Download SERVICE MANUAL

PART NO. 599910588
SERVICE MANUAL
COLOR MONITOR
MultiSync LCD1550V
MODELS LCD1550V-1 (B)/-BK(B)
This model changed a LCD panel (manufactured by Hannstar) from the original model.
Use the applicable service manual which surely confirms the model number of the
NAME PLATE, INSTRUCTION.
Refer to the page which the point of view of the model number is mentioned in.
• Model number : LA-15R02 / LA-15R02-BK
Maintenance is performed by the original service manual (Part No.
599910571).
• Model number : LA-15R02-1 / LA-15R02-1-BK
Maintenance is performed using this service manual.
NEC-MITSUBISHI ELECTRIC VISUAL SYSTEMS CORPORATION
JUNE 2002
200206
08109741
08109742
WARNING
The SERVICE PERSONNEL should have the appropriate technical training, knowledge and experience
necessary to:
• Be familiar with specialized test equipment, and
• Be careful to follow all safety procedures to minimize danger to themselves and their coworkers.
To avoid electrical shocks, this equipment should be used with an appropriate power cord.
This equipment utilized a micro-gap power switch. Turn off the set by first pushing power switch. Next,
remove the power cord from the AC outlet.
To prevent fire or shock hazards, do not expose this unit to rain or moisture.
This symbol warns the personnel that un-insulated voltage within the unit may have sufficient
magnitude to cause electric shock.
This symbol alerts the personnel that important literature concerning the operation and
maintenance of this unit has been included.
Therefore, it should be read carefully in order to avoid any problems.
PRODUCT SAFETY CAUTION
1. When parts replacement is required for servicing, always use the manufacturer's specified replacement.
2. When replacing the component, always be certain that all the components are put back in the place.
3. As for a connector, pick and extract housing with fingers properly since a disconnection and improper
contacts may occur, when wires of the connector are led.
4. Use a proper screwdriver. If you use screwdriver that does not fit, you may damage the screws.
Point of view of the model number
NAME PLATE, INSTRUCTION (White model)
Model number
Original model: LA-15R02
Hannstar LCD model: LA-15R02-1
NAME PLATE, INSTRUCTION (Black model)
Model number
Original model: LA-15R02-BK
Hannstar LCD model: LA-15R02-1-BK
CONTENTS
Page No.
USER'S MANUAL ------------------------------------------------------------------- 1-1
SERIAL NUMBER INFORMATION --------------------------------------------- 2-1
DISASSEMBLY ----------------------------------------------------------------------- 3-1
ADJUSTMENT PROCEDURES -------------------------------------------------- 4-1
INSPECTION --------------------------------------------------------------------------- 5-1
TROUBLE SHOOTING ------------------------------------------------------------- 6-1
CIRCUIT DESCRIPTION ----------------------------------------------------------- 7-1
REPLACEMENT PARTS LIST --------------------------------------------------- 8-1
BLOCK DIAGRAM ------------------------------------------------------------------- 9-1
SCHEMATIC DIAGRAMS -------------------------------------------------------- 10-1
USER'S MANUAL
MultiSync LCD1550V
User’s Manual
UÏivatelská pfiíruãka
Bedienerhandbuch
Οδηγίες Χρήσης
Manual del usuario
Manuel Utilisateur
Manuale utente
Gebruikershandleiding
Podr´cznik u˝ytkownika
Руководство пользователя
Kullan∂c∂ Klavuzu
1-1
Declaration
Declaration of the Manufacturer
We hereby certify that the colour monitor
MultiSync LCD1550V (LA-15R02)
MultiSync LCD1550V (LA-15R02-BK)
MultiSync LCD1550V (LA-15R02-1)
MultiSync LCD1550V (LA-15R02-1-BK)
is in compliance with
Council Directive 73/23/EEC:
– EN 60950
Council Directive 89/336/EEC:
– EN 55022
– EN 61000-3-2
– EN 61000-3-3
– EN 55024
and marked with
NEC-Mitsubishi Electric Visual Systems, Corp.
MS Shibaura Bldg., 13-23,
Shibaura 4-chome,
Minato-Ku, Tokyo 108-0023, Japan
1-2
TCO’99
This is a translation of the original English TCO'99 document.
MultiSync LCD1550V White Model (LA-15R02 and LA-15R02-1)
Congratulations! You have just purchased a TCO’99
approved and labeled product! Your choice has
provided you with a product developed for
professional use. Your purchase has also contributed
to reducing the burden on the environment and also
to the further development of environmentally
adapted electronics products.
Why do we have environmentally labelled computers?
In many countries, environmental labelling has become an established
method for encouraging the adaptation of goods and services to the
environment. The main problem, as far as computers and other
electronics equipment are concerned, is that environmentally harmful
substances are used both in the products and during the manufacturing.
Since it has not been possible for the majority of electronics equipment
to be recycled in a satisfactory way, most of these potentially damaging
substances sooner or later enter Nature.
There are also other characteristics of a computer, such as energy
consumption levels, that are important from the viewpoints of both the
work (Internal) and natural (external) environments. Since all methods of
conventional electricity generation have a negative effect on the
environment (acidic and climate-influencing emissions, radioactive
waste, etc.), it is vital to conserve energy. Electronics equipment in
offices consume an enormous amount of energy since they are often left
running continuously.
What does labelling involve?
This product meets the requirements for the TCO’99 scheme which
provides for international and environmental labelling of personal
computers. The labelling scheme was developed as a joint effort by the
TCO (The Swedish Confederation of Professional Employees), Svenska
Naturskyddsforeningen (The Swedish Society for Nature Conservation)
and Statens Energimyndighet (The Swedish National Energy
Administration).
1-3
The requirements cover a wide range of issues: environment,
ergonomics, usability, emission of electrical and magnetic fields, energy
consumption and electrical and fire safety.
The environmental demands concern restrictions on the presence and
use of heavy metals, brominated and chlorinated flame retardants,
CFCs (freons) and chlorinated solvents, among other things. The
product must be prepared for recycling and the manufacturer is obliged
to have an environmental plan which must be adhered to in each
country where the company implements its operational policy. The
energy requirements include a demand that the computer and/or
display, after a certain period of inactivity, shall reduce its power
consumption to a lower level in one or more stages. The length of time
to reactivate the computer shall be reasonable for the user.
Labelled products must meet strict environmental demands, for
example, in respect of the reduction of electric and magnetic fields,
physical and visual ergonomics and good usability.
Environmental Requirements
Flame retardants
Flame retardants are present in printed circuit boards, cables, wires,
casings and housings. In turn, they delay the spread of fire. Up to thirty
percent of the plastic in a computer casing can consist of flame
retardant substances. Most flame retardants contain bromine or chloride
and these are related to another group of environmental toxins, PCBs,
which are suspected to give rise to severe health effects, including
reproductive damage in fisheating birds and mammals, due to the
bioaccumulative* processes. Flame retardants have been found in
human blood and researchers fear that disturbances in foetus
development may occur.
TCO’99 demand requires that plastic components weighing more than
25 grams must not contain flame retardants with organically bound
chlorine and bromine. Flame retardants are allowed in the printed circuit
boards since no substitutes are available.
Lead**
Lead can be found in picture tubes, display screens, solders and
capacitors. Lead damages the nervous system and in higher doses,
causes lead poisoning.
TCO’99 requirement permits the inclusion of lead since no replacement
has yet been developed.
1-4
Cadmium**
Cadmium is present in rechargeable batteries and in the
colourgenerating layers of certain computer displays. Cadmium
damages the nervous system and is toxic in high doses.
TCO’99 requirement states that batteries, the colourgenerating layers of
display screens and the electrical or electronics components must not
contain any cadmium.
Mercury**
Mercury is sometimes found in batteries, relays and switches, Mercury
damages the nervous system and is toxic in high doses.
TCO’99 requirement states that batteries may not contain any Mercury.
It also demands that no mercury is present in any of the electrical or
electronics components associated with the display unit.
CFCs (freons)
CFCs (freons) are sometimes used for washing printed circuit boards.
CFCs break down ozone and thereby damage the ozone layer in the
stratosphere, causing increased reception on Earth of ultraviolet light
with consequent increased risks of skin cancer (malignant melanoma).
The relevant TCO’99 requirement; Neither CFCs nor HCFCs may be
used during the manufacturing and assembly of the product or its
packaging.
* Bio-accumulative is defined as substances which accumulate within
living organisms.
** Lead, Cadmium and Mercury are heavy metals which are
Bioaccumulative.
To obtain complete information on the environmental criteria document,
order from:
TCO Development Unit
SE-114 94 Stockholm
SWEDEN
FAX Number: +46 8 782 92 07
E-mail (Internet): [email protected]
You may also obtain current information on TCO’99 approved and
labelled products by visiting their website at:
http://www.tco-info.com/
1-5
TCO’95
This is a translation of the original English TCO'95 document.
MultiSync LCD1550V Black Model (LA-15R02-BK and LA-15R02-1-BK)
Congratulations! You have just purchased a TCO’95
approved and labeled product! Your choice has
provided you with a product developed for
professional use. Your purchase has also
contributed to reducing the burden on the
environment and also, to the further development of
environmentally adapted electronics products.
Why do we have environmentally labelled computers?
In many countries, environmental labelling has become an established
method for encouraging the adaptation of goods and services to the
environment. The main problem, as far as computers and other
electronics equipment are concerned, is that environmentally harmful
substances are used both in the products and during the manufacturing.
Since it has not been possible for the majority of electronics equipment
to be recycled in a satisfactory way, most of these potentially damaging
substances sooner or later enter Nature.
There are also other characteristics of a computer, such as energy
consumption levels, that are important from the viewpoints of both the
work (Internal) and natural (external) environments. Since all methods of
conventional electricity generation have a negative effect on the
environment (acidic and climate-influencing emissions, radioactive
waste, etc.), it is vital to conserve energy. Electronics equipment in
offices consume an enormous amount of energy since they are often left
running continuously.
What does labelling involve?
This product meets the requirements for the TCO’95 scheme which
provides for international and environmental labelling of personal
computers. The labelling scheme was developed as a joint effort by the
TCO (The Swedish Confederation of Professional Employees),
Naturskyddsforeningen (The Swedish Society for Nature Conservation)
and NUTEK (The National Board for Industrial and Technical
Development in Sweden).
The requirements cover a wide range of issues: environment,
ergonomics, usability, emission of electrical and magnetic fields, energy
consumption and electrical and fire safety.
1-6
The environmental demands concern restrictions on the presence and
use of heavy metals, brominated and chlorinated flame retardants,
CFCs (freons) and chlorinated solvents, among other things. The
product must be prepared for recycling and the manufacturer is obliged
to have an environmental plan which must be adhered to in each
country where the company implements its operational policy. The
energy requirements include a demand that the computer and/or
display, after a certain period of inactivity, shall reduce its power
consumption to a lower level in one or more stages. The length of time
to reactivate the computer shall be reasonable for the user.
Labelled products must meet strict environmental demands, for
example, in respect of the reduction of electric and magnetic fields,
physical and visual ergonomics and good usability.
TCO’95 is a co-operative project between TCO (The Swedish
Confederation of Professional Employees), Naturskyddsforeningen
(The Swedish Society for Nature Conservation) and NUTEK
(The National Board for Industrial and Technical Development in
Sweden).
Environmental Requirements
Brominated flame retardants
Brominated flame retardants are present in printed circuit boards,
cables, wires, casings and housings. In turn, they delay the spread of
fire. Up to thirty percent of the plastic in a computer casing can consist
of flame retardant substances. These are related to another group of
environmental toxins, PCBs, which are suspected to give rise to similar
harm, including reproductive damage in fisheating birds and mammals,
due to the bio-accumulative* processes. Flame retardants have been
found in human blood and researchers fear that disturbances in foetus
development may occur.
TCO’95 demand requires that plastic components weighing more than
25 grams must not contain organically bound chlorine and bromine.
Lead**
Lead can be found in picture tubes, display screens, solders and
capacitors. Lead damages the nervous system and in higher doses,
causes lead poisoning.
TCO’95 requirement permits the inclusion of lead since no replacement
has yet been developed.
1-7
Cadmium**
Cadmium is present in rechargeable batteries and in the
colourgenerating layers of certain computer displays. Cadmium
damages the nervous system and is toxic in high doses.
TCO’95 requirement states that batteries may not contain more than
25 ppm (parts per million) of cadmium. The colourgenerating layers of
display screens must not contain any cadmium.
Mercury**
Mercury is sometimes found in batteries, relays, switches, and back-light
systems, Mercury damages the nervous system and is toxic in high
doses.
TCO’95 requirement states that batteries may not contain more than
25 ppm (parts per million) of mercury. It also demands that no mercury
is present in any of the electrical or electronics components concerned
with the display unit, except the back-light system.
CFCs (freons)
CFCs (freons) are sometimes used for washing printed circuit boards
and in the manufacturing of expanded foam for packaging. CFCs break
down ozone and thereby damage the ozone layer in the stratosphere,
causing increased reception on Earth of ultraviolet light with consequent
increased risks of skin cancer (malignant melanoma).
The relevant TCO’95 requirement; Neither CFCs nor HCFCs may be
used during the manufacturing of the product or its packaging.
* Bio-accumulative is defined as substances which accumulate within
living organisms.
** Lead, Cadmium and Mercury are heavy metals which are
Bioaccumulative.
To obtain complete information on the environmental criteria document,
order from:
TCO Development Unit
SE-114 94 Stockholm
SWEDEN
FAX Number: +46 8 782 92 07
E-mail (Internet): [email protected]
You may also obtain current information on TCO’95 approved and
labelled products by visiting their website at:
http://www.tco-info.com/
1-8
English
âesky
Deutsch
Ελληνικά
Español
Français
Italiano
Nederlands
Polski
Русский
Türkçe
1-9
TO PREVENT FIRE OR SHOCK HAZARDS, DO NOT EXPOSE THIS UNIT TO RAIN
OR MOISTURE. ALSO, DO NOT USE THIS UNIT’S POLARIZED PLUG WITH AN
EXTENSION CORD RECEPTACLE OR OTHER OUTLETS UNLESS THE PRONGS
CAN BE FULLY INSERTED.
REFRAIN FROM OPENING THE CABINET AS THERE ARE HIGH VOLTAGE
COMPONENTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.
CAUTION
RISK OF ELECTRIC SHOCK • DO NOT OPEN
CAUTION
TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER
(OR BACK). NO USER SERVICEABLE PARTS INSIDE. REFER SERVICING
TO QUALIFIED SERVICE PERSONNEL.
This symbol warns user that uninsulated voltage within the unit may have
sufficient magnitude to cause electric shock. Therefore, it is dangerous to make
any kind of contact with any part inside this unit.
This symbol alerts the user that important literature concerning the operation
and maintenance of this unit has been included. Therefore, it should be read
carefully in order to avoid any problems.
Caution:
When operating the MultiSync LCD1550V with a 220-240V AC power source in Europe,
use the power cord provided with the monitor.
In the UK, a BS approved power cord with a moulded plug has a Black (five Amps) fuse
installed for use with this equipment. If a power cord is not supplied with this equipment
please contact your supplier.
When operating the MultiSync LCD1550V with a 220-240V AC power source in
Australia, use the power cord provided with the monitor.
For all other cases, use a power cord that matches the AC voltage of the power outlet
and has been approved by and complies with the safety standard of your particular
country.
ENERGYSTAR is a U.S. trademark.
As an ENERGYSTAR® Partner, NEC-Mitsubishi Electronics Display of America, Inc. has
determined that this product meets the ENERGYSTAR guidelines for energy efficiency.
The ENERGYSTAR emblem does not represent EPA endorsement of any product or service.
IBM PC/XT/AT, PS/2, MCGA, VGA, 8514/A and XGA are registered trademarks of
International Business Machines Corporation.
Apple and Macintosh are registered trademarks of Apple Computer Inc.
Microsoft and Windows are registered trademarks of the Microsoft Corporation.
NEC is a registered trademark of NEC Corporation.
All other trademarks or registered trademarks are property of their respective owners.
English-1
1-10
English
WARNING
Contents
Your new NEC MultiSync LCD monitor box* should contain the following:
• MultiSync LCD1550V monitor with tilt base
• Power Cord(s)
• Video Signal Cable
• User’s Manual
• CD ROM (includes complete User’s Manual in PDF format). To see
the User’s Manual, Acrobat Reader 4.0 must be installed on your PC.
1550V
* Remember to save your original box and packing material to transport
or ship the monitor.
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English
Quick Start
To attach the MultiSync LCD monitor to your system, follow these
instructions:
1. Turn off the power to your computer.
2. Remove connector cover and cable cover.
3. For PC: Connect the 15-pin mini D-SUB of the appropriate
signal cable to the connector for the display card in your system
(Figure A.1). Tighten all screws.
For Mac: Connect the MultiSync LCD1550V Macintosh cable
adapter to the computer (Figure B.1). Attach the 15-pin mini D-SUB
end of the appropriate signal cable to the MultiSync LCD1550V
Macintosh cable adapter (Figure B.1). Tighten all screws.
4. Connect the 15-pin mini D-SUB of the video signal cable to the
appropriate connector on the back of the monitor (Figure C.1). Place
the Video Signal Cable under Clip B.
5. Connect one end of the power cord to the MultiSync LCD Series
monitor and the other end to the power outlet. Place the video signal
cable and AC power cord under the clips (Figure C.1). Replace
connector cover and cable cover.
NOTE: Adjust the position of the cable under the clips to avoid damage
for cable or monitor.
NOTE: Please refer to Caution section of this manual for proper
selection of AC power cord.
6. The Vacation Switch on the right side of the monitor must be turned
on (Figure D.1). Turn on the monitor with the Power Button and the
computer.
NOTE: The Vacation Switch is a true on/off switch. If this switch is on
the OFF position, the monitor cannot be turned on using the
front button DO NOT switch on/off repeatedly.
7. No-touch auto adjust automatically adjusts the monitor to optimal
settings upon initial setup for most timings. For further adjustments,
use the following OSM controls:
• Auto Adjust Contrast
• Auto Adjust
English-3
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Refer to the Controls section of this User’s Manual for a full description
of these OSM controls.
NOTE: If you have any problems, please refer to the Troubleshooting
section of this User’s Manual.
Figure A.1
Macintosh
Cable
Adapter
(not included)
Macintosh G3
and G4 do not
need a
Macintosh cable
adapter
Figure B.1
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English
Connector cover
Cable cover
Clip B
Figure C.1
1550V
Vacation Switch
Power Button
Figure D.1
Tilt
Grasp both sides of the monitor screen with your hands and adjust the
tilt as desired (Figure TS.1).
Remove Monitor Stand for Mounting
To prepare the monitor for alternate mounting purposes:
1. Remove the connector cover and cable cover (Figure R.1).
2. Disconnect all cables.
3. Place monitor face down on a non-abrasive surface (Figure R.2).
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4. Remove the 4 screws connecting the monitor to the stand and lift off
the stand assembly (Figure R.2) the monitor is now ready for
mounting in an alternate manner.
5. Connect the AC cord and signal cable to the back of the monitor
(Figure R.3).
6. Reverse this process to reattach stand.
NOTE: Use only VESA-compatible alternative mounting method.
Figure TS.1
Figure R.1
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English
Non-abrasive
surface
Figure R.2
Figure R.3
7. This LCD monitor is designed for use with a flexible arm. Please use
the attached screws (4pcs) when mounting. To meet the safety
requirements the monitor must be mounted to an arm which
guaranties the necessary stability under consideration of the weight
of the monitor. The LCD monitor shall only be used with an approved
arm (e.g. GS mark).
English-7
1-16
Replace screws
Thickness of bracket (arm)
2.0 ~ 3.2 mm
Tighten all screws
75 mm
75 mm
4 SCREWS (M4)
(MAX depth: 8.5 mm)
If use other
screw, check
depth of hole.
