Q217 E-5 R224 F-3 R338 E-4
D225 F-3 Q218 E-5 R225 F-4 R339 D-5
D226 D-2 Q219 E-5 R227 F-4 R340 E-5
D228 C-1 Q220 E-5 R229 F-3 R342 E-5
D229 C-2 Q221 E-5 R230 F-3 R343 E-5
D230 D-1 Q222 E-5 R232 F-3 R345 E-5
D233 F-2 Q223 B-5 R234 F-3 R347 E-5
D237 G-3 Q224 C-5 R235 F-3 R349 E-5
D238 G-2 Q226 C-3 R236 F-4 R350 E-5
D239 F-4 Q227 C-4 R238 F-4 R351 E-5
D242 G-2 Q228 C-3 R239 F-4 R353 E-5
D243 F-3 Q229 D-3 R241 F-4 R354 E-5
D247 E-2 Q231 A-1 R242 E-4 R355 E-5
D248 F-3 Q232 C-2 R244 E-4 R357 E-5
D250 G-4 Q233 C-2 R246 E-4 R 358 E-4

ICS
IC201 F-4 Q240 C-2 R248 E-4 R360 E-4
IC202 E-4 Q242 E-1 R250 E-4 R362 E-4
IC203 B-4 Q243 E-1 R252 E-4 R363 E-5
IC206 F-3 Q245 A-1 R254 A-4 R365 E-5
IC208 C-4 Q246 F-2 R255 A-4 R366 E-4
IC209 E-4 Q247 F-4 R256 A-5 R368 E-4
IC211 C-4 Q248 E-2 R257 A-5 R369 C-5
IC212 B-4 Q250 E-2 R259 A-5 R370 C-5
IC213 B-4 Q251 G-3 R260 A-5 R372 F-4
IC218 B-1 Q252 G-4 R261 A-5 R373 F-4
IC221 D-1 Q253 E-3 R263 A-5 R375 E-4
IC225 D-1 Q255 F-4 R264
IC226 A-3 Q256 E-3 R266 C-4 R377 C-5
IC227 C-3 Q257 G-4 R267 C-4 R379 C-5
IC228 B-1 Q258 F-2 R268 D-5 R380 C-5
IC229 F-5 Q260 G-4 R270 D-5 R383 C-5
IC230 G-2 Q261 B-5 R271 D-5 R385 B-5
IC231 G-4 Q1351 D-5 R272 A-5 R386 C-5
IC232 G-4 R280 F-4 R387 E-4
IC233 G-2 J31 A-3 R282 G-4 R388 E-3
IC234 G-3 JC1 A-2 R284 G-4 R390 C-4

COILS
L205 A-3 JC101 D-5 R287 G-3 R393 C-4
L206 A-5 JC102 B-3 R288 F-3 R394 B-4
L207 E-5 JC103 B-1 R289 F-3 R395 B-4
L208 E-5 JC104 B-2 R290 F-3 R397 B-4

RESISTORS
L210 E-5 JC107 E-3 R293 B-5 R405 B-4
L211 E-4 JC114 F-4 R294 C-5 R406 B-4
L214 B-3 JC116 F-5 R296 C-5 R410 A-5
L215 B-3 JC117 G-5 R297 D-5 R411 C-4
L217 B-2 JC118 F-5 R298 B-5 R413 E-5
L218 C-2 JC119 F-5 R299 C-4 R 414 E-5
L220 C-4 JC121 A-4 R300 C-5 R415 D-5
L221 D-3 R201 B-5 R302 C-5 R416 D-5
L222 C-2 R202 B-4 R303 C-5 R419 E-4
L224 F-2 R203 B-4 R304 D-5 R423 A-3
L226 D-2 R204 B-5 R306 B-5 R424 A-3
L227 C-1 R205 B-4 R308 C-5 R425 A-3
L228 F-3 R206 B-4 R310 B-5 R426 A-3

L1351 D-5 R207 F-3 R312 A-4 R427 B-3

TRANSISTORS
Q201 A-3 R209 F-3 R314 A-5 R429 B-3
Q202 A-3 R210 F-3 R315 A-4 R430 A-2
Q203 F-3 R211 C-4 R316 A-4 R432 B-2
Q204 A-5 R212 B-4 R318 A-5 R433 A-2

Q235 A-2 R247 E-4 R359 E-5

RESISTORS

JC05 A-3 R2 8 6 G-3 R392 B-4

JC106 A-3 R292 F-3 R404 B-4

R208 G-4 R3 1 3 A-4 R428 B-3

RESISTORS RESISTORSTRANSISTORS

C-4 R376 E-5

Main CBA Top View < VCR Section >

Sensor CBA Top View
< VCR Section >

BHB300F01014A

BHB300F01014B

TO SENSOR CBA
(END-SENSOR)

WF1

TP751
V-OUT

TO SENSOR CBA
(START-SENSOR)

WF3

TP301

C-PB

WF2

TP302

RF-SW

VR201

SW-P

TP513

CTL

TP204

S-INH

1-12-23

1-12-24

BE9480F01011A

Main CBA Bottom View < VCR Section >

WF8

PIN 5 OF
CN213

WF5

PIN 7 OF
CN213

WF4

PIN9 OF
CN213

WF6

PIN18 OF
CN213

WF7

PIN 1 OF
CN213

WF10

PIN 2 OF
CN211

WF9

PIN 29 OF
CN215

1-12-25

1-12-26

BE9480F01011A

Function CBA Top View

Function CBA Bottom View

< VCR Section >

< VCR Section >

FUNCTION CB A
PARTS LOCATION GUI DE

Ref No. Pos i tio n

DIODES
D951 A-1
D952 A-1

RESISTORS
R951 B-2
R952 B-1
R953 B-1

SWITCHES
SW951
SW952 A-2

A-1

BE9480F01011B

Jack-B CBA Top View < VCR Section > Jack-B CBA Bottom View < VCR Section >

JACK-B CB A
PARTS LOCATION GUI DE

Ref No. Pos i tio n

CAPACITOR

C901

CONNECTOR

CN901

TRANSISTORS
Q901
Q902 B-1

RESISTORS
R901
R902
R903 B-1
R904
R905 A-1
R906
R907

SWITCHES
SW901
SW902 B-1
SW903 A-1
SW904
SW905 A-1

MISCELLANEOUS
JK901 A-1

A-1

B-1

B-1

B-1
A-1

A-1

A-1
A-1

B-1

A-1

1-12-27

BE9480F01022G

1-12-28

Front Schematic Diagram < VCR Section >

1G 2G 3G 4G 5G 6G 7G 8G 9G
S1
S2
S3
S4
S5
S6
S7

---

---

---

---

--- --- ---

---

---

---

---

---

---

---

---

---

--- ---

1d

2a

2h
2k
2b
2f

2m

2g
2c
2e
2r
2n
2d

1a

1j, 1p

1h
1k
1b
1f

1m

1g
1c
1e
1r

1m

---

2j, 2p

2a

2h
2k
2b

2f

2m

2g
2c
2e

2r
2n
2d

1a

1j, 1p

1h
1k
1b

1f

1m

1g
1c
1e

1r

1m

2j, 2p

2a

2h
2k
2b
2f

2m

2g
2c
2e
2r
2n
2d

1a

1j, 1p

1h
1k
1b
1f

1m

1g
1c
1e
1r

1m

2j, 2p

2a

2h
2k
2b

2f

2m

2g
2c
2e
2r
2n
2d

1a

1j, 1p

1h
1k
1b

1f

1m

1g
1c
1e
1r

1m

2j, 2p

2a

2h
2k
2b

2f

2m

2g
2c
2e
2r
2n
2d

1a

1j, 1p

1h
1k
1b

1f

1m

1g
1c
1e
1r

1m

---

2j, 2p

2a

2h
2k
2b

2f

2m

2g
2c
2e
2r
2n
2d

1a

1j, 1p

1h
1k
1b

1f

1m

1g
1c
1e
1r

1m

---

2j, 2p

2a

B1 B21

B22
B23
B24
B25
B26
B27
B28
B29

B2
B3
B4
B5
B6
B7
B8
B9

B10 B30

B31
B32
B33
B34
B35
B36
B37
B38
B39

B11
B12
B13
B14
B15
B16
B17
B18
B19
B20 B20

2h
2k
2b

2f

2m

2g
2c
2e
2r
2n
2d

2j, 2p

1d 1d 1d 1d 1d

S8

S9
S10
S11
S12
S13
S14
S15
S16
S17
S18
S19
S20
S21
S22
S23
S24
S25
S26
S27

FIP801 MATRIX CHART

SAT

TIMER

TV

PR

0

VPS / PDC

SAP

LANG

(1G~7G)

FRONT SCHEMATIC DIAGRAM PARTS LOCATION GUIDE

Ref No. Posit ion Ref No. Position Ref No. Position

C801 C-1 L801

A-2

R819

A-3

C802 C-1 L802

B-1

R820

A-3

C803

E-1

L803

C-1

R822

E-3

C804

D-1

R823 E-3

C805

B-2

Q801

D+1

R825

F-3

C806

A-2

Q802

D-1

R826

E-3

C807

B-2

Q803

D-1

R827

E-3

C809

C-1

Q805

B-1

R828 E-2

C810

A-2

Q806

E-3

R829 E-2

C811

A-3

Q807

E-3

R830 A-2

C812

A-3

R831

E-2

C813 A-3 R801

D-1

R832 E-2

C814 A-3 R802

D-1

R833

E-2

C815 A-3 R803

A-2

R835

C-1

C816

A-3

R804

B-2

R836

D-1

C817

E-3

R805

A-2

C818

E-3

R806

B-1

SW801

E-3

C819

E-2

R807

D-1

SW802

E-2

C820

E-2

R808 D-1 SW803

E-2

C821

E-3

R809 D-1

C822

E-3

R810 E-1 X801

C-1

R811 E-1

CN801 A-2 R812 B-1 FIP801 C-4

R813 B-1

D

801

A-2

R814

A-3

D802 D-3 R815

A-3

D803

D-3

R816

A-3

R817

A-3

IC801 C-2 R818 A-3

SWITCHES

RESISTORS

IC

COILS

CRYSTAL OSCILLATOR

CONNECTOR

DIODES

MISCELLANEOUS

CAPACITORS RESISTORS

TRANSISTORS

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

5.0
(2.5)

<0>

PLAY MODE
REC MODE

DVD MODE
THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

1 2 3

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

1-12-29

1G 2G

1a 1a 1a2a 2a 2a 1a 1a1a2a 2a 2a 2a

B1

B2B3B4B5B6B7B8B9

8G

SAT

TIMER

1G 5G 5G 7G3G 4G 6G

B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23 B24 B25 B26 B27 B28 B29 B30 B31 B32 B33 B34 B35 B36 B37 B38 B39

TVPR0

VPS / PDC

SAP

LANG

9G

1-12-30

E9480SCF

Front CBA Top View < VCR Section > Front CBA Bottom View < VCR Section >

Ref No. Posit ion Ref No. Position Ref No. Posit ion Ref No. Position

R806

C-3

R815 C-1 R826

C-1

R836

C-3

R807

C-3

R816 C-1 R827

C-1

R808 C-3 R817

C-1

R828 C-1 SW801

C-1

R809 C-3 R818 C-1 R829 C-1 SW802

C-1

R810 C-3 R819

B-1

R830 B-2 SW803

C-1

R811 C-3 R820

B-1

R831

C-1

R812 C-3 R822

C-1

R832 C-2 X801

C-2

R813 C-3 R823 C-1 R833

C-3

R814 C-1 R825 C-1 R835 B-2 FIP801 B-1

RESISTORSRESISTORS

MISCELLANEOUS

SWITCHES

CRYSTAL OSCILLATOR

RESISTORSRESISTORS

FRONT CBA PA RTS LOCATION GUIDE

Ref No. Posit ion Ref No. Position Ref No. Posit ion Ref No. Position Ref No. Posit ion

CAPACITORS
C801 B-3 C811
C802 B-3 C812
C803
C804
C805
C806
C807
C809
C810 C-1 C819 C-3 D803 C-2 Q803 C-3 R805 B-2

C-3
C-3
B-2
B-2
B-2
C-2

CAPACITORS

C-1

C-1
C813 C-1 C822
C814 B-1 L802
C815 B-1 CN801 B-3 L803
C816
C817
C818

B-1

C-1

C-1

1-12-31

C820
C821

CONNECTOR

D801
D802 C-2 Q802

C-3
C-2
C-2

B-2

IC801

L801

TRANSISTORSDIODES

Q801

IC

COILS

C-2

B-2
B-3
B-3

C-3
C-3

TRANSISTORSCAPACITORS
Q805
Q806
Q807

RESISTORS
R801
R802
R803
R804

C-3
C-1
C-1

C-3
C-3
B-2
B-2

1-12-32

BE9480F01022D

Ref No. Posit ion Ref No. Position Ref No. Posit ion

C1001 D-4 D1012

A-4

R1004

E-3

C1002 D-4 D1013

A-4

R1005

E-2

C1003

D-4

D1014

B-4

R1006 C-1

C1004

D-3

D1015

B-4

R1007 D-1

C1005

D-3

D1016

C-3

R1008 D-1

C1006

D-3

D1017

C-3

R1009 D-1

C1008

D-3

D1018

C-3

R1010 D-1

C1010

D-2

D1019

B-2

R1011 D-1

C1011

D-2

D1021 B-2 R1012 D-1

C1012

D-2

D1022 B-2 R1013 D-1
C1013 D-1 D1023 B-2 R1014 D-1
C1014 D-1 D1024 D-2 R1015 C-3
C1015 A-3 D1025 D-2 R1016 B-3
C1016

C-3

D1026 D-2 R1017 B-3
C1017

B-3

D1029 E-4 R1018 B-3
C1018

C-3

D1030 D-4 R1019

B-3

C1019

A-3

R1020 C-3

C1020

C-3

IC010

C-1

R1021

B-3

C1021

B-2

R1022

B-2

C1022

B-2

L1001

D-4

R1023

B-2

C1023

B-2

L1002

D-4

R1024

B-2

C1024 B-1 L1003

D-3

R1025

B-2

C1026

D-4

L1004

D-3

R1026

B-2

C1027

D-4

L1005

A-4

R1027

B-2

L1006

D-3

R1028

B-1

D1001

D-4

L1007

C-3

R

1029

B-4

D1002

D-4

L1008 D-2 R1030

D-2

D1003

D-3

L1009 D-2 R1031

D-2

D1004

D-3

R1033

B-2

D1005

D-4

Q031

D-1

D1006

D-3

Q1001

C-3

AC1001

A-4

D1007

B-3

Q1003

B-3

F1001

A-4

D1008

D-2

Q1008

B-2

GP1001

A-3

D1009

D-2

SA1001

A-4
D1010 D-1 R1002 D-4 T1001 C-4
D1011 D-1 R1003 E-4

RESISTORS

MISCELLANEOUS

CAPACITORS DIODES RESISTORS

DIODES

TRANSISTORS

IC

COILS

JACK-A SCHEMATIC DIAGRAM
PARTS LOCATI ON GUI DE

Ref No. Posit ion Ref No. Position

C751

B-1

R754

B-1

C752

B-1

R755

A-1

C753

B-2

R756 B-2
R757 B-1

CN751

A-2

R758

B-2

R759 B-2

D751

A-1

SW751 A-1

Q751

B-2

SW752

B-1

Q752

B-1

SW753

A-1

Q753 B-1

JK751

C-2

R751 B-1 JK752

C-1
R752 B-1 JK753 C-2
R753 A-1

CAPACITORS RESISTORS

SWITCHES

MISCELLANEOUS

CONNECTOR

DIODE

TRANSISTORS

RESISTORS

JACK-A CBA PARTS LOCATION GUIDE

Ref No. Posit ion Ref No. Position

C751

A-1

R754

B-1
C752

B-1

R755

A-2
C753

A-1

R756 A-1
R757 A-1

CN751

A-1

R758

B-1

R759 A-1

D751

A-2

SW751 A-1

Q751

A-1

SW752

B-1
Q752

A-1

SW753

A-2
Q753 B-1

JK751

B-1
R751 A-1 JK752

A-1
R752 B-1 JK753 A-1
R753 A-1

DIODE

CAPACITORS

CONNECTOR

MISCELLANEOUS

TRANSISTORS

RESISTORS

SWITCHES

RESISTORS

Jack-A Schematic Diagram < VCR Section >

Po wer Supply Schematic Diagram

Parts Location Guide

< VCR Section >

Jack-A CBA Top View < VCR Section > Jack-A CBA Bottom View < VCR Section >

E9480SCJK

1-12-33

BE9480F01022E

1-12-34

Power Supply Schematic Diagram < VCR Section >

CAUTION

FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,

F

A V

REPLACE ONL Y WITH THE SAME TYPE FUSE.
ATTENTION : POUR UNE PROTECTION CONTINUE LES RISQES
D'INCELE N'UTILISER QUE DES FUSIBLE DE MÊME TYPE.
RISK OF FIRE-REPLACE FUSE AS MARKED.

