Hitachi UT47X902 Schematic

SERVICE MANUAL

Nov 10, 2008

SM00002

Added part No for Terminal Cover

PA No. 0240

UT47X902 / D8MW
UT47V702 / D8MW

NTSC

ATSC

READY MONITOR

D8MW

UT47X902 - P#: HL02561 (CLU-4981S)

Chassis

SERVICE MANUAL REVISION HISTORY INFORMATION

DATE REVISION # REASON

Oct. 20, 2008 SM00001 FIRST ISSUE OF MANUAL

UT47V702 - P#: HL02562 (CLU-4982S)

Remote controls:

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT

OCTOBER 2008 HIMEX MANUFACTURING DIVISION

LCD DISPLAY PANEL

SERVICE MANUAL

PA No. 0240

UT47X902 / D8MW
UT47V702 / D8MW

NTSC

ATSC

READY MONITOR

D8MW

Chassis

UT42X902 - P#: HL02561 (CLU-4981S)

UT42V702 - P#: HL02562 (CLU-4982S)

Remote controls:

CONTENTS

SAFETY PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

PRODUCT SAFETY NOTICE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

SERVICING PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

AGENCY REGULATORY INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

ACKNOWLEDGEMENTS AND TRADEMARKS . . . . . . . . . . . . . . . . . . . . . . . . . . 9

INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

BASIC SETUP & OPERATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

TROUBLESHOOTING FLOWCHARTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

CONNECTIONS DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

FINAL WIRING DIAGRAMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

FINAL ASSEMBLY GUIDE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

WAVEFORMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

DC VOLTAGES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

CIRCUIT SCHEMATIC DIAGRAMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

PRINTED CIRCUIT BOARDS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88

PARTS LIST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

MAIN PARTS VIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94

CAUTION:

These servicing instructions are for use by qualied service personnel only. To reduce the
risk of electric shock do not perform any servicing other than that contained in the operating
instructions unless you are qualied to do so. Before servicing this chassis, it is important that
the service technician read the “IMPORTANT SAFETY INSTRUCTIONS” in this service manual.

SAFETY NOTICE: USE ISOLATION TRANSFORMER WHEN SERVICING

Components having special safety characteristics are identied by a ! on the schematics and on the
parts list in this service data and its suplements and bulletins. Before servicing the chassis, it is important
that the service technician read and follow the “Important Safety Instructions” in this service manual.

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT

LCD DISPLAY PANEL

OCTOBER 2008 HIMEX MANUFACTURING DIVISION

D8MW

SAFETY PRECAUTIONS

NOTICE: Comply with all cautions and safety-related notes
located on or inside the cover case and on the chassis or
LCD module.
WARNING: Since the chassis of this receiver is connected
to one side of the AC power supply during operation,
whenever the receiver is plugged in service should not
be attempted by anyone unfamiliar with the precautions
necessary when working on this type of receiver.

1. When service is required, an isolation transformer
should be inserted between power line and the receiver
before any service is performed on a “HOT” chassis

receiver.

2. When replacing a chassis in the receiver, all the
protective devices must be put back in place, such as
barriers, nonmetallic knobs, insulating cover-shields,
and isolation resistors, capacitors, etc.

3. When service is required, observe the original lead
dress (wiredress).

4. Always use manufacturer’s replacement components.
Critical components as indicated on the circuit diagram
should not be replaced by another manufacturer’s.
Furthermore, where a short circuit has occurred,
replace those components that indicate evidence of

over heating.

5. Before returning a serviced receiver to the customer,
the service technician must thoroughly test the unit to
be certain that it is completely safe to operate without
danger of electrical shock, and be sure that no protective
device built into the receiver by the manufacturer has
become defective, or inadvertently defeated during

servicing.

Therefore, the following checks should be performed
for the continued protection of the customer and service

technician.

Leakage Current Cold Check

With the AC plug removed from the 120V AC 60Hz source,
place a jumper across Line 1 and Line 2 of the three plug
prongs, do not connect with the third prong, which is
physical ground.
Using an insulation tester (DC500V), connect one of its
leads to the AC plug jumper and touch with the other lead
each exposed metal part (antennas, screwheads, metal
overlays, control shafts, etc.), particularly any exposed
metal part having a return path to the chassis should
have a resistor reading over 4MΩ. Any resistance value
below this range indicates an abnormality which requires
corrective action. An exposed metal part not having a
return path to the chassis will indicate an open circuit.

Leakage Current Hot Check

Plug the AC line cord directly into a 120V AC outlet. (Do
not use an isolation transformer during this test.) Use a
leakage current tester or a metering system that complies
with the American National Standards Institute (ANSI)
C101.0 Leakage Current for Appliances. In the case of
the LCD monitor set the AC switch rst in the ON posi­tion and then in the OFF position, measure from across
Line 1 and Line 2 of the three plug prongs (do not con­nect with the third prong which is physical ground), to
all exposed metal parts of the instrument (antennas,
handle bracket, metal cabinet, screw heads, metallic
overlays, control shafts, etc.), especially any exposed
metal parts that offer an electrical return path to the chassis.
Any current measured must not exceed 0.5 MIU. Reverse
the instrument power cord plug in the outlet and repeat test.

AC LEAKAGE TEST

(USING ADAPTER AS
REQUIRED)

ANY MEASUREMENTS NOT WITHIN THE LIMITS
OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL
SHOCK HAZARD AND MUST BE CORRECTED BEFORE
RETURNING THE RECEIVER TO THE CUSTOMER.

NOTE:

Unplug the AC cord from the power

line before servicing the LCD TV set.

The Main Power Switch does not
completely cut the AC power.

2

D8MW

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in HITACHI television
receivers have special safety-related characteristics.
These are often not evident from visual inspection nor can
the protection afforded by them necessarily be obtained
by using replacement components rated for higher
voltage, wattage, etc. Replacement parts which have
these special safety characteristics are identied in this

Service Manual.

Electrical components having such features are identied
with a ! mark in the schematics and parts list in this

Service Manual.

The use of a substitute replacement component which
does not have the same safety characteristics as the
HITACHI recommended replacement component, shown
in the parts list in this Service Manual, may create shock,
re, X-radiation, or other hazards.

Product safety is continuously under review and new
instructions are issued from time to time. For the latest
information, always consult the current HITACHI Service
Manual. A subscription to, or additional copies of HITACHI
Service Manuals may be obtained at a nominal charge
from HITACHI Sales Corporation.

SAFETY NOTICE

USE ISOLATION TRANSFORMER

WHEN SERVICING

POWER SOURCE
This LCD television is designed to operate on 120
Volts/60Hz, AC house current. Insert the power cord

into a 120 Volts/60Hz outlet.

NEVER CONNECT THE LCD TV TO OTHER THAN THE
SPECIFIED VOLTAGE OR TO DIRECT CURRENT AND
TO 50HZ. TO PREVENT ELECTRIC SHOCK, DO NOT
USE THE LCD TELEVISION’S (POLARIZED) PLUG
WITH AN EXTENSION CORD, RECEPTACLE, OR THE
OUTLETS UNLESS THE BLADES AND GROUND
TERMINAL CAN BE FULLY INSERTED TO PREVENT
BLADE EXPOSURE.

UT47X902 and UT47V702 - LCD monitors

1. Follow the general caution recommendations from
“Safety precautions” section.

2. If necessary to replace Panel module, this work must
be started after the panel module and the AC/DC Power
supply becomes sufciently cool.

3. Special care must be taken with the display area to
avoid damaging its surface.

4. The Panel Module shall not be touched with bare hands
to protect its surface from stains.

5. It is recommended to use clean soft gloves during the
replacing work of the Panel module in order to protect,
not only the display area of the panel module but also the
serviceman.

6. Signal, power supply P.W.B.’s and LCD driving circuits
P.W.B.’s are assembled on the rear side of the LCD
module, take special care with this fragile circuitry.
They are not strong enough to withstand harsh outer
mechanical forces. Extreme bending of the exible
connectors must be avoided too.

3

SERVICING PRECAUTIONS

D8MW

CAUTION: Before servicing instruments covered by this
service data and its supplements and addendum, read and
follow the information in previous pages number 2 and 3 of
this publication.

NOTE: If unforeseen circumstances create conict between
the following servicing precautions and any of the safety
precautions on the previous pages of this publication, always
follow the safety precautions. Remember: Safety First.

General Servicing Guidelines

1. Always unplug the instrument AC power cord from the AC
power source before:
a. Removing or reinstalling any component, circuit board,
module, or any other instrument assembly.
b. Disconnecting or reconnecting any instrument electrical
plug or other electrical connection.
c. Connecting a test substitute in parallel with an electrolytic
capacitor in the instrument.

CAUTION: A wrong part substitution or incorrect polarity
installation of electrolytic capacitors may result in an
explosion hazard.

2. Do not spray chemicals on or near this instrument or any

of its assemblies.

3. Unless specied otherwise in these service data, clean

electrical contacts by applying the following mixture to the

contacts with a pipe cleaner, cotton-tipped stick or comparable

nonabrasive applicator: 10% (by volume) Acetone and 90%

(by volume) isopropyl alcohol (90%- 99% strength).

Electrostatically Sensitive (ES) Devices

Some semiconductor (solid state) devices can be damaged
easily by static electricity. Such components commonly are
called Electrostatically Sensitive (ES) Devices. Examples
of typical ES devices are integrated circuits and some eld
effect transistors and semiconductor “chip” components.
The following techniques should be used to help reduce
the incidence of component damage caused by static

electricity.

1. Immediately before handling any semiconductor
component or semiconductor-equipped assembly, drain off
any electrostatic charge on your body by touching a known
earth ground. Alternatively, obtain and wear a commercially
available discharging wrist strap device, which should be
removed for potential shock reasons prior to applying power
to the unit under test.

2. After removing an electrical assembly equipped with ES
devices, place the assembly on a conductive surface such
as aluminum foil, to prevent electrostatic charge buildup or
exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or
desolder ES devices.

4. Use only an anti-static type solder removal device. Some
solder removal devices not classied as “anti-static” can
generate electrical charges sufcient to damage ES
device.

CAUTION: This is a ammable mixture. Unless specied
otherwise in these service data, lubrication of contacts is
not required.

4. Do not defeat any plug/socket of voltage interlocks with

which instruments covered by this service data might be

equipped.

5. Do not apply AC power to this instrument and/or any of its

electrical assemblies unless all solid-state device heatsinks

are correctly installed.

6. Always connect the test instrument ground lead to the

appropriate instrument chassis ground before connecting

the test instrument positive lead. Always remove the test

instrument ground lead last.

7. Use with this instrument only the test xtures specied in

this service data.

CAUTION: Do not connect the test xture ground strap to
any heatsink in this instrument.

5. Do not use freon-propelled chemicals. These can generate
electrical charges sufcient to damage ES devices.

6. Do not remove a replacement ES device from its protective
package until immediately before you are ready to install it.
(Most replacement ES devices are packaged with leads
electrically shorted together by conductive foam, aluminum
foil or comparable conductive material.)

7. Immediately before removing the protective material from
the leads of a replacement ES device, touch the protective
material to the chassis or circuit assembly into
which the device will be installed.

CAUTION: Be sure no power is applied to the chassis or
circuit, and observe all other safety
precautions.

8. Minimize bodily motions when handling unpackaged
replacement ES devices. (Otherwise harmless motion such

as the brushing together of your clothes fabric or the lifting of

your foot from a carpeted oor can generate static electricity
sufcient to damage an ES device.)

4

D8MW

General Soldering Guidelines

1. Use a grounded-tip, low-wattage soldering iron and
appropriate tip size and shape that will maintain tip
temperature within the range 600°F to 800°F.

2. Use an appropriate lead free solder (see page 8). Lead
solder can be used, but there is a possibility of failure due
to insufcient strength of the solder.

3. Keep the soldering iron tip clean and well-tinned.

4. Thoroughly clean the surfaces to be soldered. Use a
small wire-bristle (0.5 inch or 1.25 cm) brush with a metal
handle. Do not use freon-propelled spray-on cleaners.

5. Use the following desoldering technique.
a. Allow the soldering iron tip to reach normal temperature
(600°F to 800°F).
b. Heat the component lead until the solder melts.
Quickly draw away the melted solder with an antistatic,
suction-type solder removal device or with solder braid.

CAUTION: Work quickly to avoid overheating the circuit
board printed foil.

6. Use the following soldering technique.
a. Allow the soldering iron tip to reach normal temperature
(600°F to 800°F).
b. First, hold the soldering iron tip and solder strand against
the component lead until the solder melts.
c. Quickly move the soldering iron tip to the junction of
the component lead and the printed circuit foil, and hold it
there only until the solder ows onto and around both the
component lead and the foil.

CAUTION: Work quickly to avoid overheating the circuit
board printed foil or components.
d. Closely inspect the solder area and remove any
excess or splashed solder with a small wire-bristle

brush.

Removal

1. Desolder and straighten each IC lead in one operation by
gently prying up on the lead with the soldering iron tip as the
solder melts.

2. Draw away the melted solder with an anti-static suctiontype
solder removal device (or with solder braid) before removing

the IC.

Replacement

1. Carefully insert the replacement IC in the circuit board.

2. Carefully bend each IC lead against the circuit foil pad
and solder it.

3. Clean the soldered areas with a small wire-bristle brush.
(It is not necessary to reapply acrylic coating to areas.)

“Small-signal” Discrete Transistor Removal/
Replacement

1. Remove the defective transistor by clipping its leads as
close as possible to the component body.

2. Bend into a “U” shape the end of each of the three leads
remaining on the circuit board.

3. Bend into a “U” shape the replacement transistor leads.

4. Connect the replacement transistor leads to the
corresponding leads extending from the circuit board and
crimp the “U” with long nose pliers to insure metal to metal
contact, then solder each connection.

Power Output Transistor Devices Removal/
Replacements

1. Heat and remove all solder from around the transistor
leads.

2. Remove the heatsink mounting screw (if so equipped).

3. Carefully remove the transistor from the circuit board.

4. Insert new transistor in circuit board.

5. Solder each transistor lead, and clip off excess lead.

6. Replace heatsink.

Use soldering iron to pry the leads.

IC Removal/Replacement

Some Hitachi unitized chassis circuit boards have slotted
holes (oblong) through which the IC leads are inserted
and then bent at against the circuit foil. When holes are
the slotted type, the following technique should be used
to remove and replace the IC. When working with boards
using the familiar round hole, use the standard technique
as outlined in paragraphs 5 and 6 above.

Diode Removal/Replacement

1. Remove defective diode by clipping its leads as close as
possible to diode body.

2. Bend the two remaining leads perpendicularly to the circuit
board.

3. Observing diode polarity, wrap each lead of the new diode
around the corresponding lead on the circuit board.

4. Securely crimp each connection and solder it.

5. Inspect (on the circuit board copper side) the solder joints
of the two “original leads”. If they are not shiny, reheat them
and, if necessary, apply additional solder.

5

Fuses and Conventional Resistor Removal/
Replacement

1. Clip each fuse or resistor lead at top of circuit board
hollow stake.

2. Securely crimp leads of replacement component around
stake 1/8 inch from top.

3. Solder the connections.
CAUTION: Maintain original spacing between the
replaced component and adjacent components and
the circuit board, to prevent excessive component
temperatures.

Circuit Board Foil Repair

Excessive heat applied to the copper foil of any printed
circuit board will weaken the adhesive that bonds the
foil to the circuit board, causing the foil to separate
from, or “liftoff,” the board. The following guidelines and
procedures should be followed whenever this condition is
encountered.

In Critical Copper Pattern Areas

High component/copper pattern density and/or special
voltage/current characteristics make the spacing and
integrity of copper pattern in some circuit board areas
more critical than in others. The circuit foil in these areas
is designated as Critical Copper Pattern. Because Critical
Copper Pattern requires special soldering techniques to
ensure the maintenance of reliability and safety standards,
contact your Hitachi personnel.

At IC Connections

To repair defective copper pattern at IC connections, use
the following procedure to install a jumper wire on the
copper pattern side of the circuit board. (Use this technique
only on IC connections.)

1. Carefully remove the damaged copper pattern with a
sharp knife. (Remove only as much copper as absolutely
necessary.)

2. Carefully scratch away the solder resist and acrylic
coating (if used) from the end of the remaining copper
pattern.

D8MW

At Other Connections

Use the following technique to repair defective copper
pattern at connections other than IC Pins. This technique
involves the installation of a jumper wire on the component
side of the circuit board.

DEFECTIVE
COPPER
REMOVED

Insulated jumper wire

1. Remove the defective copper pattern with a sharp knife.
Remove at least 1/4 inch of copper, to ensure hazardous
condition will not exist if the jumper wire opens.

2. Trace along the copper pattern from both wire sides of
the pattern break and locate the nearest component directly
connected to the affected copper pattern.

3. Connect insulated 20-gauge jumper wire from the nearest
component on one side of the pattern break to the lead of
the nearest component on the other side.
Carefully crimp and solder the connections.
CAUTION: Be sure the insulated jumper wire is dressed so
that it does not touch components or sharp edges.

BARE JUMPER
WIRE

CRIMP AND
SOLDER

Install jumper wire and solder.

3. Bend a small “U” in one end of a small-gauge jumper
wire and carefully crimp it around the IC pin. Solder the IC

connection.

4. Route the jumper wire along the path of the cut-away
copper pattern and let it overlap the previously scraped
end of the good copper pattern. Solder the overlapped
area, and clip off any excess jumper wire.

6

D8MW

Leadless Chip Components
(surface mount)

Chip components must be replaced with identical chips
due to critical foil track spacing. There are no holes in
the board to mount standard transistors or diodes. Some
chip capacitor or resistor board solder pads may have
holes through the board, however the hole diameter
limits standard resistor replacement to 1/8 watt. Standard
capacitors may also be limited for the same reason. It is
recommended that identical chip components be used.
Chip resistors have a three digit numerical resistance
code -1st and 2nd signicant digits and a multiplier.
Example: 162 = 1600 or 1.6KΩ resistor, 0 = 0Ω
(jumper).
Chip capacitors generally do not have the value indicated
on the capacitor. The color of the component indicates the
general range of the capacitance.
Chip transistors are identied by a two letter code. The
rst letter indicates the type and the second letter, the
grade of transistor.
Chip diodes have a two letter identication code as per the
code chart and are a dual diode pack with either common
anode or common cathode. Check the parts list for correct
diode number.

Component Removal

1. Use solder wick to remove solder from component end
caps or terminals.

2. Without pulling up, carefully twist the component with
tweezers to break the adhesive.

3. Do not reuse removed leadless or chip components
since they are subject to stress fracture during removal .

Chip Component Installation

1. Put a small amount of solder on the board soldering
pads.

2. Hold the chip component against the soldering pads
with tweezers or with a miniature alligator clip and apply
heat to the pad area with a 30 watt iron until solder ows.
Do not apply heat for more than 3 seconds

How to Replace Flat-lC
—Required Tools—

• Soldering iron • iron wire or small awl

• De-solder braids • Magnier

1. Remove the solder from all of the pins of a Flat-lC
by using a de-solder braid.

De-Solder

Braid

Soldering

Iron

2. Put the iron wire under the pins of the Flat-lC and pull
it in the direction indicated while heating the pins using a
soldering iron. A small awl can be used instead of the iron
wire.

Pull

Soldering

Iron

Iron

Wire

Awl

Soldering

Iron

3. Remove the solder from all of the pads of the Flat-lC by
using a de-solder braid.

Soldering

Iron

De-Solder

Braid

Flat-IC

4. Position the new Flat-lC in place (apply the pins of the
Flat-lC to the soldering pads where the pins need to be
soldered). Properly determine the positions of the soldering
pads and pins by correctly aligning the polarity symbol.

Polarity Symbol

TYPE

B

ANODES

Chip Components

C

E

MH DIODE

TRANSISTOR

COMMON CATHODE

GRADE

SOLDER CAPS

1STDIGIT

RESISTOR

SOLDER
CAPS

CAPACITOR

2ND DIGIT

MULTIPLIER
= 1600 = 1.6K

5. Solder all pins to the soldering pads using a ne tipped
soldering iron.

Solder

Soldering

Iron

6. Check with a magnier for solder bridge between the pins
or for dry joint between pins and soldering pads. To remove
a solder bridge, use a de-solder braid as shown in the gure
below.

Bridge
Solder

De-Solder

Braid

Soldering

Iron

7

Information for service about the lead-free solder introduction.

Hitachi introduced lead-free solder to conserve the “Earth Environment”.
Please refer to the following before servicing.

(1) Characteristic of lead-free solder
Melting point of lead free solder is 40-50°C higher than solder containing lead.

(2) Solder for service
Following composition is recommended.
“ Sn - 3.0Ag - 0.5Cu “ , or “ Sn - 0.7 Cu “
Lead solder can be used, but there is a possibility of failure due to insufcient strength of the solder.

Caution when using solder containing lead.
Please remove previous solder as much as possible from the soldering point.
When soldering, please perfectly melt the lead-free solder to mix well with the previous solder.

(3) Soldering iron for lead-free solder.
Melting point of lead-free solder is higher than solder containing lead.
Use of a soldering tool “with temperature control” and “with much thermal capacitance” is recommended.
(Recommended temperature control : 320°C - 450°C; [608°F - 842°F])

Recommended temperature
PWB with chip parts 320°C +/- 30°C (608°F +/- 86°F)
PWB without chip parts 380°C +/- 30°C (716°F +/- 86°F)
Chassis, metal, shield etc. 420°C +/- 30°C (788 °F +/- 86°F)

D8MW

(4) Identication of lead-free PWB
2004 models >> lead-free solder is introduced
2006 models >> lead-free solder applied

On lead-free PWB, “F” is added at the beginning of stamp on PWB.

8

AGENCY REGULATORY INFORMATION

Federal Communications Commission Notice

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant
to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses and can radiate radio frequency
energy and if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can be
determined by turning the equipment off and on, the user is encouraged to try to correct the interference by
one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and the receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/television technician for help.

FCC Information

This device complies with part15 of the FCC Rules.Operation is subject to the following two conditions :
(1) This device may not cause harmful interference and (2) This device must accept any interference
received, including interference that may cause undesired operation.

D8MW

Modications

The FCC requires the user to be notied that any changes or modications made to this device that are not
expressly approved by Hitachi Home Electronics (America), Inc. may void the user’s authority to operate
the equipment.

Cables

Connections to this device must be made with shielded cables with metallic RFI/EMI connector hoods to
maintain compliance with FCC Rules and Regulations.
Any cables that are supplied with the system must be replaced with identical cables in order to assure
compliance with FCC rules. Order Hitachi spares as replacement cables.

INDUSTRY CANADA AGENCY REGULATORY INFORMATION

This class B digital apparatus meets all requirements of the Canadian Interference-Causing Equipment

Regulations.

This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.

ACKNOWLEDGMENTS
AND TRADEMARKS

HDMI, the HDMI logo and High-Denition Multimedia Interface are

trademarks or registered trademarks of HDMI Licensing LLC.

• VGA and XGA are trademarks of International Business Machines Corporation.

• VESA is a registered trademark of the Video Electronics Standard Association.

9

D8MW

INTRODUCTION

This HITACHI Service Manual is intended for the qualied service personnel and it contains the necessary infor-

mation for troubleshooting the LCD television set in case of malfunction.

This service manual includes the information for the next models and chassis.

DIMENSIONS:

MODEL CHASSIS

UT47X902 D8MW

UT47V702 D8MW

Height: Excluding stand - 29 5/16” (744.8mm), Including stand - 31 5/16” (794.9mm).

Width: 45 1/8” (1145.7mm).

Depth: Excluding stand - 1 9/16” (39.9mm), Including stand - 12 3/16” (310mm).

Weigth: Excluding stand - 21.9 kg (48.2 lb); Including stand - 24.8 kg (54.6 lb).

Unit: Inch/(mm)

POWER RATINGS:

No.

1 UT47X902 275 2.4 D8MW

2 UT47V702 275 2.4 D8MW

CIRCUIT PROTECTION:

CAUTION: It is very important to replace the fuse with the same kind of fuse as original.

The fuse rating is indicated in the silk of the printed circuit board near the fuse location.

Example: Hitachi part number of the fuse is: FN00562.

High breaking capacity ceramic tube fuse (Time-Lag fuse)

This means the fuse rating is 6.3A, 250V.

T6.3AH 250V

Model
Name

Indicated Value

ChassisMax Rating

(W) (A)

10

TERMINALS AND JACKS

D8MW

HDMI

MODEL

NAME

UT47X902 1 1 1 1 1 1

UT47V702 1 1 1 1 1 1

MAIN FEATURES

• Ultra-slim-line LCD monitor.

• Large-screen and high denition LCD.

• Enjoy high resolution display (1920 (H) x 1080 (V) pixels).

• Improved digital signal processor.

• High quality sound with deeper, richer tones and bass boost.

• Accepts a digital input device with HDMI terminal.

• Enjoy the image from your PC with a large, high-denition LCD screen.

• Easy-to-use On-screen Display system operated by remote control.

• Low power consumption with power saving feature.

SPECIFICATIONS

TERMINAL

HDMI

D-SUB 15 PIN

ANALOG

RGB

COMPOSITE

VIDEO

3.5 MINI
JACK

ANALOG

AUDIO

8 PIN

MINI-DIN

RS-232C

3.5 STEREO
MINI JACK

IR-

THROUGH

SPECIFICATION UT47X902 UT47V702

Panel

Ambient
conditions

Power supply AC120V, 60Hz

Audio output speaker 6W + 6W

HDMI input

RGB/Composite
input

* This analog audio input terminal can be used for PC (RGB) or HDMI-DVI.

Display dimensions

Resolution 1920 (H) x 1080 (V) pixels

Temperature Operating: 5ºC to 35ºC, Storage: 0ºC to 40ºC

Relative humidity Operating: 20% to 80%, Storage: 20% to 90% (non-condensing)

Input terminals

Input signals

Input terminals

Input signals

Sync signals H/V separate, TTL level [2KW]

Approx. 47 inches measured diagonal (40 15/16 (H) x 23 1/16 (V) in)
Approx. 11194 mm measured diagonal (1040 (H) x 585 (V) mm)

HDMI: HDMI input terminal
Audio input terminal (Mini-pin)*

HDMI: VGA/60, 480i, 576i, 480p, 576p, 720p/50, 720p/60, 1080i/50,
1080i/60, 1080p/50, /1080p/60, 1080p/24.

Analog RGB input terminal (D-sub 15 pin)
Audio input terminal (Mini-pin)*

0.7 Vp-p, analog RGB (Recommended Signal)
Composite video: NTSC3.58, NTSC4.43, PAL, SECAM, PAL60, PAL-M,
PAL-N.

11

BASIC SETUP AND OPERATION

For more information on connecting and using the monitor, refer to the owner’s guide.

. Connect the power cord to the rear panel.

3 Connect to external equipment.

Example 1: Connecting to PC
To insert D-sub 15 pin, tilt the monitor forward and bring the terminals into view. Two people are required
to hold the monitor and insert D-sub 15 pin safely. Be careful not to damage the panel.

*D-sub 15 and Audio cables are not included.

Example 2: Connecting to DVD player

*

*

Audio Cable

D-Sub 15

Tilt Forward

HDMI Cable

Power Cord

HDMI Cable

Power On...

. Connect the plug into the wall socket after all other

connections are completed.

CAUTION

Ensure that both ends of the power cord are easily

accessible.

The Main Power Switch is factory set to On
(activated), therefore after you connect the plug into
the wall socket, the color of the indicating lamp must
turn Green and the Illumination Lamp turns Blue.The
image will display on screen.

Once the Main Power switch is on, you can turn On/
Off by pressing the Power (On/Off) button on the
remote control.

If no equipment is connected to the Monitor the color
of the indicating lamp turns to Orange, and the
Illumination Lamp turns off indicating Power Save
Mode.

AC

Wall

Socket

Monitor

Rear

Panel

Main Power Switch
(on the underside)

Front

Rear

Illumination Lamp

Indicating Lamp

D8MW

12

BASIC SETUP AND OPERATION

Front Panel

Rear Panel

.

Cabinet

3

Panel

$

Remote Control Receiver

/

Indicating Lamp

1

Speaker

4

Illumination Lamp

2

Desktop Stand

&

Ÿ button

'

ź button

)

Volume Up/Ź button

*

Volume Down/Ż button

+

Input Select/OK button



Menu/Exit button

.

Power Cord Socket

3

HDMI Input Terminal

Please refer to the owner’s guide for detailed information regarding the connections.

.
3

$
/

1

4

2

(

Main Power switch

,

Service use only

"

RS232C

0

PC (RGB)/DVI Analog Audio Input Terminal

#

PC Connection Terminal (D-sub 15 Pin)

%

Reset button.

(,"0#

')*&+

Control panel (located on the bottom)

MENU/EXIT VOLINPUT/OK

%

3 .

D8MW

13

ADJUSTMENTS

TABLE OF CONTENTS OF ADJUSTMENTS

1. Adjustment procedure start-up

1.1 How to get to the service mode menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

1.2 Changing data and selecting adjustment codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

2. Memory Initialize

2.1 EEPROM All Initialize operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

2.2 EEPROM renew procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

2.3 Memory Initialize affected adjustments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

3. Video Adjustment

3.1 RGB amplitude adjustment (PC D-SUB input) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

3.2 NTSC Composite video adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

4. Video Color Temperature adjustment

4.1 Video Color Temperature adjustment (Cool) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

4.2 Video Color Temperature adjustment (Normal) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

4.3 Video Color Temperature adjustment (Warm) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

5. Another procedure to set to factory shipping conditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

5.1 Factory Shipping Conditions table 20

6. Software upgrade procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

D8MW

14

D8MW

1. ADJUSTMENT PROCEDURE START-UP

The UT47X902 and the UT47V702 LCD Monitors run through
a series of adjustments at the factory.
After servicing, these adjustments must be done again.

NOTE: - S/W version check -

The software version of the LCD monitor can be checked
under the SETUP OSD menu. The next image shows the
OSD where the version number is shown.

Main

S/W

Till this day, the latest software versions are:

Model Main S/W Sub S/W

All UT42” VS224 223

Sub
S/W

1.2 Changing data and selecting adjustment
codes.

When the UT monitor is in the Service Mode, use the remote
control cursor keys ◄, ►, ▲, ▼ to make the adjustments.
The bottom control panel in the UT monitor can also be used
for making the adjustments.

A. Use the Remote Control:

The ▲, ▼, keys are used for selecting the adjustment
item (in the same page).
The ◄, ► keys are used for changing the data values.
Use the VOL UP/DWN remote control button to scroll thru
the diferent Service Menu pages.
The “OK” button is equal to “Enter” key.

Next picture shows the R/C buttons mentioned in the previ­ous explanation.

The software is subject to change, for the latest software call
1-800-HITACHI or log on to the Hitachi Service only web site
www.hitachiserviceusa.com.

1.1 How to get to the Service Mode Menu

The Service Mode Menu can be reached by following the

next sequence:

1. With TV in the off condition (with Main Power Off)
a) Press and hold Menu key of the bottom control panel,
while holding the menu key, press and release the master
power button.
b) Keep pressing the menu key until the Service Menu
appears on screen, release menu key.

2. To exit the Service Mode press [MENU] key of the remote

control or the UT monitor, the user menu OSD will appear.

The next picture shows the Service Mode OSD for the 42”
models(example).

Main

S/W

Sub
S/W

Service
NO. DATA VS224 42LW-A MU 146 Sub223

0: 208
1: 230
2: 237
3: 215
4: 224
5: 213
6: 223
7: 224
8: 187
9: 224

VOLUME

button

Cursor

buttons

OK button

H: 33.6 V: 59.7 L: 562

15

D8MW

INPUT/OK

VOLMENU/EXIT

B. Use the Control Panel (located at the bottom):

Menu/Exit button is for calling the OSD menu or for exiting
such menu or any other OSD.
Input/Select button is for changing the displayed input or,
when some OSD is beeing displayed, to be able to select
the highlighted option.
◄ Vol - button is for reducing the audio volume or
equivalent to the Left cursor key when an adjustment
value is highlighted.
► Vol + button is for increasing the audio volume or
equivalent to the Right cursor key when an adjustment
value is highlighted.
▲ button is same as the R/C Up cursor button.
▼ button is same as the R/C Down cursor button.

The next gures show the labels of the bottom control panel
and a bottom view of the buttons.

2.2 EEPROM RENEW Procedure:

There are two methods.

FIRST METHOD.

(1) Enter Service Mode by the procedure in section 1.1.
(2) Change the data value of the adjustment item no. 659
from “0” to “1”.
(3) Push the OK button in the remote control. The picture will
disappear indicating that the initialization of the EEPROM is
started.
(4) About 2 seconds later, the initialization will nish and the
picture will appear again. Do not turn of the power until the
picture appears again.
(5) Set the adjustment item no. 630 to data value 6.

SECOND METHOD.

(1) Turn off the monitor by side panel power switch.
(2) Turn on the side panel power switch while keeping
pushed the up cursor key of the bottom control panel for
more than 5 seconds.

Conrm the settings are in factory shipping conditions (refer
to section 5.1 of this manual).

2.3 Memory initialize affected adjustments:

2. MEMORY INITIALIZE

The memory initialize operation is to clear the contents of
the data memory and to set all adjustment values to initial
default.
CAREFUL: The data that will be lost is shown in the section
no. “2.3 Memory initialize affected adjustments”.

2.1 EEPROM ALL INIT Procedure:

(1) Enter Service Mode by the procedure in section 1.1.

(2) Select adjustment item no. 657 and push the OK button
(the remote control must be set in normal TV mode).
The picture will disappear, and the initialization of the
EEPROM will start.

The next table shows the adjustment items which are affected
by the Memory Initialize EEPROM ALL INIT operation and
EEPROM RENEW operation.

Adjustment ALL INIT RENEW

White balance Reset Not reset

Amplitude Reset Not reset
Item no. 657 Reset Not reset

3. VIDEO ADJUSTMENT

The next adjustments are related with the picture quality.
Special care must be put.

3.1 RGB amplitude adjustment (PC D-SUB input)

Adjustment preparations

(1) Turn on the UT monitor, allow a 20 minutes heat-run
before beginning the adjustment.

(2) Input the PC VGA[60Hz] adjustment signal into the PC
D-SUB input terminal.

(3) The adjustment signal pattern is an 8 color bar. The black
should be at the pedestal level.

(3) About 2 seconds later, the initialization process will nish
and the picture will appear again. NOTE: Do not turn of the

(4) White level amplitude = 700 mV (100% of signal
standard).

power until the picture appears again.

(4) Set the adjustment item no. 630 to data value 6.

16

D8MW

The next ghraphs show the waveform of the PC VGA[60Hz]
adjustment signal.

[mV]

700.0

Wh Ye Cy Gr Mg Re Bl Bk

G

0

-300.0

[mV]

700.0

Wh Ye Cy Gr Mg Re Bl Bk

B

0

[mV]

700.0

Wh Ye Cy Gr Mg Re Bl Bk

R

0

NOTE: Request this optional cable to Hitachi under the
next part numbers:

EW09192 - DSUB(LOW)-RCA CABLE 200MM

(4) The adjustment signal pattern is all white (The burst can
be disregarded).
(5) Set the amplitude of the adjustment signal [100% all
white] to 750.0 mV which is 105% (100% of the standard
signal is equal to 714.3 mV). The next graphics show the
white raster pattern and the waveform of the signal.

All white raster pattern.

[mV]

750.0

G

0

-300.0

White signal waveform.

Adjustment procedures

(1) Receive the PC adjustment signal.
(2) Select the adjustment item no. 658 of service adjustment
menu and push the OK button during 2 seconds or more.
The automatic adjustment will start.
(3) When the on screen display appears again, the automatic
adjustment is nished.

3.2 NTSC Composite Video Adjustment

Adjustment Preparations

(1) Turn on the UT monitor and allow a 20 minutes heat-run
before starting the adjustment.
(2) Change the RGB input setting of the MENU’s second
page to “Composite”.
(3) Input the composite video adjustment signal into the
RGB D-SUB terminal. Consider the use of the next optional

cable.

EW09192

Adjustment Procedure

(1) Enter the Service Mode Menu by following the procedure

in section 1.1.

(2) Input the NTSC composite signal to the UT Monitor.
(3) Select the no. 658 adjustment item in the Service Mode
Menu and push the OK button for more than 2 seconds.
(4) The OSD will disappear for a brief moment. Once it
appears again, the adjustment is nish.
(5) NOTE: Do not turn off the UT monitor until the OSD
reappears.

4 VIDEO COLOR TEMPERATURE ADJUSTMENT.

The next adjustments are for setting the color coordinates or
color temperature of the picture.

4.1 Cool mode.

Adjustment preparations

(1) Adjustment signal: HDMI 1080i
Signal pattern: White raster.
Video level: 90%.

(2) Picture settings: Factory setting, check that the mode is
set as Factory shipping conditions.
Picture mode: Dynamic.

D-Sub 15 pin < ------- > RCA plug.

(3) The color analizer (CA-210) should be veried by a
spectrum radiation brightness meter such as CS-1000 or

The green color is connected.

standard LCD.

17

D8MW

(4) Set the aspect to full mode.

(5) Set the color analizer (CA-210) at the center of the
panel.

Adjustment procedures

(1) Enter the Service mode.

(2) Check that the adjustment items no. 0, no. 1 and no. 2
of the Service Mode menu have the next initial values. If the
initial values are different, set them as the following data.

No. 0 = 230
No. 1 = 230
No. 2 = 240

(3) Receive the white raster signal. Step down two (or only
one) of either of the R DRV_COOL, G DRV_COOL or B
DRV_COOL adjustment parameters and change to the
following values
(NOTE: At least one of the adjustment parameters should
remain in the initial data value).

4.2 Normal Mode.

Adjustment preparations

(1) Adjustment signal: HDMI 1080i
Signal pattern: White raster
Video level: 90%
(2) Picture settings: Factory setting. Check that the mode is
set as the factory shipping conditions.
Picture mode: Dynamic.
(3) The color analyzer (CA-210) should be veried by a
spectrum radiation brightness meter such as the CS-1000
or standard LCD.
(4) Set aspect to full mode.
(5) Set the color analyzer (CA-210) at the center of the
panel.

Adjustment procedures.

(1) Enter the Service mode by following the procedure in

section 1.1.

(2) Check that the initial data of the adjustment items no. 3,
4 and 5 are in the following values. If their initial values are
different, change them as shown.

Specication

Video Color Temperature (Cool)

x = 0.266 ± 0.005

y = 0.270 ± 0.005

14000K ± 0MPCD

REMARKS

(1) Color temperature should be adjusted under the condition
in which the screen is the brightest, thus, the initial value of
the adjustment is set at its maximum.
This adjustment only decreases brightness.

(2) Beware, there is RESET in each picture mode.

(3) When the adjustment items no. 6, 7 or 8 are selected, the
color temperature of the picture changes to warm mode.

No. 3 = 224
No. 4 = 224
No. 5 = 224

(3) Receive the white raster signal. And decrease the value
of any two (or only one) of the R DRV_NORMAL, G DRV_
NORMAL or B DRV_NORMAL adjustment parameters in
order to get the X/Y coordinates to the following values.

Specication

Video Color Temperature (Normal)

x = 0.285 ± 0.005

y = 0.293 ± 0.005

9300K ± 0MPCD

REMARKS

(1) Color temperature should be adjusted under the condition
in which the screen is the brightest, thus, the initial value of
adjustment is set at its maximum.

(2) Beware there is RESET in each of the picture mode.

(3) When the adjustment items no. 6, 7 or 8 are selected, the
color temperature changes to warm mode.

18

D8MW

4.3 Warm mode.

Adjustment preparations.

(1) Adjustment signal: HDMI 1080i
Signal pattern: White raster
Video level: 90%
(2) Picture settings: Factory shipping conditions.
Picture mode: Dynamic.
(3) The color analyzer (CA-210) should be veried by a
spectrum radiation brightness meter such as the CS-1000
or an LCD standard.
(4) Set the aspect to full mode.
(5) Set the color analyzer (CA-210) at the center of the
panel.
(6) Adjustment of color temperature cool mode and normal
mode should be nished.

Adjustment procedures.

(1) Enter the Service mode menu by following the procedure

in the section 1.1.

(2) Check that the initial data of the adjustment items no. 6,
7 and 8 are in the below shown values. If they are different,
change them to...

(4) Color temperature Warm synchronizes with the drive data
of the Normal mode color temperature. Therefore, when the
drive data of Normal color temperature is changed, the drive
data of the Warm color temperature is changed too.

5. Another procedure to set to Factory shipping
conditions

Adjustment procedures

(1) Turn off the power (Power indicator: Off)
(2) Push the ▲ key of the bottom control panel and turn on
the power of the UT monitor while keeping the up cursor key
pushed for more than 5 seconds.
(3) Verify the values of the factory shipping conditions
according with the table in the next page.
(4) Set the adjustment item no. 630 to data value 6.

No. 6 = 224
No. 7 = 224
No. 8 = 224

(3) Receive the white raster signal. And decrease one or
two of the parameters R DRV_WARM, G DRV_WARM, or B
DRV_WARM in order to meet the X/Y coordinates with the
below values.
NOTE: At least one of the parameters should remain in the

initial value.

Specication

Video Color Temperature (Warm)

x = 0.313 ± 0.005

y = 0.329 ± 0.005

6500K ± 6.5MPCD

REMARKS

(1) Color temperature should be adjusted under the condition
in which the screen is the brightest, thus, the initial value of
adjustment is set at its maximum.
(2) Beware there is RESET in each of picture mode.
(3) When the adjustment items no. 6, 7 or 8 are selected, the
color temperature of the picture changes to warm mode.

19

5.1 Factory shipping conditions:

D8MW

Item

Power Switch On (The switch is pushed condition.)
Volume 20

Mute Off

Picture Mode Dynamic

Contrast +31
Brightness 0
Color +3
Sharpness 0
Tint -1
Color Temperature Cool
Back Light +20

Deep Color Off
Contrast Mode Dynamic
3D Color Management On
Black Enhancement Middle

Picture

(HDMI/
Composite)

Picture

(RGB)

DNR Middle
MPEG NR Low
Cross Color NR Low

Game Mode Off
Film Mode Smooth2

3D Comb Filter Low

Amplitude Red 0

Color

Temp.
Adjus

Contrast +31
Brightness 0
Color 0
Tint 0

Color Temperature Normal

Amplitude Red 0

Color

Temp.
Adjust

Back Light +20

Green 0

Blue 0

Cut off Red 0

Green 0

Blue 0

Green 0

Blue 0

Cut off Red 0

Green 0

Blue 0

Initial data

47” UT monitor

Off

Off

Remarks

RGB

Input=Composite

only

20

5.1 ... factory shipping conditions continued.

D8MW

Item

Audio Treble +6

Bass +2
Balance 0
Surround Off
Bass Boost On
Clear Voice Off

Perfect Volume Off
Speakers On

Function System ― Grayed out

HDMI Control Auto Input Change Off

System Standby None
AV Center Control Off

Setup
(HDMI)

Setup
(RGB)

Language English (US)

Video Power Save Off

RGB Input RGB Grayed out
Color System Auto Grayed out

Auto Adjust ―
Horizontal Position 0

Vertical Position 0
Horizontal Clock 0
Clock Phase 0

Frequency Display On
WXGA Mode Off
RGB Input RGB

Initial data

47” UT monitor

Remarks

21

Instruction in software renewal

After software version up, set the following lists for reference.

