Sharp XV-C1OU Service Manual

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SHARP
SERVICE MANUAL
j xv-ClOU
S88W2XV-Cl OU/
PAUSECAMINTSC SYSTEM
LCD PROJECTOR
MODEL
XV-Cl ou
to its original condition and only parts identical to those specified should be used.
CONTENTS
Page
SPECIFICATIONS
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2
IMPORTANT SERVICE SAFETE NOTES . . . . . . . . . . 3
NOTE TO SERVICE PERSONNEL a................... 4
OPERATION MANUAL
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
REMOVAL OF MAJOR COMPONENTS . . . . . . . . . . 10
OPTICAL SYSTEM
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
14
ADJ. IN FUNCTION
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
16
ELECTRICAL ADJUSTMENT
. . . . . . . . . . . . . . . . . . . . . . . . . . 19
TROUBLESHOOT1 NG TABLE
. . . . . . . . . . . . . . . . . . . . . . , . . 24
INTRODUCING THE
NEW ICs . . . . . . . . . . . . . . . . . . . . . . . . 29
CHASSIS LAYOUT
. . . . . . . ..*................................
45
Page
l DESCRIPTION OF SCHEMATIC DIAGRAM . ..47 l WAVEFORMS
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
48
l OVERALL WIRING
DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . 49
l SCHEMATIC DIAGRAM
,...,......,.....................,.
51
0 PRINTED WIRING BOARD ASSEMBLIES . . . . . . 66
0 PARTS LIST
n ELECTRICAL PARTS
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..a.
71
n CABINET AND MECHANICAL PARTS . . . ..a. 85
n Accessories PARTS
. . . . . . . . . . . . . . . . . . . . ...‘..... 92
n PACKING PARTS
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
92 0 PACKING OF THE SET
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93
SHARP CORPORATION
This document has been published to be used for after sales service only. The contents are subject to change without notice.
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Specifications
Product type
Model
Video system
Display method
Panel size
Display method
LCD panel r
Drive method
No. of dots
Lens
Projection lamp
Contrast ratio
Video input signal
S-video input signal
Component video input signal
Horizontal resolution
Audio output
Speaker system
Rated voltage
Input current
Rated frequency
Power consumption
Standby consumption
Operating temperature
Storage temperature
Cabinet
Dimensions (W x D x H)
Weight
Supplied accessories
Replacement parts
LCD Projector
xv-CIOU
PAL/SECAM/NTSC 358/NTSC 4.43
LCD panel x 1, RGB optical shutter method
1.32” (3.4 cm) (20.0 (H) x 26.8 (W) mm)
Translucent TN liquid crystal panels
TFT (Thin Film Transistor) Active Matrix panels
181,470 dots (230 (V) x 789 (H))
F2, f = 56.5 mm
155 W Metal halide
1OO:l
RCA Connector: VIDEO, composite video, 1 .O Vp-p, sync negative, 75 Q terminated RCA Connector: AUDIO, 470 mVrms, more than 22 kSZ (stereo)
4-pin mini DIN connector Y (luminance signal): 1 .O Vp-p, sync negative, 75 Q terminated C (chrominance signal): burst 0.286 Vp-p, 75 Q terminated
RCA Connector: Y (luminance signal): 1 .O Vp-p, sync negative, 75 Q terminated
Pa (B-Y) (chrominance signal): 0.7 Vp-p, 75 IR terminated PR (R-Y) (chrominance signal): 0.7 Vp-p, 75 Q terminated
RCA Connector: AUDIO, 470 mVrms, more than 22 kQ (stereo)
360 doubled TV lines (video input)
1 W (monaural)
2.5’ (6.5 cm) round
AC IIO-120V
2.6 A
50160 Hz
200 w
4w 41 OF to 104°F ( + 5OC to + 40°C)
- 4°F to 140°F ( - 20°C to + 60°C)
Plastic
12.2” x 12.5” x 4.9” (310 x 317 x 125 mm) (main body only)
12.2” x 12.6” x 5.4” (310 x 319 x 136 mm) (including adjuster legs and projecting parts)
8.6 Ibs. (3.9 kg)
Remote control unit, Two AAA batteries, Lens cover (installed), Air filter (installed), A/V cable
Remote control unit (RRMCG1445CESA) Air filter (PFILD0074CEZZ), A/V cable (QCNW-3740CEZZ)
Our projector uses a single LCD (Liquid Crystal Display) panel. This very sophisticated panel contains total of 181,470 dots (RGB Trio 60,490 Pixels) TFTs (Thin Film Transistors). As with any high technology electronic equipment such as large screen TVs, video systems and/or video cameras, there are certain acceptable tolerances that the equipment must conform to. This unit has some inactive TFTs within acceptable tolerances, which may result in illuminated dots on the picture screen. This will not affect the picture quality or the life expectancy of the unit. If you have any questions about this matter, please call toll free I-800-BE-SHARP (l-800-237-4277). -1
*Specifications are subject to change without notice.
2
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IMPORTANT SERVICE SAFETY NOTES
n Service work should be performed only by qualified service technicians who are
thoroughly familiar with all safety checks and servicina auidelines as follows:
BEFORE RETURNING THE PROJECTOR: (Fire & Shock Hazard)
Before returning the projector to the user, perform the following safety checks:
1.
2.
3.
0
0
Inspect lead wires are not pinched between the chassis and other metal parts of the projector. Inspect all protective devices such as non-metallic control knobs, insulating materials, cabinet backs, adjustment and compartment covers or shields, isolation resistor-capacity networks, mechanical insulators, etc. To be sure that no shock hazard exists, check for current leakage in the following manner: Plug the AC cord directly into a 120.volt AC outlet, (Do not use an isolation transformer for this test). Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled by a 0.15uF capacitor in parallel between all exposed metal cabinet parts and earth ground.
WARNING
1. For continued safety, no modification of any circuit
should be attempted.
2. Disconnect AC power before servicing.
Use an AC voltmeter with sensitivity of 5000 ohm per volt., or higher, sensitivity to measure the AC voltage drop across the resistor (See Diagram). All checks must be repeated with the AC plug connection reversed. (If necessary, a non-polarized adapter plug must be used only for the purpose of completing these checks.) Any reading of 0.3 volts RMS (this corresponds to
0.2 milliamp. AC.) or more is excessive and indicates a potential shock hazard which must be corrected before returning the unit to the owner.
1.5k ohm (IOW)
TEST PROBE
CONNECT TO KNOWN
METAL PARTS
EARTH GROUND
SAFETY NOTICE
Many electrical and mechanical parts in LCD Projector have special safety-related characteristics. These characteristics are often not evident from visual inspection, nor can protection afforded by them be necessarily increased by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual; electrical components having such features are identified by “A” and shaded areas in the Replacement Parts Lists and Schematic Diagrams. For continued protection, replacement parts must be identical to those used in the original circuit. The use of a substitute replacement parts which do not have the same safety characteristics as the factory recommended replacement parts shown in this service manual, may create shock, fire or other hazards.
De nombreuses pieces, electriques et mecaniques, dans
AVIS POUR LA SECURITE
les projecteur a LCD presentent des caracteristiques speciales relatives a la securite, qui ne sont souvent pas evidentes a vue. Le degre de protection ne peut pas etre necessairement augmentee en utilisant des pieces de remplacement etalonnees pour haute tension, puissance, etc. Les pieces de remplacement qui presentent ces caracteristiques sont identifiees dans ce manuel; les pieces electriques qui presentent ces particularites sont identifiees par la marque “A” et hachurees dans la liste des pieces de remplacement et les diagrammes schematiques. Pour assurer la protection, ces pieces doivent etre identiques a celles utilisees dans le circuit d’origine. L’utilisation de pieces qui n’ont pas les memes caracteristiques que les pieces recommandees par I’usine, indiquees dans ce manuel, peut provoquer des electrocutions, incendies ou autres accidents.
3
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UV-RADIATION PRECAUTION
The light source,
metal halide lamp, in the LCD
projector emits small amounts of UV-Radiation.
To ensure safety please adhere to the following:
1. Be sure to wear sun-glasses when servicing the projector with the lamp turned “on” and the top enclosure removed.
2. Do not operate the lamp outside of the lamp housing.
3. Do not operate for more than 2 hours with the enclosure removed.
UV-Radiation and Medium Pressure
Lamp Precautions
1. Be sure to disconnect the AC plug when replacing the lamp.
2. Allow one hour for the unit to cool down before servicing.
3. Replace only with same type lamp. Type CLMPF0053DE05 rated 65V/155W.
4. The lamp emits small amounts of UV-Radiation, avoid direct-eye contact.
5. The medium pressure lamp involves a risk of
explosion. Be sure to follow installation instructions
described below and handle the lamp with care.
-W Lamp Replacement
Note:
Since the lamp reaches a very high temperature
during units operation replacement of the lamp should be done at least one hour after the power has been turned off. (to allow the lamp to cool off.)
Installing the new lamp, make sure not to touch the lamp (bulb) replace the lamp by holding its reflector
0 [Use original replacement only.]
DANGER ! - Never turn the power on without the
lamp to avoid electric-shock or damage of the devices since the stabilizer generates high voltages at its start.
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NOTE POUR LE PERSONNEL D’ENTRETIEN
~
PRECAUTION POUR LES RADIATIONS UV
~ .
La source de lumii?re, la lampe m6taI halide, dans le projecteur LCD 6met de petites quantites de radiation uv
EilTEZ TOUTE EXPOSITION DIRECTE DES YEUX ET DE LA PEAU.
Pour votre sbcurit6, nous vous prions de respecter les points suivants:
1. Toujours porter des lunettes de soleil lors d’un entretien du projecteur avec la lampe allumee et le haut du coffret retire.
2. Ne pas faire fonctionner la lampe a I’exterieur du boitier de lampe.
3. Ne pas faire fonctionner plus de 2 heures avec le coff ret retire.
Prhcautions pour les radiations UV et la lampe moyenne pression
1. Toujours debrancher la fiche AC lors du
remplacement de la lampe.
2. Laisser I’unite refroidir pendant une heure avant de proceder a I’entretien.
3. Ne remplacer qu’avec une lampe du meme type. Type CLMPF0053DE05 caracteristique 65V/155W.
4. La lampe emet de petites quantites de radiation UV­eviter tout contact direct avec les yeux.
5. La lampe moyenne pression implique un risque d’explosion. Toujours suivre les instructions d’installation d&rites ci-dessous et manipuler la lampe avec soin.
n Remplacement de la lampe
Remarque:
Comme la lampe devient tres chaude pendant le fonctionnement de I’unite, son remplacement ne doit etre effect& au moins une heure apres avoir coupe I’alimentation (pour permettre a la lampe de refroidir).
En installant la nouvelle lampe, s’assurer de ne pas toucher la lampe (ampoule). Remplacer la lampe en tenant son reflecteur 0. [N’utiliser qu’un remplacement d’origine.]
DANGER !
- Ne jamais mettre sous tension sans la lampe pour eviter un choc electrique ou des dommages des appareils car le stabilisateur genere de hautes tensions a sa mise en route.
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I
WARNING: High brightness light source. Do not stare into the beam of light, or view directly. Be especially
careful that children do not stare directly into the beam of light.
WARNING: To reduce the risk of fire or electric shock, do not expose this product to rain or moisture.
I
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE CABINET.
NO USER-SERVICEABLE PARTS.
REFER SERVICING TO QUALIFIED SERVICE
I
PERSONNEL.
I
A
The lightning flash with arrowhead symbol, within an equilateral triangle, is intended to alert the user to the presence of uninsulated “dangerous voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk or electric shock to persons.
A
The exclamation point within a triangle is
intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature
accompanying the product.
WARNING: The bimetallic component has the primary conductive side exposed. Be very careful in
handling this component when the power is on.
AVERTISSEMENT: Source lumineuse de grande intensite. Ne pas fixer le faisceau lumineux ou le regarder
directement. Veiller particulierement a eviter que les enfants ne fixent directement le faisceau lumineux.
AVERTISSEMENT:
Afin d’eviter tout risque d’incendie ou d’electrocution, ne pas exposer cet appareil a la pluie ou a I’humidite.
I
1 1 ATTENTION
ATTENTION: POUR EVITER TOUT RISQUE
D’ELECTROCUTION, NE PAS RETIRER LE CAPOT
AUCUNE DES PIECES INTERIEURES N’EST REPARABLE
PAR L’UTILISATEUR. POUR TOUTE REPARATION,
S’ADRESSER A UN TECHNICIEN D’ENTRETIEN QUALIFIE.
A
L’eclair termine d’une f&he a I’interieur d’un triangle indique a I’utilisateur la presence a I’interieur de I’appareil d’une <<tension dangereuseu non isolee ayant une amplitude suff isante pour provoquer une electrocution.
A
Le point d’exclamation a l’interieur d’un triangle indique que des instructions de fonctionnement et d’entretien importantes sont detaillees dans les documents fournis avec I’appareil.
AVERTISSEMENT:
La composante bimetallique dispose du conducteur primaire denude. Faire attention lors de la manipulation de cette composante sous tension.
6
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Location
of Controls
FRONT VIEW
Lens shift dial
Cooling fan (exhaust vent)
TEMP.
l
TEMPERATURE WARNING
indicator LAMP
REPLACEMENT indicator
POWER indicator
Remote sensor
l
The
exhaust
vent,
the lamp cage cover and
adjacent areas may
be
extremely
hot
during projector
operation. To prevent injury,
do not
touch
these areas
until they
have
sufficiently
cooled.
OPERATION
PANEL
ON
TOP OF
PROJECTOR
ON/OFF n
l
If the cooling
fan becomes obstructed, a protection device
will
automatically turn
off
the
projector
lamp. This does
not indicate
a
malfunction. Remove
the
projector
plug
from the
wall
socket
and
wait
at
least
10
minutes.
Then
turn
on
the power
by
plugging the
cord back in. This will
return the projector
to
its normal mode.
l
Allow at
least 4 inches
(1
O-cm) of
space
between the
cooling
fan
(exhaust vent) and the
wall.
w
POWER (ON/OFF) button
VOLUME
f+7\
VOLUME UP-DOWN
(+I--)
buttons
/I
,
MENU
MENU
button
SELECT/
ADJUSTMENT
(V/r) buttons
INPUT
INPUT SELECT/
ENTER button
Note:
l
The INPUT SELECT/ENTER button normally functions as the
INPUT SELECT button. However, when “ENTER” appears on the screen for setting, the bution functions as the ENTER
button.
REAR
VIEW
MAIN
POWER switch
-
Y
0
0
PB (B-Y) (Q
0
PR (R-Y) (g
0
- ANALOG COMPONENT INPUT Video: RCA Audio: RCA
DE0 INPUT (4-pin mini DIN)
4POSITE VIDEO INPUT
coi\
Video: RCA Audio: RCA
Headphone jack
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I
Remote Control Operation
REMOTE CONTROL
VOLUME UP-DOWN
(+/-)
buttons
ADJUSTMENT
(V/r)
buttons
MENU button
ENTER
button
INPUT SELECT button
Battery cover
REMOTE CONTROL SIGNAL TRANSMITTER
VOLUME
l
--gFz>
‘RANSM IT
ON/OFF
MUTE
STATUS
SHARP
LCD PROJECTOR
- TRANSMIT indicator
- POWER
(ON/OFF) button
- MUTE button
- STATUS button
Remote control handling precautions
Do not expose the remote control to shocks, liquids or high humidity. The remote control may not operate normally if exposed to
direct sunlight or other intense
light sources. Should this
happen, reposition the light
source or the LCD Projector.
Inserting the batteries
Remove the battery cover as shown and insert two AAA size batteries making sure the polarity matches the
(+)
and
( -) marks inside the battery
compartment.
Notes:
Incorrect use of batteries may cause them to leak or burst.
Insert the batteries with the
( + )
and
( - ) polarities as indicated.
Remove the batteries if the remote control will not be operated for an extended period of time. Maintain the batteries in clean condition. Do not mix different brands of batteries. The life expectancy of the new batteries will be shortened and the old batteries may leak. When the batteries have been used up, remove them immediately to prevent leakage and damage. Leaked battery fluid may irritate the skin. Remove any battery fluid by wiping with a cloth. Due to storage conditions and the shelf life of the supplied batteries, they may run out after a short time. Replace them with new batteries as soon as possible.
1 Transmission range]
1
Reception range]
Max. distance: 23’ (7
m)
Remote control positioning
Use the remote control as shown in the figures on the left.
Note:
l The signal from the remote control can be reflected off the
screen for easy operation. However, the effective distance of the signal may differ due to the screen material.
Page 9
Dimensions
XV-Cl ou
c
0 0 0
Top View
I
I
.I
1 1 1
v
c
P -
g .
Front View
,
L=
3.3(84) , 3.3(84) A
-4
I
4
I
-7
.
8.1 (205) -
Side View
Bottom View
[Units: inches (mm)]
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ou
REMOVAL OF
MAJOR COMPONENTS
1. Removing the cabinets
l-1. Remove the screw and
detach the
lamp
cage cover.
1-2.
Remove
the
two
lock
screws (two 4-mm
screws) off the
lamp/cage module
unit.
l-3.
Turn
the lens
shift dial
until the
lens comes to
almost the
center of
the lens hole in
the
front
cabinet.
1-4.
Remove
the six
screws
(six 3-mm
tapping screws) off
the
rear
cabinet.
l-5.
Remove
the
M3 tapping
screw
off
the sub
unit cover.
1-6. Remove the air filter cover. 1-7. Remove the five tapping screws off the bottom cabinet.
n
1-6
r
Bottom
Page 11
1-8
.
,
j xv-ClOU
Now lift the top cabinet further up and disconnect the leaf switch connectors (LL) as well as the operation key unit flat cable (KE). The top cabinet is now free. Disconnect the connector (PE) of the AC cord (that runs through the rear cabinet) from the ballast unit. Detach the rear cabinet.
Remove the spacer. Remove the screws off the lens Cover.
Top Cabinet
1-12. Disconnect the speaker connector (SP) and
remove the three lock screws. Remove fb cpra\br r\ff thn mrnl lnrl lasrd
Nnw detarh the cil
I n
1.
Fit the lens cover and the side cover to the bottom panel. Tighten up the related screws.
2.
Set the top cabinet over the bottom cabinet. 3 . Tighten up the M3 tapping screw into the sub unit cover. 4 . Press the rear cabinet against the top and bottom cabinets to fit them together. 5
.
6 .
7.
Tighten up the screws into the rear cabinet. Use the six 3-mm tapping screws.
Tighten up the tapping screws to fix the top and bottom cabinets.