"This symbol means fast operating fuse."
"Ce symbole reprèsente un fusible à fusion rapide."

CAUTION !

Fixed voltage ( or Auto voltage selectable ) power supply circuit is used in this unit.
If Main Fuse (F1001) is blown, check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.

NOTE :

The voltage for parts in hot circuit is measured using
hot GND as a common terminal.

“ “ = SMD

Voltage indications for PLAY, REC and DVD modes
on the Schematic Diagrams are as shown below:

1 2 3

THE SAME VOLTAGE FOR
PLAY,REC & DVD MODES.

~

5.0
INDICATES THAT THE VOL TAGE

IS NOT CONSISTENT HERE.

5.0
(2.5)

<0>

PLAY MODE
REC MODE
DVD MODE

1-12-35

1-12-36

E9480SCM8

Power Supply CBA Top View < VCR Section >

POWER CBA PARTS LOCATION GUIDE

Ref No. Posit ion Ref No. Position Ref No. Posit ion

C1001 B-1 D1012

C-2

R1004

A-1

C1002 B-1 D1013

C-2

R1005

A-2

C1003

.A-1

D1014

C-2

R1006 B-2

C1004

B-1

D1015

C-2

R1007 B-2

C1005

A-1

D1016

C-1

R1008 B-2

C1006

A-1

D1017

C-1

R1009 B-2

C1008

B-1

D1018

C-1

R1010 B-2

C1010

B-1

D1019

C-1

R1011 B-2

C1011

A-1

D1021 C-1 R1012 B-2

C1012

B-2

D1022 C-1 R1013 B-2
C1013 B-1 D1023 C-1 R1014 A-2
C1014 B-2 D1024 B-41 R1015 C-1
C1015 B-2 D1025 B-1 R1016 C-1
C1016

C-1

D1026 B-1 R1017 C-1
C1017

C-2

D1029 A-1 R1018 C-1
C1018

C-1

D1030 B-1 R1019

C-1

C1019

C-2

R1020 C-1

C1020

C-1

IC010

B-1

R1021

C-1

C1021

C-1

R1022

C-1

C1022

C-1

L1001

A-1

R1023

C-1

C1023

C-1

L1002

A-1

R1024

C-1

C1024 C-1 L1003

A-1

R1025

C-1

C1026

A-1

L1004

A-1

R1026

C-2

C1027

A-1

L1005

B-2

R1027

C-2

L1006

B-1

R1028

C-1

D1001

B-

1

L1007

C-1

R1029

C-1

D1002

B-1

L1008 A-2 R1030

A-2

D1003

B-1

L1009 A-1 R1031

A-2

D1004

B-1

R1033

C-1

D1005

B-1

Q031

B-2

D1006

B-1

Q1001

C-1

AC1001

A-2

D1007

C-1

Q1003

C-1

F1001

A-2

D1008

B-1

Q1008

C-1

GP1001

A-2

D1009

A-2

SA1001

B-2
D1010 B-1 R1002 A-1 T1001 C-2
D1011 B-2 R1003 A-1

RESISTORS

DIODES

CAPACITORS DIODES RESISTORS

IC

COILS

MISCELLANEOUS

TRANSISTORS

CAUTION

FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,

F

A V

BECAUSE A HOT CHASSIS GROUND IS PRESENT IN THE POWER
SUPPLY CIRCUIT , AN ISOLATION TRANSFORMER MUST BE USED.
ALSO , IN ORDER TO HAVE THE ABILITY T O INCREASE THE INPUT
SLOWL Y , WHEN TROUBLESHOOTING THIS TYPE POWER SUPPL Y
CIRCUIT , A VARIABLE ISOLATION TRANSFORMER IS REQUIRED.

REPLACE ONL Y WITH THE SAME TYPE FUSE.
ATTENTION : POUR UNE PROTECTION CONTINUE LES RISQES
D'INCELE N'UTILISER QUE DES FUSIBLE DE MÊME TYPE.
RISK OF FIRE-REPLACE FUSE AS MARKED.

"This symbol means fast operating fuse."
"Ce symbole reprèsente un fusible à fusion rapide."

CAUTION !

Fixed voltage ( or Auto voltage selectable ) power supply circuit is used in this unit.
If Main Fuse (F1001) is blown, check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.

NOTE :
The voltage for parts in hot circuit is measured
using hot GND as a common terminal.

Note:

L1006 is positioned on the Cathode
side of D1006 as shown below.

D1006 L1006

1-12-37

Note:

L1007 is positioned on the Cathode
side of D1017 as shown below.

D1017 L1007

1-12-38

BE9480F01022A

Power Supply CBA Bottom View < VCR Section >

F

A V

CAUTION

FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
REPLACE ONL Y WITH THE SAME TYPE FUSE.
ATTENTION : POUR UNE PROTECTION CONTINUE LES RISQES

D'INCELE N'UTILISER QUE DES FUSIBLE DE MÊME TYPE.
RISK OF FIRE-REPLACE FUSE AS MARKED.

"This symbol means fast operating fuse."
"Ce symbole reprèsente un fusible à fusion rapide."

CAUTION !

Fixed voltage ( or Auto voltage selectable ) power supply circuit is used in this unit.
If Main Fuse (F1001) is blown, check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.

NOTE :
The voltage for parts in hot circuit is measured
using hot GND as a common terminal.

BECAUSE A HOT CHASSIS GROUND IS PRESENT IN THE POWER
SUPPLY CIRCUIT , AN ISOLATION TRANSFORMER MUST BE USED.
ALSO , IN ORDER TO HAVE THE ABILITY TO INCREASE THE INPUT
SLOWL Y , WHEN TROUBLESHOOTING THIS TYPE POWER SUPPLY
CIRCUIT , A VARIABLE ISOLATION TRANSFORMER IS REQUIRED.

Junction-A CBA
T op Vie w
< VCR Section >

Junction-A CBA
Bottom View
< VCR Section >

Junction-B CBA
T op Vie w
< VCR Section >

BE9480F01022B

Junction-B CBA
Bottom View
< VCR Section >

1-12-39

BE9480F01022A

BE9480F01022C

1-12-40

CPU 1/2 Schematic Diagram < DVD Section >

“ “ = SMD

Voltage indications for PLAY and STOP modes
on the Schematic Diagrams are as shown below:

1 2 3

THE SAME VOLTAGE FOR
BOTH PLAY & STOP MODES.

5.0

5.0

~

(2.5)

INDICATES THAT THE VOL TAGE
IS NOT CONSISTENT HERE.

PLAY MODE
STOP MODE

1-12-41

1-12-42

E9480SCCP1

CPU 2/2 Schematic Diagram < DVD Section >

“ “ = SMD

Voltage indications for PLAY and STOP modes
on the Schematic Diagrams are as shown below:

1 2 3

THE SAME VOLTAGE FOR
BOTH PLAY & STOP MODES.

5.0

5.0

~

(2.5)

INDICATES THAT THE VOL TAGE
IS NOT CONSISTENT HERE.

PLAY MODE
STOP MODE

1-12-43 1-12-44

E9480SCCP2

Digital Board Unit 1/10 Schematic Diagram < DVD Section >

123456789101112

RESET,UART,SERVICE,E_LINK

A

B

C

D

G

H

3141
100R

B7B_PH_SM3_TBT

1
2
3
4
5
6
7

1101

F932

F933

F934

F265

F935

F930

GND

1n5

6K8

GND

5104

BLM11HB

100MHz

2119

GND

3143

3142

10K

F121

F123

+5V

TO/FROM PC INTERFACE

E

7130
NCP301

2116

74LVC08APW

2
4

7100-1

1

2

INP

NC

6105

GND

+3V3D

100n

10K

3135

6.3V22u

2118

F139

F

+3V3D

BAS316

OUTP

RESET

GND

5

GND

+3V3D

14

7

GND

BC847BS

3

+5V

1K0

3134

3

7134-B

4

3137

4K7

GND

F931

+3V3D

4K7

1

NCP301LSN27T1

100n

2117

GND

3

3132
F141

5

IRESET_DIGn

6103

BAS316

3136

4K7

F119

SYS_RST#

6104

BAS316

74LVC08APW

F118

3140

10K

7100-2

4

5

2

+3V3D

GND

+5V

10K

3138

6

7134-A
BC847BS

1

GND

714

2122

GND

TXD_SER

F120

RXD_SER

SERVICE

6

+3V3D

+3V3D

7100-3

10K

74LVC08APW

3133

9

10

100n

+3V3D

3139

10K

RESETn

7100-4

74LVC08APW

12

13

JTAG_RSTn

+3V3D

714

GND

14

7

GND

11

2123

GND

1101 E1
1103 D12
1108 B8
1109 B12
2114 A10
2116 F2

A

B

C

D

E

F

G

H

2117 G3
2118 G1
2119 C2
2120 C11
2121 D11
2122 G4
2123 H6
2124 A12
3127 A10
3128 A11
3130 G6
3132 F3
3133 G5
3134 A3
3135 G1
3136 B4
3137 B3
3138 B4
3139 H5
3140 C4
3141 C2
3142 D2
3143 D2
3144 C11
3145 H11
3146 D11
3147 B7
3148 B7
3149 B7
3150 B8
3151 C10
4101 B11
4102 H6
4103 A12
4104 A11
4105 A11
4106 B10
4107 A11
4108 B10
4109 C10
5103 A9
5104 E2
6103 F3
6104 F4
6105 G1
7100-1 G3
7100-2 F4
7100-3 G5
7100-4 G5
7127 A9
7130 F2
7134-A C4
7134-B B3
7135 C10
F110 B7
F111 B7
F112 B7
F113 B7
F114 C7
F115 C7
F116 C7
F118 B4
F119 B4
F120 B5
F121 C2
F123 D3
F130 B12
F131 B12
F132 B12
F133 B12
F134 B12
F135 B12
F136 C12
F137 C12
F138 C12
F139 G2
F141 F3
F143 G6
F144 H6
F145 E11
F146 D11
F147 D11
F148 H11
F149 H11
F265 D1
F930 E1
F931 C3
F932 D1
F933 D1
F934 D1
F935 D1

SCL

2121

100n

SDA

GND

1n0

2124

4103

4104

***

*

FMN

1109

F130

F131

F132

F133

F134

F135

F136

F137

F138

GND

1103

1

TO/FROM ANALOG BOARD

10

9

8

7

6

5

4

3

2

1

COM

2
3

DMN_TRST
DMN_TDO
DMN_TDI
DMN_TMS
DMN_TCK

JTAG_RSTn

+3V3D

10K

3149

GND

F110

F111

F112

F113

F114

F115

F116

10K

3148

10K

3147

GND

10K

3150

B7B_PH_SM3_TBT

1108

7
6

JTAG

5
4
3
2
1

E_LINK

+3V3D

ANA_WE_LV

IRESET_DIGn
RXD_COM
TXD_COM
CTS_COM
RTS_COM

ION

BE_FAN
VIP_FB

IR_OUT

5103

BLM11

7127

74HCT1G125GW

2

1

GND

DMN_CS3

EN

4108

4109

5

3

GND

100n

GND

4106

*

3151
100R

*

7135
PDTC124EU

A_RDY

3128

4101
3144

22R

4107

2120

*

RESET_ANA#

4105

22p

2114

+3V3D

+3V3D

4

3127

100K

100K

+5V

3146
10K

F147

4

RST_ELINK#

DMN_ALE

DMN_MA(2)

DMN_MA(3)

HD(15)

DMN_MA(1)

HD(13)

HD(14)

HD(11)

HD(12)

HD(9)

HD(10)

HD(8)

F146

F145

5
6
7
8

9
10
11
12
13
14
15
16
17
18

HD(6)

F143

8

RSTn

+3V3D

10K

3130

F144

DMN_RESETn

VIP_RST_OUT1

4102

*

100n

HD(7)

HD(4)

HD(5)

HD(2)

HD(3)

HD(0)

HD(1)

MEDUSAINT

DTACK#

DMN_LDS

DMN_UDS

DMN_RW

3145
33R

F148

F149

19
20
21
22
23
24
25
26
27
28
29
30
31
32

* OPTION

123456789101112

1-12-45

GND

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-1 dd 2004-03-09

1-12-46

E9480SCD1

Digital Board Unit 2/10 Schematic Diagram < DVD Section >

A

B

C

D

E

F

G

H

12345678910

(DV)IEEE1394

+3V3_IEEE_D+3V3_IEEE_D+3V3_IEEE_D

10K

3201

10K

3206

GND

3210

10R

3212

10R

3214

10R

3218

10R

3220

10R

3223

10R

10K

3202

F214

3203

10K

3204

GND

3207

1R0

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-2 dd 2004-03-09

3211

10R

3213

10R

3217

10R

3219

10R

3222

10R

3224

10R

10K

*

F213

F212

F211

DMN_1394_LINK_ON

DMN_1394_LPS

DMN_1394_CTL0

DMN_1394_CTL1

DMN_1394_DATA0

DMN_1394_DATA1

DMN_1394_DATA2

DMN_1394_DATA3

DMN_1394_DATA4

DMN_1394_DATA5

DMN_1394_DATA6

DMN_1394_DATA7

DMN_1394_LREQ

DMN_1394_CLK

CNA_1394

RST_PHY#

* OPTION

2212

GND

+3V3_IEEE_A +3V3_IEEE_D +3V3_IEEE_PLL

10K

F236

F237

F216

F217

F218

F219

F220

F221

F222

F223

F224

F225

F226

F227

F228

F229

F210

10K

3200

+3V3_IEEE_D

GND

4201

4200

10K

3226

3227

GND

GND

2217

*

22n

56

SYSCLK

PLLGND

5758

GND

1394_LED

7200
PDI1394P25

CPS

ISO_

D4
D5
D6 12
D7 13

PC0

CNA 3

53RESET_

24
15LPS

23
19C|LKON

2
1LREQ
4CTL0
5CTL1
6D0
7D1
8D2
9D3

10

11

20
21PC1
22PC2

14PD

TEST1

29

3228

5152

VOLTAGE

CURRENT

GENERATOR

XTAL OSC.