Main Software Update

In this section, it explains the method of updating Main software.
This procedure should be processed only when it is necessary to update Main software.

1) Prepare Mini Din 8-pin M to DB9F cable.

2) Connect MiniDin8pin plug to Service terminal.

3) Follow the procedure in the section 1.1

of this manual to get to the service adjustment

mode menu.

Select RS232C SW.

• Focus on No.653(RS232C SW).

• Press Right key (0 -> 1)

• Press “OK”.

4) Double click "ISP Utility" icon.

Double Click

bottom

6. Software upgrade procedure

DB9-F DIN8-M

1 OPEN
2 3
3 5
4 OPEN
5 4
6 OPEN
7 2
8 1
9 OPEN
SHIELD SHIELD
OPEN 6
OPEN 7
OPEN 8

D8MW

4) Request Hitachi the “ISP Utility”
software. Install it in your personal
computer and at the desktop, double
click the “ISP utility” icon.

22

Click

Click Open

Click

5) Select

Connection : Serial,

Chip : FLI8538,

Flash : S29AL032D,

and click Flash Image select button.

6) Select the new software

ex) ("D8M_VC148.hex")

and click "Open".

7) Click "Start".

Then execute Erase, Program and

Ve ri f y.

8) Click "OK".

D8M

D8M_VC148.hex

FW2_VA117.hex

C:¥FW2_VA117.hex

6. ...software upgrade procedure (continued)

D8MW

23

Green display

9) Wait about 200 seconds until appear

"ISP successful".

(And appear Green display.)

13) Follow procedure in section 1.1 to get to

the service adjustment mode menu.

14) Focus on No.659 (EEPROM RENEW

operation) .

15) Press Right key (0 -> 1),

16) Press “OK”.

10) Exit ISP Utility.

12) Turn on the TV set again. .(Connect AC cord.)

11) Turn off the TV set.(Unplug AC cord.)

C:¥D8M_VC148.hex

C:¥D8M_VC148.hex

6. ...software upgrade procedure (continued)

D8MW

24

Both numbers should be same

17) Wait until short blanking.

Then the value of No.659 will be changed to “0”.

(Finish EEPROM RENEW operation)

18) Press VOLUME UP/DOWN and the cursor UP/DWON button.

• Focus on No.630 (Custom tuning). 0: ASIA, 3:CHINA, 4:JAPAN, 6:N-AMERICA, 7:EUROPE.

• Press LEFT/Right key and select an appropriate value.

• Press “OK”.

• Press “MENU” key and exit the adjustment mode.

19) Turn off the power (Power indicator: Off). Push the up cursor key of the bottom control panel and turn

on the power of the UT monitor while keeping the up cursor key pushed for more than 5 seconds.

20) Turn off the TV set and remove MiniDin8pin connector.

6. ...software upgrade procedure (continued)

D8MW

25

Sub Software Update

In this section, it explains the method of updating Sub software.
This procedure should be processed only when it is necessary to update Sub software.

��

Click

1) Turn off the TV set power.

5) Select a download file. (ex. D8M_SUB_V007.mot)

2) Connect E8 or E8a and PC with USB

connection cable.

3) Connect the E8 or E8a to connector

PM02:ZH-10pin.

4) Start “Flash Development Toolkit 4.00 Basic”.

(Start > All Program > Renesas > Flash Development Toolkit 4.00 > Flash Development Toolkit 4.00 Basic)






Rear view

6. ...software upgrade procedure (continued)

D8MW

26

Click

Click

Click

6) Turn On the TV set.

7) Click “Program Flash”.

8) Click “OK” without checking “Power Supply”. (start update)

10) Click “Exit”.

11) Turn Off the TV set.

12) Remove the E8 or E8a from the connector PM02.

13) Turn On the TV set.

9) Wait until appearing the message “Image successfully written to device”. (Finish Upadate)

(If necessary, verify the Flash Checksum.)

D8M_Sub_ROM

D8M_SUB_V007.mot

D8M_SUB_V007.mot

C:¥D8M_Sub_ROM¥D8M_SUB_V007.mot

6. ...software upgrade procedure (nished)

D8MW

27

TROUBLESHOOTING FLOWCHARTS

How to get to Burn-in mode

This mode displays the test patterns of some single color raster in turn. These signals are from built-in gener-

ator of panel. So it can be presumed that maybe the panel has some trouble when the screen of Burn-in

mode is abnormal.

Using the remote control with the set turned on can activate the mode.

(1) Set the service adjustment mode.

(2) Change No.646 from “0” to “1”. After a few second, appear the burn-in picture.

(3) To escape from this mode, change No.646 from “1” to “0”.

At rst, please conrm whether you put a connector cable again, and a phenomenon comes out.

[no picture, no sound]

LED is not light.

Is the voltage of

pin 5 (+5.4V) of CNPS

(power supply unit)

normal?

It is trouble of Main PWB
or Power supply unit.
Please change.

No

It is trouble of Main PWB or
Terminal PWB.

Picture trouble Go to “A”
Sound trouble Go to “B”

Yes

D8MW

28

...TROUBLESHOOTING FLOWCHARTS (continued)...

Is the burn-in
mode normal?

LED is green lighting.

Are the voltage of

pin 1-5 of CNPP1and pin 1-5 of

CNPP2 (power supply unit) normal?

Normal voltage is +24V.

It is trouble of Power supply
unit.
Please change.

No

Go to # 1

Yes

It is trouble of Main PWB or
Terminal PWB.

Picture trouble Go to “A”
Sound trouble Go to “B”

No

Yes

After a few seconds, it becomes
a red lighting even if it turns on
power.

Main PWB -- Inverter PWB
PPO1(pin 10) -- CN2(pin 12)
PPO1(pin 11) -- CN2(pin 14)

Are these connected?

No

It is trouble of Power supply unit.
Please change.
Or please check ELCD2 connector
or EPS connector.

Yes

It is trouble of Main PWB or LCD
panel (include Inverter PWB)
Please change.

D8MW

29

...TROUBLESHOOTING FLOWCHARTS (continued)...

# 1

Dose the backlight

turn on?

No

Yes

Are the voltage of

pin 1-4 (+12V) of PDO1

(Main PWB) normal?

It is trouble of
Main PWB.
Please change.

No

Yes

It is trouble of LCD
panel module.

No

Is there voltage of

pin 9 of CNPS

(Power supplyunit) ?

It is trouble of Main PWB.
Please change.

Yes

It is trouble of Inverter PWB.

D8MW

30

...TROUBLESHOOTING FLOWCHARTS (continued)...

A : Picture Troubleshooting

No picture, no color or dark

Check the picture menu.

Are there problems?

No

Yes

No

It is trouble of IR/PW-SW PWB.
Please check EISP connector

No

Are there

signals(R,G,B,H,V) at

CE12-CE14,RE49 and

RE50 of Main PWB?

Adjust the picture
menu.

Are the voltage of

pin 7 and 9 (+5V) of PV01

(Main PWB) normal?

Yes

RGB input

HDMI input

Are there

signals(R(8bit),G(8bit),

B(8bit),H,V,DE,CLK) at

RH33,RH35,RH37 and

RH39 of Main PWB?

It is trouble of IA01
of Main PWB.
Please change.

Are there

signals(R,G,B,H,V) at

CE06-CE08 and

IW01(pin1, 13) of Main

PWB?

It is trouble of QE01-QE03
or IE01of Main PWB.
Please change.

Yes

Yes

No

Yes

It is trouble of EFFC connector,
Terminal PWB, or PW01 of
Main PWB.

No

Are there signals(TMDS)

at RH60-67 of Main PWB?

It is trouble of IH01
of Main PWB.
Please change.

No

Is there voltage at

pin 18 (+5V) of JH01 (Main

PWB) and is there

voltage(over +2.4V) at

pin19 of JH01?

It is trouble of IH02
of Main PWB.
Please change.

It is trouble of Q001, GH01
or DH03 of Main PWB.
Please change.

Yes

No

Yes

D8MW

31

...TROUBLESHOOTING FLOWCHARTS (nished).

B : Sound Troubleshooting

No sound, abnormal sound

Is there signal

No

Yes

Yes

No

Yes

Check the signal at the P301
of Terminal PWB

Change speaker.

Has it been
improved?

It is trouble of
the speaker.

Change EISP cable

Change Terminal PWB

Has it been

improved?

It is trouble of the
Terminal PWB

Change EFFC cable

Has it been

improved?

Yes

It is trouble of the
EFFC cable.

No

Change Main PWB

D8MW

32

㪈㪏㪅㪋㪊㪉㪤㪟㫑

㪉㪇㪇㪏㪅㪇㪏㪅㪇㪋

㪝㪩㪚㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉㩿㪰㪞㪫㪄㪇㪌㪈㪘㪀

㪝㪩㪚㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉㩿㪰㪞㪫㪄㪇㪌㪈㪘㪀㪝㪩㪚㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉㩿㪰㪞㪫㪄㪇㪌㪈㪘㪀

㪝㪩㪚㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉㩿㪰㪞㪫㪄㪇㪌㪈㪘㪀
㪩㪏㪘㪇㪊㪇㪉㪎㪙㪞

㪩㪏㪘㪇㪊㪇㪉㪎㪙㪞㪩㪏㪘㪇㪊㪇㪉㪎㪙㪞

㪩㪏㪘㪇㪊㪇㪉㪎㪙㪞

㪣㪭㪛㪪㩷㪉㪺㪿

㪠㪉㪪㩷㫀㫅
㪩㪜㪪㪜㪫㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㪝㪚㩷㪙㫌㫊

㪪㪬㪙㩷㪤㪧㪬

㪪㪬㪙㩷㪤㪧㪬㪪㪬㪙㩷㪤㪧㪬

㪪㪬㪙㩷㪤㪧㪬
㪤㪈㪍㪚㪆㪍㪋

㪤㪈㪍㪚㪆㪍㪋㪤㪈㪍㪚㪆㪍㪋

㪤㪈㪍㪚㪆㪍㪋

㪝㪚㪏㪶㪯㪩㪪㪫

㪫㫏㪃㩷㪩㫏㪃㩷㪚㪣㪢㪃㩷㪜㪥㪃㩷㪞㪶㪟㪙
㪞㪶㪯㪩㪪㪫

㪟㪆㪭㪶㪝㪩㪜㪨㪊
㪚㪜㪚

㪛㪛㪚
㪫㪤㪛㪪
㪚㪜㪚

㪉㫂㪹㫀㫋
㪜㪜㪧㪩㪦㪤

㪟㪛㪤㪠㩷㪩㫏

㪟㪛㪤㪠㩷㪩㫏㪟㪛㪤㪠㩷㪩㫏

㪟㪛㪤㪠㩷㪩㫏
㪪㫀㫃㪐㪈㪉㪌

㪪㫀㫃㪐㪈㪉㪌㪪㫀㫃㪐㪈㪉㪌

㪪㫀㫃㪐㪈㪉㪌

㪟㪛㪚㪧
㪫㪤㪛㪪

㪤㪘㪠㪥㩷㪪㪺㪸㫃㪼㫉㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉

㪤㪘㪠㪥㩷㪪㪺㪸㫃㪼㫉㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉㪤㪘㪠㪥㩷㪪㪺㪸㫃㪼㫉㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉

㪤㪘㪠㪥㩷㪪㪺㪸㫃㪼㫉㩷㪧㫉㫆㪺㪼㫊㫊㪼㫉
㪝㪣㪠㪏㪌㪊㪏

㪝㪣㪠㪏㪌㪊㪏㪝㪣㪠㪏㪌㪊㪏

㪝㪣㪠㪏㪌㪊㪏

㪠㪉㪚㩿㪪㪚㪣㪈㪆㪪㪛㪘㪈㪀

㪰㪆㪞㪃㩷㪚㪹㪆㪙㪃㩷㪚㫉㪆㪩
㪛㪜㪃㩷㪚㪣㪢
㪟㪆㪭㪶㪪㪰㪥㪚

㪟㪛㪩㫏㪤㪬㪫㪜

㪠㪉㪪㩿㪘㪭㪪㪶㪠㪥㪀

㪠㪉㪪㩿㪜㪯㪫㪶㪠㪥㪀

㪧㪚㪄㪩㪃㩷㪞㪃㩷㪙
㪧㪚㪄㪟㪛㪃㩷㪭㪛

㪭㪞㪘㪶㪪㪚㪣㪆㪪㪛㪘

㪠㪉㪚

㪰㪆㪞㪃㩷㪚㪹㪆㪙㪃㩷㪚㫉㪆㪩

㪛㪜㪃㩷㪚㪣㪢

㪟㪆㪭㩷㪪㪰㪥㪚

㪠㪥㪫

㪠㪉㪪

㪤㪚㪣㪢

㪛㪛㪩㪋㪇㪇㩷㪪㪛㪩㪘㪤

㪛㪛㪩㪋㪇㪇㩷㪪㪛㪩㪘㪤㪛㪛㪩㪋㪇㪇㩷㪪㪛㪩㪘㪤

㪛㪛㪩㪋㪇㪇㩷㪪㪛㪩㪘㪤
㪉㪌㪍㪤㪹㫀㫋㫏㪉

㪝㫃㪸㫊㪿㩷㪤㪼㫄㫆㫉㫐

㪝㫃㪸㫊㪿㩷㪤㪼㫄㫆㫉㫐㪝㫃㪸㫊㪿㩷㪤㪼㫄㫆㫉㫐

㪝㫃㪸㫊㪿㩷㪤㪼㫄㫆㫉㫐
㪈㪍㪤㪹㫀㫋

㪍㪋㫂㪹㫀㫋㩷㪜㪜㪧㪩㪦㪤

㪍㪋㫂㪹㫀㫋㩷㪜㪜㪧㪩㪦㪤㪍㪋㫂㪹㫀㫋㩷㪜㪜㪧㪩㪦㪤

㪍㪋㫂㪹㫀㫋㩷㪜㪜㪧㪩㪦㪤

㪣㪭㪛㪪㪶㪪㪜㪣

㪣㪭㪛㪪㪉㪺㪿

㪙㪣㪶㪦㪥
㪜㪭㪦㪣㪶㪈
㪙㪣㪶㪛㪜㪫

㪪㪺㪿㫄㫀㫋㫋㪄

㪪㪺㪿㫄㫀㫋㫋㪄㪪㪺㪿㫄㫀㫋㫋㪄

㪪㪺㪿㫄㫀㫋㫋㪄
㪫㪩㪞㪅

㪫㪩㪞㪅㪫㪩㪞㪅

㪫㪩㪞㪅

㪉㫂㪹㫀㫋
㪜㪜㪧㪩㪦㪤

㪝㪚㩷㪙㫌㫊

㪫㫏㪶㪧㪛㪮㪥

㪫㫏㪃㩷㪩㫏

㪉㪊㪉㪚㪶㪪㪮㪈

㪢㪜㪰

㪣㪜㪛

㪧㪮㪣㪜㪛

㪠㪩㫀㫅

㪧㪮㪩㪪㪮㪄㪥

㪧㪦㪮㪜㪩㪈

㪪㪚㪣㪢

㪩㪜㪪㪜㪫

㪠㪩㫆㫌㫋

㪠㪩㫆㪽㪽

㪪㪮

㪪㪮㪪㪮

㪪㪮
㪫㪚㪋㪇㪍㪍㪙㪝㪫

㪫㪚㪋㪇㪍㪍㪙㪝㪫㪫㪚㪋㪇㪍㪍㪙㪝㪫

㪫㪚㪋㪇㪍㪍㪙㪝㪫
㪫㫏㪃㩷㪩㫏

㪫㫏㪃㩷㪩㫏
㪚㪦㪥㪫

㪉㪊㪉㪚㩷㪛㫉㫀㫍㪼㫉

㪉㪊㪉㪚㩷㪛㫉㫀㫍㪼㫉㪉㪊㪉㪚㩷㪛㫉㫀㫍㪼㫉

㪉㪊㪉㪚㩷㪛㫉㫀㫍㪼㫉
㪤㪘㪯㪉㪇㪉㪠㪧㪮

㪤㪘㪯㪉㪇㪉㪠㪧㪮㪤㪘㪯㪉㪇㪉㪠㪧㪮

㪤㪘㪯㪉㪇㪉㪠㪧㪮
㪚㪫㪪㪃㩷㪩㪫㪪

㪫㫏㪃㩷㪩㫏

㪩㪪㪄㪉㪊㪉㪚

㪩㪪㪄㪉㪊㪉㪚㪩㪪㪄㪉㪊㪉㪚

㪩㪪㪄㪉㪊㪉㪚
㪤㫀㫅㫀㪛㪠㪥㩷㪐㫇㫀㫅

㪪㪮

㪪㪮㪪㪮

㪪㪮
㪪㪥㪎㪋㪣㪭㪚㪈㪞

㪪㪥㪎㪋㪣㪭㪚㪈㪞㪪㪥㪎㪋㪣㪭㪚㪈㪞

㪪㪥㪎㪋㪣㪭㪚㪈㪞

㪪㩿㪤㪚㪣㪢㪶㪪㪜㪣㪀

㪙㪈㩿㪟㪛㪤㪠㪀
㪙㪉㩿㪧㪚㪀

㪘㪛㪚

㪘㪛㪚㪘㪛㪚

㪘㪛㪚
㪧㪚㪤㪈㪏㪇㪏

㪧㪚㪤㪈㪏㪇㪏㪧㪚㪤㪈㪏㪇㪏

㪧㪚㪤㪈㪏㪇㪏

㪣㪃㩷㪩

㪤㪚㪣㪢

㪛㪪㪧

㪛㪪㪧㪛㪪㪧

㪛㪪㪧
㪥㪡㪬㪉㪍㪇㪋㪈

㪥㪡㪬㪉㪍㪇㪋㪈㪥㪡㪬㪉㪍㪇㪋㪈

㪥㪡㪬㪉㪍㪇㪋㪈

㪠㪉㪪

㪩㪜㪪㪜㪫

㪛㪄㪘㪤㪧

㪛㪄㪘㪤㪧㪛㪄㪘㪤㪧

㪛㪄㪘㪤㪧
㪫㪘㪪㪌㪎㪇㪍

㪫㪘㪪㪌㪎㪇㪍㪫㪘㪪㪌㪎㪇㪍

㪫㪘㪪㪌㪎㪇㪍

㪧㪛㪮㪥
㪩㪜㪪㪜㪫
㪠㪉㪪

㪤㪬㪫㪜
㪤㪚㪣㪢

㪤㫀㫅㪧㫀㫅㪡㪸㪺㫂

㪤㫀㫅㪧㫀㫅㪡㪸㪺㫂㪤㫀㫅㪧㫀㫅㪡㪸㪺㫂

㪤㫀㫅㪧㫀㫅㪡㪸㪺㫂
㪧㪚㩷㪘㫌㪻㫀㫆

㪘㫌㪻㫀㫆㩷㪪㪮㪆㪛㪼㫃㪸㫐

㪣㩷㫆㫌㫋

㪩㩷㫆㫌㫋

㪣㪧㪣㩷㪋㪎㪭㩷㪝㪟㪛㩿㪈㪉㪇㪀

㪣㪧㪣㩷㪋㪎㪭㩷㪝㪟㪛㩿㪈㪉㪇㪀㪣㪧㪣㩷㪋㪎㪭㩷㪝㪟㪛㩿㪈㪉㪇㪀

㪣㪧㪣㩷㪋㪎㪭㩷㪝㪟㪛㩿㪈㪉㪇㪀

㪂㪈㪉㪭
㪣㪭㪛㪪㪶㪪㪜㪣
㪣㪭㪛㪪

㪣㪭㪛㪪

㪣㪭㪛㪪

㪣㪭㪛㪪

㪉㪋㪭
㪙㪣㩷㪦㪥
㪙㪩㪫
㪙㪣㪶㪝㪘㪠㪣

㪚㪫㪪㪃㩷㪩㪫㪪

㪫㫏㪃㩷㪩㫏

㪠㪉㪪㩿㪛㪼㫃㪸㫐㩷㫆㫌㫋㪀

㪟㪧㪶㪛㪜㪫

㪟㪧㪶㪤㪬㪫㪜

㪫㫏㪃㩷㪩㫏㪃㩷㪚㪣㪢㪃㩷㪜㪥㪃㩷㪞㪶㪟㪙

㪩㪜㪪㪜㪫

㪘㪬㪛㪶㪩㪜㪪㪜㪫

㪘㪬㪛㪶㪤㪬㪫㪜

㪘㪬㪛㪶㪪㪜㪣

㪪㪚㪣㪉㪆㪪㪛㪘㪉

㪪㪚㪣㪉㪆㪪㪛㪘㪉

㪪㪚㪣㪈㪆㪪㪛㪘㪈

㪠㪉㪪

㪤㪚㪣㪢㩷㫆㫌㫋

㪢㪼㫐㪄㪙㪛

㪠㪩

㪧㫆㫎㪼㫉㩷㪬㫅㫀㫋

㪧㫆㫎㪼㫉㩷㪬㫅㫀㫋㪧㫆㫎㪼㫉㩷㪬㫅㫀㫋

㪧㫆㫎㪼㫉㩷㪬㫅㫀㫋
㪧㫆㫎㪼㫉㪈
㪉㪋㪭
㪪㪫㪙㪌㪭
㪧㫆㫎㪼㫉㩷㪦㪝㪝

㪙㪣㪶㪦㪥
㪙㪩㪫
㪙㪣㪶㪛㪜㪫

㪠㪉㪪

㪦㫌㫋

㪧㪮㪤㫋㫆㪛㪚

㪟㪧㩷㫆㫌㫋

㪟㪧㩷㫆㫌㫋㪟㪧㩷㫆㫌㫋

㪟㪧㩷㫆㫌㫋
㪤㫀㫅㫀㩷㪧㫀㫅㩷㪡㪸㪺㫂

㪪㪮

㪪㪮㪪㪮

㪪㪮

㪮㪛㪫

㪮㪛㪫㪮㪛㪫

㪮㪛㪫
㪩㪌㪈㪇㪍㪥㪉㪐㪈㪘

㪩㪌㪈㪇㪍㪥㪉㪐㪈㪘㪩㪌㪈㪇㪍㪥㪉㪐㪈㪘

㪩㪌㪈㪇㪍㪥㪉㪐㪈㪘
㪪㪚㪣㪢
㪩㪜㪪㪜㪫

㪩㪜㪪㪜㪫㩷㪪㪮

㪠㫅㫍㪼㫉㫋㪼㫉



㪤㪸㫀㫅㩷㪙㫆㪸㫉㪻

㪤㪸㫀㫅㩷㪙㫆㪸㫉㪻㪤㪸㫀㫅㩷㪙㫆㪸㫉㪻

㪤㪸㫀㫅㩷㪙㫆㪸㫉㪻

㪡㪘㪊㪇㪎㪈㪊㪆㪋

㪡㪘㪊㪇㪎㪈㪊㪆㪋㪡㪘㪊㪇㪎㪈㪊㪆㪋

㪡㪘㪊㪇㪎㪈㪊㪆㪋

㪫㪼㫉㫄㫀㫅㪸㫃㩷㪙㫆㪸㫉㪻

㪫㪼㫉㫄㫀㫅㪸㫃㩷㪙㫆㪸㫉㪻㪫㪼㫉㫄㫀㫅㪸㫃㩷㪙㫆㪸㫉㪻

㪫㪼㫉㫄㫀㫅㪸㫃㩷㪙㫆㪸㫉㪻
㪡㪘㪊㪇㪎㪉㪋㪆㪌

㪡㪘㪊㪇㪎㪉㪋㪆㪌㪡㪘㪊㪇㪎㪉㪋㪆㪌

㪡㪘㪊㪇㪎㪉㪋㪆㪌

㪩㪃㩷㪞㪃㩷㪙
㪟㪃㩷㪭
㪛㪛㪚

㪛㪄㫊㫌㪹

㪛㪄㫊㫌㪹㪛㪄㫊㫌㪹

㪛㪄㫊㫌㪹
㪈㪌㫇㫀㫅

㪈㪌㫇㫀㫅㪈㪌㫇㫀㫅

㪈㪌㫇㫀㫅

㪟㪛㪤㪠

㪟㪛㪤㪠㪟㪛㪤㪠

㪟㪛㪤㪠

㪩㪪㪉㪊㪉㪚

㪪㪚㪣㪉㪆㪪㪛㪘㪉

㪟㪧㩷㪘㪤㪧

㪟㪧㩷㪘㪤㪧㪟㪧㩷㪘㪤㪧

㪟㪧㩷㪘㪤㪧
㪥㪡㪮㪈㪈㪇㪐㪭

㪥㪡㪮㪈㪈㪇㪐㪭㪥㪡㪮㪈㪈㪇㪐㪭

㪥㪡㪮㪈㪈㪇㪐㪭

㪣㩷㫀㫅
㪩㩷㫀㫅

㪛㪘㪚

㪛㪘㪚㪛㪘㪚

㪛㪘㪚
㪮㪤㪏㪌㪉㪇

㪮㪤㪏㪌㪉㪇㪮㪤㪏㪌㪉㪇

㪮㪤㪏㪌㪉㪇

㪠㪉㪪
㪤㪬㪫㪜
㪩㪜㪪㪜㪫
㪤㪚㪣㪢

㪣㩷㫆㫌㫋
㪩㩷㫆㫌㫋

㪣㩷㫆㫌㫋
㪩㩷㫆㫌㫋

㪫㫏㩷㪃㪩㫏

㪧㪮㪄㪣㪜㪛

㪧㪮㪄㪪㪮

㪧㪮㩷㪚㫆㫅㫅㪼㪺㫋㫆㫉

㪠㪩㪆㪧㪮㩷㪚㫆㫅

㪢㪼㫐㩷㪚㫆㫅

㪩㪃㪞㪃㪙㩷㪈㪺㪿

㪛㪜㪃㪚㪣㪢㪃㪟㪃㪭

㪩㪃㪞㪃㪙㪶㪈㪺㪿

㪠㪉㪪㩷㫆㫌㫋

㪛㪛㪩㪉

㪛㪛㪩㪉㪛㪛㪩㪉

㪛㪛㪩㪉
㪉㪌㪍㪤㪹㫀㫋㫏㪊

㪣㪭㪛㪪㩷㪫㫏

㪣㪭㪛㪪㩷㪫㫏㪣㪭㪛㪪㩷㪫㫏

㪣㪭㪛㪪㩷㪫㫏
㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊

㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊

㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊
㪩㪃㪞㪃㪙
㪛㪜㪃㪚㪣㪢㪃㪟㪃㪭
㪫㪯㪶㪧㪛㪮㪥

㪣㪭㪛㪪㩷㪈㪺㪿

㪣㪭㪛㪪㪶㪈㪺㪿

㪣㪭㪛㪪㩷㪈㪺㪿

㪣㪭㪛㪪㪶㪈㪺㪿

㪣㪭㪛㪪㩷㪚㫆㫅㫅㪼 㪺㫋㫆㫉㪉 㪣㪭㪛㪪㩷㪚㫆㫅㫅㪼 㪺㫋㫆㫉㪈

㪉㪋㪭

㪣㪜㪛

㪣㪭㪛㪪㩷㪫㫏

㪣㪭㪛㪪㩷㪫㫏㪣㪭㪛㪪㩷㪫㫏

㪣㪭㪛㪪㩷㪫㫏
㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊

㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊

㪫㪟㪚㪍㪊㪣㪭㪛㪈㪇㪉㪊
㪛㪜㪃㪚㪣㪢㪃㪟㪃㪭
㪩㪃㪞㪃㪙
㪫㫏㪶㪧㪛㪮㪥

㪛㫆㫋㫋㪼㪻㩷㫃㫀㫅㪼㪑㩷㪥㫆㩷㫌㫊㪼㩷㫆㫉㩷㪥㫆㫋㩷㫄㫆㫌㫅㫋

㪣㪭㪛㪪㩷㪈㪺㪿

㪣㪭㪛㪪㪶㪈㪺㪿

BLOCK DIAGRAMS

47” UT Monitor.

D8MW

33

3

2

1

PSPK

PA-04H

1

2

3

4

PPU1

VH-03V-D(#2NC)

1

NC

3

PZ01

GH-03H

1

2

3

G1

G2

PM01

SH-10H

1

2

3

4

5

6

7

8

9

10

G1

G2

CNPP2

PH-12H

1

2

3

4

5

6

7

8

9

10

11

12

G1

G2

J001

1

L

2

N

3

FG

F.G

E902

F.G

P801

501568-04H

123

4

G1

G2

P602

501568-04H

123

4

G1

G2

P601

501568-06H

12345

6

G1

G2

PV02

501568-06H

1

2

3

4

5

6

G1

G2

CNPP1

PH-14H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

G1

G2

PNPS

PA-11H

1234567891011

G1

G2

PP01

PA-11H

1234567891011

G1

G2

CNAC

1

2

3

PM02

SH-10H

1

2

3

4

5

6

7

8

9

10

G1

G2

PL02

FIR-4 1H

123456789

10111213141516171819202122232425262728293031323334353637383940

41

G1G2G3G4G5

G6

G7G8G9

G10

PL01

FIR-5 1H

123456789

10111213141516171819202122232425262728293031323334353637383940

41

G1

G2G3G4G5G6

G7G8G9

G10

424344454647484950

51

PW02

FH28- 50HL ow

12345678910111213141516171819202122232425262728293031323334353637383940414243444546474849

50

G1

G2

P102

FH28- 50HL ow

12345678910111213141516171819202122232425262728293031323334353637383940414243444546474849

50

G1

G2

PW01

50156 8-14 H

12345678910111213

14

G1

G2

P101

50156 8-14 H

12345678910111213

14

G1

G2

PV01

501568-10H

1

2

3

4

5

6

7

8

9

10

G1

G2

P701

501568-10H

1

2

3

4

5

6

7

8

9

10

G1

G2

CN1

PH-14H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

G1

G2

CN2

PH-12H

1

2

3

4

5

6

7

8

9

10

11

12

G1

G2

Main P.W.B.
JA30713/4

POWER P.W.B.

Terminal P.W.B.
JA30724/5-A/B

Filter P.W.B.

Control P.W.B.

IR/PWR_SW
P.W.B.

Speaker

Lout-N

Lout-P

Rout-N

Rout-P

+24V

POWER 1

GND

STB5V

POWER OFF

GND

AC CL OCK

BRT

BL ON (ON /OF F)

+24V

+24V

AC CL OCK

BRT

BL ON (ON /OF F)

+24V

STB5V

POWER OFF

GND

GND

POWER 1

FANLOCK

FANVCC

GND(FAN)

(to FAN)

LVDS (to T-CON LCD UNIT) ECN1

SUBuCON I/F

AC

AC

AC

AC

+24V

+24V

+24V

+24V

+24V

GND

GND

GND

GND

GND

BRT

BL_ON(ON OFF)

EPS

EPU

ELS

(EJS)

AC cord

E001

AMP-IN 1P

ADKEY 1

USRRS T

ADKEY 2

GND

ADKEY 2

LED P.W.B.

ADKEY 1

USRRS T

GND

PWERL ED0

STB+5 V

ADKEY 1

USRRS T

ADKEY 2

GND

EKL

3.14.1

NC

DVR-03V-S

E002

EISP

BL_DE T

BL_DE T

STB+5V

ADKEY2

LEDB

ADKEY1

GND

USRRST

SUBuCON I/F

(EJS)

GND

SUB_RXD

S_BUSY

STB+3.3V

S_SCLK

SUB_TXD

S_CNVSS

S_RESET

GND

S_SCLK

SUB_TXD

S_CNVSS

S_RESET

GND

GND

SUB_RXD

S_BUSY

STB+3.3V

TD2-

GND

GND

GND

NC.

TA2-

TA1-

NC.(E XT_V BR)

TD2+

GND

NC.

TC1-

VDD

GND

TE1-

TE2-

TB1+

VDD

TCLK2 -

NC.

GND(L VDS)

TB2+

TC2+

TE1+

GND

TB1-

GND

TC2-

NC.

TCLK2 +

VDD

NC.

TE2+

TD1+

GND

NC.(D CR)

TD1-

GND

LVDSS EL

TC1+

GND

TCLK1 +

TCLK1 -

GND

TA1+

TB2-

NC.(V BR_o UT)

TA2+

GND(L VDS)

VDD

NC.

NC.

TA4-

NC.

GND

NC.

TCLK4 +

TCLK3 +

NC.

TCLK4 -

TD4-

GND

NC.

TC4-

NC.

GND

GND

TC3+

TE3+

TA3-

TE4+

TD3-

GND

GND

TD4+

TA3+

GND

TB4+

TE3-

TD3+

TE4-

TC4+

NC.

TB3-

TB4-

TB3+

TA4+

NC.

GND

TC3-

TCLK3 -

GND

PWRSW_N

LEDG

PWON+3.3V

GND

STB+5V

PoWER1_SW

LEDo

LEDR

PoWER1

iR_iN

LVDS (to T-CON LCD UNIT) ECN2

EMT1 EMT2

SPR

EIIV

Inverter
Master

Inverter
Slave

ELCD2

ELCD3

LCD Panel

SPL

EIP1

EIP1

CN5

CN6

CN3

CN4

+24V

+24V

+24V

+24V

+24V

GND

GND

GND

GND

GND

BRT

BL_ON(ON OFF)

NC

BL_DET

CONNECTIONS DIAGRAM

47” UT Monitor.

D8MW

34

Wiring Diagram page /11













'%0



'%0

'++8

'+2

'+52

'-.

'+2

'.%& '.%&

'.5

'/6

'/6

'25

'

27

D8MW UT47 Wiring Dress DWG

㪥㪜㪣㪪㩷

㪥㪪㪧㪢㪉㩷

㪥㪪㪧㪢㩷

㪥㪠㪪㪈㩷

0

㶎㪈㩷“EPS" and “ELCD3” must pass on “ECN1” and “ECN2”.㩷

㶎㪉㩷Do the styling so that the binding tape of “ELCD3” and “ELCD3” should not touch the main frame.㩷

㶎㪉㩷

㶎㪊Take loosening of the “EISP” wire so that along the guide of Bezel ass’y. Do the styling so that the wire should not touch the AC-switch.㩷

㶎㪌㩷Do the styling so that the EISP wire along the guide of Bezel ass’y㩷

㶎㪈

㶎㪉㩷

㶎㪋㩷㶎㪋㩷

㶎㪊㩷

0'%0

㩺㪊㪍㪇㩷 㪛㪏㪤㪮㩷 㪪㪠㪞㪥㪘㪣㩷
㪪

㪣㪛㩷 㪫㪘㪧㪜㩷

㩺㪊㪍㪇㩷 㪛㪏㪤㪮㩷 㪪㪠㪞㪥㪘㪣㩷
㪪

㪣㪛㩷 㪫㪘㪧㪜㩷

㶎㪍㩷

㶎㪍

㶎㪍Attention

Execute the connector insertion between Power supply and Mastering side inverter surely.㩷

1

D8MW

35

Wiring Diagram page /11

















































㪈㩷 Set the ferrite core(N001) to EMT2.

䇼

Pre-operation䇽㩷

㪥㪇㪇㪈㩷

㪜㪤㪫㪉㩷

㪓㪄㪄㩷 㪤㪸㫀㫅㩷 㪧㪮㪙㩷 㫊㫀㪻㪼㩷

㪫㪼㫉㫄㫀㫅㪸㫃㩷 㪧㪮㪙㩷 㫊㫀㪻㪼㩷 㪄㪄㪕

ޣsurfaceޤ

㪌㫄㫄㫧㪈㫄㫄㩷

EMT2

N001 MAG K5BFP 40X2X12-K
(P#GX00821)

#WN02 Nitto tape No.5
W=20mm L=30mm

#WN01 Nitto tape No.5
W=9mm L=100mm

Ferrite core is 1set by 2pcs.

㪓㪄㪄㪫㪼㫉㫄㫀㫅㪸㫃㩷 㪧㪮㪙㩷 㫊㫀㪻㪼㩷

㪤㪸㫀㫅㩷 㪧㪮㪙㩷 㫊㫀㪻㪼㪄㪄㪕㩷

ޣreverseޤ

ޣsideޤ

㪓㪄㪄㩷 㪤㪸㫀㫅㩷 㪧㪮㪙㩷 㫊㫀㪻㪼

㪫㪼㫉㫄㫀㫅㪸㫃㩷 㪧㪮㪙㩷 㫊㫀㪻㪼㩷 㪄㪄㪕㩷

2

D8MW

36

Wiring Diagram page /11



  

Paste to N001



















































㪉㩷 How to paste of #360 (D8MW SIGNAL SLD TAPE P#MD20801)

㪊

㩷 㩷 㩷 㩷 㪟㫆㫎㩷 㫋㫆㩷 㫊㫋㫐㫃㫀㫅㪾㩷 㵰㪜㪠㪪㪧㵱㩷 㫎㫀㫉㪼㩷 㫋㪿㪸㫋㩷 㪪㪧㪣㩷 㫊㫀㪻㪼㪅㩷

#360

Speaker L

#WN04 Nitto tape No.5
W=20mm L=70mm

N001

0

52-

Speaker L

NSPK MAG K5CRC12X15X7-MB2
(P# GX00738)

1 turn

#360㩷 D8MW SIGNAL
SLD TAPE㩷

3

D8MW

37

Wiring Diagram page /11















































㪌㩷 How to set the ferrite core(NELS) to ELS.㩷

㪜㪣㪪㩷

㪌㪇㫄㫄㫧㪌㫄㫄㩷

Main PWB side

LED PWB side

NELS MAG K5CRC12X15X7-MB2
(P# GX00738)

1 turn

㪋㩷 㩷 㩷 㩷 㪟㫆㫎㩷 㫋㫆㩷 㫊㫋㫐㫃㫀㫅㪾㩷 㵰㪜㪠㪪㪧㵱㩷 㫎㫀㫉㪼㩷 㫋㪿㪸㫋㩷 㪪㪧㪩㩷 㫊㫀㪻㪼㪅㩷

Speaker R

0

52-

NSPK2 MAG K5CRC12X15X7-MB2
(P# GX00738)

1 turn

NIS1 MAG K5BRC10X20X5-MB1
(P#GX00739)

Speaker R

NIS㧝

4

D8MW

38

Wiring Diagram page /11

































㪍㩷 How to set the ferrite core(NSPK, NSPK2) to EISP.㩷

㪜㪠㪪㪧㩷

㪎㩷 How to set ECN1䋬ECN2䋮

Neither ECN1㩷 nor ECN2 are made to float䋮

'%0

'

%0

SP R side

Main PWB side

Terminal PWB side

NSPK2 MAG K5CRC12X15X7-MB2
(P# GX00738)

1 turn

SP L side

NSPK MAG K5CRC12X15X7-MB2
(P# GX00738)

1 turn

Binding tape

5

D8MW

39

Wiring Diagram page /11

㪏㩷 How to paste of #360 (D8MW SIGNAL SLD TAPE P#MD20801)

#360㩷 D8MW SIGNAL
SLD TAPE㩷

NECN1 MAG K5BFP 40X2X12-K
(P#GX00821)

#WN03 Nitto tape No.5
W=20mm L=70mm

ECN1

㪐㩷 Set the ferrite core(NECN1) to EMT1.

6

D8MW

40

Wiring Diagram page /11

ݘ.GHVUKFG

ݙ%GPVTCNNGHV

ݚ%GPVTCNTKIJV

ݛ4KIJVUKFG

.QYGTUKFG NC[QWVޤ

%GPVGTNKPG

7

D8MW

41

Wiring Diagram page /11

ݘޣ.GHVENQUGWRޤ

'+52

'+52

0+5

052-

8

D8MW

42

Wiring Diagram page /119

ݙޣ%GPVTCNNGHVENQUGWRޤ

%GPVGTNKPG

'+52

'.5

'+52

'+52



D8MW

43

Wiring Diagram page /1110

ݚޣ%GPVTCNTKIJVENQUGWRޤ

%GPVGTNKPG

'+52

'27

(KNVGT$QCTF

D8MW

44

Wiring Diagram page /1111

ݛޣ4KIJVENQUGWRޤ

'+52

0

52-

D8MW

45

Final assembly guide /10

1

D8MW

46

Final assembly guide /10

2

D8MW

47

Final assembly guide /10

3

D8MW

48

Final assembly guide /10

NAA3041K Left & Right frame

4

D8MW

49

Final assembly guide /10

5

D8MW

50

Final assembly guide /10

6

D8MW

51

Final assembly guide /10

7

D8MW

52

Final assembly guide /10

8

D8MW

53

Final assembly guide /10

9

D8MW

54

Final assembly guide /10

Terminal Cover PH46521K

10

D8MW

55

WAVEFORMS

The number icons thru the circuit schematic are reference to the next waveforms.
The waveforms were taken with a color bar video signal and for the audio a 1Vp-p 1kHz audio signal was used.
PC video signal white icon numbers, example
HDMI video signal, black icon numbers, example: .

. PC signal, green color @ CE12 (page 68) . PC signal, blue color @ CE13 (page 68)



D8MW

. PC signal, red color @ CE14 (page 68) . PC signal, horizontal drive@ RE49 (page 68)

. PC signal, vertical drive @ RE50 (page 68) . PC signal, green color @ CE06 (page 68)

56

... WAVEFORMS (continued)

. PC signal, blue color @ CE07 (page 68) . PC signal, red color @ CE08 (page 68)

. PC signal, sub-vertical drive @ IW01 pin 1 (page 78) . PC signal, sub-horiz. drive @ IW01 pin 13 (page 78)

D8MW

. HDMI signal, HDMI-CLK @ RH33 (page 69) . HDMI signal, HDMI CB @ RH35 (page 69)

57

... WAVEFORMS (continued)

D8MW

. HDMI signal, HDMI-Y @ RH37 (page 69)

. HDMI signal, RX @ RH60~RH67 (page 69)

. HDMI signal, HDMI CB @ RH35 (page 69)

. Audio signal, Input @ R225 (page 80)

. Audio signal, output @ P301 (page 81)

58

D8MW

DC VOLTAGES

To allow a quick check, the next table shows the direct current voltages of the most accesible connector terminals in the
LCD UT monitor.

BOARD CONNECTOR

TERMINAL

MAIN PV01 0 3.2 0 5.2 0 0 3.1 5.2 5.3 0.2 - - - -

PP01 23.9 23.9 0 0 5.3 0 1.6 3.2 3.3 3.3 0.2 - - -

P101 0 0 10.8 10.8 10.8 10.8 0 0 5.5 55 0 0 5.3 0

IR/PWR_SW P701 0 3.2 0 5.2 0 0 3.1 5.2 5.3 0.2 - - - -

POWER CNPS 23.9 23.9 0 0 5.3 0 1.6 3.2 3.3 3.3 0.2 - - -

CNPP1 23.9 23.9 23.9 23.9 23.9 0 0 0 0 0 3.2 3.3 0.2 0.2

CNPP2 23.9 23.9 23.9 23.9 23.9 0 0 0 0 0 3.2 3.3 - -

1 2 3 4 5 6 7 8 9 10 11 12 13 14

59

Schematic Diagram page /28

17

RS232C

18

RS232C I/F

FC8 FC8

16

DDR2 I/F

FC8

20

15

iR Out

13

Power

Connector

19

etc

14

SiI 9125

12

HDMI Rx

10

SubMPU

M16C64

11

LVDS Out

GENESIS

DDR I/F

09

GENESIS

07

GENESIS

HDMI-iN
RGB-iN

08

OCM I/F1

GENESIS

Power

06

GENESIS

04

GENESIS

OCM I/F2
Flash Rom

05

FAN,OVP

FAN,
Protection

03

POWER

Main Power
DCDC Reg.