Weight of LCD assembly: 3.2kg (MAX)
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English
Controls
OSM (On-Screen-Manager) Controls
The OSM controls on the front of the monitor function as follows:
To access OSM press any of the control buttons ( , , -, +, NEXT).
Control
Menu
EXIT
Exits the OSM controls.
Exits to the OSM main menu.
CONTROL /
Moves the highlighted area left/right to select control
menus.
Moves the highlighted area up/down to select one of the
controls.
ADJUST -/+
Moves the bar left/right to increase or decrease the
adjustment.
Activates Auto Adjust function.
Enter the sub menu.
NEXT
Moves the highlighted area of main menu right to select
one of the controls.
RESET
Resets the highlighted control to the factory setting.
NOTE: When RESET is pressed in the main and sub-menu, a warning
window will appear allowing you to cancel the RESET function
by pressing the EXIT button.
Brightness/Contrast Controls
BRIGHTNESS
Adjusts the overall image and background screen
brightness.
CONTRAST
Adjusts the image brightness in relation to the
background.
AUTO ADJUST
Adjusts the image displayed for non-standard
video inputs.
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Auto Adjust
Automatically adjusts the Image Position, the H. Size
and Fine setting.
Position Controls
LEFT/RIGHT
Controls Horizontal Image Position within the display
area of the LCD.
DOWN/UP
Controls Vertical Image Position within the display area
of the LCD.
H. SIZE
Adjusts the horizontal size by increasing or decreasing
this setting.
FINE
Improves focus, clarity and image stability by increasing
or decreasing this setting.
Colour Control Systems
Five colour presets select the desired colour setting.
Each colour setting is adjusted at the factory.
R,G,B
Increases or decreases Red, Green or Blue colour
depending upon which is selected. The change in colour
will appear on screen and the direction (increase or
decrease) will be shown by the bars.
Tools
OSM POSITION
You can choose where you would like the OSM control
image to appear on your screen. Selecting OSM
Location allows you to manually adjust the position of
the OSM control menu left, right, down or up.
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The OSM control menu will stay on as long as it is use.
In the OSM Turn Off submenu, you can select how long
the monitor waits after the last touch of a button to shut
off the OSM control menu. The preset choices are 10,
20, 30, 45, 60 and 120 seconds.
OSM LOCK OUT
This control completely locks out access to all OSM
control functions. When attempting to activate OSM
controls while in the Lock Out mode, a screen will
appear indicating the OSM controls are locked out.
To activate the OSM Lock Out function, press , then
and hold down simultaneously. To de-activate the OSM
Lock Out, press , then and hold down
simultaneously.
RESOLUTION NOTIFIER
This optimal resolution is 1024 x 768. If ON is selected,
a message will appear on the screen after 30 seconds,
notifying you that the resolution is not at 1024 x 768.
FACTORY PRESET
Selecting Factory Preset allows you to reset all OSM
control settings back to the factory settings. The RESET
button will need to be held down for several seconds to
take effect. Individual settings can be reset by
highlighting the control to be reset and pressing the
RESET button.
Information
DISPLAY MODE
Indicates the current display resolution and frequency
setting of the monitor.
MONITOR INFO.
Indicates the model and serial numbers of your monitor.
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English
OSM TURN OFF
OSM Warning
OSM Warning menus disappear with Exit button.
NO SIGNAL: This function gives a warning when there
is no signal present. After power is turned on or when
there is a change of input signal or video is inactive, the
No Signal window will appear.
RESOLUTION NOTIFIER: This function gives a
warning of use with optimized resolution. After power is
turned on or when there is a change of input signal or
the video signal doesn’t have proper resolution, the
Resolution Notifier window will open. This function can
be disabled in the TOOL menu.
OUT OF RANGE: This function gives a
recommendation of the optimized resolution and refresh
rate. After the power is turned on or there is a change of
input signal or the video signal doesn’t have proper
timing, the Out Of Range menu will appear.
CHECK CABLE: This function will advise you to check
all Video Inputs on the monitor and computer to make
sure they are properly connected.
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Safety Precautions and Maintenance
FOR OPTIMUM PERFORMANCE, PLEASE NOTE
THE FOLLOWING WHEN SETTING UP AND
USING THE MULTISYNC LCD COLOUR MONITOR:
•
•
•
•
•
•
•
DO NOT OPEN THE MONITOR. There are no user serviceable parts
inside and opening or removing covers may expose you to dangerous
shock hazards or other risks. Refer all servicing to qualified service
personnel.
Do not spill any liquids into the cabinet or use your monitor near water.
Do not insert objects of any kind into the cabinet slots, as they may
touch dangerous voltage points, which can be harmful or fatal or may
cause electric shock, fire or equipment failure.
Do not place any heavy objects on the power cord. Damage to the cord
may cause shock or fire.
Do not place this product on a sloping or unstable cart, stand or table, as
the monitor may fall, causing serious damage to the monitor.
Do not place any objects onto the monitor and do not use the monitor
outdoors.
The inside of the flourescent tube located within the LCD monitor
contains mercury. Please follow the bylaws or rules of your municipality
to dispose of the tube properly.
Immediately unplug your monitor from the wall outlet and refer servicing to
qualified service personnel under the following conditions:
• When the power supply cord or plug is damaged.
• If liquid has been spilled, or objects have fallen into the monitor.
• If the monitor has been exposed to rain or water.
• If the monitor has been dropped or the cabinet damaged.
• If the monitor does not operate normally by following operating
instructions.
• Do not bend power cord.
• Do not use monitor in high temperatured, humid, dusty, or oily areas.
• Do not cover vent on monitor.
• If monitor is broken, do not come in contact with the liquid crystal.
• If glass is broken. Handle with care.
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English
Recommended Use
•
CAUTION
•
•
Allow adequate ventilation around the monitor so that
heat can properly dissipate. Do not block ventilated
openings or place the monitor near a radiator or other
heat sources. Do not put anything on top of monitor.
The power cable connector is the primary means of
detaching the system from the power supply. The
monitor should be installed close to a power outlet which
is easily accessible.
Handle with care when transporting. Save packaging for
transporting.
CORRECT PLACEMENT AND ADJUSTMENT OF
THE MONITOR CAN REDUCE EYE, SHOULDER
AND NECK FATIGUE. CHECK THE FOLLOWING
WHEN YOU POSITION THE MONITOR:
•
•
•
•
•
•
•
•
•
•
For optimum performance, allow
20 minutes for warm-up.
Adjust the monitor height so that the top of
the screen is at or slightly below eye level.
Your eyes should look slightly downward
when viewing the middle of the screen.
Position your monitor no closer than 40 cm
and no further away than 70 cm from your
eyes. The optimal distance is 53 cm.
Rest your eyes periodically by focusing on
an object at least 6 m away. Blink often.
Position the monitor at a 90° angle to windows and other light sources to
minimize glare and reflections. Adjust the monitor tilt so that ceiling lights
do not reflect on your screen.
If reflected light makes it hard for you to see your screen, use an
antiglare filter.
Clean the LCD monitor surface with a lint-free, non-abrasive cloth. Avoid
using any cleaning solution or glass cleaner!
Adjust the monitor’s brightness and contrast controls to enhance
readability.
Use a document holder placed close to the screen.
Position whatever you are looking at most of the time (the screen or
reference material) directly in front of you to minimize turning your head
while you are typing.
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•
Avoid displaying fixed patterns on the monitor for long periods of time to
avoid image persistence (after-image effects).
Get regular eye checkups.
Ergonomics
To realize the maximum ergonomics benefits, we recommend the following:
• Use the preset Size and Position controls with standard signals.
• Use the preset Colour Setting.
• Use non-interlaced signals with a vertical refresh rate between
60-75 Hz.
• Do not use primary colour blue on a dark background, as it is difficult to
see and may produce eye fatigue to insufficient contrast.
English-15
1-24
English
•
Printed in Taiwan
HD67NM55101
1-25
Serial Number Information
Refer to the serial number information shown below.
EX.) SERIAL NUMBER LABEL
Model Name : LCD1550V-1
: LCD1550V-1-BK
(White model)
(Black model)
SERIAL NO. :
g g g g g g g g g
Manufactured Year :
( Last digit )
Manufactured Month :
January to September
1 to
9
October
X
November
Y
December
Z
Serial Number(4-digit)
(sequential number
at production month,
0001-9999)
Panel Code: A ~ Z (Hannstar panel)
Reference: 0~9 (LG panel)
Factory Code:
Compal Taiwan factory ...... “I”
Compal China factory ...... “T”
Control Code:
A, B
2-1
DISASSEMBLY
g Before you disassemble the set, turn off power and pull out the power plug.
g Use the proper screwdriver. If oversize or undersize screwdriver is used, screws may be damaged.
g Assembly is the opposite process of disassembly.
SYMBOL
1
1
2
2
3
CODE(Compal)
FANM5522100
FANM5522200
FANM5524100
FANM5524200
---
CODE(NMV)
79PP0619
79PP0694
79PP0589
79PP0607
---
DESCRIPTION
CONNECTOR COVER NM5522 AB
CONNECTOR COVER NM5522 AB
CABLE COVER
CABLE COVER ASSY(BK-A)
SL-CPIMS*4*12*15BF
CABINET COLOR
White
Black
White
Black
---
2
1
3
3
3
3
3-1
SYMBOL
4
4
5
5
CODE(Compal)
FANM5516100
FANM5516200
-----
CODE(NMV)
79PP0587
79PP0606
-----
DESCRIPTION
CABINET BACK ASSY
CABINET COVER ASSY(BK-A)
#2CPITS*3*12*3AF
#2CPITS*3*12*3KF
4
5
5
3-2
CABINET COLOR
White
Black
White
Black
SYMBOL
6
7
8
CODE(Compal)
-------
CODE(NMV)
-------
DESCRIPTION
CPIMS(CUP)*3*6*3AF
SCREW SPECIAL
SHIELD PCB ASSY
8
6
7
SYMBOL
5
9
CODE(Compal)
--454A5267001
CODE(NMV)
--79PP0584
DESCRIPTION
#2CPITS*3*12*3AF
PCBA KEY/B VK-530 LNM555G
CN1
9
5
5
5
3-3
SYMBOL
6
10
10
CODE(Compal)
--461A7367004
461A7367005
CODE(NMV)
--79PP0860
79PP0868
CN2
DESCRIPTION
CPIMS(CUP)*3*6*3AF
FIRMWARE CTRL/B VL-543 LN
FIRMWARE CTRL/B VL-543 LN
CN3
CABINET COLOR
--White
Black
J2
6
J1
10
SYMBOL
6
11
26
12
13
14
14
CODE(Compal)
------453A7367001
453A7567001
DC020149900
DC020150000
CODE
------79PP0801
79PP0802
79PP0806
79PP0855
DESCRIPTION
CPIMS(CUP)*3*6*3AF
SPECIAL WASHER 4*8*15BF
CFIMS*3*6*3KF
PCBA POWER/B VP-543 LNS55
PCBA INVERTER/B VI-543 LN
H-CON SET NS555 P802-SW
H-CON SET NS555 P802-SW B
P804
6
J951
P803
13
J901
12
J911
P802
14
2
11
3-4
CABINET COLOR
----------White
Black
SYMBOL
5
16
16
CODE(Compal)
--FANM5515100
FANM5515200
CODE(NMV)
--79PP0586
79PP0605
DESCRIPTION
#2CPITS*3*12*3AF
CABINET FRONT ASSY
CABINET FRONT ASSY(BK-A)
5
16
SYMBOL
17
CODE(Compal)
---
CODE(NMV)
---
DESCRIPTION
CPIMS*2.5**4*3AF
17
17
3-5
CABINET COLOR
--White
Black
SYMBOL
18
27
CODE(Compal)
AC600022900
NBX40000300
CODE
79PP0804
79PP0808
DESCRIPTION
LCD HSD150SX84-B 15" HANNSTAR
FFC 40P G P0.5 PAD=0.5 71
CODE
----79PP0620
79PP0695
--79PP0618
79PP0693
------
DESCRIPTION
HINGE L
HINGE R
STAND FRONT NM5523 ABS+PC
STAND FRONT NM5523 ABS+PC
BRACKET HINGE
BASE ASSY NM5517 ABS+PC M
BASE ASSY-NEC NM5517 ABS+
SL-CPIMS*4*8*15BF
SL-CPIMS*4*16*15BF
27
27
18
SYMBOL
19
20
21
21
22
23
23
24
25
CODE(Compal)
----FANM5523100
FANM5523200
--FANM5517100
FANM5517200
-----
19
20
21
24
22
23
25
3-6
CABINET COLOR
----White
Black
--White
Black
-----
ADJUSTMENT PROCEDURES
TABLE OF CONTENTS
Page
1. Application
--------------------------------------------------------------------------------------------- 2-2
2. Adjustment conditions
------------------------------------------------------------------------------ 2-2
2.1 Time for adjustment
------------------------------------------------------------------------------- 2-2
2.2 Measuring instruments, jigs, and tools
2.3 Power-supply voltage
2.4 Aging
------------------------------------------------------- 2-2
----------------------------------------------------------------------------- 2-2
-------------------------------------------------------------------------------------------------- 2-2
3. Set adjustments
3.1 Power ON
-------------------------------------------------------------------------------------- 2-3
-------------------------------------------------------------------------------------------- 2-3
3.2 Factory mode
--------------------------------------------------------------------------------------- 2-4
3.3 Factory reset and auto contrast
4. VG-829 Setting Method
---------------------------------------------------------------- 2-8
--------------------------------------------------------------------------- 2-10
2-1
1. Application
This adjustment specification shall be applied to the adjustment of the LCD1550V (LA-15R02-1) /
LCD1550V-BK (LA-15R02-1-BK).
2. Adjustment conditions
2.1 Time for adjustment
Adjustment of a unit to be adjusted shall be carried out only at the time of the adjustment of the set as a whole.
2.2 Measuring instruments, jigs, and tools
The measuring instruments, jigs, and tools required at the time of the adjustment of the unit to be adjusted shall
be as specified below.
a. A signal generator that can generate an output of signal timing produced by the adjusted (*) VG-829 or
specified in [4. Setting method for the VG-829.] In this case, however, this signal generator shall be
capable of displaying all white and all black as a screen display pattern.
* The word “adjusted” shall mean that the amplitude of each signal R, G, B, which is output from the signal
generator, is maintained at 0.7Vp-p ± 0.05V when a load of 75Ω is connected.
b. D-SUB 15-pin signal cable
c. Video signal cable
2.3 Power-supply voltage
INPUT : 100Vac ~ 240Vac ±10%, 47~63Hz
2.4 Aging
Not required.
2-2
3. Set adjustments
3.1 Power ON
1) Insert the AC power cable in a wall outlet, or press the POWER key
in amber (or that an OSM of [NO SIGNAL] is displayed).
thereafter. Confirm that the LED is lit
* The product shall be regarded as an NG item unless the LED is lit in amber even when the AC power cable
is inserted in a wall outlet or the POWER key
is pressed.
2) Enter an input of Signal 20. Confirm that the LED is lit in green.
* The product shall be regarded as an NG item unless the LED is lit in green at that time.
3) Press the NEXT. ADJUST or Control key, and confirm that an OSM is displayed in the LCD screen.
Information
Supplementary description
The horizontal and vertical frequency values
displayed involve the errors of ±2kHz for
horizontal and ±2kHz for vertical.
Indicate the Input signal timing mode.
Resolution /Frequency
4(right)
: No Function
3(left)
: No Function
+ (plus)
: No function
- (minus)
: No function
NEXT
: Change tag to next right direction
RESET
: No function.
EXIT
: Jump to main menu
Press RESET + 3 + 4 at the same time under the condition of the above OSM to enter Factory mode.
2-3
3.2 Factory mode
Mention the contents of the service menu letter
Warning message
Color of frame
Service: Cyan
How to enter Service mode
1. Open Information menu (Signal information)
2. Press “3”+”4”+”RESET”
3. Indicate warning message
4. Press Next then enter Service mode
Or Press EXIT to close OSM menu
OSM Flame is CYAN
How to use Service mode
Page1:
The page can check user’s HOURS RUNNING and system total’s HOURS RUNNING.
1. Press “NEXT” to move cursor on HOURS RUNNING.
2. Press “3 (LEFT)” + “RESET” at the same time can check HOURS RUNNING.
3. Press “3 (LEFT)” or “4 (RIGHT)” to move cursor on FACTORY PRESET.
4. Press “RESET” + “4 (RIGHT)” can reset all function to initial (include user’s HOURS RUNNING
and AUTO INFORMATION).
2-4
Page2:
The page can adjust RGB offset and gain.
1. Press 3 or 4 to move cursor on AUTO GAIN or AUTO OFFSET.
2. Press “+” or “-“ can auto balance.
How to exit Service mode
Press exit key and then close OSM menu (Service mode)
When turn off monitor in Service mode, it should exit from Service mode.
If unplug a power cord in Service mode, it should exit from Service mode too.
: Hours Running
Indicate On time and Off mode (power save) time(hours, minutes).
There are two timers.
The one can be cleared and the other cannot be cleared.
Following Key operation changes the timer indication.
Select Hours Running item
RIGHT+ RESET: Indicate timer which can be cleared
LEFT+ RESET:
Indicate timer which cannot be cleared
LEFT+RIGHT+RESET : Timer is cleared
The indicated number should be changed every 5minutes.
On mode time
xxxH xxM
Off Mode time
xxxH xxM
2-5
Page 3
: F/W ver
Indicate F/W version
: Auto ADJUST COUNT
Indicate total time that Auto Adjustment (Contrast, Auto adjust) is executed.
Value should be cleared by factory reset in Service mode menu.
: OSM Menu Change
Bar or Number of User menu should be selected in Factory mode menu.
: Factory Preset in Factory mode
When proceed key is pushed at Factory preset, Hours running and auto count is cleared.
2-6
Page 4
In this page, it is possible to modify the display style of the OSM menu.
1) Press the 3 (left) key or the 4 (right) key to adjust the cursor to the DESTINATION, MODEL TYPE,
DESIGN, or the VCO TYPE.
2) When the + or - key is pressed, each display style is changed.
DESTINATION (The OSM menu for each destination is changed.)
0: Overseas : Shipment setting
1: (Reserve)
2: Domestic
MODEL TYPE (The MODEL name of MONITOR INFO. is changed.)
B
: LCD1550V
: Shipment setting
BK
: LCD1550V BK
: Shipment setting
M3X
: RDT153X
DESIGN (The adjusting value displayed is modified into a bar or a numeral.)
BAR: The adjusting value is displayed in a bar.
: Shipment setting
DBG: The adjusting value is displayed in numerals. (Debug)
VCO TYPE
CAL
: Shipment setting
FIX
: (For evaluation)
When finishing the factory mode:
1) When the EXIT key is pressed, the OSM menu (factory mode) is closed and the factory mode is
finished.
2) If the monitor power supply is turned off in the factory mode, the factory mode is finished.
3) Even when the power cord plug is pulled out of the wall outlet in the factory mode, the factory mode
is also finished.
2-7
3.3 Factory reset and auto contrast
1) To display information of OSM on LCD screen.
2) Press “RIGHT” + “LEFT” + “RESET” key at same time.
3) LCD screen display warring message.
4.1) Press “exit” key will exit factory mode.
4.2) Press “NEXT” key will enter factory mode.
5) When enter factory mode and move make to FACTORY PRESET.
6) Press “PLUS” or “MINUS” key and will clear HOURS RUNNING, AUTO INFORMATION and EEPROM etc.
2-8
7) Move make to item 2 and change input video pattern to gray scale.
8) Move make to AUTO GAIN and AUTO OFFSET.
9) Press “PLUS” or “MINUS” key can adjust RGB offset and gain.
10) Exit factory mode press “exit” key.