Put the lamp/cage module unit into position. Tighten up the two 4-mm screws.
Place the lamp cage cover and tighten up the screws.
11
Lens Cover
.
Side Cover
Reassembling procedure
8 .
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I
2. Removing the PWBs
2-1. Slide out the power unit, ballast unit, main unit in their directions of arrow. Disconnect the connectors.
2-2. Remove the three screws, peel off the two pieces of tape, and take out the operation key unit. 2-3. Remove the screws off the control unit and R/C Receiver unit and sub unit. Disconnect the connectors. 2-4. Remove the button cover.
3. Removing the LCD module unit
3-1. Remove the screw off the panel cover. Take out the panel cover. 3-2. Pull up the LCD module unit slowly out of position.
Operation
Panel Cover
c
Q
*
0
3-2
2-3
La
LCD
1 Module Unit
\
I
R/C Receiver
1+&y
#
Power Unit
Q,
2-3
Main Uni
I
Page 13
nemovmg tne optics
4-1. Remove the four screws 4-2.
Remove the four screws off the intake duct assembly. cabinet.
4-3.
Remove
n
5
Removing the lamp
5-1.
Remove the three countersunk lock
the upper and lower
5-2.
Remove
terminal.
5-3. Release the lamp lock spring off the hook below
the lower lamp case. Take
assembly.
the two
the lock screw and the nut off the
screws off the cooling
off
the optics
lamp cases.
out the lamp/mirror
mechanism
screws off
fan.
assembly
/
I n n
lamp
I I I I
1 Lower Lamp Case
assembly.
Detach the assembly from
Detach the intake duct assembly from the bottom
the bottom cabinet.
5-1
Q
Lamp/Cage
Module
---
Upper Lamp Case
Unit
1
I I
I
I
Bottom Cabinet Ass
uct Ass’y
Page 14
OPTICAL SYSTEM
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Optical unit
Polarizer Input plate
PFiLWO164CiZZ
LCD
RLCDP0069CEZZ,
I I
PCAPHI 061 CESB
1 Lens cap
l-l
0
PLNS-0124CEZZ
Projection lens
PFiLW0200CEZZ
Diffraction grating
\CLMPF0053DE05
Lamp/Mirror Ass’y
n Cleaning the lenses and reflectors
1. Lens cleaner
l Cleaning liquid:
Change the mixture ratio of alcohol and ether depending on ambient temperatures.
Make sure that the liquid evaporates from the lens surface immediately after you rub it: This is the best ratio. The more ether is used, the quicker the liquid evaporates.
l Method:
Use well-washed bleached cotton cloth or cleaning paper available on the market. Damp the bleached cotton cloth with the liquid, and hold the lens sandwiched in the cloth with your thumb and the index finger. Turn the lens and wipe the surface clean from the center outward to collect dust. Be careful not to rub the coated surface too strong.
14
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H Controlling the total operating hours of the lamp
The following control is carried out when the lamp has been used for 1900 hours and 2000 hours.
1. After 1900-hour use
2 . After 2000-hour use
3
.
4. .
When the power is turned on, “LAMP” appears in the on-screen display for about 1 minute (flashing in yellow) and the lamp LED indicator lights up in red. When the 1900-hour point comes up during use of the unit, the “LAMP” display starts flashing in yellow on the screen for 1, minute at the very 1900-hour point.
Now the lamp LED indicator changes from green to red.
When the power is turned on, “LAMP” appears in the on-screen display for 5 minutes (flashing in red) and the
lamp LED indicator lights up in red. Five minutes thereafter, the power turns itself off and the unit is interrupted.
When the 2000-hour point comes up during use of the unit, the “LAMP” display starts flashing in red on the
screen for 5 minutes at the very 2000-hour point. Five minutes later, the power turns itself off and the unit is interrupted. (The lamp LED indicator stays red since the 1900-hour point.) If you try to turn on the power twice after the 2000-hour point, the unit remains off.
When the 2000-hour point comes up, take the following steps.
Replace the lamp with new one. While holding down both the “VOLUME Y’ and “SELECT/ADJ v” Keys on the unit, turn on the main power switch (located on the back of the unit). The lamp operating hourmeter is now reset
to zero. Turn on the unit and make sure the time display shows “OOOOH”.
Displaying the total operating hours of the lamp
Change the STATUS3 data settings: PICTURE at 0, BRIGHT at MAX, COLOR at MIN, TINT at MIN, and SHARPNESS at MAX. Hold down the SOUND DOWN and ENTER keys for longer than 2 seconds. By doing this, the total operating hours will be displayed on the screen.
b b
TIME TOTAL TIME OOOOH OOOOH
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I
1 .
2
.
ADJ IN (adjustment input) FUNCTION
Keys used for the adjustments
On the sub PWB: s2001 Control keys:
[ENTER], [MENU], [SELECT/ADJ.A], [SELECT/ADJ.v], [VOLUME+]
Operation
Press S2001 to call up the ADJ IN mode. Use the [SELECTIADJ. A] and [SELECT/ADJ.v] keys to select an adjustment group, and press the [ENTER] key. Use the [SELECT/ADJ. A] and [SELECT/ADJ.v] keys again to select an adjustment subject, and press the [ENTER] key.
The [SELECT/ADJ. A] and [SELECT/ADJ.v] keys are also used to make adjustments.
Each time the [ENTER] key is pressed on the ADJ IN screen, the adjustment subjects of a group are changed one by one. (Pressing the [VOLUME + ] key changes the subjects in the reverse order.) When the [MENU] key is pressed, the previous group appears on the screen.
Press S2001 aaain to ao out of the ADJ IN mode.
u U
Group
The adjustment group “LINE” is not used here.
16
Page 17
3. Adjustment subjects
VIDEO 1
H-CENT P-H-CENT CONT BRIGHT SUB-R SUB-G SUB-B
VIDEO 2
SUB-BIAS R-BIAS B-BIAS R-DRIVE B-DRIVE TINT COLOR
P-COLOR S-COLOR
VIDEO 3
GAMMA1
GAMMA2 AGC ADJ T-BRT
VIDEO 4
C-CONT
C-BRIGHT
C-COLOR
C-TINT
C-H-CENT
C-PH-CENT
SET
HL
NTSC horizontal position adjustment PAL horizontal position adjustment Sub-contrast adjustment Brightness adjustment Not used, just to be 0 (zero) Not used, just to be 0 (zero) Not used, just to be 0 (zero)
Sub-bias adjustment White balance (red), bias adjustment White balance (blue), bias adjustment White balance (red), drive adjustment White balance (blue), drive adjustment TINT adjustment
Color level adjustment PAL color level adjustment SECAM color level adjustment
Gamma correction 1 Gamma correction 2 AGC adjustment Chroma IC brightness adjustment
Component input contrast adjustment Component input brightness adjustment Component input color level adjustment Component input tint adjustment Component input NTSC horizontal position adjustment Component input PAL horizontal position adjustment
Temperature detection level setting
N l W (Single-colour display)
RED
Red
GREEN
Green
BLUE
Blue
NeW
Not used
TEST
TIME1 TIME2
l-hour increment setting for total lamp timer 1899H-1999H-OH4899H setting for total lamp timer
17
Page 18
r-l
User mode screen
VIDEO1 SET
VIDEO2 N l W
VIDEO3 LINE --
>
>
>
P-H-CENT CONT
BRIGHT
SUB-R
SUB-G
SUB-B
1+61
0
1+2 1+
I
I
I
I
I
I
1 / BRIGHT r--[--j +4& , , , , ,
I
I
I
1
8 I
I
____-__-___-_--_
---,,-___I_____,_______~________________l_______________ ______________
c
J,---_-----
I
I
------a
SUB-BIAS TINT
B-BIAS
R-DRIVE
B-DRIVE
63
56
63
I
_____--___---___-__-___----
’ AGC’
GAMMA2
ADJ T-BRT
0
-30
I I I
I
I
,-
i I I
VIDEO4
C-CONT
C-BRIGHT
C-COLOR
C-TINT
C-H-CENT
1 C-PH-CENT 1
I
,
I
I
I
>
>
?
I
I
I TINT
COLOR
P-COLOR
S-COLOR
I
I
0
-3
-5
+2
I
c
I
I
I
I
1
I
I
I
~--------- __-_---_--a__----
----____--_-_-_--___------
--_---_-____
____--____--
I__,,,____-_--,_______~
>
>
>
>
>
C-BRIGHT
C-COLOR
C-TINT
C-H-CENT
C-PH-CENT
6
12
8
+12
+16
,
I I
I
I
I\
i
;
I
__--_-________-_-_-_--_---
_________-________-_-__--------
_____,___,___,,___,____,,I_,,________--~----~~~_~
>
>
>
G
B
W
I
I
I
I
Not iused
I
I
I
I
I I
I
I
---em
L-I
HL
2
I
I
I
LINE
AUTO
OFF TIMER
TEMPl
TEMP2
FACTORY SET 4
I
I
Not used
I I I
TEST
(ENTER)’
I
+j TIME1
>
I
I
TIME2
(-$
TIME1
TIME2
I
___
< -I
0000
_-_ ---
0001
I
I
I I I
___--________----_,,,,,__,,,1
Page 19
XV-Cl ou
ELECTRICAL ADJUSTMENT
40 . Adjustment Item Adjustment Conditions
Adjustment Procedure
1
NTSC free-
l .Receive the NTSC monoscope pattern l Turn R1616 until the image appears
running
signal. as specified.
frequency
2.Hold down S801.
(R1616)
2 PAL free-
running
frequency
(R1602)
1. Receive the PAL monoscope pattern
l Turn R1602 until the image appears
signal.
as specified.
2. Hold down S801.
3
Horizontal
1. Receive the NTSC monoscope pattern l Using the A and v keys, make the
center (NTSC)
signal. overscan just the same at right and
WC)
2. Press S2001 to call up the ADJ IN
left mode and select the following subject. Overscan: 91-97% Group: VIDEO 1 Subject: H-CENT
4
Horizontal
1. Receive the PAL monoscope pattern
l Using the A and v keys, make the
center (PAL)
signal. overscan just the same at right and
WC)
2. Press S2001 to call up the ADJ IN
left
mode and select the following subject.
Overscan: 91,97% Group: VIDEO 1 Subject: P-H-CENT
5 Contrast (DAC)
(g
amma
correction off)
1. Receive the NTSC IO-step pattern
l Using the A and v keys, adjust the
signal.
difference between the tenth-step
2. Connect a dual-beam oscilloscope
level and the pedestal level to
between pin (2) of PI401 and GND.
6.0&O. 15 Vp-p.
3. Press S2001 to call up the ADJ IN mode and select the following subject.
10
Group:
VIDEO 2
Subject: SUB-BIAS
4. Using the A and v keys, put the
waveform to its proper shape.
5. Press S2001 again to call up the ADJ IN mode and select the following subject.
Group: VIDEO 1 Subject: SUB-R, SUB-G, SUB-B Make sure all these subjects have an
entry of 0 (zero).
6. Adjust R861 to get the highest gain.
7. Finally select the following subject. Group:
VIDEO 1
Subject: CONT
19
Page 20
XV-Cl ou
No
.
Adjustment item
6 Automatic gain
control: R861
&I
amma
correction off)
Adjustment Conditions
Adjustment Procedure
1. Receive the NTSC lo-step pattern
l Turn R861 so that the difference
signal.
between the tenth-step level and the
2. Connect the dual-beam oscilloscope
pedestal level be 4.8kO.05 Vp-p.
between pin (2) of P1401 and GND.
IO
3. Select the following subject. Group: VIDEO 1 Subject: CONT
I I I I
7
Brightness
1. Receive the NTSC IO-step pattern
l Using the A and v keys, adjust the
WC)
signal.
difference between the first-step
(gamma
2. Connect the dual-beam oscilloscope
level and the tenth-step level to
correction on)
between pin (2) of Pi401 and GND.
2.35+0.05 Vp-p.
3. Press S2001 to call up the ADJ IN
IO
- - - .
mode and select the following subject. Group: VIDEO 1
1
IT’
4
I I I
Subject: BRIGHT
I I I I I
1
f
------- -----mm---
8 Component
contrast (DAC)
(gamma correction off)
1. Feed the NTSC 1 O-step pattern signal
l Using the A and v keys, adjust the
to the component terminal.
difference between the tenth-step
2. Connect the dual-beam oscilloscope
level and the pedestal level be
4.8kO.05 Vp-p.
between pin (2) of P1401 and GND.
3. Press S2001 to call up the ADJ IN
IO
mode and select the following subject.
I
1 ‘-T---
I
Group: VIDEO 4
I ’
I
I
Subject: C-CONT
I ’
I
I
I ’
I I
I ’
I
9 Component
1. Feed the NTSC 1 O-step pattern signal
l Using the A and v keys, adjust the
brightness
to the component terminal.
difference between the first-step
WC)
2. Connect the dual-beam oscilloscope
level and the tenth-step level to
between pin (2) of P1401 and GND.
2.35~0.05 Vp-p.
(g
amma
correction on)
3. Press S2001 to call up the ADJ IN
IO
- - - -
mode and select the following subject.
I+
+
I
Group: VIDEO 4
I I
Subject: C-BRIGHT
I I I I
1
;
__---_---- ---a---
20
Page 21
XV-Cl ou
No Adjustment Item
10. Tint (DAC)
.
Adjustment Conditions
Adjustment Procedure
1. Receive the NTSC half-color bar signal. l Using the A and v keys, adjust the
2. Press S2001 to call up the ADJ IN mode and select the following subject.
Group: VIDEO 2
Subject: TI NT
(B-Y) signal waveform to slope down straight.
-.
-.
. .
3. Connect the dual-beam oscilloscope
between pin (5) of P803 and GND.
-
11 Component tint
1. Feed the NTSC half-color bar signal to
l Using the A and v keys, adjust the
(DAC)
the component terminal.
(B-Y) signal waveform to slope down
2. Press S2001 to call up the ADJ IN
straight. mode and select the following subject. Group: VIDEO 4 Subject: C-TINT
3. Connect the dual-beam oscilloscope between pin (3) of P803 and GND.
p
12 Sub-bias (DAC)
1. Receive the NTSC IO-step pattern
l Using the A and v keys, adjust the
(gamma
signal. difference between the white levels
correction on)
2. Connect the dual-beam oscilloscope
to 3.25kO.05 Vp-p.
between pin (2) of PI401 and GND.
3. Press S2001 to call up the ADJ IN mode and select the following subject.
Group: VIDEO 2 Subject: SUB-BIAS
-/I?
13 R-drive
B-drive
1. Receive the NTSC lo-step pattern l Using the A and v keys, adjust the signal. difference between the first-step
2. Connect the dual-beam oscilloscope
level and the tenth-step level to
between pin (3)(R) (or pin (l)(B)) of
2.35kO.05 Vp-p.
P1401 and GND.
- - - .
3. Press S2001 to call up the ADJ IN mode and select the following subject.
I t
1-4
I I I
Group: VIDEO 2
I ’
I I
Subject: R-DRIVE, B-DRIVE
I I I
f
, ------e-m ----e-B-
21
Page 22
XV-Cl ou
No
.
Adjustment Item Adjustment Conditions
Adjustment Procedure
14 R-bias
1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the
B-bias
signal.
difference between the white levels
2. Connect the dual-beam oscilloscope
to 3.25kO.05 Vp-p.
between pin (3)(R) (or pin (l)(B)) of P1401 and GND.
15 NTSC color
(DAC) (gamma
correction on)
3. Press S2001 to call up the ADJ IN mode and select the following subject.
Group: VIDEO 2 Subject: R-BIAS, B-BIAS
-/T
1. Receive the NTSC half-color bar signal. l Using the A and v keys, adjust the
2. Connect the dual-beam oscilloscope
difference between the 100% white
between pin (3) of P1401 and GND.
level and the primary red level to
3. Press S2001 to call up the ADJ IN
O&O.05 vp-p.
mode and select the following subject.
100% white Primary red Group: VIDEO 2 Subject: COLOR
/I
_--____ _
) __t_
16 PAL color (DAC)
1. Receive the PAL half-color bar signal. l Using the A and v keys, adjust the
(gamma
2. Connect the dual-beam oscilloscope
difference between the 100% white
correction on)
between pin (3) of PI401 and GND.
level and the primary red level to
3. Press S2001 to call up the ADJ IN
0.1 OkO.05 vp-p.
mode and select the following subject.
100% white
Primary red
Group: VIDEO 2
9 1
_______ _
Subject: P-COLOR
___#_
17 SECAM color
(DAC) (gamma correction on)
I. Receive the SECAM half-color bar
l Using the A and v keys, adjust the
signal.
difference between the 100% white
2. Connect the dual-beam oscilloscope
level and the red level to 0.1 OkO.05
between pin (3) of Pl401 and GND.
VP-P*
3. Press S2001 to call up the ADJ IN mode and select the following subject.
Group: VIDEO 2
100% white Primary red
Subject: S-COLOR
22
Page 23
I
1 xv-ClOU
No . Adjustment Item
18 Component
color (DAC)
Adjustment Conditions
Adjustment Procedure
1. Feed the NTSC half-color bar signal to
l Using the A and v keys, adjust the
the component terminal.
difference between the 100% white
2. Connect the dual-beam oscilloscope
level and the red level to +O.l=tO.O5
between pin (3) of P1401 and GND.
VP-Pm
3. Press S2001 to call up the ADJ IN
100% white
mode and select the following subject. Group: VIDEO 4
v c
___
__ ____
-
Subject: C-COLOR
19 Counter-bias
1. Receive the NTSC monoscope pattern
l Turn R1402 until the best contrast
(R1402)
signal.
is achieved.
20 White balance
1. Receive the NTSC monoscope pattern
l Using the A and v keys, visually
@AC)
signal.
adjust the white balance to best
2. Press S2001 to call up the AD3 IN
position. mode and select the following subject. Group: VIDEO 2 Subject: R-BIAS, B-BIAS
21 On-screen
1. Receive the NTSC monoscope pattern
l Turn L2003 so that the display bar
display position
signal.
be well centered on the screen.
check (L2003)
2. Press the SOUND UP/DOWN keys to
4
get the sound volume display bar on the screen.
22 Temperature
1. Press S2001 to call up the ADJ IN
l Make sure that the setting is 2.
sensor setting
mode and select the following group.
check
Group: SET
Subject: HL
23 Component
1, Receive the NTSC monoscope pattern
l Using the A and v keys, make the
horizontal
signal.
overscan just the same at right and
center (NTSC)
2. Press S2001 to call up the ADJ IN mode
left
(DAC)
and select the following subject.