PLL

CLOCK

TRANSMIT

DATA

ENCODER

TEST0

GND

OPTION

PH-S

BM06B-SRSS-TBT

78

6

1203

F204

F205

F206

F207

5
4
3
2
1

GND

56R

2200

1u0

1%

3215

56R

3232

1%

5K6

1%

1%

56R

3209

3208

1%
56R

3216

GND

1%

5K1

270p

2213

3221

GND

3231

1M0

1201

1

DSX840

24M576

12p

2203

GND

5201

BLM11

5202

BLM11

5203

BLM11

16V100u

100n

GND

2215

GND

100n

3225

2

1R0

*

2202

2205

100n

100n

F201

F202

2209

F203

*

100n

+3V3_IEEE_PLL

+3V3_IEEE_A

+3V3_IEEE_D+3V3

12p

2206

16V100u

2210

GND

100n

100n

2204

2216

2207

2211

100n

GND

100u 16V

2208

F234

F233

F232

3233
750R

F235

1%

40 R0
41 R1
38 TPBIAS0

TPA0+

37
36 TPA0-

35 TPB0+
34 TPB0-

59

XI

60 XO

16

43

44

45

NC

46

47

54

55

28

F209

1R0

GND

BIAS

AND

1202

AGND

1

2

GND

303142

RECEIVED

DECODER/

ARBITRN

CONTROL

MACHINE

27

TESTM

DATA

TIMER

AND

STATE

LOGIC

323339484950

1n0

2214

3229

330R

F200

PDTC144EU

*

7201

6200

+3V3

330R

DVDDAVDD

25266162

INTERFACE

DGND

186364

GND

5200

BLM11HB

TLMH3100

3230

*

PLLVDD

LINK

17

100MHz

F215

GND

G

A

B

C

D

E

F

H

1201 E2
1202 G5
1203 B2
2200 B3
2202 E3
2203 E2
2204 E2
2205 E3
2206 F2
2207 G2
2208 G3
2209 G3
2210 H2
2211 H2
2212 H2
2213 D3
2214 G5
2215 G2
2216 F2
2217 E8
3200 A7
3201 A8
3202 A8
3203 B9
3204 B8
3206 B8
3207 B9
3208 B3
3209 B3
3210 C8
3211 C8
3212 C8
3213 C8
3214 C8
3215 C3
3216 C3
3217 C8
3218 D8
3219 D8
3220 D8
3221 D3
3222 D8
3223 D8
3224 D8
3225 E3
3226 E7
3227 E7
3228 F4
3229 G5
3230 G6
3231 D2
3232 B4
3233 B4
4200 E7
4201 E7
5200 G6
5201 F2
5202 G2
5203 H2
6200 G6
7200 B6
7201 H6
F200 H6
F201 F3
F202 G3
F203 H3
F204 C2
F205 C2
F206 C2
F207 C2
F209 E4
F210 E7
F211 E9
F212 E9
F213 B9
F214 B9
F215 H6
F216 B7
F217 C7
F218 C7
F219 C7
F220 C7
F221 C7
F222 C7
F223 C7
F224 D7
F225 D7
F226 D7
F227 D7
F228 E7
F229 E7
F232 D4
F233 B4
F234 B4
F235 B4
F236 B7
F237 B7

1234

1-12-47

5678910

1-12-48

E9480SCD2

Digital Board Unit 3/10 Schematic Diagram < DVD Section >

1 2345678910111213

GND

DVD RECORDER PROCESSOR

A

B

C

D

E

F

G

H

2301

2316

16V47u

2302

100n

2303

47u 16V

16V47u

2315

100n

2314

22u 6.3V

I

2317

100n

2318

100n

2319

100n

2304

2313

2320

100n

100n

100n

2305

2312

2321

AI_D0
AI_D1
AI_FSYNC
AI_MCLKO
AI_SCLK
AO_D0
AO_D1
AO_D2
AO_D3
AO_FSYNC
AO_IEC958
AO_MCLKO
AO_SCLK
AtapiAddr0
AtapiAddr1
AtapiAddr2
AtapiAddr3
AtapiAddr4
ATAPI_DATA0
ATAPI_DATA1
ATAPI_DATA2
ATAPI_DATA3
ATAPI_DATA4
ATAPI_DATA5
ATAPI_DATA6
ATAPI_DATA7
ATAPI_DATA8
ATAPI_DATA9
ATAPI_DATA10
ATAPI_DATA11
ATAPI_DATA12
ATAPI_DATA13
ATAPI_DATA14
ATAPI_DATA15
ATAPI_DIOR_L
ATAPI_DIOW_L
ATAPI_DMAACK_L
ATAPI_DMARQ
ATAPI_INTRQ
ATAPI_IORDY
ATAPI_RESET#
DMN_1394_LINK_ON
DMN_1394_LPS
DMN_1394_LREQ
DMN_1394_CLK
DMN_1394_CTL0
DMN_1394_CTL1
DMN_1394_DATA0
DMN_1394_DATA1
DMN_1394_DATA2
DMN_1394_DATA3
DMN_1394_DATA4
DMN_1394_DATA5
DMN_1394_DATA6
DMN_1394_DATA7
27M_LSI

VIP_INTA
MEDUSAINT
ITU_IN_VALX
VIP_FID_FF
HD(0)
HD(1)
HD(2)
HD(3)
HD(4)
HD(5)
HD(6)
HD(7)
HD(8)
HD(9)
HD(10)
HD(11)
HD(12)
HD(13)
HD(14)

DMN_VPAD

100n

2306

100n

2307

DMN_VCORE

2311

100n

100n

2310

SSTL2_VDD

100n

2322

100n

2323

100n

100n

100n

GND

GND

2308

2309

2324

F300

100n

GND

100n

100n

* OPTION

1 23456789

DMN_VDDX

7300

DMN-8600

C13

AI_D0

D12

AI_D1

C12

AI_FSYNC

A13

AI_MCLKO

B12

AI_SCLK

D14

AO_D0

C14

AO_D1

B15

AO_D2

A15

AO_D3

D13

AO_FSYNC

B14

AO_IEC958

B13

AO_MCLKO

A14

AO_SCLK

W3

TAPI_ADDR0|M_A1|SBP_FRAME

A

V2

ATAPI_ADDR1|M_A2|SBP_ACK

V1

ATAPI_ADDR2|M_A3|SBP_RD

U3

ATAPI_ADDR3|M_A4|SBP_REQ

V4

ATAPI_ADDR4|M_A5|SBP_CLK

R4

ATAPI_DATA0|SD_DATA0|CD_DATA

R3

ATAPI_DATA1|SD_DATA1|CD_LRCK

P4

ATAPI_DATA2|SD_DATA2|CD_BCK

P3

ATAPI_DATA3|SD_DATA3|CD_C2PO

P1

ATAPI_DATA4|SD_DATA4

N4

ATAPI_DATA5|SD_DATA5

N2

ATAPI_DATA6|SD_DATA6

N1

ATAPI_DATA7|SD_DATA7

M4

ATAPI_DATA8|SBP_DATA0

N3

ATAPI_DATA9|SBP_DATA1

P2

ATAPI_DATA10|SBP_DATA2

R1

ATAPI_DATA11|SBP_DATA3

R2

ATAPI_DATA12|SBP_DATA4

T2

ATAPI_DATA13|SBP_DATA5

U2

ATAPI_DATA14|SBP_DATA6

Y2

ATAPI_DATA15|SBP_DATA7

V3

ATAPI_DIOR_|SD_RDREQ

T1

ATAPI_DIOW_|SD_WRREQ

U1

ATAPI_DMAACK_|SD_SECSTART

W1

ATAPI_DMARQ|SD_ERROR

W2

ATAPI_INTRQ|SD_ACK

T3

ATAPI_IORDY

Y1

ATAPI_RESET

K4

BIO_LINK_ON

L4

BIO_LPS

M1

BIO_LREQ

L1

BIO_PHY_CLK

J3

BIO_PHY_CTL0

L2

BIO_PHY_CTL1

J2

BIO_PHY_DATA0

L3

BIO_PHY_DATA1

M3

BIO_PHY_DATA2

M2

BIO_PHY_DATA3

J1

BIO_PHY_DATA4

K1

BIO_PHY_DATA5

K2

BIO_PHY_DATA6

K3

BIO_PHY_DATA7

A10

CLKI

A12

CLKO

B10

CLKX

Y13

H_ADDR0|M_GPIO1

W10

H_ADDR1|M_GPIO2

W9

H_ADDR2|M_GPIO3

Y9

H_CS|M_GPIO5

W15

H_DATA0|M_A6|M_D0

W14

H_DATA1|M_A7|M_D1

W13

H_DATA2|M_A8|M_D2

V14

H_DATA3|M_A9|M_D3

Y14

H_DATA4|M_A10-M_D4

U12

H_DATA5|M_A11|M_D5

W12

H_DATA6|M_A12|M_D6

V13

H_DATA7|M_A13|M_D7

U11

H_DATA8|M_A14|M_D8

W11

H_DATA9|M_A15|M_D9

V12

H_DATA10|M_A16|M_D10

Y12

H_DATA11|M_A17-M_D11

V10

H_DATA12|M_A18|M_D12

V11

H_DATA13|M_A19|M_D13

U10

H_DATA14|M_A20|M_D14

DMN_AGND

GND

T17

A11

B11

C10

U17

XVDD

VSS_X

VSS_DLL1

VSS_DLL2

VSS_RREF

H_DATA17|M_A2Y7H_DATA18|M_A3Y8H_DATA19|M_A4

H_DATA15|M_A21|M_D15

H_DATA16|M_A1

Y11

W8

V8

HD(15)

DMN_MA(1)

DMN_MA(2)

DMN_MA(3)

DMN_MA(4)

A8

C9

K16

VSS_A1A9VSS_A2C8VSS_A3

VSS_A4

VSS_2.5

H_DATA24|M_A25Y5H_DATA25|M_A26V6H_DATA26|M_CS0_Y4H_DATA27|M_CS1_W5H_DATA28|M_CS2_V5H_DATA29|M_CS3_

H_DATA20|M_A5V7H_DATA21|M_A22W6H_DATA22|M_A23U6H_DATA23|M_A24

W7

Y6

F301

DMN_MA(25)

DMN_MA(5)

DMN_MA(22)

DMN_MA(23)

DMN_MA(24)

N10

N11

N12

N13

VSS34

VSS35

VSS36

F302

DMN_MA(26)

DMN_CS0

DMN_CS1

N8

N9

VSS32

VSS33

Y3

F303

DMN_CS4

DMN_CS2

DMN_CS3

M13

VSS31

VSS30

H_DATA30|M_CS4_

H_DATA31|M_CS5_

W4

F304

DMN_CS5

M8

M9

L13

L11

L12

M10

M11

M12

VSS24

VSS25

VSS26

VSS27

VSS28

VSS29

VSS23

H_DMAREQ|M_UWE|UDS

H_DTACK|M_DTACKU7H_INT_|M_GPIO0

H_RD-WR|M_RD-WR

H_RD_|M_GPIO4

H_RST|M_RST

H_WAIT|M_WAIT

V15

DMN_UDS

U9

U8

DMN_GPIO0

DTACK#

Y10

DMN_RW

SYS_RST#

U13

W16

V9

DMN_RESETn

WAIT#

DMN_ALE

L10

VSS21

VSS22

M_ALE

M_OE_A3NC1

Y15

3301

DMN_LDS

L8

L9

K13

VSS18

VSS19

VSS20

MCONFIG1

MCONFIG0

M16

Y16

MCONFIG0

22R

MCONFIG1

GND

K12

K11

VSS17

VSS16

NC2A6NC3B1NC4

A4

K10

VSS15

J10

J11

J12

J13

VSS9

VSS10

VSS11

VSS12K8VSS13K9VSS14

NC5B5NC6C5NC7C6NC8D2NC9A7PLL_BYPASS

NC10

D6

B4

J8

J9

H13

H12

VSS6

VSS7

VSS8

RESERVED1

RESERVED2

V19

Y18

3305

3304

3302

3303

47R

22R

47R

3306

SCL

SDA

DMN_AGND

H11

H10

VSS4

VSS5

VSS3

RREF

SDRAM_A0

SDRAM_A1

A19

B19

C11

180R
1%

1K0

1%

SDRAM_A(0)

SDRAM_A(1)

DMN_AGND

VO_D(15)

VO_D(14)

22R3311-1

18

3311-2 22R

H9

H8

VSS2

VSS1

SDRAM_A2

SDRAM_A3

SDRAM_A4

A17

C17

B18

A20

SDRAM_A(2)

SDRAM_A(3)

SDRAM_A(4)

SDRAM_A(5)

VO_D(9)

VO_D(13)

VO_D(12)

VO_D(11)

VO_D(10)

22R3311-3

22R3310-3

22R

7

2

27

45

36

18

3311-4 22R

3310-2 22R

3310-1

E1

E2

1

VO_D10F3VO_D1

VO_D12D1VO_D13E3VO_D14F4VO_D15

SDRAM_A9

SDRAM_A5

SDRAM_A6

SDRAM_A7

SDRAM_A8

SDRAM_A10

C18

B20

D18

D19

C19

SDRAM_A(10)

SDRAM_A(6)

SDRAM_A(7)

SDRAM_A(8)

SDRAM_A(9)

VO_D(8)

VO_D(7)

VO_D(6)

VO_D(5)

VO_D(4)

VO_D(3)

22R

22R

22R

22R222R

7

36

45

45

36

18

3310-4 22R

3309-4

3309-3

3309-2

3309-1

3308-1
H4

G1

VO_D4G2VO_D5G3VO_D6F1VO_D7F2VO_D8G4VO_D9

SDRAM_A15

SDRAM_A11

SDRAM_A12

SDRAM_A13

SDRAM_A14

B17

F17

E17

E18

C20

A18

SDRAM_A(11)

SDRAM_A(12)

SDRAM_A(13)

SDRAM_A(14)

SDRAM_A(15)

DMN_SDRAM_CAS#

VO_D(2)

VO_D(1)

VO_D(0)

VO_CLK

VI_VSYNC0

22R

22R

22R

22R

18

27

45

36

3307

3308-2

3308-4

3308-3

J4

H3

H2

C1

H1

VO_D2

VO_D3

VO_D0

VO_D1

VO_CLK

VI_VSYNC0

SDRAM_CAS_

SDRAM_CKE

SDRAM_CLK0

SDRAM_CLK0_

SDRAM_CLK1

SDRAM_CLK1_

C15

P20

N20

G20

H20

SDRAM_CLK#1

DMN_SDRAM_CLKE

SDRAM_CLK0

SDRAM_CLK#0

SDRAM_CLK1

VI_D6

VI_D7

VI_D8

VI_D9

C4

VI_D6B3VI_D7A2VI_D8A1VI_D9

SDRAM_DQ3

SDRAM_DQ2

SDRAM_DQ1

SDRAM_DQ0

T20

R18

R17

T19

SDRAM_DQ(0)

SDRAM_DQ(1)

SDRAM_DQ(2)

SDRAM_DQ(3)

VI_D2

VI_D3

VI_D4

VI_D5

B2

C2

D3

VI_D2C3VI_D3

VI_D4

VI_D5

SDRAM_DQ4

SDRAM_DQ5

SDRAM_DQ6

SDRAM_DQ7

P17

R20

P18

P19

SDRAM_DQ(4)

SDRAM_DQ(5)

SDRAM_DQ(6)

SDRAM_DQ(7)

VI_CLK0

DMN_VDDREF

DMN_VDLL

A5

D10

U15

U16

D11

VI_CLK0

VDD_A_4

VDD_RREF

VDD_DLL_1

VDD_DLL_2

SIO_UART1_CTS|M_RD|WR_

SDRAM_DQ8

SDRAM_DQ9

SDRAM_DQ10

SDRAM_DQ11

SDRAM_DQ12

L18

N19

M20

L19

M17

SDRAM_DQ(10)

SDRAM_DQ(11)

SDRAM_DQ(12)

SDRAM_DQ(8)

SDRAM_DQ(9)

VDD_A_3
VDD_A_2
VDD_A_1

VDD_5
VDD_3.3_9
VDD_3.3_8
VDD_3.3_7
VDD_3.3_6
VDD_3.3_5
VDD_3.3_4
VDD_3.3_3
VDD_3.3_2
VDD_3.3_1
VDD_2.5_5
VDD_2.5_4
VDD_2.5_3
VDD_2.5_2
VDD_2.5_1
VDD_1.8_8
VDD_1.8_7
VDD_1.8_6
VDD_1.8_5
VDD_1.8_4
VDD_1.8_3
VDD_1.8_2
VDD_1.8_1