02

Block
Diagram

01

Sheet Page Reference

Block Diagram

D8MW 47V FHD

「

UT LCD Panel

」

CEC

DDR Memory

Flash
Memory

EEPROM

DDC

DDC

EEPROM

EEPROM

TxRx

Bus SW

I2S

I2S

LVTTL

LVDS

I2S

I2S

I2C

Analog
RGB

L,R

+24V
STB+5V

CEC

UART

FC-Bus

232C
Tranciever

TMDS

Audio
DSP

I2S

LVDS

FAN VCC

Key Switch

LED

iR

LVDS + Control + etc

Audio
ADC

RS232CiR Out

Audio
AMP

Audio In
Mini Jack

Analog
RGB In

HDMI In

Sub MPU
Renesas
M16C64

DDR2
Memory

DDR2
Memory

DDR2
Memory

DDR Memory

HDMI Rx
Silicon Image
SiI9125

FC8

Scaler IC
Genesis
FLI8538-LF

Signal PWB

AC-inlet

47 LCD Panel(LPL)

CONT PWB

Filter PWB

Power PWB

D8MW Main PWB

---------

Block Diagram

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

Folder PathInitial Release

01

(Reserve)

(Reserve)

Connector

Terminal PWB

<回路No. >

Since 2008/07

IR PWB

Power SW

Speaker
Stereo Out

I2S

Power LED

LED PWB

LVDS Tx
THC63LVD1023

LVDS Tx
THC63LVD1023

LVTTL
(1st)

LVTTL
(2nd)

LVDS
(3rd)

LVDS
(1st)

LVDS
(2nd)

LVDS
(4th)

Connector

LVDS Tx

LVDS

Signal Board Circuit
Main :JA30713/4
Terminal :JA30724/5

T.Mochizuki

N.Suzuki

2008 07 31

2008 07 31

1

3 4

5

6

7

D8MW

A

B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

60

F

MAIN BOARD SHEET: 001

Block Diagram

Schematic Diagram page /28

4

5

3

2

1

G1

567

8

432

1

G1

567

8

432

1

G1

567

8

432

1

G1

5

6

7

8

4

3

2

1

G1

5

6

7

8

4

3

2

1

CP82

2125

22/6.3

1

2

CP26

3225

4.7

1

2

CP61

0.01

1

2

CP54

0.1

1

2

CP67

0.01
1

2

CP69

0.01

1

2

CP92

2125

22/6.3

1

2

CP66

0.01

1

2

CP52

0.1

1

2

CP62

0.01

1

2

CP51

0.1

1

2

CP64

0.01

1

2

CP53

0.1

1

2

CP84

1.0/16

1

2

CP24

3225

4.7

1

2

CP85

4.7/6.3

1

2

CP55

0.1

1

2

CP30

3225

4.7

1

2

CP56

0.1

1

2

CP50

0.1

1

2

CP99

1005

0.01/25

1

2

CP98

1005

0.01/25

1

2

CP83

1005

0.01/25

1

2

CP97

1005

0.01 /25
1

2

CP95

1005

0.01 /25
1

2

CP35

3225

22/16

1

2

CP36

3225

22/16

1

2

CP21

3225

4.7

1

2

CP22

3225

1.0

1

2

CP71

1005

0.047/16

1

2

CP72

1005

0.047/16

1

2

CP74

1005

0.047/16

1

2

CP87

1.0/16

1

2

CP86

1.0/16

1

2

CP60

0.1

1

2

CP39

3225

22/16

1

2

CP28

3225

4.7

1

2

CP59

0.1

1

2

CP68

0.01
1

2

CP40

3225

22/16

1

2

CP73

1005

0.047/16

1

2

CP63

0.01

1

2

CP38

3225

22/16

1

2

CP58

0.1

1

2

CP75

1005

0.047/16

1

2

CP70

0.01

1

2

CP65

0.01

1

2

CP57

0.1

1

2

CP96

1005

0.01 /25
1

2

CP32

3225

4.7

1

2

CP37

3225

22/16

1

2

CP13
100/16

MVK/SKV

1

2

CP11
100/16

MVK/SKV

1

2

CP10
100/16

MVK/SKV

1

2

CP12
100/16
MVK/SKV

1

2

DP02
M2FM3

1

2

DP03
M2FM3

1

2

DP01
M2FM3

1

2

DP04
M2FM3

1

2

DP05
M2FM3

1

2

IP10

TK11133CSC

Vcont

GND

Np Vout

Vin

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

RP15

1.0k

1

2

RP10

0

1

2

RP51

12k

1

2

RP02 0

1

2

RP54
10k-1%

1

2

RP53

0

1

2

RP09

1.0k

1

2

RP01 0

1

2

RP04

5.6k

1

2

RP63

0

1

2

RP35
27k-1%

1

2

RP64
10k-1%

1

2

RP65
75k-1%

1

2

RP36

4.7k-1%

1

2

RP34
10k-1%

1

2

RP60
47k

1

2

RP43

0

1

2

RP30
47k

1

2

RP61
12k

1

2

RP46
47k-1%

1

2

RP66
560-1%

1

2

RP44
10k-1%

1

2

RP50
47k

1

2

RP25

4.7k-1%

1

2

RP45
82k-1%

1

2

RP31

12k

1

2

RP23

0

1

2

RP33

0

1

2

RP24
10k-1%

1

2

RP41

12k

1

2

RP07

1.0k

1

2

RP40
47k

1

2

RP55
11k-1%

1

2

RP08

1.0k

1

2

RP56
130k-1%

1

2

RP06

1.0k

1

2

RP26
56k-1%

1

2

ACCLK

012:1E

TV_POWER

009:1C
012:1D

+5.6V

003:G4
004:2A
008:4A
009:1C
011:1B
012:1A
015:2A
016:1A
020:2B

STB+5V

012:4E
012:8E
013:5C
014:2B
014:2D
015:2A
020:2C
020:5D

D+3.3V

003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

PWR_OFF

005:1E
012:1E
020:4C
020:4D
020:7D

STB+3.3V

012:1A
013:5B
014:2B

PON_TCON

012:1D

POWER2TD

012:1D
015:2B
016:1B
020:2C

PON_3.3V

012:8B
016:1C

PON_5.6V

012:1D

PON_PSU013:5D

BRT

008:7B

Tcon+12V

003:G5
019:6C

BL_oN

005:7D

FAN_EN

012:8B

FANVCC

003:C7

AMP_PWR

003:G6
020:2B

STB+5V

STB+3.3V

Tcon+12V

D+3.3V

+5.6V

AMP_PWR

FANVCC

CP81

3225

22/16

1

2

CP91

3225

22/16

1

2

CP76

1005

3300p
1

2

RP22

10k

1

2

RP62
10k

1

2

CP77

1005

3300p
1

2

CP80

1005

3300p
1

2

CP79

1005

3300p
1

2

CP78

1005

3300p
1

2

RP52

22k

1

2

RP42

27k

1

2

RP32

5.6k

1

2

RP70
0

1

2

RP71
0

1

2

RP72
0

1

2

RP74
0

1

2

RP73
0

1

2

BL_DET

009:1C

CPA1

1005

0.01 /25
1

2

PP01

PA-11H

1

2

3

4

5

6

7

8

9

10

11

G1

G2

2125

XP01

NFM2012P13C105B

1

2

3

7B12N

LP06

22

1

2

RP75

10k

1

2

15

LP05

7E08N

15

1

2

IP01

MP23 67DN E-L F-Z

BSINSW

GND F B

COMP

EN

SS

IP02

MP23 67DN E-L F-Z

BSINSW

GND F B

COMP

EN

SS

IP03

MP23 67DN E-L F-Z

BSINSW

GND F B

COMP

EN

SS

IP04

MP23 67DN E-L F-Z

BSINSW

GND F B

COMP

EN

SS

IP05

MP23 67DN E-L F-Z

BSINSW

GND F B

COMP

EN

SS

10

LP01

NR8040

1

2

10

LP02

NR8040

1

2

GND1

RP21

10k-1%

1

2

RP20
33k-1%

1

2

DP10

1SS355

1

2

RP27
33k-1%

1

2

DP11

1SS355

1

2

RP05

22k

1

2

TPP01

1

TPP02

1

TPP03

1

TPP04

1

TPP05

1

TPP06

1

TPP07

1

TPP08

1

TPP09

1

CP20

3216

1.0

1

2

CP23

3216

1.0

1

2

CP25

3216

1.0

1

2

CP27

3216

1.0

1

2

CP29

3216

1.0

1

2

CP31

3216

1.0

1

2

CP03
22/35

TZV

1

2

CP01
22/35
TZV

1

2

CP02
22/35
TZV

1

2

CP08
22/35

TZV

1

2

CP05
22/35

TZV

1

2

CP04
22/35

TZV

1

2

CP06
22/35
TZV

1

2

CP07
22/35
TZV

1

2

15

LP03

SLF10145

15

1

2

POWER OFF

GND

STB5V

AC CLOCK

+24V

BRT

BL ON (ON/OFF)

POWER 1

GND

+24V

ON: >2.9V
OFF:<0.9V

P_GND

P_GND

A_GND

A_GND

は単 独の パ ター ン とし て配 線 した 後 、

GND1

と接 続の こ と

表層 で太 く 、短 く 配線 のこ と

P_GND

はビ ア接 続 のみ で はな く、

表層 で太 く 、短 く 配線 し接 続 のこ と

P_GND

ON: >2.9V
OFF:<0.9V

A_GND

は単 独の パ ター ン とし て配 線 した 後 、

GND1

と接 続の こ と

A_GND

P_GND

P_GND

はビ ア接 続 のみ で はな く、

表層 で太 く 、短 く 配線 し接 続 のこ と

P_GND

P_GND

P_GND

P_GND

ON: >2.9V
OFF:<0.9V

A_GND

は単 独の パ ター ン とし て配 線 した 後 、

GND1

と接 続の こ と

P_GND

P_GND

はビ ア接 続 のみ で はな く、

表層 で太 く 、短 く 配線 し接 続 のこ と

Vo = 0.795 x (1 + Ru/Rd) (V)
= 0.795 x (1 + 141k/10k) (V)
= 12.0045 (V)

A_GND

Rd = 10kohm
Ru = 12.58 x (Vo - 0.795) (kohm)
= 12.58 x (12 - 0.795) (kohm)
= 141 (kohm)

+5.6V

━━━

D+3.3V

━━━

Tcon+12V

━━━━

+24V

━━

STB+5V

━━━

STB+3.3V

━━━━

Folder PathInitial Release

Main Base Power
DC-DC Regulator

---------

D8MW Main PWB

2400mA

1700mA

970mA

xxmA

xxmA

コネ クタ の 近く に 配置 のこ と

10uH/2.6A

22uH/3.5A

A_GND

ON: >2.9V
OFF:<0.9V

15uH/2.1A

P_GND

P_GND

AMP_PWR

━━━━

A_GND

は単 独の パ ター ン とし て配 線 した 後 、

GND1

と接 続の こ と

P_GND

P_GND

はビ ア接 続 のみ で はな く、

表層 で太 く 、短 く 配線 し接 続 のこ と

+6.8V
(Ajustable)

ON: >2.9V
OFF:<0.9V

FAN VCC

━━━━

P_GND

P_GND

15uH/2.1A

A_GND

は単 独の パ ター ン とし て配 線 した 後 、

GND1

と接 続の こ と

A_GND

P_GND

2500mA

xxxxmA

2000mA

P_GND

はビ ア接 続 のみ で はな く、

表層 で太 く 、短 く 配線 し接 続 のこ と

表層

で太 く、 短 く配 線 のこ と

表層 で太 く 、短 く 配線 のこ と

表層 で太 く 、短 く 配線 のこ と

表層 で太 く 、短 く 配線 のこ と

<回路No. P>

02

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

1
2
3

8/17 Change RP25

3.9k -> 4.7k

8/17 Change RP26
47k -> 56k

8/17 Change RP36
11k -> 4.7k

8/17 Change RP35
15k -> 27k

8/20 Change RP56
91k -> 130k

8/20 Change RP55
30k -> 11k

8/20 Change RP65
62k -> 75k

8/20 Change RP66
2k -> 560

8/21 Change RP60
0 -> 47k

8/21 Mount RP61
Change 47k -> 12k

8/23 Change Size
CP81, CP91

10uH/2.6A

8/23 Change LP02
C6-K3 -> C6-K5

8/23 Change CP76

0.01u -> 3300p

8/23 Change RP22
15K-1% -> 10k

8/23 Change CP77

0.01u -> 3300p

8/23 Change RP32
15K-1% -> 5.6k

8/23 Change RP42
15K-1% -> 27k

8/23 Change CP78

0.01u -> 3300p

8/23 Change CP79

0.01u -> 3300p

8/23 Change RP52
15K-1% -> 22k

8/23 Change CP80

0.01u -> 3300p

8/23 Change RP62
15K-1% -> 10k

8/23 Change LP04
15u -> 22u

8/23 Change LP01
C6-K3 -> C6-K5

2007/08/27RP70

〜74追加

福間

RP05,RP20,RP21

実装変更

BL_DET

CPA1

追加、

PP01

ピン数変更

(10->11) 2007/08/30

平林

8/30 Change PP01
Add CPA1
Add "BL_DET"

9/13 Dell LP04
Add LP06

9/4 Change RP46
62k -> 47k

9/4 Change RP45
91k -> 82k

FAN

電源未実装 化

4

福間

2007/09/05

4A/10V 1.0uF

福間

5 2007/09/05XP01

部品変更

9/10 Add RP75

9/11 Change RP08
0 -> 1k

12/4 CP22 Not Mount -> AA01173R

12/4 CP23 Not Mount -> AA01173R

12/4 CP25 Not Mount -> AA01173R

12/4 CP27 Not Mount -> AA01173R

12/4 CP29 Not Mount -> AA01173R

12/4 RP05 0->1k

12/4 RP09 0->1k

12/4 Change LP01
BA02459R -> BA02707R

12/4 Change LP02
BA02459R -> BA02707R

12/10 CP01-CP03 MVK/SKV -> MLA

12/10 CP04 MVK/SKV -> MLA

12/10 CP05 MVK/SKV -> MLA

12/10 CP08 MVK/SKV -> MLA

12/10 CP06 MVK/SKV -> MLA

12/10 CP07 MVK/SKV -> MLA

Vo = 0.795 x (1 + Ru/Rd) (V)
= 0.795 x (1 + 60.7k/10k) (V)
= 5.6207 (V)

Rd = 10kohm
Ru = 12.58 x (Vo - 0.795) (kohm)
= 12.58 x (5.6 - 0.795) (kohm)
= 60.447 (kohm)

Rd = 10kohm
Ru = 12.58 x (Vo - 0.795) (kohm)
= 12.58 x (3.3 - 0.795) (kohm)
= 31.51 (kohm)

Vo = 0.795 x (1 + Ru/Rd) (V)
= 0.795 x (1 + 31.7k/10k) (V)
= 3.315 (V)

Rd = 10kohm
Ru = 12.58 x (Vo - 0.795) (kohm)
= 12.58 x (11 - 0.795) (kohm)
= 128.4 (kohm)

Vo = 0.795 x (1 + Ru/Rd) (V)
= 0.795 x (1 + 129k/10k) (V)
= 11.05 (V)

Rd = 10kohm
Ru = 12.58 x (Vo - 0.795) (kohm)
= 12.58 x (6.8 - 0.795) (kohm)
= 75.54 (kohm)

Vo = 0.795 x (1 + Ru/Rd) (V)
= 0.795 x (1 + 75.56k/10k) (V)
= 6.80 (V)

治具用パッ ド
半田面に配 置

(12/11追加)

6 TPP01-TPP09

追加

2007/12/11

平林

7 TPP01-TPP09

のパッドサ イズ(治具用へ)変更

2008/01/15

平林

8平林CP20,CP23,CP25,CP27,CP29,CP31

サイズ変更

(VEC) 2008/02/14

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

T.Mochizuki

N.Suzuki

T.Mochizuki

2008 07 31

2008 07 31

2008 07 31

2

3 4

5

6

7

D8MW

A

From Power

supply board

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

61

MAIN BOARD SHEET: 002

B

C

D

E

F

Power DC-DC regulator

Schematic Diagram page /28

4

5

3

2

1

CZ01

1005

0.1/16

1

2

PZ01
GH-03H

1

2

3

G1

G2

DZ07

1SS355

1

2

DZ06

1SS355

1

2

DZ05

1SS355

1

2

DZ04

1SS355

1

2

DZ01

1SS355

1

2

DZ08

1SS355

1

2

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

QZ01
2SC5383-T111 -1F

1

2

3

RZ07
10k-1%

1

2

RZ03
10k-1%

1

2

RZ22
47k

1

2

RZ20
470k

1

2

RZ0 2 10k

1

2

RZ21

10k

1

2

RZ05
10k-1%

1

2

RZ04

1.8k-1%

1

2

RZ11
10k-1%

1

2

RZ09
10k-1%

1

2

D+3.3V

002:5D
C6
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

D+3.3V

002:5D
G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

AMP_PWR

002:5E
020:2B

FANVCC

002:8D

Tcon+12V

002:8C
019:6C

FAN_ALRM

009:1B

+5.6V

002:5C
004:2A
008:4A
009:1C
011:1B
012:1A
015:2A
016:1A
020:2B

OVDET_N

012:1E

AMP_PWR

D+3.3V

+5.6V

Tcon+12V

D+3.3V

FANVCC

DZ10
UDZS5.6B

1 2

IZ01
PST8328NR

OUT

VDD

GNDNC

CD

CZ02

1005

3300p

1

2

RZ06

3.0k-1%

1

2

RZ08

3.0k-1%

1

2

RZ12
27k-1%

1

2

RZ10

6.8k-1%

1

2

To FAN1

FANVCC

GND(FAN)

FANLOCK

ResetIC Delay Time
t(s) = 0.69 x Rd x Cd
= 0.69 x 10x10^6 x C(F)
= 6.9 x10^-6 x C (pF)
t(ms) = 6.9 x10^-3 x 3300
= 6.9 x 3.3
= 23 ms

AMP_PWR

D+3.3V

2.8V Detect ±2%

Δ

TH 0.084V

〜

0.224V

・

2.8V〜3.1V detect

+5.6V

Tcon+12V

FANVCC

OVP

━━

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

1
2
3

福間

2007/09/05FAN

電源未実 装化

10/11 Change CZ02

9/28 Change IZ01
Richo -> PST 8328NR

A x R2/(R1+R2) -(0.2~0.8)
> 2.8

〜

3.1V

13.0

〜

16.9V protect

A x R2/(R1+R2) -(0.2~0.8)
> 2.8

〜

3.1V

7.4

〜

9.6V protect

A x R2/(R1+R2) -(0.2~0.8)
> 2.8

〜

3.1V

13.0

〜

16.9V protect

A x R2/(R1+R2) -(0.2~0.8)
> 2.8

〜

3.1V

4.1

〜

5.34V protect

3

3 4

5

6

7

D8MW

A

B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

F

MAIN BOARD SHEET: 003

Fan power, OVP

62

Schematic Diagram page /28

G1

5

6

7

8

4

3

2

1

G1

5

6

7

8

4

3

2

1

G1

5

6

7

8

4

3

2

1

65

7

8

9

10

4

3

2

1

CG32

2125

10/10

1

2

CG21

0.01

1

2

CG10

2125

22/6.3

1

2

CG11

2125

22/6.3

1

2

CG20

0.01

1

2

CG30

2125

10/10

1

2

CG22

0.1

1

2

CG31

2125

10/10

1

2

CG23

1005

0.01/25
1

2

CG41

1.0/16

1

2

CG42

1.0/16

1

2

CG43

1.0/16

1

2

CG44

1.0/16

1

2

CG45

1.0/16

1

2

CG24

1005

0.047/16

1

2

CG52

1005

470p

1

2

CG50

1005

470p

1

2

CG51

1005

470p

1

2

CG40

1.0/16

1

2

CG01
100/16

MVK/SKV

1

2

CG03
100/16

MVK/SKV

1

2

CG02
100/16

MVK/SKV

1

2

DG01
RSX201L-30

1

2

IG04

MM1665XHBE

Vout

NC-2

GND

CnCont

NC-6

NC-7

Vin

IG03

MM1662GHBE

Vout

NC-2

GND

CnCont

NC-6

NC-7

Vin

IG02

MM1663DHBE

Vout

NC-2

GND

CnCont

NC-6

NC-7

Vin

IG01
MP2361DK

NC-1BSNC-3INSW G ND

FB

COMP

EN

SS

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

RG19
300k-1%

1

2

RG11
47k

1

2

RG22
300k-1%

1

2

RG21

7.5k-1%

1

2

RG20
300k-1%

1

2

RG18

7.5k-1%

1

2

RG12

15k-1%

1

2

RG10
10k

1

2

RG14
10k-1%

1

2

RG17
300k-1%

1

2

RG13

0

1

2

RG01

凸

2010

0

1

2
3 4
5

6
7

8

RG02

凸

2010

0

1

2
3 4
5

6
7

8

D+3.3V

002:5D
003:C6
003:G4
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

DDR_VCC2

007:1C

DDR_VCC1

007:1A

GEN+1.8V

005:1B
007:1E
009:7C

+5.6V

002:5C
003:G4
008:4A
009:1C
011:1B
012:1A
015:2A
016:1A
020:2B

GEN+3.3V

005:1A
008:1D
009:7C
020:4A

D+3.3V

+5.6V

GEN+1.8V

DDR_VCC1

DDR_VCC2

GEN+3.3V

4.7

LG01

7E06NG

1

2

RG23
10k

1

2

RG16

0

1

2

RG15
10k-1%

1

2

RG24

0

1

2

2125

XG01

NFM2012P13C105B

1

2

3

2125

XG02

NFM2012P13C105B

1

2

3

2125

XG03

NFM2012P13C105B

1

2

3

2125

XG04

NFM2012P13C105B

1

2

3

CG53

0.1

1

2

RG30
10k

1

2

RG31

10k

1

2

RG32

10k

1

2

RG33
10k

1

2

表層 で 太く 、 短く 配 線の こ と

P_GND

はビ ア 接続 の みで は なく 、

表層 で 太く 、 短く 配 線し 接 続のこ と

P_GND P_GND

A_GND

は単 独 のパ タ ーン と して 配 線した 後、

GND1

と接 続 のこ と

A_GND

ON: >2.9V
OFF:<0.9V

Vout = 0.92 x (R1+R2)/R2 (V)
= 0.92 x (1 + R1/R2) (V)
= 0.92 x (1 + 9.5k/10k) (V)
= 1.794 (V)

P_GND

R1 = 8.18 x (Vout - 0.92) (kohm)
= 8.18 x (1.8 - 0.92) (kohm)
= 7.1984 (kohm)

+2.5V

Vout = 1.265 x (1 + R2/R1) (V)
= 1.265 x (1 + 307.5k/300k) (V)
= 2.561 (V)

+4V or +2.6V

Bottom View

271mA

Bottom View

Bottom View

D+3.3V

━━━

+5.6V

━━━

GEN+3.3V

━━━━

GEN+1.8V

━━━━

DDR_VCC2

━━━━

DDR_VCC1

━━━━

or MM1664AHBE

R***

MM1662GHBE

−

MM1664AHBE

R***

○ ○

−

I*** R***

○

−

−

1276mA

790mA

790mA

Vout

4.0V

2.6V
Ajust MM1665XHBE

−

−

R***

MM1662GHBE

−

−

I*** R***

○ ○

−

−

MM1665XHBE

R***

○

−

−

2.6V
Ajust

Vout

4.7uH/2.1A

4A/10V 1.0uF

○

−

−

RG01

MM1662GHBE

−

MM1664AHBE

−

RC04

○ ○

−

IG03 RC05
not Mount

○

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

1
2
3

RG23, RG24

追加

2007/08/27

福間

RG15, RG16

部品変更 福間

2007/08/27

4A/10V 1.0uF

4A/10V 1.0uF

2007/09/05XG01,XG02,XG03

部品変更 福間

4A/10V 1.0uF

12/4 Add CG53

4

3 4

5

6

7

D8MW

A

B

C

D

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

63

E

F

MAIN BOARD SHEET: 004

Scaler IC, Power line

Schematic Diagram page /28

5

6

7

8

4

3

2

1

R17

P17

N17

M17

L17

R16

P16

N16

M16

U15

T15

R15

P15

N15

M15

L15

K15

U14

T14

R14

P14

N14

M14

L14

K14

U13

T13

R13

P13

N13

M13

L13

K13

U12

T12

R12

P12

N12

M12

L12

K12

R11

P11

N11

M11

T10

R10

P10

N10

M10

L10

U17

U16

U11

U10

T17

T16

T11

L16

L11

K17

K16

K11

K10

M23

P23

T23

V23

Y23

AB23

AC22

AC20

AC18

AC16

AC14

L4

K4

J4

H4

G4

F4

E4

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

G

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

FLI8538 (3/7) Digital Power Supply

AD14

AE13

AE14

D25

A1

V26

V25

Y26

Y25

AA26

AA25

AB26

AB25

A3

A2

AA24

AA23

W24

U24

U23

V24

AB24

B3

B2

W25

W26

Y24

W23

AC12

AF14

AD12

AD13

AC13

AF13

AD9

C26

B26

A25

A26

C25

B25

D26

AC11

AD11

AE11

AF11

AC10

AD10

AE10

AF10

AC9

I/O

I/O

I/O

O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

AI

AO

AG

AG

AP

AG

AP

AG

I

I

I

I

I

I

I

AP

FLI8538 (4/7) OCM Interface-1

CA21 10050.1/16

1

2

CA22 10050.1/16

1

2

CA24 10050.1/16

1

2

CA23 10050.1/16

1

2

CA26 10050.1/16

1

2

CA25 10050.1/16

1

2

CA28 10050.1/16

1

2

CA27 10050.1/16

1

2

CA30 10050.1/16

1

2

CA29 10050.1/16

1

2

CA32 10050.1/16

1

2

CA31 10050.1/16

1

2

CA36 10050.1/16

1

2

CA35 10050.1/16

1

2

CA33 10050.1/16

1

2

CA34 10050.1/16

1

2

CA37 10050.1/16

1

2

CA38 10050.1/16

1

2

CA41 10050.1/16

1

2

CA40 10050.1/16

1

2

CA46 10050.1/16

1

2

CA44 10050.1/16

1

2

CA48 10050.1/16

1

2

CA45 10050.1/16

1

2

CA49 10050.1/16

1

2

CA42 10050.1/16

1

2

CA43 10050.1/16

1

2

CA39 10050.1/16

1

2

CA47 10050.1/16

1

2

CA50 10050.1/16

1

2

CA51 10050.1/16

1

2

CA20

1005

0.1/16

1

2

CA52

1005

0.1/16

1

2

CA04

1005

22p-C

1

2

CA19

1005

0.1/16

1

2

CA18

1005

0.1/16

1

2

IA02

S-24CS64AOI-J8T1G

A0

A1

A2

GND SDA

SCL

WP

VCC

IA01
FLI8538-LF-BE

E4

IO_3.3-E4

F4

IO_3.3-F4

G4

IO_3.3-G4

H4

IO_3.3-H4

J4

IO_3.3-J4

K4

IO_3.3-K4

L4

IO_3.3-L4

AC14

IO_3.3-AC14

AC16

IO_3.3-AC16

AC18

IO_3.3-AC18

AC20

IO_3.3-AC20

AC22

IO_3.3-AC22

AB23

IO_3.3-AB23

Y23

IO_3.3-Y23

V23

IO_3.3-V23

T23

IO_3.3-T23

P23

IO_3.3-P23

M23

IO_3.3-M23

K10

CORE_1.8-K10

K11

CORE_1.8-K11

K16

CORE_1.8-K16

K17

CORE_1.8-K17

L11

CORE_1.8-L11

L16

CORE_1.8-L16

T11

CORE_1.8-T11

T16

CORE_1.8-T16

T17

CORE_1.8-T17

U10

CORE_1.8-U10

U11

CORE_1.8-U11

U16

CORE_1.8-U16

U17

CORE_1.8-U17

L10

D_GND-L10

M10

D_GND-M10

N10

D_GND-N10

P10

D_GND-P10

R10

D_GND-R10

T10

D_GND-T10

M11

D_GND-M11

N11

D_GND-N11

P11

D_GND-P11

R11

D_GND-R11

K12

D_GND-K12

L12

D_GND-L12

M12

D_GND-M12

N12

D_GND-N12

P12

D_GND-P12

R12

D_GND-R12

T12

D_GND-T12

U12

D_GND-U12

K13

D_GND-K13

L13

D_GND-L13

M13

D_GND-M13

N13

D_GND-N13

P13

D_GND-P13

R13

D_GND-R13

T13

D_GND-T13

U13

D_GND-U13

K14

D_GND-K14

L14

D_GND-L14

M14

D_GND-M14

N14

D_GND-N14

P14

D_GND-P14

R14

D_GND-R14

T14

D_GND-T14

U14

D_GND-U14

K15

D_GND-K15

L15

D_GND-L15

M15

D_GND-M15

N15

D_GND-N15

P15

D_GND-P15

R15

D_GND-R15

T15

D_GND-T15

U15

D_GND-U15

M16

D_GND-M16

N16

D_GND-N16

P16

D_GND-P16

R16

D_GND-R16

L17

D_GND-L17

M17

D_GND-M17

N17

D_GND-N17

P17

D_GND-P17

R17

D_GND-R17

IA01
FLI8538-LF-BE

AC9

LBADC_3.3

AF10

LBADC_IN1

AE10

LBADC_IN2

AD10

LBADC_IN3

AC10

LBADC_IN4

AF11

LBADC_IN5

AE11

LBADC_IN6

AD11

LBADC_RETURN

AC11

LBADC_GND

D26

RPLL_33

B25

RPLL_DGND

C25

RPLL_18

A26

RPLL_AGND-A26

A25

RPLL_AGND-A25

B26

XTAL

C26

TCLK

AD9

RESETn

AF13

EXT_OSD_CLK

AC13

EXT_OSD_HS

AD13

EXT_OSD_VS

AD12

AVS_IN_WORD_SEL

AF14

A

VS_IN_SCL

AC12

AVS_IN_DATA

W23

OCM_INT1

Y24

OCM_INT2

W26

OCM_UDO_0

W25

OCM_UDI_0

B2

OCM_UDO_1

B3

OCM_UDI_1

AB24

IR0

V24

PWM0

U23

PWM1

U24

PWM2

W24

OCM_TIMER1

AA23

MSTR0_SDA

AA24

MSTR0_SCL

A2

MSTR1_SDA

A3

MSTR1_SCL

AB25

MSTR2_SDA

AB26

MSTR2_SCL

AA25

VGA0_SDA

AA26

VGA0_SCL

Y25

VGA1_SDA

Y26

VGA1_SCL

V25

SLAVE_SDA

V26

SLAVE_SCL

A1

N/C-A1

D25

N/C-D25

AE14

AVS_OUT_WORLD_SEL

AE13

AVS_OUT_SCL

AD14

AVS_OUT_DATA

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

2518

LA04

47

1

2

2518

LA01

47

1

2

2518

LA03

47

1

2

2518

LA02

47

1

2

RA55 10k

1

2

RA29 10k

1

2

RA10

10k

1

2

RA67 10k

1

2

RA39 100

1

2

RA12

10k

1

2

RA42 100

1

2

RA31 10k

1

2

RA69 10k

1

2

RA70 10k

1

2

RA73
0

1

2

RA64

10k

1

2

RA32 10k

1

2

RA66 10k

1

2

RA68 0

1

2

RA06

10k

1

2

RA05

10k

1

2

RA02

10k- 1%

1

2

RA04

0

1

2

RA01

10k

1

2

RA18
100

1

2

RA72
10k

1

2

RA40 100

1

2

RA53 100

1

2

RA38 10k

1

2

RA19

0

1

2

RA59 100

1

2

RA36 10k

1

2

RA37 10k

1

2

RA07

10k

1

2

RA09

10k

1

2

RA11

10k

1

2

RA17
10k

1

2

RA30 10k

1

2

RA16

100k

1

2

RA41 100

1

2

RA71 10k

1

2

RA58 100

1

2

RA57 100

1

2

RA54 100

1

2

RA08

10k

1

2

RA26 10k

1

2

RA14

0

1

2

RA25 10k

1

2

RA13

0

1

2

RA15

47k

1

2

RA65 10k

1

2

RA61
100

1

2

RA24 10k

1

2

RA20

凸

2010

0

1

2
3 4
5

6
7

8

BL_oN

002:1B

VGA_SDA

020:2D

SDA_AUD

020:2D

G_HB

012:8D

iR_iN_G

012:1D

DLY_DAT

020:2D

VGA_SCL

020:2D

SDA1_HDM

011:1B

SCL_AUD

020:2D

SCL1_HDM

011:1B

EVOL_1

008:5B

G_XRST

011:1F
012:8B

GNSS_Tx

014:7C

D+3.3V

002:5D
003:C6
003:G4
004:2E
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

GNSS_Rx

014:7C

FxDi

017:5C

RAiKo_N

019:6C

GEN+1.8V

004:5C
007:1E
009:7C

GEN+3.3V

004:5A
008:1D
009:7C
020:4A

FxDo

017:6C

FxLRCKi

017:5C

FxBCKi

017:5C

D+3.3V

GEN+1.8V

GEN+3.3V

XA01

19.6608MHz

FCX-03

1

2

TPA01

1

TPA02

1

TPA06

1

TPA07

1

TPA08

1

TPA09

1

TPA10

1

TPA11

1

TPA14

1

TPA12

1

TPA13

1

CA03

1

005

0.1/16

1

2

CA05

1005

0.1/16

1

2

CA08

1005

0.1/16

1

2

CA10

1005

0.1/16

1

2

CA13

1005

0.1/16

1

2

CA17

1005

0.1/16

1

2

RA35

凸

2010

10k

3

4

1 2

5

678

RA22

凸

2010

100

3

4
5 6
1

2
7

8

GND1 GND1

RA43 100

1

2

RA44 100

1

2

RA45 100

1

2

RA46 100

1

2

RA47 100

1

2

RA48 100

1

2

RA49 100

1

2

RA50 100

1

2

RA51 100

1

2

RA52 100

1

2

RA33 10k

1

2

RA34 10k

1

2

RA56 10k

1

2

RA60 10k

1

2

RA62 10k

1

2

RA63 10k

1

2

RA74 10k

1

2

RA75 10k

1

2

QA01
2SC5383-T111-1F

1

2

3

CA07

1.0/16

1

2

CA09

1.0/16

1

2

CA01

1.0/16

1

2

CA02

1.0/16

1

2

CA06

1.0/16

1

2

CA53

2125

22/6.3

1

2

CA11

2125

22/6.3

1

2

CA16

2125

22/6.3

1

2

CA12

2125

22/6.3

1

2

CA15

2125

22/6.3

1

2

CA14

2125

22/6.3

1

2

RA78

凸

2010

100

1

2
5 6
3

4
7

8

GND1 GND1

DLY_BCK

020:2D

DLY_LRCK

020:2D

RA76
100

1

2

RA77
100

1

2

RA80 10k

1

2

RA81 10k

1

2

RA79 10k

1

2

RA82

0

1

2

HDRxDAT011:8E
HDRxLRCK011:8E

HDRxBCK011:8E

ADC_LRCK020:2D

ADC_DAT020:2D

ADC_BCK020:2D

CA56

2125

22/6.3

1

2

RA23

0

1

2

CA55

1005

5.0p-C
1

2

CA54

1005

5.0p-C
1

2

RA03

47k- 1%

1

2

FxBCKo

017:6C

FxLRCKo

017:6C

RA83 0

1

2

RA84 0

1

2

PWR_OFF

002:8B
012:1E
020:4C
020:4D
020:7D

DA03

DAN202U

1

2

3

RA06

n't Mount

Panel ID

FC8

○−−

Mount

○

RA05

1. X'talとICのPin

までの配線 長は極力短 くすること

2.

纏めて配置 のこと

3. GND

パターンで ガードする こと

LOW：RESET

補修エリア 周囲

6mm

デッド

F

面に配置(Φ

1.0mm)

A

面に配置(Φ

1.0mm)

セッ ト配 線

SCL3

SDA3

P_IRQ

纏め て近 く に配 置のこ と

Folder PathInitial Release

Scaler IC
Digital Power Supply
OCM Interface 1

---------

D8MW Main PWB

GND

ガー ドパ タ ーン

セッ ト配 線

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

ペア 配線

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

ペア 配線

GND

ガー ドパ タ ーン

ペア 配線

GND

ガー ドパ タ ーン

<

変 更 来 歴

>

No.

変 更 内 容

1

日 付 変 更者

7mA

1100mA

0.6mA

9.8mA

23mA

<回路No. A>

05

7/20 Del TPA03, TPA04, TPA05

セッ ト配 線

GND

ガー ドパ タ ーン

7/20 Add RA78

7/20 Add
"ADC_LRCK"
"ADC_BCK"
"ADC_DAT"

セッ ト配 線

7/20 Add RA76, RA77

7/20 Add
"DLY_BCK"
"DLY_LRCK"

GENESIS EXT_OSD

に

ADCのI2S

を接続

DLY_BCK/DLY_LRCK

を追加、

RA21

削除

RA76〜81

追加

山口

2007/07/20

7/20 Del RA21
7/20 Add RA79, RA80, RA81

追加

(2007/07/23)

2 RA82

追加

2007/07/23

平林

7/31 Del RA27, RA28

7/31 Change
"ADC_LRCK" -> "ADC_BCK"
"ADC_BCK" -> "ADC_DAT"
"ADC_DAT" -> "ADC_LRCK"

9/4 Change
"ADC_BCK" -> "HDRxBCK"
"ADC_DAT" -> "HDRxDAT"
"ADC_LRCK" -> "HDRxLRCK"

9/4 Change
"HDRxLRCK" -> "ADC_LRCK"
"HDRxBCK" -> "ADC_BCK"
"HDRxDAT" -> "ADC_DAT"

3 CA56

追加

, CA12

実装に変更

2007/09/04

福間

FBi Function

○

−

RA08

Disable

−

RA07

Enable

○

4

4 FC8 AudioDelay

出力信号

RA83，RA84

追加

2007/11/01

落合

12/4 Dell DA01,DA02
Add DA03

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

RA09

B to B

○

−

B to C

仕向設定

RA10

○

−

12k

Ω

10k

Ω

10k

Ω

0

Ω

0

Ω

0

Ω

10k

Ω

0

Ω

10k

Ω

0

Ω

IPSα 32V WXGA 120Hz

IPS

α

37V FHD 120Hz

治具パネル

22k

Ω

-

10k

Ω

10k

Ω

10k

Ω

0

Ω

LPL 42V FHD 120Hz

0

Ω

LPL 47V FHD 120Hz

RA02

RA04

47k

Ω

RA03

2.2k

Ω

-

4.7k

Ω

予備

0

Ω

10k

Ω

IPSα 32V WXGA 60Hz

8.2k

Ω

予備

(32V FHD 120Hz)

T.Mochizuki

N.Suzuki

2008 07 31

2008 07 31

2008 07 31

5

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

3 4

5

6

7

D8MW

A

B

C

D

E

F

MAIN BOARD SHEET: 005

64

Scaler IC, Digital power supply, OCM interface 1

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

26

27

2524

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

AC26

AC25

AC24

AD26

AD25

AD24

AE26

AE25

AE24

AF26

AF25

AF24

AC23

AD23

AE23

AF23

AD22

AE22

AF22

AC21

AD21

AE21

AF21

AD20

AE20

AF20

AC19

AD19

AE19

AF19

AD18

AE18

AF18

AC17

AD17

AE17

AF17

AD16

AE16

AF16

AC15

AD15

AE15

AF15

O

O

I/O

I/O

I/O

O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

FLI8538 (5/7) OCM Interface-2

OCM_ADDR1

OCM_ADDR2

OCM_ADDR3

OCM_ADDR4

OCM_ADDR5

OCM_ADDR6

OCM_ADDR7

OCM_ADDR8

OCM_ADDR9

OCM_ADDR10

OCM_ADDR11

OCM_ADDR12

OCM_ADDR13

OCM_ADDR14

OCM_ADDR15

OCM_ADDR16

OCM_ADDR17

OCM_ADDR18

OCM_ADDR19

OCM_ADDR20

OCM_ADDR21

OCM_ADDR2

OCM_ADDR3

OCM_ADDR4

OCM_ADDR5

OCM_ADDR6

OCM_ADDR7

OCM_ADDR8

OCM_ADDR9

OCM_ADDR10

OCM_ADDR11

OCM_ADDR12

OCM_ADDR13

OCM_ADDR14

OCM_ADDR15

OCM_ADDR16

OCM_ADDR18

OCM_ADDR19

OCM_ADDR20
OCM_ADDR21

OCM_ADDR17

OCM_DATA0

OCM_DATA1

OCM_DATA2

OCM_DATA3

OCM_DATA4

OCM_DATA5

OCM_DATA6

OCM_DATA7

OCM_DATA8

OCM_DATA9

OCM_DATA10

OCM_DATA11

OCM_DATA12

OCM_DATA13

OCM_DATA14

OCM_DATA15

OCM_DATA0

OCM_DATA1

OCM_DATA2

OCM_DATA3

OCM_DATA4

OCM_DATA5

OCM_DATA6

OCM_DATA7

OCM_DATA8

OCM_DATA9

OCM_DATA10

OCM_DATA11

OCM_DATA12

OCM_DATA13

OCM_DATA14

OCM_DATA15

OCM_WE

OCM_RE

ROM_CS

OCM_WE

ROM_CS

OCM_ADDR1
OCM_ADDR2

OCM_ADDR9

OCM_ADDR3
OCM_ADDR4
OCM_ADDR5
OCM_ADDR6
OCM_ADDR7
OCM_ADDR8

OCM_ADDR10
OCM_ADDR11
OCM_ADDR12
OCM_ADDR13
OCM_ADDR14
OCM_ADDR15
OCM_ADDR16
OCM_ADDR17

OCM_ADDR19

OCM_ADDR18

OCM_ADDR0

OCM_ADDR0

OCM_ADDR1

OCM_RE

CB04

1005

0.1/ 16

1

2

CB03

1005

0.1/ 16

1

2

CB01

1.0/16

1

2

IB01

K8P1615UQB-PI4B000

A15
A14
A13
A12
A11
A10
A9
A8
A19
NC-10
WE
RESET
NC-13
WP/ACC
RY/BY
A18
A17
A7
A6
A5
A4
A3
A2
A1 A0

CE

Vss-27

OE

DQ0

DQ8

DQ1

DQ9

DQ2

DQ10

DQ3

DQ11

Vcc-37

DQ4

DQ12

DQ5

DQ13

DQ6

DQ14

DQ7

DQ15

Vss-46

NC-47

A16

IA01
FLI8538-LF-BE

AF15

OCMADDR_21

AE15

OCMADDR_20

AD15

OCMADDR_19

AC15

OCMADDR_18

AF16

OCMADDR_17

AE16

OCMADDR_16

AD16

OCMADDR_15

AF17

OCMADDR_14

AE17

OCMADDR_13

AD17

OCMADDR_12

AC17

OCMADDR_11

AF18

OCMADDR_10

AE18

OCMADDR_9

AD18

OCMADDR_8

AF19

OCMADDR_7

AE19

OCMADDR_6

AD19

OCMADDR_5

AC19

OCMADDR_4

AF20

OCMADDR_3

AE20

OCMADDR_2

AD20

OCMADDR_1

AF21

OCMADDR_0

AE21

OCMDATA15

AD21

OCMDATA14

AC21

OCMDATA13

AF22

OCMDATA12

AE22

OCMDATA11

AD22

OCMDATA10

AF23

OCMDATA9

AE23

OCMDATA8

AD23

OCMDATA7

AC23

OCMDATA6

AF24

OCMDATA5

AF25

OCMDATA4

AF26

OCMDATA3

AE24

OCMDATA2

AE25

OCMDATA1

AE26

OCMDATA0

AD24

ROM_CSn

AD25

OCM_CS0n

AD26

OCM_CS1n

AC24

OCM_CS2n

AC25

OCM_REn

AC26

OCM_WEn

GND1

GND1

GND1 GND1 GND1

GND1GND1

2518

LB01

47

1

2

RB22 1 0k

1

2

RB34 10k

1

2

RB36
10k

1

2

RB25 10k

1

2

RB68
10k

1

2

RB08 1 0k

1

2

RB05 10k

1

2

RB40 0

1

2

RB07 10k

1

2

RB66 10k

1

2

RB64 10k

1

2

RB38 0

1

2

RB12 1 0k

1

2

RB42 10k

1

2

RB11 10k

1

2

RB46 1 0k

1

2

RB39 0

1

2

RB49 10k

1

2

RB43 1 0k

1

2

RB41 1 0k

1

2

RB24 1 0k

1

2

RB18 1 0k

1

2

RB67 10k

1

2

RB16 1 0k

1

2

RB63 10k

1

2

RB48 1 0k

1

2

RB27 1 0k

1

2

RB10 1 0k

1

2

RB29 1 0k

1

2

RB15 10k

1

2

RB17 10k

1

2

RB33 1 0k

1

2

RB23 10k

1

2

RB01

0

1

2

RB09 10k

1

2

RB31 1 0k

1

2

RB30 10k

1

2

RB44 10k

1

2

RB20 1 0k

1

2

RB03 10k

1

2

RB02 1 0k

1

2

RB06 1 0k

1

2

RB28 10k

1

2

RB37
10k

1

2

RB13 10k

1

2

RB32 10k

1

2

RB14 1 0k

1

2

RB45

10k

1

2

RB19 10k

1

2

RB21 10k

1

2

RB47 10k

1

2

RB65 0

1

2

RB69 0

1

2

RB35 0

1

2

RB04 1 0k

1

2

RB54 22

1

2

RB53 22

1

2

RB77

10k

1

2

RB56

凸

2010

22

1

2
3 4
5

6
7

8

RB57

凸

2010

22

1

2
3 4
5

6
7

8

22

RB51

8REN

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

22

RB55

8REN

1
2
3
4
5
6
7
8 9

1

0

11

12

13

14

15

16

22

RB52

8REN

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

22

RB50

8REN

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

AUD_SEL

020:2D
020:4E

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

D+3.3V

CB05

1.0/16

1

2

GND1

CB06

1.0/16

1

2

GND1

RB70
10k

1

2

RB71

10k

1

2

GND1

BOOTSTRAP

Folder PathInitial Release

補修エリ ア 周囲

6mm

デッド

<回路No. B>

日 付 変 更者

<

変 更 来 歴

>

No.