Overscan: 91-97% Group: VIDEO 4 Subject: C-H-CENT
24 Component
1. Receive the PAL monoscope pattern
l Using the A and v keys, make the
horizontal
signal.
overscan just the same at right and
center (PAL)
2. Press S2001 to call up the ADJ IN
left
(DAC)
mode and select the following subject.
Overscan: 91.97% Group: VIDEO 4 Subject: C-PH-CENT
23
Page 24
TROUBLE SHOOTING TABLE
No picture
Is the lamp on?
No
No
Check the lamp.
Is voltage applied at the EA
and EB connectors?
L --I-
r
---- ----
Yes
r
---- E
---- -I
-m-m
Check the power unit.
1
L --------- -I
Check the ballast unit circuit.
No
L
mm-------
J
Is there signal at pins (21) and (29) of lC801?
/
r
----
mm--
Yes
Check IC401, DL401 and their
L
peripheral circuits.
----I---- -l
I
Is there signal at pins (I), (2) and (3)
of P803? I”
I
Yes
I Check IC801, IC804, Q801, Q802,
Q803 and their peripheral circuits.
r
---m
----
Go to “Checking the IC1501
1
L ----m----
-I
I
interface circuit”.
I
No color or poor tint with
NTSC signal
Is there chroma signal input at pin
No
(20) of IC801?
r
Yes
---- ----
peripheral circuits.
r
mm-- ---m
Check IC801, IC802, IC804 and its
1
L -m---m-mm
-I
1 peripheral circuits (X801 and C810 in 1
particular).
mm-m----m J
24
Page 25
TROUBLE SHOOTING TABLE (Continued)
No color or poor
tint with PAL
signal
I
Is there video signal input at pin (29)
of IC801?
I
Yes
V
Are R-Y and 6-Y signals put out of pins (45) and (46) of IC801?
I
Yes
v
r
~~--~~~--
Check IC802, IC804 and its
1
peripheral circuits.
I
No color or poor tint with SECAM signal
Is there chroma signal input at pin
1 (20)ofIC803? , yes
I
Are there R-Y and B-Y signal outputs at pins (11) and (12) of IC803?
v
r
L
CheclC~l~d~
-1
peripheral circuits.
I
------ 4
I
Check IC801 and its
1 peripheral circuits (X802 and , C811 in particular).
No
I
Check IC401 and its peripheral
* circuits.
L --------m I
No
l
Check IC803 and its peripheral
I
L
circuits.
~~~--I--~ -I
I
Yes
7
/
r
~~~--~~~-
Is voltage of over 4V fed to pin (49) No
Check IC803 and its peripheral
1
of IC801?
L
circuits.
---------
J
Yes
r
----Am---
1
Check IC801, IC802, IC804 and its
L
peripheral circuits.
--------- J
Page 26
XV-Cl ou
TROUBLE SHOOTING TABLE (Continued)
Is
there
Y signal input at pin (35) of
NO
rczca3;;;;1
y3G m
IC3003?
*I Q302l
and
its peripheral
/
L
circuits.
Yes
------
,
Are
there
signal inputs at pins (13)
No
r
Ch:k;20; z:
-
and
(14) of
IC3003?
v
* peripheral
circuits.
/
L
------
Yes
-
Are
there signal
outputs
at pins
(44),
, NO
r
CGkTc3G3Gd;
(45) and
(46)
of IC3003?
* peripheral
circuits.
L
------
Yes
-
Are there signal inputs at pins (35),
NO
r
Ch~k~3&~l zd
(36) and (37) of IC801?
*I C832,and their peripheral
/
circuits.
Yes
L
------
r
m--------
Check IC801 and its peripheral
1
circuits.
L
----
J
----
J
r
----mm---
Check the ICI501 interface circuit.
1
No component color
1
I
J
1
J
1
-I
1
I
-I
I
Are there signal inputs at pins (33)
NO
r
CckQ3006thru~O~
1
and (34) of IC3003?
*
and Q3007 thru Q3010.
L
------
-i
Yes
r
m--------
Check IC3003 and its peripheral
1
circuits.
L ---------
J
Page 27
XV-Cl
ou
TROUBLE SHOOTING TABLE (Continued)
Is there
horizontal
drive signal
output
at pin (56) of IC801?
J
Yes
Are
video signal at pin (21) or (29) of IC801 and horizontal drive signal at pin (58) of IC801 in sync
with each
other?
No
r
Checkpinsoand(l8)
1
-w[
of IC801, IC501
and
its 1
peripheral circuits.
L
-----
-l
r
mm---
No
Check pins (58)
and
1
-*I
(59) of IC801 and their
1
peripheral parts.
L
-----
-l
I
Yes
V
I
Is there horizontal sync signal output
No
r
Check &OTandits
-1
at pin (10) of IC503?
*
peripheral circuits.
*
L
-----
-l
Yes
r
-----
Is there composite sync signal output No
1
at pin (4) of IC504?
IC504 defective.
,
L --m--
-I
I
I
Yes
V
I Check IC1603, ICI607 and IC1608,
1
1
all located on the control PWB. Check
1
I
also their peripheral parts.
I
/
Is there vertical sync signal output at
No
r
CEcki8: and *its
1
pin (4) of IC801?
* peripheral circuits.
.
L
-----
J
Yes
\
--mm-
Is there vertical sync signal input at
No
r
1
,
pin (11) of IC502?
Check Q827.
L
-m---
-I
Yes
.
Is there vertical sync signal output at
No
r
Chalk EOFanTits
-1
pin (10) of IC502?
*
peripheral parts.
\
L
----- J
Yes
r
---------
Check ICI606 and its peripheral
1
L
parts.
---------
-l
27
Page 28
XV-Cl ou
TROUBLE SHOOTING TABLE (Continued)
Checking the ICI 501 interface circuit
Are there video signal outputs at pins (32), (34) and (36) of IC1501?
1 Yes
I
Check Q1501, Q1502, Q1503,
I
Q1504, Q1505 and Q1506.
I
r
--m-m-
1
Check the voltages of all the
,I ICI 501 pins. Check also their 1
peripheral circuits.
I
A
Yes
r
--m-m
Remove Q1701. Does F1701 break
1
down again?
I
w Power unit in trouble.
L m----
-I
I
No
r
---------
1
-
Ballast unit in trouble.
No problem with fuse
Fuse blown-out
Is discharging sound heard?
Do Q1701 and L1701 break down in the short-circuit mode?
r
Replace1 r--l
1 T1702 or 1
I ~~~u$ trigger I
L
‘“Pi-I L-‘-A
r
RGlEel FhGkQFOJ
I Ql701 and I I L1701 and thei; 1
L1701.
L -m
J peripheral circuits. 1
28
Page 29
XV-Cl ou
INTRODUCING THE NEW ICs
1. IC3003 (VHiCXA1839Cb1)
1) Pin functions of CXA1839Q
Pin No. 1 Pin code \
Function
1 1 LR2-IN ( Linear RGB2 input terminal (R). 2 1 LG2-IN
1 Linear RGB2 input terminal (G).
3 LB2-IN
I 4 1 YS2
Linear RGB2 input terminal (B).
1 YS2 control terminal. Linear RGB2 selected at H.
I
1 ’ 5 1 YM2 [ YM2 control terminal. YUVINI, YUVIN2 and Linear RGBI attenuated by IO dB at H.
I
1 6 1 VCC2
7
GND2
8
LRI -IN
I Power terminal.
Ground terminal. Linear RGBI input terminal (R). Linear RGBI input terminal (G). Linear RGBI input terminal (B).
I
9
IO
LGI -IN LB1 -IN
11
YSI
12
YMI
YSI control terminal. Linear RGBI selected at H. YMI control terminal. YUVINI and YUVIN2 attenuated by 6dB at H.
I 13 I SDA
14
SCL
I SDA input/output terminal (as per l*C Bus Standard).
SCL input terminal (as per l*C Bus Standard).
I
1 15 I SSCP I Composite signal (Super sand castle pulse) input terminal.
I
16 VTIM
I
1 17 ( VBLK
I
Composite signal (Super sand castle pulse) input terminal.
( VBLK pulse output terminal.
18 1 VEQ 1 VEQ pulse output terminal.
I
19
I vs
l VS pulse output terminal.
I
20 1 FFTIM
1 Deflection V timing pulse output terminal.
I
21 ( CBLK ( CBLK pulse output terminal.
I
22 ) BGP
1 BGP pulse output terminal.
I
23 CLPI
Y clamp pulse input terminal for signal passing the YUV-SW block.
24 I AP-MUTE I Black detection switch. Dynamic picture off at H.
I
25
( APED-C
( Black detection capacitor connection terminal.
26 1 CLP-C 27 VM-OUT 28 SP-MUTE
I Y clamp capacitor connection terminal.
VM output terminal. Output of waveform of differentiated Yl-IN and Y2-IN input signals. Sharpness mute terminal. Sharpness muted at H.
I 29
( VM-MUTE I VM output mute terminal. VM output muted at H.
I
30 ) YUV-SW I YUVlNUV2 switching terminal. YUVI selected at L, YUV2 selected at H.
32 1 GNDI
31 I VCCI
( Power terminal. I Ground terminal.
Video YUVINI input terminal (B-Y). Video YUVINI input terminal (R-Y). Video YUVINI input terminal (Y). Ground terminal.
33
BYI-IN
34
RYI-IN 35 Yl-IN 36 GND 37 BY2-IN 38
RY2-IN 39
Y2-IN
Video YUVIN2 input terminal (B-Y). Video YUVIN2 input terminal (R-Y). Video YUVlN2 input terminal (Y).
40
l NC I NC
I
41 IREF
42
C-OFF
43 GND 44 ROUT
Reference current setting terminal. Color off terminal. Color off at H. Ground terminal. R output terminal.
--45- 1 GOUT
1 G output terminal.
46 BOUT
B output terminal.
47 ABL-REQ
ABL control terminal.
48
ABL-MUTE ABL mute terminal. Control at 0.7-3.0 V (maximum mute), No mute at 0 V.
29
Page 30
2) Block Diagram
BY2-IN
RY2-IN
Y2-IN
NC
IREF
C-OFF
Y
VM Amp
NR
YUV-SW
+ Sharpness -) Clamp
D-Picture
I ‘I ‘I
[ IREF CEC
l
B-Y 1 1 R-Y
GND 43
01
Amp
I I I
ABL-MUTE 48
(7
AP-MUTE
CLPI
BGP
CBLK
FFTIM
VEQ
VBLK
VTIM
SSCP
30
Page 31
/ xv-ClOU
2. IC2001 (RH=iX3157CEZZ/CEN*) Microprocessor
1) Block Diagram
INTERFACE
iR3Y12
LCD CONTROLLER
ETM3070T
DAC
cs
CLK DATA
OPTION
DOMESTIC/EUROPE
MICROPROCESSOR
IX31 57CE
TEMP. SENSOR
78
R/C 79
5
EXIT OUT 3
EXIT IN
4
TEMP. SENSOR 77
-I
1 REFERENCE 1
LED POWER
I I I I I I I I
STD BY
- I I I I I
I I lcmll~
73
LED LAMP
RESTART
r
LED TEMP
SCL
1
w
TDA8375A
SOUND
CONTROL
SUPPLY
BALLAST
J
SDA
R G B BLK
KEY INPUT
FACTORY SW
EEPROM
31
Page 32
XV-Cl ou
2) Terminal Composition
Terminal
No.
Terminal composition
Purpose of use / Active 1 Reset / I/O 1
Remarks
1
I
NC
I
NC
I - I - I - I
NC
2
NC
NC
I
-
I
- / - INC
3 I PGO/PWMO
1 EXIT OUT 1 L I H I o IEXITOUT
4 I P6l/PWMl
/ EXIT IN
1
L t H 1 I I EXIT IN
I
5
I
P62/PWM2
I I I I I I
I
6
I
P63/PWM3
I I I I I I
7 P64lPWM4 SOUND MUTE H H 0 Sound mute
1 8 (P65/PWM5
I I I 1 I
I
9
I
P66/PWM6
I
VlN2
I L/H I L I 0 I VideoI/ SELECT
I
IO 1 P67/PWM7
I I I I I
I
11 NC
NC
I /NC
-I
13 P33/TIM3
I I I I
I
14 I P32/rlM2/AD6 P-MUTE
I HI L loI
I
15 I P31
I
16 I P30
I
17 Ip47/Srdyl /PWM8
I I I I
I
18
I
P46/Sinl/PWMS
I I I
19
P45/Scl kl /SCLl
20
P44/Soutl/SDAl
21 P43/Srdy2/SCL2/AD7
SCL SDA KEY INPUT 1
H H
H
H
AD -
I/O 12C SCL. I/O 12C SDA
I Key input - 1
I
22 I P42/Sin2/SDA2/AD8
I
KEY INPUT 2
I AD I
- l I I Key input -2
I
23 ) P41/Sclk2/SCL3/Xcout
I
SCL3 I H ) L I I/O ) Component SCL
P40/Sout2/SDA3/Xcin
I
SDA3
I
H I L I I/O (Component SDA
24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42
NC
I
NC
I
-
I
- 1 - (NC
NC
I
NC
I
-
I
- ( - (NC
CNVss
I
GND
I I I IGND
0 1 -pit
RESET
Reset
I L I
l I I Reset input
Xin
Xout
I
XIN
I -
l I l System clock oscillation
I
XOUT
I
-
I
l 0 I System clock oscillation
vss
I
GND
-
I
- l - IGND
P27
I
POWER
I
L l HZ I 0 I LED power-ON
P26 P25
I
STD BY
I
L l HZ ( 0 (LED power-STANDBY
I
RESTART
L I HZ I 0 I LED lighting
P24
LAMP
L 1 HZ 1 0 1 LED lamp faulty
P23
TEMP
L ) HZ ( 0 1 LED temperature rise
P22 NC
NC
P21 P20
NC
- -
- NC
NC
- -
NC
- - -
NC
- -
NC
32
Page 33
j xv-ClOU
Terminal composition Purpose of use 1 Active 1 Reset / I/O / Remarks
43
IP17
1 SCLK
1 H 1 HZ 1 0 1 Serial clock
I
44 I PI6
I
SDAT
I
H 1 HZ 1 0 1 Serial data output
45 I PI5
I
ENAI
I
H 1 HZ ( 0 1 DAC LD
I
46
I
PI4
I I I I I I
47 I PI3
I I I I I
I
48
I
PI2
I
OPTION 1
I H I
[ I ( Option 1
~
49
I
PI1 IOPTION 1 H 1 I I I Option 2
50
I
PI0 IWDTCHECK 1 H I
) I I WDT check
51 -1NC
I ~
NC
I
-
I
- l - (NC
52 NC
r ~~~ I
NC
- I
- 1 - INC
53 NC
I I
NC
I
-
I
- ) - INC
54 I PO7
. IS-VIDEO IN
I L I HZ I I I S-VIDEO IN “L” with S terminal
55 PO6 56 PO5
P-COM3 50/60 OUT
H H
HZ HZ
0 Fan power ON/OFF 0 50/60Hz output
57 PO4
P-CON 1 H HZ 0 Lamp power ON/OFF
58 PO3
P-CON2
H
HZ
0 Circuit power ON/OFF
59
PO2
60 PO1
DOOR/FAN SW L HZ 0 Leaf switch, fan stop
61
PO0
LAMP FAILURE L I
Lamp non-lighting input
62 OUT/P56
OSD BLKOUT H HZ
0 OSD blanking output
63
I/P55/TIMl/OVERFLOW SECAM
H
HZ 0 SECAM output
64 NC
NC
-
- NC
65 NC
NC
-
- NC
66 B/P54
B OUT
H
HZ 0 - OSD blue output
67 G/P53
G OUT
H HZ 0 OSD green output
-
68 R/P52
R OUT
H
HZ
0 OSD red output
-
69 Vsync
V SYNC
L
I OSD vertical sync input
70
Hsync
H SYNC
L I OSD horizontal sync input
71 NC NC
-
- NC
72 VCC +5v
vcc +5v
73 NC
NC
-
- NC
74 OSCI /P70/AD4 OSD OSC
OSD OSC
75
OSC2lP71 /AD5 OSD OSC
OSD OSC
76 NC
NC
- -
77 P36/lNT2/AD2
TEMP SENS 1 AD I Temperature reference sensor input
78 -
P35/ADl
TEMP SENS 2 AD
I
Temperature sensor input
79 -
P34/lNTl R/C IN
H - I Remote control input
80
D-AIAD3
EXIT IN Not used
II
-" means “L”.
II II
means “H”.
33
Page 34
3. El501 (VHiiR3Y12Bb1)
1) Names of pins
Pin No.
Name
Pin No.
Name
1 SW 25 TINT
2 CONTRAST 26 VCO OUT
3 EXT IN B 27 APC FILTER
4 EXT IN G 28 VCO IN
5 EXT IN R 29 GND
6 VCCl 30 N. C.
7 VEE 31 VEE
8 C IN 32 R OUT
9 ACC FILTER 33 vcc2
IO Y IN
34 G OUT
11 COLOR 35 OUT DC DET
12 F ADJ 36 B OUT
13 AGC OUT 37 N. C.
14 AGC FILTER 38 RGB AMPLITUDE
15 N. C. 39 FRP
16 CLAMP 40 RGB INV
17 APL 41 SUB BRIGHT B
18 H FILTER OUT
42 SUB BRIGHT R
19 SYNC SEP 43 BRIGHT
20 SYNC OUT 44 GAMMA 2
21 SYNC IN 45 GAMMA 1
22 TIME CONSTANT 46 PEAK LIMITER
23 PICTURE 47 SUB CONTRAST B
24 KILLER FILTER 48 SUB CONTRAST R
34
Page 35
1 xv-ClOU
2) Block diagram
a
u
k
i
35
Page 36
XV-Cl ou
3) Functions
0
Functions of pins
0
SW (pin No. 1)
Used to switch between the INT signal from the video chroma circuit and the EXT signal from the EXT R/G/B
input terminal. At “L” level, the INT signal is accepted; at “H” level, the EXT signal. CONTRAST (pin No. 2)
Used to receive DC voltage and to adjust the contrast of primary color output. EXT IN B, EXT IN G, EXT IN R (pin Nos. 3,4 and 5)
Used to receive the external R, G and B inputs. Each input should come through a coupling capacitor.
VCCI (pin No. 6)
Used to connect positive-polarity power.
VEE (pin Nos. 7 and 31)
Used to connect negative-polarity power. C IN (pin No. 8)
Used to input the chroma signal. ACC FILTER (pin No. 9)
Used to connect with the ACC detection filter. Y IN (pin No. 10)
Used to receive the luminance signal. COLOR (pin No. 11)
Used to receive DC voltage for color adjustment. F ADJ (pin No. 12)
A resistor is added between this terminal and GND.