TRST

SIO_UART2_TX
SIO_UART2_RX

SIO_UART1_TX|M_A4

SIO_UART1_RX|M_CS0_

SIO_UART1_RTS|M_A3

SIO_SPI_MOSI|M_A25

SIO_SPI_MISO|M_A1

SIO_SPI_CS3|M_A5
SIO_SPI_CS2|M_A22
SIO_SPI_CS1|M_A23
SIO_SPI_CS0|M_A24
SIO_SPI_CLK|M_A26

SIO_IRTX2|M_OE_

SIO_IRTX1|M_A2

SIO_IRRX

SDRAM_WE_

SDRAM_VREF
SDRAM_RAS_
SDRAM_DQS3
SDRAM_DQS2
SDRAM_DQS1
SDRAM_DQS0

SDRAM_DQM3
SDRAM_DQM2
SDRAM_DQM1
SDRAM_DQM0

SDRAM_DQ31
SDRAM_DQ30
SDRAM_DQ29
SDRAM_DQ28
SDRAM_DQ27
SDRAM_DQ26
SDRAM_DQ25
SDRAM_DQ24
SDRAM_DQ23
SDRAM_DQ22
SDRAM_DQ21
SDRAM_DQ20
SDRAM_DQ19
SDRAM_DQ18
SDRAM_DQ17
SDRAM_DQ16
SDRAM_DQ15
SDRAM_DQ14
SDRAM_DQ13

TMS
TDO

TCK

D9
B9
B8

U5
T12
T11

T4

L5

K5
E11

E9

E4

D5
L16
J16
D17
D15
C16

U4
T10

T9

M5

J5
E12
E10

D4
D7
B6
B7
C7

TDI

D8

U19

W20

U20

W19

V20
V17
U18
T18

W18

V16
V18
Y19
Y17

W17

U14
Y20
A16

D16
B16
E20

J19

M19

R19
G19
K20
L17

N17

F20
F19

H17
G18
G17

F18

E19
D20
H19
H18

J17
J18
J20

K17
K18
K19
N18
M18

L20

DMN_SPI_MOSI
DMN_SPI_MISO

DMN_SPI_CS3
DMN_SPI_CS2
DMN_SPI_CS1
DMN_SPI_CS0
DMN_SPI_CLK

DMN_IR

DMN_IRRX

GND

GND

TX2

DMN_VDLL

2326

*

4306
4307

*

4308

*
*

4309

F314
F313
F312
F311
F310
F309
F308
F307
F306
F305

100n

SSTL2_GND

DMN_AVDD

DMN_V5BIAS

DMN_VPAD

SSTL2_VDD

DMN_VCORE

DMN_TRST

DMN_TMS
DMN_TDO

DMN_TDI

DMN_TCK

TXD_SER

RXD_SER
TXD_COM
RXD_COM
RTS_COM
CTS_COM

IR_OUT

DMN_SDRAM_WE#

VREF

DMN_SDRAM_RAS#

SDRAM_DQS3
SDRAM_DQS2
SDRAM_DQS1

SDRAM_DQS0
SDRAM_DQM3
SDRAM_DQM2
SDRAM_DQM1
SDRAM_DQM0

SDRAM_DQ(31)
SDRAM_DQ(30)
SDRAM_DQ(29)
SDRAM_DQ(28)
SDRAM_DQ(27)
SDRAM_DQ(26)
SDRAM_DQ(25)
SDRAM_DQ(24)
SDRAM_DQ(23)
SDRAM_DQ(22)
SDRAM_DQ(21)
SDRAM_DQ(20)
SDRAM_DQ(19)
SDRAM_DQ(18)
SDRAM_DQ(17)
SDRAM_DQ(16)
SDRAM_DQ(15)
SDRAM_DQ(14)
SDRAM_DQ(13)

DMN_VDDREF DMN_AVDD

2327

GND

100n

100n

*

4310

DMN_AGND

2325

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-3 dd 2004-03-09

10 11 12 13

2328

SYS_RST#

VIP_INTA

DMN_GPIO0

MEDUSAINT

ITU_IN_VALX

VIP_FID_FF

DTACK#

SCL

SDA

RST_ELINK#

MCONFIG1
IR_OUT

100n

F317

F315

F316

4K7

3312

4K7

3313

4K7

3314

*

4K7

3315

*

4K7

3324

3316

3317
3318 4K7
3319

3320

3321

3322

*

3323 4K7

DMN_VDDX DMN_V5BIAS

2329

DMN_AGNDDMN_AGNDDMN_AGND

100n

GND

4K7

4K7

3K3

3K3

4K7

4K7

2330

GND

+3V3

100n

2301 H1
2302 H1
2303 H1
2304 H1
2305 H1
2306 H2
2307 H2
2308 H2
2309 I2
2310 I2
2311 I2
2312 I1

A

2313 I1
2314 I1
2315 I1
2316 I1
2317 I1
2318 I1
2319 I1
2320 I1
2321 I1
2322 I2
2323 I2
2324 I2

B

2325 H11
2326 H11
2327 H12
2328 H12
2329 H13
2330 H13
3301 I6
3302 H7
3303 H7
3304 H7
3305 H7
3306 I7

C

3307 A9
3308-1 A8
3308-2 A8
3308-3 A8
3308-4 A8
3309-1 A8
3309-2 A8
3309-3 A8
3309-4 A8
3310-1 A8
3310-2 A8

D

3310-3 A8
3310-4 A8
3311-1 A7
3311-2 A7
3311-3 A8
3311-4 A8
3312 A13
3313 A13
3314 A13
3315 A13
3316 A13
3317 A13

E

3318 B13
3319 B13
3320 B13
3321 B13
3322 B13
3323 B13
3324 A13
4306 I11
4307 I11
4308 I11
4309 I11
4310 I12

F

7300 B3
F300 F3
F301 I5
F302 I5
F303 I5
F304 I5
F305 E11
F306 E11
F307 E11
F308 E11
F309 E11

G

F310 E11
F311 E11
F312 E11
F313 E11
F314 E11
F315 B13
F316 B13
F317 A13

H

I

1-12-49

1-12-50 E9480SCD3

Digital Board Unit 4/10 Schematic Diagram < DVD Section >

12345678910111213

TERMINATION AT DMN8600/DDR SDRAM

A

B

C

D

E

F

G

H

DMN8600

VTT

RES ARRAY

51R

18

3406-1

27 27

3406-2

36

3406-3

3406-4

3408-1

3408-2 2

3408-3

3408-4

3410-1

3410-2

3410-3

3410-4

3412-1

3412-2 2

3412-3

3412-4

45

RES ARRAY

18

36

45

RES ARRAY

1

27

36

4

RES ARRAY

18

36

45

3430

3431

3432

3433

3442

3443

3444

3445

3446

3447

3448

3449

RES ARRAY

51R

18

7

2

36

45

51R

7

RES ARRAY RES ARRAY

51R

2 7 3409-2

51R

8

RES ARRAY

5

51R

18

27

45

51R

7

RES ARRAY

51R

18

27

36

4

5

51R

51R

51R

51R

51R

51R

51R

51R

51R

51R

51R

51R

3407-1

3407-2

3407-3

3407-4

3409-118

3409-336

3409-445

3411-1

3411-2

3411-336

3411-4

3413-1

3413-2

3413-3

3413-4

SDRAM_DQ(3)

SDRAM_DQ(1)

SDRAM_DQ(2)

SDRAM_DQ(0)

SDRAM_DQ(7)

SDRAM_DQ(5)

SDRAM_DQ(6)

SDRAM_DQ(4)

SDRAM_DQ(14)

SDRAM_DQ(15)

SDRAM_DQ(9)

SDRAM_DQ(12)

SDRAM_DQ(13)

SDRAM_DQ(11)

SDRAM_DQ(8)

SDRAM_DQ(10)

SDRAM_DQ(21)

SDRAM_DQ(16)

SDRAM_DQ(17)

SDRAM_DQ(18)

SDRAM_DQ(22)

SDRAM_DQ(29)

SDRAM_DQ(19)

SDRAM_DQ(20)

SDRAM_DQ(26)

SDRAM_DQ(28)

SDRAM_DQ(27)

SDRAM_DQ(23)

SDRAM_DQ(24)

SDRAM_DQ(25)

SDRAM_DQ(31)

SDRAM_DQ(30)

SDRAM_DQM0

SDRAM_DQM1

SDRAM_DQM2

SDRAM_DQM3

SDRAM_DQS0

SDRAM_DQS1

SDRAM_DQS2

SDRAM_DQS3

SDRAM_CLK#0

SDRAM_CLK#1

SDRAM_CLK0

SDRAM_CLK1

DMN_SDRAM_RAS#

DMN_SDRAM_CAS#

DMN_SDRAM_CLKE

SSTL2_VDD

100n

100n

2400

100n

2406

100n

2401

2407

RES ARRAY

18

3405-1

3405-2

3405-3 3 6 45

3405-4

100n

2403

100n

2402

2413

100n

2412

100n

SSTL2_GND

22R

27

22R

22R

45

22R

SSTL2_VDD

2404

100n

VTT VTT

100n

2414

SSTL2_GND

100n

100n

SDRAM_WE#DMN_SDRAM_WE#

SDRAM_RAS#

SDRAM_CAS#

SDRAM_CLKE

2405

VREF

2415

GND

123456

DDR SDRAM

VTT

3414-1

3414-2

3414-3

3414-4

3416-1 1 8

3416-2

3416-3

3416-4 4 5

3418-1

3418-2

3418-3

3418-4

3420-1 1 8

3420-2

3420-3

3420-4

RES ARRAY

51R

18

36

5

4

RES ARRAY

51R

27

36

RES ARRAY

51R

18

27

36

45

RES ARRAY

51R

27

36

3421-1 1 8

3421-2 2 7

3421-3

3421-4

3426

51R

3427

51R

3428

51R

3429

51R

51R

3489

3493

51R

3494

51R

51R

3495

51R

3496

51R

3490

51R

3491

51R

3492

RES ARRAY

51R

18

3415-1

27

3415-2

36

3415-3

45

3415-4

51R

18

27

36

45

RES ARRAY

51R

18

3419-1

27

3419-2

3419-3

36

4 5 3419-4

RES ARRAY

51R

36

45

3417-1

3417-2

3417-3

3417-4

SDRAM_DQ(0)

SDRAM_DQ(1)

SDRAM_DQ(2)

SDRAM_DQ(3)

SDRAM_DQ(4)

SDRAM_DQ(5)

SDRAM_DQ(6)

SDRAM_DQ(7)

SDRAM_DQ(8)

SDRAM_DQ(9)

SDRAM_DQ(10)

SDRAM_DQ(11)

SDRAM_DQ(12)

SDRAM_DQ(13)

SDRAM_DQ(14)

SDRAM_DQ(15)

SDRAM_DQ(16)

SDRAM_DQ(17)

SDRAM_DQ(18)

SDRAM_DQ(19)

SDRAM_DQ(20)

SDRAM_DQ(21)

SDRAM_DQ(22)

SDRAM_DQ(23)

SDRAM_DQ(24)

SDRAM_DQ(25)

SDRAM_DQ(26)

SDRAM_DQ(27)

SDRAM_DQ(28)

SDRAM_DQ(29)

SDRAM_DQ(30)

SDRAM_DQ(31)

SDRAM_DQM0

SDRAM_DQM1

SDRAM_DQM2

SDRAM_DQM3

SDRAM_DQS0

SDRAM_DQS1

SDRAM_DQS2

SDRAM_DQS3

SDRAM_CLK#0

SDRAM_CLK#1

SDRAM_CLK0

SDRAM_CLK1

VTT

RES ARRAY

51R

18

3400-1

3400-2

3400-3

3400-4

3401-1

3401-2

3401-3

3401-4

3402-1 1 8

3402-2

3402-3

3402-4

3403-1 1 8

3403-2 2

3403-3

3403-4

3424

3404-1

3404-2

3404-3

3404-4
3425

SSTL2_VDD

2416

100n

100n

100n

2428

100n

27

6

3

45

RES ARRAY

51R

18

27

36

45

RES ARRAY

51R

27

36

45

RES ARRAY

51R

7

36

45

RES ARRAY

51R

18

27

36

45

100n

2418

100n

2417

100n

2429

100n

2430

51R

51R

2419

2431

SSTL2_GND

SDRAM_A(0)

SDRAM_A(1)

SDRAM_A(2)

SDRAM_A(3)

SDRAM_A(4)

SDRAM_A(5)

SDRAM_A(6)

SDRAM_A(7)

SDRAM_A(8)

SDRAM_A(9)

SDRAM_A(10)

SDRAM_A(11)

SDRAM_A(15)

SDRAM_A(12)

SDRAM_A(13)

SDRAM_A(14)

SDRAM_WE#

SDRAM_CAS#

SDRAM_RAS#

SDRAM_CLKE

SSTL2_VDD

100n

2420

100n

100n

100n

2432

2421

2433

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-4 dd 2004-03-09

100n

100n

2426

2434

100n

100n

SSTL2_GND

2427

VREF

2435

78910111213

2400 G4
2401 G5
2402 G5
2403 G5
2404 G6
2405 G6
2406 H4
2407 H5
2412 H5
2413 H5
2414 H6
2415 H6
2416 G11

A

2417 G11
2418 G11
2419 G12
2420 G12
2421 G12
2426 G13
2427 G13
2428 H11
2429 H11
2430 H11
2431 H12

B

2432 H12
2433 H12
2434 H13
2435 H13
3400-1 B11
3400-2 B11
3400-3 B11
3400-4 B11
3401-1 B11
3401-2 C11
3401-3 C11
3401-4 C11

C

3402-1 C11
3402-2 C11
3402-3 D11
3402-4 D11
3403-1 D11
3403-2 D11
3403-3 D11
3403-4 D11
3404-1 E11
3404-2 E11
3404-3 E11
3404-4 E11

D

3405-1 E5
3405-2 E5
3405-3 F5
3405-4 F5
3406-1 B2
3406-2 B2
3406-3 B2
3406-4 B2
3407-1 B3
3407-2 B3
3407-3 C3

E

3407-4 C3
3408-1 C2
3408-2 C2
3408-3 C2
3408-4 C2
3409-1 C3
3409-2 D3
3409-3 D3
3409-4 D3
3410-1 D2
3410-2 D2
3410-3 D2

F

3410-4 D2
3411-1 E3
3411-2 E3
3411-3 E3
3411-4 E3
3412-1 E2
3412-2 E2
3412-3 E2
3412-4 F2
3413-1 F3
3413-2 F3
3413-3 F3

G

3413-4 F3
3414-1 B9
3414-2 B9
3414-3 B9
3414-4 B9
3415-1 B10
3415-2 B10
3415-3 C10
3415-4 C10
3416-1 C9
3416-2 C9

H

3416-3 C9
3416-4 C9
3417-1 C10
3417-2 D10
3417-3 D10
3417-4 D10
3418-1 D9
3418-2 D9
3418-3 D9
3418-4 D9

3419-1 E10
3419-2 E10
3419-3 E10
3419-4 E10
3420-1 E9
3420-2 E9
3420-3 E9
3420-4 F9
3421-1 F9
3421-2 F9
3421-3 F9
3421-4 F9
3424 E11
3425 F11
3426 F9
3427 G9
3428 G9
3429 G9
3430 F2
3431 G2
3432 G2
3433 G2
3442 G2
3443 G2
3444 G2
3445 G2
3446 H2
3447 H2
3448 H2
3449 H2
3489 G9
3490 H9
3491 H9
3492 H9
3493 G9
3494 G9
3495 G9
3496 H9