変 更 内 容

1
2
3

7/23 RB26

削除

7/23 RB77

追加

10/24 LB01 Not Mount
10/24 RB01 Mount

パスコン 追加

BC05,CB06 2007/12/10

福間

コネクタ

PB01

，周囲削 除，

RB70,RB71

追加

2007/12/10

落合

3

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

Schematic Diagram page /28

6

3 4

5

6

7

D8MW

A

B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

65

MAIN BOARD SHEET: 006

Scaler IC, OCM interface 2

F

Schematic Diagram page /28

65

66

33

61

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

62

63

64

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

65

66

33

61

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

62

63

64

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

C4

C23

D24

C24

C5

D5

C22

D21

C18

C17

C16

C15

C13

C10

C8

C7

C6

C12

D16

C14

C11

C21

C20

A6

A11

B17

B22

B4

A4

B5

A5

B7

A7

B8

A8

B9

A9

B10

A10

B12

A12

B13

A13

B15

A15

B16

A16

B18

A18

B19

A19

B20

A20

B21

A21

B23

A23

B24

A24

B6

B11

A17

A22

B14

A14

D19

D9

C19

C9

D23

D22

D20

D18

D17

D15

D14

D13

D12

D11

D10

D8

D7

D6

D4

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

AG

AP

AG

AG

AP

AP

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

FLI8538 (6/7) Frame Store DDR Interface

FSDATU0

FSDATU1

FSDATU2

FSDATU3

FSDATU4

FSDATU5

FSDATU6

FSDATU7

FSDATU8

FSDATU9

FSDATU10

FSDATU11

FSDATU12

FSDATU13

FSDATU14

FSDATU15

FSDATU16

FSDATU17

FSDATU18

FSDATU19

FSDATU20

FSDATU21

FSDATU22

FSDATU23

FSDATU24

FSDATU25

FSDATU26

FSDATU27

FSDATU28

FSDATU29

FSDATU30

FSDATU31

FSDATU0
FSDATU1
FSDATU2
FSDATU3

FSDATU4
FSDATU5
FSDATU6
FSDATU7

FSDATU8
FSDATU9
FSDATU10
FSDATU11

FSDATU12
FSDATU13
FSDATU14
FSDATU15

FSDATU16
FSDATU17
FSDATU18
FSDATU19

FSDATU20
FSDATU21
FSDATU22
FSDATU23

FSDATU24
FSDATU25
FSDATU26
FSDATU27

FSDATU28

FSDATU31

FSDATU30

FSDATU29

FSDQSU3

FSDQMU3

FSDQSU2

FSDQMU2

FSDQMU1

FSDQSU1

FSDQMU0

FSDQSU0

FSDQSU0

FSDQSU1

FSDQSU2

FSDQSU3

FSDQMU0

FSDQMU1

FSDQMU2

FSDQMU3

FSBKSU0
FSBKSU1
FSADRU0

FSADRU11

FSADRU3

FSADRU10

FSADRU2

FSADRU1

FSADRU8

FSADRU7

FSADRU6

FSADRU5

FSADRU12

FSADRU9

FSADRU4

FSADRU0

FSADRU1

FSADRU2

FSADRU3

FSADRU4

FSADRU5

FSADRU6

FSADRU7

FSADRU8

FSADRU9

FSADRU10

FSADRU11

FSADRU12

FSBKSU0

FSBKSU1

FSCKEU

FSWENU

FSCASNU

FSRASNU

FSCSNU

FSCKEU

FSRASNU

FSCASNU

FSWENU

FSCSNU

FSMEM1_D15

FSMEM1_D8

FSMEM1_D9

FSMEM1_D10

FSMEM1_D11

FSMEM1_D12

FSMEM1_D13

FSMEM1_D14

FSMEM1_UDM

FSMEM1_UDQS

FSMEM1_D15

FSMEM1_D8

FSMEM1_D9

FSMEM1_D10

FSMEM1_D11

FSMEM1_D12

FSMEM1_D13

FSMEM1_D14

FSMEM1_UDM

FSMEM1_UDQS

FSMEM1_D3

FSMEM1_D2

FSMEM1_D1

FSMEM1_D0

FSMEM1_D4

FSMEM1_D5

FSMEM1_D6

FSMEM1_D7

FSMEM1_LDM

FSMEM1_LDQS

FSMEM1_D0

FSMEM1_D1
FSMEM1_D2

FSMEM1_D3
FSMEM1_D4

FSMEM1_D5
FSMEM1_D6

FSMEM1_D7

FSMEM1_LDM

FSMEM1_LDQS

FSMEM2_LDM

FSMEM2_LDQS

FSMEM2_D7

FSMEM2_D6

FSMEM2_D5

FSMEM2_D4

FSMEM2_D3

FSMEM2_D2

FSMEM2_D1

FSMEM2_D0

FSMEM2_LDQS

FSMEM2_LDM

FSMEM2_D0

FSMEM2_D1

FSMEM2_D2

FSMEM2_D3

FSMEM2_D4

FSMEM2_D5

FSMEM2_D6

FSMEM2_D7

FSMEM2_UDQS

FSMEM2_UDM

FSMEM2_D8

FSMEM2_D9

FSMEM2_D10

FSMEM2_D11

FSMEM2_D15

FSMEM2_D14

FSMEM2_D13

FSMEM2_D12

FSMEM2_D8

FSMEM2_D9

FSMEM2_D10

FSMEM2_D11

FSMEM2_D12

FSMEM2_D13

FSMEM2_D14

FSMEM2_D15

FSMEM2_UDM

FSMEM2_UDQS

FSADR4
FSADR9
FSADR12
FSADR5
FSADR6
FSADR7
FSADR8

FSBKS0
FSBKS1
FSADR0
FSADR1
FSADR2
FSADR10
FSADR3
FSADR11

FSCKE

FSCSN
FSWEN
FSCASN
FSRASN

FSCKE

FSCKE

FSADR12
FSADR11
FSADR9
FSADR8
FSADR7
FSADR6
FSADR5
FSADR4

FSADR12
FSADR11
FSADR9
FSADR8
FSADR7
FSADR6
FSADR5
FSADR4

FSCSN

FSRASN

FSCASN

FSWEN

FSWEN
FSCASN
FSRASN
FSCSN

FSBKS0
FSBKS1
FSADR10
FSADR0
FSADR1
FSADR2
FSADR3

FSBKS0
FSBKS1
FSADR10
FSADR0
FSADR1
FSADR2
FSADR3

FSCKP

FSCKN

CC43

10050.1/16

1

2

CC40

10050.1/16

1

2

CC41

10050.1/16

1

2

CC06 10050.1/16

1

2

CC08 10050.1/16

1

2

CC12 10050.1/16

1

2

CC10 10050.1/16

1

2

CC16 10050.1/16

1

2

CC14 10050.1/16

1

2

CC20 10050.1/16

1

2

CC18 10050.1/16

1

2

CC38

10050.1/16

1

2

CC22 10050.1/16

1

2

CC33

10050.1/16

1

2

CC24

1005

0.1/16

1

2

CC27

10050.1/16

1

2

CC26

10050.1/16

1

2

CC44

1005470p

1

2

CC29 10050.1/16

1

2

CC31 10050.1/16

1

2

CC45

1005470p

1

2

CC32 10050.1/16

1

2

CC42

1005470p

1

2

CC35 10050.1/16

1

2

CC36

1005470p

1

2

CC37 10050.1/16

1

2

CC25

2125

22/6.3

1

2

CC23

2125

22/6.3

1

2

CC04

2125

22/6.3

1

2

CC03

2125

22/6.3

1

2

CC01

2125

22/6.3

1

2

CC28

1005470p

1

2

CC30

1005470p

1

2

CC39

1005470p

1

2

CC05

1.0/16

1

2

CC02

1.0/16

1

2

CC34

1005470p

1

2

CC07 1005470p

1

2

CC09 1005470p

1

2

CC49 1005470p

1

2

CC48 1005470p

1

2

CC21 1005470p

1

2

CC47

1005470p

1

2

CC46

1005470p

1

2

CC19 1005470p

1

2

CC17 1005470p

1

2

CC15 1005470p

1

2

CC13 1005470p

1

2

CC11 1005470p

1

2

IC01

K4H561638H-UCCC

1

VDD-1

2

DQ0

3

VDDQ-3

4

DQ1

5

DQ2

6

VSSQ-6

7

DQ3

8

DQ4

9

VDDQ-9

10

DQ5

11

DQ6

12

VSSQ-12

13

DQ7

14

NC-14

15

VDDQ-15

16

LDQS

17

NC-17

18

VDD-18

19

NC-19

20

LDM

21

WE

22

CAS

23

RAS

24

CS

25

NC-25

26

BA0

27

BA1

28

AP/A10

29

A0

30

A1

31

A2

32

A3

33

VDD-33

34

VSS-34

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

41

A11

42

A12

43

NC-43

44

CKE

45

CK

46

CK

47

UDM

48

VSS-48

49

VREF

50

NC-50

51

UDQS

52

VSSQ-52

53

NC-53

54

DQ8

55

VDDQ-55

56

DQ9

57

DQ10

58

VSSQ-58

59

DQ11

60

DQ12

61

VDDQ-61

62

DQ13

63

DQ14

64

VSSQ-64

65

DQ15

66

VSS-66

IC02

K4H561638H-UCCC

1

VDD-1

2

DQ0

3

VDDQ-3

4

DQ1

5

DQ2

6

VSSQ-6

7

DQ3

8

DQ4

9

VDDQ-9

10

DQ5

11

DQ6

12

VSSQ-12

13

DQ7

14

NC-14

15

VDDQ-15

16

LDQS

17

NC-17

18

VDD-18

19

NC-19

20

LDM

21

WE

22

CAS

23

RAS

24

CS

25

NC-25

26

BA0

27

BA1

28

AP/A10

29

A0

30

A1

31

A2

32

A3

33

VDD-33

34

VSS-34

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

41

A11

42

A12

43

NC-43

44

CKE

45

CK

46

CK

47

UDM

48

VSS-48

49

VREF

50

NC-50

51

UDQS

52

VSSQ-52

53

NC-53

54

DQ8

55

VDDQ-55

56

DQ9

57

DQ10

58

VSSQ-58

59

DQ11

60

DQ12

61

VDDQ-61

62

DQ13

63

DQ14

64

VSSQ-64

65

DQ15

66

VSS-66

IA01

FLI8538-LF-BE

D4

DDR_2.5-D4

D6

DDR_2.5-D6

D7

DDR_2.5-D7

D8

DDR_2.5-D8

D10

DDR_2.5-D10

D11

DDR_2.5-D11

D12

DDR_2.5-D12

D13

DDR_2.5-D13

D14

DDR_2.5-D14

D15

DDR_2.5-D15

D17

DDR_2.5-D17

D18

DDR_2.5-D18

D20

DDR_2.5-D20

D22

DDR_2.5-D22

D23

DDR_2.5-D23

C9

FSVREF-C9

C19

FSVREF-C19

D9

FSVREFVSS-D9

D19

FSVREFVSS-D19

A14

VDDA18_DLL

B14

VSSA18_DLL

A22

FSDQS3

A17

FSDQS2

B11

FSDQS1

B6

FSDQS0

A24

FSDATA31

B24

FSDATA30

A23

FSDATA29

B23

FSDATA28

A21

FSDATA27

B21

FSDATA26

A20

FSDATA25

B20

FSDATA24

A19

FSDATA23

B19

FSDATA22

A18

FSDATA21

B18

FSDATA20

A16

FSDATA19

B16

FSDATA18

A15

FSDATA17

B15

FSDATA16

A13

FSDATA15

B13

FSDATA14

A12

FSDATA13

B12

FSDATA12

A10

FSDATA11

B10

FSDATA10

A9

FSDATA9

B9

FSDATA8

A8

FSDATA7

B8

FSDATA6

A7

FSDATA5

B7

FSDATA4

A5

FSDATA3

B5

FSDATA2

A4

FSDATA1

B4

FSDATA0

B22

FSDQM3

B17

FSDQM2

A11

FSDQM1

A6

FSDQM0

C20

FSBKSEL1

C21

FSBKSEL0

C11

FSADDR12

C14

FSADDR11

D16

FSADDR10

C12

FSADDR9

C6

FSADDR8

C7

FSADDR7

C8

FSADDR6

C10

FSADDR5

C13

FSADDR4

C15

FSADDR3

C16

FSADDR2

C17

FSADDR1

C18

FSADDR0

D21

FSCS0

C22

FSCS1

D5

FSCLKp

C5

FSCLKn

C24

FSRAS

D24

FSCAS

C23

FSWE

C4

FSCKE

GND1GND1

GND1GND1

GND1

GND1

GND1

GND1

GND1

GND1 GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

2518

LC02

47

1

2

2518

LC01

47

1

2

TPC01

1

RC05

0

1

2

RC09

0

1

2

RC25 0

1

2

RC07
10k-1%

1

2

RC08

10k-1%

1

2

RC26 0

1

2

RC06

0

1

2

RC23

270-1%

1

2

RC10

0

1

2

RC04

0

1

2

RC24

270- 1%

1 2

RC13

凸

2010

33

1

2
3 4
5

6
7

8

RC16

凸

2010

33

1

2
3 4
5

6
7

8

RC19

凸

2010

33

1

2
3 4
5

6
7

8

RC03

凸

2010

33

1

2
3 4
5

6
7

8

RC20

凸

2010

33

1

2
3 4
5

6
7

8

RC18

凸

2010

33

1

2
3 4
5

6
7

8

RC12

凸

2010

33

1

2
3 4
5

6
7

8

RC11

凸

2010

33

1

2
3 4
5

6
7

8

RC21

凸

2010

33

1

2
3 4
5

6
7

8

RC15

凸

2010

33

1

2
3 4
5

6
7

8

RC14

凸

2010

33

1

2
3 4
5

6
7

8

RC22

凸

2010

33

7

8
5 6
3

4
1

2

RC17

凸

2010

33

1

2
3 4
5

6
7

8

33

RC01

1
6
7
2
3
4
5
8 9

12

13

14

15

10

11

16

33

RC02

1
2
4
5
6
3
7
8 9

10

14

11

12

13

15

16

GEN+1.8V

004:5C
005:1B
009:7C

DDR_VCC1

004:6E

DDR_VCC2

004:5D

DDR_VCC2

GEN+1.8V

DDR_VCC1

CC52

1.0/16

1

2

CC53

1.0/16

1

2

GND1GND1

CC55

1.0/16

1

2

CC54

1.0/16

1

2

GND1GND1

CC57

1.0/16

1

2

CC56

1.0/16

1

2

GND1GND1

CC51

1.0/16

1

2

CC50

1.0/16

1

2

GND1GND1

1.

全ての 信号パ ターン が同程 度の配 線長と なるよ うに配 線し、
なおか つ配線 長が

60mm

以内と なるよ うにす る事

2. FLI8538

から集 合抵抗 までと 、集合 抵抗か ら各メ モリま での

配線長 が同程 度にな るよう に配線 する事

1.

全ての 信号パ ターン が同程 度の配 線長と なるよ うに配 線し、
なおか つ配線 長が

60mm

以内と なるよ うにす る事

2. FLI8538

から集 合抵抗 までの 配線長 が極力 短くな るよう に

配線す る事

VREF

＜デー タ系信 号＞

DQ24〜31、DQS3、DM3

でセッ ト

DQ16〜23、DQS2、DM2

でセッ ト

DQ8〜15、DQS1、DM1

でセッ ト

DQ0〜7、DQS0、DM0

でセッ ト

＜アド レス系 信号＞
クロッ ク配線 長±

10mm

以内

＜コマ ンド系 信号＆ クロッ ク＞
コマン ド系は 、クロ ック配 線長±

10mm

以内

88mA

350mA 350mA

17mA

日 付 変更者

<

変 更 来 歴

>

変 更 内 容

パスコン 追加

CC50〜CC57 2007/12/10

福間

7

3 4

5

6

7

D8MW

A

B

C

D

E

F

MAIN BOARD SHEET: 007

Scaler IC, Frame store, DDR interface

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

66

Schematic Diagram page /28

4

5

3

2

1

U26

U25

M24

P26

P25

R26

P24

T24

T25

R24

R25

T26

R23

G25

G26

N25

N26

G23

G24

F23

F24

F25

F26

E23

E24

L25

L26

N23

N24

L23

L24

K23

K24

K25

K26

J23

J24

H23

H24

M25

J25

H25

E25

M26

J26

H26

E26

O

O

O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

AG

AP

G

G

G

G

P

P

P

P

FLI8538 (7/7) Display Output Port

TCLK_N_O

TCLK_P_O

TXD_N_E

TXD_P_E

TXD_N_O

TXD_P_O

TXC_N_O

TXC_P_O

TXB_N_O

TXB_P_O

TXA_N_O

TXA_P_O

TXC_N_E

TXC_P_E

TXE_N_E

TXE_P_E

TCLK_N_E

TCLK_P_E

TXB_N_E

TXB_P_E

TXA_N_E

TXA_P_E

TXE_N_O

TXE_P_O

TXE_N_O

TXA_P_O

TXA_N_O

TCLK_P_O

TCLK_N_O

TXB_P_O

TXB_N_O

TXC_P_O

TXC_N_O

TXD_P_O

TXD_N_O

TXE_P_E

TXE_N_E

TXA_P_E

TXA_N_E

TCLK_P_E

TCLK_N_E

TXB_P_E

TXB_N_E

TXC_P_E

TXC_N_E

TXD_P_E

TXD_N_E

TXE_P_O

CD08

1005

0.1/16

1

2

CD13

1.0/16

1

2

CD0 6

100 5

0.1 /16

1

2

CD0 9

100 5

0.1 /16

1

2

ID01
TK11150CSC

Vco nt

GND

Np Vout

Vin

IA01

FLI8538-LF-BE

E26

LVDS_3.3-E26

H26

LVDS_3.3-H26

J26

LVDS_3.3-J26

M26

LVDS_3.3-M26

E25

LVDS_GND-E25

H25

LVDS_GND-H25

J25

LVDS_GND-J25

M25

LVDS_GND-M25

H24

LVDS_PLL_3.3

H23

LVDS_PLL_GND

J24

CH0N_LV_E

J23

CH0P_LV_E

K26

CH1N_LV_E

K25

CH1P_LV_E

K24

CH2N_LV_E

K23

CH2P_LV_E

L24

CH3N_LV_E

L23

CH3P_LV_E

N24

CH4N_LV_E

N23

CH4P_LV_E

L26

CLKN_LV_E

L25

CLKP_LV_E

E24

CH0N_LV_O

E23

CH0P_LV_O

F26

CH1N_LV_O

F25

CH1P_LV_O

F24

CH2N_LV_O

F23

CH2P_LV_O

G24

CH3N_LV_O

G23

CH3P_LV_O

N26

CH4N_LV_O

N25

CH4P_LV_O

G26

CLKN_LV_O

G25

CLKP_LV_O

R23

PD_10BIT_EGR N1

T26

PD_10BIT_EGR N0

R25

PD_10BIT_EBL U1

R24

PD_10BIT_EBL U0

T25

PD_10BIT_ERE D1

T24

PD_10BIT_ERE D0

P24

DCLK

R26

DVS

P25

DHS

P26

DEN

M24

N/C-M24

U25

PPWR

U26

PBIAS

GND1

GND1

GND1 GND1

GND1

GND1

2518

LD02

47

1

2

2518

LD01

47

1

2

RD20

1.0k

1

2

RD07
10k

1

2

RD0 3 10k

1

2

RD0 5 10k

1

2

RD0 6 10k

1

2

RD04

100

1

2

RD01
0

1

2

RD02

0

1

2

RD12
10k

1

2

RD11

10k

1

2

RD10 0

1

2

RD09
0

1

2

G_VSYNC

012:8D

GEN+3.3V

004:5A
005:1A
009:7C
020:4A

AUD_RST

020:4C

+5.6V

002:5C
003:G4
004:2A
009:1C
011:1B
012:1A
015:2A
016:1A
020:2B

BRT

002:1B

EVOL_1

005:7D

GEN+3.3V

+5.6V

TPD01

1

TPD02

1

TPD03

1

TPD04

1

TPD05

1

CD10

0.22/16

1

2

CD11

1.0/16

1

2

CD12

1.0/16

1

2

CD0 3

1.0 /16

1

2

CD04

1.0/16

1

2

AUD_MUTE

020:4E

HDMI_RST

011:1F

HDMI_HPD

011:1C

TXB_N_E

016:1D

TXC_P_E

016:1D

TXE_N_E

016:1E

TXD_P_E

016:1E

TXE_P_E

016:1E

TXA_N_E

016:1D

TCLK_P_E

016:1D

TXB_P_E

016:1D

TCLK_N_E

016:1D

TXC_N_E

016:1D

TXD_N_E

016:1D

TXA_P_E

016:1D

TXE_P_O

016:1E

TXE_N_O

016:1E

TXD_N_O

016:1E

TXD_P_O

016:1E

TCLK_N_O

016:1E

TCLK_P_O

016:1E

TXB_N_O

016:1E

TXC_P_O

016:1E

TXC_N_O

016:1E

TXA_P_O

016:1E

TXB_P_O

016:1E

TXA_N_O

016:1E

CD0 1

212 5

22/ 6.3

1

2

CD02

2125

22/6.3

1

2

CD15

1005

0.01/25

1

2

CD0 5

100 5

470 p

1

2

CD0 7

100 5

470 p

1

2

CD16

1005

470p

1

2

HDRxMUTE

011:8E
020:4E

RD38

100

1

2

GND1

QD01

2SC5383-T111-1F

1

2

3

CD14

1005

0.1/16

1

2

RD13

4.7k

1

2

RD16

0

1

2

GND1

RD39
1

0k

1

2

HP_MUTE

020:7C

RD40

100

1

2

RD14

1.0k

1

2

RD15

10k-1%

1

2

RD19
22k-1%

1

2

補修エリ ア 周囲

6mm

デッド

ツイストペ ア信号なので、

ODD

信号、

EVEN

信号ともに

等長配線と すること。

PWM

信号

ガー ド パターン

輝度

MAX 3.3V

輝度

MIN 0V

To FC8

65mA

8.1mA

REC_MUTE

日 付 変 更者

<

変 更 来 歴

>

No.

変 更 内 容

1 LVD S

出力配列 ・名称 変更

2007/07/24

平林

7/24 Add "HDRxMUTE "

7/24 Add RD38

7/26 Add RD39

7/26 Not Mount RD0 5

HP_MUTE

2 PD0 1

の

1-4pin

接続変更

2007/08/02

平林

8/24 not Mount RD3 8

8/24 Mount RD07

3 FC8 _TC1,FCxTCK1

の接続修 正

2007/08/27

平林

4 RD4 0/RD41追加, RD26/RD27

接続変更

2007/09/14

平林

10/9 Change PD01
EA02654R -> EA0265 9R

5 CD1 7,CD18

追加

2007/10/08

平林

6 HP

追加のた め

RD40,"HP_MUTE"

追加

2007/10/29

平林

7/26 Del "HP_MUTE "
10/29 Add "HP_MUTE "

12/2 Dell RD17,RD1 8,QD02
Change RD14 ( 10k -> 1k)
Change RD15 ( 100k -> 10k-1)
Change RD19 ( 10k -> 22k-1)

7

調光回路 変更

(RD17,RD18,QD02削除) 2007/12/02

平林

8

3 4

5

6

7

D8MW

A

B

C

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

67

D

E

F

MAIN BOARD SHEET: 008

Scaler IC, LVDS output

Schematic Diagram page /28

4

5

3

2

1

N4

K1

L3

L2

B1

C3

C2

C1

D3

D2

D1

E3

E2

E1

F3

F2

F1

G3

G2

G1

H3

H2

H1

J3

J2

J1

K3

K2

L1

M4

P4

N1

M1

M3

M2

N2

N3

Y3

Y2

Y1

P3

P2

P1

R4

R3

R2

R1

T4

T3

T2

T1

U4

U3

U2

U1

V4

V3

V2

V1

W4

W3

W2

W1

Y4

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

FLI8538 (1/7) Digital Input Port

AA4

AA3

AA2

AE9

AE6

AE3

AD8

AC8

AC6

AD2

AC3

AB3

AC5

AC4

AB4

AD7

AD6

AD5

AD4

AD3

AA1

AC7

AE12

AF12

AF9

AE7

AE4

AE1

AB2

AF6

AF8

AF5

AF2

AC1

AF3

AE8

AE5

AE2

AC2

AD1

AF7

AF4

AF1

AB1

AG

AG

AG

AG

AG

AG

AG

AG

AG

AG

AG

AG

AP

AP

AP

AP

AP

AP

AP

AP

AO

AO

I

I

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

AI

FLI8538 (2/7) Analog Front End

CE0 2

100 5

22p -C

1

2

CE0 1

100 5

22p -C

1

2

CE28

1005

0.1/16

1

2

CE26

1005

0.1/16

1

2

CE25

1005

0.1/16

1

2

CE24

1005

0.1/16

1

2

CE23

1005

0.1/16

1

2

CE22

1005

0.1/16

1

2

CE1 9

100 5

100 p-C

1

2

CE2 0

100 5

100 p-C

1

2

CE06

2125

10/10

1

2

CE07

2125

10/10

1

2

CE08

2125

10/10

1

2

CE27

1.0/16

1

2

CE21

4.7/6.3

1

2

CE11

1005

0.1/16

1

2

CE10

1005

0.1/16

1

2

CE09

1005

0.1/16

1

2

CE18

1005

0.1/16

1

2

CE04

1.0/16

1

2

CE05

1.0/16

1

2

CE03

0.22/16
1

2

IE01
TK11150CSC

Vco nt

GND

Np Vo ut

Vin

IA01
FLI8538-LF-BE

Y4

ADATA23

W1

ADATA22

W2

ADATA21

W3

ADATA20

W4

ADATA19

V1

ADATA18

V2

ADATA17

V3

ADATA16

V4

ADATA15

U1

ADATA14

U2

ADATA13

U3

ADATA12

U4

ADATA11

T1

ADATA10

T2

ADATA9

T3

ADATA8

T4

ADATA7

R1

ADATA6

R2

ADATA5

R3

ADATA4

R4

ADATA3

P1

ADATA2

P2

ADATA1

P3

ADATA0

Y1

AVS

Y2

AHS

Y3

AHREF_DE

N3

DIP_AODD

N2

DIP_RAW_HS_CS

M2

DIP_EXT_CLAMP

M3

DIP_EXT_COAST

M1

DIP_CLEAN_HS_OUT

N1

IPCLK0

P4

IPCLK1

M4

IPCLK2

L1

IPCLK3

K2

BDATA23

K3

BDATA22

J1

BDATA21

J2

BDATA20

J3

BDATA19

H1

BDATA18

H2

BDATA17

H3

BDATA16

G1

BDATA15

G2

BDATA14

G3

BDATA13

F1

BDATA12

F2

BDATA11

F3

BDATA10

E1

BDATA9

E2

BDATA8

E3

BDATA7

D1

BDATA6

D2

BDATA5

D3

BDATA4

C1

BDATA3

C2

BDATA2

C3

BDATA1

B1

BDATA0

L2

BVS

L3

BHS

K1

BHREF_DE

N4

DIP_BODD

IA01
FLI8538-LF-BE

AB1

A1P

AF1

A2P

AF4

A3P

AF7

A4P

AD1

AN

AC2

B1P

AE2

B2P

AE5

B3P

AE8

B4P

AF3

BN

AC1

C1P

AF2

C2P

AF5

C3P

AF8

C4P

AF6

CN

AB2

SV1P

AE1

SV2P

AE4

SV3P

AE7

SV4P

AF9

SVN

AF12

AIP_RAW_HS_CS

AE12

AIP_RAW_VS

AC7

VOUT2

AA1

N/C-AA1

AD3

ADC_3.3

AD4

ADC_3.3_A

AD5

ADC_3.3_B

AD6

ADC_3.3_C

AD7

ADC_3.3_SC

AB4

ADC_1.8-AB4

AC4

ADC_1.8-AC4

AC5

ADC_1.8-AC5

AB3

AGND_ADC-AB3

AC3

AGND_ADC-AC3

AD2

AGND_ADC-AD2

AC6

AGND_ADC-AC6

AC8

AGND_ADC-AC8

AD8

AGND_ADC-AD8

AE3

AGND_ADC-AE3

AE6

AGND_ADC-AE6

AE9

AGND_ADC-AE9

AA2

DGND_ADC-AA2

AA3

DGND_ADC-AA3

AA4

DGND_ADC-AA4

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

2518

LE02

47

1

2

2518

LE01

22

1

2

TPE01

1

TPE02

1

TPE06

1

TPE05

1

TPE07

1

TPE04

1

QE03

2SC5383-T111-1F

1

2

3

QE01

2SC5383-T111-1F

1

2

3

QE02

2SC5383-T111-1F

1

2

3

RE52

18

1

2

RE35

100

1

2

RE50

0

1

2

RE1 7 10k

1

2

R

E57 10k

1

2

RE51

18

1

2

RE6 2 10k

1

2

RE4 3

75- 1%

1

2

RE3 7

75- 1%

1

2

RE3 1

75- 1%

1

2

RE29

1.0k

1

2

RE1 3 10k

1

2

RE28 0

1

2

RE40

100k

1

2

RE46

100k

1

2

RE0 9 10k

1

2

RE47

100

1

2

RE36
560

1

2

RE30
0

1

2

RE42
560

1

2

RE1 5 10k

1

2

RE0 8 10k

1

2

RE0 7 10k

1

2

RE1 2 10k

1

2

RE34

100k

1

2

RE49

0

1

2

RE45
56k

1

2

RE6 1 10k

1

2

RE1 1 10k

1

2

RE02 100

1

2

RE03 100

1

2

RE48
560

1

2

RE53

18

1

2

RE1 4 10k

1

2

RE2 0 10k

1

2

RE1 6 10k

1

2

RE05 1.0k

1

2

RE2 3 10k

1

2

RE41

100

1

2

RE5 9 1 0k

1

2

RE2 7 1 0k

1

2

RE2 1 10k

1

2

RE2 2 10k

1

2

RE2 5

120 k

1

2

RE2 4

120 k

1

2

RE1 8 10k

1

2

RE60
100

1

2

RE39
56k

1

2

RE2 6 1 0k

1

2

RE04 100

1

2

RE33
56k

1

2

RE5 8 1 0k

1

2

RE01 1.0k

1

2

RE1 9

凸

201 0

10k

3

4

1 2

7

856

RE1 0

凸

201 0

10k

7

8

1 2

3

456

RE5 6

凸

201 0

10k

7

8

5 6

3

412

10k

RE0 6

5678123

4 13

1415169101112

10k

RE5 5

1234567

8 9

10111213141516

HDMI_DE

011:8B

MPU_EN

012:8C

GEN+1.8V

004:5C
005:1B
007:1E

MPU_DOUT

012:8C

FAN_ALRM

003:E4

MPU_DIN

012:8C

HDEVNODD

011:8B

HDMI_H

011:8B

HDMI_V

011:8B

HDMI_CLK

011:8B

MPU_CLK

012:8C

HD_Cb[3]

011:8C

GEN+3.3V

004:5A
005:1A
008:1D
020:4A

PC_VD

020:6B

PC_HD

020:6B

PC_Blue

020:2D

PC_Green

020:2D

HD_Cb[2]

011:8C

LVDS_SEL

019:6B

EDID_PR

011:1C

HD_Y[4]

011:8D

HD_Cb[0]

011:8C

HD_Y[7]

011:8D

HD_Y[0]

011:8C

HD_Y[2]

011:8D

HD_Cb[4]

011:8C

HD_Cb[6]

011:8C

HD_Y[1]

011:8C

HD_Cr[0]

011:8D

HD_Cr[2]

011:8D

PC_Red

020:2D

HD_Cr[4]

011:8D

HD_Cb[1]

011:8C

HD_Cr[1]

011:8D

HD_Cb[5]

011:8C

TV_POWER

002:1E
012:1D

+5.6V

002:5C
003:G4
004:2A
008:4A
011:1B
012:1A
015:2A
016:1A
020:2B

HD_Cr[5]

011:8D

HD_Cr[3]

011:8D

HD_Cb[7]

011:8C

HD_Y[5]

011:8D

HD_Cr[6]

011:8D

HD_Y[3]

011:8D

HD_Y[6]

011:8D

HD_Cr[7]

011:8D

GEN+1.8V

GEN+3.3V

BL_DET

002:1B

RE63 100

1

2

CE29

2125

10/10

1

2

RE6 4 10k

1

2

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
011:1A
016:1A
017:1A
0

17:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

HP_DET

020:2C

RE65 100

1

2

RE6 6 10k

1

2

TP021

1

GND1

GND1

GND1

RE71
18

1

2

RE72
18

1

2

RE73
18

1

2

RE74
18

1

2

CE12

10050.22/6.3

1

2

CE15

1005

0.22/6.3

1

2

CE13

10050.22/6.3

1

2

CE16

1005

0.22/6.3

1

2

CE14

10050.22/6.3

1

2

CE17

1005

0.22/6.3

1

2

ＧＮＤで ガード

補修エリ ア 周囲

6mm

デッド

補修エリ ア 周囲

6mm

デッド

NC.

SW_R_OUT
SW_L_OUT

AUDIO_SD

DEMP_OUT

ＧＮＤで ガード

ＧＮＤで ガード

ＧＮＤで ガード

121mA

21mA

CPU_GO

PDP_GO

VCD_CE

DTT_RST

DTT_GP1

EDID_RP2

ＧＮＤ線 でガード

ＧＮＤ でガー ド

ＧＮＤで ガード

ＧＮＤ でガー ド

ＧＮＤ でガー ド

日 付 変更 者

<

変 更 来 歴

>

No.