Used to adjust the filter’s frequency characteristic.
AGC OUT (pin No. 13)
Used to output the voltage detected by the video system AGC detector.
AGC FILTER (pin No. 14)
Used to connect a filter to detect the video system’s AGC.
CLAMP (pin No. 16)
Used to connect with a capacitor to clamp the luminance signa
.I pedesta
APL (pin No. 17)
Used to connect a filter to detect the luminance signal’s APL (Average P H FILTER OUT (pin No. 18)
Used to output the video signal for sync separation. SYNC SEP (pin No. 19)
Used to input the video signal for the sync separation circuit.
cture Level).
SYNC OUT (pin No. 20)
Used to output the sync signal picked up by the sync separation circuit. Can be connected with a controller with different power supply because of the open-collector output type. The output signal gets to “H” level for sync and to ‘IL” level otherwise.
36
Page 37
XV-Cl ou
SYNC IN (pin No. 21) Used to receive “L”-level (= OV) pulse for sync and “H”-level (= 3V) pulse otherwise. The sync signal received and the sync signal separated by the sync separation circuit are fed through an OR gate and then into the gate pulse generator circuit.
TIME CONSTANT (pin No. 22) Used to make gate pulse width setting according to CR time constant.
PICTURE (pin No. 23) Used to receive DC voltage for adjusting the video system’s frequency characteristic.
KILLER FILTER (pin No. 24) Used to connect a filter for killer detection.
TINT (pin No. 25)
Used to receive DC voltage to adjust the tint.
VCO OUT (pin No. 26)
Used to output the oscillator circuit signal.
APC FILTER (pin No. 27)
Used to connect an APC detection filter.
VCO IN (pin No. 28)
Used to receive the oscillator circuit signal. GND (pin No. 29)
Grounding terminal. R OUT, G OUT, 6 OUT (pin Nos. 32,34 and 36)
Used to output the primary-color signals that are inverted according to the inversion signal. VCC2 (pin No. 33)
Used to connect the positive-polarity power for RGB output. OUT DC DET (pin No. 35)
Used to connect a capacitor to detect the output DC bias. RGB AMPLITUDE (pin No. 38)
Used to adjust the amplitude between the inverted RGB output and the non-inverted one. This terminal is preset inside the IC.
FRP (pin No. 39) Used to receive the inverted signal.
RGB INV (pin No. 40) Used to receive voltage to switch the RGB output polarity according to the FRP polarity.
SUB BRIGHT B (pin No. 41) Used to receive DC voltage for fine adjustment of the B signal’s luminance level. This terminal is preset inside the IC.
SUB BRIGHT R (pin No. 42) Used to receive DC voltage for fine adjustment of the R signal’s luminance the IC.
level. This termina
.I
is preset inside
37
Page 38
XV-Cl ou
BRIGHT (pin No. 43) Used to receive DC voltage for brightness adjustment.
GAMMA 1, GAMMA 2 (pin Nos. 44 and 45) Used to receive DC voltage to set a gamma-correction DC voltage gain switching point. (See the figure at right.) The Gamma 2 terminal is pre­set inside the IC.
PEAK LIMITER
output
PEAK LIMITER (pin No. 46)
Used to receive DC voltage to set the white peak limiter level for primary­color output.
Input
SUB CONTRAST B (pin No. 47)
Used to receive DC voltage for fine adjustment of the B signal’s contrast. This terminal is preset inside the IC.
SUB CONTRAST R (pin No. 48)
Used to receive DC voltage for fine adjustment of the R signal’s contrast. This terminal is pre$et inside the IC.
ii) Circuit behavior
ACC detector, ACC amplifier
They form an ACC loop and serve to detect the peak of the burst signal amplitude.
VCO, APC detector
The VCO local oscillation circuit is of Pierce crystal oscillator type and functions as a crystal unit. The APC
detector phase-detects the burst signal and the VCO oscillation output signal. The resulting detection voltage
is used to control the VCO’s oscillation frequency and to form a phased-locked loop. By doing so, no readjust-
ment is needed.
Killer detector
The detector is used to phase-detect the burst signal and the VCO’s oscillation output signal.
Picture adjustment circuit
The value “Q” of the luminance signal delay line is changed in order to adjust the frequency characteristic.
AGC circuit
Various AGC characteristics can be achieved depending on the luminance signal’s APL. The luminance
signal is fed to the filter at pin (17) to get rid of the high-frequency components. The resulting signal goes to
the AGC detector to detect the peak.
Filter adjustment The resistance between pin (12) and GND can be regulated to adjust the filter’s frequency characteristic.
External input switch The INT and EXT signals can be switched over by the control signal coming to pin (1). The switch is of high­speed type.
38
Page 39
j xv-ClOU
l Gamma correction and peak limiter
The LCD panels have the output
characteristics shown at right.
The curve’s variation points can be
arranged by using pins (44), (45) and (46).
output
Inversion
Input
The primary-color outputs at pins (32), (34) and (36) are inverted according to the FRP pulse being inputted to pin (39). When the pin (40) is at the VCC potential, the input, output and inverted pulse are in the relation-
ship shown below.
VIDEO input
i-
FRP input
R.G.B output
Primary-color output
r
The push-pull system is employed in order to drive a capacity load. A feedback is made to keep the output signal’s center voltage at (VCC+VEE)/2. This is to prevent DC components from getting superimposed and to avoid adverse effect on the LCD panels.
39
Page 40
4. IC1606 (VHiETM3070T-1)
1) Functions of terminals
XV-Cl ou
No .
Pin name I/O
Connection
1
N.C. -
Not used.
2 OSCI
I
Input from VCO. 3 N.C. - Not used. 4 osco 0 output to vco. 5 N.C. - Not used. 6 PC0 0 output to vco. 7 OFH
0
8 N.C. - Not used.
9 PDM
I
IO MOUTI 0 Open. 11 MOUT2
0 Open. 12 SBLD 0 13 BLDIN I 14 BLDOUT 0 15 N. C.
-
Not used. 16 MHSYNC 0 17 GND - Power.
18 VCC
-
Power.
19 INVOUTI 0 20 INVINI I 21 HDOUTI 0 22 HDOUT2 0
.
23 VDOUT 0 24 WMODE I 25 VMODE
I 26 TEST5 I 27 TEST4 I 28 TEST3
I 29 TEST2
I 30 TEST1 I
31 CL0 0 32 DGND -
Power.
33 DX
0 Output to TFT panel.
34 VDDI -
Power.
35 CLX2
0 Output to TFT panel. 36 CiX2 0 Output to TFT panel. 37 CLX4 0 Output to TFT panel. 38 cLx4
0 Output to TFT panel. 39 CLX3 0 Output to TFT panel. 40 cLx3
0 Output to TFT panel. 41 CLXI 0 Output to TFT panel. 42 CLXi- 0 Output to TFT panel.
Function
Reference frequency oscillator input.
Reference frequency oscillator output.
Phase comparison circuit output.
Vertical counter reference clock output.
Power-saving mode select input
(Normal at “L”, Power saving at “HI’). Test terminal reference signal monitor output 1. Test terminal reference signal monitor output 2.
Backlight drive sync signal output.
Backlight drive sync signal input (for variable pulse width).
Backlight drive sync signal output (for variable pulse width).
Horizontal sync signal monitor output.
Logic circuit power ground (OV).
Logic circuit power (+5V typical).
lnverter output 1.
Inverter input 1.
Horizontal sync signal output 1.
Horizontal sync signal output 2.
Vertical sync signal output.
WIDE mode select input (Normal at “L”, Wide at “H”).
VIDEO mode select input.
Test terminal input.
Test terminal input.
Test terminal input.
Test terminal input.
Test terminal input.
Negative power generation clock output. High-voltage power ground (OV).
TFT panel’s X-direction shift data output (VDDI line).
High-voltage power 1 (+I 5.OV typical). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line). TFT panel’s X-direction transfer clock output (VDDI line).
40
Page 41
No. 1 Pin name / I/O /
Connection Function
XV-Cl ou
43 (DGND 1 - 1 Power. ( High-voltage power ground (OV). 44 /DY
I I
0 Output to TFT panel.
r
TFT panel’s Y-direction shift data output (VDD2 line). 45 CLY 46 CLY
0 Output to TFT panel. TFT panel’s Y-direction transfer clock output (VDD2 line).
0 Output to TFT panel. TFT panel’s Y-direction transfer clock output (VDD2 line). 47 ENOUT 0 Output to TFT panel. TFT panel’s enable signal output (VDD2 line). 48 (VDD2 1 - ( Power. High-voltage power 2 (+I 2.OV typical). 49jDGND j - j Power. High-voltage ground (OV).
50ITEST6 ( I (
Test terminal input.
51 OE
I
52 NAOUT 0
Output enable control input. NAND output.
53lNAlNP j I /
NAND input 2.
54/NAINl l I l .
I
NAND input 1. 55 RGBINV 0 56 FRP 0
IV inverted signal output (output to chroma IC).
1 H inverted signal output (output to chroma IC). 57 CSYNC
I
Composite sync signal input. 58 IMVSYNC 1 0 ( Vertical sync signal monitor output. 59 VLS
0 Output to video circuit. Video level setting signal output for WIDE mode.
60 INVIN2
I
Inverter input 2. 61 INVOUT2 0 Inverter output 2. 62 MFS 0
Field ID signal monitor output. 63 VCC -
Power. Logic circuit power (+5V typical).
64 GND - Power. Logic circuit power ground (OV).
The GND and DGND pins are interconnected inside the chip with a resistor in between. Be sure to keep both pins at the same potential.
When the OE input level gets low, all the output signals to the TFT panel - DX, CLXi, CLXi (i =l thru 4),
DY, CLY, CLY, and ENOUT - come to low level too. Be sure to fix the non-used inverter input and NAND input at the high or low level.
Switching between the VIDEO and WIDE modes goes as follows depending on the WMODE and VMODE input levels. L: Low level, H: High level.
.
WMODE VMODE Display mode Remarks
L L NTSC
-
L
H Intermittent PAL
-
H H Letter box (NTSC)
VLS: During the “H” period, the black-level video
signal is put into the TFT panel.
In the power-saving mode with no display, the CLXl thru CLX4 signals are all at low level, whereas the
CLX1 thru CLX4 signals all at high level.
Keep all the test terminal inputs at low level.
Keep open the test terminal reference signal outputs - MOUTl and MOUT2.
41
Page 42
XV-Cl ou
2) Block diagram
0
m---------y
A
vco
I
cl
f
I, OSCI
)
C
I I I I
I I I I I I I I I
VCC Line
VDOUT
RGBINV FRP
VLS
MFS
I
Unri7nntaI
r
1
. 1
Vertical sync pulse detection circuit
ii com0arator e
c-
5
.-
2
L
_-
PDI - ;
Horizontal sync
) pulse detection
circuit
CSYNC
HDOUTl HDOUT2 SBLD BLDIN BLDOUT MVSYNC MHSYNC
NAIN1
NAIN2
I
NAOUT
INVIN
INVOUT
----
i --_-
,ine )
VDDI
Level shifter 1
Level shifter 2 <
42
Page 43
5. LCD Panel (RLCDPOO69CEZZ)
1) Pins
Pin No.
Pin name
1 DY
Pin No.
11
Pin name
CLx3
Pin No.
21
Pin name
LCCOM
2 CLYl 12 CLX3 22 VMOS
3 CLY2 13 CLx4 23 ENABLE
4
VDDY
I
14
CLx4
I
24
DY
5 1 VSSY 1 15 1 VDDX 1 25
1 DIR
6
/ LCCOM 1
16 / Dx
26 / -
DIR
7
CLXl
I
17
vssx
I
8 CLXl
18 VID-B
9 CLx2
19 VID-G
IO
I
CLx2
I
20
I
VID-R
I I
2) Input terminals
Pin name
Dx
CLx1-CLx4
- ­CLXl -CLx4
VID-R, VID-G
VID-B
DY
CLYl, WY2
LCCOM
VDDX
vssx
VDDY
VSSY
VMOS
ENABLE
DIR, DIR
Function
Used to input a start pulse for the X-shift register (component of the X driver).
Used to input a transfer clock for the X-shift register (component of the X driver). Composed of 4 clocks (45” shifted from each other) and their 4 inverted signals.
Used to input the video signal for the X driver. Polarity inverted every IH period.
Used to input a start pulse for the Y-shift register (component of the Y driver).
Used to input a transfer clock for the Y-shift register (component of the Y driver) and its inverted signal. CLY and CLY to be inputted to CLYI and CLYZ, respectively, for forward shift, and CLY and C& to be inputted to CLYI and CL ~2, respectively, for reverse shift.
Used to input a counter-electrode potential of the LCD panel.
Used to input positive power for the X driver.
Used to input negative power for the X driver.
Used to input positive power for the Y driver.
Used to input negative power for the Y driver.
Used to input a common potential for the holding capacitor.
Used to enable the Y driver output.
Used to input the signal for switching the shift direction of the Y­shift register (component of the Y driver). VDDY and VSSY to be inputted to DIR and DIR, respectively, for forward shift, and VSSY and VDDY to be inputted to DIR and DIR, respectively, for reverse shift.
Note 1: Inputs to be made to CL YI, CLYZ, DIR, and DIR for switching the shift direction of the Y
driver.
1
XV-Cl ou
(1) CLY, CLY, VDDY and VSSY to be inputted to CLYI, CLYZ, DIR and DIR, respectively, for forward shift.
(2) CLY, CLY, VSSY and V
DDY to be inputted to CLYI, CLYZ, DIR and DIR, respectively, for reverse shift.
Page 44
XV-Cl ou
<Timing chart>
1) tr, tf
Dx, DY
/
_ tr _
CLX, CLX
CLY, CLY
/
_ tr _
2) t pdCC
CLX, CLY
--
CLX, CLY
t pdCcL
t pdCCH
3) ts
CLX”
CL
Xn+l
ts
, ts ,
4) fDS, b-i
Dx, DY
CLXl, CLY
t DS L_ t DH
44
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Page 48
Page 49
Page 50
Page 51
Page 52
Page 53
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Page 55
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Page 57
Page 58
Page 59
Ref. No. Part No.
Description
DUNTK9686DE04
MAIN UNIT (Continued)
c507 C508 c509
c510 c511 C801 C802 C803 C804 C805 C806 C807 C808 C809 C810 C811
C812 C813 C814 C815 C816 C817 C818 C819 C820 C821 C822 C823 C824 C825 C826 C827 C828 C829 C830 C831 C832 C833 C834 C835 C836 C837
C838 C839 C840 C841 C842 C843 C844 C845 C848 C849 C850
VCCCCYlEH102J J IOOOp 25V
Ceramic
VCCCCYI EH821 J J 820~ 25V
Ceramic VCKYCYI EFI 042 J 0.1 25V Ceramic VCEAPFlHW105M J 1
5ov Electrolytic
VCKYCYI EF104Z J 0.1
25V Ceramic
VCCCCY 1 HH470J J 47p 5ov
Ceramic VCCCCYI HH330J J 33p 5ov
Ceramic
VCKYCYI HBI 03K J 0.01 5ov
Ceramic VCEAPFlCW476M J 47 16V Electrolytic VCKYCYI EF104Z J 0.1 25V Ceramic VCKYCYI EF104Z J 0.1 25V Ceramic VCKYTVlHF2242 J 0.22 50V Ceramic VCKYCYlHB102K J IOOOp 50V Ceramic VCKYCYI HB102K J IOOOp 50V Ceramic VCCCCYI HHI 80J J 18~ 5ov
Ceramic VCCCCYI HHI 80J J 18~ 5ov
Ceramic VCKYCYI HBI 03K J 0.01 5ov Ceramic VCEAPFlCW106M J IO 16V
Electrolytic VCKYCYI EF104Z J 0.1 25V
Ceramic VCKYCYI EF104Z J 0.1 25V
Ceramic VCKYCYI EF104Z J 0.1 25V
Ceramic VCKYCYlEF104Z J 0.1
25V Ceramic
VCFYECI CM334J J 0.33 16V
M. Polyester
VCCCCYlHH221J J 220~ 50V
Ceramic
VCCCCYI HH221 J J 220~ 50V
Ceramic
VCFYECI CM3341 J 0.33
16V M. Polyester
VCCCCYI HH470J J 47p
5ov Ceramic
VCCCCYI HH470J J 47p
5ov
Ceramic
VCCCCYlHH221J J 220~ 50V
Ceramic
VCCCCYIHH221J J 220~ 50V
Ceramic
VCKYCYI EF104Z J 0.1 25V
Ceramic
VCESPFI CW475M J 4.7 16V
Elect.(N.P)
VCE9PFl HW105M J 1
5ov Elect.(N.P)
VCEAPFlCW106M J IO
16V
Electrolytic
VCKYCYI EF104Z J 0.1 25V
Ceramic
VCKYCYlEF1042 J 0.1 25V
Ceramic
VCKYCYlEF1042 J 0.1 25V
Ceramic
VCKYCYlEF1042 J 0.1 25V
Ceramic
VCFREDlHM472J J 4700~ 50V
M .Polyester
VCEAPFI CWI 07M J 100 16V
Electrolytic
VCKYTVlHF224Z J 0.22 5ov
Ceramic
VCEAPFI CWI 07M J 100
16V Electrolytic VCKYTVlHF224Z J 0.22 5ov Ceramic VCEAPFI HW225M J 2.2
5ov Electrolytic VCFYEClCM223J J 0.022 16V
M. Polyester
VCCCCYlHH221J J 220~ 50V
Ceramic
VCKYCYI EFI 042 J 0.1
25V Ceramic VCKYCYI HB103K J 0.01
5ov Ceramic VCCCCYlHH221J J 220~ 5OV
Ceramic
VCEAPFI HW225M J 2.2 5ov
Electrolytic
VCKYCYI HBI 03K J 0.01 5ov
Ceramic
VCEAPFlHW105M J 1
5ov Electrolytic VCEAPFlCW476M J 47 16V
Electrolytic
AB
AB AA AB AA AA AA AA AC AA AA AC AA AA AA AA AA
AB AA AA AA AA AE AA AA AE AA AA AA AA AA AC AC AB AA AA AA AA AD AD AC AD AC AB AC AA AA AA AA AB AA
AB
AC
Ref. No.
Part No.