1-12-51

1-12-52

E9480SCD4

Digital Board Unit 5/10 Schematic Diagram < DVD Section >

123456789101112

POWER SUPPLY/OSC

A

4500

7516

5

2506

4505
0805

2534

470u 16V

470u 16V

GND

+12V

B

C

D

6500

2502

PRLL5817

PGND

220p

PGND

L5972D

2

3

6

7

PGND

2503

3500

FB

VCC

GND

22n

1%
4K7

2550

F534

OUT

COMP

18

4

1.8V nominal

BLM31PG

2551

BLM31PG

100n

16V

100u

E

GND

F

G

+3V3

+5V

100n

2597

*

4507

0805

7521

LF33ABDT

IN OUT

GND

GND

2598

3.3V nominal

2599

100n

47u 16V

GND

H

2527

330n

5540

1206
5529

1206

2504

1n0

4501

0805

5536
BLM11

5538
BLM11

5539
BLM11

F530

F531

PGND

STPS2L25U

PGND

2552

F500

F501

F502

16V100u

2520

5527

33u

6501

100n

100u 16V

GND

SSTL2_GND

DMN_AGND

DMN_AGND

DMN_AGND

F528

2553

2567

2568

2569

3511

3513

2528

PGND

100n

100n

100n

0R

3512

1%
5K6

3514

100u 16V

PGND

BAT760

6502

BAT760

6503

DMN_VCORE

DMN_AVDD

DMN_VDDX

DMN_VDDREF

1%

240R

1%

12K

+3V3

I

* OPTION

1234

+5V

3510

10R

SSTL2_VDD

SSTL2_VDD

+3V3

100n

GND

+3V3

2554

3501

10K

IN

F506

7519

LF25ABDT

GND

GND

+3V3

56789101112

2533

GND

7518

LP3961EMPX-2.5

2 VIN
1 SD_

OUT

F512

DMN_V5BIAS

100n

2526

GND

100n

100u 16V

ERROR_

GND
5

GND

6.3V

2563

22u

GND

3515

680R

1K5

3518

GND

2540

VOUT

5537

4u7

PVIN7

AVIN6

SSTL2_GND

7522
FXO-31FL

1

TS

3
4

VDDQ 5

GND

2

3502

VDD
OSC
GND

GND

+3V3

2509

GND

7517

LP2995MX

VSENSE 3

VTT 8

NC

1

10K

2555

100n

5533

BLM31PG

1206

2.5V nominal

5535
BLM31

4

OUT

2

100n

2556

3

F524 D12

1500 C9

F525 C12

2501 H8

F526 E10

2502 C1

F528 D3

2503 C2

F530 C3

2504 E3

F531 B3

2505 G8

F534 C2

2506 B1
2509 A7
2510 G10
2511 G10
2512 G10
2513 H10

5527
33uH

27uH

A

2514 H10
2515 H10
2517 A9
2520 B3
2526 B6
2527 C3
2528 C3
2529 C9
2530 C9
2533 C6
2534 B1
2535 C8

B

2536 C8
2537 D8
2540 C7
2541 C8
2542 B11
2543 B12
2544 C10
2548 D10
2549 D10
2550 D2
2551 D2

C

2552 D3
2553 D3
2554 D6
2555 D7
2556 D7
2557 D8
2558 D12
2559 D10
2560 E10
2561 C11
2562 C12
2563 E6

D

2564 E8
2567 G3
2568 H3
2569 H3
2578 F8
2597 G1
2598 G2
2599 G2
3500 D2
3501 D6
3502 D7
3510 A5

E

3511 B4
3512 B4
3513 B3
3514 B4
3515 H6
3517 H8
3518 I6
3519 C8
3520 I8
4202 I8
4500 B2

F

4501 B3
4505 B1
4507 F2
5501 D10
5526 A8
5527 C3
5528 B11
5529 D3
5530 D8
5531 D11
5532 C11
5533 E7

G

5535 F7
5536 G3
5537 G7
5538 G3
5539 H3
5540 D3
6500 B1
6501 C3
6502 C4
6503 D4
7516 B2
7517 B7

H

7518 D6
7519 E6
7521 G2
7522 H7
F500 G3
F501 G3
F502 H3
F503 C8
F504 C8
F505 A9
F506 A6

I

F508 D8
F510 E8
F511 F8
F512 H6
F513 H8
F520 B10
F521 C10
F522 D11
F523 D12

5526

F505

BLM31PG

1206

GND

2517

100n

DMN_VPAD

GND PGND

+3V3

F520

F503

2529

2536

GND

SSTL2_VDD

100u 4V

SSTL2_GND

+2V5D_V

+2V5A_V

100n

100u 16V

SSTL2_GND

2557

100n

F504

4VREF

2535

GND

BLM31PG

16V100u

100u 4V

5530

2541

VAGND

100n

F508

GND

VREF

10K

3519

*

2537

GND

F510

2564

100n

F511

2578

100n

10u

2505

2501

100n

GND

F513

3517

22R

*

3520
22R

27M_LSI

27M_VIP

4202

GND

2530

4V

220u

1
2
3
4
5
6
7
8
9
10
11
12

1500

14

PH-B

VTT

B12B_PH_SM3_TBT

13

GND

F521

5501

22u

F526

GND

GND GND

4500

L5972D

MIC4684

2544

100n

GND

2548

100n

F522

GND

2549

100n

GND

2559

GND

100n
2560

100n

GND

100n2510

100n2511

100n2512

100n2513

100n2514

100n2515

3512

3511

4501

240R

0R

X

910R

X

10R

5528

BLM11

16V

2542

100u

GND GND

5532

BLM31PG

2561

100u 16V

GND

GND

+12V

5531

BLM11

ION

-5V

3513

5K6

3K

3514

GND

12K

X

5K6

2527

+3V3D

2543

100n

F525

+3V3_IDE

2562

100n

F523

+5V

F524

+5VD

2558

100n

250325026500

3500

4K7

22nF

220pF

X

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-5 dd 2004-03-09

1-12-53

1-12-54

E9480SCD5

Digital Board Unit 6/10 Schematic Diagram < DVD Section >

A

B

C

D

G

H

E

F

I

DMN_RW

DMN_CS1

74HC1G04GW

DMN_CS2

*

OPTION

1234567891011121314

GPIOs /IDE

+3V3_GPIO

7600-1

*

74LVC02APW

F600

2

3

714

+3V3_GPIO

5

2

NC

31

7601

*

GND

GND

2606

100n

*

4

4601

GPIOs

+3V3_GPIO

&

GND

20

EN

1

10

2603

100n

74ALVC541PW

18
17
16
15
14
13
12
11

+3V3_GPIO

10K18

10K

10K36

10K

7602

GND

HD(0)
HD(1)
HD(2)
HD(3)
HD(4)
HD(5)
HD(6)
HD(7)

74ALVT16373DGG

GND

DMN_ALE

HD(0)
HD(1)
HD(2)
HD(3)
HD(4)
HD(5)
HD(6)
HD(7)
HD(8)
HD(9)
HD(10)
HD(11)
HD(12)
HD(13)
HD(14)
HD(15)

DMN_MA(1)

DMN_MA(2)

DMN_MA(3)

DMN_MA(4)

DMN_MA(5)

DMN_MA(22)

DMN_MA(23)

DMN_MA(24)

7603

71831

1

1EN

48

C3

24

2EN

25

C4

47

3D

46
44
43
41
40
38
37
36

4D

35
33
32
30
29
27
26

4

1015212834

GND

4604

4605

4606

F606

3600

10K

10K

3627

1
19

2
3

4603

4

*

5

F651

6
7

F609

8

F608

9

F607

3601-1

3601-2

27

3601-3

3601-4

45

CNA_1394
SERVICE
VIP_ERROR
VIP_RTS1

4602

IO_RD#

GND

+3V3_GPIO

7600-2

*

74LVC02APW

F602

1

*

74LVC02APW

F601

74LVC02APW

7600-4

*

7600-3

5

6

8

9

11

12

14

7

GND

+3V3_GPIO

714

+3V3_GPIO

714

GND

GND

F603

4

4600

F604

10

*

2607

100n

13

GND

F605

3602

3603

10K

10K

+3V3_GPIO

IO_WE#

+3V3_GPIO

HD(0)
HD(1)
HD(2)
HD(3)
HD(4)
HD(5)
HD(6)
HD(7)

7608

74LVT273PW

1
11

3
4
7
8
13
14
17
18

+3V3_GPIO

R

C1

1D

GND

2604

100n

2

RST_DENC#
5
6

ANA_WE_LV
9

RST_ELINK#

12
15
16
19

RESET_ANA#

F610

4K7

3628

GND

DMN_GPIO0

RESETn

1394_LED

RST_PHY#

RST_VIP#

MUTE#

FOR SDRAM/BD DETECTION

+3V3_GPIO

100n

2602

2601

100n

42

GND

2

1

11
12
13

2

14
16
17
19
20
22
23

39

45

BA(6)
BA(7)

3

BA(8)

5

BA(9)

6

BA(10)

8

BA(11)

9

BA(12)
BA(13)
BA(14)
BA(15)
BA(16)
BA(17)
BA(18)
BA(19)
BA(20)
BA(21)

+3V3

5600

BLM11

F650

GND

2605

+3V3_GPIO

100n

BASIC ENGINE INTERFACE

+3V3_IDE

HD_AT7

DDR SUPPLIER

Hynix

Samsung
Micron

Reserved

RSTATA

INT_ATA

4605

4606

X

X

-

X

-X

--

3605

10K

3610

10K

2610

*

22p

3624

1K0

3607

*

100K

3616

10K

5K6

3611

GND

GND

PCB VERSION

NAFTA

EU

GND

GND

GND

IORDY

DMARQ

4604

ATAPI_DATA7 HD_AT7

TA

F629

F628

3612-1

18

3612-2

27

3612-3

36

3612-4

45

3614-1

1

3614-2

27

3614-3

36

3614-4

45

*

3618

3622

3623

3621-1

18

33R

3621-2

27

33R

3621-3

36

33R

3621-4

45

33R

33R3617
82R

82R

82R

8

F627

F626

F625

F620

HD_AT3

HD_AT12

HD_AT2

HD_AT13

HD_AT10

HD_AT4

HD_AT11

RSTATA

ATAPI_INTRQ

ATAPI_IORDY

ATAPI_DMARQ

ATA_A1

ATA_A2

ATA_A0

CS3FX

33R

33R

33R

33R

33R

33R

33R

33R

ATAPI_DATA8 HD_AT8

ATAPI_DATA6

ATAPI_DATA9

ATAPI_DATA5

ATAPI_DATA1

ATAPI_DATA14

ATAPI_DATA0

ATAPI_DATA15

AtapiAddr3

ATAPI_DIOW_L

ATAPI_DIOR_L

ATAPI_DMAACK_L

ATAPI_DATA3

ATAPI_DATA12

1102

F630

1
2

3625 4K7

F631

F633

F635

F637

F639

F641

F643

F645

F648

GND

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

1-440090-4

HD_AT7

HD_AT6

HD_AT5

HD_AT4

HD_AT3

HD_AT2

HD_AT1

HD_AT0
RSTATA

DMARQ

DIOW

DIOR

IORDY

DMACK

INT_ATA

ATA_A1

+3V3_IDE

ATA_A0

CS1FX

X

-

IDE HD_AT(0:15)

F632

F634

F636

F638

F640

F642

F644

F646

GND

HD_AT8

HD_AT9

HD_AT10

HD_AT11

HD_AT12

HD_AT13

HD_AT14

HD_AT15

4608

GND

ATA_A2

CS3FX

ATAPI_DATA2

ATAPI_DATA13

ATAPI_DATA10

ATAPI_DATA4

ATAPI_DATA11

ATAPI_RESET#

INT_A

IORDY

DMARQ

AtapiAddr1

AtapiAddr2

AtapiAddr0

AtapiAddr4

3626 33R

3613-1

18

33R

3613-2

27

33R

3613-3

36

33R

3613-4

45

33R

3615-1

18

33R

3615-2

27

33R

3615-3

36

33R

3615-4

45

33R

3620-1

18

22R

3620-2

27

22R

3620-3

36

22R

3620-4

45

22R

HD_AT6

HD_AT9

HD_AT5

HD_AT1

HD_AT14

HD_AT0

HD_AT15

F621

CS1FX

33R3619

F622

DIOW

F623

DIOR

F624

DMACK

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-6 dd 2004-03-09

1234567891011121314

1102 F7
2601 A12
2602 A12
2603 A10
2604 A6
2605 B14
2606 B2
2607 C3
2610 G2
3600 A9
3601-1 C9
3601-2 C9

A

3601-3 C9
3601-4 C9
3602 A4
3603 C4
3605 F2
3607 G2
3610 F2
3611 G3
3612-1 E10
3612-2 E10
3612-3 F10
3612-4 F10

B

3613-1 E12
3613-2 E12
3613-3 F12
3613-4 F12
3614-1 F10
3614-2 F10
3614-3 G10
3614-4 G10
3615-1 F12
3615-2 F12
3615-3 G12

C

3615-4 G12
3616 H2
3617 H9
3618 H9
3619 H11
3620-1 H12
3620-2 I12
3620-3 I12
3620-4 I12
3621-1 I10
3621-2 I10
3621-3 I10

D

3621-4 I10
3622 H9
3623 H9
3624 G2
3625 H6
3626 E11
3627 A9
3628 C7
4600 B4
4601 D2
4602 A8
4603 B9

E

4604 C8
4605 C8
4606 C8
4608 H8
5600 B14
7600-1 A2
7600-2 A3
7600-3 B3
7600-4 C3
7601 B1
7602 A10

F

7603 A11
7608 A6
F600 A1
F601 B2
F602 A2
F603 A4
F604 B4
F605 C4
F606 A8
F607 B9
F608 B9
F609 B9

G

F610 B7
F620 I10
F621 H12
F622 H12
F623 I12
F624 I12
F625 I10
F626 I10
F627 H10
F628 H9
F629 H9
F630 F6

H

F631 F6
F632 F7
F633 F6
F634 F7
F635 F6
F636 F7
F637 F6
F638 F7
F639 F6
F640 F7
F641 G6

I

F642 G7
F643 G6
F644 G7
F645 G6
F646 G7
F648 H6
F650 B14
F651 B9

1-12-55

1-12-56

E9480SCD6

Digital Board Unit 7/10 Schematic Diagram < DVD Section >

12345678910111213

MEMORY (SDRAM/FLASH)/EEPROM

SSTL2_VDD

A

SDRAM_A(0) SDRAM_A(0)
SDRAM_A(1)
SDRAM_A(2)
SDRAM_A(3)
SDRAM_A(4)
SDRAM_A(5)
SDRAM_A(6)
SDRAM_A(7)
SDRAM_A(8)
SDRAM_A(9)
SDRAM_A(10)

B

C

SDRAM_A(11)

VREF

SDRAM_A(15)
SDRAM_CLK0
SDRAM_CLK#0
SDRAM_CLKE

SDRAM_A(12)
SDRAM_A(13)

SDRAM_DQM0
SDRAM_DQM1
SDRAM_DQS0
SDRAM_DQS1

SDRAM_WE#
SDRAM_CAS#
SDRAM_RAS#

1

VDD

29

A0

30

A1

31

A2

32

A3

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

28

A10|AP

41

A11

49

VREF

24

CS_

45

CK

46

CK_

44

CKE

26

BA0

27

BA1

20

LDM

47

UDM

16

LDQS

51

UDQS

21

WE_

22

CAS_

23

RAS_

34

3

33

7706

MT46V8M16TG-6T

9

VDDQ

18

VSS VSSQ

4866612525864

D

2781

10u 16V

100n

1

VDD

29

A0

30

A1

31

A2

32

A3

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

28

A10|AP

41

A11

49

VREF

24

CS_

45

CK

46

CK_

44

CKE

26

BA0

27

BA1

20

LDM

47

UDM

16

LDQS

51

UDQS

21

WE_

22

CAS_

23

RAS_

344866

2786

100n

100n

2787

E

SDRAM_A(0)
SDRAM_A(1)
SDRAM_A(2)
SDRAM_A(3)
SDRAM_A(4)
SDRAM_A(5)
SDRAM_A(6)
SDRAM_A(7)
SDRAM_A(8)
SDRAM_A(9)
SDRAM_A(10)

F

G

SDRAM_A(11)

VREF

SDRAM_A(14)
SDRAM_CLK0
SDRAM_CLK#0
SDRAM_CLKE

SDRAM_A(12)
SDRAM_A(13)

SDRAM_DQM0
SDRAM_DQM1
SDRAM_DQS0
SDRAM_DQS1

SDRAM_WE#
SDRAM_CAS#
SDRAM_RAS#

H

SSTL2_VDD

SSTL2_GND

2784

100n

2785

3

18

33

7709

MT46V8M16TG-6T

VSS VSSQ

612525864

2788

100n

100n

2789

2790

100n

9

155561

SSTL2_GND

155561

SSTL2_GND

100n

2791

16V 10u

2779 2780

SSTL2_GND

2

DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8

DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

DNU1
DNU2

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

DNU1
DNU2

SDRAM_DQ(0)