2-9
4. VG-829 Setting Method
Signal
Mode
H
V
OUTPUT
DOT CLOCK [MHz]
TOTAL [DOT]
DISP [DOT]
SYNC PULSE [DOT]
BACK [DOT]
HDstrat [DOT]
HDwidth [DOT]
INTERLACE
TOTAL [H]
DISP [H]
SYNC PULSE [H]
BACK PORCH [H]
EQPfp [H]
EQPbp [H]
SERRATION [H]
EDP [H]
VDs [H]
VBf [H]
OUTPUT MODE
NRZ/RZ
CV
HS
VS
CS
HD
VD
RGB
HT
C
VIDEO
Set-up
Sync
VG-829
20
78.75
1312
1024
96
176
0
0
NON
800
768
3
28
0
0
OFF
OFF
0
0
ANALOG
NRZ
POS
POS
NEG
NEG
NEG
POS
POS
NEG
0.70V
0.00V
0.30V
PAT SEL
CHARA
PATTERN
GRAY
Format
Code
Font
Cell
Direction:0
GRAY
1
82
16*16
16*16
L0:0 L1:17 L2:34 L3:51 L4:68 L5:85
L8:143 L9:159 LA:175 LB:191 LC:207
LF:255
2-10
L6:102
LD:223
L7:127
LE:239
INSPECTION
1. Inspection of PLUG & PLAY communication and OSM "MONITOR
INFORMATION" for model name/ serial number
1.1 A construction of System
This system should be connected as shown below.
PRO G RAM
P ro g ra m D is k
P AR T N o. 599910552
S ig n a l G e n e ra to r
PC
R G B H V
A U T O A D J I/F J IG
P a rt N o . 5 9 9 9 1 0 4 0 1 (1 2 0 V ) (F o r A v e r.)
P a rt N o . 5 9 9 9 1 0 4 0 2 (2 2 0 V ) (F o r B v e r.)
D -s u b to D -S u b 1 5 p in S ig n a l C a b le
1.2 Input Signal
Horizontal synchronization frequency
: No specified.
Vertical synchronization frequency
: No specified.
1.3 Programs required
PNP.EXE
PNP.INI
08109741.MDL
EDID550V.TXT
5-1
P rin te r C a b le
1.4 Operational procedures
1. Start PNP.EXE from DOS mode or DOS pronto of Windows.
2. Operation key assignment
• Determine the operation mode with the F1 ~ F9 and ESC keys.
F1: (Select Model) Setting file changeover for respective models.
F4: (Read) EDID data for reading.
F5: (Write Input 1) It is not used in this model.
F8: (Write Input 2) EDID data is written in.
F9: (Write ALL) It is not used in this model.
ESC: (EXIT) End of program.
3. Press the F1 key and enter an input of setting file for the related model. Press the Enter key.
File name
08109741
Model
LCD1550V
4. Writing and inspection procedures
a. Press the F8 key (Write Input 2).
b. Since the screen is changed over to the one that waits for an input of serial number, examine the serial
number of the set, enter it from the keyboard, and press the Enter key.
The message of the screen:
Model Name "LCD1550V"
Input serial number (Enter only: Use previous number)
c. EDID data writing and inspection
According to the screen commands, make connections for the connectors and change over the
signals.
The message of the screen:
Input 1 File 1 set V 42Hz N (Hit any key)
Notes: This message does not need to be followed. The D-SUB connector is connected and
arbitrary signals a received.
When the Enter key is pressed, the write and inspection of EDID data are performed.
d. Upon normal completion, a screen display is presented "OK".
e. Serial number writing for the OSM “MONITOR INFORMATION”.
* The signal cable of equipment is connected with a signal generator.
* It goes into the factory mode and returns to the user mode, without carrying out anything.
* A Display “MONITOR INFORMATION.” of the OSM, and confirm that the model name
(LCD1550V or LCD1550V BK) and serial number have been correctly written.
5-2
1.5 EDID data file
The EDID data file text is shown below. When you write or inspect EDID for this monitor, the following table
can be used.
file name : EDID550V.TXT
00
10
20
30
40
50
60
70
0
00
25
*1)
1E
01
13
3C
45
00
1
FF
0B
*2)
50
01
00
08
43
31
*3)
2
FF
01
3
FF
03
4
FF
08
5
FF
1E
6
FF
17
7
00
78
8
38
EA
9
A3
7E
A
C6
A5
B
65
A0
C
01
58
D
01
4E
E
01
96
F
01
25
54
01
30
00
20
35
BF
01
E4
0A
4C
30
EE
01
10
20
43
30
00
01
00
20
44
30
01
C3
00
20
31
30
01
1E
1E
20
35
31
01
00
00
20
35
49
01
20
00
20
30
41
01
41
00
00
56
0A
01
00
FD
00
0A
20
01
20
00
00
00
20
01
30
37
FC
00
20
01
10
4B
00
00
00
01
60
1F
4E
FF
49
*4)
Table 1.5 Data list
Note 1: address 10h
Week of manufacture = Month of manufacture × 4
Note 2: address 11h
Year of manufacture - 1990
Notes 3: address 71h ~ 7Dh
Serial Number (ASCII coded)
If less than 13 char, terminate with 0Ah and fill the rests with 20h.
Note 4: address 7Fh
Checksum
The sum of entire 128 byte shall be equal to 00h.
5-3
2. External inspection on the LCD module
Inspection condition is approximately 15-50cm
Viewing angle is normal to the LCD panel.
Ambient temperature is in the room temperature.
Ambient illumination is 300-500Lux.
Display characteristics
Defect type
Dark / Bright Spot
Circular Foreign Material
Visual defect
Bright or Dark Line
Foreign Material
D: Diameter
N: Number
Polarizer / Linear Scratch
W: Horizontal width
L: Vertical high
Polarizer – bubble / Peeling
Electrical defect
N: Number
Maximum Allowable Defect
Count All Types
Bright Dot Random
Bright Dot 2 Adjacent
Dark Dot Random
Dark Dot 2 Adjacent
Dark Dot 3 or More Adjacent
Total Bright and Dark Dots
Minimum Distance Between Bright Dots
Minimum Distance Between Dark Dots
Minimum Distance Between Bright Dots
and Dark Dots
5-4
Criteria
0.2mm≤D<0.5mm
N≤4
0.05mm≤W<0.2mm
0.3mm≤L≤3mm
N≤4
0.01mm≤W<0.2mm
1.0mm≤L≤10mm
N≤3
0.15mm≤D<0.25mm
N≤4
N≤7
N≤4
N≤2
N≤4
N≤3
N=0
N≤4
≥15mm
≥10mm
≥10mm
Note(1): Bright dot defect description
Two adjacent
Type1
Type2
Type3
Note(2): Dark dot defect description
Two adjacent
Type1
Type2
Type3
Note(3): Dark dot defect description
Three adjacent
Type1
Type2
Type3
Type4
5-5
Not(4): Minimum distance between dot defect
Bright dot to bright dot
<15mm
NG
Dark dot to dark dot
<10mm
NG
Bright dot to dark dot
<10mm
NG
Note(5): “Average Diameter” description
Dusts would be judged by “Average Diameter” under vertical high ≥0.1mm and horizontal width ≥0.1mm
condition.
Average Diameter D=(a+b)/2
b
a
5-6
3. Safety Tests
Perform the following inspection tests in accordance with the standards set forth in Common Electrical
Safety Inspection Standards for Information Processing Device & Office Equipment (DSQS-009-103).
Destination :
World wide
Applicable Regulations :
UL1950, CSA C22.2 No 950 (C-UL), DHHS, TUV (EN60950), CE, PTB
Classification :
Class I device (with safety ground), movable
Ratings :
AC 100-240V, 50/60Hz,
Unless otherwise specified, rating voltage is 240V.
3.1 Ground Continuity
( It is applied to the PSU built-in set. )
Perform the test at the points indicated below and make sure that the ground continuity values are within
the prescribed range. (This test is to be performed before the electric strength test.)
1) The Ground Line of inlet shall be satisfied indicated below.
a) The color of Ground Line is spiral of green and yellow.
b) The Ground Line is connected at specified point on the chassis base with specified screw.
2) Measurement Point- Between the ground terminal of power supply cord and the chassis Screw
The standard for a decision : Less than 0.1ohm. ( Input current 25A)
3.2 Electric Strength
( It is applied to the PSU built-in set. )
Perform the tests at the points indicated below and make sure that there is no dielectric breakdown or
flashing.
Measurement Points
Make measurements between the power supply terminals (other than the ground terminal) and each
of the following points : (See note below.)
Signal cable connector shell
Chassis base
Note : The two terminals other than the ground terminal (power supply cord) must be shorted out.
The standard for a decision :
Less than 10mA. ( Input voltage
5-7
1500V AC )
3.3 Leakage Current
( It is applied to both the PSU built-in set and the set with AC adapter. )
Perform the tests at the points indicated below and make sure that the leakage current is within the
prescribed range. (This test must be performed after the electric strength test.)
Measurement Points
Make measurements between the terminals of AC inlet (other than the ground terminal) and each of
the following points :
Signal cable connector shell
Chassis base
Note : Power switch status ; "ON" and "OFF" condition.
The standard for a decision : Less than 1.5 mA. ( Input voltage 255V AC (60Hz))
Measurement condition
: The leakage ammeter builds in the resistor of 1500 ohm, and uses a thing
with the bypass condenser of 0.15uF.
3.4 Insulation Resistance
( It is applied to the PSU built-in set. )
Perform the tests at the points indicated below and make sure that the insulation resistance is within the
prescribed range. (This test must be performed after the electric strength test.)
Measurement Points
Make measurements between the power supply terminals (other than the ground terminal) and each
of the following points : (See note below.)
Signal cable connector shell
Chassis base
Note : The two terminals other than the ground terminal (Power supply cord) must be shorted out.
The standard for a decision : More than 30Mohm. (Input voltage 500V DC)
5-8
TROUBLE SHOOTING
TABLE OF CONTENTS
Page
1. No display of screen (Screen is black, color of LED is amber) ------------------------- 6-2
2. Nothing displays on screen (Screen is black, color of LED is green) ----------------- 6-3
3. Checking the back light unit --------------------------------------------------------------------- 6-6
4. Abnormal screen ---------------------------------------------------------------------------------- 6-7
5. No OSM display ----------------------------------------------------------------------------------- 6-9
6. Abnormal Auto adjustment ---------------------------------------------------------------------- 6-10
7. Abnormal plug and play operation ------------------------------------------------------------ 6-11
7.1 Abnormal DDC2 ---------------------------------------------------------------------------------- 6-11
8. Checking the interface circuit of sync signal ------------------------------------------------ 6-12
8.1 Checking the control circuit of horizontal sync pulse ------------------------------------ 6-12
8.2 Checking the control circuit of vertical sync pulse --------------------------------------- 6-13
9. Checking the resolution change IC movement --------------------------------------------- 6-14
10. No power on -------------------------------------------------------------------------------------- 6-15
11. Checking the operation of CPU --------------------------------------------------------------- 6-16
6-1
1. No display of screen (Screen is black, color of LED is amber)
Does OSM display when you
push “NEXT, Adjust or Control”
button.
YES
When a signal isn't being inputted, it is indicated with "NO SIGNAL".
It is indicated with "OUT OF RANGE" at the time of the frequency that it
can't be distinguished.
Check if the sync signal from Computer is output
and if the video cable is connected normally.
NO
NG
Proceed section 4 “No OSM
display”.
Input the sync signal of computer, or
change the cable.
OK
Proceed section 9 “Checking the resolution
change IC movement”.
6-2
2. Nothing displays on screen (Screen is black, color of LED is green)
Is backlight lit?
NG
OK
Does computer output RGB
video signals?
NG
OK
Refer to section 3
“Checking the backlight unit.
Check the video cable for failure.
Check the host for output signal with all black only.
1) Change pattern of video signal output on the host.
2) Reconnect the video cable.
3) Change the video cable.
Check OSM menu is displayed on screen
when you push the “NEXT, Adjust or
Control” key.
NG
Check if the LCD video signal cable is connected
between the MAIN board and LCD module.
OK
Proceed section 4
“Abnormal screen“.
NG
Failure point
The cable is disconnected.
OK
Next page
6-3
Continue
Is 5V-source voltage provided to pins 1 and 2 of J2 in
MAIN board.
NG
OK
Is 5V-source voltage provided to pins 1
and 2 of P803 in SW REG board.
NG
OK
Failure point
Failure point
Error in SW REG board.
J2 cable pulled out or disconnected
Is a dot clock being outputted under the condition that a
LCD module is connected to CN2 and CN3 pin 26?
NG
Failure point
OK
1) U3 failure.
2) Printed wire broke between
U3 and CN2, CN3 pin26.
3)L10, R63, L11 or R64 failure
Check the STH pulse of negative polarity is
output on CN2 pin 29 at TTL level.
Failure point
NG
1) U3 failure.
2) Printed wire broke between
U3 and CN2 pin 29.
3) R68 or L14 failure
OK
Check the STV1 and STV2 of negative
polarity are ouput on CN2 pin 35, 36.
Failure point
NG
1) U3 failure.
2) Printed wire broke between
U3 and CN2 pin 35, 36.
3)R72, R73, L18 or R25 failure
OK
next page
6-4
Continue
Check the LOAD, POL, REV, CPV, OE of positive
polarity are ouput on CN2 pin 30, 31, 32, 37, 38.
NG
Failure point
1) U3 failure.
2) Printed wire broke between U3 and
CN3 pin 30, 31, 32, 37, 38.
3)R69, 70, 71, 74, 75, L15,16, 17, 20
or L21 failure
OK
Check the data signal output on CN3 and CN2 R, G,
B data pin.
NG
Failure point
OK
1) U3 failure.
2) Printed wire broke between
U3, CN2 and CN3 data line.
Failure point
The cable broke between CN2, CN3 and LCD module.
6-5
3. Checking the back light unit
Is 12V-source voltage provided
to pins 1 and 2 of P804 in SW
REG board?
Failure point
NG
OK
Error in SW REG board.
Is 12V-source voltage provided
to pins 1 and 2 of J901 in
inverter board?
NG
Failure point
Inverter cable disconnection.
OK
Check the ON/FF signal of equal “H” at J901 pin3?
NG
OK
1) u-p failure
2) printed wire broke between u-p trace to P804 pin3
Check F901 open
NG
OK
Failure point
1) Inverter cable disconnection.
2) C915, C955 open
Failure point
F901 failure. Replace the
inverter board
NG
6-6
4. Abnormal screen
Check the R, G, B video signal from computer
input on D-Sub R,G,B connector.
Failure point
1) No R, G and B video signal output from host
computer. Check computer.
2) Video signal cable disconnection.
NG
OK
Check the R,B,G input signals on U3 pin 17, 24,
30,respectively that their level is 0.7Vp-p
maximum.
Failure point
In the case of the Red signal. (A Green and
Blue signal is the same path, too.)
Printed wire broke between D-Sub(R,G,B) and
U3 pin 17,24,30.
NG
OK
Is the OK
pulse of the TTL level being out put to
CN2 and CN3 from the data line of U3?
Failure point
NG
Printed wire broke between U3 data line and
CN2,CN3.
OK
Check the negative STH sync pulse output to
CN2 pin 29 from U13 pin 92 at TTL level.
Failure point
NG
Printed wire broke between U3 pin 92 and CN2
pin 29.
OK
Check the negative STV1 and STV2 sync pulse
output to CN2 pin35 from U3 pin 83, 84 at TTL
level.
Failure point
NG
Printed wire broke between U2 pin 35, 36 and
CN2 pin 25, 36.
OK
Check the positive sync pulse output LOAD,
POL, REV, CPV, OE to CN2 pin 30, 31, 32, 37,
38 from U3 pin 91, 90, 85, 82 at TTL level.
Failure point
OK
Printed wire broke between U3 pin 91, 90, 85,
82, 81 and CN2 pin 30, 31, 32, 37, 38.
NG
Next Page
6-7
Continue
Check the CPH clock output to CN2 and CN3
pin 26 from U3 pin 123 at TTL level.
NG
Failure point
Printed wire broke between U3 pin 123
and CN2, CN3 pin 26.
OK
Proceed section 9 “Checking the resolution
change IC movement”.
6-8
5. No OSM display
Check the output of pulse from U3 pin105 ~118 and pin 124 ~ 140
when press NEXT, ADJUST or CONTROL key.
NG
Printed wire broke between U3 pin105 ~ 118, 124 ~
140 and CN2, CN3.
OK
Proceed section 9 “Checking the resolution
change IC movement”
6-9
6. Abnormal Auto adjustment
Check the input of pulse from U3 pin 49 ~ 61, 67 ~75.
NG
Check the output of pulse from U6 pin 3, 4, U7 pin 3, 4, 7, 8, 13, 14, 17, 18.
OK
Failure point
OK
NG
Check the output of
pulse from U3 pin
49 ~ 61, 67 ~75
OK
(1) Printed wire broke between
U6 pin 3,4 and U3 pin 49,
50.
(2) Printed wire broke
between U7 pin 3, 4, 7, 8,
13, 14, 17, 18 and U3 pin
51 ~ 58, 67 ~ 75.
Failure point
1) Printed wire broke between U6 pin 2, 5 and U8 pin 2, 30.
2) Printed wire broke between U7 pin 2, 5, 6, 9, 12, 15, 16, 19 and
U8 pin 13~15, 17 ~ 21.
Proceed section 9 “Checking the resolution change IC movement”.
6-10
7. Abnormal plug and play operation
7.1 Abnormal DDC2
Confirm the output of serial data on U9 pin 6 synchronize
SCLK at TTL level.
NG
Failure point
U9 failure.
OK
Failure point
1) The host machine isn't communicating in DDC2 mode.
2) The video cable may have failed or may not to have
connections for DDC.
3) Between U19 pin 6 and CN1 pin 15 may have failed.
4) Cable failure.
6-11
8. Checking the interface circuit of sync signal
8.1 Checking the control circuit of horizontal sync pulse
Check the horizontal sync signal on U1 pin 1 at TTL
level.
NG
OK
Check the hovizuntal sync signal on U3 pin 206 a
TTL level.
Failure point
1) No separate sync or composite sync
output by host. (Confirm the host,
output the sync signal.)
2) Video cable may have failed.
3) Printed wire broke between CN1 pin
13 and U13 pin 30.
4) R10, R38, L14, R74 open.
5) U12 failure.
Failure point
NG
U3 failure
OK
Procees section 9 “Checking the resolution change
IC movement”
6-12
8.2 Checking the control circuit of vertical sync pulse
Check the vertical sync signal on U1 pin 11
at TTL level.
Failure point
NG
OK
1) No separate sync output signal from the host.(Check the
host.)
2) Video cable may have failed.
3) Printed wire broke between CN1 pin 14 and U1 pin 11.
4) R10 open.
5) U1 failure
Proceed section 9 “Checking the resolution
change IC movement”.
6-13
9. Checking the resolution change IC movement
Is there +3.3V supply on U3 pins 65, 76, 86, 121, 143, 157, 167, 198, 193, 183, 179, 175, 188.
Is there +2.5V supply on U3 pins 5, 7, 10, 11, 12, 15, 18, 21, 22, 25, 28, 31, 35, 36, 42, 63, 76,
88, 119, 141, 159, 162, 163, 166, 169, 170, 189, 190, 196.
Proceed section 11 "Checking the
operation of CPU"
NG
OK
Is 14.318MHz clock input to U3 pin 3, 4 at
TTL level.?
NG
OK
Is 14.318MHz clock output from Y1 at TTL
level.?
OK
Failure point
Y1 failure
Proceed section 11 "Checking the
operation of CPU"
6-14
10. No power on
Check the +12V power provided from SW REG
board.
NG
Failure point
SW REG board failure.
Check the +5V power from SW REG board.
OK
Failure point
NG
SW REG board failure.
Is LED turned on in amber momentarily when
power
OK button is pushed.
Failure point
NG
SW REG board failure.
Proceed section 11 "Checking the operation of
CPU".