XV-Cl ou
Description
C852 VCCCCYlHH820J J 82p
50V Ceramic
C853 VCCCCYlHH270J J 27p
50V Ceramic C860 VCCCCYlHH221J J 220~ 50V Ceramic C861 VCESPFlCW106M J IO
16V Elect.(N.P) C864 VCESPFlCW475M J 4.7
16V Elect.(N.P) C865 VCKYCYlEF1042 J 0.1
25V Ceramic C867 VCKYCYlEF1042 J 0.1
25V Ceramic C868 VCKYCYI HB103K J 0.01
50V Ceramic C869 VCKYCYlEF1042 J 0.1
25V Ceramic C870 VCCCCYI HHIOI J J 100~ 50V Ceramic C871 VCKYCYI HB103K J 0.01
50V Ceramic C872 VCEAPFI HW106M J IO
50V Electrolytic C873 VCCCCYlHH330J J 33p
50V Ceramic
C874 VCKYCYlHB103K J 0.01
50V Ceramic
C875 VCCCCYlHH820J J 82p
50V Ceramic
C876 VCCCCYlHH270J J 27p
5OV Ceramic
C877 VCKYCYI EF104Z J 0.1
25V Ceramic
C878 VCKYCYI HB103K J 0.01
50V Ceramic
C879 VCCCCYI HH330J J 33p
50V Ceramic
C880 VCCCCYlHH330J J 33p
50V Ceramic
C881
VCFYFAI HA274J
J 0.27 50V M.Polyester
C882 VCEAPFI HW105M J 1
50V Electrolytic
C883 VCKYCYlHB103K J 0.01
50V Ceramic
C884 VCKYCYlHB103K J 0.01
50V Ceramic
C885 VCKYCYI HB103K J 0.01
50V Ceramic
C886 VCKYCYI HB103K J 0.01
50V Ceramic
C887 VCKYCYI HB103K J 0.01
50V Ceramic C888 VCFREDlHM222J J 2200~ 50V M.Polyester C889 VCFYEClCM102J J IOOOp 16V M.Polyester C890 VCFYFAI HA274J
J 0.27 50V M.Polyester
C891 VCEAPFlCW476M J 47
16V Electrolytic
C893 VCEAPFlHW225M J 2.2
50V Electrolytic c901
VCEAPFI CWI 07M J 100
16V Electrolytic
C902 VCEAPFOJW107M J 100
6.3V Electrolytic
C903 VCKYCYlEF1042 J 0.1
25V Ceramic
C904 VCEAPFlCW106M J IO
16V Electrolytic
C905 VCKYCYlEF1042 J 0.1
25V Ceramic
C906 VCE9PFlCW106M J IO
16V Elect.(N.P)
C907 VCEAPFlCW476M J 47
16V Electrolytic
C922 VCKYCYlEF1042 J 0.1
25V Ceramic
Cl501 VCEAPFlCW107M J 100
16V Electrolytic
Cl502 VCKYCYlEF1042 J 0.1
25V Ceramic
Cl504 VCKYCYlCF1042 J 0.1
16V Ceramic
Cl505 VCKYCYI HB103K J 0.01
50V Ceramic
Cl506 VCKYCYI HB103K J 0.01
50V Ceramic
Cl507 VCKYCYI HB103K J 0.01
50V Ceramic
Cl508 VCKYCYI HB103K J 0.01
50V Ceramic
Cl509 VCKYCYI HB103K J 0.01
50V Ceramic
Cl510 VCKYCYI HB103K J 0.01
50V Ce’ramic
Cl511 VCKYCYlHB103K J 0.01
50V Ceramic
Cl512 VCKYCYlAF105Z J 1
1 OV Ceramic
Cl513 VCKYCYlAF105Z J 1
1 OV Ceramic
Cl514 VCKYCYIAFIOSZ J 1
1 OV Ceramic
Cl515 VCKYTVlCF105Z 3 1
16V Ceramic
Cl 516 RC-EZ0363CEZZ
J 330
6.3V Electrolytic
Cl517 VCEAPFlCW106M J IO
16V Electrolytic
AA AA AA AC AC AA AA AA AA AA
AA AB AA AA AA AA AA AA AA 8 AA AD AB
AA AA AA AA AA AC AC AD AC AB AD AC AA AB
AA AC AC
AA AD
AA
AA
AA
AA
AA
AA
AA
AA
AA
AC
AC
AC
AB
AC
AB
73
Page 60
1
xv-ClOU
Ref. No. Part No. * Description
Code
DUNTK9686DE04
MAIN UNIT (Continued).
Cl518 VCKYTVlCF105Z J 1 16V Ceramic AB
Cl519 VCKYCYI HB222K J 2200~ 50V Ceramic Cl520 VCKYCYI HB153K J 0.015 50V Ceramic Cl521 VCKYTVlCF105Z J 1 Cl522 VCCCCYI HH151 J J 150~ 50V Ceramic Cl523 VCKYCYlHB103K J 0.01 50V Ceramic AA Cl524 VCKYCYI EF104Z J 0.1 25V Ceramic AA Cl525 VCCCCYI EH821J J 820~ 25V Ceramic Cl526 VCCCCYlEH102J J IOOOp 25V Ceramic
Cl527 VCKYCYlAF105Z J 1 IOV Ceramic AC Cl 528 VCKYCYlAF1052 J 1 IOV Ceramic AC Cl529 VCKYCYlAF105Z J 1 IOV Ceramic AC Cl530 VCKYCYI HB103K J 0.01 Cl531 VCEAPFlCW226M J 22 Cl535 VCKYCYlCF1042 J 0.1 C3001 VCKYCYlAF105Z J 1 IOV Ceramic AC C3002 VCKYCYlAF105Z J 1 IOV Ceramic AC C3008 VCEAPFlCW106M J IO C3009 VCKYCYlHB103K J 0.01 50V Ceramic AA C3010 VCKYCYlHB103K J 0.01 50V Ceramic AA C3011 VCKYCYI HB103K J 0.01 50V Ceramic AA C3012 VCESPFI HW225M J 2.2 50V Elect.(N.P) AC C3013 VCKYCYlCF1042 J 0.1 C3014 VCKYCYlCF1042 J 0.1 16V Ceramic AA C3015 VCEAPFI HW474M J 0.47 C3016 VCEAPFlCW106M J IO 16V Electrolytic AB C3017 VCKYCYlHB103K J 0.01 50V Ceramic AA C3018 VCKYCYlHB103K J 0.01 C3019 VCKYCYI HB103K J 0.01 50V Ceramic AA C3020 VCKYCYlHB103K J 0.01 C3021 VCKYCYlHB103K J 0.01 C3022 VCKYCYlHB103K J 0.01 50V Ceramic AA C3024 VCEAPFlCW106M J IO C3028 VCKYCYlCF1042 J 0.1 C3030 VCEAPFlCW106M J IO C3031 VCESPFlCW106M J IO C3032 VCCCCYIHHIOOD J lop C3033 VCCCCYI HH271 J J 270~ 50V Ceramic
RESISTORS
R301 VRS-CY 1 JFI 05J R303 VRS-CYI JFI 05J R305 VRS-CYI JFI 03J R306 VRS-CYI JF473J R307 VRS-CYI JFIOI J R308 VRS-CYI JFI 03J R309 VRS-CYI JF473J R310 VRS-CYIJFIOIJ R311 VRS-CYI JFI 02J R312 VRS-CYI JFI 03J R313 VRS-CYI JFI 03J R314 VRS-CYI JFI 52J J 1.5k l/l 6W Metal Oxide AA R315 VRS-CYI JF682J J 6.8k l/l 6W Metal Oxide AA
J 1 M l/l 6W Metal Oxide AA J 1 M l/l 6W Metal Oxide AA J 1 Ok l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 100 l/l 6W Metal Oxide AA J 1 Ok l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 100 l/l 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA J 1 Ok l/l 6W Metal Oxide AA J 1 Ok l/l 6W Metal Oxide AA
16V Ceramic AB
50V Ceramic AA
16V Electrolytic AB 16V Ceramic AA
16V Electrolytic AB
16V Ceramic AA
50V Electrolytic AB
50V Ceramic AA
50V Ceramic AA 50V Ceramic AA
16V Electrolytic AB 16V Ceramic AA 16V Electrolytic AB 16V Elect.(N.P) AC 50V Ceramic AA
AA AA
AA
AB AB
AA
Ref. No. Part No. Description
R316 R317 R318 R319 R320
R321 R322 R323 R324 R325 R326 R327 R328 R329 R330 R331 R332 R335 R336 R337 R338 R339 R340 R341 R342 R343 R344 R360 R361 R363 R364 R366 R397 R401 R402 R403 R404 R405 R406 R407 R408
R409 R410 R411 R412 R413 R414 R415 R416 R417 R419 R420 R421 R430 R431 R501
VRS-CYI JFI 52J VRS-CYI JF682J VRS-CYI JF153J VRS-CYI JFI 03J VRS-TW2ED151 J VRS-TW2ED151 J VRS-CYI JFI 05J
VRS-CYI JF103J VRS-CYI JF223J VRS-CYI JFI 03J VRS-CYI JFI 05J VRS-CYI JFI 02J VRS-CYI JFIOOJ VRS-CYI JFI 02J VRS-CYI JFOOOJ VRS-CYI JFI 02J VRS-CYI JFI 01 J VRS-CYI JFI 02J VRS-CYIJFIOIJ VRN-CYI JFI 03D VRS-CYI JFI 04J VRS-CYI JFI 52J VRS-CYI JFI 01 J VRN-CYI JF392D VRS-CYI JF472J VRS-VV3DB18OJ VRS-VV3DB18OJ VRS-CYI JFI 22J VRS-CYI JF472J VRS-TW2ED221 J VRS-TW2ED221 J VRS-TV1 JDOOOJ VRS-CA1 JFOOOJ VRSTW2ED750J VRS-CYI JFI 01 J VRS-CYI JFI 02J VRS-CYI JFI ROJ VRS-TW2ED75OJ VRS-CYI JFI OOJ VRS-TW2ED750J VRS-CYIJFIOIJ VRS-CYI JF273J VRS-CYI JFI 23J VRS-CYI JF471 J
VRS-CYIJFIOIJ VRS-CYI JFI 01 J VRS-CYI JFI 01 J
VRS-CYI JFIOOJ
VRS-CYIJFIOIJ
VRS-TX2HF680J
VRS-CYI JFI OOJ
VRS-TV1 JDOOOJ
VRS-CYI JFOOOJ
VRS-TV1 JDOOOJ
VRS-CYI JF472J
VRN-CYI JF752D
J 1.5k 1/16W Metal Oxide J 6.8k 1/16W Metal Oxide J 15k 1/16W Metal Oxide
J IOk 1/16W J 150 1/4W J 150 1/4W J IM 1/16W J IOk 1/16W J 22k 1/16W J IOk 1/16W Metal Oxide J IM 1/16W Metal Oxide J Ik 1/16W Metal Oxide J IO 1/16W Metal Oxide J Ik 1/16W Metal Oxide J 0 1/16W J Ik 1/16W Metal Oxide J 100 1/16W J Ik 1/16W Metal Oxide J 100 1/16W
J IOk 1/16W J IOOk 1/16W Metal Oxide J 1.5k 1/16W J 100 1/16W J 3.9k 1/16W J 4.7k 1/16W Metal Oxide J 18 2W Metal Oxide J 18 2W J 1.2k 1/16W Metal Oxide J 4.7k 1/16W Metal Oxide J 220 1/4W Metal Oxide J 220 1/4W J 0 1/16W Metal Oxide J 0 1/16W J 75 1/4W Metal Oxide J 100 1/16W J Ik 1/16W Metal Oxide J 1 1/16W Metal Oxide J 75 ll4W Metal Oxide J IO 1/16W Metal Oxide J 75 1/4W Metal Oxide J 100 1/16W Metal Oxide J 27k 1/16W Metal Oxide J 12k 1/16W Metal Oxide J 470 1/16W J 100 1/16W Metal Oxide J 100 1/16W Metal Oxide J 100 1/16W Metal Oxide J IO 1/16W Metal Oxide J 100 1/16W Metal Oxide J 68 ll2W J IO 1/16W Metal Oxide J 0 1/16W Metal Oxide J 0 1/16W Metal Oxide J 0 1/16W J 4.7k 1/16W Metal Oxide J 7.5k 1/16W Metal Film
Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide
Metal Oxide
Metal Oxide
Metal Oxide Metal Film
Metal Oxide Metal Oxide Metal Film
Metal Oxide
Metal Oxide
Metal Oxide
Metal Oxide
Metal Oxide
Metal Oxide
Metal Oxide
Code
AA AA AA AA AA AA AA AA AA AA AA AA AA
AA AA AA AA AA AA AA AA AA AA AA
AA AA AA
AA AB AA AA AA AA AA AA AA
AA AA AA AA AA AA AA AA AA AA AA
AA _ AA
AA AA
74
Page 61
XV-Cl ou
Ref. No.
Part No.
*
Description Code Ref. No. Part No.
DUNTK9686DE04
MAIN UNIT (Continued)
R502 R504 R505 R506 R507 R508
R509 R515 R516 R517 R518
R519 R521 R801 R802 R803 R804 R805 R806
R807 R809 R810 R811 R812 R813 R814 R815 R816 R817 R818 R819 R820 R821 R824 R827 R830 R831 R832 R833 R834 R835 R836 R837 R838 R839 R840 R841 R842 R845
R846 R847 R848 R849
VRN-CYI JFI 530 VRN-CYI JF272D VRN-CYI JF273D VRN-CYI JFI 03D VRN-CYI JF682D VRS-CYI JFI 52J VRS-CYIJFIOIJ VRS-CY 1 JF273J VRS-CYI JFI 03J VRS-CYI JFI 03J VRS-CYI JFI 03J VRS-CYI JFI 23J VRS-CYI JFI 02J VRS-CYI JF331 J VRSTX2HFlOOJ VRS-CYI JFI 03J VRSTX2HF270J VRS-CYI JFI 02J VRS-CYI JFI 02J VRS-CYIJFIOIJ VRS-CYI JFI 03J
VRS-CY 1 JFOOOJ
VRS-CYI JF681 J
VRS-CYI JFI 83J VRS-CYI JFIOSJ VRS-CYI JFI 01 J VRS-TX2HF5R63 VRS-CYI JFI 04J VRS-TX2HF4R7J VRS-CY 1 JF334J
VRS-CYI JFI 01 J VRS-CYI JFlO3J VRS-CY 1 JF473J
VRS-CYI JFI 02J VRS-CYI JFI 02J VRS-CYI JFI 02J VRS-CYI JFI 03J VRS-TX2HF4R7J
VRS-CYI JF391 J VRS-CYI JF333J VRS-CYI JF393J VRS-CYI JFI 02J VRS-CYI JF564J VRS-CYI JF333J VRS-CYI JFI 04J VRS-CYI JF472J VRS-CYI JFI 82J VRN-CYI JF223D VRS-CYI JFI 02J VRS-CYI JFI 02J VRS-CYI JFlO2J VRS-CYI JFI 02J VRS-CYI JF472J
J 15k 1/16W Metal Film AA J 2.7k 1/16W Metal Film AB J 27k 1/16W
Metal Film AB
J IOk 1/16W
Metal Film AA J 6.8k 1/16W Metal Film AB J 1.5k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA
J 27k 1/16W
Metal Oxide
AA
J IOk 1/16W Metal Oxide
AA J IOk 1/16W Metal Oxide AA J IOk 1/16W Metal Oxide AA J 12k 1/16W Metal Oxide AA J lk 1/16W Metal Oxide
AA J 330 1/16W Metal Oxide
AA J 10 1/2W Metal Oxide AA J IOk 1/16W Metal Oxide AA J 27 1/2W Metal Oxide
AB J lk 1/16W Metal Oxide AA J lk 1/16W Metal Oxide AA
J 100 1/16W
Metal Oxide AA J IOk 1/16W Metal Oxide AA J 0 lll6W
Metal Oxide AA J 680 1/16W Metal Oxide AA J 18k 1/16W Metal Oxide AA J IM 1/16W Metal Oxide AA J 100 1/16W Metal Oxide
AA J 5.6 1/2W Metal Oxide AA J IOOk 1/16W Metal Oxide AA J 4.7 ll2W Metal Oxide AB J 330k 1/16W Metal Oxide AA J 100 1/16W
Metal Oxide AA
J IOk 1/16W Metal Oxide
AA J 47k 1/16W Metal Oxide AA J lk 1/16W Metal Oxide
AA J lk 1/16W Metal Oxide
AA J lk 1/16W
Metal Oxide
AA J IOk 1/16W Metal Oxide
AA J 4.7 lf2W Metal Oxide
AB J 390 1/16W Metal Oxide
AA J 33k 1/16W Metal Oxide AA J 39k 1/16W
Metal Oxide AA
J lk 1/16W
Metal Oxide AA
J 560k 1/16W
Metal Oxide AA
J 33k 1/16W Metal Oxide
AA J IOOk 1/16W Metal Oxide
AA J 4.7k 1/16W Metal Oxide AA J 1.8k 1/16W Metal Oxide
AA
J 22k 1/16W
Metal Film AA
J lk 1/16W
Metal Oxide AA
J lk 1/16W Metal Oxide
AA
J lk 1/16W Metal Oxide
AA
J lk 1/16W
Metal Oxide AA
J 4.7k 1/16W Metal Oxide
AA
Description
R850 R851 R852 R853 R854 R855 R856 R857 R858 R859 R860 R862 R863 R864 R865 R866 R867
R868 R869 R870 R871 R872 R873 R874 R875 R876 R877 R878 R879 R880
R881 R882 R883 R884 R885 R886 R887 R888 R889 R890 R891 R892 R893 R894 R895 R896
R897 R898 R899 R900 R901 R902 R903 R904 R906 R907
VRS-CYI JFI 03J VRN-CYI JF391 D VRS-CYI JFI 02J VRS-CYI JFlO3J VRS-CYI JFIOI J VRS-CYI JF221 J VRS-CYIJFIOIJ
VRS-CYI JF271 J VRS-CYI JF222J VRS-CYI JFI 03J VRS-CYI JF562J VRS-CYI JFI 02J VRS-CYI JFl83J VRS-CYI JF272J VRS-CYI JFI 02J VRS-CYI JFlO3J VRS-CYI JF223J VRS-CY 1 JF223J VRS-CYlJFl23J VRS-CYI JF272J VRS-CYI JFI 03J VRS-CYI JFlO3J VRS-CYI JFI 52J VRS-CYI JF683J VRS-CYI JF224J VRS-CYIJFIOIJ VRS-CYI JF472J VRS-CYI JF682J
VRS-CYI JF332J VRS-CYI JFI 02J VRS-CYI JFI 52J VRN-CYI JF332D VRN-CYI JFl52D VRS-CYI JFI 05J VRS-CYI JFI 01 J VRS-CYI JFI 05J VRS-CYI JF222J VRS-CYI JF472J VRS-CYI JF222J VRS-CYI JF821 J VRS-CYI JFI 22J
VRS-CYI JF273J VRS-CYIJFISIJ
VRS-CYI JFI 03J
VRS-CYI JFI 02J VRS-CYI JFOOOJ VRS-CYI JFI 52J VRS-CYI JF271 J VRS-CYI JFI 52J VRS-CYI JF472J VRS-CYI JFI 02J VRS-CYIJFIOIJ VRS-CYl JFI 01 J VRS-CYI JFIOI J VRS-CYI JFI 03J VRS-CYI JFI 03J
J 1 Ok l/l 6W Metal Oxide
AA
J 390 l/l 6W Metal Film
AB
J 1 k l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 220 l/l 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 270 l/l 6W Metal Oxide
AA
J 2.2k l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 5.6k l/l 6W Metal Oxide
AA
J 1 k l/l 6W Metal Oxide
AA
J 18k l/l 6W Metal Oxide
AA
J 2.7k 1/16W Metal Oxide
AA
J 1 k l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 22k l/l 6W Metal Oxide
AA
J 22k l/l 6W Metal Oxide
AA
J 12k l/l 6W Metal Oxide
AA
J 2.7k l/l 6W Metal Oxide
AA
J 1 Ok 1/16W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 1.5k l/l 6W Metal Oxide
AA
J 68k l/l 6W Metal Oxide
AA
J 220k l/l 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 4.7k l/l 6W Metal Oxide
AA
J 6.8k l/l 6W Metal Oxide
AA
J 3.3k l/l 6W Metal Oxide
AA
J 1 k 1/16W Metal Oxide
AA
J 1.5k l/l 6W Metal Oxide
AA
J 3.3k l/l 6W Metal Film
AA
J 1.5k l/l 6W Metal Film
AB
J 1 M l/l 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 1 M l/l 6W Metal Oxide
AA
J 2.2k l/l 6W Metal Oxide
AA
J 4.7k l/l 6W Metal Oxide
AA
J 2.2k l/l 6W Metal Oxide
AA
J 820 l/l 6W Metal Oxide
AA
J 1.2k l/l 6W Metal Oxide
AA
J 27k l/l 6W Metal Oxide
AA
J 150 l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 1 k l/l 6W Metal Oxide
AA
J 0
1 /I 6W Metal Oxide
AA
J 1.5k l/l 6W Metal Oxide
AA
J 270 l/l 6W Metal Oxide
AA
J 1.5k l/l 6W Metal Oxide
AA
J 4.7k 1/16W Metal Oxide
AA
J 1 k 1 /I 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 100 l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
75
Page 62
XV-Cl ou
Ref. No.