4

SDRAM_DQ(1)

5

SDRAM_DQ(2)

7

SDRAM_DQ(3)

8

SDRAM_DQ(4)

10

SDRAM_DQ(5)

11

SDRAM_DQ(6)

13

SDRAM_DQ(7)

54

SDRAM_DQ(8)

56

SDRAM_DQ(9)

57

SDRAM_DQ(10)

59

SDRAM_DQ(11)

60

SDRAM_DQ(12)

62

SDRAM_DQ(13)

63

SDRAM_DQ(14)

65

SDRAM_DQ(15)

14

NC1

17

NC2

25

NC3

43

NC4

53

NC5

42

NC6

19
50

2

SDRAM_DQ(0)

4

SDRAM_DQ(1)

5

SDRAM_DQ(2)

7

SDRAM_DQ(3)

8

SDRAM_DQ(4)

10

SDRAM_DQ(5)

11

SDRAM_DQ(6)

13

SDRAM_DQ(7)

54

SDRAM_DQ(8)

56

SDRAM_DQ(9)

57

SDRAM_DQ(10)

59

SDRAM_DQ(11)

60

SDRAM_DQ(12)

62

SDRAM_DQ(13)

63

SDRAM_DQ(14)

65

SDRAM_DQ(15)

14

NC1

17

NC2

25

NC3

43

NC4

53

NC5

42

NC6

19
50

SSTL2_VDD

2797

100n

100n

2796

2795

100n

2792

100n

2793

100n

2794

100n

2798

100n

2799

100n

SDRAM_A(1)
SDRAM_A(2)
SDRAM_A(3)
SDRAM_A(4)
SDRAM_A(5)
SDRAM_A(6)
SDRAM_A(7)
SDRAM_A(8)
SDRAM_A(9)
SDRAM_A(10)
SDRAM_A(11)

VREF

SDRAM_A(14)
SDRAM_CLK1
SDRAM_CLK#1
SDRAM_CLKE

SDRAM_A(12)
SDRAM_A(13)

SDRAM_DQM2
SDRAM_DQM3
SDRAM_DQS2
SDRAM_DQS3

SDRAM_WE#
SDRAM_CAS#
SDRAM_RAS#

SDRAM_A(0)
SDRAM_A(1)
SDRAM_A(2)
SDRAM_A(3)
SDRAM_A(4)
SDRAM_A(5)
SDRAM_A(6)
SDRAM_A(7)
SDRAM_A(8)
SDRAM_A(9)
SDRAM_A(10)
SDRAM_A(1

VREF

SDRAM_A(15)
SDRAM_CLK1
SDRAM_CLK#1
SDRAM_CLKE

SDRAM_A(12)
SDRAM_A(13)

SDRAM_DQM2
SDRAM_DQM3
SDRAM_DQS2
SDRAM_DQS3

SDRAM_WE#
SDRAM_CAS#
SDRAM_RAS#

1)

2782

SSTL2_GND

SSTL2_VDD

1

VDD

29

A0

30

A1

31

A2

32

A3

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

28

A10|AP

41

A11

49

VREF

24

CS_

45

CK

46

CK_

44

CKE

26

BA0

27

BA1

20

LDM

47

UDM

16

LDQS

51

UDQS

21

WE_

22

CAS_

23

RAS_

3448666125258

SSTL2_VDDSSTL2_VDD

16V10u

1

VDDVDDQ

29

A0

30

A1

31

A2

32

A3

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

28

A10|AP

41

A11

49

VREF

24

CS_

45

CK

46

CK_

44

CKE

26

BA0

27

BA1

20

LDM

47

UDM

16

LDQS

51

UDQS

21

WE_

22

CAS_

23

RAS_

3448666125258

3

33

7707

MT46V8M16TG-6T

3

33

7710

MT46V8M16TG-6T

9

9

18

VSS VSSQ

18

VSS VSSQ

15

VDDQ

15

VDDQ

55

61

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

DNU1
DNU2

64

SSTL2_GND

55

61

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

DNU1
DNU2

64

SSTL2_GND

2756 F11
2757 G12
2758 I1
2759 I2
2760 I2
2761 I2
2762 I2
2763 I3
2764 I3
2765 I3
2766 I4
2767 I4

A

2768 I4
2769 I5
2770 I5
2771 I5
2772 I5
2773 I5
2777 A12
2778 A12
2779 A4
2780 A8
2781 E2
2782 E6
2784 H1

B

2785 H2
2786 H2
2787 H2
2788 H2
2789 H3
2790 H3
2791 H3
2792 H4
2793 H4
2794 H4
2795 H5
2796 H5

C

2797 H5
2798 H5
2799 H5
3701 H11
3702 H12
3703 F12
3704 E11
4700 E12
4701 E12
4702 F12
4703 F12

D

4704 F12
4705 F12
4706 F11
5701 A11
5702 F11
7706 B3
7707 B7
7708 A11
7709 F3
7710 F8
7711 G11
F701 H10

E

F702 H12
F704 E12
F705 F12
F706 F12
F707 F12
F708 A12

F

G

H

7708

AM29LV641DL

14

11

12

25

24

23

22

21

20

19

18

8

7

6

5

4

3

2

1

48

17

16

15

10

9

GND

2756

*

GND

7711

M24C64

1

E0

2

E1

3

E2

6

SCL

7

WC_

+3V3_FLASH

F708

WP_
WE_

RESET_

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16

A17
A18
A19
A20
A21

100n

VCC

37 47

VSS

27 46

GND

4700

*

4701

4702

*

4703

4704

47054706

3703

10K

+3V3D

VCC

2777

2778

100n

100n

GND

GND

26

CE_

VIO

28

OE_

13

ACC

29

D0

31

D1

33

D2

35

D3

38

D4

40

D5

42

D6

44

D7

30

D8

32

D9

34

D10

36

D11

39

D12

41

D13

43

D14

45

D15

F704

RYBY#_BA20

F705

F706

BA22_BA20

F707

WP#_ACC

2757

100n

8

GND

F702

5

SDA

VSS

4

GND

3702

100R

DMN_CS0

DMN_LDS

ACC

HD(0)

HD(1)

HD(2)

HD(3)

HD(4)

HD(5)

HD(6)

HD(7)

HD(8)

HD(9)

HD(10)

HD(11)

HD(12)

HD(13)

HD(14)

HD(15)

ACC

+3V3_FLASH

SDA

WP#_ACC
DMN_RW

RSTn

DMN_MA(1)

DMN_MA(2)

DMN_MA(3)

DMN_MA(4)

DMN_MA(5)

BA(6)

BA(7)

BA(8)

BA(9)

BA(10)

BA(1

1)

BA(12)

BA(13)

BA(14)

BA(15)

BA(16)

BA(17)

BA(18)

BA(19)

RYBY#_BA20
BA(21)

BA22_BA20

+12V

3701
100R

5701

BLM31

3704

BA(20)

DMN_MA(22)

RSTn

*

5702
BLM31

GND

10K

+3V3

10u16V

SSTL2_GND

2

SDRAM_DQ(16)

DQ0

4

SDRAM_DQ(17)

DQ1

5

SDRAM_DQ(18)

DQ2

7

SDRAM_DQ(19)

DQ3

8

SDRAM_DQ(20)

DQ4

10

SDRAM_DQ(21)

DQ5

11

SDRAM_DQ(22)

DQ6

13

SDRAM_DQ(23)

DQ7

54

SDRAM_DQ(24)

DQ8

56

SDRAM_DQ(25)

DQ9

57

SDRAM_DQ(26)

59

SDRAM_DQ(27)

60

SDRAM_DQ(28)

62

SDRAM_DQ(29)

63

SDRAM_DQ(30)

65

SDRAM_DQ(31)

14

NC1

17

NC2

25

NC3

43

NC4

53

NC5

42

NC6

19
50

2

SDRAM_DQ(16)

DQ0

4

SDRAM_DQ(17)

DQ1

5

SDRAM_DQ(18)

DQ2

7

SDRAM_DQ(19)

DQ3

8

SDRAM_DQ(20)

DQ4

10

SDRAM_DQ(21)

DQ5

11

SDRAM_DQ(22)

DQ6

13

SDRAM_DQ(23)

DQ7

54

SDRAM_DQ(24)

DQ8

56

SDRAM_DQ(25)

DQ9

57

SDRAM_DQ(26)

59

SDRAM_DQ(27)

60

SDRAM_DQ(28)

62

SDRAM_DQ(29)

63

SDRAM_DQ(30)

65

SDRAM_DQ(31)

14

NC1

17

NC2

25

NC3

43

NC4

53

NC5

42

NC6

19
50

+3V3_FLASH

F701

SCL

I

GND

SSTL2_VDD

GND

2766

100n

2767

100n

2768

100n

2769

100n

2770

100n

2771

100n

2772

100n

2773

100n

MEMORY SIZE

8 MBytes

4701

x4 MBytes

x

x

x

4705

47044700 47034702

xxx

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-7 dd 2004-03-09

* OPTION

GND

SSTL2_VDD

GND

2758

100n

2759

100n

2760

100n

2761

100n

2762

100n

2763

100n

2764

100n

2765

100n

12345678910111213

1-12-57

1-12-58

I

E9480SCD7

Digital Board Unit 8/10 Schematic Diagram < DVD Section >

123456789101112

AUDIO/VIDEO INPUT/OUTPUT

VIP_ANALOG_VIDEO_INPUT

A

2805

C_IN_VIP

B

CVBS_Y_IN_A

CVBS_Y_IN_B

C

CVBS_Y_IN_C

100n

2807

100n
2808

100n
2809

100n

3804

VAGND

3806

3802

180R

560R

3805

180R

560R

VAGND

D

CVBS_OUT_B_VIP

2811

22n

VAGND

E

5800

5804

CVBS_OUT

F

3815

1%

300R

2816

*

3u3

6p8

2817

3875

3u3

68R

1%

68p

3816

300R

VAGND

G

C_OUT

3847

1%

300R

2829

5802

5805

3876

3u3

3u3

6p8

2830

68R

1%

68p

3848

300R

VAGND

H

Y_OUT

1%

3866

2838

300R

I

**

5813

5812

3u3

6p8

2839

3877

3u3

68R

1%

3867

68p

300R

3809

GND

560R

F816

F817

F818

2810

100n

3808
180R

2812

2820

2834

V_IN_VIP

R_IN_VIP

U_IN_VIP

B_IN_VIP

Y_IN_VIP

G_IN_VIP

7800

BC847B

-5V_Buffer

+5VAV

100n

+5VAV

100n

+5VAV

100n

+5VAV

3810

VAGND

VIDEO_OUT

Remarks: Component values for video output filter are for ADV7302AKST in PS mode.

*OPTION

2800

100n
2801

3800

1R0

100n

2802

100n
2803

3801

1R0

100n

2804

100n
2806

3803

1R0

100n

3807

100R

2K2

7803

BC847B

2K2

3814

-5V_Buffer -5V_Buffer

7807

BC847B

2K2

3837

-5V_Buffer

7812

BC847B

2K2

3856

-5V_Buffer

R_OUT

3829

VAGND

G_OUT

3850

VAGND

B_OUT

3869

VAGND

1%

300R

300R

300R

13 14

ANALOG BOARD INTERFACE VIDEO IN/OUT

F800

V_IN

F801

U_IN

F802

Y_IN

F803

C_IN

F804

CVBS_Y_IN

F805

CVBS_OUT_B

F806

Y_OUT_B

F807

+5VAV

3

5

4

2
VAGND

3886
300R

1%

3887

300R

VAGND

+5VAV

2813

F832

F833

F819

10uH

5801
5803
5806

15uH

2821

2835

100n

100n

100n

2818
2831
2840

100pF

6.8pF

+5VAV

+5VAV

4809

5809

5801

*

4u7

47p

2819

2818

4810

5810

5803

*

1u5

4u7

1%

47p

47p

2832

2831

5806

*

4u7

1%

47p

2840

2841

3878
68R

1u5

1%

47p

3883

300R

3879
68R

1%

3884

300R

4811

5811

3880
68R

1u5

1%

47p

3885

300R

CS4955

ADV7302A

7801
AD8061

1%

VAGND

2819
2832
2841

100pF

18pF

1

3817

3840

-5V_Buffer

3858

-5V_Buffer

SD

10uH

15uH

BC847B

BC847B

7814
BC847B

5800
5802
5812

7808

2814

100n

2815

100n

7804

1704

F835

1

F834

3826

FMN

1

2

Y

3

4

Pb

5

6

Pr

7

75R

VAGND

3827

2819
2832
2841

47pF

DIGITAL_AUDIO

75R

3881

MUTE#

4K7

+5VD

AO_IEC958

PS

---100pF

5800
5802
5812

15uH

2817

2816

2830

2829

2839

2838

-

-

-

18pF

6.8pF

AI_SCLK

AI_FSYNC

AI_D0

AI_MCLKO

AO_SCLK

AO_FSYNC

AO_D0

AO_MCLKO

F831

GND

7813-A
BC847BS

F829

2

5814
BLM11

4801

4802

4803

3811 22R

3813 22R

3821 22R

3835 22R

3836

+5VD

4K7

3882

6

1

GND

2833

GND

VAGND

22R3812

22R3818

22R3832

22R

7813-B
BC847BS

3823

5

4K7

100n

7811

74HCT1G125GW

2

1

GND

+5VD

4K7

22p

22p

22p2823

22p

GND

22p

2825

2822

*

4

GND

*

5807

BLM11

GND

2824

3859

2826

**

*

GND

GND

22R

35V 4u7

3824

3

4

GND

5

EN

3

GND

VAGND

VAGND

3825

75R

F836

+5VAV

7802

3

5

AD8061

4

2
VAGND

3819

1%

300R

1%

3822

300R

VAGND

2K2

+5VAV

7805

2K2

AD8061

2K2

2816
2829
2838

100pF

6.8pF

3

4

3831

1%

300R

VAGND

2817
2830
2839

18pF

5

2

VAGND

3830
300R

5801
5803
5806

4u7

2827

100n

VAGND

1

1%

2818
2831
2840

47pF

C_OUT_B

F808

F809

F810

R_OUT_B

G_OUT_B

B_OUT_B

F811

VAGND

F827

A_BCLK

F821

A_WCLK

F822

A_DATA

F823

A_PCMCLK

F824

D_BCLK

F825

D_WCLK

F826

D_DATA0

F820

D_PCMCLK

D_KILL

F830

F814

100n

F828

SPDIF_OPT_IN

SPDIF_COAX_IN

2845

*

GND

-5V_Buffer

GND

3874

22R

+3V3D

+5VD

SPDIF_OUT

2843

2842

F812

F813

VAGND

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-8 dd 2004-03-09

VIO

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3
2

1

1904

AIO

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3
2

1

1900

22p

5808

+5V-5V

BLM11

*

DAIN

ANALOG BOARD INTERFACE AUDIO IN/OUT

6

5

4

3

2

1

1802

F815

+5VAV

2844

4u7 35V

VAGND

1704 C9
1802 H14
1900 H13
1904 D13
2800 A4
2801 A4
2802 A4
2803 A4
2804 B4
2805 B2
2806 B4
2807 C2
2808 C2
2809 C2

A

2810 D3
2811 D2
2812 E3
2813 E7
2814 C8
2815 D8
2816 F1
2817 F2
2818 F6
2819 F6
2820 G3
2821 G7

B

2822 G12
2823 G12
2824 G12
2825 G12
2826 G12
2827 H9
2829 G1
2830 G2
2831 G6
2832 G6
2833 H11

C

2834 H3
2835 H7
2838 I1
2839 I2
2840 I6
2841 I6
2842 I12
2843 I12
2844 I14
2845 I13
3800 A4
3801 A4

D

3802 B2
3803 B4
3804 B2
3805 C2
3806 C2
3807 D4
3808 D3
3809 D3
3810 D3
3811 E11
3812 E11
3813 E11

E

3814 F3
3815 F1
3816 F2
3817 F8
3818 E11
3819 E8
3821 F11
3822 F8
3823 G11
3824 G11
3825 C9

F

3826 E9
3827 G9
3829 F6
3830 H8
3831 I8
3832 F11
3835 F11
3836 F11
3837 H3
3840 H8
3847 G1
3848 G2

G

3850 G6
3856 I3
3858 I8
3859 I12
3866 I1
3867 I2
3869 I6
3874 G12
3875 F3
3876 G3
3877 I3
3878 F7

H

3879 G7
3880 I7
3881 G10
3882 G11
3883 F7
3884 G6
3885 I7
3886 D7
3887 D7
4801 I10
4802 I10

I

4803 I10
4809 E6
4810 G6
4811 H6
5800 F2
5801 F6
5802 G2
5803 G6
5804 F2
5805 G2
5806 I6

5807 I12
5808 I14
5809 F6
5810 G6
5811 I6
5812 I2
5813 I2
5814 H10
7800 D3
7801 C8
7802 E9
7803 F4
7804 F8
7805 H8
7807 G4
7808 G8
7811 H11
7812 I4
7813-A G10
7813-B G11
7814 I8
F800 A12
F801 A12
F802 A12
F803 B12
F804 B12
F805 B12
F806 C12
F807 C12
F808 C12
F809 D12
F810 D12
F811 D13
F812 G12
F813 G12
F814 I12
F815 I14
F816 F3
F817 G3
F818 I3
F819 F7
F820 F13
F821 E13
F822 E13
F823 E13
F824 F13
F825 F13
F826 F13
F827 E13
F828 G13
F829 G10
F830 I13
F831 H10
F832 G7
F833 I7
F834 C9
F835 D9
F836 D9