OK
6-15
11. Checking the operation of CPU
Is there +5.0V supply on U8 pin 32.
NG
Failure point
Printed wire broke between output J2 pin1, 2 and U8
power supply pin 32.
OK
Is 14.318MHz clock input to U3 pin 3, 4 at TTL level?
NG
Failure point
Y1 failure.
OK
Failure point
U3 failure.
6-16
CIRCUIT DESCRIPTION
TABLE OF CONTENTS
Page
1. Power Circuit
-------------------------------------------------------------------------------------
1.1 Power input block
1.2 Power control block
------------------------------------------------------------------------------
7-2
---------------------------------------------------------------------------
7-2
2. Microcomputer Control Circuit
2.1 Clock circuit
----------------------------------------------------------------
7-2
-------------------------------------------------------------------------------------
7-2
2.2 Microcomputer port circuit
-------------------------------------------------------------------
7-2
-----------------------------------------------------------------
7-2
2.3 PIO (General-purpose port)
3. Input Image Enlargement Display Circuit
3.1 Jag-D
7-2
--------------------------------------------------
7-3
----------------------------------------------------------------------------------------------
7-3
4. EEPROM Control Circuit
4.1 Data memory
----------------------------------------------------------------------
7-3
------------------------------------------------------------------------------------
7-3
5. Auto-adjuster circuit control
-------------------------------------------------------------------
5.1 Video level adjusting function
---------------------------------------------------------------
7-1
7-3
7-3
1. Power Circuit
1.1 Power input block (Circuit diagram: SW REG board)
A power supply for internal 12V and 5V are gained from the power connector through the voltage
supervisory circuit.
1.2 Power control block
1.2.1 Basic power control (Circuit diagram: MAIN Board)
SW REG board is used to generate the system power. It have built in PWM controllers to provide two
voltage output, one is provided for microprocessor or other TTL level IC (+5V) etc., the other one is provided
for the power of inverter (+12V). These two supply power used the same oscillation frequency, the same
start-up circuit, and the same protection circuit, so they can avoid the interference each other.
1.2.2 3.3V power control (Circuit diagram: MAIN Board P.4/5)
The U11,U10 are DC converter for the 3.3V power system. It output fixed 3.3V. The U16 is a DC converter
for 2.5V power system. It out fixed 2.5V.
3.3V power are fed to S9050,and panel. 2.5V power is only fed to S9050.
1.2.3 LCD panel 3.3V power control (Circuit diagram: MAIN Board P.5/5)
Panel power control used Q6 and U15 from S9050(pin_94) PENVDD.
When the PENVDD stays at the high level, the Panel voltage is 3.3V .
When the PENVDD stays at the low level, the Panel voltage is 0V .
2. Microcomputer Control Circuit
2.1 Clock circuit (Circuit diagram: MAIN Board P.3/5)
The Y1 is a crystal the microcomputer. It generates an output of 14.318MHz.
2.2 Microcomputer port circuit (Circuit diagram: MAIN Board P.3/5 and P.1/5)
S9050 has an embedded Microcontroller link to U8 Flash Rom.
2.2.1 I2C buses
U3 (PIN40) (GPIO2) SDDAT
U3 (PIN39) (GPIO1) SDCLK
Serial data
Serial clock
This is an I2C serial communication bus and is used for R or W data communication of U2 and U9.
2.2.2 S9050 and Flash ROM communication buses
U3 (PIN75) MCAD0
U3 (PIN55) MCA11
U3 (PIN74) MCAD1
U3 (PIN54) MCA12
U3 (PIN73) MCAD2
U3 (PIN53) MCA13
U3 (PIN72) MCAD3
U3 (PIN52) MCA14
U3 (PIN71) MCAD4
U3 (PIN51) MCA15
U3 (PIN70) MCAD5
U3 (PIN50) MCAD16
U3 (PIN69) MCAD6
U3 (PIN49) MCAD17
U3 (PIN68) MCAD7
U3 (PIN61) CS0#
U3 (PIN67) MCA8
U3 (PIN60) MCWR#
U3 (PIN57) MCA9
U3 (PIN59) MCRD#
U3 (PIN56) MCA10
7-2
2.3 PIO (General-purpose port) (Circuit diagram: MAIN Board P.3/5)
2.3.1 Key scan status
U3 GPIO20 (pin 203) Key2-1 and GPIO 17 (pin 80) Key1-2 output pulses continuously. If Keys are pressed,
microcomputer will detect U3 signal to judge which key is pressed.
2.3.2 D-sub cable status signal
U3 GPIO5 (PIN96) CABLE-DETECT
This is an IN/OUT supervisory signal for the D-sub cable.
It is set at the low level when the cable is connected.
2.3.3 LED control
U3 GPIO3 (PIN41) LEDY
U3 GPIO19 (PIN78) LEDG
These signals are used for the LED lighting control.
When GPIO3 is high the LEDY lit and GPIO19 is low the LEDG lit.
3. Input Image Enlargement Display Circuit
3.1 S9050 (Circuit diagram: MAIN Board P.1/5)
The S9050 (U3) is controlled through the internal microcomputer.
The S9050 is provided with the analog interface D-SUB (CN1) and the digital interface.
4. EEPROM Control Circuit
4.1 Data memory (Circuit diagram: MAIN Board P.3/5)
The display control data are held by the EEPROM (U9). These display control data are accessed through
the IIC bus of the microcomputer.
5. Auto-adjuster circuit control
5.1 Video level adjusting function
Functions of VIDEO RAM are also used for the automatic contrast adjustment (video level adjustment).
For the microcomputer, a maximum value of the entered one screen or the level data in the specified area
can be used.
This readout value is used for the black level setting and white level setting (contrast setting) for the VIDEO
amplifier.
7-3
REPLACEMENT PARTS LIST
The components specified for Model LCD1550V-1(B)
SYMBOL
Part No for Compal Part No forNMV
DESCRIPTION
*** ICS ***
U1
SA074140400
U10
SA011170300
U11
SA010840200
U12
SA744066000
U13
SA011170200
U14
SA011170200
U15
SB923050000
U2
SA024210300
U3
SA090500000
U4
SA007810010
U5
SA008100300
U6
SA7437382T2
U7
SA7437382T2
U8
SA002610000
U800
AB008170000
U801
AB038420404
U802
AB0043101T3
U9
SA024160008
U901
SA097410000
79PP0843
79PP0842
79PP0841
79PP0484
79PP0626
79PP0626
79PP0846
79PP0627
79PP0844
79PP0840
79PP0625
79PP0845
79PP0845
79PP0839
79PP5290
79PP5021
79PP5289
79PP0359
79PP0632
S IC SN74LVC14 SOP-14 INV
S IC APL1117-33VC-TR SOTS IC AIC1084-33CE TO252-3
SM IC 74HC4066D SOP-14 AN
IC APL1117-25 SOT-223 2.5
IC APL1117-25 SOT-223 2.5
S TR SI2305DS-T1 1P SOT-2
IC EE 128X8 SOP-8 24LC21A
S IC S9050-100 QFP-208
FS781 BZB SOP-8 SPREAD CL
IC LM810M3X-4.38 SOT-23
S IC 74HCT373 (SSOP-20)
S IC 74HCT373 (SSOP-20)
S IC EPROM PLCC-32 MX26C1
IC LTV-817M-B DIP-4 PHOTO
IC KA3842A DIP-8 PWM
IC KA431Z TO-92 REGULATOR
IC EE 16K SO-8 C
IC BA9741F SOP-16 PWM
*** TRANSISTORS ***
Q1
SBX012400T0
Q2
SBX012400T0
Q3
SB7700200T5
Q4
SB1103600T3
Q5
SB7700200T5
Q6
SBX012400T0
Q801
BB527610001
Q802
BB3014500T7
Q803
BB30945P1T5
Q804
BC9T169D0T7
Q901
SB3241100T8
Q902
SB8A12400T1
Q911
SB3241100T8
Q912
SB8A12400T1
Q913
SB3467200T3
Q914
SB3467200T3
Q915
SB7700200T5
Q916
SB934570000
Q951
SB3241100T8
Q952
SB8A12400T1
79PP0058
79PP0058
79PP0189
79PP0055
79PP0189
79PP0058
79PP5310
79PP0735
79PP5028
79PP5323
79PP0057
79PP0635
79PP0057
79PP0635
79PP0634
79PP0634
79PP0189
79PP0636
79PP0057
79PP0635
TR DTC124EK (SOT-23)
TR DTC124EK (SOT-23)
TR 2N7002
TR 2SA1036K (SOT-23)
TR 2N7002
TR DTC124EK (SOT-23)
TRANSISTOR 2SK2761-01MR 1
TR HTL145 NPN TO-92
TRANSISTOR 2SC945-P
SCR BT169D TO-92
TR 2SC2411K (SOT-23)
TR DTA124EK (SM)
TR 2SC2411K (SOT-23)
TR DTA124EK (SM)
TR 2SC4672 (SOT-89)
TR 2SC4672 (SOT-89)
TR 2N7002
TR SI3457DV-T1 1P TSOP-6
TR 2SC2411K (SOT-23)
TR DTA124EK (SM)
8-1
SYMBOL
Part No for Compal Part No forNMV
DESCRIPTION
Q953
Q954
Q955
Q956
SB3467200T3
SB3467200T3
SB7700200T5
SB934570000
79PP0634
79PP0634
79PP0189
79PP0636
TR 2SC4672 (SOT-89)
TR 2SC4672 (SOT-89)
TR 2N7002
TR SI3457DV-T1 1P TSOP-6
*** DIODES
BD801
D1
D2
D3
D4
D5
D6
D801
D802
D803
D804
D805
D806
D841
D842
D901
D910
D911
D912
D950
D951
D952
LED401
ZD1
ZD801
***
BC3BP08M100
SC10QS041T4
SC10QS041T4
SC4LZ56B0T5
SC4LZ56B0T5
SC4LZ56B0T5
SC4LZ56B0T5
BC1PS1010T0
BC1PS1040T0
BC11N4148T8
BC11N4148T8
BC11N4148T8
BC11N4148T8
BC1ER100200
BC1SB5600N0
SC11N4148T8
SC11N4148T8
SC10QS042T4
SC6BAV99100
SC11N4148T8
SC10QS042T4
SC6BAV99100
BC5G2093000
SC1LC208000
BC4HZ2020T7
79PP0814
79PP0061
79PP0061
79PP0380
79PP0380
79PP0380
79PP0380
79PP0832
79PP0833
79PP0258
79PP0258
79PP0258
79PP0258
79PP0736
79PP0813
79PP0062
79PP0062
79PP0825
79PP0826
79PP0062
79PP0825
79PP0826
79PP0331
79PP0376
79PP0834
DIO (BR) 2KBP08M PANJIT
DIODE EC10QS04
DIODE EC10QS04
ZENER DIODE RLZ5.6B(LL-34
ZENER DIODE RLZ5.6B(LL-34
ZENER DIODE RLZ5.6B(LL-34
ZENER DIODE RLZ5.6B(LL-34
DIO PS1010R DO-41 PANJIT
DIO PS104R DO-41 PANJIT
DIODE 1N4148
DIODE 1N4148
DIODE 1N4148
DIODE 1N4148
DIODE ER1002F T0-220F
DIO SB560-F17 DO-201AD P2
DIODE 1N4148 (SM)
DIODE 1N4148 (SM)
S DIO EC10QS04
S DIO ROW BAV99(JE) 2P SO
DIODE 1N4148 (SM)
S DIO EC10QS04
S DIO ROW BAV99(JE) 2P SO
LED LYG2093 YEL/GRN 3D
DIODE DALC208SC6 SOT23-6
ZEN DIO HZ20-2
*** TRANSFORMERS ***
T801
DG100015100
T911
SP051006200
T951
SP051006200
79PP0771
79PP0831
79PP0831
X'FORMER NM555 POWER EFD2
S X'FORM NS555 EFD20 POWE
S X'FORM NS555 EFD20 POWE
*** VARIABLE RESISTORS ***
VR801
CF210010201
79PP5233
VR 1/10W 1KB VZ068TL1-B1K
*** RELAYS & SWITCHES ***
SW1
DE611001500
79PP0615
SW2
DE611001500
79PP0615
SW3
DE611001500
79PP0615
SW4
DE611001500
79PP0615
SW5
DE611001500
79PP0615
SW6
DE611001500
79PP0615
SW7
DE611001500
79PP0615
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
8-2
SYMBOL
SW8
Part No for Compal Part No forNMV
DESCRIPTION
DE611001500
79PP0615
TACT SW NM555 SKHHBW2720
*** PWB ASSYS ***
CTRLBD
461A7367004
INVBD
453A7567001
KEYBD
454A5267001
POWBD
453A7367001
79PP0860
79PP0802
79PP0584
79PP0801
FIRMWARE CTRL/B VL-543 LN
PCBA INVERTER/B VI-543 LN
PCBA KEY/B VK-530 LNM555G
PCBA POWER/B VP-543 LNS55
*** COILS & FILTERS ***
CORE
DC150010200
L1
SM010014200
L12
SM060000500
L13
SM010006300
L2
SM010014200
L22
SM010007200
L3
SM010014200
L4
SM010007200
L5
SM010007200
L6
SM010007200
L7
SM010007200
L8
SM010007200
L801
CL900006805
L802
CL900006805
L803
DC1510009T0
L841
CL300003600
L842
CL300003600
L9
SM010006300
L911
CL310011600
L951
CL310011600
79PP0807
79PP0491
79PP0668
79PP0447
79PP0491
79PP0136
79PP0491
79PP0136
79PP0136
79PP0136
79PP0136
79PP0136
79PP0769
79PP0769
79PP5278
79PP0768
79PP0768
79PP0447
79PP0613
79PP0613
CORE KC K5B FS 25.5X4.5X
SSUPPRE KC FBM-L11-160808
SUPPRE NWE STC222B
CHIP MURATA BLM21P300S
SSUPPRE KC FBM-L11-160808
COIL BLM21P221SG
SSUPPRE KC FBM-L11-160808
COIL BLM21P221SG
COIL BLM21P221SG
COIL BLM21P221SG
COIL BLM21P221SG
COIL BLM21P221SG
LINE FILT BJ350 5MH 1.2A
LINE FILT BJ350 5MH 1.2A
BEAD NWE W5 3.5X6X1.0+T
CHOK COIL NM555 2.9UH +-3
CHOK COIL NM555 2.9UH +-3
CHIP MURATA BLM21P300S
CHOK COIL NM555 245UH K
CHOK COIL NM555 245UH K
*** ELECTRICAL PARTS & MISCELLANEOUS PARTS ***
CABLAS
DC190020600
79PP0614
CB ASY NM555 20276/2CORE
CABLCT
DC020145400
79PP0699
H-CON SET NM555 CTRL-KEY
CABLSW
DC020149900
79PP0806
H-CON SET NS555 P802-SW
CN2
SP02E002100
79PP0670
W-CONN E&T 98210-4011 40P
CN3
SP02E002100
79PP0670
W-CONN E&T 98210-4011 40P
F801
DX202P02135
79PP0772
FUSE 2AH 250V S UL/SENKO/
F901
SP0402P3000
79PP0830
S FUSE 2.3A 50V UL/CSA FA
FFC
NBX40000300
79PP0808
FFC 40P G P0.5 PAD=0.5 71
P801
DC040011700
79PP0791
SOCKET POWER SA-4S-066
PWRC
GA020000160
79PP0674
PWR CORD SP022X2.0MXIS14
VA801
DC350001700
79PP0770
ABSORBER PANASONIC ERVZ07
Y1
BD114P3M010
79PP0610
CRYSTAL 14.31818MHZ HC-49
LCD
AC600022900
79PP0804
LCD HSD150SX84-B 15" HANNSTAR
*** APPEARANCE PARTS ***
BASE
FANM5517100
79PP0618
CABB
FANM5516100
79PP0587
8-3
BASE ASSY NM5517 ABS+PC M
CABINET BACK ASSY
SYMBOL
CABCV
CABF
CONCV
STAF
CHASS
Part No for Compal Part No forNMV
FANM5524100
FANM5515100
FANM5522100
FANM5523100
EENS5518100
79PP0589
79PP0586
79PP0619
79PP0620
79PP0817
DESCRIPTION
CABLE COVER
CABINET FRONT ASSY
CONNECTOR COVER NM5522 AB
STAND FRONT NM5523 ABS+PC
CHASSIS BASE ASSY NM5518
*** PRINTED & PACKING MATERIALS ***
CART
HB4NM555810
79PP0863
CAUTI
HF6NM555500
79PP0678
CDD
LC55NM55A10
79PP0865
MANU
HD67NM55110
79PP0862
PEBAG
HK3NJ350000
79PP0295
RAT
EJ4NS550200
79PP0861
SALES
HF6NJ350120
79PP0864
SETUP
HF6NM555100
79PP0677
SPB
FJNM5515400
79PP0716
SPT
FJNM5515300
79PP0715
CARTON C-NM555-J67 FOR B/
CAUTION SHEET F-NM555-J67
CD DISK NM555-J67 FOR B/B
USER'S MANUAL U-NM555-J67
PE BAG
RATING NP N-NS555-J67 TCO
SALES OFFICE LIST F-NJ350
SET UP SHEET F-NM555-J67
SPACER B
SPACER T
*** RESISTORS ***
L10
SD013220AT4
L11
SD013220AT4
L14
SD0130000T4
L15
SD0130000T4
L16
SD0130000T4
L17
SD0130000T4
L18
SD0130000T4
L19
SD0130000T4
L20
SD0130000T4
L21
SD0130000T4
R1
SD014100009
R10
SD014100009
R11
SD0132201T1
R12
SD0132201T1
R13
SD013270202
R14
SD0134702T5
R15
SD0131002T3
R16
SD014100009
R17
SD014100009
R18
SD013220AT4
R19
SD013220AT4
R2
SD014750A03
R20
SD0131002T3
R21
SD0131004T8
R22
SD0131001T6
R23
SD0131001T6
R24
SD013470A07
R25
SD0130000T4
R26
SD013100AT9
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
S RES 1/16W 100 +-1% 0603
S RES 1/16W 100 +-1% 0603
R,CHIP 2.2K 1/16W +-5%
R,CHIP 2.2K 1/16W +-5%
CHIP RES 1/16W 27K +-5%
R,CHIP 47K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/16W 100 +-1% 0603
S RES 1/16W 100 +-1% 0603
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
CHIP RES 1/16W 75 +-1%
R,CHIP 10K 1/16W +-5%
CHIP RES 1/16W 1M +-5% 06
R,CHIP 1K 1/16W +-5%
R,CHIP 1K 1/16W +-5%
S RES 1/16W 47 +-5% 0603
R,CHIP 0H 1/16W +5%
R,CHIP 10H 1/16W +-5%
79PP0101
79PP0101
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0850
79PP0850
79PP0100
79PP0100
79PP0394
79PP0102
79PP0096
79PP0850
79PP0850
79PP0101
79PP0101
79PP0415
79PP0096
79PP0190
79PP0095
79PP0095
79PP0849
79PP0092
79PP0098
8-4
SYMBOL
R27
R28
R29
R3
R30
R31
R33
R34
R35
R36
R37
R38
R39
R4
R40
R41
R42
R43
R44
R45
R46
R47
R48
R5
R50
R51
R52
R53
R54
R57
R58
R59
R6
R60
R61
R62
R63
R64
R65
R66
R67
R68
R69
R7
R70
R71
R72
R73
Part No for Compal Part No forNMV
SD013100AT9
SD0131002T3
SD0131002T3
SD014100009
SD013220AT4
SD0133301T1
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD014750A03
SD0131002T3
SD014200208
SD0131001T6
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0011800T0
SD0134701T8
SD0011800T0
SD0134701T8
SD014100009
SD014100009
SD0131002T3
SD0131002T3
SD014100009
SD0134701T8
SD0134701T8
SD014100009
SD0130000T4
SD0130000T4
SD0131001T6
SD0131004T8
SD0131003T1
SD013220AT4
SD013220AT4
SD014100009
SD013220AT4
SD013220AT4
SD013220AT4
SD013220AT4
79PP0098
79PP0096
79PP0096
79PP0850
79PP0101
79PP0395
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0415
79PP0096
79PP0198
79PP0095
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0847
79PP0194
79PP0847
79PP0194