Part No. *
Description Code
Ref. No. Part No. *
Description Code
DUNTK9686DE04
MAIN UNIT (Continued)
R908 VRSCYlJF103J R909 VRS-CYI JF102J R910 VRS-CYI JF473J R911
VRS-CYI JF332J R912 VRS-CYI JF222J R913 VRS-CYI JF273J R914 VRS-CYl JFI 03J R915 VRS-CYlJF103J R916 VRS-CYl JF472J R917 VRSCYlJF152J
R918 VRS-CYI JF102J R919 VRS-TX2HF8R2J R920 VRS-TX2HFl OOJ R921
VRS-CYI JF103J
R923 VRS-CYI JF103J R924 VRS-CY 1 JF122J R925 VRS-CYlJF121J R929 VRS-CYIJFIOIJ R930 VRS-CYI JFIOI J R932 VRS-CY 1 JFOOOJ R933 VRS-CYlJF122J R935 VRS-CYIJFIOIJ R936 VRS-CYI JF103J
R937 VRS-CA1 JFl 01 J R938 VRS-CBI JFI 52J R939 VRS-CBl JF681 J R940 VRS-CYl JFOOOJ RI 501 VRS-CYI JFI 02J RI502 VRS-CYI JF102J RI 503 VRS-CYI JFI 02J RI504 VRS-CYlJF221J RI505 VRS-CYl JF333J RI506 VRS-CYI JF273J
RI508 VRS-CYI JF124J RI509 VRS-CYl JF124J RI511 VRS-CYlJF153J RI512 VRS-CYlJF823J RI513 VRS-CYlJF103J RI514 VRS-CYI JF472J RI515 VRS-CYlJF473J RI516 VRS-CYlJF273J RI 517 VRS-CYI JF473J RI518 VRS-CYl JF393J RI519 VRS-CYlJF563J RI 520 VRS-CYI JF243F
RI521 VRS-CYl JF243F R1522 VRS-CY 1 JF473J R1523 VRS-CY 1 JF563J RI524 VRSCYlJF473J RI525 VRSCYlJF683J R1526 VRS-CYI JF563J RI 527 VRS-CY 1 JF683J
RI 528 VRS-CYI JF473J
J 1 Ok l/l 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 3.3k 1/16W Metal Oxide AA J 2.2k l/l 6W Metal Oxide
AA J 27k i/l 6W Metal Oxide AA J 1 Ok l/l 6W Metal Oxide
AA J 1 Ok l/l 6W Metal Oxide AA J 4.7k l/l 6W Metal Oxide AA J 1.5k l/l 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA
J 8.2 1/2W Metal Oxide
AA
J 10 1/2W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide
AA
J 1 Ok l/l 6W Metal Oxide AA J 1.2k l/l 6W Metal Oxide AA J 120 l/l 6W Metal Oxide AA J 100 l/l 6W Metal Oxide AA J 100 l/l 6W Metal Oxide AA J 0
l/1 6W Metal Oxide AA J 1.2k l/l 6W Metal Oxide AA J 100 l/l 6W Metal Oxide AA 3 1 Ok l/l 6W Metal Oxide AA
J 100 l/l 6W Metal Oxide AA J 1.5k l/l 6W Metal Oxide AC J 680 l/l 6W Metal Oxide AC J 0 1 /I 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA J 220 l/l 6W Metal Oxide AA J 33k l/l 6W Metal Oxide AA J 27k l/l 6W Metal Oxide AA J 120k 1/16W Metal Oxide AA J 120k l/l 6W Metal Oxide AA
J 15k l/l 6W Metal Oxide
AA
J 82k 1/16W Metal Oxide
AA J IOk 1/16W Metal Oxide AA J 4.7k 1/16W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 27k l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 39k l/l 6W Metal Oxide AA J 56k l/l 6W Metal Oxide AA J 24k l/l 6W Metal Oxide
AA
J 24k 1/16W Metal Oxide
AA
J 47k l/l 6W Metal Oxide
AA J 56k l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 68k l/l 6W Metal Oxide AA J 56k l/l 6W Metal Oxide
AA J 68k l/l 6W Metal Oxide
AA J 47k l/l 6W Metal Oxide AA
RI529 VRS-CYI JF563J RI530 VRS-CYlJF105J RI 531 VRS-CYI JF105J
RI532 VRS-CYlJF271J RI533 VRS-CYl JF102J R1534 VRS-CYl JF272F RI 535 VRS-CYI JF333J RI 538 VRS-CYI JF473J RI 539 VRS-CYI JF333J R1540 VRS-CYl JF124J RI 541 VRS-CYI JF473J R1542 VRS-CYI JF473J RI 543 VRS-CYI JFI 04J RI 544 VRN-CYI JF272D RI546 VRN-CYI JF123D RI 547 VRS-CYI JFI 85J RI548 VRS-CYI JF185J
R1549 VRS-CYI JF185J RI 551 VRS-CYI JF47OJ RI 552 VRS-TV1 JD5R6J RI 553 VRSTX2HF681 J RI 554 VRSTX2HF681 J RI 555 VRS-CYI JF47OJ R1556 VRS-TV1 JD5R6J RI 557 VRS-TX2HF681 J R1558 VRS-TX2HF681 J RI 559 VRS-CYI JF47OJ
RI 560 VRS-TV1 JD5R6J RI 561 VRS-TX2HF681 J RI 562 VRS-CYI JF474J RI 563 VRS-CA1 JF563J RI 565 VRS-TX2HF681 J R3001 VRS-CYI JF273J R3002 VRS-CYI JF273J R3003 VRS-CY 1 JFl53J R3004 VRS-CY 1 JFI 53J R3006 VRS-CYIJFIOIJ R3007 VRS-CYlJFlOlJ R3008 VRS-CYIJFIOIJ R3009 VRS-CYIJFIOIJ R3010 VRSCYlJF152J R3011 VRS-CYI JFI 02J R3012 VRS-CYl JF273J R3013 VRS-CYIJFIOIJ R3014 VRS-CYIJFIOIJ R3016 VRSCYlJF102J
R3017 VRS-CYl JF102J R3018 VRS-CYI JF102J R3019 VRS-CY 1 JF103J R3020 VRS-CYl JFOOOJ R3021 VRS-CYI JFI 03J R3022 VRS-CYI JF102J R3025 VRS-CYl JFIOI J R3026 VRS-CYI JFIOI J R3028 VRS-CYI JF681 J R3031 VRS-CY 1 JF681 J
J 56k l/l 6W Metal Oxide AA J 1 M l/l 6W Metal Oxide AA J 1 M l/l 6W Metal Oxide AA J 270 l/l 6W Metal Oxide AA J 1 k l/l 6W Metal Oxide AA
J 2.7k l/l 6W Metal Oxide AA J 33k l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 33k l/l 6W Metal Oxide AA J 120k l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 47k l/l 6W Metal Oxide AA J 1 OOk l/l 6W Metal Oxide AA J 2.7k l/l 6W Metal Film
AB J 12k 1/16W Metal Film AB J 1.8M l/l 6W Metal Oxide AE J 1.8M l/l 6W Metal Oxide AE J 1.8M l/l 6W Metal Oxide AE J 47 l/l 6W Metal Oxide AA J 5.6 l/l 6W Metal Oxide AA J 680 1/2W
Metal Oxide AA
J 680 1/2W
Metal Oxide AA J 47 1 /I 6W Metal Oxide AA J 5.6 lJ16W Metal Oxide AA J 680 lJ2W
Metal Oxide AA J 680 lJ2W
Metal Oxide AA J 47 1 J16W Metal Oxide AA J 5.6 1 J16W Metal Oxide AA J 680 lJ2W Metal Oxide AA J 470k 1 J16W Metal Oxide AA J 56k 1 J16W Metal Oxide AA J 680 1 J2W Metal Oxide AA J 27k 1 J16W Metal Oxide AA J 27k lJ16W Metal Oxide AA J 15k lJ16W Metal Oxide AA J 15k lJ16W Metal Oxide AA
J 100 lJ16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 1.5k 1 J16W Metal Oxide AA J 1 k 1 J16W Metal Oxide AA J 27k 1 J16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 1 k 1 J16W Metal Oxide AA J 1 k 1 J16W Metal Oxide AA J 1 k 1 /I 6W Metal Oxide AA J 1 Ok lJ16W Metal Oxide AA J 0
l/l 6W Metal Oxide AA J 1 Ok l/l 6W Metal Oxide AA J 1 k lJ16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 100 lJ16W Metal Oxide AA J 680 lJ16W Metal Oxide AA J 680 lJ16W Metal Oxide AA
.
76
Page 63
I
XV-Cl
ou
Ref.
No.
Part
No.
*
Description
Code
DUNTK9686DE04
MAIN UNIT (Continued)
R3033
VRS-CYI
JFOOOJ
R3039
VRS-CYI
JFI
52J R3040 VRS-CYI JF273J R3041
VRS-CYI JFI 533
R3042
VRS-CYI
JFI
03J R3043 VRS-CYI JF392J R3044 VRS-CYl JFl82J R3045 VRS-CYI JFI 52J R3054
VRS-CYI
JFI
01
J
R3061
VRS-CYI
JFOOOJ R3062 VRS-CYI JFOOOJ R3064 VRS-CYI JFOOOJ R3065
VRS-CYI JFOOOJ
R3066 VRS-CYI
JFOOOJ R3067 VRS-CYI JFOOOJ R3074 VRS-CYI JFI 01 J R3080 VRS-CY 1 JFI 03J R3081 VRS-CYI JFI 03J R3082
VRS-CY 1
JF562J
R3083 VRS-CYI JF273J R3084
VRS-CYI
JF332J R3085 VRS-CY 1 JF682J R3086 VRS-CYI
JF822J
R3087 VRS-CYl JFl52J R3088 VRS-CY 1 JFI 02J
J
0
lll6W
Metal
Oxide
J
1.5k 1/16W
Metal Oxide
J
27k
1/16W
Metal
Oxide
J
15k
1/16W Metal Oxide
J IOk 1/16W
Metal
Oxide
J
3.9k
1/16W
Metal Oxide
J
1.8k
1/16W
Metal Oxide
J
1.5k
1/16W
Metal
Oxide
J
100 1/16W
Metal Oxide
J 0
1/16W
Metal Oxide
J
0
1/16W
Metal Oxide
J 0
1/16W
Metal Oxide
J 0
lll6W
Metal
Oxide
J
0
1/16W
Metal
Oxide
J 0
lll6W
Metal Oxide
J 100 1/16W
Metal Oxide
J IOk 1/16W
Metal Oxide
J IOk 1/16W
Metal Oxide
J 5.6k 1/16W
Metal Oxide
J 27k 1/16W
Metal
Oxide
J 3.3k 1/16W
Metal Oxide
J 6.8k 1/16W
Metal Oxide
J 8.2k 1/16W
Metal Oxide
J 1.5k
1/16W
Metal Oxide
J
lk 1/16W
Metal Oxide
SWITCH
S801
QSW-K0065GEZZ J
Switch
MISCELLANEOUS
PARTS
FB301 RBLN-0062TAZZ
J
Ferrite Bead
FB302 RBLN-0062TAZZ
J
Ferrite
Bead
FB303 RBLN-0062TAZZ
J Ferrite Bead
FB304 RBLN-0062TAZZ
J Ferrite
Bead
FB305 RBLN-0059CEZZ
J Ferrite Bead
FB306
RBLN-0062TAZZ
J Ferrite Bead
FB307 RBLN-0062TAZZ
J Ferrite Bead
FB308 RBLN-0062TAZZ
J Ferrite Bead
FB309 RBLN-0062TAZZ
J Ferrite Bead
FB401 RBLN-0063TAZZ
J Ferrite Bead
FB422 RBLN-0063TAZZ
J Ferrite Bead
FB423 RBLN-0063TAZZ
J Ferrite Bead
FB424 RBLN-0063TAZZ
J Ferrite Bead
J301
QJAKJ0047CEZZ
J Head Phone Jack
J401
QSOCD0432CEZZ J
S-Video Terminal
J402
QJAKG0037CEZZ J AN Input Jack
P301
QPLGN0278GEZZ J Plug, 2-pin (SP) P803 QPLGN0864TAZZ J Plug, 8-pin P904 QPLGNOl79FJZZ
J Plug, 7-pin (EB) SC402 QSOCN3078TAZZ J Socket, 30-pin (TA) SC1501 QSOCNOl99FJZZ
J Socket, 20-pin (CA)
AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA
AC
AB
AB AB AB AB AB AB AB AB AB AB AB AB AD AE AF AA AD AD AE AE
Ref.
No.
Part No.
*
Description
DUNTK9687DE04
SUB
UNIT
Code
INTEGRATED
CIRCUITS
IC2001 RH-iX3157CEZZ
J I.C.
IC2002 RH-iX2735CEZZ
J
AT24COl A-l
OSC
IC2003
VHiPST529CM-1
J
PST529CMT
IC2004 VHiNJU7002M-1
J
NJU7002M
IC2005
VHiM62352GP-1
J M62352GP
IC2006 VHiNJM2903M-1
J NJM2903M
TRANSISTORS
Q2001
VS2SC5384Cb1
Q2002
VS2SC5384C/-1
Q2003
VS2SC3198-G-l
Q2004
VS2SC5384C/-1
Q2005
VS2SC5384C/-1
Q2006
VSRTI Nl41
U/-l
Q2008
VS2SAl989Rb1
Q2009
VSRTI N241
U/-l
Q2010
VS2SC5384Cb1
Q2011
VS2SAl989Rb1
Q2012
VSRTI P441 U/-l
J
2SC5384C J 2SC5384C J 2SC3198(G) J
2SC5384C J 2SC5384C J
RTlNl4lU J 2SAl989R J RTlN24lU J 2SC5384C J 2SAl989R J RTI P441 U
D2001
RH-EXOSI 5CEZZ
J Zener Diode, 5.lV
D2002
VHDDAN202Kb1
J Diode
D2004
VHDDAN202Kb1
J Diode
D2005
RH-EX0251 CEZZ
J Zener Diode, 6.2V
D2006
RH-EX0251 CEZZ
J
Zener Diode,
6.2V
D2007 RH-EX0251 CEZZ
J
Zener Diode, 6.2V
D2008
RH-EX0734CEZZ
J Zener Diode,
12V
D2009 RH-EX0734CEZZ
J
Zener Diode, 12V
02010
RH-EX0734CEZZ
J
Zener
Diode, 12V
02011
VHDDAN202Kb1
J Diode
02012
RH-EX0734CEZZ
J Zener Diode, 12V
02013
RH-EX0734CEZZ
J Zener Diode, 12V
D2014
RH-EX0734CEZZ
J Zener Diode,
12V
02015
RH-EX0734CEZZ
J Zener Diode, 12V
D2016
RH-EX0734CEZZ
J Zener Diode, 12V
DIODES
FILTER
CF2001 RFiLC0406CEZZ
J 4.5uHz Filter
COILS
L2001 VPAWMI OOJ2R6N J Peaking 1 OuH L2003 RCiLBOl22CEZZ
J Oscillation Coil
CAPACITORS
C2004 VCEAPFlCW476M J 47
16V Electrolytic AC
C2005 VCEAPXOJW337M J 330
6.3V Electrolytic AD
C2006 VCEAPXOJW337M J 330
6.3V Electrolytic AD
C2007 VCKYCYlEFl04Z J 0.1
25V Ceramic AA
C2009 VCEAPFlCWl06M J IO
16V Electrolytic AB
C2011 VCKYCYlHBl03K J 0.01
5OV Ceramic AA
C2012 VCKYCYlEFl04Z J 0.1
25V Ceramic AA
AZ
AH
AE AL
AQ
AF
AB AB AA AB AB AB AB AB AB AB AB
AB AB AB AB AB AB AD AD AD AB AD AD AD AD AD
AD
AC
AF
Page 64
1 xv-CIOU
Ref. No.