変 更 内 容

1
2

7/26 Del "HP_DET"
8/30 Add "BL_DET"

7/26 Mount RE22

BL_BLINK

"HP_DET"

削除

RE61/RE62

追加

2006/08/21

2006/07/26

平林

平林

3 RE63,"BL_DET"

追加

2006/08/30

平林

H: FAIL
L: NORMAL

9/11 Change RE29
0 -> 1k

2007/9/13 RE31/RE37RE 43
NotMount -> 75

±

1%

4 CE29/RE64

追加

2006/09/13

平林

9/13 Add CE29

9/13 Add RE64

10/11 Change LE01
47u(BA00892R) -> 22u(BA00889R )

10/11 Change CE21
1u(AA01144R) -> 4.7u(AA01115R )

To use LE01 under derating 80 %

124mA(#001

実測

)

平林

5 HP

追加のた め

RE65,RE66,"HP_DET"

追加

2006/10/29

10/29 Add "HP_DET"

H: Speaker
L: HeadPhone

5

5

GND_G,GND_B,GND_R

をベタ

GND化(GND1)

RE32,RE38,RE44

削除

RE54

削除，

RE71,RE72,RE73,RE74

追加

6

7
8

2006/10/29

落合

2006/10/29

落合

2006/10/29

落合

6

6

6

7

7

7

8

8

8

LVDS_SELPull-Down

T4(ADATA7)

37V

T3(ADATA8)

BL_INST

Pull-Down

BL_BLNK

42V

32VFBi

47V

V_MODE
Pull-Down

Pull-Down

LVDS_SEL

32V

LVDS_SEL

9

3 4

5

6

7

D8MW















• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

A

B

C

D



68

E

F

MAIN BOARD SHEET: 009

Scaler IC, HDMI-In / Analog RGB-In

Schematic Diagram page /28

5

6

7

8

4

3

2

1

5

6

7

8

4

3

2

1

G5G1 G4G3G2

G17 G18 G 19G16 G6

G7G15 G20G 25G24

G23 G22 G 21G14 G8

G9G10G 11G12G 13

111

115

114

112

118

113

116

117

109

110

119

104

99 98

103 101 1 00107 10510610 8 102

69

67

71

62

64

66

68

70

72

63

65

302 8 332 6 2 7 32 3 5 3629 31 34

97

120

92 879496 899091 8693 889 5 85

61

60

59

58

57

56

55

54

53

52

51

50

49

48

47

46

45

44

43

42

41

40

39

38

37

25

143

133

138

135

140

142

144

137

134

139

136

141

13 20 2 2 241 71 4 19 2 1 2 31 6 18153 64 11972 5 1 21081

84

132

131

130

129

128

127

126

125

124

123

122

121

83 82 81 80 79 7 8 77 76 75 74 73

4

5

321

G1

5

6

7

8

4

3

2

1

G4 G2

G3

19 1 8 1 7 1 6 15 14 13 12 11 10 9

G1

12345678

4

5

3

2

1

HDMIRxQ12
HDMIRxQ13
HDMIRxQ14
HDMIRxQ15

HDMIRxQ16
HDMIRxQ17
HDMIRxQ18
HDMIRxQ19
HDMIRxQ20
HDMIRxQ21
HDMIRxQ22
HDMIRxQ23

HDMIRxQ24
HDMIRxQ25
HDMIRxQ26
HDMIRxQ27

HDMIRxQ28
HDMIRxQ29
HDMIRxQ30
HDMIRxQ31
HDMIRxQ32
HDMIRxQ33
HDMIRxQ34

HDMIRxVSYNC

HDMIRxODCK

HDMIRxQ35

HDMIRxQ11

HDMIRxQ10

HDMIRxQ9

HDMIRxQ8

HDMIRxQ7

HDMIRxQ6

HDMIRxQ5

HDMIRxQ4

HDMIRxQ3

HDMIRxQ2

HDMIRxQ1

HDMIRxQ0

HDMIRxEVNODD

CH89

1005

0.1/16

1

2

CH49

1005

1000p

1

2

CH81

1005

0.1/16

1

2

CH86

1005

0.1/16

1

2

CH45

1005

1000p

1

2

CH87

1005

0.1/16

1

2

CH47

1005

1000p

1

2

CH44

1005

1000p

1

2

CH52

1005

1000p

1

2

CH51

1005

1000p

1

2

CH93

1005

0.1/16

1

2

CH42

1005

1000p

1

2

CH54

1005

1000p

1

2

CH56

1005

1000p

1

2

CH82

1005

0.1/16

1

2

CH95

1005

0.1/16

1

2

CH58

1005

1000p

1

2

CH90

1005

0.1/16

1

2

CH60

1005

1000p

1

2

CH80

1005

0.1/16

1

2

CH99

1005

0.1/16

1

2

CH84

1005

0.1/16

1

2

CH66

1005

1000p

1

2

CH53

1005

1000p

1

2

CH72

1005

0.1/16

1

2

CH57

1005

1000p

1

2

CH68

1005

1000p

1

2

CH94

1005

0.1/16

1

2

CH55

1005

1000p

1

2

CH67

1005

1000p

1

2

CH61

1005

1000p

1

2

CH62

1005

1000p

1

2

CH96

1005

0.1/16

1

2

CH59

1005

1000p

1

2

CH97

1005

0.1/16

1

2

CH65

1005

1000p

1

2

CH48

1005

1000p

1

2

CH98

1005

0.1/16

1

2

CH88

1005

0.1/16

1

2

CH40

1005

1000p

1

2

CH83

1005

0.1/16

1

2

CH91

1005

0.1/16

1

2

CH63

1005

1000p

1

2

CH64

1005

1000p

1

2

CH79

1005

0.1/16

1

2

CH50

1005

1000p

1

2

CH46

1005

1000p

1

2

CH43

1005

1000p

1

2

CH41

1005

1000p

1

2

CH73

1005

0.1/16

1

2

CH78

1005

0.1/16

1

2

CH75

1005

0.1/16

1

2

CH92

1005

0.1/16

1

2

CH15

1005

9.0p-C
1

2

CH16

1005

9.0p-C

1

2

CH74

1005

0.1/16

1

2

CH85

1005

0.1/16

1

2

IH03

SN74CB3T3306DCU

1OE

1A

1B

GND 2A

2B

2OE

Vcc

IH02

S-24CS02AFJ-TB-G

A0

A1

A2

GND SDA

SCL

WP

VCC

GND1GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1 GND1 GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1 GND1

GND1

GND1GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

1608

LH01

BLM18BD471SN1D

1

2

1608

LH09

BLM18BD471SN1D

1

2

1608

LH08

BLM18BD471SN1D

1

2

1608

LH07

BLM18BD471SN1D

1

2

1608

LH03

BLM18BD471SN1D

1

2

IH01
SiI9125

Q10

Q9

Q8

IOGN D-4

ODCK

IOVC C33- 6

Q7Q6Q5

Q4

CGND -11

CVCC 18-1 2

Q3Q2Q1

Q0

IOGN D-17

IOVC C33- 18

DE

HSYN C

VSYN C

EVNO DD

CGND -23

CVCC 18-2 4

CVCC 18-2 5

CSDA

CSCL

DSDA 1

DSCL 1

R1PW R5V

IOGN D-31

IOVC C33- 32

DSDA 0

DSCL 0

R0PW R5V

AGND -36

AVCC18-37
AVCC33-38
R0XC­R0XC+
AGND-41
AVCC33-42
R0X0­R0X0+
AGND-45
AVCC33-46
R0X1­R0X1+
AGND-49
AVCC33-50
R0X2­R0X2+
AGND-53
AVCC18-54
RSVDNC-55
AVCC33-56
R1XC­R1XC+
AGND-59
AVCC33-60
R1X0­R1X0+
AGND-63
AVCC33-64
R1X1­R1X1+
AGND-67
AVCC33-68
R1X2­R1X2+
AGND-71
AVCC18-72

IOGN D-73

IOVC C33- 74

MUTE OUT

RSVD NC-7 6

RSVD NC-7 7

SPDI F

CGND -79

CVCC 18-8 0SDRSVD NC-8 2

RSVD NC-8 3

RSVD NC-8 4WSSCK

IOGN D-87

IOVC C33- 88

MCLK

CGND -90

CVCC 18-9 1

DVCC 18

DGND

XTAL OUT

XTAL IN

XTAL VCC

REGV CC

RSVD NC-9 8

RSVD L

RESE T#

SCDT

INT

IOGN D-10 3

IOVC C33- 104

CI2C A

CGND -106

CVCC 18-1 07

Q35

Q34

Q33

Q32

IOGND-112

IOVCC33-113

Q31

Q30

Q29

Q28

CGND-118

CVCC18-119

Q27

Q26

Q25

Q24

IOGND-124

IOVCC33-125

Q23

Q22

Q21

Q20

CGND-130

CVCC18-131

Q19

Q18

Q17

Q16

IOGND-136

IOVCC33-137

Q15

Q14

Q13

Q12

CGND-142

CVCC18-143

Q11

G1G2G3G4G5

G6

G7

G8

G9 G10 G11 G12 G13

G14

G15

G16G17G18G19

G20

G21 G22 G23

G24G25

RH50
470k

1

2

RH16

1.0M

1

2

RH28

4.7k

1 2

RH01 47

1

2

RH48 33

1

2

RH25 33

1

2

RH26 33

1

2

RH02 47

1

2

RH46
10k

1

2

RH04 100

1

2

RH08

1.0k

1

2

RH47
10k

1

2

RH29
10k

1

2

RH15
47k

1

2

RH14
47k

1

2

RH53
470k

1

2

RH52
470k

1

2

RH51
470k

1

2

RH30

10k

1

2

RH31

4.7k

1

2

RH03 0

1

2

RH20

33

1

2

RH23

33

1

2

RH21
10k

1

2

RH22

4.7k
1

2

RH05

100

1

2

RH40

0

1

2

RH11

10k

1

2

RH27

10k

1

2

RH13
10k

1

2

RH41

0

1

2

R

H49 33

1

2

RH38

凸

2010

47k

1

2
3 4
5

6
7

8

RH24

凸

2010

33

1

2
3 4
5

6
7

8

RH36

凸

2010

47k

1

2
3 4
5

6
7

8

RH34

凸

2010

47k

1

2
3 4
5

6
7

8

HDMI_CLK

009:7B

HD_Cb[6]

009:7B

HD_Cb[3]

009:7B

HDMI_NC

012:8E

HD_Cb[0]

009:7B

HD_Cb[5]

009:7B

HDEVNODD

009:7B

HDMI_DE

009:7B

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

HD_Y[5]

009:7B

HD_Y[7]

009:7B

EDID_PR

009:1B

HD_Y[1]

009:7B

HD_Y[2]

009:7B

HD_Y[3]

009:7B

HDMI_H

009:7B

HD_Y[4]

009:7B

HD_Y[6]

009:7B

HD_Cb[2]

009:7B

H_SCDT

012:1A

HDMI_RST

008:5E

HD_Cb[7]

009:7B

HDRxDAT

005:1E

HDRxLRCK

005:1E

HD_Cb[4]

009:7B

HD_Cb[1]

009:7B

HDRxMCK

020:2C

HD_Cr[6]

009:7A

HDMI_V

009:7B

HD_Cr[3]

009:7B

HD_Cr[0]

009:7B

HD_Cr[7]

009:7A

HD_Cr[4]

009:7A

HD_Cr[1]

009:7B

HD_Cr[5]

009:7A

HD_Cr[2]

009:7B

HDRxMUTE

008:5E
020:4E

HDRxBCK

005:1E

HDMI_HPD

008:5E

CEC

012:8E

HD_Y[0]

009:7B

+5.6V

002:5C
003:G4
004:2A
008:4A
009:1C
012:1A
015:2A
016:1A
020:2B

SCL1_HDM

005:7D

SDA1_HDM

005:7D

D+3.3V

AVCC33_HDMI

AVCC18_HDMI

+5.6V

D+3.3V

D+3.3V

D+3.3V

CH06 EZJ Z0V8 0010

1 2

CH07 EZJ Z0V8 0010

1 2

CH08 EZJ Z0V8 0010

1 2

CH09 EZJ Z0V8 0010

1 2

CH05 EZJ Z0V8 0010

1 2

CH11 EZJ Z0V8 0010

1 2

CH02
EZJZ0V80010

1 2

CH01
EZJZ0V80010

1 2

CH04 EZJ Z0V8 0010

1 2

CH10 EZJ Z0V8 0010

1 2

XH01

27.0MHz

FCX-02

1

2

TP034

1

TP035

1

TP036

1

TP037

1

TP038

1

TP039

1

TP040

1

TP041

1

TP042

1

DH03
UDZS5.6B

1 2

RH32

凸

2010

33

1

2
3 4
5

6
7

8

RH33

33

1

2

CH70

1005

0.01/25

1

2

CH71

1005

0.01/25

1

2

CH69

1005

0.01/25

1

2

CH37

1.0/16

1

2

CH20

2125

10/10

1

2

CH21

2125

10/10

1

2

CH22

2125

10/10

1

2

CH23

2125

10/10

1

2

CH25

2125

10/10

1

2

CH26

2125

10/10

1

2

CH27

2125

10/10

1

2

CH29

2125

10/10

1

2

CH28

2125

10/10

1

2

CH30

2125

10/10

1

2

CH31

2125

10/10

1

2

33

RH35

8REN

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

33

RH37

8REN

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

33

RH39

8REN

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

QH03
SSM3K15FU

1

S

2

D

3

G

QH02

2SC5383-T111-1F

1

2

3

RH12
47k

1

2

GND1

CH03
EZJZ0V80010

1 2

DH01 RB521G-30

1

2

GND1GND1

GND1

CH34

1.0/16

1

2

CH33

1.0/16

1

2

IH07
TK11150CSC

Vcon t

GND

Np Vo ut

Vin

CH32

1.0/16

1

2

GND1

IH05

MM1661JHBE

Vout

NC-2

GND

CnCont

NC-6

NC-7

Vin

CH76

1005

470p

1

2

DH02 1SS355

1

2

RH55
470k

1

2

GND1

GND1

QH07
SSM3K15FU

1

S

2

D

3

G

GND1

HPLGIN_N

012:1A

CH36

2125

22/6.3

1

2

GND1

CVCC18_HDMI

RH54
47k

1

2

QH08

SSM3K15FU

1S2

D

3

G

RH70
47k

1

2

GND1

RH60 6.8

1

2

RH61 6.8

1

2

RH62 6.8

1

2

RH63 6.8

1

2

RH64 6.8

1

2

RH65 6.8

1

2

RH66 6.8

1

2

RH67 6.8

1

2

RH17
100

1

2

JH01

DC1R 019J BT

99 101011 22 33 44 55 66 77 88 1 111 121 2 1 313 141 4 1 515 161 6 1717 181 8 1 919

G1G1

G2G2

G3G3

G4G4

RH71
47k

1

2

RH80

0

1

2

RH81

0

1

2

RH82

220

1

2

RH83

1.0k

1

2

RH84

1.0k

1

2

QH01
RT1N144U

1

2

3

RH85
47k

1

2

GND1

GND1

RH86
10k

1

2

DH05

1SS355

1

2

IH10

PST8328NR

OUT

VDD

GND NC

CD

QH09

2SC5383-T111-1F

1

2

3

RH88

1.0k

1

2

GND1

RH89

0

1

2

G_XRST

005:1E
012:8B

RH90

47k

1

2

RH91

1.0k

1

2

GND1GND1 GND1

CH18

1005

0.047/16

1

2

CH17

1005

470p

1

2

GND1

GND1HDMI5VON

1B

HDMI5VON

4F

RH92
47k

1

2

RH93

22k

1

2

RH87

1.0k

1

2

CH12

1005

0.01/25

1

2

TPH01

1

TPH03

1

TPH02

1

TPH04

1

TPH05

1

発振 回路 は 小さ く纏 め て

ICのPin

に近 づけ て 配置

 ガ ード パ ター ン必 須 。

TMDS

パタ ーン はIC、コ ネク タ ーと

同面 で配 線 し、 ビア を 介さ な いこ と

Impedance 100ohm

Local I2C Address Select
Low: 0x60/0x68
High: 0x62/0x6A

CGND

IOGND

AGND_HDMI

DGND

1.8V Reg

(DGND)

ペア 配線

ペア 配線

GND

RX1-

RX2+

GND

HDMI INPUT CONNECTOR

HTPLUG

+5V

RXC+

RX0-

GND

SCL

RXC-

GND

N.C.

CEC

RX2-

RX1+

GND

SDA

RX0+

(AGND_HDMI)

CEC

ペア 配線

パス コン を セッ トで

IC SiI9125

の各 電源 ピ ン近 くに 配 置

パス コン を セッ トで

IC SiI9125

の各 電源 ピ ン近 くに 配 置

パス コン を セッ トで

IC SiI9125

の各 電源 ピ ン近 くに 配 置

パス コン を セッ トで

IC SiI9125

の各 電源 ピ ン近 くに 配 置

IC SiI9125

の電 源ピ ン 近く に配 置

セッ ト配 線

ペア 配線

セッ ト配 線

セッ ト配 線

セッ ト配 線

GND

ガー ドパ タ ーン

IC SiI9125

の電 源ピ ン 近く に配 置

Folder PathInitial Release

---------

D8MW Main PWB

HDMI Rx

S/P DIF Out

変更

(2007.06.19)

変更

(2007.06.19)

変更

(2007.06.19)

100mA

100mA

<回路No. H>

20

11

日 付 変更 者

<

変 更 来 歴

>

No.

変 更 内 容

1
2
3

2007/07/24

福間

QH05, QH06

部品追加

1mA

343mA

252mA

129mA

51mA

LH02,LH05,RH09,RH10,IH06,CH77,LH04

部品削除

2007/08/27

福間

IH05, CH76, DH02

部品変更

LH06, CH24

部品削除

XH02, RH54, RH55, QH07

部品追加

セッ トで ハ ンダ 面に 配 置の こ と

部品 面に 配 置の こと
（

WP

ショ ート 用 パッ ド

)

4
5

2007/08/27

福間

2007/08/27

福間

2007/08/27

福間

XH02,RH42,RH43,RH44,RH45

部品削除

6 2007/09/04

福間

CH35,CH12,IH08

部品削除

7

福間

2007/09/04
2007/09/048 CH36

部品変更 福間

9福間RH60〜67

追加

2007/09/07

10 RH71

追加

2007/11/06

福間

(DGND)

(CGND) (CGND)

(CGND)

(CGND)

(CGND)

(CGND)

(CGND)

(CGND)

(CGND)

(IOGND)

(IOGND)

(IOGND)

(IOGND)

(IOGND)

(IOGND)

(IOGND)

(IOGND)

(IOGND)

(AGND_HDMI)(AGND_HDMI)

(AGND_HDMI)

(IOGND)

(AGND_HDMI)

(AGND_HDMI) (AGND_HDMI) (AGND_HDMI)(AGND_HDMI)(AGND_HDMI) (AGND_HDMI)

(AGND_HDMI)

(AGND_HDMI)

11 Buffer

削除、

HPD

、リセット 見直し、 リーク対策

2007/12/07

福間

はん だ面 に 配置 のこ と
（

ICT DDC5V

給電 用

)

12 TPH01-05

パッドサイ ズ(治具用へ)変更

2008/01/15

平林

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

T.Mochizuki

N.Suzuki

T.Mochizuki

2008 07 31

2008 07 31

2008 07 31

10

3 4

5

6

7

D8MW

A

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

69











MAIN BOARD SHEET: 011

B

C

D

E

F

HDMI Rx

Schematic Diagram page /28

4

5

6

3

2

1

4

5

3

2

1

4

5

6

3

2

1

7576 70 657274 676869 6471 6673 63

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

302928272625

99

89

94

91

96

98

100

93

90

95

92

97

13 20 22 241714 19 21 2316 18153 64 11972 5 121081

62

88

87

86

85

84

83

82

81

80 79 78 77 61 60 59 58 57 56 55 54 53 52 51

4

32

1

321

FC8DATA7
FC8DATA6
FC8DATA5
FC8DATA4

FC8DATA3
FC8DATA2
FC8DATA1
FC8DATA0

FC8CPUCK
FC8CPUEN
FC8PBLK
FC8RST_N

FC8DATA7
FC8DATA6
FC8DATA5
FC8DATA4
FC8DATA3
FC8DATA2
FC8DATA1
FC8DATA0

FC8R ST_N

FC8P BLK

FC8C PUEN

FC8C PUCK

S_RESET

S_CNVSS

SUB_TXD

S_SCLK

S_BUSY

SUB_RXD

QM16
SSM3K15FU

1S2

D

3

G

QM17
SSM3K15FU

1S2

D

3

G

IM03

SN74LVC1G3157DCK

1

B2

2

GND

3

B1

4

A

5

VCC

6

S

CM11

1005

0.1/16

1

2

CM13

1005

0.1/16

1

2

CM19

1005

0.1/16

1

2

CM14

1005

0.1/16

1

2

CM18

1005

0.1/ 16

1

2

CM15

1005

0.1/16

1

2

CM12

0.1/16

1

2

CM17

1005

0.1/ 16

1

2

CM16

1005

0.1/ 16

1

2

CM06

1005

12p-C

1

2

CM07

1005

12p-C

1

2

CM08

1005

12p- C

1

2

CM09

1005

12p- C

1

2

CM10

1005

2200p

1

2

CM02

1.0/16

1

2

CM21

1005

0.1/16

1

2

CM35

1005

0.01/25

1

2

CM22

1005

0.01/25

1

2

CM23

1005

0.01/25

1

2

CM24

1005

0.01/25

1

2

CM01

2125

10/10

1

2

CM20

1005

0.1/16

1

2

CM03

1005

0.022/16

1

2

PM01

SH-10V

1

2

3

4

5

6

7

8

9

10

G1

G2

DM01
RB521G-30

1

2

IM04

TC7SZ08FU

IN_B

IN_A

GND OUT_Y

VCC

IM02

R5106N291A

SCK

INH

VDD RESETB

GND

CT

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

1608

LM01

BLM18BD471SN1D

1

2

TP044

1

TP045

1

TP04 7

1

TP043

1

TP061

1

TP03 1

1

TP00 1

1

TP063

1

TP05 01TP05 1

1

TP04 61TP05 2

1

TP092

1

TP002

1

TP003

1

TP005

1

TP00 6

1

TP004

1

TP007

1

QM14

2SA1989-T111-1

1

2

3

QM05
2SC5383-T111-1F

1

2

3

QM04
2SC5383-T111-1F

1

2

3

QM13
2SC5383-T111-1F

1

2

3

QM11

2SC5383-T111-1F

1

2

3

QM12
2SC5383-T111-1F

1

2

3

QM03
2SC5383-T111-1F

1

2

3

QM02
2SC5383-T111-1F

1

2

3

QM15
HN1C01FU

654

3 2 1

IM01
R5F364VDNFA

26 27 28 29 30

31

32

33

34

35

36

37

38

39

40

P5_6/ALE

41

42

43

P5_3/BCLK

44

45

46

47

48

P4_6/RXD7/SCL7/CS2-N

49

50

515253545556575859606162

VCC2

6364

VSS- 64

65

P2_7 /AN2 _7/A 7/[A 7/D7 ]/[A 7/D6 ]66P2_6 /AN2 _6/A 6/[A 6/D6 ]/[A 6/D5 ]

67686970717273

P1_7 /INT 5-N/ D15

7475

P1_5 /INT 3-N/ D13

76

P1_4 /D12

77

P1_3 /TXD 6/SD A6/D 1178P1_2 /RXD 6/SC L6/D 10

79

P1_1 /CLK 6/D9

80

81

82

83

84

85

86

87

88

89

P10_7/AN7/KI3-N

90

P10_6/AN6/KI2-N

91

92

93

P10_3/AN3

94

P10_2/AN2

95

96

AVSS

97

P10_0/AN0

98

VREF

99

AVCC

100

1 2 3 4 5

P9_2 /TB2 IN/S OUT3

6 7

P9_0 /TB0 IN/C LK38BYTE9CNVS S10P8_7 /XCI N11P8_6 /XCO UT12RESE T-N13XOUT14VSS- 1415XIN16VCC1

17 18 19 20 21 22 23 24 25

RM55

10k

1

2

RM29

1.0k

1

2

RM27
10k

1

2

RM74

100k

1

2

RM67

5.6k

1

2

RM75 10k

1

2

RM77 10k

1

2

RM95 10k

1

2

RM58 4. 7k

1

2

RM56 4. 7k

1

2

RM89 47k
1

2

RM52

4.7k

1

2

RM57 4. 7k

1

2

RM12 0

1

2

RM19 1. 0M

1

2

RM46

10k-1%

1

2

RM93

47k

1

2

RM94
47k

1

2

RM48 1.2k
1

2

RM49 1.2k
1

2

RM18 1.0M

1

2

RM47
10k

1

2

RM92 47k

1

2

RM60

4.7k

1

2

RM69
470k

1

2

RM80

100

1

2

RM30

100

1

2

RM31

100

1

2

RM42 1.0k

1

2

RM41 1.0k

1

2

RM70

100

1

2

RM73
100k

1

2

RM11

0

1

2

RM91
47k

1

2

RM15 0
1

2

RM38 0

1

2

RM40 100

1

2

RM39 100

1

2

RM28

1.0k

1

2

RM25
10k

1 2

RM33
10k

1

2

RM65

5.6k

1

2

RM66

5.6k

1

2

RM82

56k

1

2

RM78
100k

1

2

RM54

4.7k

1

2

RM63
10k

1

2

RM68 180

1

2

RM83
82k

1

2

RM85
22k

1

2

RM62

4.7k

1

2

RM04 100

1

2

RM90
47k

1

2

RM14 0

1

2

RM61

4.7k

1

2

RM16 0

1

2

RM13 0

1

2

RM64 10k

1

2

RM51

4.7k

1

2

RM87
47k

1

2

RM72
100k

1

2

RM86
680k

1

2

RM59

4.7k

1

2

RM53

10k

1

2

RM71
27k-1%

1 2

RM81

0

1

2

RM07

0

1

2

RM05 100

1

2

RM32
10k

1

2

RM37

1.0k

1

2

RM17

0

1

2

RM97 10k

1

2

RM10 0

1

2

RM36

1.0k

1

2

RM76 10 0

1

2

RM20

凸

2010

100k

1

2

5 6

3

478

RM09

凸

2010

10k

1

2

3 4

5

678

RM06

凸

2010

10k

1

2

3 4

5

678

RM08

凸

2010

100

1

2
3 4
5

6
7

8

RM43

凸

2010

1.0k

3

4
5 6
1

2
7

8

RM44

凸

2010

100k

1

2

7 8

3

456

RM23

凸

2010

10k

1

2
3 4
5

6
7

8

RM24

凸

2010

47k

1

2

3 4

5

678

RM22

凸

2010

100

1

2
3 4
5

6
7

8

IR_SW

015:2E

G_XRST

005:1E
011:1F

ACCLK

002:8B

AVCRTS

014:7D

AVCCTS

014:7D

PON_5.6V

002:1C

FAN_EN

002:1F

CEC

011:1E

AVCTXD

014:7D

OVDET_N003:J5

ADKEY1

013:5C

ADKEY2

013:5C

USRRST

013:5C

PoWER1

013:5D

PWRSW_N

013:5D
020:4D

G_VSYNC

008:5E

PON_3.3V

002:1D
016:1C

LEDR

013:5C

LEDG

013:5C

G_HB

005:7D

AVCRXD

014:7D

MPU_EN

009:1B

V_FREQ3

020:6B

iR_iN_G

005:7D

+5.6V

002:5C
003:G4
004:2A
008:4A
009:1C
011:1B
015:2A
016:1A
020:2B

232C_SW1

014:2E

HDMI_NC

011:1E

PWR_OFF

002:8B
005:1E
020:4C
020:4D
020:7D

POWER2TD

002:1E
015:2B
016:1B
020:2C

STB+3.3V

002:7B
013:5B
014:2B

IROFF

015:2D

IROUT

015:2C

PON_TCON

002:1F

H_SCDT011:8E

iR_iN

013:5D
015:2B

MPU_DIN

009:1B

MPU_CLK

009:1B

MPU_DOUT

009:1B

TV_POWER

002:1E
009:1C

H_FREQ3

020:6B

STB+3.3V

+5.6V

XM02

SSP-T

32.768kHz

1

1

2

2

3

3

4

4

XM01

10.000MHz
CSTCE_G

123

DM03

UDZS3.6B

1 2

RM02 0

1

2

RM03 0

1

2

RM21 0

1

2

RM34 0

1

2

RM35 0

1

2

RM88

0

1

2

GND1

RM96

47k

1

2

RM98

1.0k

1

2

HPLGIN_N

011:1C

RMA0

0

1

2

PM02

SH-10H

1

2

3

4

5

6

7

8

9

10

G1

G2

GND1

LEDo

013:5D

LEDB

013:5C

TP008

1

CM36

1005

0.01/25

1

2

GND1

RMA1

1.0k

1

2

RM79
47k

1

2

RMA3

凸

2010

47

1

2
3 4
5

6
7

8

RMA4

凸

2010

47

1

2
3 4
5

6
7

8

FC8DATA6

017:1A

FC8DATA7

017:1A

FC8CPUCK

017:1B

FC8DATA2

017:1B

FC8DATA5

017:1A

FC8DATA1

017:1B

FC8DATA4

017:1A

FC8DATA3

017:1A

FC8RST_N

016:1F

FC8CPUEN

017:1B

FC8PBLK

016:1B
017:4A

FC8DATA0

017:1B

RMA5 10 0

1

2

RMA6 10 0

1

2

RMA7 10 0

1

2

RMA8 10 0

1

2

RMB0

0

1

2

CM29

0.1/16

1

2

RM50

8.2k-1%

1

2

RM45 0

1

2

DM05 1SS355

1

2

QM20
2SC5383-T111-1F

1

2

3

GND1

STB+5V

002:7A
4E
013:5C
014:2B
014:2D
015:2A
020:2C
020:5D

CM41

1005

0.1/16

1

2

GND1

STB+5V

CM40

4.7/6.3

1

2

Tx_PDWN019:2A

RMA9
10k

1

2

GND1

RM01
330

1

2

DM06
UDZS3.6B

1 2

STB+5V

002:7A
8E
013:5C
014:2B
014:2D
015:2A
020:2C
020:5D

RM99

0

1

2

RM84 0

1

2

FC_VDD_RST

016:7E

RMB1
10k

1

2

RM26

4.7k

1

2

DM02

RB521G-30

1

2

TPM08

1

TPM05

1

TPM04

1

TPM02

1

TPM09

1

TPM01

1

TPM06

1

TPM03

1

TPM10

1

TPM07

1

IRCOUT

015:2D

RMB2 10 0

1

2

RMB3
10k

1 2

GND1

PWR_SW_MUTE

QM21

2SC5383-T111-1F

1

2

3

GND1

RMB5

10k

1

2

RMB4

22k

1

2

RMB6

10k

1

2

RMB7 0

1

2

RMB8 0

1

2

59 pin 60 pin

Low Low

全仕向

Low

Hi (予約)

ＤＥＳＴ１  ＤＥＳ Ｔ０ 仕向 地

Hi Hi (予約)

SUBuCON I/F

Folder PathInitial Release

D8MW Main PWB

Sub MPU

---------

WDTONOFF

GND

ガー ドパ タ ーン

Hi Low (予約)

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

GND

ガー ドパ タ ーン

セッ トで 配 線

<回路No. M>

12

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

IRIN (P9_ 4)

PON_ TCON (P9_ 6)

POWE R2TD (P9_ 5)

G_HB (TB3 iN/P 9_3)

PON_ 5.6V (P9_ 1)

TV_POWER

(P9_7)

CEC( CEC/ P8_5 /NMI -N)

VFRE Q_PC (INT 2_N/ P8_4 )

G_VS YNC( INT1 _N/P 8_3)

CEC_ INT( INT0 _N/P 8_2)

PWRO N(P8 _1)

MS_R XD(R XD5/ P8_0 )

H.FR EQ_P C(TA 3iN/ P7_7 )

MS_T XD(T XD5/ P7_6 )

IRCI N(TA 2iN/ P7_5 )

IR_O UT(P 7_4)

AVCT S_N( CTS2 /P7_ 3)

IRCO UT(T A1OU T/P7 _2)

AVRX D(RX D2/P 7_1)

AVTX D(TX D2/P 7_0)

M_TXD1

TXD1)

(P6_7/

M_RXD1

(P6_6/RXD1)

(P6_5/CLK1)MCLK1

(P6_4)M_BUSY

(P6_3/TXD0)MPU_DIN

(P6_2/RXD0)MPU_DOUT

(P6_1/CLK0)MPU_CLK

(P6_0)CEC_CHG

(P5_7)FAN_EN

(P5_5)EPM

(P5_4)AVRTS_N

(P5_2)PON_3.3V

(P5_1)PWRSW-N

(P5_0)CE

(P4_7)WDTCLK

(P4_4)G_XRST

DIP_ DET

(P4_ 3)

(P4_ 2)LE Do

(P4_5)IR_SW

(P4_ 1)N. C

(P4_ 0)LE DB

(P3_ 7)LE DG

(P3_ 6)LE DR

(P3_ 4)DE ST2

(P3_ 3)DE ST1

(P3_ 2)DE ST0

(P2_ 4/IN T6_N )MPU _EN

(P2_ 3)RS 232C _SEL

(P2_ 1)IR OFF

(P2_ 0)FC 8_PB LK

(P1_ 6)HD MI_S YNC_ DET

(P1_ 0)FC 8_XR ST

FC8_D7

FC8_D6

FC8_D5(P0_5)

FC8_D4(P0_4)

FC8_D3(P0_3)

FC8_D2(P0_2)

FC8_D1(P0_1)

FC8_D0(P0_0)

(P0_7)

(P0_6)

ADKEY1(AN5/P10_5)

ADKEY2(AN4/P10_4)

PANEL_DET(AN1/P10_1)

1

1

1

3

4

(P3_ 0)FC 8_XC PUEN

(P3_ 1)FC 8_CP UCLK

(P2_ 5/IN T7_N )HDM I_VC CDET

6

6

GND

ガー ドパ タ ーン

7

7

7

9/11 Del RM01

8

8

8

8.2kohm 42"

RM50 Panel

4.7kohm 37"

2.2kohm 32"

12kohm 32"FBi

8

10/4 RM45 1k-> 0

変更

10/9

未実装

10/9

未実装

10/11 PM01

未実装

10/11 RM17

未実装

10

12

12

11

10/16

部品変更

10/16

未実装

11

10/22

部品変更

13

RM30,RM31

変更

2007.10.30

江越

13

11/6 FC

電源リセッ ト検討用 追加

治具用パッ ド
半田面に配 置

(12/11追加)

14

IRCOUT

信号追加

2008.01.18

江越

14
15 PWR_SW_MUTE

信号、

RMB2、RMB3

追加

2008.01.18

山口

(P3_ 5)ST B_MU TE_O FF_N

1/23 FC

電源リセッ ト用追加

1/28 INV

スルー化

16 FC_VDD_RST

検出ポート 追加

2008.01.23

落合

16

17

江越

17 RMB7,RMB8

追加

2008.02.14

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

22kohm 47"

(P2_ 2)FC _DIP _DET

T.Mochizuki

N.Suzuki

2008 07 31

2008 07 31

11

3 4

5

6

7

D8MW

A

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

70

B

C

D

E

F

MAIN BOARD SHEET: 012

Sub MPU

Schematic Diagram page /28

GND1

ADKEY2 012:1C

iR_iN

012:1D
015:2B

GND1

USRRST 012:1E

PV02

501568-06H

1

2

3

4

5

6

G1

G2

CV08

10050.1/ 16

1

2

ADKEY1 012:1C

PON_PSU 002:1C

LEDB

012:8B

CV02

1005

0.01 /2 5

1

2

CV09

1005

0.1/ 16

1

2

CV06

1005

0.1/ 16

1

2

CV04

10050.1/ 16

1

2

CV01

1005

0.01 /2 5

1

2

STB+5V

002:7A
012:4E
012:8E
014:2B
014:2D
015:2A
020:2C
020:5D

PWRSW_N

012:1E
020:4D

CV11

10050 .1 /16

1

2

LEDG

012:8B

GND1

PoWER1 012:1E

RV03

4.7k

1

2

LEDo

012:8B

PV01

501568-10H

1

2

3

4

5

6

7

8

9

10

G1

G2

CV10

10050 .1 /16

1

2

CV05

10050.1/ 16

1

2

CV12

10050.1/ 16

1

2

CV03

1005

0.01 /2 5

1

2

RV01

1.0k

1

2

STB+3.3V

002:7B
012:1A
014:2B

LEDR

012:8B

CV13

1005470p

1

2

CV14

1005470p

1

2

RV05

0

1

2

RV04

330

1

2

RV02

560

1

2

RV06

560

1

2

USRRST

STB+5V

PWON+3.3V

iR_iN

ADKEY2

LEDR

PWRSW_N

PoWER1

STB+5V

PoWER1_SW

10/3 RV01 1. 0k->

未実装

LEDG

LEDo

GND

GND

ガードパ ター ン

LEDB

ADKEY1

GND

8/22 Del P0 01
Add PV 01
10/05 Add CV 13

コネクタの 近く に配置のこと

コネクタの 近く に配置のこと

8/22 Change PV02
10/05 Add CV14

5

5

5

3

12

3 4

5

6

7

D8MW

A

B

C

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

D

E

F

MAIN BOARD SHEET: 013

Connector

71

Schematic Diagram page /28

8

9

10

11

12

13

14

7

6

5

4

3

2

1

9

10

11

12

13

14

15

16

8

7

6

5

4

3

2

1

QS07

SSM3K15FU

1

S

2

D

3

G

QS06
SSM3K15FU

1

S

2

D

3

G

QS05
SSM3K15FU

1

S

2

D

3

G

QS04
SSM3K15FU

1

S

2

D

3

G

CS06

1005

0.1/16

1

2

CS04

1.0/16

1

2

CS05

1.0/16

1

2

CS02

1.0/16

1

2

CS03

1.0/16

1

2

CS07

1005

0.1/16

1

2

CS01

2125

10/10

1

2

IS02
TC4066BFT

In1

Out1

Out2

In2

Control2

Control3

VSS In3

Out3

Out4

In4

Control4

Control1

VDD

IS01

MAX202IPW

C1+

V+

C1-

C2+

C2-

V-

DOUT2

RIN2

ROUT2

DIN2

DIN1

ROUT1

RIN1

DOUT1

GND

VCC

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

2518

LS01
100

1

2

QS02
2SC5383-T111-1F

1

2

3

QS01
2SC5383-T111-1F

1

2

3

RS23
10k

1

2

RS28
47k

1

2

RS32

1.0k

1

2

RS2 0

10k

1

2

RS2 2

10k

1

2

RS06 100

1

2

RS18 1.0k
1

2

RS3 8

0

1

2

RS03

0

1

2

RS21

10k

1

2

RS29
47k

1

2

RS02

0

1

2

RS12 100

1

2

RS2 6 22k

1

2

RS11 100

1

2

RS3 3

10k

1

2

RS16 1.0k
1

2

RS15 1.0k
1

2

RS17 1.0k
1

2

RS2 7 22k

1

2

RS04

0

1

2

RS05 100

1

2

RS13 470
1

2

RS14 470
1

2

RS01

0

1

2

RS3 7

100 k

1

2

RS3 6

10k

1

2

RS3 5

10k

1

2

RS3 4

10k

1

2

RS0 7

凸

201 0

10k

3

4

1 2

5

678

RS08

凸

2010

100

3

4
1 2
5

6
7

8

RTS

020:2C

AVCRXD

012:8D

AVCRTS

012:8D

AVCTXD

012:8D

TxD

020:2C

232C_SW1

012:8B

DTR

020:2C

GNSS_Tx

005:7D

GNSS_Rx

005:7D

STB+3.3V

002:7B
012:1A
013:5B

STB+5V

002:7A
012:4E
012:8E
013:5C
2B
015:2A
020:2C
020:5D

AVCCTS

012:8D

STB+5V

002:7A
012:4E
012:8E
013:5C
2D
015:2A
020:2C
020:5D

RxD

020:2C

CTS

020:2C

STB+3.3V

STB+5V

STB+5V

RS19

1.0k

1

2

R001

1.0k

1

2

RS39

10k

1

2

SUB_CPU

RS-232C Table

GenesisH

232C_SW1

L

CTS

RTS

TxD

RxD

<

回路

No. S>

日 付 変 更者

<

変 更 来 歴

>

No.