1234567891011121314

1-12-59

1-12-60

E9480SCD8

Digital Board Unit 9/10 Schematic Diagram < DVD Section >

A

B

C

D

E

F

G

H

I

F906

6901

BAT54 COL

F909

*

OPTION

1 2345678910

F901

5982

+3V3

RES1

3906 22R

VI_D5

+3V3

+3V3

B2

RES2

XPD4

3907 22R

VI_D6

B13

B14

RES3C3RES4C4RES5

S

YCBCR

YCBCR

XPD5

XPD6

A10

B10

22R3908

***

3909 22R

VI_D7

VI_D8

YCBCRS

XPD7

A11

22R3910

VI_D9

BLM11

35V4u7

2947

GND

5986
BLM11

5990
BLM11

N13

C12

C13

N3

RES6

RES7N1RES8N2RES9

RES10

RES11

IIC REGISTER MAP

PRESCALER

FIR-PREFILTER

RAW

CBCR

XRHD8XRV

XTRI

XCLKB7XDQ

A7

C7

B11

C11

10K

*

3935 10K

3911

VDDE

+3V3

27M_VIP

100n

2948

F904

2966

100n

GND

F908

2978

100n

GND

B3

N14

VXDD

RES12P2RES13

BCS-SCALER

H-PORTX-PORT

HPD0

HPD1

HPD2

HPD3

E11

E13

E12

D14

VDDA

VDDE

H4

J1

F4

E2

VDDA3A

VDDA4A

CBCR

HPD4

HPD5

E14

G2

VDDA2A

HPD6

F13

D4

M3

K4

L1

VDDA VDDE VDDI

VDDA1A

1ST TASK IIC REG MAP SCALER

2ST TASK IIC REG MAP SCALER

LINE FIFO BUFFER

VERTICAL SCALING

VBI DATA

SLICER

BOUNDARY

SCAN

TCKB5TDIA5TDO

HPD7

B6

F14

G13

F900

2949

GND

C5C9D12

100n

H12M4M8

2950

2951

100n

VDDI

M11C8C10

F12

100n

J12M5M9

2952

SCALER EVENT CONTROLLER

VIDEO FIFO

HORIZONTAL FINE-

(PHASE-) SCALING

VIDEO/TEXT

TMSC6TRSTN

D6

D5

D9

D11

JTAG_VIP_TCK

JTAG_VIP_TDO

JTAG_VIP_TMS

JTAG_VIP_TRSTn

JTAG_VIP_TDI

ARBITER

L4

L8

G11

GND

TEXT
FIFO

D7

J11

L11

F11

D10

F911

SDA

100n

2953

F913

P10

SCL

L5

3919 100R

3920 100R

F915

N9

P9

INT_A

CLK

AUDIO

L9

100n

ALRCLK

AMXCLK

2954

ITRDY

OUTPUT FORMATTER I-PORT

ASCLK

AMCLK

IGPV
IGPH

4908

IGP1
IGP0

IDP0
IDP1
IDP2
IDP3
IDP4
IDP5
IDP6
IDP7
ICLK

4u7 35V

K13
L14
K14
K12
G14
G12
H11
H14
H13
J14
J13
K11
M14
L13

IDQ

N12
L12

ITRI

N11
P12
P11
M12

5983

+3V3

BLM11

F902

100n

2955

2956

GND

F905

I2C_BUS

F912

SDA

F914

SCL

VIP_INTA

F952

VIP_HS

3922-2

36

3922-4 22R4

18
27

3923-2 22R

36
45

3923-4 22R

*
3912

F925
F926
F928
F948

100n

2967

GND

VIP_IGP1

5

10K

GND

2957

F942
22R3922-1 1 8
22R27
22R3922-3

22R3923-1

22R3923-3

100n

F929

100n

2968

F923

VI_D2
VI_D3
VI_D4
VI_D5
VI_D6
VI_D7
VI_D8
VI_D9

2958

100n

2959

100n

2970

2969

100n

100n

DIGITAL_VIDEO(CCIR-656)

3930

22R

3931

4K7

2960

F950

F951

100n

4901

2961

100n

2971

VI_CLK0

VDDI

100n

100n

2972

2962

4902

100n

F949

*

35V4u7

2973

5985
BLM11

4u7 35V

*

5981

BLM11

5987

BLM11

+3V3

+3V3

ITU_IN_VALX

A_RDY

+3V3

7905-A
74LVT74

DMN_VCORE

+3V3

4

3

2

3932

F960

+3V3

DB

7

GND

10K

VIPS

+3V3

3916

680R

7904
BC847B

GND

2980

150p

VIP_FB

3921

GND

CVBS_Y_IN_A

CVBS_Y_IN_B
CVBS_Y_IN_C

GND

C_IN_VIP

GND

G_IN_VIP
Y_IN_VIP

GND

B_IN_VIP
U_IN_VIP

GND

R_IN_VIP
V_IN_VIP

GND

VIP ANALOG VIDEO INPUT

1K0

VIP_INTA

5988

BLM11

VIP_IGP1

3917

680R

*

4906

CVBS_OUT_B_VIP

2982 100n

100n2983

2984 100n

100n2985

2986 100n

100n2987

2988 100n

100n2989

100n2990

*
4909

F944

7903

74LVC1G32

1

2

F916

F941

F917

F918
F919
F920

F921
F922
F924

F927

VDDE

4

35

GND

F910

7907

SAA7118E

CLKEXT

M13

FSW
A|11

J2

K1

A|12

K2

A|13

L3

A|14

K3

A|1D

G4

A|21

G3

A|22

H2

A|23

J3

A|24

H1

A|2D

E3

A|31

F2

A|32

F3

A|33

G1

A|34

F1

A|3D

B1

A|41

D2

A|42

D1

A|43

E1

A|44

D3

A|4D

M1

AOUT

AGNDL2AGNDA

C2

3901 4K7

3902
4K7

F903

+3V3

*
4900

F943

SWITCH

DELAY
COMP

PROC

CHROM

PROC

COMB

PROC

SYNC

VIDEO

CLK

RST0

LLCN5LLC2

P4

F946

F945

VIP_RTS1

VIP_ERROR

DSX840GA

24M576

2992

FAST

LUM

S

RTC7118

3937

1M0

1903

5984
BLM11

2964

100n

GND

F907

5989
BLM11

100n

2975

GND

2979

1n0

*

GND

3900

VDDE

4K7

*
4907

P13

P5

N4

CE

TEST0

TEST1

RESON

CONTROL

RAW

FIL

XTAL

GPO

XTALB4XTALIA2XTOUT

RTCO

RST1

L10

N10

M10

F937

*

4K7

3936

GND

F938

18p

GND

D13

A3

TEST2

Y
CB
CR

CB
CR

Y

S

C14

TEST3

F940

A13

TEST4

F947

2993

B12

A12

TEST5

DECODER OUTPUT CONTROL

XRDY

XPD0B8XPD1A9XPD2B9XPD3

A6

A8

F936

22R3903

**

VI_D2

EXMCLR

3904 22R

VI_D3

VIP_RST_OUT1

P3

22R3905

*

**

VI_D4

+3V3

2976

100n

RST_VIP#

3918

2K2

GND

N6

N7

N8

ADP5L6ADP6M6ADP7P6ADP8

ADP0P8ADP1M7ADP2L7ADP3P7ADP4

AD-PORT

+ ADC1

ANALOG1

R
G
B

+ ADC1

C

ANALOG1

+ ADC1

Y

ANALOG1

S

ANALOG INPUT CONTROL

+ ADC1

ANALOG1

VSSA VSSE VSSI

VXSS

J4

A4

H3E4C1

M2

GND

1R0

3939

F939

18p

GND

14

11 12

*

4905

2981

100n

GND

5

7905-B
74LVT74

61

10K

3933

F957

+3V3

10

11

12

VI_VSYNC0

F954

10K

3934

F955

F956

F958

BOUNDARY SCAN

10K

3938

GND

+3V3

DB

14

9

813

7

GND

2991

100n

GND

1
34
56
78
9

F953

VIP_FID_FF

5991
BLM11

1002
146130

+3V3

2

10

F959

GND

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-9 dd 2004-03-09

1 234567891011 12

1002 G12
1903 I3
2947 A5
2948 A5
2949 A6
2950 A6
2951 A6
2952 A7
2953 A7
2954 A7

A

2955 B8
2956 B8
2957 B8
2958 B8
2959 B9
2960 B9
2961 B9
2962 B9
2964 B4
2966 B5
2967 B8
2968 B8
2969 B8

B

2970 B9
2971 B9
2972 B9
2973 B9
2975 C4
2976 C3
2978 C5
2979 C4
2980 D1
2981 D11
2982 E1

C

2983 E1
2984 E1
2985 E1
2986 E1
2987 F1
2988 F1
2989 F1
2990 F2
2991 F12
2992 I3
2993 I4
3900 D4

D

3901 G3
3902 G3
3903 G4
3904 G4
3905 G4
3906 G4
3907 G4
3908 G4
3909 G4
3910 G5
3911 H5
3912 F8

E

3916 B1
3917 D1
3918 D3
3919 D7
3920 D7
3921 D1
3922-1 E8
3922-2 E8
3922-3 E8
3922-4 E8
3923-1 E8

F

3923-2 E8
3923-3 E8
3923-4 E8
3930 F9
3931 F9
3932 F10
3933 F11
3934 F11
3935 G5
3936 G4
3937 H3
3938 H11

G

3939 H3
4900 C3
4901 F9
4902 F9
4905 C11
4906 D2
4907 D4
4908 D7
4909 G2
5981 B10
5982 A5
5983 A8

H

5984 A4
5985 A10
5986 A5
5987 B10
5988 B1
5989 B4
5990 C5
5991 F12
6901 C1
7903 C2
7904 C1

I

7905-A D10
7905-B D11
7907 D3
F900 A6
F901 A5
F902 A8
F903 A4
F904 A5

F905 B8
F906 B1
F907 B4
F908 C5
F909 C1
F910 D3
F911 D7
F912 D8
F913 D7
F914 D8
F915 D7
F916 E2
F917 E2
F918 E2
F919 E2
F920 E2
F921 F2
F922 F2
F923 F8
F924 F2
F925 F8
F926 F8
F927 F2
F928 F8
F929 F8
F936 G4
F937 G4
F938 H4
F939 I3
F940 I4
F941 E2
F942 E8
F943 D3
F944 F2
F945 G3
F946 G3
F947 G4
F948 F8
F949 F9
F950 D9
F951 D9
F952 E8
F953 D12
F954 F11
F955 G11
F956 G11
F957 G11
F958 H11
F959 H12
F960 H10

1-12-61

1-12-62

E9480SCD9

Digital Board Unit 10/10 Schematic Diagram < DVD Section >

123456789101112

VIDEO ENCODER

A

+2V5A_V

+3V3

+2V5D_V

5004

BLM11

*

4000

GND

F010

1

VDD_IO

COMP1
COMP2

S_HSYNC
S_VSYNC

S_BLANK

P_HSYNC
P_VSYNC

P_BLANK

RESET

DAC

CLKIN_A
CLKIN_B

RTC_SCR_TR

BLM11

2026
100n

SCLK

SDA

ALSB
RSET1
RSET2

VREF

5005

BLM11

2025

16V 10u

100n

2016

VAGND

45
36

50
49
48

23
24
25

33

44

A

43

B

42

C

39

D

38

E

37

F

32
63
22
21
19

I2C

20
47
35
31
46

F016
F017

F024

F028

5003

2013

B

+3V3

5006
BLM11

7002

5007

BLM11

2021

VREF

XTALIN
XTALOUT
PADDR
TTXDAT
TTXRQ
RD
WR
SDA
SCL
CLK
0
1
2
3

V

4
5

7
FIELD
CB
HSYNC
CB
VSYNC
TEST

+3V3_VD

100n

GND

17

38

VDD

NTSC/PAL

DIGITAL

VIDEO

ENCODER

GNDD

18

GND

F008

Φ

GNDA
354245

VAGND

364146

VAA

PDAT

RESET

100n

2018

C

D

SDA
SCL
VO_CLK

3034
VO_D(0)
VO_D(1)
VO_D(2)
VO_D(3)
VO_D(4)
VO_D(5)
VO_D(6)
VO_D(7)

E

F001

F002

F003

3033

GND

100R

F004
F005

GND

GND

CS4955-CQ

100R

15
14
16
30
31
27
28
32
33
29
1
2
3
4
5
6
7
8
9

10

11
13

F

G

SCL

GND

+5V

SDA

T2B-SQ

1

T2B-SQ

2

T2B-SQ

1

T2B-SQ

2

For Development

1000-1
1000-2
1001-1
1001-2

CVBS

ISET

2019

100n

2012

4u7 35V

VAGND

VAGND

39

R

40

G

43

B

44
48

Y

47

C

26

0

25

1

24

2

23

36

22

4

21

5

20

6

19

7

12

F006

INT

F007

34
37

1%

3042

100R

1%
3K9

3043

VAGND

RST_DENC#

R_OUT
G_OUT

B_OUT

CVBS_OUT

Y_OUT

C_OUT

+2V5A_V_A

VO_D(0)
VO_D(1)
VO_D(2)
VO_D(3)
VO_D(4)
VO_D(5)
VO_D(6)
VO_D(7)

VO_D(8)
VO_D(9)
VO_D(10)
VO_D(11)
VO_D(12)
VO_D(13)
VO_D(14)
VO_D(15)

VO_D(0)
VO_D(1)
VO_D(2)
VO_D(3)
VO_D(4)
VO_D(5)
VO_D(6)
VO_D(7)

3055
680R

2023

3n9
2024

820p

ADV7302AKST

F029

100n
2015

100n

GND

53
54
55
58
59
60
61
62

16
17
18
26
27
28
29
30

4
5
6
7
8
9
12
13

34

7001

0
1
2
3

S

4
5
6
7

0
1
2
3

C

4
5
6
7

0
1
2
3

Y

4
5
6
7

EXT_LF

AGND

VAGND

40

F009

41

VAA

ENCODER

DGND

11

10

VDD

VIDEO

57

GND

Φ

2

56

GND_IO

3

1415515264

F011

2014

100n

F012

*

3045 4K7

F013

F014

F015

3023

750R

3035

750R

VAGND

1%

1%

4011

10K
10K 3052

10K
10K 3047

10K

3050

3044

3053

305110K

3049

3046

2027

4006

+2V5A_V_A

VAGND

100n2017

100n2022

GND

1n0

*

3054

100R

100R

100R3048

4K7

+2V5D_V

+2V5A_V_A

+2V5A_V_A

+2V5A_V_A

+2V5D_V

RST_DENC#

CVBS_OUT

VO_CLK

Y_OUT
C_OUT
G_OUT

B_OUT

R_OUT

SCL

SDA

GND

1%

VAGND

1%

VAGND

4007

RTC7118

1000-1 G2
1000-2 G2
1001-1 G2
1001-2 G2
2012 C3
2013 B8
2014 B10
2015 B8
2016 B9
2017 C11
2018 C2
2019 C3
2021 C2
2022 C11