Part No. * Description
DUNTK9687DE04
SUB UNIT (Continued)
Code
C2013 VCCCCYlHH270J J 27p
50V Ceramic AA
C2014 VCKYCYlEF1042 J 0.1
25V Ceramic AA C2015 VCKYCYlEF1042 J 0.1 25V Ceramic AA C2016 VCEAPFI HW335M J 3.3 50V Electrolytic AB C2017 VCKYCYlHB103K J 0.01 50V Ceramic AA C2018 VCEAPFlCWl06M J IO
16V Electrolytic AB
C2021 VCKYCYI HB103K J 0.01
50V Ceramic AA
C2022 VCKYCYI HB103K J 0.01
50V Ceramic AA
C2023 VCKYCYlHB103K J 0.01
50V Ceramic AA
C2024 VCKYCYI HB103K J 0.01
50V Ceramic AA C2025 VCKYCYlEF1042 J 0.1 25V Ceramic AA C2026 VCEAPXOJW337M J 330 6.3V Electrolytic AD C2027 VCEAPFOJW107M J 100 6.3V Electrolytic AC C2028 VCKYCYlEF1042 J 0.1
25V Ceramic AA C2032 VCKYCYlCF104Z J 0.1
16V Ceramic AA C2033 VCKYCYlCF1042 J 0.1 l6V Ceramic AA C2035 VCKYCYlEF104Z J 0.1
25V Ceramic AA C2036 VCCCCYl HHIOI J J 100~ 50V Ceramic AA C2037 VCCCCYIHHIOIJ J 100~ 50V Ceramic AA C2038 VCCCCYI HHIOI J J 100~ 50V Ceramic AA C2039 VCEAPXOJW337M J 330 6.3V Electrolytic AD
RESISTORS
R2002 VRS-CYI JF472J
J 4.7k l/l 6W Metal Oxide AA
R2004 VRS-CYl JFI 02J
J 1 k l/l 6W Metal Oxide AA
R2005 VRS-CYI JFI 03J
J 1 Ok l/l 6W Metal Oxide AA
R2007 VRS-CYl JFI 02J
J 1 k l/l 6W Metal Oxide AA
R2008 VRS-TX2HF820J
J 82 1/2W Metal Oxide AB
R2009 VRS-CBl JF681 J
J 680 1/16W Metal Oxide AC
R2010 VRS-CYIJFIOIJ
J 100 l/l 6W Metal Oxide AA
R2011 VRS-CYl JF154J
J 150k l/l 6W Metal Oxide AA
R2012 VRS-CYl JFI 03J
J 1 Ok l/l 6W Metal Oxide AA
R2013 VRS-CYI JF223J
J 22k l/l 6W Metal Oxide AA
R2014 VRS-CYI JF331 J
J 330 l/l 6W Metal Oxide AA
R2015 VRS-CYl JF331 J
J 330 l/l 6W Metal Oxide AA
R2016 VRN-CYI JF273D
J 27k l/i 6W Metal Film AB
R2017 VRN-CYI JF563D
J 56k l/l 6W Metal Film AB
R2018 VRS-CYI JF824J
J 820k l/l 6W Metal Oxide AA
R2019 VRN-CYI JF562D
J 5.6k 1/16W Metal Film AB
R2020 VRS-CYI JFlO2J
J 1 k l/l 6W Metal Oxide AA
R2021 VRS-CA1 JF102J
J 1 k l/l 6W Metal Oxide AA
R2023 VRS-CY 1 JFI 23J
J 12k l/l 6W Metal Oxide AA
R2024 VRS-CYI JF331 J
J 330 l/l 6W Metal Oxide AA
R2025 VRS-CA1 JF331 J
J 330 l/l 6W Metal Oxide AA
R2029 VRS-CA1 JFI 01 J
J 100 l/l 6W Metal Oxide AA
R2031 VRS-CA1 JFI 02J
J 1 k l/l 6W Metal Oxide AA
R2033 VRS-CA1 JF562J
J 5.6k i/l 6W Metal Oxide AA
R2035 VRS-CYl JF513F
J 51 k 1/16W Metal Oxide AA
R2036 VRS-CYI JF222J
J 2.2k l/l 6W Metal Oxide AA
R2037 VRS-CYI JFI 05J
J 1 M l/l 6W Metal Oxide AA
R2038 VRS-CYI JF223J
J 22k l/l 6W Metal Oxide AA
R2039 VRS-CYI JFI 63F
J 16k l/l 6W Metal Oxide AA
R2040 VRS-CYl JFI 63F
J 16k 1/16W Metal Oxide AA
Ref. No. Part No.
* Description
Code
R2041 VRS-CY 1 JFI 02J R2042 VRS-CBI JFI 02J R2043 VRS-CYI JF275J R2045 VRS-CY 1 JFOOOJ R2048 VRS-CYI JF331 J
R2049 VRS-CBI JF331 J R2052 VRS-CY 1 JF824J R2055 VRS-CYI JFI 03J R2056 VRS-CY 1 JFI 04J R2057 VRS-CYI JF331 J R2058 VRS-CBl JF331 J R2059 VRS-CYI JFI 02J R2060 VRS-CY 1 JFOOOJ R2061 VRS-CY 1 JF223J R2063 VRS-CY 1 JF331 J R2064 VRS-CYI JF392J R2065 VRS-CY 1 JF331 J R2066 VRS-CYI JF513F
R2067 VRS-CY1 JFI 03J R2071 VRS-CA1 JFI 02J R2074 VRS-CYl JF223J R2075 VRS-CYI JF223J R2076 VRS-CYI JFI 02J R2077 VRS-CY 1 JF561 J R2079 VRS-CYI JF331 J R2080 VRS-CBI JF392J R2081 VRS-CA1 JF562J R2083 VRS-CYI JFI 02J R2084 VRS-CYI JF123J R2085 VRS-CBI JFI 02J R2093 VRS-CYI JF561 J R2094 VRS-CY 1 JF563J R2096 VRS-CYI JFI 54J R2097 VRS-CYI JF223J R2098 VRS-CYI JF223J R2101 VRS-CYI JF223J R2102 VRS-CYI JF223J R2103 VRS-CYI JF223J R2104 VRS-CYI JF223J R2105 VRS-CYI JF223J R2106 VRS-CYI JF273J R2107 VRS-CYlJF223J R2110 VRS-TW2ED750J R2111 VRSTW2ED750J R2112 VRSTW2ED750J R2113 VRS-TV1 JDOOOJ R2114 VRS-TV1 JDOOOJ R2115 VRS-TV1 JDOOOJ
R2116 VRS-TV1 JDOOOJ R2117 VRS-TVIJDOOOJ R2118 VRS-TV1 JDOOOJ R2119 VRS-CYl JFOOOJ R2120 VRS-CY 1 JFOOOJ R2121 VRS-CYI JFOOOJ R2125 VRS-TV1 JDOOOJ R2126 VRS-TV1 JDOOOJ
J Ik 1/16W J Ik 1/16W J 2.7M 1/16W J 0
1/16W
J 330 1/16W
J 330 1/16W J 820k 1/16W J 10k 1/16W J IOOk 1/16W J 330 1/16W J 330 1/16W J l.Ok 1/16W J 0
1/16W J 22k 1/16W J 330 1/16W J 3.9k 1/16W J 330 1/16W J 51k 1/16W J 10k 1/16W
J Ik 1/16W J 22k 1/16W J 22k 1/16W J Ik 1/16W J 560 1/16W J 330 1/16W J 3.9k 1/16W J 5.6k 1/16W J Ik 1/16W J 12k 1/16W J Ik 1/16W J 560 1/16W J 56k 1/16W J 150k 1/16W J 22k 1/16W J 22k 1/16W J 22k 1/16W J 22k 1/16W J 22k 1/16W J 22k 1/16W J 22k 1/16W J 27k 1/16W J 22k 1/16W J 75 1/4W J 75 1/4W J 75 1/4W J 0
1/16W
J 0
ll16W
J 0
1/16W J 0 1/16W J 0
1/16W J 0 ll16W J 0 1/16W J 0
1/16W J 0
l/16W J 0 1/16W J 0 1/16W
Metal Oxide Metal Oxide Metal Oxide Metal Oxide
Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide
Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide
Metal Oxide
Metal Oxide
Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide
AA AA AA AA AC AA AA
AA AA
AC
AA AA AA AA AA AA AA AA AA AA AA AA AA AA AC AA AA AA AA AA AA AA AA
AA AA
AA AA ,
AA AA
i
AA AA AA AA AA AA AA AA AA AA AA AA AA
AA
AA
78
Page 65
XV-Cl ou
Ref. No. Part No.
*
Description Code Ref. No. Part No. * Description Code
DUNTK9687DE04
SUB UNIT (Continued)
DUNTK9688DE04
CONTROL UNIT
R2127 R2128 R2129 R2130 R2131 R2133 R2134 R2136 R2139 R2141 R2142 R2143 R2144 R2145 R2146 R2147 R2148
VRS-CYI JFI 05J
VRS-CYI JFIOSJ VRS-TV1 JDOOOJ VRS-TV1 JDOOOJ VRS-TW2ED561 J VRS-CYI JFOOOJ VRN-CYI JF393D VRN-CYl JF563D VRS-CYI JFOOOJ VRS-CY 1 JFOOOJ VRS-CYI JFOOOJ VRS-CY 1 JF472J VRS-CYI JF102J VRS-CYI JF682J VRS-CA1 JFI 02J
VRS-CYI JF331 J VRS-CYI JFI 85J
s2001
SWITCH
QSW-K0065GEZZ J Key Switch
MISCELLANEOUS PARTS
FB2001 RBLN-0060CEZZ
FB2050 RBLN-0062TAZZ J2001 QJAKG0046CEZZ J2002 QJAKF0051 CEZZ
P2001 QPLGNOI 74FJZZ
P2002 QPLGNOI 74FJZZ
P2003 QPLGNOI 80FJZZ
P2004 QPLGN0395FJZZ
P2005 QPLGNOI 74FJZZ
P2006 QPLGN0464TAZZ
P2007 QPLGN0564TAZZ
P2010 QPLGNO175FJZZ
P2011 QPLGN0320REZZ
P2012 QPLGNI 463TAZZ
SC2002 QSOCN3078TAZZ
SC2004 QSOCNI 04OTAZZ
J J J J J J J J
J J J J J J J J J
IM 1/16W IM 1/16W 0 1/16W 0 1/16W 560 ll4W 0 1/16W 39k ll16W 56k 1/16W 0 1/16W 0 1/16W 0 ll16W
4.7k Ill 6W lk 1/16W
6.8k 1/16W Ik 1/16W 330 1/16W
1.8M l/l 6W
Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Film Metal Film Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide
Ferrite Bead Ferrite Bead Video Input Jack Audio Input JAck Plug, 2-pin (LL) Plug, 2-pin (LF) Plug, 8-pin (EA) Plug, 2-pin (U) Plug, 2-pin (Q)
Plug, 4-pin (S) Plug, 5-pin (FA) Plug, 3-pin (D) Plug, 3-pin (RA) Plug, 14-pin (TB) Socket 30-pin (TA) Socket 1 O-pin (KE)
AA AA AA AA AA AA AB AB
AA AA AA AA AA AA AA AA AE
AC
AC AB AG AE AC AC AD AC AC AC AC AD AA AE
AE AF
79
INTEGRATED CIRCUITS
ICI 603 VHiTC4W53Fb1 J TC4W53F IC1606 VHiETM3070T-1 J ETM3070TOA ICI 607 VHiTC4SUll F-l
J TC4SUll F
IC1608 VHiTC4SlJll F-l
J TC4SUi 1 F
ICI 611 VHiNJM2107F-1 J NJM2107F
DIODES
D1602 VHDI SV217//-1 J Diode D1603 VHDI SV217//-1
J Diode
COILS
L1601 VP-1 M3R9Jl RON J Peaking 3.9pH L1602 VP-1 M4R7Jl R2N J Peaking 4.7pH
CONTROLS
RI 402 RVR-M8001TAZZ J 4.7k(B) RI 602 RVR-M7905TAZZ
J 47k(B)
RI 616 RVR-M7905TAZZ
J 47k(B)
CAPACITORS
Cl401 VCKYTVlCFlOSZ J 1 16V Ceramic Cl601 VCKYCYlHB102K J 1000~ 50V Ceramic
Cl 604 VCCCCYI HH270J J 27p 50V Ceramic Cl605 VCKYCYl HB102K J IOOOp 50V Ceramic Cl 607 VCCCCYI HH270J J 27p 50V Ceramic Cl610 VCKYCYl HB102K J IOOOp 50V Ceramic Cl611 VCEAPFOJW476M J 47
6.3V Electrolytic
Cl612 VCKYCYlCF1042 J 0.1
16V Ceramic
Cl613 VCKYCYiCF1042 J 0.1
16V Ceramic Cl614 VCKYTVlEF1042 J 0.1 25V Ceramic Cl615 VCKYTVlEF104Z J 0.1. 25V Ceramic Cl616 VCEAPFlCW106M J 10 16V Electrolytic Cl617 VCKYTVlEF104Z J 0.1 25V Ceramic Cl618 VCEAPFlCW336M J 33 16V Electrolytic Cl619 VCKYCYlEF1042 J 0.1
25V Ceramic Cl620 VCKYCYlEF1042 J 0.1 25V Ceramic Cl622 VCKYTVlEF1042 J 0.1 25V Ceramic Cl623 VCKYCYlEF1042 J 0.1 25V Ceramic Cl624 VCCCCYl HH561 J J 560~ 50V Ceramic
RESISTORS
RI401
RI403 RI601 R1603 RI604 RI 605 R1606 RI608 R1609 RI610 RI611
VRS-CYI JFI 53J VRS-CY 1 JFI 83J VRS-CYl JF223J VRS-CYI JF223J VRS-CYIJFIOIJ VRS-CYI JFI 03J VRS-CYI JF103J VRS-CYI JFI 83J VRS-CY 1 JF683J VRS-CYI JF473J VRS-CYI JF472J
J 15k 1/16W J 18k 1/16W J 22k 1/16W J 22k 1/16W J 100 1/16W J 10k 1/16W J IOk 1/16W J 18k 1/16W J 68k 1/16W J 47k 1/16W J 4.7k 1/16W
Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide
AE
AX AD AD
AE
AB
AB
AC
AB
AC
AC
AC
AB
AA
AA
AA
AA
AA
AB
AA
AA
AB
AB
AB
AB
AB AA AA AB AA AB
AA AA AA AA AA AA AA AA AA AA AA
Page 66
xv-ClOU )
Ref. No.
Part No. * Description Code
DUNTK9688DE04
CONTROL UNIT (Continued)
RI 612 VRS-CYI JF472J
R1613 VRS-CYIJFIOIJ RI614 VRS-CYlJF223J RI615 VRS-CYIJFIOIJ RI617 VRS-CYiJF223J RI618 VRS-CYlJF103J R1619 VRS-CYI JF823J RI620 VRS-CYI JFIOSJ RI635 VRS-CYI JF221 J RI636 VRS-CYI JF221 J R1637 VRS-CYI JF221 J RI 640 VRS-CYI JFOOOJ
RI 642 VRS-CYI JF105J RI643 VRS-CYl JF221 J RI644 VRS-CYI JF221 J RI 645 VRS-CBI JFl 01 J R1646 VRS-CBI JFl 01 J RI 648 VRS-CYI JFOOOJ RI 650 VRS-CBl JF102J RI 651 VRS-CYl JF102J R1653 VRS-CYI JFOOOJ
J 4.7k 1/16W Metal Oxide J 100 1/16W Metal Oxide J 22k 1/16W Metal Oxide J 100 1/16W Metal Oxide J 22k 1/16W Metal Oxide
J IOk 1/16W Metal Oxide J 82k 1/16W Metal Oxide J IM 1/16W Metal Oxide J 220 1/16W Metal Oxide J 220 1/16W
Metal Oxide J 220 1/16W Metal Oxide J 0
1/16W Metal Oxide J 1M 1/16W Metal Oxide J 220 1/16W Metal Oxide J 220 1/16W Metal Oxide J 100 1/16W Metal Oxide J 100 1/16W
Metal Oxide
J 0
1/16W Metal Oxide J Ik 1/16W
Metal Oxide J Ik 1/16W Metal Oxide J 0 1/16W Metal Oxide
AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA
AA AA AA
MISCELLANEOUS PARTS
FB1652 RBLN-0051 TAZZ
J Ferrite Bead
FBI 654 RBLN-0051TAZ.Z
J Ferrite Bead
FB1655 RBLN-0051TAZZ
J Ferrite Bead
PI401 QPLGN0664TAZZ J Plug, 6-pin SC1401 QSOCN0352FJZZ J Socket 26-pin (LD) SC1601 QSOCN0224FJZZ
J Socket 20-pin (CA)
AC AC
AC AD AE AE
Ref. No.
Part No. * Description
Code
DUNTK9689DE04
INFRARED R/C RECEIVER UNIT
CAPACITOR
C2501 VCEAPFOJW107M J 100
6.3V Electrolytic AC
RESISTORS
R2501 VRS-CYI JF471 J
J 470 l/l 6W Metal Oxide AA
R2502 VRS-CYI JF22OJ
J 22 l/l 6W Metal Oxide AA
MISCELLANEOUS PARTS
P2501 QPLGN0364TAZZ J Plug, 3-pin (RA) RMC2501 RRMCUO196CEZZ J Infrared R/C Receiver
AC AM
RUNTK0624CEZZ
OPERATION KEY UNIT
LED1 9360276-700020
LED2 93600254 10010
LED3 93G0025-110010
LED4 9360276-700020 LED5 93G0276-700020 LED6 9360276-700020 LED7 9360276-700020 LED8
9360276-700020
LED9 9360276-700020 LED10 9360276-700020
RI R2 R3 R4 R5 R6 R7 R8 R9 RIO Rll R12
RESISTORS
9363060022180 J 220 1/8W 9363060020380
J 20k 1/8W
9363060036380
J 36k 1/8W 9363060022180 J 220 1/8W 9363060022180 J 220 1/8W 9363060022180 J 220 1/8W
9363060020380
J 20k 1/8W
9363060022180 J 220 1/8W
9363060022180 J 220 1/8W
9363060022180 J 220 1/8W 9363060036380
J 36k 1/8W
9363060091380 J 91k 1/8W
DIODES
J
J
J
Red LED, Temperature AE Warning indicator Red/Green LED,
AF Lamp Replacement indicator Red/Green LED,
AF Power Indicator
Red LED, Power ON/OFF AE Red LED, Volume Up
AE
Red LED, Volume,Down AE Red LED, Menu
AE
Red LED, Adjustment A AE Red LED, Adjustment v AE Red LED, Enter
AE
MISCELLANEOUS PARTS
9360027-700010
J Case
9360027-740020
J Rubber Key
9360027-090010
J FFC, IO-pin, L=l55mm
AB AB AB AB AB AB AB AB AB AB AB AB
AG
AV
AE
Page 67
XV-Cl ou
Ref. No. Part No.