変 更 内 容

1

2

1

1

1

1

1

1

1

1

1

IS01 MAX202IPW

に変更、

QS06,07,RS31,RS32

追加

IS02 VDD 5V

に変更

,DTR

信号 追 加

LS01

変更

2007.07.23

江越

7/25 LR01->LS01

7/25 Q001 -> QS03

13

3 4

5

6

7

D8MW

A

B

C

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

72

D

E

F

MAIN BOARD SHEET: 014

RS-232 Interface

Schematic Diagram page /28

8

9

10

11

12

13

14

7

6

5

4

3

2

1

4

5

3

2

1

9

10

11

12

13

14

15

16

8

7

6

5

4

3

2

1

4

5

3

2

1

5

6

7

8

4

3

2

1

IR03

HD74HC00T

1A

1B

1Y

2A

2B

2Y

GND

3Y

3A

3B

4Y

4A

4B

VCC

CR10

4.7/6.3

1

2

CR08

1005

330p-CN

1

2

CR01

2125

10/10

1

2

CR09

1005

330p-CN

1

2

CR03

2125

10/10

1

2

CR02

2125

10/10

1

2

CR06

1.0/16

1

2

CR05

1.0/16

1

2

CR04

1.0/16

1

2

CR07

1005

0.01/25

1

2

DR02

1SS3 55

1

2

DR03

RB521G-30

1

2

DR01

1SS3 55

1

2

IR01
TK11150CSC

Vcon t

GND

Np V out

Vin

IR02

TC74AC163FT

CLR

CK

A

B

C

D

ENP

GND LOAD

ENT

QD

QC

QB

QA

CARRYOUTPUT

VCC

1608

XR02

LCA10-2A1A683MT

1

2

3

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

TP064

1

QR02

2SA1989-T111-1

1

2

3

QR01

2SA1989-T111-1

1

2

3

QR08
2SA1577

1

2

3

QR07

2SA1577

1

2

3

QR05

2SC5383-T111-1F

1

2

3

QR06

2SC5383-T111-1F

1

2

3

QR03
2SC5383-T111-1F

1

2

3

RR22
10k

1

2

RR18
10k

1

2

6331

RR01

22

1

2

RR16
10k

1

2

RR08

1.0M

1

2

RR23

1.0k

1

2

RR35

330

1

2

RR17

10k

1

2

RR29

68k

1

2

6331

RR02

22

1

2

RR15

10k

1

2

RR34

270k

1

2

RR09

1.0k

1

2

RR20
10k

1

2

RR21
10k

1

2

RR31

82k

1

2

RR33

100k

1

2

RR19

10k

1

2

RR27
47k

1

2

RR13

5.6k

1

2

RR10

1.8k
1

2

RR24
0

1

2

RR28

56k

1

2

RR32

100

1

2

RR12

5.6k

1

2

RR26

47k

1

2

RR30

68k-1%

1

2

RR03

凸

2010

0

1

2
3 4
5

6
7

8

IR_SW

012:8B

+5.6V

002:5C
003:G4
004:2A
008:4A
009:1C
011:1B
012:1A
016:1A
020:2B

STB+5V

002:7A
012:4E
012:8E
013:5C
014:2B
014:2D
020:2C
020:5D

IROUT012:8D

IRo_term 020:2D

IROFF

012:8B

iR_iN

012:1D
013:5D

POWER2TD

002:1E
012:1D
016:1B
020:2C

+5.6V

STB+5V

XR01
CSBFB455KJ58-R1
CSBFB_J

1

2

QR09

2SA1989-T111-1

1

2

3

QR04

2SC5383-T111-1F

1

2

3

RR25

10k

1

2

RR36

1.0k
1

2

GND1

RR37

4.7k
1

2

CR11

1005

2200p

1

2

RR38 22k

1

2

RR39

0

1

2

DR05

1SS3 55

1

2

DR04

1SS355

1

2

RR40

0

1

2

IR05

TC7SZ00FU

CK55471R

IN_B

IN_A

GND OUT_Y

VCC

IR04

TC7W74FU

CK70711R

CK

D

Q

GND Q

CLR

PR

VCC

STB+3.3V

002:7B
013:5B
014:2B

RR42

4.7k

1

2

RR43

4.7k

1

2

RR44

0

1

2

RR45

0

1

2

IRCOUT012:8D

GND1

RR46

0

1

2

RR41

47

1

2

CR12

0.1/ 16

1

2

CR13

0.1/ 16

1

2

RR47

10k

1

2

QR10

2SC5383-T111-1F

1

2

3

GND1

RR48

10k

1

2

RR49

10k
1

2

QR11

2SC5383-T111-1F

1

2

3

RR51

10k

1

2

RR50

10k

1

2

RR52

0

1

2

RR06

33

1 2

RR07

33

1

2

RR04

凸

2010

180

1

2

3 4

5

678

RR05

凸

2010

180

1

2

3 4

5

678

Folder PathInitial Release

+5V
REG

IR

電源に

STB＋5V

を追加

,

IR

ラインに

GND

ガードを 記述

2007.06.18

江越

1

1

1

ＧＮＤ線 でガード

IR through

IR through

回路追加,部品変更 、北米の回 路追記

2007.07.04

江越

2

国内、北米

ＵＴ仕様

2

国内

北米

2

6

接続先を 変更

2007.07.12

江越

<回路No. R>

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

1

2
3

Cr08,CR09

部品サイ ズ変更

(1608→1005

） 福間

2007.07.234

QR09

部品変更

5 2007/09/05

福間

6 IR

スルー回 路変更

2007/09/06

江越

6

7

7 RR37,CR11

追加

2007/09/07

江越

9/11 Change RR23
0 -> 1k

10/1

未実装

10/1

未実装

10/1

未実装

10/1

未実装

10/1

未実装

8

8

8 RR38,RR39

追加

2007/10/29

江越

9

9

9 RR40,DR04.DR05,

回路追加

2008/01/18

江越

D-FF

9

10

回路追加

2008/01/24

江越

10

11 RR04,RR05,RR06,RR07

定数変更

2008/02/20

江越

11

11

11

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

14

3 4

5

6

7

D8MW

A

B

C

D

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

73

E

F

MAIN BOARD SHEET: 015

IR out

Schematic Diagram page /28

AE2

AE1

AF4

AF3

AF2

AF1

AG2

AG1

AG4

AG3

AH2

AH1

AA2

AA1

AB2

AB1

AB4

AB3

AC4

AC3

AC2

AC1

AD2

AD1

AH4

AD3

AG5

AC5

AE3

AE4

AD5

AF5

AE5

AD4

AB5

AH3

AA5

AA4

AA3

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

i

FC8 LVDS Tx 4/10

B15

B3

C5

B5

E6

A5

C6

E7

D7

B6

C7

A6

H3

T2

AL18

AK18

AL17

AN17

C15

A15

G4

G3

G1

K3

K1

M2

P3

R1

V1

Y1

D6

F2

AM18

AM17

F1

H1

K2

T1

B1

C1

F3

E1

D1

H5

i

i

o

i

i

i

i

i

i

i

i

i

o

o

o

o

o

o

o

o

o

o

o

o

o

FC8 PLL 8/10

4

5

3

2

1

4

5

321

4

5

3

2

1

C11

C8

E12

E8

E14

E11

E10

E13

D11

E9

D8

D12

C12

B12

A12

D13

C13

B13

A13

D14

C14

B14

A14

B8

A8

B9

A9

D9

C9

D10

C10

B10

A10

B11

A11

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

FC8 LVDS RX 3/10

4

5

321

4

5

321

4

5

3

2

1

4

5

3

2

1

G6

G10

G9

G8

11

14

13

12

15

20

19

18

17

16

G1

G7

G2G5

G4 G3

10

9

8

7

6

5

4

3

2

1

G6

G10

G9

G8

11

14

13

12

15

20

19

18

17

16

G1

G7

G2G5

G4 G3

10

9

8

7

6

5

4

3

2

1

POWER2TD

002:1E
012:1D
015:2B
020:2C

FCx+1.8V

FC+1.05V

+5.6V

FCx+1.8V

018:1A

+5.6V

002:5C
003:G4
004:2A
008:4A
009:1C
011:1B
012:1A
015:2A
020:2B

FC+1.05V

017:6A

CF83

1.0/16

1

2

RF42
0

1

2

RF28 100-1%

1

2

CF81

1.0/16

1

2

TXD_N_E008:5D

CF89

1.0/16

1

2

GND1

CF86

1.0/16

1

2

CF39 0.1/16 1005

1

2

RF52

2.2k

1

2

GND1

GND1

CF08

4.7/6.3

1

2

CF32 10050.1/16

1

2

CF52

1005

0.1/16

1

2

TP074

1

TCLK_N_E008:5D

RF21 100-1%

1

2

RF30 100-1%

1

2

RF29 100-1%

1

2

TXB_N_O008:5E

IJ01
FC8

AA3

LVDSTXVCC-AA3

AA4

LVDSTXVCC-AA4

AA5

LVDSTXVCC-AA5

AH3

LVDSTXVCC-AH3

AB5

LVDSTXVSS-AB5

AD4

LVDSTXVSS-AD4

AE5

LVDSTXVSS-AE5

AF5

LVDSTXVSS-AF5

AD5

BIASVDD

AE4

BIASGND

AE3

TXREFR

AC5

LVDSTXVDDD-AC5

AG5

LVDSTXVDDD-AG5

AD3

LVDSTXGNDD-AD3

AH4

LVDSTXGNDD-AH4

AD1

TXoUTEAN

AD2

TXoUTEAP

AC1

TXoUTEBN

AC2

TXoUTEBP

AC3

TXoUTECN

AC4

TXoUTECP

AB3

TXECLKN

AB4

TXECLKP

AB1

TXoUTEDN

AB2

TXoUTEDP

AA1

TXoUTEEN

AA2

TXoUTEEP

AH1

TXoUToAN

AH2

TXoUToAP

AG3

TXoUToBN

AG4

TXoUToBP

AG1

TXoUToCN

AG2

TXoUToCP

AF1

TXoCLKN

AF2

TXoCLKP

AF3

TXoUToDN

AF4

TXoUToDP

AE1

TXoUToEN

AE2

TXoUToEP

CF38 0.1/16 1005

1

2

GND1

GND1

CF36 0.1/16 1005

1

2

TP056

1

CF45 0.1/16 1005

1

2

IJ01
FC8

H5

PCLKiN1

D1

XoAiN

E1

XoAoUT

F3

PCLKiN2

C1

XoBiN

B1

XoBoUT

T1

PLLLPF3

K2

PLLLPF6

H1

PLLLPF7

F1

PLLLPF8

AM17

PLLLPF11

AM18

PLLLPF12

F2

PLLSEL

D6

VDDEPCK

Y1

PLLVDDA01

V1

PLLVDDA02

R1

PLLVDDA03

P3

PLLVDDA04

M2

PLLVDDA05

K1

PLLVDDA06A

K3

PLLVDDA06B

G1

PLLVDDA07

G3

PLLVDDA08A

G4

PLLVDDA08B

A15

PLLVDDA09

C15

PLLVDDA10

AN17

PLLVDDA11A

AL17

PLLVDDA11B

AK18

PLLVDDA12A

AL18

PLLVDDA12B

T2

VSS-T2

H3

VSS-H3

A6

PCLKoUT0

C7

PCLKoUT1

B6

PCLKoUT2

D7

PCLKoUT3

E7

PCLKoUT4

C6

PCLKoUT5

A5

PCLKoUT6

E6

PCLKoUT7A

B5

PCLKoUT7B

C5

PCLKoUT7C

B3

PCLKoUT8

B15

PLLLPF9MON

IF03

MM3141WNRE

VDD

GND

CE NC

VOUT

TXA_P_E

008:5D

GND1

TXD_P_E008:5D

GND1

GND1

TXE_P_E008:5D

GND1

TP059

1

CF11

4.7/6.3

1

2

CF12

4.7/6.3

1

2

IF06
TK11133CSC

Vcon t

GND

Np Vou t

Vin

CF44 0.1/16 1005

1

2

GND1

CF34 0.1/16 1005

1

2

CF30

1005

0.1/16

1

2

TP058

1

CF41 0.1/16 1005

1

2

TXB_P_E

008:5D

GND1

TCLK_P_O008:5E

CF88

1.0/16

1

2

CF51

0.1/16
1005

1

2

TXE_P_O008:5E

CF42 0.1/16 1005

1

2

CF72 10050.01/25

1

2

GND1

RF23 100-1%

1

2

TXB_P_O008:5E

TXE_N_E008:5D

CF33 0.1/16 1005

1

2

TP060

1

RF27 100-1%

1

2

CF43 0.1/16 1005

1

2

CF73 10050.01/25

1

2

RF41

0

1

2

CF40 1005

0.1/16

1

2

C

F31

0.1/16
1005

1

2

GND1

RF25 100-1%

1

2

GND1

CF70 10050.01/25

1

2

TP065

1

GND1

IF02

MM3141WNRE

VDD

GND

CENC

VOUT

CF53

0.1/16
1005

1

2

TP066

1

CF55

0.1/16
1005

1

2

TXB_N_E

008:5D

CF10

4.7/6.3

1

2

CF59

0.1/16
1005

1

2

TP062

1

CF85

1.0/16

1

2

IJ01
FC8

A11

RXiNEAN

B11

RXiNEAP

A10

RXiNEBN

B10

RXiNEBP

C10

RXiNECN

D10

RXiNECP

C9

RXECLKN

D9

RXECLKP

A9

RXiNEDN

B9

RXiNEDP

A8

RXiNEEN

B8

RXiNEEP

A14

RXiNoAN

B14

RXiNoAP

C14

RXiNoBN

D14

RXiNoBP

A13

RXiNoCN

B13

RXiNoCP

C13

RXoCLKN

D13

RXoCLKP

A12

RXiNoDN

B12

RXiNoDP

C12

RXiNoEN

D12

RXiNoEP

D8

LVDSRXVCC-D8

E9

LVDSRXVCC-E9

D11

LVDSRXVCC-D11

E13

LVDSRXVCC-E13

E10

LVDSRXVSS-E10

E11

LVDSRXVSS-E11

E14

LVDSRXVSS-E14

E8

LVDSRXVDDD-E8

E12

LVDSRXVDDD-E12

C8

LVDSRXGNDD-C8

C11

LVDSRXGNDD-C11

RF40 0

1

2

TXC_P_E

008:5D

TXE_N_O008:5E

CF35 0.1/16 1005

1

2

CF57

0.1/16
1005

1

2

CF46 0.1/16 1005

1

2

RF26 100-1%

1

2

GND1

GND1

CF58

0.1/16
1005

1

2

CF84

1.0/16

1

2

GND1

CF74 10050.01/25

1

2

GND1

RF20 100-1%

1

2

RF50

1.0k

1

2

CF75 10050.01/25

1

2

GND1

CF37

0.1/16 1005

1

2

TCLK_N_O008:5E

GND1

TP076

1

RF31 100-1%

1

2

GND1

TXC_N_E

008:5D

TP075

1

CF87

1.0/16

1

2

GND1

IF05
TK11133CSC

Vcon t

GND

Np Vou t

Vin

RF60

5.6k

1

2

TXD_N_O008:5E

CF82

1.0/16

1

2

CF14

4.7/6.3

1

2

GND1

TP057

1

TXA_N_E

008:5D

TXC_N_O008:5E

CF71 10050.01/25

1

2

TP067

1

CF47 0.1/16 1005

1

2

RF61

5.6k

1

2

RF24 100-1%

1

2

TP078

1

TXD_P_O008:5E

TCLK_P_E008:5D

CF54

1005

0.1/16

1

2

GND1

CF56

0.1/16
1005

1

2

TXA_P_O008:5D

IF07
TK11133CSC

Vcon t

GND

Np Vou t

Vin

RF22 100-1%

1

2

GND1

TXA_N_O008:5D

TP077

1

TXC_P_O008:5E

RF44

0

1

2

RF56

4.7k

1

2

RF72

100

1

2

GND1

RF71
10k

1

2

FXRST2_N

017:4A

GND1

RF47
0

1

2

CF48

1005

0.1/16

1

2

CF09

4.7/6.3

1

2

GND1

QF02
HN1C01FU

654

3 2 1

GND1

RF53

3.0k-1%

1

2

RF46

0

1

2

FC8RST_N

012:1B

GND1

RF73

100

1

2

GND1

CF50

1005

0.1/16

1

2

GND1

RF59

5.6k-1%

1

2

GND1

RF54

3.3k-1%

1

2

RF74

100

1

2

GND1

FCBUS_OE

017:1B

QF01
HN1C01FU

654

3 2 1

GND1

IF21

TC7SZ08FU

IN_B

IN_A

GND OUT_Y

VCC

RF45

0

1

2

CF80

0.22/16

1

2

RF51

1.2k-1%

1

2

GND1

RF70
10k

1

2

RF57

4.7k

1

2

RF01

凸

2010

10k

7

8

3 4

5

612

RF43

0

1

2

2125

LF04

30

1

2

2125

LF05

30

1

2

2125

LF06

30

1

2

2125

LF07

30

1

2

RF88

100

1

2

RF58
470

1

2

PON_3.3V

002:1D
012:8B

RF92

0

1

2

FC8PBLK

012:1B
017:4A

RF93

0

1

2

IF20

PST8328NR

OUT

VDD

GND NC

CD

RF91

100

1

2

CF25

2125

22/6.3

1

2

CF04

2125

10/10

1

2

RF94 1.5k

1

2

GND1

RF04
10k

1

2

CF23 1005220p

1

2

RF63

0

1

2

GND1

IF01

TPS54310

AGND

VSENSE

COMP

PWRGD

BOOT

PH-6

PH-7

PH-8

PH-9

PH-10

PGND-11

PGND-12

PGND13

VIN-14

VIN-15

VIN-16

VBIAS

SS/ENA

SYNC

RT

G1

G2

G3G4

G5

G6

G7

G8G9

G10

GND1

CF13

1005

2200p

1

2

RF95

220

1

2

GND1

RF62

3.6k-1%

1

2

RF66
68k-1%
1

2

GND1

GND1

4.7

LF02

NR8040

4.7

1

2

CF07

1005

0.047/16

1

2

CF21

1005

0.01/25

1

2

2125

LF01

30

1

2

2125

XF01

SGM20F1C104-4A

1

2

3

CF26

2125

22/6.3

1

2

RF03

1.0k

1

2

RF69

200-1%

1

2

RF67

56k-1%

1

2

GND1

RF75

10k-1%

1

2

CF03

0.1/16

1

2

CF06

2125

10/10

1

2

RF02

凸

3216

0

1

2
3 4
5

6
7

8

CF05

1005

0.1/16
1

2

GND1

GND1

RF86

10k-1%

1

2

RF79

1.0k

1

2

CF22

2125

22/6.3

1

2

CF16

2125

10/10

1

2

CF20

2125

22/6.3

1

2

RF81

68k-1%

1

2

CF15

1005

0.1/16
1

2

RF82

9.1k-1%

1

2

GND1

RF80

0

1

2

GND1

RF78

0

1

2

3 4

GND1

RF83

560-1%

1

2

IF04

TPS54310

AGND

VSENSE

COMP

PWRGD

BOOT

PH-6

PH-7

PH-8

PH-9

PH-10

PGND-11

PGND-12

PGND13

VIN-14

VIN-15

VIN-16

VBIAS

SS/ENA

SYNC

RT

G1

G2

G3G4

G5

G6

G7

G8G9

G10

CF01

0.1/16

1

2

CF24

1005

1500p

1

2

RF84 4.3k

1

2

GND1

2125

XF03

SGM20F1C104-4A

1

2

3

GND1

CF17

1005

0.047/16

1

2

RF85

430

1

2

CF19

1005150p-C

1

2

2125

LF03

30

1

2

CF02

2125

10/10

1

2

4.7

LF08

7E06NG

1

2

RF97

100

1

2

FC_VDD_RST

012:5A

DF01 RB521G-30

1

2

RF77
10k

1

2

CF60

1005

0.1/16

1

2

D+3.3V

002:5D
003:C6
0

03:G4
004:2E
005:1C
006:1A
009:1A
011:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

RF98

82k

1

2

CF18

1005

3300p

1

2

D+3.3V

Folder Path

Initial Release

---------

D8MW Main PWB

Reserved

2558mA

FC+1.05V

━━━━

Typ 1.51A

+5.6V

FCx+1.8V

━━━━

1360mA

1.05V

1.05V

PLL

━━

IJ01

の近くに配 置

Pulldown

瞬断検出

t(s) = 6.9 x 0.1
= 0.69 (s) [typ]

ResetIC-

検出電 圧からの 遅延時 間

t(s) = 0.69 x R x C
= 0.69 x 10x10^6 x C(F) [

±

10

％

]

= 6.9 x C (uF) [

±10％

]

3.3V

3.3V

D+3.3V

76.6mA

2.1mA

13.5mA

10mA

28mA

※

FLI8538とFC8

は同一面に実 装のため

LVDS

接続は、

FW2よりODDとEVEN

を入れ替え

(2007/07/09)

※クロス配線 解消のため、

TXAとTXD、TXBとTXC

を入れ替え

(2007/07/24)

<回路No. F>

20

16

3

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

12RF02〜RF13

部品サイズ 変更（

1005→1608） 2007.07.23

福間

CF78,CF79

部品サイズ 変更（

1608→1005

）

2007.07.23

福間

LVDS

入力配線変 更

2007.07.24

平林

Power(DC-DC)

EN:0.65Vでon

●

PGND

は表層 で太く短 く接続 し、

ビアを 介して中 層／裏 層

GND

と接続 のこと。

枠内全て同一面に配置のこと。

4 RF91,RF92

追加

2007.09.18

江越

10/4 RF88

未実装

9/28 Change IF20
PST8428NR -> PST8328NR

(AGND)

消費 電流 測 定後
０Ω 抵抗 削 除（

2/14

）落 合

２

mm

パタ ーン

VIA

４個

消費 電流 測 定後
０Ω 抵抗 削 除

(2/14)

落合

355mA

(AGND)

Vo=0.891x(1+ Ru/Rd)

コンデ ンサの後 で
接続す ること

5 IF01,IF04 Rohm→TI 2007.10.19

朝倉

6 2007.11.01

落合

LF08

変更

6

7 2007.11.05

落合

RF96

追加

7

8 2007.11.06

落合

RF97追加 FC

電源リセッ ト検討用

12/4 Add DF01

12/4 Add RF98

12/4 Change RF77
Mount -> Not Mount

Typ 0.83A

２mmパタ ーン

VIA

４個

Bottom View

コンデ ンサの後 で
接続す ること

(PGND)

(PGND)

(PGND)

(PGND)

Bottom View

●

PGND

は表層 で太く短 く接続 し、

ビアを 介して中 層／裏 層

GND

と接続 のこと。

(PGND)

(PGND)

(PGND)

(PGND)

AGND

は単独 パターン として 配線し 、

１ピン を介して

IC下のGND

と接続 のこと

AGND

は単独 パターン として 配線し 、

１ピン を介して

IC下のGND

と接続 のこと

4.7uH/1.7A

4.7uH/4.1A

9 2007.12.10

福間リセットIC定数変更、

RF98

変更

2007.12.10

パスコン

CF26,CF22

実装に変更

,CF18

サイズ変更 福間

10

Vo=0.891x(1+ Ru/Rd)

11

2008.01.28

落合

FC

電源リセッ ト回路変 更

(RF72→RF97：BUS SW削除)

11

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

T.Mochizuki

N.Suzuki

T.Mochizuki

2008 07 31

2008 07 31

2008 07 31

15

3 4

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

74

5

6

7

D8MW

A

B

C

D

E

F

MAIN BOARD SHEET: 016

FC8 Power

Schematic Diagram page /28

AJ2

P4

R4

F4

N1

E2

V2

G5

A3

A2

A4

H4

K5

M3

C16

E3

D2

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

FC8 others 9/10

G2

T4

U2

U3

V3

H2

J3

J2

J1

L3

J4

L2

L1

M1

K4

N3

L4

N2

P2

P1

M4

R3

N4

R2

T3

U1

i

i

i

i

i

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i

i

i

i

i

i

i

i

i

i

i

i

i

FC8 SlowBus 1/10

11

12

13

14

15

16

17

18

19

20

10

9

8

7

6

5

4

3

2

1

W4

U4

W2

V4

W5

W1

o

o

o

i

i

i

FC8 AudioDelay 5/10

4

32

1

E15

B7

A7

E30

C32

C2

Y20

W20

V21

U15

T15

R15

P17

N19

M19

E29

Y19

W19

V20

U14

T14

R14

P16

N18

M17

E25

AJ5

AB17

AA18

Y18

W18

V19

U13

T13

R13

P15

N17

M15

E24

B2

AB15

AA17

Y17

W17

V18

U21

T21

R21

R5

P14

N16

M13

V5

AB13

AA16

Y16

W16

V17

U20

T20

R20

P13

N15

L5

E5

AL3

AA15

Y15

W15

V16

U19

T19

R19

P21

P5

N14

AJ18

AA14

Y14

W14

V15

U18

T18

R18

P20

N13

D4

AN1

AK4

AJ17

AA21

AA13

Y13

W13

V14

U17

T17

R17

P19

N21

J5

C31

AJ7

AB21

AA20

A33

Y21

W21

V13

U16

T16

R16

P18

N20

M21

H29

C3

AJ6

AB19

AA19

A1

D30

B32

AN19

AM2

Y2

F5

E28

E27

E22

AK7

E21

AK6

AJ16

AJ15

U5

E4

AJ9

T5

D5

AJ8

N5

D3

Y5

M5

C4

E16

V12

N22

F30

U22

N12

F29

AB22

U12

M22

E31

AB20

T22

M20

AB18

Y22

T12

M18

D32

AB16

Y12

R22

M16

D31

AB14

W22

R12

M14

C33

AB12

W12

P22

M12

AA22

V22

P12

G29

B33

AA12

FC8 PoWER 10/10

Y3

W3

B4

C17

D16

Y4

B17

A18

D15

A16

B16

A17

E17

B18

C18

A19

B19

A20

B20

D17

C20

D20

E18

A21

B21

C21

D21

A22

B22

D18

C22

D22

E19

A23

B23

C23

D19

D23

A24

B24

C24

D24

C19

A25

B25

C25

E20

D25

A26

E23

B26

C26

E26

D26

B27

A27

A28

B28

C28

C29

C27

B29

A29

D27

A30

D28

B30

D29

A31

B31

C30

A32

o

o

o

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

i

FC8 LVTTL IN 6/10

TP096

1

TP053

1

IJ01
FC8

D2

XRST

E3

EXTLD

C16

PBLK

M3

MoDE5

K5

MoDE4

H4

MoDE3

A4

MoDE2

A2

MoDE1

A3

MoDE0

G5

TDi

V2

TMS

E2

TCK

N1

TRST

F4

TDo

R4

TCKSEL

P4

iCKSEL

AJ2

RTEST

GND1

TP097

1

TP095

1

GND1

FC8CPUCK

012:1B

GND1

FC8CPUEN

012:1B

GND1

IJ01
FC8

U1

CPUADR12

T3

CPUADR11

R2

CPUADR10

N4

CPUADR9

R3

CPUADR8

M4

CPUADR7

P1

CPUADR6

P2

CPUADR5

N2

CPUADR4

L4

CPUADR3

N3

CPUADR2

K4

CPUADR1

M1

CPUADR0

L1

CPUDATA7

L2

CPUDATA6

J4

CPUDATA5

L3

CPUDATA4

J1

CPUDATA3

J2

CPUDATA2

J3

CPUDATA1

H2

CPUDATA0

V3

SBCSEN

U3

SBWTEN

U2

SBRDEN

T4

SBCPUCLK

G2

CPUSEL

CJ20

1005

0.1/16

1

2

RJ14

10k

1

2

FC8DATA4

012:1B

GND1

FC8DATA1

012:1B

FC8DATA7

012:1B

RJ16

10k

1

2

GND1

FxDo

005:7E

GND1

TP094

1

GND1

FxLRCKi

005:7E

TP100

1

TP093

1

RJ34

47

1

2

FxBCKi

005:7E

RJ30 22

1

2

FxDi

005:7E

RJ15

10k

1

2

RJ19
10k

1

2

1608

LJ01

BLM18BD471SN1D

1

2

RJ13

10k

1

2

GND1

IJ02

TC7MBL3245AFK

NC

A1

A2

A3

A4

A5

A6

A7

A8

GND B8

B7

B6

B5

B4

B3

B2

B1

OE

VCC

GND1

IJ01
FC8

W1

AUDiN

W5

LRCKiN

V4

BiTiN

W2

AUDoUT

U4

LRCKoUT

W4

BiToUT

CJ30

1.0/16

1

2

GND1

CJ19

1005

0.1/16

1

2

FC8DATA3

012:1B

TP099

1

RJ12
10k

1

2

QJ01
2SC5383-T111-1F

1

2

3

FCBUS_OE

016:7E

FC8DATA0

012:1B

RJ31 22

1

2

FC8DATA2

012:1B

TP098

1

FC8DATA5

012:1B

RJ36 100

1

2

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
6C
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

FC8DATA6

012:1B

D+3.3V

RJ17
10k

1

2

FXRST2_N

016:7E

RJ20
10k

1

2

FC8PBLK

012:1B
016:1B

RJ18
10k

1

2

XJ01

SG-8002JF

66MHz

1

OE

2

GND

3

OUT

4

VDD

D+3.3V

CJ04

1005

0.01/25
1

2

CJ35

4.7/6.3
1

2

CJ11

0.1/16

1005

1

2

CJ17

0.1/16

1005

1

2

FC+1.05V

016:4B

CJ01

1005

0.01/25
1

2

CJ02

1005

0.01/25
1

2

CJ03

1005

0.01/25
1

2

CJ13

0.1/16

1005

1

2

GND1

CJ05

1005

0.01/25
1

2

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
1A
019:3E
019:4A
019:4D
019:6A
019:6D
020:4E

GND1

CJ16

0.1/16

1005

1

2

CJ15

0.1/16

1005

1

2

CJ31

4.7/6.3
1

2

CJ34

4.7/6.3
1

2

CJ10

0.1/16

1005

1

2

CJ07

1005

0.01/25
1

2

GND1

CJ37

4.7/6.3
1

2

CJ06

1005

0.01/25
1

2

CJ12

0.1/16

1005

1

2

CJ14

0.1/16

1005

1

2

CJ33

4.7/6.3
1

2

CJ38

4.7/6.3
1

2

CJ36

4.7/6.3
1

2

FC+1.05V

CJ32

4.7/6.3
1

2

IJ01
FC8

AA12

VDD-AA12

B33

VDD-B33

G29

VDD-G29

P12

VDD-P12

V22

VDD-V22

AA22

VDD-AA22

M12

VDD-M12

P22

VDD-P22

W12

VDD-W12

AB12

VDD-AB12

C33

VDD-C33

M14

VDD-M14

R12

VDD-R12

W22

VDD-W22

AB14

VDD-AB14

D31

VDD-D31

M16

VDD-M16

R22

VDD-R22

Y12

VDD-Y12

AB16

VDD-AB16

D32

VDD-D32

M18

VDD-M18

T12

VDD-T12

Y22

VDD-Y22

AB18

VDD-AB18

M20

VDD-M20

T22

VDD-T22

AB20

VDD-AB20

E31

VDD-E31

M22

VDD-M22

U12

VDD-U12

AB22

VDD-AB22

F29

VDD-F29

N12

VDD-N12

U22

VDD-U22

F30

VDD-F30

N22

VDD-N22

V12

VDD-V12

E16

VCCQ33-E16

C4

VCCQ33-C4

M5

VCCQ33-M5

Y5

VCCQ33-Y5

D3

VCCQ33-D3

N5

VCCQ33-N5

AJ8

VCCQ33-AJ8

D5

VCCQ33-D5

T5

VCCQ33-T5

AJ9

VCCQ33-AJ9

E4

VCCQ33-E4

U5

VCCQ33-U5

AJ15

VCCQ33-AJ15

AJ16

VCCQ33-AJ16

AK6

VCCQ33-AK6

E21

VCCQ33-E21

AK7

VCCQ33-AK7

E22

VCCQ33-E22

E27

VCCQ33-E27

E28

VCCQ33-E28

F5

VCCQ33-F5

Y2

VCCQ33-Y2

AM2

VCCQ33-AM2

AN19

VCCQ33-AN19

B32

VCCQ33-B32

D30

VCCQ33-D30

A1

VSS-A1

AA19

VSS-AA19

AB19

VSS-AB19

AJ6

VSS-AJ6

C3

VSS-C3

H29

VSS-H29

M21

VSS-M21

N20

VSS-N20

P18

VSS-P18

R16

VSS-R16

T16

VSS-T16

U16

VSS-U16

V13

VSS-V13

W21

VSS-W21

Y21

VSS-Y21

A33

VSS-A33

AA20

VSS-AA20

AB21

V

SS-AB21

AJ7

VSS-AJ7

C31

VSS-C31

J5

VSS-J5

N21

VSS-N21

P19

VSS-P19

R17

VSS-R17

T17

VSS-T17

U17

VSS-U17

V14

VSS-V14

W13

VSS-W13

Y13

VSS-Y13

AA13

VSS-AA13

AA21

VSS-AA21

AJ17

VSS-AJ17

AK4

VSS-AK4

AN1

VSS-AN1

D4

VSS-D4

N13

VSS-N13

P20

VSS-P20

R18

VSS-R18

T18

VSS-T18

U18

VSS-U18

V15

VSS-V15

W14

VSS-W14

Y14

VSS-Y14

AA14

VSS-AA14

AJ18

VSS-AJ18

N14

VSS-N14

P5

VSS-P5

P21

VSS-P21

R19

VSS-R19

T19

VSS-T19

U19

VSS-U19

V16

VSS-V16

W15

VSS-W15

Y15

VSS-Y15

AA15

VSS-AA15

AL3

VSS-AL3

E5

VSS-E5

L5

VSS-L5

N15

VSS-N15

P13

VSS-P13

R20

VSS-R20

T20

VSS-T20

U20

VSS-U20

V17

VSS-V17

W16

VSS-W16

Y16

VSS-Y16

AA16

VSS-AA16

AB13

VSS-AB13

V5

VSS-V5

M13

VSS-M13

N16

VSS-N16

P14

VSS-P14

R5

VSS-R5

R21

VSS-R21

T21

VSS-T21

U21

VSS-U21

V18

VSS-V18

W17

VSS-W17

Y17

VSS-Y17

AA17

VSS-AA17

AB15

VSS-AB15

B2

VSS-B2

E24

VSS-E24

M15

VSS-M15

N17

VSS-N17

P15

VSS-P15

R13

VSS-R13

T13

VSS-T13

U13

VSS-U13

V19

VSS-V19

W18

VSS-W18

Y18

VSS-Y18

AA18

VSS-AA18

AB17

VSS-AB17

AJ5

VSS-AJ5

E25

VSS-E25

M17

VSS-M17

N18

VSS-N18

P16

VSS-P16

R14

VSS-R14

T14

VSS-T14

U14

VSS-U14

V20

VSS-V20

W19

VSS-W19

Y19

VSS-Y19

E29

VSS-E29

M19

VSS-M19

N19

VSS-N19

P17

VSS-P17

R15

VSS-R15

T15

VSS-T15

U15

VSS-U15

V21

VSS-V21

W20

VSS-W20

Y20

VSS-Y20

C2

VSS-C2

C32

VSS-C32

E30

VSS-E30

A7

VSS-A7

B7

VSS-B7

E15

VSS-E15

RJ01 22

1

2

GND1

TP073

1

TP068

1

IJ01
FC8

A32

DiEY9

C30

DiEY8

B31

DiEY7

A31

DiEY6

D29

DiEY5

B30

DiEY4

D28

DiEY3

A30

DiEY2

D27

DiEY1

A29

DiEY0

B29

DiECB9

C27

DiECB8

C29

DiECB7

C28

DiECB6

B28

DiECB5

A28

DiECB4

A27

DiECB3

B27

DiECB2

D26

DiECB1

E26

DiECB0

C26

DiECR9

B26

DiECR8

E23

DiECR7

A26

DiECR6

D25

DiECR5

E20

DiECR4

C25

DiECR3

B25

DiECR2

A25

DiECR1

C19

DiECR0

D24

DioY9

C24

DioY8

B24

DioY7

A24

DioY6

D23

DioY5

D19

DioY4

C23

DioY3

B23

DioY2

A23

DioY1

E19

DioY0

D22

DioCB9

C22

DioCB8

D18

DioCB7

B22

DioCB6

A22

DioCB5

D21

DioCB4

C21

DioCB3

B21

DioCB2

A21

DioCB1

E18

DioCB0

D20

DioCR9

C20

DioCR8

D17

DioCR7

B20

DioCR6

A20

DioCR5

B19

DioCR4

A19

DioCR3

C18

DioCR2

B18

DioCR1

E17

DioCR0

A17

HiN

B16

ViN

A16

DEiN

D15

PoEiN

A18

WCLKiN

B17

XoCLKiN

Y4

MHWiN

D16

FPHASE

C17

FCoNT

B4

TTCLKoUT

W3

MHWoUT

Y3

MHWVARi

GND1

RJ10

10k

1

2

TP072

1

TP070

1

TP069

1

RJ03

凸

2010

10k

1

2

3 4

5

678

CJ18

1005

0.1/16

1

2

DoDCB00_2

019:2E

RJ40 0

1

2

RJ41 0

1

2

H

VBLK

1E
019:2E

HVBLK

4B
019:2E

22

RJ32

1

2

3

4

5

6

78910
11
12
13
14
15
16

FxBCKo

005:7E

FxLRCKo

005:7E

RJ07

22k

1

2

CJ41

2125

10/10

1

2

CJ42

2125

10/10

1

2

CJ43

2125

10/10

1

2

GND1

GND1

CJ40

2125

22/6.3

1

2

CJ44

2125

10/10

1

2

CJ45

0.1/16

1005

1

2

CJ46

0.1/16

1005

1

2

Folder PathInitial Release

---------

D8MW Main PWB

Pullup

Pullup

Pullup

Pullup

Pullup

MODE=000010 Dout=Low

Pullup

GND

ガー ドパ タ ーン

Pullup

Pulldown

Pullup

MODE=000011 FRCetc.=out

Pullup

Pullup

Pullup

Pulldown

Pullup

Pullup

Pullup

Pullup

MODE=000000 Dout=out

Pullup

Pullup

通常

'L'

Test

時

'H'

Audio Delay

━━━━━━

Pullup

Pullup

Pullup

Pulldown

Pullup

Pullup

BUS I/F

━━━━

Peripheral

━━━━━

Pullup

Pullup

Pulldown

Pulldown

Pulldown

FC8
etc

LVTTL I/F

━━━━━

<回路No. J>

17

10/29回路No変更(R2→RJ32)

QJ01

ベース抵抗 変更

(1k→10k)

日 付 変 更者

<

変 更 来 歴

>

No.

変 更 内 容

落合

1 2007/11/06

1

12/4 Change RJ15
Not Mount -> Mount

QJ01

ベース抵抗

RJ07変更(10k→22k)

福間

2 2007/12/10
2

2007/12/10CJ40

〜

CJ43(10uF and 22uF)

追加 福間

3

3

2007/12/10RJ01

ダンピング 抵抗定数 変更(0→

22)

落合

FC8_VDD_RST

検出回路変 更（

BUS SW削除)

落合

4 2008/01/28

4

4

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

T.Mochizuki

N.Suzuki

2008 07 31

2008 07 31

16

3 4

5

6

7

D8MW

A

75

MAIN BOARD SHEET: 017

B

C

D

E

F

FC8 etc.