79PP0850
79PP0850
79PP0096
79PP0096
79PP0850
79PP0194
79PP0194
79PP0850
79PP0092
79PP0092
79PP0095
79PP0190
79PP0097
79PP0101
79PP0101
79PP0850
79PP0101
79PP0101
79PP0101
79PP0101
8-5
DESCRIPTION
R,CHIP 10H 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/16W 100 +-1% 0603
R,CHIP 22H 1/16W +-5%
CHIP RES 1/16W 3.3K +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
CHIP RES 1/16W 75 +-1%
R,CHIP 10K 1/16W +-5%
CHIP RES 1/16W 20K +-1% 0
R,CHIP 1K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/8W 180 +-5% 1206
CHIP RES 1/16W 4.7K +-5%
S RES 1/8W 180 +-5% 1206
CHIP RES 1/16W 4.7K +-5%
S RES 1/16W 100 +-1% 0603
S RES 1/16W 100 +-1% 0603
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/16W 100 +-1% 0603
CHIP RES 1/16W 4.7K +-5%
CHIP RES 1/16W 4.7K +-5%
S RES 1/16W 100 +-1% 0603
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 1K 1/16W +-5%
CHIP RES 1/16W 1M +-5% 06
R,CHIP 100K 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
S RES 1/16W 100 +-1% 0603
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
SYMBOL
R74
R75
R8
R800
R801
R802
R803
R804
R805
R806
R807
R808
R809
R810
R811
R812
R814
R815
R816
R817
R818
R819
R820
R821
R823
R824
R841
R842
R843
R846
R847
R848
R849
R850
R851
R9
R901
R902
R903
R904
R910
R911
R912
R913
R914
R915
R916
R917
Part No for Compal Part No forNMV
SD013220AT4
SD013220AT4
SD014750A03
CC002A471T2
SD011510300
SD011510300
SD011510300
SD011510300
CC3302491T1
CC1003591N0
CC0100011T8
SD0114703T5
CC1004211T6
CC1002211T7
CC4701211T7
CC3161225T0
CC1002211T7
CC0220211T9
CC0240171T0
CC1002211T7
CC1001171T0
CC013AL91M0
CC013AL91M0
CC0240171T0
CC2002211T9
SD0114703T5
CC1000071T5
CC0100071T6
CC4700491T4
CC5600211T1
CC2201211T0
CC3651225T0
CC6342225T0
CC0470211T2
CC2201211T0
SD013120006
SD014243306
SD014681206
SD014750101
SD0131004T8
SD014316300
SD014442300
SD014549201
SD013510106
SD014200208
SD014130300
SD0111001T9
SD0131002T3
79PP0101
79PP0101
79PP0415
79PP5133
79PP0824
79PP0824
79PP0824
79PP0824
79PP5209
79PP0758
79PP0753
79PP0823
79PP5387
79PP5171
79PP5419
79PP0836
79PP5171
79PP0756
79PP0757
79PP5171
79PP5167
79PP0755
79PP0755
79PP0757
79PP5190
79PP0823
79PP5383
79PP0754
79PP0763
79PP0764
79PP0760
79PP0762
79PP0765
79PP5376
79PP0760
79PP0848
79PP0646
79PP0650
79PP0651
79PP0190
79PP0647
79PP0648
79PP0649
79PP0642
79PP0198
79PP0644
79PP0384
79PP0096
8-6
DESCRIPTION
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
CHIP RES 1/16W 75 +-1%
RES(FUSE)1W 0.2 +-5%
S RES 1/4W 510K +-5% 1206
S RES 1/4W 510K +-5% 1206
S RES 1/4W 510K +-5% 1206
S RES 1/4W 510K +-5% 1206
RES(MOF) 1W 33K +-5%
RES MOF 2W 100K +-5%
RES 1/2W 10 +-5%
S RES 1/4W 470K +-5% 1206
RESISTOR 1/8W 1M +-5%
RES 1/8W 10K +-5%
RESISTOR 1/8W 4.7K +-5%
RES MF 1/8W 3.16K +-1%
RES 1/8W 10K +-5%
RES 1/8W 22 +-5%
RES FUSE 1/4W 24 +-5%
RES 1/8W 10K +-5%
RES(FUSE)1/4W 1K +-5%
RES MOF 3W 1.3 +-5% S
RES MOF 3W 1.3 +-5% S
RES FUSE 1/4W 24 +-5%
RES 1/8W 20K +-5%
S RES 1/4W 470K +-5% 1206
RESISTOR(FUSE) 1/2W 100 +
RES(FUSE) 1/2W 10 +-5%
RES MOF 1W 470 +-5%
RES 1/8W 560 +-5%
RES 1/8W 2.2K +-5%
RES MF 1/8W 3.65K +-1%
RES MF 1/8W 63.4K +-1%
RESISTOR 1/8W 47 +-5%
RES 1/8W 2.2K +-5%
S RES 1/16W 120 +-5% 0603
RES 1/16W 243K +-1%
RES 1/16W 68.1K +-1%
RES 1/16W 7.5K +-1%
CHIP RES 1/16W 1M +-5% 06
RES 1/16W 316K +-1%
RES 1/16W 442K +-1%
RES 1/16W 54.9K +-1%
RES 1/16W 5.1K +-5%
CHIP RES 1/16W 20K +-1% 0
RES 1/16W 130K +-1%
CHIP RES 1/4W 1K +-5%
R,CHIP 10K 1/16W +-5%
SYMBOL
R918
R919
R920
R921
R950
R951
R952
R953
R954
R955
R956
R957
R958
R959
R960
R961
RP1
RP2
RP3
RP4
RP5
RP6
RP7
RP8
RP9
RT801
Part No for Compal Part No forNMV
DESCRIPTION
SD013200409
SD0114700T3
SD0112000T6
SD014210000
SD014316300
SD014442300
SD014549201
SD013510106
SD014200208
SD014130300
SD0111001T9
SD0131002T3
SD013200409
SD0114700T3
SD0112000T6
SD014210000
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
CC008086700
79PP0639
79PP0091
79PP0638
79PP0645
79PP0647
79PP0648
79PP0649
79PP0642
79PP0198
79PP0644
79PP0384
79PP0096
79PP0639
79PP0091
79PP0638
79PP0645
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0752
RES 1/16W 2M +-5%
R,CHIP 470H 1/4W +-5%
RES 1/4W 200 +-5%
RES 1/16W 210 +-1%
RES 1/16W 316K +-1%
RES 1/16W 442K +-1%
RES 1/16W 54.9K +-1%
RES 1/16W 5.1K +-5%
CHIP RES 1/16W 20K +-1% 0
RES 1/16W 130K +-1%
CHIP RES 1/4W 1K +-5%
R,CHIP 10K 1/16W +-5%
RES 1/16W 2M +-5%
R,CHIP 470H 1/4W +-5%
RES 1/4W 200 +-5%
RES 1/16W 210 +-1%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
RES NTC 5A 8 +-15% SCK-08
*** CAPACITORS ***
C10
SE027104NT0
C100
SE024100FT1
C101
SE024100FT1
C102
SE024100FT1
C103
SE024101JT8
C104
SE024101JT8
C105
CB10003M110
C11
SE027104NT0
C12
SE027104NT0
C13
SE024220JT7
C14
SE024220JT7
C15
SE027104NT0
C16
SE027104NT0
C17
SE027104NT0
C18
SE027104NT0
C19
SE025102K04
C20
SE027104NT0
C21
SE027104NT0
C22
SE027104NT0
C23
SE027104NT0
79PP0119
79PP0114
79PP0114
79PP0114
79PP0115
79PP0115
79PP0866
79PP0119
79PP0119
79PP0116
79PP0116
79PP0119
79PP0119
79PP0119
79PP0119
79PP0118
79PP0119
79PP0119
79PP0119
79PP0119
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 10P 50V +-1PF
C,CARAMIC 100P 50V +-5%
C,CARAMIC 100P 50V +-5%
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 22P 50V +-5%
C,CERAMIC 22P 50V +-5%
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 1000P 50V
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
8-7
SYMBOL
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C4
C40
C41
C42
C43
C44
C45
C46
C47
C48
C49
C5
C50
C51
C52
C53
C54
C56
C57
C58
C59
C6
C60
C61
C62
C63
C64
C65
C66
C67
C68
C69
Part No for Compal Part No forNMV
SE027104NT0
SE025102K04
SE053106Z00
SE053106Z00
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
CB02206M110
SE053106Z00
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE053106Z00
SE053106Z00
SE027104NT0
SE024471JT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE024820JT4
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE025103KT4
SE027104NT0
SE027104NT0
SE027104NT0
CB02206M110
79PP0119
79PP0118
79PP0851
79PP0851
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0837
79PP0851
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0851
79PP0851
79PP0119
79PP0429
79PP0119
79PP0119
79PP0119
79PP0119
79PP0554
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0203
79PP0119
79PP0119
79PP0119
79PP0837
8-8
DESCRIPTION
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 1000P 50V
S CER CAP 10U 10V Z Y5V 0
S CER CAP 10U 10V Z Y5V 0
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
S CER CAP 10U 10V Z Y5V 0
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
S CER CAP 10U 10V Z Y5V 0
S CER CAP 10U 10V Z Y5V 0
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 470P 50V +-5% N
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
S CER CAP 82P 50V +-5%
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
SYMBOL
C7
C71
C72
C73
C74
C75
C77
C78
C79
C8
C80
C800
C801
C802
C803
C804
C805
C806
C808
C809
C81
C810
C811
C812
C813
C814
C815
C816
C817
C818
C82
C83
C84
C841
C842
C843
C844
C845
C846
C847
C848
C849
C85
C850
C852
C853
C86
C87
Part No for Compal Part No forNMV
SE024820JT4
SE027104NT0
CB02206M110
CB10003M110
SE027104NT0
SE027104NT0
CB10003M110
SE025103KT4
SE027104NT0
SE027104NT0
SE027104NT0
CA022DBMYH0
CJ033BXMXN0
CJ033BXMXN0
CA010DBMY00
CA010DBMY00
CB1000FM1R0
CA010CEZ000
CB02204M0TH
CB10004M3T0
SE025103KT4
CA010C6ZHT0
CB01006M1T0
CJ010C6JNT1
CJ010C6JNT1
CJ010D6JNT1
CA022E601T4
CB02204M0TH
CA001A601T8
CA010CEZ000
CB02206M110
CB10003M110
SE027104NT0
CA010DEK0T0
CA010C6ZHT0
CB47004M2T0
CB47004M2T0
CB47004M2T0
CA001A601T8
CB10012M4T0
CB10012M4T0
CA001A601T8
SE027104NT0
CJ022B6JNT0
CA001A601T8
CA001A601T8
SE027104NT0
CB02206M110
79PP0554
79PP0119
79PP0837
79PP0866
79PP0119
79PP0119
79PP0866
79PP0203
79PP0119
79PP0119
79PP0119
79PP0745
79PP0767
79PP0767
79PP5088
79PP5088
79PP0749
79PP0744
79PP0747
79PP0748
79PP0203
79PP0743
79PP5344
79PP5439
79PP5439
79PP0766
79PP0746
79PP0747
79PP0277
79PP0744
79PP0837
79PP0866
79PP0119
79PP5329
79PP0743
79PP0751
79PP0751
79PP0751
79PP0277
79PP0750
79PP0750
79PP0277
79PP0119
79PP5445
79PP0277
79PP0277
79PP0119
79PP0837
8-9
DESCRIPTION
S CER CAP 82P 50V +-5%
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 100U 16V +-20% 10
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
CER CAP 2200P 250VAC M E
FILM CAP 0.33U 275V AC M
FILM CAP 0.33U 275V AC M
CAP(Y1)1000P 250VAC M Z5U
CAP(Y1)1000P 250VAC M Z5U
ELE CAP 100U 400V M B P7.
CER CAP 0.01U 1KV Z E P7.
ELE CAP 22U 25V M B P5(TM
ELE CAP 100U 25V M B P5 L
CHIP CER,CAP. 0.01U 50V +
CER CAP 0.01U 50V Z Y5V P
ELE CAP 10U 50V M B P5
FILM CAP 0.01U 50V J PPN
FILM CAP 0.01U 50V J PPN
FILM CAP 0.001U 50V J PEN
CER CAP 220P 50V +-5% NPO
ELE CAP 22U 25V M B P5(TM
CERAMIC CAP. 0.1U 50V Z Y
CER CAP 0.01U 1KV Z E P7.
ELE CAP 22U 50V +-20% 105
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
CERAMIC CAP. 1000P 1KV K
CER CAP 0.01U 50V Z Y5V P
ELE CAP 470U 25V M B P5 L
ELE CAP 470U 25V M B P5 L
ELE CAP 470U 25V M B P5 L
CERAMIC CAP. 0.1U 50V Z Y
ELE CAP 1000U 10V M B P5
ELE CAP 1000U 10V M B P5
CERAMIC CAP. 0.1U 50V Z Y
C,CERAMIC 0.1U 16V -20+80
FILM CAP 0.22U 50V J MEF
CERAMIC CAP. 0.1U 50V Z Y
CERAMIC CAP. 0.1U 50V Z Y
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
SYMBOL
C88
C89
C9
C90
C901
C902
C903
C904
C905
C906
C91
C910
C911
C912
C913
C914
C915
C916
C92
C93
C94
C95
C950
C951
C952
C953
C954
C955
C956
C96
C97
C98
C99
CP1
CP2
CP3
CP4
CP5
CP6
CP7
CP8
CP9
Part No for Compal Part No forNMV
CB10003M110
SE027104NT0
SE027104NT0
SE027104NT0
CB220034204
SE056225K01
SE030105K08
SE001471JH0
SE080474K00
SE026104K01
SE024100FT1
SE026104K01
SE025103KT4
SE030105K08
SE043104K05
SK1515BAK00
CA033FWJ000
SE056225K01
SE024100FT1
SE027104NT0
CB10003M110
SE025102K04
SE026104K01
SE025103KT4
SE030105K08
SE043104K05
SK1515BAK00
CA033FWJ000
SE056225K01
SE027104NT0
SE024100FT1
SE024101JT8
SE024101JT8
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
79PP0866
79PP0119
79PP0119
79PP0119
79PP0612
79PP0660
79PP0435
79PP0653
79PP0441
79PP0432
79PP0114
79PP0432
79PP0203
79PP0435
79PP0659
79PP0663
79PP0815
79PP0660
79PP0114
79PP0119
79PP0866
79PP0118
79PP0432
79PP0203
79PP0435
79PP0659
79PP0663
79PP0815
79PP0660
79PP0119
79PP0114
79PP0115
79PP0115
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
8-10
DESCRIPTION
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 220U 16V M B P3.5
CER CAP 2.2U 16V K X7R
C,CERAMIC 1U 16V K X7R
CER CAP 470P 50V J NPO
CER CAP 0.47U 10V K X7R
C,CERAMIC 0.1U 16V K X7R
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 0.1U 16V K X7R
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 1U 16V K X7R
CER CAP 0.1U 25V K X7R
FIL CAP 0.15U 100V K PPS
CERAMIC 33P 6.3KV +-5% P1
CER CAP 2.2U 16V K X7R
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 0.1U 16V -20+80
ELE CAP 100U 16V +-20% 10
C,CERAMIC 1000P 50V
C,CERAMIC 0.1U 16V K X7R
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 1U 16V K X7R
CER CAP 0.1U 25V K X7R
FIL CAP 0.15U 100V K PPS
CERAMIC 33P 6.3KV +-5% P1
CER CAP 2.2U 16V K X7R
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 10P 50V +-1PF
C,CARAMIC 100P 50V +-5%
C,CARAMIC 100P 50V +-5%
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
REPLACEMENT PARTS LIST
The components specified for Model LCD1550V-1-BK(B)
SYMBOL
Part No for Compal Part No for NMV
DESCRIPTION
*** ICS ***
U1
SA074140400
U10
SA011170300
U11
SA010840200
U12
SA744066000
U13
SA011170200
U14
SA011170200
U15
SB923050000
U2
SA024210300
U3
SA090500000
U4
SA007810010
U5
SA008100300
U6
SA7437382T2
U7
SA7437382T2
U8
SA002610000
U800
AB008170000
U801
AB038420404
U802
AB0043101T3
U9
SA024160008
U901
SA097410000
79PP0843
79PP0842
79PP0841
79PP0484
79PP0626
79PP0626
79PP0846
79PP0627
79PP0844
79PP0840
79PP0625
79PP0845
79PP0845
79PP0839
79PP5290
79PP5021
79PP5289
79PP0359
79PP0632
S IC SN74LVC14 SOP-14 INV
S IC APL1117-33VC-TR SOTS IC AIC1084-33CE TO252-3
SM IC 74HC4066D SOP-14 AN
IC APL1117-25 SOT-223 2.5
IC APL1117-25 SOT-223 2.5
S TR SI2305DS-T1 1P SOT-2
IC EE 128X8 SOP-8 24LC21A
S IC S9050-100 QFP-208
FS781 BZB SOP-8 SPREAD CL
IC LM810M3X-4.38 SOT-23
S IC 74HCT373 (SSOP-20)
S IC 74HCT373 (SSOP-20)
S IC EPROM PLCC-32 MX26C1
IC LTV-817M-B DIP-4 PHOTO
IC KA3842A DIP-8 PWM
IC KA431Z TO-92 REGULATOR
IC EE 16K SO-8 C
IC BA9741F SOP-16 PWM
*** TRANSISTORS ***
Q1
SBX012400T0
Q2
SBX012400T0
Q3
SB7700200T5
Q4
SB1103600T3
Q5
SB7700200T5
Q6
SBX012400T0
Q801
BB527610001
Q802
BB3014500T7
Q803
BB30945P1T5
Q804
BC9T169D0T7
Q901
SB3241100T8
Q902
SB8A12400T1
Q911
SB3241100T8
Q912
SB8A12400T1
Q913
SB3467200T3
Q914
SB3467200T3
Q915
SB7700200T5
Q916
SB934570000
Q951
SB3241100T8
Q952
SB8A12400T1
79PP0058
79PP0058
79PP0189
79PP0055
79PP0189
79PP0058
79PP5310
79PP0735
79PP5028
79PP5323
79PP0057
79PP0635
79PP0057
79PP0635
79PP0634
79PP0634
79PP0189
79PP0636
79PP0057
79PP0635
TR DTC124EK (SOT-23)
TR DTC124EK (SOT-23)
TR 2N7002
TR 2SA1036K (SOT-23)
TR 2N7002
TR DTC124EK (SOT-23)
TRANSISTOR 2SK2761-01MR 1
TR HTL145 NPN TO-92
TRANSISTOR 2SC945-P
SCR BT169D TO-92
TR 2SC2411K (SOT-23)
TR DTA124EK (SM)
TR 2SC2411K (SOT-23)
TR DTA124EK (SM)
TR 2SC4672 (SOT-89)
TR 2SC4672 (SOT-89)
TR 2N7002
TR SI3457DV-T1 1P TSOP-6
TR 2SC2411K (SOT-23)
TR DTA124EK (SM)
8-11
SYMBOL
Part No for Compal Part No for NMV
DESCRIPTION
Q953
Q954
Q955
Q956
SB3467200T3
SB3467200T3
SB7700200T5
SB934570000
79PP0634
79PP0634
79PP0189
79PP0636
TR 2SC4672 (SOT-89)
TR 2SC4672 (SOT-89)
TR 2N7002
TR SI3457DV-T1 1P TSOP-6
*** DIODES
BD801
D1
D2
D3
D4
D5
D6
D801
D802
D803
D804
D805
D806
D841
D842
D901
D910
D911
D912
D950
D951
D952
LED401
ZD1
ZD801
***
BC3BP08M100
SC10QS041T4
SC10QS041T4
SC4LZ56B0T5
SC4LZ56B0T5
SC4LZ56B0T5
SC4LZ56B0T5
BC1PS1010T0
BC1PS1040T0
BC11N4148T8
BC11N4148T8
BC11N4148T8
BC11N4148T8
BC1ER100200
BC1SB5600N0
SC11N4148T8
SC11N4148T8
SC10QS042T4
SC6BAV99100
SC11N4148T8
SC10QS042T4
SC6BAV99100
BC5G2093000
SC1LC208000
BC4HZ2020T7
79PP0814
79PP0061
79PP0061
79PP0380
79PP0380
79PP0380
79PP0380
79PP0832
79PP0833
79PP0258
79PP0258
79PP0258
79PP0258
79PP0736
79PP0813
79PP0062
79PP0062
79PP0825
79PP0826
79PP0062
79PP0825
79PP0826
79PP0331
79PP0376
79PP0834
DIO (BR) 2KBP08M PANJIT
DIODE EC10QS04
DIODE EC10QS04
ZENER DIODE RLZ5.6B(LL-34
ZENER DIODE RLZ5.6B(LL-34
ZENER DIODE RLZ5.6B(LL-34
ZENER DIODE RLZ5.6B(LL-34
DIO PS1010R DO-41 PANJIT
DIO PS104R DO-41 PANJIT
DIODE 1N4148
DIODE 1N4148
DIODE 1N4148
DIODE 1N4148
DIODE ER1002F T0-220F
DIO SB560-F17 DO-201AD P2
DIODE 1N4148 (SM)
DIODE 1N4148 (SM)
S DIO EC10QS04