* Description Code Ref. No. Part No.
* Description
Code
RDENC0272CEZZ
POWER UNIT
TRANSFORMER
A T701 95K829295042 J Trans. PTTX45
BB
A IC701
IC702 IC703 IC704 IC705 IC706
INTEGRATED CIRCUITS
95KUCH0078ZZ
J HIC, M67209
95KUCC0043SK
J TA76431 S
95KUCBO188AZ
J UPC78N15H-2
95KUCB0204AZ
J RAl22lAA
95KUCB0144AZ
J RA1211AA
95KUCB0156AZ
J UPC24M08AHF
Q701 Q702
. Q703
Q704 Q705 Q706
Q707
Q708 Q709
TRANSISTORS
95KUAC0234AG J 2SC3866 95KUAC0243AK
J 2SC3266 95KUAC0243AK J 2SC3266 95KUAYOO13AK J 2SC1623 95KUABOOl OCZ
J 2SB744 95KUABOOl OCZ
J 2SB744 95KUAYOO13AK J 2SC1623 95KUAY0013AK J 2SC1623
95KUAY0013AK J 2SC1623
D701 95KUBA0005KZ D702 95KUBC0221 AK
D703 95KUBC0248AK D704 95KUBC0248AK 0705 95KUBCO125DK 0706 95KUBY0020AK D707 95KUBA0005KZ D708 95KUBY0020AK 0709 95KUBC0264BC 0710 95KUBC0264BC D711 95KUBC0087BC 0712 95KUBC0265BB 0713 95KUBC0265BB 0714 95KUBY0020AK 0715 95KUBA0005KZ 0716 95KUBA0005KZ 0717 95KUBA0005KZ 0718 95KUBA0005KZ 8719 95KUBY0020AK D720 95KUBY0020AK D721 95KUBY0020AK D722 95KUBC0127EA D723 95KUBC0127EA 0724 95KUBC0127EA D725 95KUBC0127EA 20701 95KUBDAK3R9C ZD703 95KUBDAK18OC THY701 95KUDA0084ZZ
J Diode lSS55
J Diode ERA18-02
J Diode 05NU42
J Diode 05NU42
J Diode ERA15-06
J Diode lSS355TE
J Diode lSS55
J Diode lSS355TE
J Diode ERB32-02
J Diode ERB32-02
J Diode ERC81-006
J Diode ERD32-02
J Diode ERD32-02
J Diode lSS355TE
J Diode lSS55
J Diode lSS55
J Diode lSS55
J Diode lSS55
J Diode lSS355TE
J Diode lSS355TE
J Diode lSS355TE
J Diode ERB38-05
J Diode ERB38-05
J Diode ERB38-05
J Diode ERB38-05
J Zener Diode RD3.9ESAB2 AC
J Zener Diode RD18ESAB2 AB J Thyristor CR04AM-12
AG
AB AC AC AC AB AC AB AC AC AC AG
AF
AF AC AB
AB
AB
AB
_ AC
AC
AC
AF
AF
AF
AF
AM
AE AH
AM
AM
AM
AC AC AB AF AF AB AB AB
PACKAGED CIRCUITS
a PC701 95KUDCO163BB
J Photo Coupler PC123FY8 AH
A PC702 95KUDCO163BB
J Photo Coupler PC123FY8 AH
A PC703 95KUDCO163BB
J Photo Coupler PC123FY8 AH
&, PC704 95KUDCO163BB
J Photo Coupler PC123FY8 AH
c701 C702 c703 c704 c705 C706 c707 C708
c709 c710
c711 a C712 a c713
c714
c715
C716
c717
C718
c719
C720
C721
C722
C723
C724
C725
C726
C727
CAPACITORS
95KUGZ1154ZZ J 47
400V Electrolytic AZ
95KUGFQ103FB
J 0.01 400VFilm
AC
95KUGCU221 AK
J 220~ IkV Ceramic
AC
95KUGXAED473
J 0.047 25V Ceramic (Chip) AB
95KUGAF220RV J 22
50V Electrolytic AD
95KUGXALFlOl
J 100~ 50V Ceramic (Chip) AC
95KUGXAED473
J 0.047 25V Ceramic (Chip) AB
95KUGXAED473
J 0.047 25V Ceramic (Chip) AB
95KUGXAEF103
J 0.01 50V Ceramic (Chip) AB 95KUGCU471 AK 95KUGAE181TR 95KUGCZ222CX 95KUGCZ222CX 95KUGAE820TR 95KUGAD390TR 95KUGAC471 TS 95KUGAD471 TS 95KUGAD102DC 95KUGAD102DC 95KUGAD821 UL 95KUGAD121 TR 95KUGAD471 TS 95KUGCU102BV 95KUGCU102BV 95KUGCU102BV 95KUGCU102BV 95KUGFF473BQ
J 470~ IkV Ceramic
J 180 35V Electrolytic
J 2200~ AC250V Ceramic
J 2200~ AC250V Ceramic
J 82
35V Electrolytic
J 39
25V Electrolytic J 470 16V Electrolytic J 470 25V Electrolytic J 1000 25V Electrolytic J 1000 25V Electrolytic J 820 25V Electrolytic J 120 25V Electrolytic J 470 25V Electrolytic J IOOOp 1 kV Ceramic J 1000~ 1 kV Ceramic J IOOOp 1 kV Ceramic J 1000~ 1 kV Ceramic J 0.047 50V Film
AB
AD
-AD AD AD AD
AF AF AF AF AF AD AF AC AC AC AC AB
C728 95KUGXAEF103
J 0.01 50V Ceramic (Chip) AB
R701 R702 R703 R704 R705 R706 R707 R708 R709 R710 R711 R712 R713 R714 R715 R716
R717 R718 R719 R720 R721 R722
95KUEEC474CH 95KUEEC474CH 95KUEFE563CW 95KUEFE563CW 95KUEEC823CH 95KUEEC823CH 95KUEEC823CH 95KUEEC563CH 95KUEEC563CH 95KUEEB470DC
95KUEEC820CH 95KUEEC820CH 95KUEEC820CH 95KUEFC561 BQ 95KUEFC561 BQ 95KUEXCAS103 95KUEXCASl03 95KUEXCAS102 95KUEEB472DC 95KUEXCAS153 95KUEXCAS391 95KUEXCAS102
J 470k 1/2W
Carbon
J 470k 1/2W
Carbon
J 56k 2W
Metal Film
J 56k 2W
Metal Film J 82k 1/2W Carbon J 82k 1/2W Carbon J 82k 1/2W Carbon J 56k 1/2W
Carbon J 56k 1/2W
Carbon J 47 1/4W
Carbon J 82 1/2W Carbon J 82 1/2W Carbon J 82 1/2W
Carbon J 560 1/4W
Metal Film
J 560 1/4W
Metal Film
J 10k l/lOW
Chip J 10k l/lOW Chip J lk l/lOW Chip J 4.7k 1/4W Carbon J 15k l/lOW Chip J 270 l/lOW Chip J lk l/lOW Chip
AC AC AC AC
AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB
81
Page 68
XV-Cl ou
Ref. No.
Part No. * Description
RDENC0272CEZZ
POWER UNIT (Continued)
R723 A R724 A R725
R726
R728
R729
R730
R731
R732
R733
R734
R735
R736
R737
R738
R739
R740
R741
R742
R743
R744
R745
R746
R747
R748
R753
R767
R768
R769
R770
R771
CN701 95KPKZ0196ZZ J Base Pin, 4-pin (PL)
95KUEEC222CH 95KUEZ0608ZZ 95KUEZ0608ZZ
95KUEXCAS102
95KUEXCAS561
95KUEXCAS561
95KUEXCAS103
95KUEYAQ5601
95KUEYAQ2041
95KUEYAQ4701
95KUEEB103DC
95KUEEB103DC
95KUEEC272CH
95KUEFER47BA
95KUEEB103DC
95KUEEB103DC
95KUEFE4R7AW
95KUEEC272CH
95KUEXCAS102
95KUEXCAS182
95KUEXCAS223
95KUEXCAS223
95KUEXCAS182
95KUEXCAS223
95KUEXCAS223
95KUEECl03CH
95KPZZ0603ZZ
95KUEEB222DC
95KUEXCAS222
95KUEXCAS102
95KUEEC272CH
J
2.2k ll2W
J
3.9M ll2W
J
3.9M 1/2W lk l/low
J
560 IIIOW
J
560 l/low
J
10k l/low
J J
5.6k l/low
J
2k l/low
J
4.7k l/low IOk 1/4W
J
10k 1/4W
J J
2.7k 1/2W
0.47 2w
J
IOk 1/4W
J
IOk ll4W
J
4.7 2w
J J 2.7k 1/2W J Ik l/low J 1.8k l/low J 22k l/low J 22k l/low J 1.8k l/low J 22k l/low J 22k l/lOW J 10k 1/2W J Jumper J 2.2k 1/4W J 2.2k l/low J Ik l/low J 2.7k 1/2W
MISCELLANEOUS PARTS
95KPKZ0528ZZ
95KPKZ0527ZZ J Connector, 7-pin (EB)
95KPKZ0540ZZ
95KPKZ0541 ZZ J Connector, 3-pin (FB)
95KECB7756ZZ J Connecting Cord
J Connector, 8-pin (EA)
J Connector, 4-pin (FA)
Carbon Solid Solid Chip Chip Chip Chip Chip Chip Chip Carbon Carbon Carbon Metal Film Carbon Carbon Metal Film Carbon Chip Chip Chip Chip Chip Chip Chip Carbon
Carbon Chip Chip Carbon
Code Ref. No.
AB AD AD AB AB AB AB AC AB AB AB AB AB AD AB AB AB AB AB AB AB AB AB AB AB AB AA AB AB AB AB
AC AD AC AB AB AP
ICI 701 95KUCZ0091 ZZ IC1703 95KUCBO147AZ
Q1701 95KUAG0099DZ J FET2SK1938 Q1702 95KUAA0083AK Q1703 95KUAC0262BZ Q1704 95KUAY0042AK Q1705 95KUAY0013AK Q1707 95KUAY0013AK Q1708 95KUAYOO12AK Q1709 95KUAY0012AK Q1710 95KUAY0013AK Q1711 95KUAYOO12AK Q1712 95KUAY0012AK
D1701 95KUBC0221AK
D1703 95KUBC0347AZ D1705 95KUBCO190BZ
D1706 95KUBY0033AK
D1707 95KUBY0020AK D1708 95KUBC0347AZ D1709 95KUBY0033AK
D1710 95KUBC0318AK
D1711 95KUBC0318AK D1712 95KUBY0020AK D1714 95KUBY0020AK
D1715 95KUBY0020AK D1716 95KUBC0221 AK
D1717 95KUBY0020AK D1718 95KUBY0020AK
DSI 701 95KUBB0087DZ ZDI 701 95KUBXAD270A ZDI 702 95KUBXADl OOC ZD1703 95KUBXADl OOC ZDI 704 95KUBXADGR2C ZDI 705 95KUBXAD6R2C ZDI 708 95KUBXAD2ROA
THY1 701 95KUDA0083ZZ THY 1702 95KUDA0083ZZ THY1703 95KUDA0078AK
Part No.
Description
BALLAST UNIT
INTEGRATED CIRCUITS
J M5T494P J UPC24M12AHF
TRANSISTORS
J 2SA1680 J 2SC4672 (Chip J 2SC3624 J 2SC1623 (Chip J 2SC1623 (Chip) J 2SA812 (Chip) J 2SA812 (Chip) J 2SC1623 (Chip) J 2SA812 (Chip) J 2SA812 (Chip)
DIODES
J Diode ERA18-02 J Diode FSFlOA60 J Diode ERC38-05 J Diode (Chip) UlJU44 J Diode (Chip) lSS355 J Diode YG912S6 J Diode (Chip) UlJU44 J Diode lR5NH41 J Diode lR5NH41 J Diode (Chip) lSS355 J Diode (Chip) lSS355 J Diode (Chip) lSS355 J Diode ERA18-02 J Diode (Chip) lSS355 J Diode (Chip) lSS355 J Diode Stack D5SB60 J Zener Diode RD27SB J Zener Diode RDlOSB2 J Zener Diode RDlOSB2 J Zener Diode RD6.2SB2 J Zener Diode RD6.2SB2 J Zener Diode RD2.OSB J Thyrister SF8JZ47 J Thyrister SF8JZ47 J Thyrister CR02AM-8
Code
AK
AL
AV AE AE AD AB AB AB AB AB AB AB
AC
AL AG AE AC
AL AE AF AF AC AC AC AC AC AC AR AD AD AD AD AD AC
AM AM
AF
A PC1 701 95KUDCO163BB
COILS AND TRANSFORMERS
A L1701 95KUKZ0936ZZ
A L1702 95KUKZ0936ZZ
L1703 95K829695023
T1701 95K829195004
A T1702 95K748295012
82
PCKAGED CIRCUIT
J Photo Coupler PC1 23FY8
J Filter J Filter J Trans. CHT071 J Trans. DlTXO3 J Trans. J6CO4-9001
AH
AQ AQ
BB BB BH
Page 69
Page 70
Page 71
Page 72
Page 73
Ref. No.
Part No.
*
Description
Code
OPTICS MECHANISM PARTS
5 CCHSK0070CEKZ 5-l LCHSK0070CEKZ 5-2
LCHSK0071 CEKZ
5-3
CCHSK0057CEOl 5-3-l 9BJl H303 5-3-2 9BJl HO08 5-3-3 9BJl HO09 5-3-4 XRESJ40-06000 5-3-5 PMLT-0303CEO0 5-3-6 9BJl H307 5-4 CHLDZ3055CEOZ 5-4-l LANGT9001 CEFW 5-4-2 XBSSD30P04000 5-4-3
LHLDZZOI 4CEFW
5-5
XBPSF30P04000
5-6
PCOVW9004CEZZ
5-7
PFiLWOZOOCEZZ
5-8
PFiLWOZOZCEZZ
5-9
PFiLWO164CEZZ 5-10 PLNS-0124CEZZ 5-12 XJPSF3OPO6000 5-l 3
XJPSF3OPO8000 5-14
JKNBZ1079CESD 5-l 6
PDUC0078CEFW 5-17 PSPAZ028CEZZ 5-18 PSHEPOI 52CEZZ 5-19 LHLDZ2098CEOO
J Optics Mecha. Ass’y J Optical Box, Bottom J Optical Box, Top J Shift Mecha. Ass’y J Shift Mecha. Base J Shift Screw J Guide Bar J E-Ring, x2 J Light Shield Sheet J Special Screw J Lamp House Ass’y J Lamp Socket Angle
J Screw, xl J Lamp House. Base J Screw, x2 for Cover J Cover J Diffraction Grating J Heat Managiment Plate J Polarizer Input Plate J Projection Lens J Screw, x3 J Screw, x2 J Lens Shift Dial J Duct J Spacer J Shielding Plate J Holder
CD AR AR AZ AQ AN AH AA AE AG
BA AF AA
AN
AA
AL
BB BN AU
BS AA AA AH AH
AE
AK AD
1 xv-ClOU ,
Ref. No.
Part No.
* Description
Code
LAMP/CAGE MODULE UNIT PARTS
86
BQC-XVCI OU//l J Lamp/Cage Module Unit CG
a 6-1 CLMPF0053DE05 J Lamp/Mirror Ass’y
cc
6-2 CCASZI 030CEOl J Lamp Case Ass’y, Upper AT 6-2-l Not Available - Lamp Case, Upper 6-2-3 PSLDH3064CEFW J Heat Sink
AE
6-3 LANGQ9192CEFN J Angle
AF
6-4 LX-BZ3270CEFN J Screw, xl
AA
6-5 LX-NZ3108CEFN
J. Nut, xl
AA
6-6 LX-WZ31 OZCEFN
J Washer, xl
AA
6-7 MSPRB0031CEFW J Spring, xl
AD
6-8 PCASZ1029CEKZ J Lamp Case, Lower
AR
6-9
PFiLWO194CEZZ
J UV/IR Filter BB
6-10 PRDARI 531 CEFW J Heat Sink
AD
6-11 QPLGNO156FJZZ J Plug
AN
6-12 XBSSD30P08000
J Screw, x2
AA
6-I 3 PSLDH3053CEFW J Heat Sink
AE
6-14 MSPRK0058CEFW J Spring for Glass
AD
6-15 XBSSD30P06000
J Screw, xl
AA
6-16
TLABZ0699CEZZ
J Label
AD
91
Page 74
XV-Cl ou
I
Ref. No. Part No.
* Description Code
Ref. No. Part No.
* Description
Code
SUPPLIED ACCESSORIES
PACKING PARTS
(NOT REPLACEMENT ITEM)
ACCESSORIES
PFiLD0074CEZZ
J Extra Air Filter
RRMCG1445CESA J Infrared R/C Unit
TiNS-6497CEZZ
J Operation Manual
QCNW-3740CEZZ J AV Cable
AD
AY
AS
BB
SPAKC5270CEZZ - Packing Case SPAKP0805CEZZ
- Polystyrene Mat SPAKX2836CEZZ - Buffer Material TLABKOOOI TAZZ
- Number Card TLABNO157CEZZ
- Serial Number Label
-
SSAKHO138CEZZ
- Polystyrene Mat
for AC Cord
SERVICE JIGS
(Use for servicing)
QCNW-4889CEZZ J (EA) Cable
Power-Sub
QCNW-4890CEZZ 3 (EB) Cable
Power-Sub
AM
AM
QCNW-4753CEZZ J (CA) Cable
Main-Output
QCNW-4892CEZZ J (TA) Cable
Main-Sub
RUNTK0624CEZZ J Operation Key Unit
AS
AS
BA
92
Page 75
I
XV-Cl
ou
PACKING OF THE SET
Accessories
Remote
Control
Unit
Buffer Material (Top and Bottom)
Polystyrene Mat
Case
Page 76
XV-Cl ou
I
SHARP
COPYRIGHT 0 1998 BY SHARP CORPORATION
ALL RIGHTS RESERVED.
No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher.
TQ0522-S
Aug. 1998 Printed in Japan
KI. KG
SHARP CORPORATION AV Systems Group Quality & Reliability Control Center Yaita, Tochigi 329-2193, Japan
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