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

Schematic Diagram page /28

W32

W33

L33

L32

K30

M30

L30

M31

K33

K32

J32

K31

J33

H30

H32

H31

H33

F32

G33

G31

J30

F33

E33

P32

V31

R33

R32

V33

V32

P31

P30

N33

M33

M32

N32

N30

R30

T33

U30

T32

T31

U32

T30

W30

V30

AL33

AM33

AN32

AN31

AL29

AK29

AL30

AK33

AM31

AJ31

AH31

AN29

AN30

AN28

AH32

AK28

AJ33

AL27

AH33

AM28

AM29

AK27

AH30

AE31

AA30

AK24

AM21

AE33

AE32

AA33

AA32

AM24

AN24

AN20

AM20

AF31

AF32

AG33

AG30

AF30

AG32

AD30

AE30

AC32

AB30

AB32

AC30

AB31

AD32

Y32

AC33

AM25

AN26

AK25

AM27

AK26

AM26

AL25

AK23

AN22

AK21

AL21

AM23

AL23

AM22

AK22

AK20

AK32

J31

AN21

N29

AK30

AC31

AA29

J29

AB29

M29

AM32

AJ32

V29

AJ29

U31

AL31

AJ28

U29

AL28

AJ25

AG29

AN33

AL24

AJ24

AF33

P33

AN25

AJ20

AF29

AA31

AM16

AK16

T29

AD29

AJ23

W31

K29

W29

G32

AK31

U33

G30

AM30

AK19

AH29

R31

F31

AM19

AJ30

AG31

R29

E32

AL32

AJ27

AE29

Y33

P29

D33

AL26

AJ26

AD33

Y31

N31

AN27

AL22

AJ22

AD31

Y30

L31

AN23

AL20

AJ21

AC29

Y29

L29

AL19

AJ19

AB33

i/o

i/o

i

i

i/o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

i/o

FC8 DDR2 2/10

R8

L1
A2
E2
R3
R7H2

F8

H8

E7

B8

D8

D2

F2

G3
G7
G9
A7
B2

P8

P9

N1

J3

E3

A3

R1

M9

J9

E1

A1

J7

J1

K9

K2

K8

J8

L2

L3

L8

K7

L7

K3

M8

M3

M7

N2

N8

N3

N7

P2

P3

M2

P7

R2

D9

B1

B9

C8

D1
D3

C2

D7

H3

F9
F1

H1

H9

F7

H7
G2
G8

F3

B7
E8
A8

A9

B3

J2

C9

C3

C1

C7

E9

G1

R8

L1
A2
E2
R3
R7H2

F8

H8

E7

B8

D8

D2

F2

G3
G7
G9
A7
B2

P8

P9

N1

J3

E3

A3

R1

M9

J9

E1

A1

J7

J1

K9

K2

K8

J8

L2

L3

L8

K7

L7

K3

M8

M3

M7

N2

N8

N3

N7

P2

P3

M2

P7

R2

D9

B1

B9

C8

D1
D3

C2

D7

H3

F9
F1

H1

H9

F7

H7
G2
G8

F3

B7
E8
A8

A9

B3

J2

C9

C3

C1

C7

E9

G1

R8

L1
A2
E2
R3
R7H2

F8

H8

E7

B8

D8

D2

F2

G3
G7
G9
A7
B2

P8

P9

N1

J3

E3

A3

R1

M9

J9

E1

A1

J7

J1

K9

K2

K8

J8

L2

L3

L8

K7

L7

K3

M8

M3

M7

N2

N8

N3

N7

P2

P3

M2

P7

R2

D9

B1

B9

C8

D1
D3

C2

D7

H3

F9
F1

H1

H9

F7

H7
G2
G8

F3

B7
E8
A8

A9

B3

J2

C9

C3

C1

C7

E9

G1

SDADQSP3

SDBDQ1

SDBDQSN0

SDADQSN0

SDADQ6

SDADQ6

SDADQ31

SDBADD1

SDABA0

SDAWE

SDADQ22

SDBADD12

SDAADD1

SDBDM0

SDAADD10

SDADQ7

SDADQ0

SDADQSN2

SDADQ2

SDADQ30

SDADQ9

SDADQ23

SDAADD10

SDBADD11

SDBDM1

SDAADD6

SDADQ1

SDADQ8

SDADQSN1

SDADQ10

SDBBA1

SDBDQ2

SDACAS

SDADQ10

SDAADD2

SDBDQ3

SDAADD12

SDADQ2

SDBDQ5

SDAADD3

SDBDQ1

SDADQ11

SDABA1

SDADQ3

SDADQ4

SDADM0

SDBDQ6

SDAADD2

SDBDQ0

SDADQ15

SDAWE

SDABA1

SDBADD3

SDADQ5

SDBDQ8

SDADQ14

SDBDQ7

SDADQ29

SDAADD4

SDBDQ12

SDBADD4

SDAWE

SDADQ15

SDBDQ7

SDADQ12

SDBDQ8

SDAADD5

SDBDQ5

SDABA1

SDADQ28

SDBDQ13

SDAADD3

SDBADD10

SDBoDT

SDADQ28

SDACKE

SDBDQ6

SDAoDTSDADM1

SDBADD1

SDADQ8

SDADQSP2

SDAADD5

SDAADD11

SDADQ29

SDBDQ4

SDADQ27

SDAADD0

SDBDQ2

SDBDQ14

SDBCAS

SDBADD0

SDADQ13

SDAADD4

SDADM2

SDADQ30

SDADQSN2

SDAADD12

SDADQ26

SDBDQ13

SDBDQ3

SDADQSN3

SDADQ26

SDBCS

SDADQ9

SDACS

SDADQ31

SDBDQ12

SDBDQ4

SDADQSP1

SDAADD12

SDADQ27

SDADM2

SDADQ20

SDBDQ15

SDAADD9

SDAoDT

SDADQ21

SDBBA0

SDAADD11

SDADQSN0

SDADQ5

SDBDQ11

SDBADD3

SDARAS

SDAoDT

SDBBA1

SDAADD7

SDBDQ10

SDBADD2

SDADQ0

SDADQ18

SDADM1

SDACAS

SDBDQ9

SDADQSP1

SDADQ23

SDADQ1

SDBADD5

SDBWE

SDADQSP2

SDADQ17 SDADQ24

SDBADD2

SDADQ18

SDBCKE

SDADQ25

SDADQ12

SDACKP

SDAADD6

SDBADD6

SDADQ19

SDADQ20

SDARAS

SDBRAS

SDADM3

SDAADD6

SDABA0

SDBADD9

SDADQ13

SDBDQSP0

SDADQ21

SDBRAS

SDBDQ9

SDADQ16

SDAADD4

SDBADD8

SDADQ25

SDADQ14

SDADQ22

SDBDQSP1

SDADQ17

SDBCAS

SDBDQ10

SDAADD10

SDBADD7

SDAADD2

SDADQ24

SDARAS

SDAADD1

SDBDQ11

SDAADD7

SDBCKE

SDADM0

SDAADD8

SDAADD9

SDBADD0

SDADQ16

SDAADD1

SDAADD3

SDAADD8

SDADM3

SDAADD9

SDBADD6

SDBCKP

SDBDM0

SDACKN

SDBDQSN1

SDBADD12

SDAADD7

SDBDQSN1

SDAADD5

SDBDQSP1

SDAADD0

SDBADD5

SDBDM1

SDACKE

SDBADD11

SDBoDT

SDBDQSP0

SDAADD0

SDBDQSN0

SDAADD8

SDADQSP3

SDAADD11

SDBADD4

SDBCKN

SDADQ3

SDABA0

SDBADD10

SDADQSP0

SDBCS

SDADQSN3

SDACKE

SDACAS

SDADQ4

SDBBA0

SDBDQ14

SDBWE

SDACS

SDADQSN1

SDADQ11

SDBADD7

SDBDQ0

SDADQ7

SDBDQ15

SDADQSP0

SDACS

SDBADD8

SDADQ19

SDBADD9

SIGN 018 1252

CK27 10050.1/16

1

2

CK92 1005470p

1

2

CK75 1005470p

1

2

CK55 10050.1/16

1

2

CK38 10050.1/16

1

2

CK91 1005470p

1

2

GND1

RK32 22

1

2

CK74 1005470p

1

2

CK53 10050.1/16

1

2

CK39 10050.1/16

1

2

GND1

CK87 1005470p

1

2

CK35

1005

0.1/16

1

2

GND1

CK47 10050.1/16

1

2

RK22

10k

1

2

GND1

CK63 10050.1/16

1

2

CK52 10050.1/16

1

2

GND1

CK19 10050.1/16

1

2

CK24 10050.1/16

1

2

RK36 22

1

2

CK15 10050.1/16

1

2

CK56 10050.1/16

1

2

RK44 22

1

2

CK61 10050.1/16

1

2

CK25 10050.1/16

1

2

RK61

330-1%

1 2

GND1

CK28 10050.1/16

1

2

CK20 10050.1/16

1

2

GND1

GND1

CK89 1005470p

1

2

RK05

凸

2010

22

7

8
5 6
3

4
1

2

GND1

RK10 0

1

2

C

K17 10050.1/16

1

2

CK33 10050.1/16

1

2

CK58 10050.1/16

1

2

22

RK08

8REN

5
2
3
1
4
6
8
7 10

9

11

13

16

14

15

12

RK23
10k

1

2

RK12 0

1

2

CK88 1005470p

1

2

GND1

RK20

2.7k-1%

1

2

CK95 1005470p

1

2

GND1

CK49 10050.1/16

1

2

CK70 1005470p

1

2

CK82 1005470p

1

2

CK80 1005470p

1

2

RK21

2.7k-1%

1

2

CK42 10050.1/16

1

2

GND1

CK83 1005470p

1

2

CK22 10050.1/16

1

2

CK60 10050.1/16

1

2

CK81 1005470p

1

2

RK31 22

1

2

CK64 10050.1/16

1

2

CK76 1005470p

1

2

CK21 10050.1/16

1

2

CK46 10050.1/16

1

2

CK54 10050.1/16

1

2

CK45

1005

0.1/16

1

2

RK62

330-1%

1 2

RK13 0

1

2

RK41 22

1

2

CK78 1005470p

1

2

GND1

CK48 10050.1/16

1

2

RK14

100-1%

1

2

CK44 10050.1/16

1

2

RK34 22

1

2

RK30 22

1

2

CK12 10050.1/16

1

2

CK34

1005

0.1/16

1

2

CK71 1005470p

1

2

CK41 10050.1/16

1

2

CK14 10050.1/16

1

2

CK43 10050.1/16

1

2

22

RK09

8REN

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

CK93 1005470p

1

2

CK85 1005470p

1

2

GND1

GND1

RK35 22

1

2

RK43 22

1

2

GND1

CK11

1005

0.1/16

1

2

CK79 1005470p

1

2

RK11 0

1

2

CK94 1005470p

1

2

CK26 10050.1/16

1

2

CK30 10050.1/16

1

2

GND1

CK40 10050.1/16

1

2

GND1

GND1

RK42 22

1

2

IJ01
FC8

AB33

VCCQ18-AB33

AJ19

VCCQ18-AJ19

AL19

VCCQ18-AL19

L29

VCCQ18-L29

Y29

VCCQ18-Y29

AC29

VCCQ18-AC29

AJ21

VCCQ18-AJ21

AL20

VCCQ18-AL20

AN23

VCCQ18-AN23

L31

VCCQ18-L31

Y30

VCCQ18-Y30

AD31

VCCQ18-AD31

AJ22

VCCQ18-AJ22

AL22

VCCQ18-AL22

AN27

VCCQ18-AN27

N31

VCCQ18-N31

Y31

VCCQ18-Y31

AD33

VCCQ18-AD33

AJ26

VCCQ18-AJ26

AL26

VCCQ18-AL26

D33

VCCQ18-D33

P29

VCCQ18-P29

Y33

VCCQ18-Y33

AE29

VCCQ18-AE29

AJ27

VCCQ18-AJ27

AL32

VCCQ18-AL32

E32

VCCQ18-E32

R29

VCCQ18-R29

AG31

VCCQ18-AG31

AJ30

VCCQ18-AJ30

AM19

VCCQ18-AM19

F31

VCCQ18-F31

R31

VCCQ18-R31

AH29

VCCQ18-AH29

AK19

VCCQ18-AK19

AM30

VCCQ18-AM30

G30

VCCQ18-G30

U33

VCCQ18-U33

AK31

VCCQ18-AK31

G32

VCCQ18-G32

W29

VCCQ18-W29

K29

VCCQ18-K29

W31

VCCQ18-W31

AJ23

SDAVREF1

AD29

SDAVREF0

T29

SDBVREF

AK16

SDCLKiN

AM16

SDCLKiN33

AA31

VSS-AA31

AF29

VSS-AF29

AJ20

VSS-AJ20

AN25

VSS-AN25

P

33

VSS-P33

AF33

VSS-AF33

AJ24

VSS-AJ24

AL24

VSS-AL24

AN33

VSS-AN33

AG29

VSS-AG29

AJ25

VSS-AJ25

AL28

VSS-AL28

U29

VSS-U29

AJ28

VSS-AJ28

AL31

VSS-AL31

U31

VSS-U31

AJ29

VSS-AJ29

V29

VSS-V29

AJ32

VSS-AJ32

AM32

VSS-AM32

M29

VSS-M29

AB29

VSS-AB29

J29

VSS-J29

AA29

VSS-AA29

AC31

VSS-AC31

AK30

VSS-AK30

N29

VSS-N29

AN21

VSS-AN21

J31

VSS-J31

AK32

VSS-AK32

AK20

SDADQ31

AK22

SDADQ30

AM22

SDADQ29

AL23

SDADQ28

AM23

SDADQ27

AL21

SDADQ26

AK21

SDADQ25

AN22

SDADQ24

AK23

SDADQ23

AL25

SDADQ22

AM26

SDADQ21

AK26

SDADQ20

AM27

SDADQ19

AK25

SDADQ18

AN26

SDADQ17

AM25

SDADQ16

AC33

SDADQ15

Y32

SDADQ14

AD32

SDADQ13

AB31

SDADQ12

AC30

SDADQ11

AB32

SDADQ10

AB30

SDADQ9

AC32

SDADQ8

AE30

SDADQ7

AD30

SDADQ6

AG32

SDADQ5

AF30

SDADQ4

AG30

SDADQ3

AG33

SDADQ2

AF32

SDADQ1

AF31

SDADQ0

AM20

SDADQSP3

AN20

SDADQSN3

AN24

SDADQSP2

AM24

SDADQSN2

AA32

SDADQSP1

AA33

SDADQSN1

AE32

SDADQSP0

AE33

SDADQSN0

AM21

SDADM3

AK24

SDADM2

AA30

SDADM1

AE31

SDADM0

AH30

SDAADD12

AK27

SDAADD11

AM29

SDAADD10

AM28

SDAADD9

AH33

SDAADD8

AL27

SDAADD7

AJ33

SDAADD6

AK28

SDAADD5

AH32

SDAADD4

AN28

SDAADD3

AN30

SDAADD2

AN29

SDAADD1

AH31

SDAADD0

AJ31

SDACS

AM31

SDAoDT

AK33

SDARAS

AL30

SDACAS

AK29

SDAWE

AL29

SDABA1

AN31

SDABA0

AN32

SDACKE

AM33

SDACKP

AL33

SDACKN

V30

SDBDQ15

W30

SDBDQ14

T30

SDBDQ13

U32

SDBDQ12

T31

SDBDQ11

T32

SDBDQ10

U30

SDBDQ9

T33

SDBDQ8

R30

SDBDQ7

N30

SDBDQ6

N32

SDBDQ5

M32

SDBDQ4

M33

SDBDQ3

N33

SDBDQ2

P30

SDBDQ1

P31

SDBDQ0

V32

SDBDQSP1

V33

SDBDQSN1

R32

SDBDQSP0

R33

SDBDQSN0

V31

SDBDM1

P32

SDBDM0

E33

SDBADD12

F33

SDBADD11

J30

SDBADD10

G31

SDBADD9

G33

SDBADD8

F32

SDBADD7

H33

SDBADD6

H31

SDBADD5

H32

SDBADD4

H30

SDBADD3

J33

SDBADD2

K31

SDBADD1

J32

SDBADD0

K32

SDBCS

K33

SDBoDT

M31

SDBRAS

L30

SDBCAS

M30

SDBWE

K30

SDBBA1

L32

SDBBA0

L33

SDBCKE

W33

SDBCKP

W32

SDBCKN

CK51

1005

0.1/16

1

2

FCx+1.8V

CK59 10050.1/16

1

2

CK29 10050.1/16

1

2

CK37 10050.1/16

1

2

RK39 22

1

2

CK50 10050.1/16

1

2

GND1

CK84 1005470p

1

2

CK62 10050.1/16

1

2

RK40 22

1

2

RK46 22

1

2

CK32 10050.1/16

1

2

CK16 10050.1/16

1

2

RK33 22

1

2

RK60

330- 1%

1

2

CK13 10050.1/16

1

2

RK06

凸

2010

22

1

2
3 4
5

6
7

8

CK57 10050.1/16

1

2

CK77 1005470p

1

2

FCx+1.8V

016:4C

GND1

GND1

CK73 1005470p

1

2

RK38 22

1

2

CK31 10050.1/16

1

2

CK18 10050.1/16

1

2

CK10

1005

0.1/16

1

2

CK90 1005470p

1

2

GND1

RK37 22

1

2

RK47 22

1

2

CK36 10050.1/16

1

2

GND1

CK23 10050.1/16

1

2

RK45 22

1

2

CK86 1005470p

1

2

CK72 1005470p

1

2

GND1

RK48 0

1

2

RK49 0

1

2

RK50 0

1

2

RK51 0

1

2

RK52 0

1

2

RK53 0

1

2

RK54 0

1

2

RK55 0

1

2

RK56 0

1

2

RK57 0

1

2

RK58 0

1

2

RK59 0

1

2

RK24

2.7k-1%

1

2

RK25

2.7k-1%

1

2

GND1

GND1

RK26

2.7k-1%

1

2

RK27

2.7k-1%

1

2

GND1

RK28

2.7k-1%

1

2

RK29

2.7k-1%

1

2

GND1

GND1 GND1

GND1

GND1

CK01

2125

10/10

1

2

GND1

GND1 GND1

CK05

1.0/16

1

2

CK06

1.0/16

1

2

CK08

1.0/16

1

2

CK07

1.0/16

1

2

CK66

1.0/16

1

2

CK65

1.0/16

1

2

CK67

1.0/16

1

2

CK68

1.0/16

1

2

CK03

2125

10/10

1

2

CK02

2125

10/10

1

2

CK04

2125

22/6.3

1

2

IK01
K4T56163QI-ZCE6

B9

DQ15

B1

DQ14

D9

DQ13

D1

DQ12

D3

DQ11

D7

DQ10

C2

DQ9

C8

DQ8

F9

DQ7

F1

DQ6

H9

DQ5

H1

DQ4

H3

DQ3

H7

DQ2

G2

DQ1

G8

DQ0

F7

LDQS

B7

UDQS

E8

/LDQS

A8

/UDQS

F3

LMD

B3

UMD

J2

VREF

A9

VDDQ-A9

C1

VDDQ-C1

C3

VDDQ-C3

C7

VDDQ-C7

C9

VDDQ-C9

E9

VDDQ-E9

G1

VDDQ-G1

G3

VDDQ-G3

G7

VDDQ-G7

G9

VDDQ-G9

A7

VSSQ-A7

B2

VSSQ-B2

H8

VSSQ-H8R8NC-R8

R7

NC-R7

R3

NC-R3

E2

NC-E2

A2

NC-A2

L1

NC-L1

P9

VSS-P9

N1

VSS-N1

J3

VSS-J3

E3

VSS-E3

A3

VSS-A3

R1

VDD-P9

M9

VDD-M9

J9

VDD-J9

E1

VDD-E1

J7

VSSDL

K9

ODT

K2

CKE

K8

/CK

J8

CK

L2

BA0

L3

BA1

L8

/CS

K7

/RAS

L7

/CAS

K3

/WE

N2

A3

N8

A4

N3

A5

N7

A6

P2

A7

P8

A8

P3

A9

M2

A10

M3

A1

M7

A2

M8

A0

A1

VDD-A1

J1

VDDL

D8

VSSQ-D8

F2

VSSQ-F2

H2

VSSQ-H2

D2

VSSQ-D2

E7

VSSQ-E7

F8

VSSQ-F8

B8

VSSQ-B8

P7

A11

R2

A12

IK03
K4T56163QI-ZCE6

B9

DQ15

B1

DQ14

D9

DQ13

D1

DQ12

D3

DQ11

D7

DQ10

C2

DQ9

C8

DQ8

F9

DQ7

F1

DQ6

H9

DQ5

H1

DQ4

H3

DQ3

H7

DQ2

G2

DQ1

G8

DQ0

F7

LDQS

B7

UDQS

E8

/LDQS

A8

/UDQS

F3

LMD

B3

UMD

J2

VREF

A9

VDDQ-A9

C1

VDDQ-C1

C3

VDDQ-C3

C7

VDDQ-C7

C9

VDDQ-C9

E9

VDDQ-E9

G1

VDDQ-G1

G3

VDDQ-G3

G7

VDDQ-G7

G9

VDDQ-G9

A7

VSSQ-A7

B2

VSSQ-B2

H8

VSSQ-H8R8NC-R8

R7

NC-R7

R3

NC-R3

E2

NC-E2

A2

NC-A2

L1

NC-L1

P9

VSS-P9

N1

VSS-N1

J3

VSS-J3

E3

VSS-E3

A3

VSS-A3

R1

VDD-P9

M9

VDD-M9

J9

VDD-J9

E1

VDD-E1

J7

VSSDL

K9

ODT

K2

CKE

K8

/CK

J8

CK

L2

BA0

L3

BA1

L8

/CS

K7

/RAS

L7

/CAS

K3

/WE

N2

A3

N8

A4

N3

A5

N7

A6

P2

A7

P8

A8

P3

A9

M2

A10

M3

A1

M7

A2

M8

A0

A1

VDD-A1

J1

VDDL

D8

VSSQ-D8

F2

VSSQ-F2

H2

VSSQ-H2

D2

VSSQ-D2

E7

VSSQ-E7

F8

VSSQ-F8

B8

VSSQ-B8

P7

A11

R2

A12

IK02
K4T56163QI-ZCE6

B9

DQ15

B1

DQ14

D9

DQ13

D1

DQ12

D3

DQ11

D7

DQ10

C2

DQ9

C8

DQ8

F9

DQ7

F1

DQ6

H9

DQ5

H1

DQ4

H3

DQ3

H7

DQ2

G2

DQ1

G8

DQ0

F7

LDQS

B7

UDQS

E8

/LDQS

A8

/UDQS

F3

LMD

B3

UMD

J2

VREF

A9

VDDQ-A9

C1

VDDQ-C1

C3

VDDQ-C3

C7

VDDQ-C7

C9

VDDQ-C9

E9

VDDQ-E9

G1

VDDQ-G1

G3

VDDQ-G3

G7

VDDQ-G7

G9

VDDQ-G9

A7

VSSQ-A7

B2

VSSQ-B2

H8

VSSQ-H8R8NC-R8

R7

NC-R7

R3

NC-R3

E2

NC-E2

A2

NC-A2

L1

NC-L1

P9

VSS-P9

N1

VSS-N1

J3

VSS-J3

E3

VSS-E3

A3

VSS-A3

R1

VDD-P9

M9

VDD-M9

J9

VDD-J9

E1

VDD-E1

J7

VSSDL

K9

ODT

K2

CKE

K8

/CK

J8

CK

L2

BA0

L3

BA1

L8

/CS

K7

/RAS

L7

/CAS

K3

/WE

N2

A3

N8

A4

N3

A5

N7

A6

P2

A7

P8

A8

P3

A9

M2

A10

M3

A1

M7

A2

M8

A0

A1

VDD-A1

J1

VDDL

D8

VSSQ-D8

F2

VSSQ-F2

H2

VSSQ-H2

D2

VSSQ-D2

E7

VSSQ-E7

F8

VSSQ-F8

B8

VSSQ-B8

P7

A11

R2

A12

Folder PathInitial Release

DQSP、DQSN

はペア シール ド要

645mA

クロッ クはペ アシール ド要

＜コマ ンド系 信号＆ク ロック ＞
コマン ド系は 、クロッ ク配線 長±

10mm

以内

＜アド レス系 信号＞
クロッ ク配線 長±

10mm

以内

DDR2 x2

個使用時

＜デー タ系信 号＞

DQ24〜31、DQSP3、DQSN3、DM3

でセッ ト

DQ16〜23、DQSP2、DQSN2、DM2

でセッ ト

DQ8〜15、DQSP1、DQSN1、DM1

でセッ ト

DQ0〜7、DQSP0、DQSN0、DM0

でセッ ト

パター ンの分 岐前に配 置

DQSP、DQSN

はペア シール ド要

＜デー タ系信 号＞

DQ8〜15、DQSP1、DQSN1、DM1

でセッ ト

DQ0〜7、DQSP0、DQSN0、DM0

でセッ ト

300mA

クロッ クはペ アシール ド要

＜アド レス系 信号＞
クロッ ク配線 長±

10mm

以内

＜コマ ンド系 信号＆ク ロック ＞
コマン ド系は 、クロッ ク配線 長±

10mm

以内

DDR2 x2 +1

個使用時

<

回路

No. K>

日 付

Vref各DDR

にて作成

変更者

落合

変 更 内 容

<

変 更 来 歴

>

1

1

1

1

福間

〜

CK08, CK65〜CK68

追加

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

17

3 4

5

6

7

D8MW

A

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

76

B

C

D

MAIN BOARD SHEET: 018

E

F

FC8 DDR2 I/F

Schematic Diagram page /28

AL15 i AL14

AN18

AK2

AK3

AJ1

AJ3

AL1

AH5

AL2

AK1

AM1

AJ4

AN2

AM3

AL4

AN3

AK5

AM4

AL5

AK8

AN4

AM5

AN5

AL6

AN6

AK9

AM6

AL7

AJ10

AM7

AN7

AL8

AM8

AN8

AK10

AL9

AM9

AJ11

AN9

AL10

AM10

AN10

AK11

AJ12

AL11

AM11

AJ13

AK12

AN11

AL12

AK13

AM12

AJ14

AN12

AK14

AM14

AL13

AM13

AN13

AN14

AK15

AM15

AN15

AL16

AN16

AK17

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

o

FC8 LVTTL OUT 7/10

5

6

7

8

4

3

2

1

111

115

114

112

118

113

116

117

109

110

119

104

9998

103 101 100107 105106108 102

69

67

71

62

64

66

68

70

72

63

65

3028 332627 32 353629 31 34

97

120

92 879496 899091 8693 8895 85

61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37

25

143

133

138

135

140

142

144

137

134

139

136

141

13 20 22 241714 19 21 2316 18153 64 11972 5 121081

84

132

131

130

129

128

127

126

125

124

123

122

121

8382 81 80 7978 77 7675 74 73

111

115

114

112

118

113

116

117

109

110

119

104

9998

103 101 100107 105106108 102

69

67

71

62

64

66

68

70

72

63

65

3028 332627 32 35 3629 31 34

97

120

92 879496 899091 8693 8895 85

61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37

25

143

133

138

135

140

142

144

137

134

139

136

141

13 20 22 241714 19 21 2316 18153 64 11972 5 121081

84

132

131

130

129

128

127

126

125

124

123

122

121

8382 81 80 7978 77 7675 74 73

F_TB1+

F_TC2+

F_TD1+

F_TCLK2-

F_TE3+

F_TA3+

F_TE3-

F_TCLK2+

F_TA3-

F_TD3+

F_TCLK4-

F_TD3-

F_TA1-

F_TC4­F_TC4+

F_TA2­F_TA2+

F_TC3-

F_TCLK1+

F_TB2-

F_TC3+

F_TCLK1-

F_TB4-

F_TB2+

F_TCLK3-

F_TC1+

F_TB4+

F_TCLK3+

F_TE4+

F_TA4+

F_TC1-

F_TA4-

F_TD4+

F_TE1+

Tx_PDWN

F_TC2+

F_TCLK2-

F_TD2­F_TD2+
F_TE2-

F_TB2+

F_TB2-

F_TA2+

F_TA2-

F_TB1-

F_TA1+

F_TD1-

F_TE1-

F_TC2-

F_TB3+

F_TB3-

F_TCLK4+

F_TD4-

F_TE4-

DoDCB07

F_TE4+

F_TE4-

F_TD4+

F_TD4-

F_TCLK4+

F_TCLK4-

F_TC4+

F_TC4-

F_TB4+

F_TB4-

F_TA4+

F_TA4-

F_TE2+

F_TCLK2+

F_TC2-

F_TE3+

F_TE3-

F_TD3+

F_TD3-

F_TCLK3+

F_TCLK3-

F_TC3+

F_TC3-

F_TB3+

F_TB3-

F_TA3+

F_TA3-

F_TE1+

F_TE1-

F_TD1+

F_TD1-

F_TCLK1+

F_TCLK1-

F_TC1+

F_TC1-

F_TB1+

F_TB1-

F_TA1+

F_TA1-

FC8_DoECR00
FC8_DoECR01
FC8_DoECR02
FC8_DoECR03
FC8_DoECR04
FC8_DoECR05
FC8_DoECR06
FC8_DoECR07
FC8_DoECR08
FC8_DoECR09
FC8_DoEY00
FC8_DoEY01
FC8_DoEY02
FC8_DoEY03
FC8_DoEY04
FC8_DoEY05

FC8_DoEY06
FC8_DoEY07
FC8_DoEY08

FC8_DoEY09
FC8_DoECB00
FC8_DoECB01
FC8_DoECB02

FC8_DoECB03

FC8_DoECB04

FC8_DoECB05

FC8_DoECB06
FC8_DoECB07
FC8_DoECB08
FC8_DoECB09

FC8_DoDCR00

FC8_DoDCR01

FC8_DoDCR02
FC8_DoDCR03

FC8_DoDCR04

FC8_DoDCR05

FC8_DoDCR06

FC8_DoDCR07
FC8_DoDCR08
FC8_DoDCR09

FC8_DoDY00
FC8_DoDY01
FC8_DoDY02
FC8_DoDY03
FC8_DoDY04
FC8_DoDY05
FC8_DoDY06
FC8_DoDY07

FC8_DoDY09

FC8_DoDCB01

FC8_DoDCB03

FC8_DoDCB06
FC8_DoDCB07
FC8_DoDCB08
FC8_DoDCB09

DoECR03
DoECR04
DoECR05
DoECR06
DoECR07

DoEY00
DoEY01
DoEY02
DoEY03
DoEY04
DoEY05
DoEY06
DoEY07
DoEY08

DoEY09
DoECB00
DoECB01
DoECB02

DoDCR02
DoDCR03
DoDCR04
DoDCR05
DoDCR06
DoDCR07
DoDCR08
DoDCR09

DoDY00

DoDY01

DoDY02

DoDY03

DoDY04

DoDY05

DoDY08

DoDY09

DoDCB03

DoDCB05

DoDCB07

DoDCB09

FC8_VDoUT

FC8_HDoUT

DoDCB00

FC8_ HVBL K

FC8_ DoDC B00

DoECB07

DoDCB08

DoEC B06

DoEC B05

DoEC B04

DoEC B03

DoEC B02

DoEY 09

DoEY 08

DoEY 07

DoEY 06

DoEY 05

DoEY 04

DoEY 03

DoEY 02

DoEY 01

DoEY 00

DoEC B01

DoEC B00

DoEC R09

DoEC R08

DoEC R07

DoEC R06

DoEC R05

DoEC R04

DoEC R03

DoEC R02

DoEC R01

DoEC R00

DoECB08

VDoU T_1

DEoU T_1

DoDC R00

DoDC R01

DoDC R02

DoDC R03

DoDC R04

DoDC R05

DoDC R06

DoDC R07

DoDC R08

DoDC R09

DoDY 00

DoDY 01

DoDY 02

DoDY 03

DoDY 04

DoDY 05

DoDY 06

DoDY 07

DoDY 08

DoDY 09

DoDC B00

DoDC B01

DoDC B02

DoDC B03

DoDC B04

DoDC B05

DoDC B06

Tx_P DWN

DEoU T_2

VDoU T_2

HDoU T_2

DoECR00
DoECR01
DoECR02

DoECR08
DoECR09

DoECB03
DoECB04
DoECB05
DoECB06
DoECB07
DoECB08
DoECB09
DoDCR00
DoDCR01

FCLKoUT_1

FCLKoUT_2

FC8_DEoUT

HDoUT_1
HDoUT_2
VDoUT_1
VDoUT_2
DEoUT_1
DEoUT_2

DoDCB08

DoECB09

HDoU T_1

Tx_P DWN

DoDCB09

F_TD2­F_TD2+
F_TE2­F_TE2+

DoDY07

DoDCB06

DoDCB04

DoDCB02

DoDCB01

FC8_DoDCB05

FC8_DoDCB04

FC8_DoDY08

FC8_DoDCB02

DoDY06

FC8_ FCLK oUT

FCLK oUT_ 2

FCLK oUT_ 1

DoECR00
DoECR01
DoECR02
DoECR03
DoECR04
DoECR05
DoECR06
DoECR07
DoECR08
DoECR09

DoEY00

DoEY01

DoEY02

DoEY03

DoEY04

DoEY05

DoEY06

DoEY07

DoEY08

DoEY09
DoECB00
DoECB01
DoECB02
DoECB03
DoECB04
DoECB05
DoECB06
DoECB07
DoECB08
DoECB09

DoDCR00
DoDCR01
DoDCR02
DoDCR03
DoDCR04
DoDCR05
DoDCR06
DoDCR07
DoDCR08
DoDCR09

DoDY00
DoDY01
DoDY02
DoDY03
DoDY04
DoDY05
DoDY06
DoDY07
DoDY08

DoDY09
DoDCB00
DoDCB01
DoDCB02
DoDCB03
DoDCB04
DoDCB05
DoDCB06
DoDCB07
DoDCB08
DoDCB09

HDoU T_1

VDoU T_1

DEoU T_1

HDoU T_2

VDoU T_2

DEoU T_2

FC8_D_FCLKoUT

RL21

0

1

2

GND1

RL19

0

1

2

RL27

100

1

2

CL29

0.1/16

1005

1

2

CL03

0.1/ 16

1005

1

2

RL49

凸

2010

0

1

2

3 4

5

6

7

8

RL10

0

1

2

GND1

CL26

0.1/ 16

1005

1

2

CL24

0.1/16

1005

1

2

CL25

0.1/ 16

1

2

PL01

FIR-51H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

G1

G2

G3

G4

G5

G6

G7

G8

G9

G10

42

43

44

45

46

47

48

49

50

51

CL30

0.1/ 16

1005

1

2

CL18

0.1/ 16

1005

1

2

RL47

凸

2010

0

1

2
3 4
5

6

7

8

RL15

0

1

2

CL15

0.1/ 16

1005

1

2

CL06

0.1/ 16

1005

1

2

RL41

凸

2010

0

1

2
3 4
5

6
7

8

RL24

0

1

2

CL09

0.1/16

1005
1

2

CL28

0.1/16
1005

1

2

CL07

0.1/16

1005

1

2

RL14

0

1

2

3 4

5

678

GND1

CL10

0.1/16

1005
1

2

RL17

0

1

2

CL14

0.1/16
1005

1

2

CL01

3216

10/25

1

2

RL42

凸

2010

0

1

2
3 4
5

6
7

8

RL52

凸

2010

0

1

2
3 4
5

6

7

8

RL16

0

1

2

RL28

100

1

2

RL50

凸

2010

0

1

2
3 4
5

6
7

8

GND1

RL48

凸

2010

0

1

2
3 4
5

6

7

8

RL12

0

1

2

3 4

5

678

RL43

凸

2010

0

1

2
3 4
5

6
7

8

RL09

0

1

2

3 4

5

678

CL12

0.1/16
1005

1

2

RL22

0

1

2

CL08

0.1/16

1005
1

2

GND1

RL20

0

1

2

PL02

FIR-41H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

G1

G2

G3

G4

G5

G6

G7

G8

G9

G10

CL02

1005

0.01/25

1

2

RL45

凸

2010

0

1

2
3 4
5

6
7

8

RL01

0

1

2

3 4

5

678

RL23

0

1

2

CL04

0.1/ 16

1005

1

2

CL05

0.1/ 16

1005

1

2

RL44

凸

2010

0

1

2
3 4
5

6
7

8

CL17

0.1/ 16

1005

1

2

RL51

凸

2010

0

1

2
3 4
5

6
7

8

GND1

CL11

0.1/16

1005

1

2

CL31

0.1/ 16

1005

1

2

CL13

0.1/16
1005

1

2

Tcon+12V

002:8C
003:G5

Tcon+12V

RAiKo_N

005:7D

LVDS_SEL

009:1B

RL53

10k
1

2

GND1

RL26

10k

1

2

IJ01

FC8

AK17

DoEY9

AN16

DoEY8

AL16

DoEY7

AN15

DoEY6

AM15

DoEY5

AK15

DoEY4

AN14

DoEY3

AN13

DoEY2

AM13

DoEY1

AL13

DoEY0

AM14

DoECB9

AK14

DoECB8

AN12

DoECB7

AJ14

DoECB6

AM12

DoECB5

AK13

DoECB4

AL12

DoECB3

AN11

DoECB2

AK12

DoECB1

AJ13

DoECB0

AM11

DoECR9

AL11

DoECR8

AJ12

DoECR7

AK11

DoECR6

AN10

DoECR5

AM10

DoECR4

AL10

DoECR3

AN9

DoECR2

AJ11

DoECR1

AM9

DoECR0

AL9

DoDY9

AK10

DoDY8

AN8

DoDY7

AM8

DoDY6

AL8

DoDY5

AN7

DoDY4

AM7

DoDY3

AJ10

DoDY2

AL7

DoDY1

AM6

DoDY0

AK9

DoDCB9

AN6

DoDCB8

AL6

DoDCB7

AN5

DoDCB6

AM5

DoDCB5

AN4

DoDCB4

AK8

DoDCB3

AL5

DoDCB2

AM4

DoDCB1

AK5

DoDCB0

AN3

DoDCR9

AL4

DoDCR8

AM3

DoDCR7

AN2

DoDCR6

AJ4

DoDCR5

AM1

DoDCR4

AK1

DoDCR3

AL2

DoDCR2

AH5

DoDCR1

AL1

DoDCR0

AJ3

HD

AJ1

VD

AK3

DEoUT

AK2

PoEoUT

AN18

HVBLK

AL14

CLKoUT

AL15

RCLKiN

GND1

TP009

1

Tx_PDWN012:1B

GND1

CL32

4.7/6.3

1

2

CL33

4.7/6.3

1

2

CL34

0.1/16
1005

1

2

CL35

4.7/6.3
1

2

CL36

4.7/6.3
1

2

CL38

4.7/6.3

1

2

CL37

4.7/6.3

1

2

2125

LL04

30

1

2

2125

LL03

30

1

2

CL16

0.1/ 16

1005

1

2

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
3E
4D
6A
6D
020:4E

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
3E
4A
4D
6A
020:4E

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
3E
4A
6A
6D
020:4E

RL13

10k

7

8

56

3

412

RL02
10k

7

8

56

3

412

RL11

0

1

2

47

RL29

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

47

RL30

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

47

RL31

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

47

RL33

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

47

RL34

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

47

RL36

8
7
6
5
4
3
2
1 1

6

15

14

13

12

11

10

9

47

RL37

8
7
6
5
4
3
2
1 16

15

14

13

12

11

10

9

RL32

凸

2010

47

5

6
3 4
1

2
7

8

RL03

47

1

2

RL05

47

1

2

RL07

47

1

2

RL04

47

1

2

RL06

47

1

2

RL35

22

1

2

DoDCB00_2

017:1D

HVBLK

017:1E
017:4B

RL25

0

1

2

RL40

47

1

2

RL38

22

1

2

RL39

22

1

2

RL08

47

1

2

CL27

0.1/16
1005

1

2

RL46

凸

2010

0

1

2
3 4
5

6
7

8

CL23

0.1/16
1005

1

2

CL22

0.1/16
1005

1

2

CL21

0.1/16
1005

1

2

CL20

0.1/16
1005

1

2

CL19

0.1/16
1005

1

2

2125

LL02

30

1

2

2125

LL01

30

1

2

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
3E
4A
4D
6D
020:4E

RL18

0

1

2

RL66

0

1

2

RL73

0

1

2

CL40

0.1/ 16

1005

1

2

GND1

CL41

0.1/ 16

1005

1

2

GND1

IL03

CS6649AMT

REF

CLK2

CLK1

GND CLK3

VDD

CLK4

CLKOUT

GND1 GND1

CL42

1005

0.1/ 16

1

2

RL74

0

1

2

RL75

0

1

2

CL43

4.7/6.3

1

2

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
4A
4D
6A
6D
020:4E

2518

LL05

47

1

2

RL76

0

1

2

RL77

680

1

2

RL78

1.0k
1

2

GND1

GND1

RL79

680

1

2

RL80

1.0k
1

2

GND1

1.0k

RL88

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL87

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL86

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL85

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL82

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL84

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL83

1
2
3
4
5
6
7
8 9

10

11

12

13

14

15

16

1.0k

RL81

1
2
3
4
5
6
7
8 9

10

11

12

13

1

4

15

16

RL89

2.2k
1

2

3 4

5

678

RL90

2.2k

1

2

3 4

5

678

RL92

2.2k

1

2

3 4

5

678

RL91

2.2k
5

6

3 4

1

278

CL45

4.7/6.3

1

2

CL44

0.1/16
1005

1

2

GND1

GND1

CL49

4.7/6.3

1

2

CL48

0.1/16
1005

1

2

GND1

CL47

4.7/6.3

1

2

CL46

0.1/16
1005

1

2

GND1

CL51

4.7/6.3

1

2

CL50

0.1/16
1005

1

2

RL93

0

1

2

RL94

0

1

2

RL95

0

1

2

IL02

THC63LVD1023B

B26

B27

VCC- 3

GND- 4

B28

B29

HSYN C1

VSYN C1

DE1

HSYN C2

VSYN C2

DE2

VCC- 13

GND- 14

CLKI N1

CLKI N2

CONT 11

CONT 12

CONT 21

CONT 22

R/FRSMODE 3

MAP

MODE 1

MODE 0

MODE 2

ASYN C

N/C- 29

/PDW N

PRBS

Rese rved

N/C- 33

PGND -34

PVCC -35

PGND -36

LGND-37

TE2+

TE2-

TD2+

TD2-

LGND-42

LVCC-43

TCLK2+

TCLK2-

TC2+

TC2-

LGND-48

LVCC-49

TB2+

TB2-

TA2+

TA2-

LGND-54

LVCC-55

TE1+

TE1-

TD1+

TD1-

LGND-60

LVCC-61

TCLK1+

TCLK1-

TC1+

TC1-

LGND-66

LVCC-67

TB1+

TB1-

TA1+

TA1-

LGND-72

PGND -73

PVCC -74

PGND -75

R10

R11

R12

R13

R14

R15

VCC- 82

GND- 83

R16

R17

R18

R19

G10

G11

G12

G13

G14

VCC- 93

GND- 94

G15

G16

G17

G18

G19

B10

B11

B12

B13

VCC- 104

GND- 105

B14

B15

B16

N/C-109
B17
B18
B19
VCC-113
GND-114
R20
R21
R22
R23
R24
R25
R26
R27
R28
R29
VCC-125
GND-126
G20
G21
G22
G23
G24
G25
G26
G27
G28
G29
VCC-137
GND-138
B20
B21
B22
B23
B24
B25

IL01

THC63LVD1023B

B26

B27

VCC- 3

GND- 4

B28

B29

HSYN C1

VSYN C1

DE1

HSYN C2

VSYN C2

DE2

VCC- 13

GND- 14

CLKI N1

CLKI N2

CONT 11

CONT 12

CONT 21

CONT 22

R/FRSMODE 3

MAP

MODE 1

MODE 0

MODE 2

ASYN C

N/C- 29

/PDW N

PRBS

Rese rved

N/C- 33

PGND -34

PVCC -35

PGND -36

LGND-37

TE2+

TE2-

TD2+

TD2-

LGND-42

LVCC-43

TCLK2+

TCLK2-

TC2+

TC2-

LGND-48

LVCC-49

TB2+

TB2-

TA2+

TA2-

LGND-54

LVCC-55

TE1+

TE1-

TD1+

TD1-

LGND-60

LVCC-61

TCLK1+

TCLK1-

TC1+

TC1-

LGND-66

LVCC-67

TB1+

TB1-

TA1+

TA1-

LGND-72

PGND -73

PVCC -74

PGND -75

R10

R11

R12

R13

R14

R15

VCC- 82

GND- 83

R16

R17

R18

R19

G10

G11

G12

G13

G14

VCC- 93

GND- 94

G15

G16

G17

G18

G19

B10

B11

B12

B13

VCC- 104

GND- 105

B14

B15

B16

N/C-109
B17
B18
B19
VCC-113
GND-114
R20
R21
R22
R23
R24
R25
R26
R27
R28
R29
VCC-125
GND-126
G20
G21
G22
G23
G24
G25
G26
G27
G28
G29
VCC-137
GND-138
B20
B21
B22
B23
B24
B25

Folder PathInitial Release

---------

D8MW Main PWB

<回路No. L>

19

日 付 変 更者

<

変 更 来 歴

>

No.

変 更 内 容

1

落合

2007/10/172相4

相変換

LVDS Tx

追加

TC2-

NC.

TD4-

GND

NC.

NC.(EXT_VBR)

NC.

TE1-

GND

P# EA02653R
EA02658R

TC2+

TE1+

TD3-

GND

VDD

TE2+

TD1+

LCD T-CON

電源

NC.

TD2-

TA2-

TD2+

TB3-

TC1+

NC.

GND

TCLK4+

TCLK3+
GND

TB1+

GND(LVDS)

VDD

TCLK3-

GND

TB1-

GND

TCLK2+

NC.

VDD

NC.

TE3+

TA3-

TCLK2-

TC3+

NC.

TCLK4-

TA3+

TB4+

NC.

TC4-

NC.(DCR)

TD1-

GND

TB4-

NC.

TA4-

TCLK1-

TA4+

GND

NC.(VBR_oUT)

TE3-

TD3+

GND

TA2+

GND

P# EA02659R

GND

TD4+

GND

TA1+

LVDSSEL

＝

Hi:JEIDA_Format)

TCLK1+

TB2+

GND

TE4+

GND

TE4-

GND

TC4+

NC.

TC3-

LCD-42/47

用

NC.

LCD-42/47

用

GND

TB3+

TB2-

NC.

GND

GND

TE2-

VDD

NC. (Raikknen3

＝

Low

）

GND(LVDS)

通常は

Hi

ライコネン 接続で

Low

TA1-

TC1-

GND

FRC

制御信号

4

相ツイストペ ア信号

等長配線とす ること。

(±3mm)

FCLKoUT_1

，

FCLKoUT_2

： 等 長配線(±

3mm)

DoE**[9:0]

： 線 長は

FCLKoUT1

基準に±

10mm

DoD**[9:0]

： 線 長は

FCLKoUT2

基準に±

10mm

ガード

Zero_Delay_Buf.

ＩＣ直下の パターン は、ＧＮＤ プレーン

落合

2007/10/24

PL02 P#

変更

2

2

2007/10/24FC8 LVTTL

出力等長指 定変更

(CLK±5→10mm)3

3

4

落合

ネット名修 正

(IL02 38pin)F_TC3+→F_TE3+

4

落合

2007/10/29

5

5

PL01 48pin GND

→

NC

落合

2007/12/07

5

6

FC8 LVTTL bit

割付修正

落合

2007/12/07

7

パターン間 クリアラ ンス仕様変 更

落合

2007/12/10

7

下記信号に ついてパタ ーン間クリ アランス

MIN

仕様 変更願い ます。

FCLKoUT_1，FCLKoUT_2，DoE**[9:0]，DoD**[9:0]

：

(現)(

設計試作

)0.1→(#00-1)0.15mm

(

注)ガード 隣接

GND

も同様に

0.15mm

以上離して 下さい。

落合

2007/12/10

8

FC8

→

LVDS Tx

ダンピング 抵抗定数 変更

47→33

7

3

9

RL76

追加

落合

2007/12/10

FC8 LVTTL

出力等長指 定変更

(CLK±10→+10/-20mm)10

2007/12/10

落合

11

LVDS

出力等長指 定変更(4相とも±3→各相±

3mm)

2007/12/10

落合

11

4

相ツイストペ ア信号

各相にて等長 配線とすること 。

(±3mm)

10

+10,-20mm

12

FC8 LVTTL

終端追加

RL77,RL79

2008/1/17

落合

12

12

2008/1/17

LVDS Tx

未使用入力 ポート

pulldown→GND

ショート

落合

13

13

13

2008/1/22

FC8 LVTTL EMI

対策のため ，

bit

配置変更

落合

14

15

14

2008/1/22

FC8 LVTTL

波形品質調 整のため 終端追加定 数変更

落合

15

15

15

15

15

15

2008/1/23

FC8 LVTTL pull-up

電源パスコ ン追加

落合

16

16

15

消費 電流 測 定後
０Ω 抵抗 削 除（

2/14

）落 合

消費 電流 測 定後
０Ω 抵抗 削 除（

2/14

）落 合

2008/2/14

FC8 LVTTL pull-up,

電源パスコ ン削除

落合

17

17

FCLKoUT

遅延調整

130mm

15

2008/2/14

FC8 CLK

遅延調整パ ターン追 加

落合

18

2008/2/15

短絡時発煙 のため部 品変更

(150mA→3A品)

落合

18

19

19

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

LVDS TX

T.Mochizuki

N.Suzuki

2008 07 31

2008 07 31

18

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

3 4

5

6

7

D8MW

A

77

MAIN BOARD SHEET: 019

LVDS TX.

B

C

D

E

F

Schematic Diagram page /28

8

9

10

11

12

13

14

7

6

5

4

3

2

1

4

5

3

2

1

IW01

SN74LV14APW

1A1Y2A

2Y

3A

3Y

GND

4Y

4A

5Y

5A

6Y

6A

Vcc

CW02

1005

0.1/16
1

2

CW03

1005

0.1/16
1

2

CW05

1005

100p-C

1

2

CW06

1005

100p-C

1

2

DW07

1SS355

1

2

DW08

1SS355

1

2

DW09

1SS355

1

2

DW02

1SS355

1

2

DW06

1SS355

1

2

DW03

1SS355

1

2

DW01

1SS355

1

2

IW02

TC7SZ08FU

IN_B

IN_A

GND OUT_Y

VCC

GND1GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

QW08

2SC5383-T111-1F

1

2

3

QW07

2SC5383-T111-1F

1

2

3

QW01

2SC5383-T111-1F

1

2

3

QW02

2SC5383-T111-1F

1

2

3

QW03
2SC5383-T111-1F

1

2

3

QW06

2SC5383-T111-1F

1

2

3

RW26
82k

1

2

RW03 0

1

2

RW27

47k

1

2

RW17 2 2k

1

2

RW34

10k

1

2

RW33
82k

1

2

RW01 0

1

2

RW35

82k

1

2

RW32

82k

1

2

RW31
82k

1

2

RW28
82k

1

2

RW08

47k

1

2

RW14

82k

1

2

RW04 0

1

2

RW06

10k

1

2

RW36

82k

1 2

RW02 0

1

2

H_FREQ3

012:8D

AUD_MUTE

008:5E

AUD_SEL

006:3C
2D

D+3.3V

002:5D
003:C6
003:G4
004:2E
005:1C
006:1A
009:1A
011:1A
016:1A
017:1A
017:6C
019:3E
019:4A
019:4D
019:6A
019:6D

HDRxMUTE

008:5E
011:8E

AUD_MUTn

2D

AUD_RST

008:5E

V_FREQ3

012:8D

GEN+3.3V

004:5A
005:1A
008:1D
009:7C

PWR_OFF

002:8B
005:1E
012:1E
4C
4D

Dsub_V

2D

PC_HD

009:1E

AUD_RSTn

2D

PWR_OFF

002:8B
005:1E
012:1E
4C
7D

PC_VD

009:1E

Dsub_H

2D

STB+5V

002:7A
012:4E
012:8E
013:5C
014:2B
014:2D
015:2A
2C

PWRSW_N

012:1E
013:5D

HP_MUTE

008:5E

HP_MUTN

2C

PWR_OFF

002:8B
005:1E
012:1E
4D
7D

CW09

1005

100p-C

1

2

CW08

1005

100p-C

1

2

CW04

1005

470p

1

2

CW10

1005

100p-C

1

2

AUD_RSTn 6C

STB+5V

002:7A
012:4E
012:8E
013:5C
014:2B
014:2D
015:2A
5D

AMP_PWR

002:5E
003:G6

PC_Blue 009:1D

DLY_LRCK

005:7E

RxD

014:2C

CTS

014:2C

VGA_SDA 005:7D

HDRxMCK

011:8E

HP_DET

009:1B

DLY_DAT

005:7E

Dsub_V 4B

AUD_SEL

006:3C
4E

+5.6V

002:5C
003:G4
004:2A
008:4A
009:1C
011:1B
012:1A
015:2A
016:1A

PC_Green 009:1D

TxD

014:2C

ADC_BCK

005:1E

HP_MUTN

8C

SCL_AUD

005:7D

DLY_BCK

005:7E

SDA_AUD

005:7D

IRo_term

015:8D

ADC_LRCK

005:1E

RTS

014:2C

DTR

014:2B

ADC_DAT

005:1E

Dsub_H 4B

AUD_MUTn 6D

VGA_SCL 005:7D

POWER2TD

002:1E
012:1D
015:2B
016:1B

PC_Red 009:1D

DW10

1SS355

1

2

PW02

FH28-50HLow

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50

G1
G2

GND1GND1

GND1

PW01

501568-14H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

G1

G2

GND1

PON_PSU

012:1E
013:5D

RW40

47k

1

2

RW38 2 2k

1

2

RW39

47k

1

2

RW37

47k

1

2

QW09
2SC5383-T111-1F

1

2

3

DW11

1SS355

1

2

STB+5V

002:7A
012:4E
012:8E
014:2B
014:2D
015:2A
019:5C
2D
3B

POWER2TD

002:1E
012:1D
015:2B
016:1B
3A

GND1

DW12

1SS355

1

2

PWR_SW_MUTE

Folder PathInitial Release

---------

D8MW Main PWB

From
Terminal-BD

Schmitt Trigger Buffer

Main-BD to Terminal-BD Connector

Audio Reset

<

回路

No. W>

20

日 付 変更者

<

変 更 来 歴

>

No.