S DIO ROW BAV99(JE) 2P SO
DIODE 1N4148 (SM)
S DIO EC10QS04
S DIO ROW BAV99(JE) 2P SO
LED LYG2093 YEL/GRN 3D
DIODE DALC208SC6 SOT23-6
ZEN DIO HZ20-2
*** TRANSFORMERS ***
T801
DG100015100
T911
SP051006200
T951
SP051006200
79PP0771
79PP0831
79PP0831
X'FORMER NM555 POWER EFD2
S X'FORM NS555 EFD20 POWE
S X'FORM NS555 EFD20 POWE
*** VARIABLE RESISTORS ***
VR801
CF210010201
79PP5233
VR 1/10W 1KB VZ068TL1-B1K
*** RELAYS & SWITCHES ***
SW1
DE611001500
SW2
DE611001500
SW3
DE611001500
SW4
DE611001500
SW5
DE611001500
SW6
DE611001500
SW7
DE611001500
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
TACT SW NM555 SKHHBW2720
79PP0615
79PP0615
79PP0615
79PP0615
79PP0615
79PP0615
79PP0615
8-12
SYMBOL
SW8
Part No for Compal Part No for NMV
DESCRIPTION
DE611001500
79PP0615
TACT SW NM555 SKHHBW2720
*** PWB ASSYS ***
CTRLBD
461A7367005
INV
453A7567001
KEYBD
454A5267001
POWBD
453A7367001
79PP0868
79PP0802
79PP0584
79PP0801
FIRMWARE CTRL/B VL-543 LN
PCBA INVERTER/B VI-543 LN
PCBA KEY/B VK-530 LNM555G
PCBA POWER/B VP-543 LNS55
*** COILS & FILTERS ***
CORE
DC150010200
L1
SM010014200
L12
SM060000500
L13
SM010006300
L2
SM010014200
L22
SM010007200
L3
SM010014200
L4
SM010007200
L5
SM010007200
L6
SM010007200
L7
SM010007200
L8
SM010007200
L801
CL900006805
L802
CL900006805
L803
DC1510009T0
L841
CL300003600
L842
CL300003600
L9
SM010006300
L911
CL310011600
L951
CL310011600
79PP0807
79PP0491
79PP0668
79PP0447
79PP0491
79PP0136
79PP0491
79PP0136
79PP0136
79PP0136
79PP0136
79PP0136
79PP0769
79PP0769
79PP5278
79PP0768
79PP0768
79PP0447
79PP0613
79PP0613
CORE KC K5B FS 25.5X4.5X
SSUPPRE KC FBM-L11-160808
SUPPRE NWE STC222B
CHIP MURATA BLM21P300S
SSUPPRE KC FBM-L11-160808
COIL BLM21P221SG
SSUPPRE KC FBM-L11-160808
COIL BLM21P221SG
COIL BLM21P221SG
COIL BLM21P221SG
COIL BLM21P221SG
COIL BLM21P221SG
LINE FILT BJ350 5MH 1.2A
LINE FILT BJ350 5MH 1.2A
BEAD NWE W5 3.5X6X1.0+T
CHOK COIL NM555 2.9UH +-3
CHOK COIL NM555 2.9UH +-3
CHIP MURATA BLM21P300S
CHOK COIL NM555 245UH K
CHOK COIL NM555 245UH K
*** ELECTRICAL PARTS & MISCELLANEOUS PARTS ***
CABLE
DC190020700
79PP0691
CB ASY NM555 20276/2CORE
CN2
SP02E002100
79PP0670
W-CONN E&T 98210-4011 40P
CN3
SP02E002100
79PP0670
W-CONN E&T 98210-4011 40P
CONCTR
DC020145400
79PP0699
H-CON SET NM555 CTRL-KEY
CONSW
DC020150000
79PP0855
H-CON SET NS555 P802-SW B
F801
DX202P02135
79PP0772
FUSE 2AH 250V S UL/SENKO/
F901
SP0402P3000
79PP0830
S FUSE 2.3A 50V UL/CSA FA
FFC
NBX40000300
79PP0808
FFC 40P G P0.5 PAD=0.5 71
P801
DC040011700
79PP0791
SOCKET POWER SA-4S-066
POWCOD
GA020000170
79PP0867
PWR CORD SP022X2.0MXIS14
VA801
DC350001700
79PP0770
ABSORBER PANASONIC ERVZ07
Y1
BD114P3M010
79PP0610
CRYSTAL 14.31818MHZ HC-49
LCD
AC600022900
79PP0804
LCD HSD150SX84-B 15" HANNSTAR
*** APPEARANCE PARTS ***
BASE
FANM5517200
CABCV
FANM5516200
79PP0693
79PP0606
8-13
BASE ASSY-NEC NM5517 ABS+
CABINET COVER ASSY(BK-A)
SYMBOL
CABF
CABLCV
CONCV
STAF
CHASS
Part No for Compal Part No for NMV
FANM5515200
FANM5524200
FANM5522200
FANM5523200
EENS5518100
79PP0605
79PP0607
79PP0694
79PP0695
79PP0817
DESCRIPTION
CABINET FRONT ASSY(BK-A)
CABLE COVER ASSY(BK-A)
CONNECTOR COVER NM5522 AB
STAND FRONT NM5523 ABS+PC
CHASSIS BASE ASSY NM5518
*** PRINTED & PACKING MATERIALS ***
SPT
FJNM5515300
79PP0715
SPB
FJNM5515400
79PP0716
CARTN
HB4NM555810
79PP0863
CAUT
HF6NM555500
79PP0678
CDD
LC55NM55A10
79PP0865
MANU
HD67NM55110
79PP0862
PEBAG
HK3NJ350000
79PP0295
RATING
EJ4NS550300
79PP0869
SALS
HF6NJ350120
79PP0864
SETUP
HF6NM555100
79PP0677
SPACER T
SPACER B
CARTON C-NM555-J67 FOR B/
CAUTION SHEET F-NM555-J67
CD DISK NM555-J67 FOR B/B
USER'S MANUAL U-NM555-J67
PE BAG
RATING NP N-NS555-J67 TCO
SALES OFFICE LIST F-NJ350
SET UP SHEET F-NM555-J67
*** RESISTORS ***
L10
SD013220AT4
L11
SD013220AT4
L14
SD0130000T4
L15
SD0130000T4
L16
SD0130000T4
L17
SD0130000T4
L18
SD0130000T4
L19
SD0130000T4
L20
SD0130000T4
L21
SD0130000T4
R1
SD014100009
R10
SD014100009
R11
SD0132201T1
R12
SD0132201T1
R13
SD013270202
R14
SD0134702T5
R15
SD0131002T3
R16
SD014100009
R17
SD014100009
R18
SD013220AT4
R19
SD013220AT4
R2
SD014750A03
R20
SD0131002T3
R21
SD0131004T8
R22
SD0131001T6
R23
SD0131001T6
R24
SD013470A07
R25
SD0130000T4
R26
SD013100AT9
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
S RES 1/16W 100 +-1% 0603
S RES 1/16W 100 +-1% 0603
R,CHIP 2.2K 1/16W +-5%
R,CHIP 2.2K 1/16W +-5%
CHIP RES 1/16W 27K +-5%
R,CHIP 47K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/16W 100 +-1% 0603
S RES 1/16W 100 +-1% 0603
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
CHIP RES 1/16W 75 +-1%
R,CHIP 10K 1/16W +-5%
CHIP RES 1/16W 1M +-5% 06
R,CHIP 1K 1/16W +-5%
R,CHIP 1K 1/16W +-5%
S RES 1/16W 47 +-5% 0603
R,CHIP 0H 1/16W +5%
R,CHIP 10H 1/16W +-5%
79PP0101
79PP0101
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0092
79PP0850
79PP0850
79PP0100
79PP0100
79PP0394
79PP0102
79PP0096
79PP0850
79PP0850
79PP0101
79PP0101
79PP0415
79PP0096
79PP0190
79PP0095
79PP0095
79PP0849
79PP0092
79PP0098
8-14
SYMBOL
R27
R28
R29
R3
R30
R31
R33
R34
R35
R36
R37
R38
R39
R4
R40
R41
R42
R43
R44
R45
R46
R47
R48
R5
R50
R51
R52
R53
R54
R57
R58
R59
R6
R60
R61
R62
R63
R64
R65
R66
R67
R68
R69
R7
R70
R71
R72
R73
Part No for Compal Part No for NMV
SD013100AT9
SD0131002T3
SD0131002T3
SD014100009
SD013220AT4
SD0133301T1
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD014750A03
SD0131002T3
SD014200208
SD0131001T6
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0131002T3
SD0011800T0
SD0134701T8
SD0011800T0
SD0134701T8
SD014100009
SD014100009
SD0131002T3
SD0131002T3
SD014100009
SD0134701T8
SD0134701T8
SD014100009
SD0130000T4
SD0130000T4
SD0131001T6
SD0131004T8
SD0131003T1
SD013220AT4
SD013220AT4
SD014100009
SD013220AT4
SD013220AT4
SD013220AT4
SD013220AT4
79PP0098
79PP0096
79PP0096
79PP0850
79PP0101
79PP0395
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0415
79PP0096
79PP0198
79PP0095
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0096
79PP0847
79PP0194
79PP0847
79PP0194
79PP0850
79PP0850
79PP0096
79PP0096
79PP0850
79PP0194
79PP0194
79PP0850
79PP0092
79PP0092
79PP0095
79PP0190
79PP0097
79PP0101
79PP0101
79PP0850
79PP0101
79PP0101
79PP0101
79PP0101
8-15
DESCRIPTION
R,CHIP 10H 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/16W 100 +-1% 0603
R,CHIP 22H 1/16W +-5%
CHIP RES 1/16W 3.3K +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
CHIP RES 1/16W 75 +-1%
R,CHIP 10K 1/16W +-5%
CHIP RES 1/16W 20K +-1% 0
R,CHIP 1K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/8W 180 +-5% 1206
CHIP RES 1/16W 4.7K +-5%
S RES 1/8W 180 +-5% 1206
CHIP RES 1/16W 4.7K +-5%
S RES 1/16W 100 +-1% 0603
S RES 1/16W 100 +-1% 0603
R,CHIP 10K 1/16W +-5%
R,CHIP 10K 1/16W +-5%
S RES 1/16W 100 +-1% 0603
CHIP RES 1/16W 4.7K +-5%
CHIP RES 1/16W 4.7K +-5%
S RES 1/16W 100 +-1% 0603
R,CHIP 0H 1/16W +5%
R,CHIP 0H 1/16W +5%
R,CHIP 1K 1/16W +-5%
CHIP RES 1/16W 1M +-5% 06
R,CHIP 100K 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
S RES 1/16W 100 +-1% 0603
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
SYMBOL
R74
R75
R8
R800
R801
R802
R803
R804
R805
R806
R807
R808
R809
R810
R811
R812
R814
R815
R816
R817
R818
R819
R820
R821
R823
R824
R841
R842
R843
R846
R847
R848
R849
R850
R851
R9
R901
R902
R903
R904
R910
R911
R912
R913
R914
R915
R916
R917
Part No for Compal Part No for NMV
SD013220AT4
SD013220AT4
SD014750A03
CC002A471T2
SD011510300
SD011510300
SD011510300
SD011510300
CC3302491T1
CC1003591N0
CC0100011T8
SD0114703T5
CC1004211T6
CC1002211T7
CC4701211T7
CC3161225T0
CC1002211T7
CC0220211T9
CC0240171T0
CC1002211T7
CC1001171T0
CC013AL91M0
CC013AL91M0
CC0240171T0
CC2002211T9
SD0114703T5
CC1000071T5
CC0100071T6
CC4700491T4
CC5600211T1
CC2201211T0
CC3651225T0
CC6342225T0
CC0470211T2
CC2201211T0
SD013120006
SD014243306
SD014681206
SD014750101
SD0131004T8
SD014316300
SD014442300
SD014549201
SD013510106
SD014200208
SD014130300
SD0111001T9
SD0131002T3
79PP0101
79PP0101
79PP0415
79PP5133
79PP0824
79PP0824
79PP0824
79PP0824
79PP5209
79PP0758
79PP0753
79PP0823
79PP5387
79PP5171
79PP5419
79PP0836
79PP5171
79PP0756
79PP0757
79PP5171
79PP5167
79PP0755
79PP0755
79PP0757
79PP5190
79PP0823
79PP5383
79PP0754
79PP0763
79PP0764
79PP0760
79PP0762
79PP0765
79PP5376
79PP0760
79PP0848
79PP0646
79PP0650
79PP0651
79PP0190
79PP0647
79PP0648
79PP0649
79PP0642
79PP0198
79PP0644
79PP0384
79PP0096
8-16
DESCRIPTION
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
CHIP RES 1/16W 75 +-1%
RES(FUSE)1W 0.2 +-5%
S RES 1/4W 510K +-5% 1206
S RES 1/4W 510K +-5% 1206
S RES 1/4W 510K +-5% 1206
S RES 1/4W 510K +-5% 1206
RES(MOF) 1W 33K +-5%
RES MOF 2W 100K +-5%
RES 1/2W 10 +-5%
S RES 1/4W 470K +-5% 1206
RESISTOR 1/8W 1M +-5%
RES 1/8W 10K +-5%
RESISTOR 1/8W 4.7K +-5%
RES MF 1/8W 3.16K +-1%
RES 1/8W 10K +-5%
RES 1/8W 22 +-5%
RES FUSE 1/4W 24 +-5%
RES 1/8W 10K +-5%
RES(FUSE)1/4W 1K +-5%
RES MOF 3W 1.3 +-5% S
RES MOF 3W 1.3 +-5% S
RES FUSE 1/4W 24 +-5%
RES 1/8W 20K +-5%
S RES 1/4W 470K +-5% 1206
RESISTOR(FUSE) 1/2W 100 +
RES(FUSE) 1/2W 10 +-5%
RES MOF 1W 470 +-5%
RES 1/8W 560 +-5%
RES 1/8W 2.2K +-5%
RES MF 1/8W 3.65K +-1%
RES MF 1/8W 63.4K +-1%
RESISTOR 1/8W 47 +-5%
RES 1/8W 2.2K +-5%
S RES 1/16W 120 +-5% 0603
RES 1/16W 243K +-1%
RES 1/16W 68.1K +-1%
RES 1/16W 7.5K +-1%
CHIP RES 1/16W 1M +-5% 06
RES 1/16W 316K +-1%
RES 1/16W 442K +-1%
RES 1/16W 54.9K +-1%
RES 1/16W 5.1K +-5%
CHIP RES 1/16W 20K +-1% 0
RES 1/16W 130K +-1%
CHIP RES 1/4W 1K +-5%
R,CHIP 10K 1/16W +-5%
SYMBOL
R918
R919
R920
R921
R950
R951
R952
R953
R954
R955
R956
R957
R958
R959
R960
R961
RP1
RP2
RP3
RP4
RP5
RP6
RP7
RP8
RP9
RT801
Part No for Compal Part No for NMV
DESCRIPTION
SD013200409
SD0114700T3
SD0112000T6
SD014210000
SD014316300
SD014442300
SD014549201
SD013510106
SD014200208
SD014130300
SD0111001T9
SD0131002T3
SD013200409
SD0114700T3
SD0112000T6
SD014210000
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
SD302220A00
CC008086700
79PP0639
79PP0091
79PP0638
79PP0645
79PP0647
79PP0648
79PP0649
79PP0642
79PP0198
79PP0644
79PP0384
79PP0096
79PP0639
79PP0091
79PP0638
79PP0645
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0105
79PP0752
RES 1/16W 2M +-5%
R,CHIP 470H 1/4W +-5%
RES 1/4W 200 +-5%
RES 1/16W 210 +-1%
RES 1/16W 316K +-1%
RES 1/16W 442K +-1%
RES 1/16W 54.9K +-1%
RES 1/16W 5.1K +-5%
CHIP RES 1/16W 20K +-1% 0
RES 1/16W 130K +-1%
CHIP RES 1/4W 1K +-5%
R,CHIP 10K 1/16W +-5%
RES 1/16W 2M +-5%
R,CHIP 470H 1/4W +-5%
RES 1/4W 200 +-5%
RES 1/16W 210 +-1%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
R,CHIP 22H 1/16W +-5%
RES NTC 5A 8 +-15% SCK-08
*** CAPACITORS ***
C10
SE027104NT0
C100
SE024100FT1
C101
SE024100FT1
C102
SE024100FT1
C103
SE024101JT8
C104
SE024101JT8
C105
CB10003M110
C11
SE027104NT0
C12
SE027104NT0
C13
SE024220JT7
C14
SE024220JT7
C15
SE027104NT0
C16
SE027104NT0
C17
SE027104NT0
C18
SE027104NT0
C19
SE025102K04
C20
SE027104NT0
C21
SE027104NT0
C22
SE027104NT0
C23
SE027104NT0
79PP0119
79PP0114
79PP0114
79PP0114
79PP0115
79PP0115
79PP0866
79PP0119
79PP0119
79PP0116
79PP0116
79PP0119
79PP0119
79PP0119
79PP0119
79PP0118
79PP0119
79PP0119
79PP0119
79PP0119
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 10P 50V +-1PF
C,CARAMIC 100P 50V +-5%
C,CARAMIC 100P 50V +-5%
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 22P 50V +-5%
C,CERAMIC 22P 50V +-5%
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 1000P 50V
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
8-17
SYMBOL
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C4
C40
C41
C42
C43
C44
C45
C46
C47
C48
C49
C5
C50
C51
C52
C53
C54
C56
C57
C58
C59
C6
C60
C61
C62
C63
C64
C65
C66
C67
C68
C69
Part No for Compal Part No for NMV
SE027104NT0
SE025102K04
SE053106Z00
SE053106Z00
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
CB02206M110
SE053106Z00
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE053106Z00
SE053106Z00
SE027104NT0
SE024471JT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE024820JT4
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE027104NT0
SE025103KT4
SE027104NT0
SE027104NT0
SE027104NT0
CB02206M110
79PP0119
79PP0118
79PP0851
79PP0851
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0837
79PP0851
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0851
79PP0851
79PP0119
79PP0429
79PP0119
79PP0119
79PP0119
79PP0119
79PP0554
79PP0119
79PP0119
79PP0119
79PP0119
79PP0119
79PP0203
79PP0119
79PP0119
79PP0119
79PP0837
8-18
DESCRIPTION
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 1000P 50V
S CER CAP 10U 10V Z Y5V 0
S CER CAP 10U 10V Z Y5V 0
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
S CER CAP 10U 10V Z Y5V 0
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
S CER CAP 10U 10V Z Y5V 0
S CER CAP 10U 10V Z Y5V 0
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 470P 50V +-5% N
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
S CER CAP 82P 50V +-5%
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
SYMBOL
C7
C71
C72
C73
C74
C75
C77
C78
C79
C8
C80
C800
C801
C802
C803
C804
C805
C806
C808
C809
C81
C810
C811
C812
C813
C814
C815
C816
C817
C818
C82
C83
C84
C841
C842
C843
C844
C845
C846
C847
C848
C849
C85
C850
C852
C853
C86
C87
Part No for Compal Part No for NMV
SE024820JT4
SE027104NT0
CB02206M110
CB10003M110
SE027104NT0
SE027104NT0
CB10003M110
CB22003M100
SE027104NT0
SE027104NT0
SE027104NT0
CA022DBMYH0
CJ033BXMXN0
CJ033BXMXN0
CA010DBMY00
CA010DBMY00
CB1000FM1R0
CA010CEZ000
CB02204M0TH
CB10004M3T0
SE025103KT4
CA010C6ZHT0
CB01006M1T0
CJ010C6JNT1
CJ010C6JNT1
CJ010D6JNT1
CA022E601T4
CB02204M0TH
CA001A601T8
CA010CEZ000
CB02206M110
CB10003M110
SE027104NT0
CA010DEK0T0
CA010C6ZHT0
CB47004M2T0
CB47004M2T0
CB47004M2T0
CA001A601T8
CB10012M4T0
CB10012M4T0
CA001A601T8
SE027104NT0
CJ022B6JNT0
CA001A601T8
CA001A601T8
SE027104NT0
CB02206M110
79PP0554
79PP0119
79PP0837
79PP0866
79PP0119
79PP0119
79PP0866
79PP0334
79PP0119
79PP0119
79PP0119
79PP0745
79PP0767
79PP0767
79PP5088
79PP5088
79PP0749
79PP0744
79PP0747
79PP0748
79PP0203
79PP0743
79PP5344
79PP5439
79PP5439
79PP0766
79PP0746
79PP0747
79PP0277
79PP0744
79PP0837
79PP0866
79PP0119
79PP5329
79PP0743
79PP0751
79PP0751
79PP0751
79PP0277
79PP0750
79PP0750
79PP0277
79PP0119
79PP5445
79PP0277
79PP0277
79PP0119
79PP0837
8-19
DESCRIPTION
S CER CAP 82P 50V +-5%
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 100U 16V +-20% 10
ELE CAP 220U 16V M A P2.5
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
CER CAP 2200P 250VAC M E
FILM CAP 0.33U 275V AC M
FILM CAP 0.33U 275V AC M
CAP(Y1)1000P 250VAC M Z5U
CAP(Y1)1000P 250VAC M Z5U
ELE CAP 100U 400V M B P7.