A

2023 E7
2024 E6
2025 B9
2026 B9
2027 D11
3023 F10
3033 D1
3034 D1
3035 G10
3042 F3
3043 F3
3044 F11

B

3045 F10
3046 D11
3047 C11
3048 F11
3049 C11
3050 E11
3051 C11
3052 C11
3053 C11
3054 E11
3055 E6

C

4000 B9
4001 H12
4002 H12
4003 H12
4006 F11
4007 G11
4011 E11
5003 B8
5004 B9
5005 B9
5006 C2
5007 C2

D

7001 C8
7002 D2
F001 E1
F002 E1
F003 E1
F004 D2
F005 D2
F006 E3
F007 E4
F008 C3
F009 C8
F010 C9

E

F011 B10
F012 F10
F013 F10
F014 G10
F015 G10
F016 C10
F017 C10
F024 E10
F028 E10
F029 E7

F

G

H

* OPTION

4001
4002
4003

VAGND

GND

TROIKA, NAFTA (LSI) 3139 243 30710 sh130-10 dd 2004-03-09

123456789101112

1-12-63

1-12-64

H

E9480SCD10

Digital Board Unit Top View < DVD Section >

1-12-65

1-12-66

Digital Board Unit Bottom View < DVD Section >

1-12-67

1-12-68

Digital Board Unit Test Point View < DVD Section >

1-12-69

1-12-70

WAVEFORMS

NOTE:

Input: COLOR BAR SIGNAL (WITH 1KHz AUDIO SIGNAL)

TP751

WF1

V-OUT E-E
10

µ

s 50mV x 10

WF1

UPPER

WF2

LOWER

V-OUT 0.1V x 10
RF-SW 0.5V x 10

50

WF3

UPPER

WF2

LOWER

TP751
TP302

µ

s

TP301
TP302

WF5

Pin 7 of CN213

VIDEO-C 0.2V 20µs

WF6

Pin 18 of CN213

VIDEO-CVBS 0.5V 20µs

WF7

Pin 1 of CN213

WF9

Pin 29 of CN215

A-OUT(L)

WF10

Pin 2 of CN211

SPDIF 1V 0.1µs

1V 0.1µs

C-PB 10mV x 10
RF-SW 0.5V x 10

5ms

WF4

Pin 9 of CN213

VIDEO-Y 0.2V 20µs

VIDEO-Cb

WF8

Pin 5 of CN213

VIDEO-Cr

0.2V 20µs

0.2V 20µs

1-13-1

E9480WF

WIRING DIAGRAM

DIGITAL

BOARD

UNIT

W016

(iLINK CABLE)

A

ANT-IN ANT-OUT

DIGITAL

AUDIO

AUDIO-L

AUDIO-R

VIDEO-

VIDEO-

VIDEO-

Y/G OUT

AUDIO-R

IN1

AUDIO-L

VIDEO

IN1

REAR

AUDIO-R

OUT2

AUDIO-L

OUT2

VIDEO

OUT

S-VIDEO

IN

S-VIDEO

OUT

VIDEO-

V IN

VIDEO-

U IN

VIDEO-

Y IN

OUT

OUT1

OUT1

Cr/R OUT

Pb/B OUT

IN1

W010

NUNUNU

GND

SPDIF

3

4

1

2

CN211

MAIN CBA (BE9480F01011A)

CN951

W003

OPEN/CLOSE
15

CN206

GND11BCK012GND13SYS CLOCK1

WCLK0

NU

VCR LED
24

DAT A0

KILL5GND6SYS CLOCK0

GND
9

7

8

9

2345678

CN214

W008

OPEN/CLOSE

REMOTE-DVD 1
131211

CN801

CN03

KILL 1
123456789

CN215

FUNCTION CBA

(BE9480F01011B)

GND

KEY-2

DVD LED

42

33

51

14

10

10

INT

GND

GND

STBY+5V

SDA

SCL

987654321

10

2345678

GND

SDAO

GND

GND

AFT

CN901

W004

S-VIDEO-Y-IN2
11

CN204

DAT A1

GND

GND17WCLK118BCK119GND

16

15

16

202122

9

111213

STBY+12V

GND

TEMO-SENS

-FL

IPDR-DC 10

9

11121314151617

SCLK

GND

SDAI

S-VIDEO

IN2

JACK-B CBA

(BE9480F01022G)

GND

GND

S-VIDEO-C-IN2

22

44

3 3

SW+8V

POWER ON(H)

GND

GND

CS

GND 10

141516171819202122232425262728

101112

13

FRONT

KEY-2

KEY-1-2

S-INH

55

66

77

W011

DVD-B

GND

1

2

CN213

CTL-1

CTL-0

VIDEO

CN751

1

2

W006

POWER-LED

KEY-1

1

2

CN205

DVD-G

GND

DVD-R

3

4

FRONT CBA

(BE9480F01022D)

18

20212223242526

GND

MOD-A

GND

SIF 19

IN

AUDIO

IN (R)

JACK-A CBA

(BE9480F01022E)

3

5

4

A(R)-IN2

KEY-1-2

GND

3

5

4

GND

DVD-C5GND6DVD-Y
7

A(R)-IN

GND

AUDIO

IN (L)

6

7

GND

A(L)-IN2

6

7

8

9

FM1001

A(L)-IN

GND

AC CORD

8

VIDEO-IN2
8

GND11VIDEO/S-VIDEO-Y

GND10DVD-VIDEO

GND
9

12

10

DC FAN MOTOR

1FAN+12V

2GND

CN02

27

28

29

A(R)-OUT

GND

A(L)-OUT

GND

29

CN1607

W001

CN1608

CN1612

CN209

GND17VIDEO-U18GND19VIDEO-V

202122

1

23456

CN208

W013

+5V

NU

-5V

GND

STBY+12V

IPDR-DC

IDN

TEMP-SENS

6

GND

DVD+5V

GND

GND

6

6

78899

GND3

GND4

DVD+5V5

GND2

W005

GND
1

CN212

GND

GND

9

STBY+5V

INT

SDA 10

GND

JUNCTION-A CBA

GND1

VIDEO-Y

GND13S-VIDEO-C14GND

16

15

16

CN04

2345678

GND

WSFI

GND 1
22212019181716151413121110

CN216

2345789

1

AL+44V

AL+12V(1)

AL+12V(2)

AL+5V

2345789

1

AL+5V6

AL+12V(1)8

AL+12V(2)7

AL+44V91

GND

DVD-Pb

GND3DVD-Pr

DVD-Y

GND

4

2

567

8

9

7

101112

GND

+3.3V

+3.3V

+3.3V

+3.3V

+12V

11121314151617

SCL

NU

SDANUSCL

STBY+5V

987654321

W002

(BE9480F01022B)

CN1613 CN1611

CN210 CN1610

W015

CPU CBA UNIT

18

192021

22

W014

1+12V

AV-TV-SEL

WSRI

AV-DVD-REC-SEL

AV-VCR-REC-SEL

1

AL-30V

AL+3.3V

GND

AL-5V

1

223344556

AL+3.3V8

AL-5V6

GND7

AL-30V91

2GND

VIDEO/S-VIDEO-Y

GND

CN207

6234578

9

GND

P-DOWNF1F2

EV+5V

6234578

9

GND5

EV+5V

F22

P-DOWN4

F137

1

DVD MECHA & F/E ASSEMBLY

3GND

4+5V

POWER SUPPLY CBA

(BE9480F01022A)

JUNCTION-B CBA

(BE9480F01022B)

A

B

Model Mark

DVDR600VR/37

MRV700VR/17

Comparison Chart of

Models & Marks

SENSOR CBA

SENSOR CBA

(BHB300F01014A,B)

(BHB300F01014A,B)

CN203

AE-H

AE-H/FE-H

A-COM

1

23456

HEAD

AUDIO

AUDIO

ERASE

AC HEAD

ASSEMBLY

(DECK ASSEMBLY)

A-PB/REC

CTL(+)

HEAD

CONTROL

CTL(-)

HEAD

CN201

FE-H

1

FE HEAD

FULL

FE-H GND

2

ERASE

HEAD

1-14-1

CN202

CAPSTAN

MOTOR

M

LOADING

MOTOR

C-FG

AL+12V(1)

P-ON+5V

1

23456

M

C-F/R

C-CONT

GND

CAPSTAN

MOTOR

CYLINDER

ASSEMBLY

D-CONT

D-PFG

GND

LM-FWD/REV

8

9

7

101112

PG

SENSOR

DRUM

AL+18V

AL+12V(1)

M

MOTOR

VIDEO

(R)1

HEAD

VIDEO

(L)1

HEAD

CN217

V(L)-1

V(R)-1

V-COM

1234567

VIDEO

(L)2

HEAD

VIDEO

V(L)-2

(R)2

V-COM

V(R)-2

HEAD

Hi-Fi-A(R)

Hi-Fi-COM

8

Hi-Fi

AUDIO

(R) HEAD

Hi-Fi-A(L)

9

Hi-Fi

AUDIO

(L) HEAD

E9480WI

SYSTEM CONTROL TIMING CHARTS

[ VCR Section ]
Mode SW : LD-SW

LD-SW Position de tection

A/D Input voltage Limit

(Calculated voltage)

3.76V~4.50V
(4.12V)

4.51V~5.00V
(5.00V)

0.00V~0.25V
(0.00V)

1.06V~1.50V
(1.21V)

0.66V~1.05V
(0.91V)

1.99V~2.60V
(2.17V)

1.51V~1.98V
(1.80V)

3.20V~3.75V
(3.40V)

0.26V~0.65V
(0.44V)

4.51V~5.00V
(5.00V)

2.61V~3.19V
(2.97V)

Symbol

EJ

CL

SB

TL

FB

SF

SM

AU

AL

SS

RS

Note:

Note:

EJ RS: Loading FWD (LM-FWD/REV “H”)
RS EJ: Loading REV (LM-FWD/REV “L”)

Stop (A) = Loading
Stop (B) = Unloading

Note:

Symbol Loading Sta t u s

EJ Eject
CL Eject ~ REW Reel
SB REW Reel ~ Stop(B)

TL Stop(B) ~ Brake Cancel
FB Brake Cancel ~ FF / REW
SF FF / REW ~ Stop(M), (FF / REW)

SM Stop(M), (FF / REW) ~ Stop(A)

AU Stop(A) ~ Play / REC

AL Play / REC ~ Still / Slow
SS Still / Slow ~ RS (REW Search)
RS RS (REW Search)

1-15-1 E9480TI

Still/Slow Control
Frame Advance Timing Chart

1) SP Mode

18 RF-SW

F-AD
(Internal Signal)

The first rise of RF-SW after a rise in F-AD signal

C-DRIVE

PB CTL

27 C-F/R

AT

"L" "L"

"H"

Acceleration Detection (T1)

"Z"

ST

"H"

Stop detection (T2)

Slow Tracking V alue

BL

20ms

Reversal Limit Value

79 H-A-SW

78 C-ROTA

STILL FRAME ADVANCE STILL

Fig. 1

1-15-2 E9480TI

2) LP/SLP Mode

18 RF-SW

F-AD
(Internal Signal)

The first rise of RF-SW after a rise in F-AD signal

AT

C-DRIVE

PB CTL

27 C-F/R

"H"

"L" "L"

Acceleration Detection (T1)

"Z"

ST

"H"

Stop detection (T2)

Slow Tracking V alue

BL

20ms

Reversal Limit Value

79 H-A-SW

78 C-ROTA

STILL STILL

FRAME ADVANCE

Fig. 2

1-15-3 E9480TI

-OFF

POWER

LM-FWD "M"

0.2S

/REV

0.2S

21

CL/SS

EJ

AU

RS

SF

SM

TL

FB

AL

SB

68

LD-SW

CLEJ
SB

TL SB

TL

FB

SF

SM

SM

AU

AU

SMSF AL AL RS AU AL SS AU AL SM

PIN NO.

EJECT

CASS.LOAD
LD-FWD

0.2S
LD-REV

0.7S

LD-FWD

0.4S
LD-FWD

0.2S
LD-REV

0.2S
LD-FWD

0.5S
LD-REV

ST-S/
END-S
"OFF"

1. EJECT (POWER OFF) -> CASSETTE IN (POWER ON) -> STOP(B) -> STOP(A) -> PLAY -> RS -> FS -> PLAY -> STILL -> PLAY -> STOP(A)

ROTATION

DRUM

ON

0.2S

27
C-F/R

40mS

C-DRIVE

"Z"

1.2S

0.2S

0.4S

22

EE

REC

26
A-MUTE-H

0.2S 2.5S

P-ON-L

0.2S

24
D-REC-H

DISPLAY

STOP PLAY RS FS

PB

PLAY STOPPLAY

(SLOW)

STILL

0.2S

0.2S

0.8S

1.0S

0.5S

1.2S

0.3S

40mS

20mS

Refer to STILL/

SLOW TIMING

CHART Fig. 1, 2.

0.4S

0.2S

0.2S

0.3S

0.3S

AU

SS

AL

AL

SS

AU

STOP(A)

LD-FWD

PLAY

LD-FWD

RS

LD-REV

0.2S
LD-FWD

FS

PLAY

LD-FWD

STILL(SLOW)

LD-REV

0.2S
LD-FWD

PLAY

LD-REV

PLAY

REW

FF

PLAY

PAUSE
(SLOW)

PLAY

STOP
/EJECT

20mS

0.2S

STOP(A)

Fig. 3

1-15-4 E9480TI

DISPLAY

STOP

STOPFF

REW STOP REC RECREC PAUSE STOP EJECT

24
D-REC-H

1.2S

PB

1.0S

EE

REC

26
A-MUTE-H

22
P-ON-L

DRUM

ROTATION

ON

40mS

40mS

40mS

27
C-F/R

0.4S

0.4S

0.4S

C-DRIVE

20mS

20mS

"Z"

/REV

0.2S

0.2S

0.2S

0.2S

0.2S

LM-FWD "M"

21

SB

PIN NO.

68

LD-SW

CL/SS

EJ

AU

RS

SF

SM

TL

FB

AL

SM SF FB SM AU AU SS

STOP(A)

FB SF AU AUFB SF

LD-REV

TL TL SMSM SF SFAL AL SM AL AL ALAU AU SM TL SB EJRS RSSM

0.2S
LD-FWD

FF
REV

1.0S
LD-FWD

0.5S
LD-REV

STOP(A)

SF FB SM

LD-REV

0.2S
LD-FWD

REW
LD-REV

1.0S
LD-FWD

0.5S
LD-REV

STOP(A)

AU

LD-FWD

REC

LD-FWD

2.5S Short REV

SS SS SF

AL AL AUSS FB CL

LD-REV

0.2S
LD-FWD

REC PAUSE
REC

LD-FWD

1.5S
LD-REV

0.2S
LD-FWD

0.5S
LD-REV

2. STOP(A) -> FF -> STOP(A) -> REW -> STOP(A) -> REC -> PAUSE -> PAUSE or REC -> STOP(A) -> EJECT

FF

STOP
/EJECT

REW

STOP
/EJECT

REC

PAUSE

REC or
PAUSE

STOP
/EJECT

20mS

0.1S

0.2S

STOP(A)

LD-REV

0.2S
LD-REV

0.5S

0.2S

0.5S
CASS. UNLD
EJECT

STOP
/EJECT

ST-S/
END-S
"ON"

Fig. 4

1-15-5 E9480TI