変 更 内 容

1
2
3

I2S BUS SW

回路削除

2007/07/20

山口

Connector / etc

DTR

信号 追 加

2007/07/23

江越

PW01

および配 線変更

2007/07/26

平林

7/26 Del
DW04, DW05, DW07, RW07, RW29, QW04

7/26 Del "HP_MUTEn"7/26 Del "HP_MUTE"

4 PW01

および配 線変更

2007/08/23

山口

8/24 Add IW02, CW03

AUD_SEL SELECT
L HDMI ADC(PC)
H ADC(PC) HDMI

9/10 Add RW31, RW32, QW06
Change DW01 (Mount -> not Mount)
anti-POP at turning off the mechanical power SW

9/11 Change RW14
10k -> 82k

2007/09/10

山口

9/18 Add RW33, RW34, QW07
Reserve for anti-POP at turning off AC power

5
6

HP

追加のた め

CW09,CW10追加,CW07

削除

"CTS","RTS","DTR"をPW02

へ接続先 変更

PW01

のピン配 置変更

2007/10/08

平林

RW31, RW32, QW06

追加

7 2007/10/19

平林

CW04,CW05,CW06,CW07,CW08

追加

HP Mute

10/23 RW32
10k -> 82k

10/19 Add

SPK AMP Mute

8 PW01のPC_R/G/BとGND_R/G/B

をピン配 置入れ替え

2007/10/25

平林

9 32#01

変更点(上記7，8)を適用

2007/10/29

落合

PC_R,PC_G,PC_B 75

Ωインピ ーダンス配 線指定

10 2007/10/29

落合

GND_G,GND_B,GND_R

をベタ

GND化(GND1)11 2007/10/29

落合

NC
NC

コネクタの ピン近く に配置

12 PW01

変更（

50pin->80pin）,RW37-RW40/CW11追加2007/11/06

平林

13 DW10

追加

2007/11/06

山口

11/6 DW10 Add
12/4 DW10 Not Mount -> Mount

落合

Main-Terminal

間コネク タ変更

PW01→PW01,PW0211 2007/12/10

12/10
PW01

→

PW01(Power)PW02(Signal)
Del
RW37,RW38,RW39,RW40,CW11

12/21

以下削除

RW41, RW42, RW43, RW44, RW45, QW10, QW11

/DG-DAT/FPD/D8M/D8M-Main/D8M-MAIN-47-B2B/

D8M-Main-47-B2B_001/D8M-Main-47-B2B_001.cir/

T.Mochizuki

N.Suzuki

2008 07 31

2008 07 31

2008 07 31

19

3 4

5

6

7

D8MW

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.





78

A

B

C

MAIN BOARD SHEET: 020

D

E

F

Connector / etc.

Schematic Diagram page /28

C103

1005

0.1/16

1

2

C101

1005

0.1/16

1

2

C102

1005

0.1/16

1

2

C105

1005

0.1/16

1

2

C104

1005

0.1/16

1

2

C108

1005

1000 p

1

2

C109

1005

1000 p

1

2

C111

1005

1000 p

1

2

C110

1005

1000 p

1

2

C107

1005

0.01 /25

1

2

C106

1005

0.01 /25

1

2

C112

1005

0.1/16

1

2

GND1

HP_GND

GND1

GND1

HP_GND

HP_GND

GND1

GND1

HP_GND

2520

L101

10

1

2

2520

L102

10

1

2

J101

LGS6509-1400F

11

99

88

77

22

33

R103

0

1

2

R102

0

1

2

R104

0

1

2

R101

凸

2010

0

1

2

3 4

5

678

HP_R

004:7C

HP_DET D5

IRo_termD5H6

CTS

D5

TxD

D5

RxD

D5

DTR

D5

RTS

D5

IRo_term

D5
J4

HP_L

004:7C

J102
YKF51-5376

12

345

678

9

10

11

PC_Green 005:J7

PC_Red 005:J8

PC_Blue 005:J7

Dsub_H 005:J6

Dsub_V 005:J5

VGA_SCL 005:J2

VGA_SDA 005:J2

AUD+11V

003:5B
003:5D
003:6B
004:2E

+5.6V 002:6C

HP_DET J6

HDM_MCLK 003:2D

HP_MUTN

004:2C
004:6C

TxD J4

RxD J3

POWER2TD

002:6D
003:2B

CTS

J3

DTR

J4

RTS

J3

ADC_SCLK 002:5B

ADC_WS 002:5B

IRo_term

H6
J4

ADC_SD 002:5B

DLY_SCLK_S 002:2E

DLY_WS_S 002:2E

R105

0

1

2

DLY_SD_S 002:2E

DLY_SCLK_H 004:2C

DLY_SD_H 004:2C

R107

0

1

2

R106

0

1

2

R110

0

1

2

R108

0

1

2

DLY_WS_H 004:2C

R109

0

1

2

AudioRSTn

002:2D
003:2B
004:2C

AUD_SDA

002:2D
003:2C
004:4C

MCLK_SEL 003:2D

AUD_SCL

002:2D
003:2C
004:4C

AMP_MUTN 003:2C

STB+5V

004:7C

P102

FH28-50HLow

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

G1

G2

GND5

P101

501568-14H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

G1

G2

GND1

GND1

AMP_PGND

STB+5V_PC

005:B3
005:F6

C113

2125

10/10

1

2

2518

L103
47

1

2

GND5

C114

1.0/25-B

1

2

C115

1.0/16

1

2

C116

1.0/16

1

2

AMP_PGND

GND5

CTSRTS

TxD

RxD

1

1

Terminal-BD to Main-BD Connector

Headphone-out/IR-out Connector

RS232C/IR-out Connector

P101

および 配線を 変更

2007/08/23

山口

3

MAX 1.5A

MAX 1.5A

10/19 Add Headphone function

R101

は分岐点に近づけて配置

GND

NO

COM

NC

L

R

Function R102
HP Mount
IR-out Not Mount

4

P101

の

PC_R/G/BとGND_R/G/B

のピン 配置入 替え

C112

追加

2007/08/25

平林

155mA(MAX)

155mA(MAX)

10/30 Change R104
Mount -> Not mount

コネクタ

P102

のピン近くに配置

N.C.
N.C.

コネクタ

P102

のピン近くに配置

基板パ タ ーンは全層で

GND1とGND5

との間 に

スリッ ト を設け、

P102の1-16

ピンお よ び

Analog RGB Input回路(P5)

を音声 お よび

その他 の 回路から完全に分 離 する

P101

コネク タ変更 (電源

)P101,(信号)P1025 2007/12/10

落合

P101

コネク タ直パ スコン追 加（

EMI検討)6 2007/12/14

落合

6

6

6

20

3 4

5

6

7

D8MW

A

B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

79

TERMINAL BOARD SHEET: 001

F

Connector (RS232C / IR out)

Schematic Diagram page /28

4

5

3

2

1

G1

5

6

7

8

4

3

2

1

8

9

10

11

12

13

14

7

6

5

4

3

2

1

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

3

2

1

C203

1005

0.1/ 16

1

2

C220

1.0/16

1

2

C226

2125

10/1 0

1

2

C202

2125

10/1 0

1

2

C201

1.0/16
1

2

C219

1.0/16
1

2

C223

1.0/16

1

2

C225

1.0/16

1

2

C205

2125

10/1 0

1

2

C214

1005

7.0p-C
1

2

C222

1005

0.01/25

1

2

C206

1005

0.1/ 16

1

2

C215

1005

7.0p-C
1

2

C217

1.0/16

1

2

C204

1005

0.1/ 16

1

2

C207

0.22/16

1

2

C224

1005

0.01/25

1

2

C221

1005

0.01/25

1

2

C209

2125

10/10

1

2

C208

1005

0.1/16

1

2

C213

1005

0.1/16

1

2

C212

2125

10/10

1

2

C211

1005

0.1/16

1

2

C210

2125

10/10

1

2

C218

1005

100p-C

1

2

C227

1005

1000p

1

2

C228

1005

1000p

1

2

C216

1005

100p-C

1

2

D202

1SS3 55

1

2

D203

1SS3 55

1

2

D201

1SS3 55

1

2

D204

1SS3 55

1

2

I203
TK11150CSC

Vcon t

GND

Np V out

Vin

I204

MM1663DHBE

Vout

NC-2

GND

CnCont

NC-6

NC-7

Vin

I201

PCM1 808

VREF

AGND

VCC

VDD

DGND

SCKI

LRCK BC K

DOUT

MD0

MD1

FMT

VINL

VINR

I202

NJU26041V-01A

VDD-1

SDA/SDOUT

SCL/SCK

AD1/SDIN

AD2/SSb

RESETb

VDD-7

VDD-8

VSS-9

CLKOUT

CLK

TEST-12

TEST-13

SDI0

LRI

BCKI BCKO

LRO

SDO0

SDO1

TEST-21

MCK

TEST-23

VSS-24

VDD-25

WDC

MUTEb

PROC

SEL

TEST-30

TEST-31

VSS-32

2125

X205

NFM2012P13C105B

1

2

3

2125

X207

NFM2012P13C105B

1

2

3

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

GND1

1608

L201

BLM18BD471SN1D

1

2

1608

L203

BLM18BD471SN1D

1

2

1608

L202

BLM18BD471SN1D

1

2

J201

LGY6502-0800

1GND

2L

3R

R220

470-1%

1

2

R217 47

1

2

R204 1 0k

1

2

R219 1 0k

1

2

R222 1 0k

1

2

R214 47

1

2

R209 47

1

2

R208 47

1

2

R207 47

1

2

R224

100

1

2

R223

100

1

2

R203 47

1

2

R202 47

1

2

R228

30k- 1%

1

2

R210
0

1

2

R215
0

1

2

R211
0

1

2

R225

18k-1%

1

2

R226

30k- 1%

1

2

R213 100

1

2

R212 100

1

2

R205
10k

1

2

R227

18k-1%

1

2

R218 47

1

2

R232 0

1

2

R231 10k

1

2

R230 0

1

2

R229

10k

1

2

R221

4.7k

1

2

R201 47

1

2

R206 10k

1

2

R216
0

1

2

R233 1.0k

1

2

R234

0

1

2

A

UD+3.3V

2D
7E
003:2B
003:2D
003:5B
004:1C

ADC_WS 001:D5

DSP_WS 003:2C

DSP_SCLK 003:2C

AudioRSTn

001:D4
003:2B
004:2C

+5.6V

001:D6

DSP_SD_NF 003:2C

AUD+5V

3B

AUD+5V

7C

ADC_MCLK1

5D

POWER2TD

001:D5
003:2B

AUD_SCL

001:D4
003:2C
004:4C

AUD+3.3V

3B
7E
003:2B
003:2D
003:5B
004:1C

DLY_WS_S001:F4

DLY_SCLK_S001:F5

ADC_MCLK2 003:2D

AUD+3.3V

2D
3B
003:2B
003:2D
003:5B
004:1C

DLY_SD_S001:F4

AUD_SDA

001:D4
003:2C
004:4C

ADC_MCLK1 3C

DSP_SD_F 003:2C

ADC_SD 001:D5

ADC_SCLK 001:D5

X203

36.864MHz
SMD-49

1

2

日 付 変更 者

1 - - -

<

変 更 来 歴

>

No.

変 更 内 容

-2 - -

3 - - -

-4 - -

-5 - -
6
7
8
9

- - -

-

-

- - -

- -

- -

PC AUDIO ADC

AUDIO DSP

Line-in for connecting PC audio

I2S, 24-bit
Master mode (384Fs)

MAX 11mA

MAX 8mA

TYP 42mA

発振 回 路は 小 さく 纏 め、

ICのPin

に近 づ けて 配 置

ガー ド パタ ー ン必 須

Slave Address:38h

To Main-BD

From Main-BD

Digital Audio Master CLK

（最短配 線、

GND

シールド ）

Digital Audio (I2S Bus)
(

最短・等 長配線、

GND

シールド ）

Digital Audio (I2S Bus)

（最短・ 等長配線、

GND

シールド ）

Digital Audio (I2S Bus)
(

最短・等 長配線、

GND

シールド ）

I2C BUS (

最短・等 長配線、

GND

シールド ）

Full scale input is 3.0Vpp

Max 2.0Vrms Max 1.05Vrms 2.5V Bias

Zin 50kOhm

PCM1808 11mA(MAX)
NJM2769B 20mA(TYP)

MAX 1000mA

Bottom View

240mA (TYP)
360mA (MAX)

PCM1808 8mA(MAX)
NJU26040-08B 42mA(TYP)
TAS5702 160mA(TYP)

+5.6V

---

AUD+5V

---

AUD+3.3V

---

Master CLK 18.432MHz

Digital Audio Master CLK

（最短配 線、

GND

シールド ）

GND

シールド

Initial Release Folder Path

8/21 Add R229

8/22 Add R230

8/21 Change Slave Address
38h -> 3Ch

8/23 Add R231, R232

256Fs

Mode R231 R232
256Fs Mount not Mount
364Fs not Mount Mount

設試

#00

から

12.288設試#00

から

8/23 Change R212, R213
220 -> 47

113mA

10mA123mA

3Ch

8/28 Change I202
CK56381R -> CK59991R

9/4 Change C216, C218

0.01u -> 470p

9/4 Change R225, R227
30k -> 18k

Adjust Volume Adjust Cutoff-freaquency

To be same address as PDP series

9/25 Add L203

9/25 Add R233

9/27 Change X205
AZ01102R -> BK10324R

9/27 Change X207
AZ01102R -> BK10324R

9/28 Add R234

9/28 not Mount L203

9/29 Change R217, R218
47 -> 100

EMI suppression

10/3 Change C216, C218
470p -> 100p

10/9 Change R212, R213
47 -> 100

D8M-Terminal-47-B2B_001/D8M-Terminal-47-B2B_001.cir/

/DG-DAT/FPD/D8M/D8M-Terminal/D8M-Terminal-47-B2B/

2008 07 31

21

3 4

5

6

7

D8MW

A



B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

80

TERMINAL BOARD SHEET: 002

F

Audio input

Schematic Diagram page /28

4

5

6

3

2

1

G36 G35

G34G33G 32

G31

G30 G29 G28 G2 7

G26

G7

G8

G10

G9

G23

G14G15 G11

G24

G6

G13

G22

G19

G18

G12

G21

G5

G17

G3 G 4G2G 1

G25

G20

G16

53

52

51

50

36 3 5 34 33

22

21

20

19

18

17

49

47 4 648 45

32

31

30

29

28

27

26

25

24

23

62

64

63

13 1 4 16153 64 1 1972 5 121081

44

61

60

59

58

57

56

55

54

43 4 2 41 40 3 9 38 37

L30 5

15

7G0 9B

112

2

334

4

L30 4157G0 9B

112

2

334

4

I303

SN74LVC1G3157DCK

1

B2

2

GND

3

B1

4

A

5

VCC

6

S

C33 2

100 5

0.1 /16

1

2

C36 4

100 5

0.0 47/ 16

1

2

C32 8

212 5

10/ 10

1

2

C345 0.033/25

1

2

C341 0.033/25

1

2

C33 7

1.0 /25 -B

1

2

C35 8

100 5

0.0 47/ 16

1

2

C340 1.0/25-B

1

2

C36 2

100 5

0.0 47/ 16

1

2

C342 1.0/25-B

1

2

C343 0.033/25

1

2

C347 1.0/25-B

1

2

C329

1005

0.1/16

1

2

C35 2

212 5

0.4 7/2 5

1

2

C35 7

100 5

0.0 47/ 16

1

2

C344 1.0/25-B

1

2

C339 0.033/25

1

2

C35 9

100 5

0.0 47/ 16

1

2

C35 1

212 5

0.4 7/2 5

1

2

C36 0

100 5

0.0 47/ 16

1

2

C36 3

100 5

0.0 47/ 16

1

2

C34 9

212 5

0.4 7/2 5

1

2

C36 1

100 5

0.0 47/ 16

1

2

C35 0

212 5

0.4 7/2 5

1

2

C303 1.0/25-B

1

2

C304 0.1

1

2

C30 5

0.1

1

2

C30 6 1. 0/2 5-B

1

2

C30 8

212 5

10/ 10

1

2

C31 1

4.7 /6. 3

1

2

C31 2

100 5

0.1 /16

1

2

C31 0

212 5

10/ 10

1

2

C30 9

100 5

0.1 /16

1

2

C33 4

0.1

1

2

C33 6

0.1

1

2

C346 0.1

1

2

C35 3

0.1
1

2

C35 4

0.1
1

2

C35 5

0.1
1

2

C35 6

0.1
1

2

C33 0

100 5

0.1 /16

1

2

C36 5

212 5

10/ 10

1

2

C333

1005

4700p
1

2

C327

1005

4700p
1

2

C331

1005

0.047/16

1

2

C36 6

100 5

0.1 /16

1

2

C326

1005

0.047/16

1

2

C36 7

100 5

0.1 /16

1

2

C33 5

1.0 /25 -B

1

2

C30 2

220 /25

WT

1

2

C30 1

220 /25

WT

1

2

C30 7

22/ 25

WT

1

2

C348 220/25

WT

1

2

C338 220/25

WT

1

2

P301

PA-04H

1

2

3

4

G1

G2

GND1

GND1

GND1

AMP_PGND

AMP_PGND

AMP_PGND

AMP_PGNDAMP_PGND

GND1

AMP_PGND

1608

L306

BLM18BD471SN1D

1

2

1608

L309

BLM18BD471SN1D

1

2

I301

TAS5706PAPR

OUT _B- 1

PGN D_B -2

PGN D_B -3

OUT _A- 4

OUT _A- 5

PGN D_A -6

PGN D_A -7

PVC C_A -8

PVC C_A -9

AVD D

AVS S

PLL _FL TM

PLL _FL TP

VR_ ANA

DVD D-1 5

RES ET

PDN
VREG_EN
OSC_RES
DVSS-20
MUTE
LRCLK
SCLK
SDIN2
SDIN1
DVSS-26
VR_DIG
SDA
SCL
HPSEL
STEST
TEST2

DVD D-3 3

MCL K

BKN D_E RR

VAL ID

HPL _PW M

HPR _PW M

SUB _PW M-

SUB _PW M+

PVC C_D -41

PVC C_D -42

PGN D_D -43

PGN D_D -44

OUT _D- 45

OUT _D- 46

PGN D_C -47

PGN D_C -48

OUT_C-49

OUT_C-50

PVCC_D-51

PVCC_D-52

BST_C

VCLAMP_DV

BST_D

BYPASS

AGND

AVCC

BST_A

VCLAMP_AB

BST_B

PVCC_B-62

PVCC_B-63

OUT_B-64

G1G2G3G4G5G6

G7

G8

G9

G10

G11 G12 G13 G14 G15 G16

G17

G18

G19

G20G2 1G22G23G24

G25

G26

G27 G28 G29 G30

G31

G32G33G34

G35 G36

R34 1 1 0k

1

2

R342

1.0k

1

2

R30 5 2 2k

1

2

R32 8

3.3

1

2

R32 6

3.3

1

2

R32 7

3.3

1

2

R31 6 2 2k

1

2

R317

100

1

2

R318

100

1

2

R31 1

18k -1%

1

2

R319

470-1%

1

2

R320

470-1%

1

2

R32 5

3.3

1

2

R31 2 1 0k

1

2

R31 4 1 0k

1

2

R340

1.0k

1

2

R30 9 1 0k

1

2

R343

1.0k

1

2

R358

0

1

2

R344

0

1

2

R357

0

1

2

R322

凸

2010

0

1

2
3 4
5

6
7

8

R354

凸

2010

0

1

2
3 4
5

6
7

8

R345

凸

2010

0

1

2
3 4
5

6
7

8

R348

凸

2010

0

1

2
3 4
5

6
7

8

R351

凸

2010

0

1

2
3 4
5

6
7

8

R356

凸

2010

0

1

2
3 4
5

6
7

8

R324

凸

2010

0

1

2
3 4
5

6
7

8

R355

凸

2010

0

1

2
3 4
5

6
7

8

R353

凸

2010

0

1

2
3 4
5

6
7

8

R352

凸

2010

0

1

2
3 4
5

6
7

8

R349

凸

2010

0

1

2
3 4
5

6
7

8

R347

凸

2010

0

1

2
3 4
5

6
7

8

R346

凸

2010

0

1

2
3 4
5

6
7

8

R350

凸

2010

0

1

2
3 4
5

6
7

8

R323

凸

2010

0

1

2
3 4
5

6
7

8

R321

凸

2010

0

1

2
3 4
5

6
7

8

POWER2TD

001:D5
002:6D

DSP_SD_F002:5E

AMP_MCLK

2C

AUD+11V

001:D7
5D
6B
004:2E

AUD+3.3V

002:2D
002:3B
002:7E
2B
5B
004:1C

AMP_MCLK3D

AUD+3.3V

002:2D
002:3B
002:7E
2D
5B
004:1C

AUD+11V

001:D7
5B
5D
004:2E

AMP_MUTN001:D4

AudioRSTn

001:D4
002:2D
004:2C

AUD+11V

001:D7
5B
6B
004:2E

AUD+3.3V

002:2D
002:3B
002:7E
2B
2D
004:1C

DSP_WS002:5E

DSP_SD_NF002:5E

HDM_MCLK

001:D6

ADC_MCLK2

002:5D

AUD_SDA

0

01:D4
002:2D
004:4C

AUD_SCL

001:D4
002:2D
004:4C

MCLK_SEL

001:D4

DSP_SCLK002:5E

DAC_MCLK

004:2C

Lout-N

Lout-P

Rout-N

Rout-P

SPEAKER AMP

回路アート ワーク時の 注意事項

1.

全ての

GND

ピンはIC直下で

GND

プレーンに 接続

2.各PVCC

ピンのパス コンは極力 ピンに近 づけて配置

58pin

の近くに配 置

10pin

の近くに配 置

32pin

の近くに配 置

33pin

の近くに配 置

TYP 20mA

TYP 140mA

IC

の近くに配 置

PLL

フィルタ（ICの近くに配 置）

PLL

フィルタの 各

GND

は

11pin

の近くで1点接地

GND

側はケミコ ン近くに配 置

GND

側はケミコ ン近くに配 置

15pin

の近くに配 置

Slave Address:36h

SPEAKER AMP

HEADPHONE AMP

-

<

変 更 来 歴

>

No.

変 更 内 容

-

-

4 -

6

-

7

-

8

-

9

- -

-

-

-

--2

-

5

-

-

-

3

-

-

-

-

-

日 付-変更者

1

-

- -

AUDIO MCLK SELECT

7/23 Change C307
0295332R -> AD00449R

7/20 Add R331 7/20 Add Q303

7/20 Add R329, R330

7/20 Add Q301, Q302

7/20 Add

7/20 Change R306
0790055R -> 0790051R

7/26 Delete

7/26 Del R315

7/26 Del "HP_DET"

J301, I302, Q301, Q302, Q303, L301, L302, L303, R301, R302, R3 03, R304, R306, R307, R308, R310, R313, R329, R330, R331
C313, C314, C315, C316, C317, C318, C319, C320, C321, C322, C3 23, C324, C325

8/2 Change
AUDIO_PGND -> AMP_PGND

8/2 Change
AUDIO_PGND -> AMP_PGND

8/23 Change R317, R318
270 -> 47

8/24 Change

I303-1pin ADC_MCLK2 -> HDM_M CLK
I303-3pin HDM_MCLK -> ADC_M CLK2

8/24 Change connection

MCLK_SEL MCLK
L HDMI ADC(PC)
H ADC(PC) HDMI

8/29 Change I301
TAS5702 -> TAS5706

8/29 Add L307, R332, R333, R3 34, R335

8/29 Add L308, R336, R337, R3 38, R339

9/18 Add R340, R341

9/25 Add L309

9/25 Add R342, R343

9/28 Add R344

9/28 not Mount L309

9/29 Add R345~R356
EMI suppression

9/29 Mount
R325~R328, C357~C364

EMI suppression

10/2 Change C349~C352
1u(1608) -> 0.47u(2125)

10/9 Change R317, R318
47 -> 100

I303の4

ピン近くに 配置

10/19 Add R357, R358

10/23 Del L307, R332, R333, R 334, R335

10/23 Del L308, R336, R337, R 338, R339

22

3 4

5

6



7

D8MW

A

B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

81

TERMINAL BOARD SHEET: 003

F

Audio output

Schematic Diagram page /28

4

5

6

3

2

1

8

9

10

11

121314

7

6

5

4

321

8

9

10

11

12

13

14

7

6

5

4

3

2

1

C40 8

100 5

0.1 /16

1

2

C41 0

100 5

0.0 47/ 25

1

2

C412

2.2/16

1

2

C40 5

100 5

0.1 /16

1

2

C411

2.2/16

1

2

C42 2

212 5

4.7 /16

1

2

C421

1005

0.1/16

1

2

C42 0

100 5

0.1 /16

1

2

C41 9

1.0 /16

1

2

C40 2

212 5

4.7 /16

1

2

C40 7

100 5

0.1 /16

1

2

C41 6

212 5

4.7 /16

1

2

C40 6

100 5

0.1 /16

1

2

C40 1

100 5

0.1 /16

1

2

C40 9

100 5

0.0 47/ 25

1

2

C41 4

1.0 /16

1

2

C41 3

212 5

10/ 10

1

2

C41 5

1.0 /16

1

2

C404

2.2/16

1

2

C403

2.2/16

1

2

C418

100/16

MVK/SKV

1

2

C417

100/16

MVK/SKV

1

2

I40 3

TK1 110 0CS

Vou t

fb

VinCo ntr ol

GND

Np

I40 2

NJW 110 9V

V+

OUT b

NC- 3

CAP b

INb

ADR

SDASC L

Vre f

INa

CAP a

NC- 12

OUT a

GND

I40 1

WM8 520 -SP6

DGN D

LRC LK

DIN

BCL K

MUT E

VOU TR

AGN D C AP

AVD D

VOU TL

DEE MPH

RES ET

MCL K

DVD D

GND1

GND1

GND1

GND1 GND1

GND1

HP_GND

GND1

GND1

GND1

HP_GND

GND1

GND1

1608

L402

BLM18BD471SN1D

1

2

1608

L403

120

Ω

1

2

1608

L401

BLM18BD471SN1D

1

2

Q403

2SA1989-T111-1

1

2

3

Q402

2SD2704K

1

2

3

Q401

2SD2704K

1

2

3

R409 1.0k

1

2

R42 6 1 .0k

1

2

R429

1.0k

1

2

R414 1.0k

1

2

R41 1 1 0k

1

2

R430

1.0k

1

2

R420 100

1

2

R41 0 1 0k

1

2

R413

0

1

2

R42 4 1 0k

1

2

R42 5 1 .0k

1

2

R419 100

1

2

R422
100

1

2

R41 6 1 0k

1

2

R41 5 1 0k

1

2

R41 7 1 0k

1

2

R407 0

1

2

R401

510k-1%

1

2

R402

82k-1%

1

2

R403

1.8k-1%

1

2

R41 8 1 0k

1

2

R431 0

1

2

R42 3 1 0k

1

2

R421
100

1

2

R43 2 1 0k

1

2

R40 8 1 0k

1

2

R436

凸

2010

120

1

2
3 4
5

6
7

8

R428

凸

2010

120

1

2
3 4
5

6
7

8

R437

凸

2010

0

1

2
3 4
5

6
7

8

R427

凸

2010

120

1

2
3 4
5

6
7

8

R438

凸

2010

0

1

2
3 4
5

6
7

8

R435

凸

2010

120

1

2
3 4
5

6
7

8

AUD_SDA

001:D4
002:2D
003:2C

HP_L

001:H6

AUD_SCL

001:D4
002:2D
003:2C

HP_MUTN

001:D5
6C

AUD+9V

3D

AudioRSTn

001:D4
002:2D
003:2B

AUD+11V

001:D7
003:5B
003:5D
003:6B

DLY_WS_H001:F4

AUD+9V

2B

HP_MUTN

001:D5
2C

DLY_SCLK_H001:F5

DLY_SD_H001:F4 HP_R

001:H6

STB+5V

0

01:D6

AUD+3.3V

002:2D
002:3B
002:7E
003:2B
003:2D
003:5B

DAC_MCLK003:3D

R43 9 0

1

2

R433 10k

1

2

AUDIO DAC HP AMP

AUD+9V

---

AUD+11V

---

Slave Address:80h

ADR Slave Address
High 84h
Low 80h

200mA(Max)

200mA(Max)

ミニジャッ ク

J101

近くに配置

11/5 Not Mount R409 11/5 Add R439

11/5 AUD+3.3V -> STB+5V

ミニジャッ ク

J101

近くに配置

20mA

11/6 C403, C404
1u -> 2.2u

11/6 C411, C412
1u -> 2.2u

<

変 更 来 歴

>

変 更 内 容

1

2008/1/23

No.

日 付 変更 者

R412(0Ω)

削除 パターン 化

山口

1

2/6 Change R433

1.0k -> 10k

23

3 4

5

6

7

D8MW

A

B

C

D

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

E

F

TERMINAL BOARD SHEET: 004

Headphone output

82

Schematic Diagram page /28

5

6

7

8

4

3

2

1

VGA_SDA

VGA_ SCL

VGA_SCL

SDA

SCL

H_SYNC

V_SYNC

C501

2125

10/10

1

2

C502

1005

0.1/16

1

2

C504

1005

10p-C

1

2

C503

1005

10p-C

1

2

C505

1005

10p-C

1

2

D508

1SS355

1

2

D505
RB551V-30

1

2

D507
1SS355

1

2

D512

DAN2 17

1

2

3

D511

DAN2 17

1

2

3

D510

DAN2 17

1

2

3

I501
S-24CS02AFJ-TB-G

A0

A1

A2

GND SDA

SCL

WP

VCC

J501
3114-15FA

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15G1G2

2125

X504

SC100JT

1

2

3

2125

X501

SC100JT

1

2

3

2125

X503

SC100JT

1

2

3

2125

X502

SC100JT

1

2

3

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

GND5

2518

L501 47

1

2

Q501
2SC5383-T111-1F

1

2

3

R501

0

1

2

R509
75-1%

1

2

R516 100

1

2

R508 47k

1

2

R502 4 7k

1

2

R518 100

1

2

R511
75-1%

1

2

R515 100

1

2

R507 47k

1

2

R505

2.2k

1

2

R519
47k

1

2

R517
10k

1

2

R504

2.2k

1

2

R503 4 7k

1

2

R524

0

1

2

R523

0

1

2

R522

0

1

2

R525

0

1

2

R506 0

1

2

R510
75-1%

1

2

R521

0

1

2

R520 47k

1

2

PC_Blue 001:D3

PC_Red

001:D3

VGA_SCL 001:D4

PC_Green 001:D3

Dsub_H 001:D 3

Dsub_V 001:D 3

STB+5V_PC

001:D3
B3

STB+5V_PC

001:D3
F6

VGA_SDA 001:D4

D502
UDZS5.6B

1 2

D504
UDZS5.6B

1 2

D506
UDZS5.6B

1 2

D501
UDZS5.6B

1 2

D503

UDZS 5.6 B

1 2

Folder Path

ペア 配線

<

変 更 来 歴

>

No.

Initial Release

変 更 内 容 日 付 変更 者

D-SUB15(PC

入力

)

ＧＮ Ｄ５で ガード

ＧＮ Ｄ５で ガード

ＧＮ Ｄ５で ガード

Dsub

入力回路ア ートワー ク時の注意 事項

1.R/G/B/H/V

各線は、

D-subからB

コネクタま で同一面(半田面)で配線

2.R/G/B

各線はイン ピーダン ス75Ωで配線

ＧＮ Ｄでガ ード

ＧＮ Ｄでガ ード

1 D510/11/12

追加

2007/07/23

平林

最短で配 線

最短で配 線

2 R521-R525

追加

2007/10/24

平林

3 X505-X507削除,C503-C505

追加

2007/10/25

平林

10/16 Change R509~R511
Mount -> Not Mount
10/24 Add R521-R525
10/25 Del X505-X507
Add C503-C505

D8M-Terminal-47-B2B_001/D8M-Terminal-47-B2B_001.cir/

/DG-DAT/FPD/D8M/D8M-Terminal/D8M-Terminal-47-B2B/

2008 07 31

N.Suzuki

24

3 4

5

6

7

D8MW

A

B

83

TERMINAL BOARD SHEET: 005

Analog RGB input

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

C

D

E

F

Schematic Diagram page /28

P602

501568-04H

1

2

3

4

G1

G2

P601

501568-06H

1

2

3

4

5

6

G1

G2

GND4

GND4

GND4 GND4

GND4

GND4

D602

SMLA12BC6T

1

B

2

D603

SMLA12BC6T

1

B

2

D601

SMLA12BC6T

1

B

2

Q603
2SC5383-T111-1F

1

2

3

Q602
2SC5383-T111-1F

1

2

3

Q601
2SC5383-T111-1F

1

2

3

R603

150

1

2

R601

150

1

2

R602

150

1

2

R605

凸

2010

10k

1

2
3 4
5

6

7

8

R606

凸

2010

47k

1

2

3 4

5

678

セット配置

USRRST

ADKEY1

ADKEY2

GND

USRRST

ADKEY1

ADKEY2

GND

LEDB

STB+5V

8/24 Change D601~604
CC01863R -> YD00029

8/24 Change R601~604
270 -> 470

9/10 Change D602, D603
Mount -> not Mount

9/10 Change D601, D604
not Mount -> Mount

10/05 Change R602, R603
470 -> 150ohm
Change R601, R604, Q601, Q604
Mount -> not Mount

10/25 Del D604,Q604,R604

25

3 4

5

6

7

D8MW

A

B

C

D

E

F

TERMINAL BOARD SHEET: 006

Center LED

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

84

Schematic Diagram page /28

6 5 4

3 2 1

4

5

3

2

1

G1

G2

3

2

1

iR_iN_ DATA

PWRSR

PWON+3 .3V

PoWER1 _SW

PoWER1

STB5V

C702

2125

10/10

1

2

C70 4

1.0 /1 6

1

2

C703

1005

0.1/16

1

2

C701

2125

10/10

1

2

P701

501568 -10H

1

2

3

4

5

6

7

8

9

10

G1

G2

S702
SPPH26 0100

123

456

I702

TC7SZ1 4FU

NC

IN_A

GND OUT_Y

VCC

GND2

GND2

GND2

GND2

GND2

I701

GP1UE2 81QKVF

Vou t

Vcc

GND

G1

G2

D70 1

SML -5 12 UW

1

R

2

D70 2

SML -5 12 MW

1

G

2

TP7 01

1

TP702

1

Q701
2SC538 3-T111- 1F

1

2

3

Q703
2SC538 3-T111- 1F

1

2

3

Q702
2SC538 3-T111- 1F

1

2

3

R705

0

1

2

R71 0

470

1

2

R703

0

1

2

R70 8

2.7 k
1

2

2125

R702

0

1

2

R711

0

1

2

R701

100

1

2

R70 9

220

1

2

R706

凸

2010

10k

1

2
3 4
5

6
7

8

R707

凸

2010

47k

1

2

3 4

5

678

D70 3

SML -5 12 WW

1

Y

2

R712

390

1

2

R732 1 0k

1

2

Q720
2SC538 3-T111- 1F

1

2

3

R733
47k

1

2

GND2

R73 1

560

1

2

R730

390

1

2

R720

0

1

2

R73 4

390

1

2

R721

0

1

2

R726

0

1

2

R735

0

1

2

R736

0

1

2

R73 7

0

1

2

R72 8

1.0 k

1

2

Q723

2SA198 9-T111- 1

1

2

3

GND2

R72 2

0

1

2

R73 8

0

1

2

Remocon Module

POWER_ON/OFF

PW-LED

セット配置

POWER ON

：

Green

STAND-BY

：

Red

POWER SAVE

：

Orange

LEDo

GND

PWRSW_ N

iR_iN_ DATA

PoWER1

LEDR

LEDG

STB+5V

PoWER1 _SW

PWON+3 .3V

10/4 S 702

部品変 更

10/16

未実装

6

3

77

9

8

8

8

10

26

3 4

5

6

7

D8MW

A

B

C

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

TERMINAL BOARD SHEET: 007

D

E

F

IR / Power-SW / PW-LED

85

Schematic Diagram page /28

564321

564321

564321

564321

564321

564321

564321

P801

50156 8-04H

1

2

3

4

G1

G2

GND3

GND3GND3

GND3

R804

1.0k

1

2

R801

4.7k

1

2

R803

1.5k

1

2

R814

0

1

2

R802

2.7k

1

2

S806

KSS6N 23CTJ

12

34

5 6

S805

KSS6N 23CTJ

12

34

5 6

S804

KSS6N 23CTJ

12

34

5 6

S803

KSS6N 23CTJ

12

34

5 6

S802

KSS6N 23CTJ

12

34

5 6

S801

KSS6N 23CTJ

12

34

5 6

S807

KSS6N 23CTJ

12

34

5 6

VOL_DOWN
/

CH_UP
/

INPUT
/EXIT

CH_DOWN
/

VOL_UP
/

ADKEY 1

ADKEY 2

GND

MENU
/SELECT

No.

1
2

4

4 4 4 4 4

RESET

USRRS T

3 L ED

4

27

3 4

5

6

7

D8MW

A

B

C

D

E

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

86

TERMINAL BOARD SHEET: 008

Control keys

F

Schematic Diagram page /28

3

2

1

F.G

C9A4

CS

2200p/400

1

2

C9A3

CS

2200p/400

1

2

F.G

C9A1

LE

0.22

1

2

C9A2

LE

0.22

1

2

F9A1

6.3A250V

1

2

NF9A1

PPU1

VH-03V-D( #2NC)

1

NC

3

G0 01

12

F.G

G003

1 2

G004

1 2

P9A1

AC-INLET

1

L

2

N

3

FG

E002

01Bin

12m

L9A1A

30x30

1

1

3

344

2

2

12m

L9A2A

30x30

1

1

3

344

2

2

16m

L9A2C

32x32

1

1

3

344

2

2

16m

L9A1C

32x32

1

1

3

344

2

2

K9A2

1

2

K9A3

1

2

Z002

Z001

VR 9A1

12

COLD

LIVE

to Power Supply Unit

E001

28

!

D8MW

!

!

!

!

!

!

• PRODUCT SAFETY NOTE: Components marked with a have special characteristics important to

!

safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of
this service manual. Don’t degrade the safety of the receiver through improper servicing.

• Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

FILTER BOARD

87

PRINTED CIRCUIT BOARDS

page 1/5

D8MW

Main board, components side

88

PRINTED CIRCUIT BOARDS

page 2/5

D8MW

Main board, solder side

89

PRINTED CIRCUIT BOARDS

page 3/5

D8MW

Terminal board

(Component side)

Terminal board

(Solder side)

90

PRINTED CIRCUIT BOARDS

page 4/5

D8MW

Control board

(Component side)

LED board

(Component side)

Control board

(Solder side)

LED board

(Solder side)

IR board

(Component side)

IR board

(Solder side)

91

PRINTED CIRCUIT BOARDS92page 5/5

D8MW

Filter board

(Component side)

Filter board

(Solder side)

PARTS LIST FOR THE UT47X902 AND UT47V702

D8MW

SYMBOL

BOARDS ASSEMBLY FERRITE CORES

FINAL ASSEMBLY

SPL GM01867 SPEAKER UNIT L 0 0

SPR GM01868 SPEAKER UNIT R 0 0 U1 HA02761 POWER UNIT PS-93 0 0

#400 QD64902K D8M L47 B COV ASY US 0 0

#200B QD65791K D8MW L47 BEZEL AS DIRECTORS 0 #500 QJ05562 D8M L AL STAND ASM B 0 0

#200P QD65792K D8MW L47 BEZEL AS ULTRAVISION 0 #502 QJ05311 D8M L42 STANDSUP ASM 0 0

#287 MF03441 GASKET 8-5-240 51G 0 0 #506 MJ03973 SCRW M3M 6*25/+SM 0 0

#127 MC02283 D8M MEMORY GEL 0 0 #506 MJ03973

#128 MC02281 D8M SIGNAL GEL 0 0 #508 MJ04154 SCRW M3M 5X12X+L-- 0 0

#260 PC07421 D8M POWER BUTTON 0 0 #510 QX03751 D8J PLASTIC BAND 0 0

#300 PH44417 D8M CONT BUTTON 0 0 #512 MJ03557 SCRW T2B_4*16BD+ SWCH16A 0 0

PART

NO.

TERMINAL PWB ASSEMBLY

UX34954 47TERM JP66512 SP 0 0 NECN1 GX00821 FLAT FERRITE CORE-K5BFP40X2X12-K 0 0

MAIN PWB ASSEMBLY

UX34947 47MAIN JP66502 SP 0 0 NSPK GX00738 MAGNET K5CRC12X15X7-MB2 0 0

FILTER PWB ASSEMBLY

JT26012 PWA D8MW 47 FILTER JP 0 0

SPEAKERS

MISCELLANEOUS

DESCRIPTION

SYMBOL

UT47X902

UT47V702

N001 GX00821 FLAT FERRITE CORE-K5BFP40X2X12-K 0 0

NELS GX00738 MAGNET K5CRC12X15X7-MB2 0 0

NIS1 GX00739 K5BRC10X20X5-MB1 0 0

NSPK2 GX00738 MAGNET K5CRC12X15X7-MB2 0 0

A DD02761K FLT LC470WUF-SAT1 0 0

UINV HP02672 UNX PH-BLC189 0 0

F9A1 FN00562 5.2X20MM FUSE 50CT 063H 0 0

#514 ML04321 PLASTIC RIVETP4100B 0 0

PART

NO.

PANEL

!

POWER UNIT

!

!

STAND SUPPORT ASSEMBLY

SCREW M3M 6*25/ + SM 0 0

DESCRIPTION

UT47X902

UT47V702

CONNECTORS

ECN1 EF29009 51P 0.5MM PITCH LVDS CABLE L=350MM 0 0

ECN2 EF29143 41P 0.5MM PITCH LVDS CALBE L=350MM 0 0 E999 EV02132 POWER CORD UL W.CORE IS034 0 0

EIIV EK02632 17P 0.5MM PITCH FFC CABLE (L=810MM)(8P) 0 0 EHDMI EW09091 HDMI CABLE 0 0

EIP1 EF29172 3P 6.5MM PITCH VYH-65002HS3 CONNE. (L=110MM) 0 0 N01 QR75493 UT37/42/47X902 INSTRUCTION BOOK 0

EISP EF29751 CO-10C-C1R0-112-ASS (L=1 0 0 N01 QR76082 UT37/42/47V702 INSTRUCTION BOOK 0

EKL EF25004 4P 1MM PITCH CONNE. L=55MM (501330) 0 0 N02 QR75511 LCD UT MONITOR EASY GRAPHIC GUIDE 0

ELCD2 2909001S 14J PH CONNECTOR 560MM 0 0 N02 QR76701 LCD UT EGG V/A MODELS 0

ELCD3 2908933S 12J PH CONNECTOR 300MM 0 0 U01 HL02561 REMOTE CONTROL UNIT CLU-4981S 0

ELS EF29761 6P 1.0MM PITCH CONNE. (L=230MM) 0 0 U01 HL02562 REMOTE CONTROL UNIT CLU-4982S 0

EMT1 EF25625 14P 1.0MM PITCHI CONNECTOR L=46MM 501330 0 0

EMT2 EK01952 50P 0.5MM PITCH FFC CABLE )L=48MM) 0 0

EPS EF29232 11P PAP CONNE. (L=330MM) 0

EPU EF28864 3P DV-VH CONNE. L=150MM 0 0

0 EW09192 DSUB(LOW)-RCA CABLE 200MM - -

S702 FE00601 PUSH SWITCH-SPPH260100 0 0

OWNER’S ASSEMBLY

OPTIONAL ADJUSTSMENT CABLE (UPON REQUEST)

MAIN POWER SWITCH

93

MAIN PARTS VIEW

T-con board

(part of the LCD panel)

D8MW

Power Supply

Board

HA02761

Inverter board M

HP02672

(PH-BLC189)

Power switch/IR

board

part of UX34954

Right Speaker

GM01868

Terminal board

UX34954

MAIN board

under the metal.

UX34947

LED board

(at the front)

part of UX34954

Control panel

board (underneath)

part of UX34954

Inverter board S

HP02672

(PH-BLC189)

Left Speaker

GM01867

Filter board

JT26012

94

PA NO. 0240

MADE IN MEXICO