CER CAP 0.01U 1KV Z E P7.
ELE CAP 22U 25V M B P5(TM
ELE CAP 100U 25V M B P5 L
CHIP CER,CAP. 0.01U 50V +
CER CAP 0.01U 50V Z Y5V P
ELE CAP 10U 50V M B P5
FILM CAP 0.01U 50V J PPN
FILM CAP 0.01U 50V J PPN
FILM CAP 0.001U 50V J PEN
CER CAP 220P 50V +-5% NPO
ELE CAP 22U 25V M B P5(TM
CERAMIC CAP. 0.1U 50V Z Y
CER CAP 0.01U 1KV Z E P7.
ELE CAP 22U 50V +-20% 105
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
CERAMIC CAP. 1000P 1KV K
CER CAP 0.01U 50V Z Y5V P
ELE CAP 470U 25V M B P5 L
ELE CAP 470U 25V M B P5 L
ELE CAP 470U 25V M B P5 L
CERAMIC CAP. 0.1U 50V Z Y
ELE CAP 1000U 10V M B P5
ELE CAP 1000U 10V M B P5
CERAMIC CAP. 0.1U 50V Z Y
C,CERAMIC 0.1U 16V -20+80
FILM CAP 0.22U 50V J MEF
CERAMIC CAP. 0.1U 50V Z Y
CERAMIC CAP. 0.1U 50V Z Y
C,CERAMIC 0.1U 16V -20+80
ELE CAP 22U 50V +-20% 105
SYMBOL
C88
C89
C9
C90
C901
C902
C903
C904
C905
C906
C91
C910
C911
C912
C913
C914
C915
C916
C92
C93
C94
C95
C950
C951
C952
C953
C954
C955
C956
C96
C97
C98
C99
CP1
CP2
CP3
CP4
CP5
CP6
CP7
CP8
CP9
Part No for Compal Part No for NMV
CB10003M110
SE027104NT0
SE027104NT0
SE027104NT0
CB220034204
SE056225K01
SE030105K08
SE001471JH0
SE080474K00
SE026104K01
SE024100FT1
SE026104K01
SE025103KT4
SE030105K08
SE043104K05
SK1515BAK00
CA033FWJ000
SE056225K01
SE024100FT1
SE027104NT0
CB10003M110
SE025102K04
SE026104K01
SE025103KT4
SE030105K08
SE043104K05
SK1515BAK00
CA033FWJ000
SE056225K01
SE027104NT0
SE024100FT1
SE024101JT8
SE024101JT8
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
SI102470K40
79PP0866
79PP0119
79PP0119
79PP0119
79PP0612
79PP0660
79PP0435
79PP0653
79PP0441
79PP0432
79PP0114
79PP0432
79PP0203
79PP0435
79PP0659
79PP0663
79PP0815
79PP0660
79PP0114
79PP0119
79PP0866
79PP0118
79PP0432
79PP0203
79PP0435
79PP0659
79PP0663
79PP0815
79PP0660
79PP0119
79PP0114
79PP0115
79PP0115
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
79PP0852
8-20
DESCRIPTION
ELE CAP 100U 16V +-20% 10
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 0.1U 16V -20+80
ELE CAP 220U 16V M B P3.5
CER CAP 2.2U 16V K X7R
C,CERAMIC 1U 16V K X7R
CER CAP 470P 50V J NPO
CER CAP 0.47U 10V K X7R
C,CERAMIC 0.1U 16V K X7R
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 0.1U 16V K X7R
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 1U 16V K X7R
CER CAP 0.1U 25V K X7R
FIL CAP 0.15U 100V K PPS
CERAMIC 33P 6.3KV +-5% P1
CER CAP 2.2U 16V K X7R
C,CERAMIC 10P 50V +-1PF
C,CERAMIC 0.1U 16V -20+80
ELE CAP 100U 16V +-20% 10
C,CERAMIC 1000P 50V
C,CERAMIC 0.1U 16V K X7R
CHIP CER,CAP. 0.01U 50V +
C,CERAMIC 1U 16V K X7R
CER CAP 0.1U 25V K X7R
FIL CAP 0.15U 100V K PPS
CERAMIC 33P 6.3KV +-5% P1
CER CAP 2.2U 16V K X7R
C,CERAMIC 0.1U 16V -20+80
C,CERAMIC 10P 50V +-1PF
C,CARAMIC 100P 50V +-5%
C,CARAMIC 100P 50V +-5%
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
S ROW CAP 47P 50V NPO 120
BLOCK DIAGRAM
LCD1550V / LCD1550V-BK (LA-15R02-1 / LA-15R02-1-BK)
INTERFACE BOARD
12V
9-1
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) FIRMWARE CTRL/B SCHEMATIC DIAGRAM (1/5)
R1
R2
RIN_P
100 1%
75 1%
2.2pF#
1
PC_R and PC_B swap
(for layout).
1
RIN_N
100 1%
12
HSYNC
13
VSYNC
14
DDC_SCL
15
3
1
L3
1
PC_B
FBM-L11-160808-280LMT
2
2
1
4
R7
R8
5
6
RGNDA
7
GGNDA
8
BGNDA
GIN_N
BIN_P
100 1%
2
11
DDC_SDA
2
10K
100
1
CABLE
2
CABLE-DETECT
BIN_P
C3
75 1%
2.2pF#
1
9
10
R6
GIN_N
2
CABLE
R5
2.2pF#
BIN_N
1
5V_DDC
1
GIN_P
C2
75 1%
1
CN1
GIN_P
1
2
R3
R4
RIN_N
5VCC
FBM-L11-160808-280LMT
2
2
1
2
L2
1
PC_G
RIN_P
C1
2
2
FBM-L11-160808-280LMT
2
2
1
2
L1
1
PC_R
BIN_N
L4
1
A3.3V
BLM21P221SG
2
3.3VCC
Analog ground plane.
A3.3V
PC_B
EDID
5V_DDC
D1
1
EC10QS04
2
D2 EC10QS04
2
1
5VCC
R9
1
100
2
VSYNC
R10
1
100
2
D6
Z5.6V
Z5.6V
Z5.6V
Z5.6V
DDC_SCL R16 1
DDC_SDA R17 1
2 100
2 100
R12
1
1
2
3
4
C8
2.2K
2.2K
0.1uF
24LC21A
1
VCC
NC
VCLK NC
SCL
NC
SDA GND
1
3
5
9
11
13
7
C6
82pF
1
U2
8
7
6
5
2
47K
2
R14
27K
2
R13
10K
2
0.1uF
C7
82pF
A1 VCC
A2
Y1
A3
Y2
A4
Y3
A5
Y4
A6
Y5
GND Y6
14
2
4
6
8
10
12
AHSYNC
AVSYNC
SN74LVC14PWR
Modify C6 and C7 to 82pF for
blinking issue.
Analog ground plane.
1
D5
1
D4
1
D3
1
1
2
DDC_SCL
DDC_SDA
2
2
2
2
1
R15
1
DDC_SDA
DDC_SCL
HSYNC
VSYNC
R11
C5
U1
2
4
HSYNC
1
3
DDC_VCC
2
5
2
CABLE
DALC208SC6
6
PC_G
2
2
ZD1
1
PC_R
0.1uF
2
1
C4
1
5VCC
1
ESD PROTECTION
10-1
AHSYNC
AVSYNC
C27
L22
1
L7
2
1
L6
2
BLM21P221SG
1
2
C19
1000pF
1
2
C21
0.1uF
C25
BLM21P221SG
VDD_A
1
TM_VSS25_PLL
0.1uF
1
TM_DVSS1
0.1uF
1
TM_DVSS2
0.1uF
C28
C30
C31
C32
1
1
1
1
C33
1
R24
2
0
C22
10uF/10V
1
C29
2
0.1uF
1
10
C34
2
10uF/10V
1
C36
2
0.1uF
1
PWM0
SCL
SDA
LEDY
BLM21P221SG
2
3.3VCC
TXD
RXD
3.3VCC
TM_VSS1
VDD_D_IO4
TM_VSS2
VDD_D_IO5
TM_VSSC
VDD_D_IO6
VDD_D_IO7
C43
C44
C46
C48
C50
C51
2
VSS_D_IO1
0.1uF
2
VSS_D_IO2
0.1uF
2
VSS_D_IO3
0.1uF
2
VSS_D_IO4
0.1uF
2
VSS_D_IO5
0.1uF
2
VSS_D_IO6
0.1uF
2
VSS_D_IO7
0.1uF
2
10uF/10V
1
1
1
1
1
1
1
MCAD[16..17]
10uF/10V
C53
s9050
MCA13
MCA12
MCA11
MCA10
MCA9
MCA8
MCALE
MCRD#
MCWR#
CS0#
0.1uF
R29
1
10K
U4
PNL_CLKO
1
R30
2
22
1
R31
2
3.3K
C54
C55
470pF
0.1uF#
1
2
3
4
XIN
VDD
XOUT
S0
S1
FSOUT
LF
VSS
FS781
8
7
6
5
1
R32
LEDG
KEY1-1
KEY1-2
1K#
10-2
TM_VSS1
TM_VDD2
TM_VSS0
TM_VDD1
TM_VSSC
TM_VDD0
TM_AVDD
TM_AVSS
TM_DVSS2
TM_DVDD2
TM_VDD25_PLL
TM_VSS25_PLL
TM_VDDC
TM_VSS2
TM_DVSS1
TM_DVDD1
VDD_D_CORE8
VSS_D_CORE8
VDD_D_IO6
VDD_A_PNLPLL
VSS_A_PNLPLL
VSS_A_PNLPLL
VDD_A_PNLPLL
VDD_A_MCPLL
VSS_A_MCPLL
VSS_A_MCPLL
VDD_A_MCPLL
VSS_D_IO5
VDD_D_IO5
PNL_CLKI
PNL_CLKO
CABLE-DETECT
CTL-I2C
PENVDD
PENBKL
ISTH
ILOAD
IPOL
IREV
ISTV1
ISTV2
ICPV
IOE
MCAD[0..7]
PNL_CLKI
2
PD47
PD46
PD45
PD44
PD43
PD42
PD41
PD40
PD39
PD38
PD37
PD36
VSS_D_IO4
VDD_D_IO4
VSS_D_CORE7
VDD_D_CORE7
PD35
PD34
PD33
PD32
PD31
PD30
PD29
PD28
PD27
PD26
PD25
PD24
PD23
PD22
PD21
PD20
PD19
PSCLK
VSS_D_IO3
VDD_D_IO3
VSS_D_CORE6
VDD_D_CORE6
PD18
PD17
PD16
PD15
PD14
PD13
PD12
PD11
PD10
PD09
PD08
PD07
PD06
PD05
s9050
MCAD7
MCAD6
MCAD5
MCAD4
MCAD3
MCAD2
MCAD1
MCAD0
2
1
C52
MCAD17
MCAD16
MCA15
MCA14
MCOP1
MCOP2
XTALIN
XTALOUT
VDD_A_PLL
VSS_A_PLL
VDD_A_PLL
VSS_A_PLL
VSS_A_PLL
VDD_D_PLL
VDD_D_PLL
DVDD
DVSS
VSS_A
VDD_A
RIN_N
RIN_P
VDD_A
VSS_A
VSS_A
VDD_A
VDD_A
GIN_N
GIN_P
VDD_A
VSS_A
VSS_A
VDD_A
BIN_N
BIN_P
VDD_A
VSS_A
VSS_A
VSS_A
VDD_A
VDD_D_CORE1
VSS_D_CORE1
GPIO0
GPIO1
GPIO2
GPIO3
VDD_D_CORE2
VSS_D_CORE2
MCTX
MCRX
INTR
MCA19
MCA18
MCA17
MCA16
MCA15
MCA14
MCA[8..15]
To change FS781 POWER => 5VCC change
to 3.3VCC. (EMI better)
1
1
VDD_D_IO3
C42
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
2
C40
1
TM_VSS0
C41
2
C39
1
VDD_D_IO2
1
TM_VDDC
C38
VDD_D_IO1
TM_AVSS
VDD_D_CORE1
VSS_D_CORE1
PWM0
SCL
SDA
LEDY
VDD_D_CORE2
VSS_D_CORE3
TXD
RXD
R28 1
2 10K
2
TM_VDD1
TM_VDD2
C37
1
2
0.1uF
2
0.1uF
2
0.1uF
2
0.1uF
2
0.1uF
1
TM_VDD0
1
C35
2
TM_AVDD
BIN_N
BIN_P
10
2 1K
2 1K
GIN_N
GIN_P
VDD_A
VSS_A
VSS_A
VDD_A
BIN_N
BIN_P
VDD_A
VSS_A
VSS_A
GIN_N
GIN_P
2
R27
Analog ground plane.
RIN_N
RIN_P
2
R26
2
2
C26
2
1
22uF/50V
0.1uF
1
1
1
VDD_A_PLL1
VSS_A_PLL
VDD_A_PLL2
VSS_A_PLL
VSS_A_PLL
VDD_D_PLL
VDD_D_PLL
DVDD
DVSS
VSS_A
VDD_A
RIN_N
RIN_P
VDD_A
VSS_A
VSS_A
VDD_A
47
2
1
L8
1
R22
R23
TEST
VS
HS
SDA
SCL
GPIO20
GPIO21
GPIO22
GPIO23
VSS_D_IO7
VDD_D_IO7
RST#
VDD_D_CORE9
VSS_D_CORE9
TM_EXTRES
TM_AVDD
TM_AVSS
TM_DVSS2
TM_DVDD2
TM_VDD25_PLL
TM_VSS25_PLL
TM_VDDC
TM_RXCN
TM_RXCP
TM_VSSC
TM_VDD0
TM_RX0N
TM_RX0P
TM_VSS0
TM_VDD1
TM_RX1N
TM_RX1P
TM_VSS1
TM_VDD2
TM_RX2N
TM_RX2P
TM_VSS2
TM_DVSS1
TM_DVDD1
VDD_D_CORE8
VSS_D_CORE8
VDD_D_IO6
VDD_A_PNLPLL
VSS_A_PNLPLL
VSS_A_PNLPLL
VDD_A_PNLPLL
VDD_A_MCPLL
VSS_A_MCPLL
VSS_A_MCPLL
VDD_A_MCPLL
VSS_D_IO5
VDD_D_IO5
22pF
2
1M
1
R25
2
0.1uF
2
1000pF
1
C14
crystal ground plane.
VSS_A
2
0.1uF
VSS_A
2
0.1uF
2
VSS_A
0.1uF
2
VSS_A
0.1uF
1
1
1
1
C23
VDD_A
TM_DVDD2
2
BLM21P221SG
2
VSS_A_PNLPLL
VSS_A_MCPLL
0.1uF
2
C45
2
C47
2
C49
1
R21
VDD_A
TM_DVDD1
22pF
2
A2.5V
VDD_A
TM_VDD25_PLL
C13
VDD_D_IO2
VSS_D_IO2
VDD_D_CORE5
VSS_D_CORE5
2
10uF/10V
U3
VDD_D_CORE4
VSS_D_CORE4
1
VDD_A_MCPLL
C24
1
10K
VDD_D_CORE3
VSS_D_CORE3
VDD_D_IO1
VSS_D_IO1
2
2
R20
MCA13
MCA12
MCA11
MCA10
MCA9
MCALE
MCRD#
MCWR#
MCCS#
MCCS1#
VDD_D_CORE3
VSS_D_CORE3
VDD_D_IO1
VSS_D_IO1
MCA8
MCAD7
MCAD6
MCAD5
MCAD4
MCAD3
MCAD2
MCAD1
MCAD0
VDD_D_CORE4
VSS_D_CORE4
GPIO19
GPIO18
GPIO17
GPIO16
GPIO15
GPIO14
GPIO13
GPIO12
VDD_D_IO2
VSS_D_IO2
VDD_D_CORE5
VSS_D_CORE5
GPIO11
GPIO10
GPIO9
GPIO8
GPIO7
GPIO6
GPIO5
GPIO4
PNL_CLKO
PNL_CLKI
PD00
PD01
PD02
PD03
PD04
1
2
1
Y1 14.318MHz
+
VDD_A_PNLPLL
2
VSS_D_CORE1
0.1uF
2
VSS_D_CORE2
0.1uF
2
VSS_D_CORE3
0.1uF
2
VSS_D_CORE4
0.1uF
2
VSS_D_CORE5
0.1uF
2
VSS_D_CORE6
0.1uF
2
VSS_D_CORE7
0.1uF
2
VSS_D_CORE8
0.1uF
2
VSS_D_CORE9
0.1uF
1
VDD_D_CORE1 1
C9
VDD_D_CORE2 1
C10
VDD_D_CORE3 1
C11
VDD_D_CORE4 1
C12
VDD_D_CORE5 1
C15
VDD_D_CORE6 1
C16
VDD_D_CORE7 1
C17
VDD_D_CORE8 1
C18
VDD_D_CORE9 1
C20
2 22
2 22
VDD_D_CORE9
VSS_D_CORE9
BLM21P221SG
2
1
1
208
207
206
205
204
203
202
201
200
199
198
197
196
195
194
193
192
191
190
189
188
187
186
185
184
183
182
181
180
179
178
177
176
175
174
173
172
171
170
169
168
167
166
165
164
163
162
161
160
159
158
157
2.5VCC
L5
1
R18
R19
156
155
154
153
152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105
VSS_D_IO4
VDD_D_IO4
VSS_D_CORE7
VDD_D_CORE7
PD35
PD34
PD33
PD32
PD31
PD30
PD29
PD28
PD27
PD26
PD25
PD24
PD23
PD22
PD21
PD20
PD19
VSS_D_IO3
VDD_D_IO3
VSS_D_CORE6
VDD_D_CORE6
PD18
PD17
PD16
PD15
PD14
PD13
PD12
PD11
PD10
PD9
PD8
PD7
PD6
PD5
PD[0..35]
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
1. R24 33 ohm change to 47 ohm and R25 33 ohm change to
0 ohm => to solve H. SIZE move issue. (Sage FAE suggestion)
2. Add L22 bead to separate S9050 pin12 from power and
a 2.5V. => Sage FAE suggestion.
RST#
KEY2-4
KEY2-3
KEY2-2
KEY2-1
DDC_SCL
DDC_SDA
AHSYNC
AVSYNC
RST#
KEY2-4
KEY2-3
KEY2-2
KEY2-1
DDC_SCL
DDC_SDA
AHSYNC
AVSYNC
VSS_D_IO7
VDD_D_IO7
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) FIRMWARE CTRL/B SCHEMATIC DIAGRAM (2/5)
LEDG
KEY1-1
KEY1-2
PD4
PD3
PD2
PD1
PD0
CABLE-DETECT
CTL-I2C
PENVDD
PENBKL
ISTH
ILOAD
IPOL
IREV
ISTV1
ISTV2
ICPV
IOE
ICPH
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) FIRMWARE CTRL/B SCHEMATIC DIAGRAM (3/5)
MCAD[0..7]
2
5
6
9
12
15
16
19
OC
1
C105
1
C67
2
MCAD0
MCAD1
MCAD2
MCAD3
MCAD4
MCAD5
MCAD6
MCAD7
+
3
22K
R43
2
2
10K
1
PWM0
22K
22uF/50V
D0
D1
D2
D3
D4
D5
D6
D7
DTC124EK
1
2
2
BLON high enable(3.3V)
0.1uF
Q2
C69
13
14
15
17
18
19
20
21
GND
MX26C1000BQC
5VCC
2
2
2
2
2
1
1
1
1
1
1
2
3
4
5
6
7
8
9
10
C63
2
C62
2
C61
2
C60
2
2
2
C59
E&T_96113-1013
100uF/16V
2
KEY1-2
GPIO17
0.1uF
1
1
1
1
1
1
KEY2-1
KEY2-2
KEY2-3
KEY2-4
GPIO20
GPIO21
GPIO22
GPIO23
RESET
MINUS
Powe SW
NEXT
Right SW
EXIT
Left SW
PLUS
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
12
11
10
9
8
7
6
5
27
26
23
25
4
28
29
3
2
30
MCA0
MCA1
MCA2
MCA3
MCA4
MCA5
MCA6
MCA7
MCA8
MCA9
MCA10
MCA11
MCA12
MCA13
MCA14
MCA15
MCA16
JMCA17
CE
OE
PGM
VPP
22
24
31
1
CS0#
MCRD#
JMCWR#
Add C105 100uF/16V => to solve AC power
on/off/on shut down issue.
MCA[8..15]
5VCC
MCA[8..15]
R44
R45
R46
R47
R48
10K
10K
10K
10K
10K
MCA16
MCA17
CS0#
MCRD#
MCWR#
16
5VCC
J1
LED-Y
LED-G
32
U8
1
1K
C68
2
1
GPIO18
VCC
20K
10K
1
KEY1-1
5VCC
PENBKL
1
R42
E&T_96113-0703
R41
2
1
R39
10K
MCA[0..7]
MCA0
MCA1
MCA2
MCA3
MCA4
MCA5
MCA6
MCA7
2
2
1
BRIGHT
BLON
R38
10K
2
MCAD[0..7]
10K
R37
10K
1
R40
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
2
G
74HCT373
R36
10K
0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF
2
11
0.1uF
1
1
0.1uF
2
2
MCALE
D0
D1
D2
D3
D4
D5
D6
D7
C64
2
1
C66
3
4
7
8
13
14
17
18
1
C65
1
5VCC
0.01uF
J2
1
2
3
4
5
6
7
1
EMITTER
BLM21P300S
2
1
L9
1
2
BASE
U7
MCAD0
MCAD1
MCAD2
MCAD3
MCAD4
MCAD5
MCAD6
MCAD7
R35
10K
C58
5VCC
DTC124EK
SOT-23B
2
RESET
1
OC
2
1
GND
G
74HCT373
+
LM810M3X-4.38
DIO/MA730
11
MCALE
MCALE
3
COLLECTOR
20
3
VCC
R34
KEY1-1
KEY1-2
KEY2-1
KEY2-2
KEY2-3
KEY2-4
KEY1-1
KEY1-2
KEY2-1
KEY2-2
KEY2-3
KEY2-4
1
DTC124EK
1
LM810M3X-4.38
MCA16
MCA17
2
5
6
9
12
15
16
19
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
2
22K
D0
D1
D2
D3
D4
D5
D6
D7
1
3
4
7
8
13
14
17
18
0.1uF
1
20
U6
MCAD16
MCAD17
VCC
MCAD[16..17]
GND
MCAD[16..17]
Q1
22K
2
RST
VCC
1
3
2
1
5VCC
C56
2
10
3
VCC
Reset
GND
0.1uF
5VCC
RST#
GND
2
U5
C57
10K
2
10
R33
1
5VCC
1
2
2
180
LED-G
1
1
LEDG
R54
2
100
Q4
1
2
2N7002
3
1
LEDG
1
Q3
5VCC
2SA1036K
C71
0.1uF
2
1
C70
0.1uF#
3
DRAIN
2N7002
SOT-23B
1
GATE
2
SOURCE
10K
VCC
SDA
SCL
GND
1
EMITTER
10-3
2
J3
1
2
3
4
HEADER 4#
U9
8
5
6
4
TEST
A2
A1
A0
AT24LC16
2SA1036K
SOT-23B
2
BASE
R59
10K
1
EP_SDA
EP_SCL
EP_SDA
EP_SCL
R58
1
3
COLLECTOR
2
2
2
LEDY
100
5VCC
2
1
3
1
LEDY
R57
2
DEBUG PORT
7
3
2
1
2
4.7K
LED-Y
0#
R55
R56
10K#
10K#
1
180
2
R49
1
4.7K
R50
R53
1
R52
1
2
2
R51
RXD
TXD
RXD
TXD
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) FIRMWARE CTRL/B SCHEMATIC DIAGRAM (4/5)
2
3.3VCC
5VCC
+
C75
C76
1
4.7K
1
R61
4.7K
U12
3
+
C80
C81
0.01uF
2
220uF/16V
0.1uF
2
100uF/16V
2
2
2
Vout
R60
APL1117-3.3
SOT-223
CTL-I2C
R62
2
100
Q5
1
1
3
Vin
1
2
GND Vout
2N7002
2
C78
1
3.3VLCD
+
0.1uF
2
2
2
1
C77
VO
0.01uF
2
1
GND
VI
2
2
U11
AIC1084CE-3.3
0.1uF
1
1
1
3
C79
100uF/16V
22uF/50V
2
2
0.1uF
2
1
+
C73
1
C72
VO
1
VI
1
1
1
C74
U10
APL1117-33
GND
3
5VCC
13
5
6
12
2
Vout
14
AIC1084CE-3.3
TO-252
2
2.5VCC
C83
+
1
C84
C85
2
2
C88
+
C90
0.1uF
2
100uF/16V
2
2
2
22uF/50V
0.1uF
DRAIN
2N7002
SOT-23B
1
2
GATE SOURCE
A2.5V
1
GND
C89
VO
3
Vin
1
+
VI
DDC_VCC
3
APL1117-3.3
SOT-223
1
2
GND Vout
1
C87
1
1
3
U14
APL1117-25
Vout
0.1uF
2
100uF/16V
2
0.1uF
2
22uF/50V
3
Vin
1
2
GND Vout
2
1
+
1
C82
VO
Analog ground plane.
10-4
2E
2Y
2Z
3E
3Y
3Z
4E
4Y
4Z
VCC
GND
74HC4066
1
VI
GND
U13
APL1117-25
1
3
1Y
1Z
1E
C86
2
0.1uF
1
1
2
EP_SDA
SDA
4
3
EP_SCL
SCL
8
9
DDC_SDA
SDA
DDC_SDA
11
10
DDC_SCL
SCL
DDC_SCL
7
EP_SDA
SDA
EP_SCL
SCL
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) FIRMWARE
CTRL/B SCHEMATIC DIAGRAM (5/5)
1
2
3
4
PD11
PD10
PD9
PD8
1
2
3
4
PD7
PD6
PD5
PD4
1
2
3
4
4
3
2
1
8
7
6
5
RE1
RE0
BO5
BO4
4
3
2
1
8
7
6
5
BO3
BO2
BO1
BO0
4
3
2
1
8
7
6
5
GO5
GO4
GO3
GO2
4
3
2
1
8
7
6
5
GO1
GO0
RO5
RO4
4
3
2
1
RP5 22
RP6 22
RP7 22
RP8 22
RP9 22
CP5
47pF
5
6
7
8
CP6
47pF
5
6
7
8
CP7
47pF
5
6
7
8
CP8
CP9
RO3
RO2
RO1
RO0
8
7
6
5
47pF
5
6
7
8
4
3
2
1
2
C91
10pF
R64
1
RE5
RE4
RE3
RE2
RE1
RE0
0
L11
1
2
22
2
CPH2
C92
STH
LOAD
POL
REV
STV1
STV2
CPV
OE
L12
STC222B
U15
SI2305DS
S
D
3.3VLCD
R66
3
COLLECTOR
C95
C94
+
1000pF
1M
L13
1
LCD3.3VCC
100uF/16V
C96
R65
0.1uF
1K
1
EMITTER
ILOAD
IPOL
IREV
ISTV1
ISTV2
ICPV
IOE
ISTH
0
STH
2
ILOAD
R69
1
22
2
L15
1
0
IPOL
R70
1
22
2
L16
1
0
22
2
L17
1
0
ISTV1
R72
1
22
2
L18
1
0
ISTV2
R73
1
22
2
L19
1
0
ICPV
R74
1
22
2
L20
1
0
IOE
R75
1
22
2
L21
1
0
2 10pF
C97
LOAD
1
2 100pF
C98
POL
1
2 100pF
C99
REV
1
2 10pF
C100
STV1
1
2 10pF
C101
STV2
1
2 10pF
C102
CPV
1
2 100pF
C103
OE
1
2 100pF
C104
2
R71
1
D
PENVDD
22K
2
2
2
2
2
SI2305DS
SOT-23
1 G
BO5
BO4
BO3
BO2
BO1
BO0
RO5
RO4
RO3
RO2
RO1
RO0
Q6
DTC124EK
22K
1
2
IREV
3
2
1
ISTH
L14
1
BLM21P300S
2
2
100K
3
2
BASE
0.1uF
2
GO5
GO4
GO3
GO2
GO1
GO0
R67
22
2
VDD+9V
VDD+9V
GND
GND
EB5
EB4
EB3
EB2
EB1
EB0
GND
EG5
EG4
EG3
EG2
EG1
EG0
GND
ER5
ER4
ER3
ER2
ER1
ER0
GND
CPH1
GND
GND
STH
LOAD
POL
REV
GND
GND
STV1
STV2
CPV
OE
GND
GND
E&T_98210-4011-0.50m
C93
1
PD[0..35]
R68
1
CPH1
CPH1
10pF
47pF
5
6
7
8
47pF
5
6
7
8
GE5
GE4
GE3
GE2
GE1
GE0
CPH1
1
1
2
3
4
CP4
2
1
PD15
PD14
PD13
PD12
RE5
RE4
RE3
RE2
22
2
1
2
3
4
8
7
6
5
RP4 22
L10
1
2
1
PD19
PD18
PD17
PD16
4
3
2
1
0
2
1
2
3
4
GE3
GE2
GE1
GE0
47pF
5
6
7
8
R63
1
ICPH
1
PD23
PD22
PD21
PD20
8
7
6
5
CP3
ICPH
2
1
2
3
4
47pF
5
6
7
8
1
RP3 22
CP2
BE5
BE4
BE3
BE2
BE1
BE0
2
4
3
2
1
47pF
5
6
7
8
1
BE1
BE0
GE5
GE4
CP1
G
8
7
6
5
RP2 22
PD27
PD26
PD25
PD24
PD3
PD2
PD1
PD0
4
3
2
1
1
1
2
3
4
BE5
BE4
BE3
BE2
2
PD31
PD30
PD29
PD28
8
7
6
5
1
1
2
3
4
2
RP1 22
PD35
PD34
PD33
PD32
CN2
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
2 S
CPH2
CPH2
CN3
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
VDD
VDD
GND
GND
OB5
OB4
OB3
OB2
OB1
OB0
GND
OG5
OG4
OG3
OG2
OG1
OG0
GND
OR5
OR4
OR3
OR2
OR1
OR0
GND
CPH2
GND
GND
NC
NC
VGH
NC
VGL
NC
VGC
NC
NC
NC
GND
GND
E&T_98210-4011-0.50m
10-5
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) POWER SCHEMATIC DIAGRAM (1/1)
L841
CHOKE
F801
L
L801
CL900006805-
L802
CL900006805
T2A/250V
R801
-510K/1206
BD801
2KBP08M
N
R802
510K/1206
RT801
SCK085
3
R803
510K/1206
VA801
C803
102 Y1
ZV07D511
C801
0.33uf X2
R800
0.2 1W
fusible
C802
0.33uf X2
-
R806
100K
2W
+
+
-
C804
102 Y1
R804
510K/1206
C805
100uf/400v
R80533K
1W
T801
EFD25-
C806
0.01uf/1KV
R808
470K/1206
D804
1N4148
+
R809
1M
R807
10 1/2W
D802
PS104R
C844
470uf/25V
L842
CHOKE
R843
470
1W
+
R81522 1/8W
C810
103
4
C842
103
+ C847
1000uf/10V
3
2
1
+
D806
4148
ZD801
HZ20-2
+
fusible
8
6
ISEN
3
R820
1.3
3W
4
R814
10K
1
C814
102J
PEN
U800
LTV-817M-B
Q804
BT169D
A
2
K
C817
0.1uf
R823
20K
10-6
+5V
R821
24
1/4W
fusible
D8051N4148
G
BRI
GND
GND
+5V
+5V-
C816
22uf/25V
+
GND
GND
BRI
ENA
+12V
+12V
R847
2.2K
3
C813
103J
PPN
1
1
3
COMP
VFB
RT/CT
5
4
2-
4
R819
1.3
3W
ENA
P804
6
3
R818
1K
1/4W
fusible
U801
KA3842A
GND
C812
103J
PPN
C815
221J
NPO-
5-
R812
3.16K
MF
VREF
C849
0.1uf
R849
63.4K 1%
2
OUT
VCC
7
C811
10uf/50V
C848
1000uf/10v
R848
3.65K 1%
R846
560
S
R817
10K
GND
C800
222 Y1
C818
0.01uf/1KV
G
1/4W
R816
24
R811
4.7K
Q801
2SK2761
P803
7
6
D
C809
100uf/25v
C846
0.1uf
7,8
L803
Bead
D803
1N4148
C843
470uf/25V
C845
470uf/25V
5
R842
10 1/2W
fusible
Q802
HTL145
C808
22uf/25v
+
D842
SB560
5
R824
470K/1206
Q803
2SC945
+
9,10
1
R810
10K
+
D841
ER1002F
2
D801
PS1010R
FG
6
R841
100 1/2W C841
1000P/1KV
fusible
R850
47
K
R
A
U802
KA431Z
2
P801
P802
SW
1
C850
224J
MEF
C853
0.1uf
R851
2.2K
VR801
1K
C852
0.1uf
P805
1
2
MODEL LCD1550V-1 / LCD1550V-1-BK (LA-15R02-1 / LA-15R02-1-BK) INVERTER SCHEMATIC DIAGRAM (1/1)
1
3
2
2
Q914
2SC4672Q
R921
210 1%
1
1
3
R920
200 1206
Q915
2N7002
C916
225/16V/K/X7R 1206
1
1
C912
105/16V/K/X7R 0805
C913
104/25V/K/X7R 0805
R915
130K 1%
VBULK1
VBULK2
VCC
2
SI3457
D950
1N4148
2
3
Q953
2SC4672Q
R957
10K
Q955
2N7002
2
VREF
1
R953
5.1K
C952
105/16V/K/0805
R954
20K 1%
R955
130K 1%
R958
2M
2
2
Q952
DTA124E
C950
104/16V/K/X7R
1
R959
470 1206
VCC
D952
BAV99
2
6
8
Q954
2SC4672Q
R961
210 1%
3
7.5K 1%
R903
C954
154K / 100V PPS
3
1
C951
103/50V/K/X7R
2
R950
316K 1%
2
PD1
PD2
PD3
PD4
1
2
3
4
2
PG
1
C904
470P NPO 0805
Q951
2SC2411K
PS
3
1
2
5
6
7
3
3
R956
1K/1206
4
5
L951
245UH/A99-1570
1
GND
Q956
J951
JST SM02(8.0) B-BHSS-1-TB
3
D951
EC10QS04
BA9741F
C955
33P/6.3KV/NPO
1
U901
1
VCC
9
T951
EFD20(8:8:2:1200:10uH)
1
R914
20K 1%
C906
104/16V/K/X7R
8
10
12
13
14
11
DTC2
OUT2
OUT1
DTC1
7
6
FB2
FB1
5
IN2IN14
IN2+
IN1+
3
REF
SCP
RT
2
CT
15
C911
103/50V/K/X7R
16
R911
442K 1%
R952
54.9K 1%
2
VREF
C910
104/16V/K/X7R
1
R951
442K 1%
2
Q913
2SC4672Q
8
5.1K
R913
VREF
R912
54.9K 1%
Q912
DTA124E
2
R918
2M
R904
1M
R910
316K 1%
2
D912
BAV99
2
6
1
R919
470 1206
R917
10K
C902
225 /16V/K/X7R/1206
C905
474K/10V/K/X7R
VCC
2
3
D910
1N4148
2
R902
68.1K 1%
C914
154K /100V PPS
Q916
SI3457
1
Q902
DTA124E
Q911
2SC2411K
Q901
2SC2411K
R901
243K 1%
PD1
PD2
PD3
PD4
1
2
3
4
3
2
3
D901
1N4148
1
2
PG
7
1
2
PS
3
J911
JST SM02(8.0) B-BHSS-1-TB
C915
33P/6.3KV/NPO
3
R916
1K/1206
1
2
5
6
1
C901
220u / 16v
1
+
4
1
VEN
5
D911
L911
EC10QS04 245UH/A99-1570
1
1
2
3
4
5
6
C903
105/16V/K/X7R 0805
3
J901
98115-0603
T911
EFD20(8:8:2:1200:10uH)
VBULK1
3
F901
ICP S2.3
VCC
C953
104/25V/K/X7R 0805
VBULK2
10-7
R960
200 1206
C956
225/16V/K/X7R 1206