NEe
COLOR MONITOR MULTISVNC r
MODEL
JC-1501VMA
SERVICE
MANUAL
Better
Better
Service
Reputation
Better
PARTS
Profit
NO.
599910258
A. Electrical Description
Picture
Tube
Input Signal
Display Colors
14
Visual inches diagonal
90
degree deflection,
Dot
type black matrix
Non·long persistence phosphor, Dark bulb, Direct
etch
Video : TTL
ANALOG
:
Sync. : Separate
Horizontal
Vertical sync. Positive/Negative
: Composite
Positive/Negative
: Composite
sync.
or
Positive)
TTL Input :
Analog Input : Unlimited colors
0.31
mm
Trio
dot pitch
Level
Positive
0.7
or 1.0Vp·pn50 Positive
sync.
TTL level
sync.
Positive/Negative
sync.
TTL
level
sync.
on
Negative
colors
Green Video
(Video
0.7Vp-p
O.3Vp-p
sync.
0.43Vp·p Negative (Video 1.0Vp·p
8116164
SPECIFICATIONS
Synchronization
Resolution
Video Band Width 55MHz
Maximum Display Horizontal :
Area
Misconvergence
Power
Positive)
Power
Dimensions 360
Weight
Environmental Operating Temperature
Consideration Humidity 30% to 80%
NOTE: The above specifications are subject to change
21.BKH
to
Horizontal :
Vertical : 56Hz to 80Hz (Automatically), Non·
Horizontal : 960 dots
Vertical :
Vertical:
less
Supply
Consumption 120W
AC
120V
1Bkg
Storage Temperature -
interlace
720
on
BNC,
260
195mm
than 0.6mm
/60Hz
(W)
x 372 (H) x
Humidity 10% to 90%
45kHz (Automatically)
lines
30MHz on D·Sub
mm
(Active
by
signal timing)
410
(D)
mm
O°C
to
200C
without notice for further improvement.
display area
+400C
to
+600C
is
changed
NEe
TOKYO,
Corporation
JAPAN
B.
Mechanical Description
1. Cabinet Molded plastic cabinet with attachable
2.
Dimensions
3. Weight 18
Dimensions
(See
below diagrams)
36Q(W)
kg
x:
372(~)
x 410(D) mm
tilt
swivel
base.
Tilt
II
Swivel
.
I I
230mm
I.
360mm
Range
Ell
J
N
'"
'"
E
E
E
E
~;
L
I.
5'
10'
I
235mm
410mm
I
I
i
,
I
f
.1
4. Controls
5.
Input
Signal
Terminal:
BRIGHTNESS CONTROL
CONTRAST CONTROL
HORIZONTAL POSITION CONTROL
HORIZONTAL SIZE CONTROL
VERTICAL POSITION CONTROL
VERTICAL SIZE CONTROL
POWER
9
(SEE
BNC
(SEE
SWITCH
PIN
D-SUB
PAGE 2
CONNECTOR (FEMALE)
PAGE 3
CONNECTOR (FEMALE)
FOR
PIN ASSIGNMENTS)
FOR
CONNECTION ASSIGNMENTS)
-1-
INPUT SWITCH
TEXT
SWITCH
TEXT
COLOR SWITCH
TTL/ANALOG
BNC
INPUT VOLTAGE SWITCH
COLOR SWITCH
MANUAL
SWITCH
SWITCH
PIN
ASSIGNMENTS AND SIGNAL LEVELS
MANUAL SWITCH OFF
D-SUB Type 9-P
@@@®CD
®®0®
TTL
PIN
~
No.
1
2 GROUND SECONDARY RED
3 RED
4 GREEN PRIMARY GREEN
5 BLUE PRIMARY BLUE MODE CONTROL
6
7
8
9
16
GROUND GROUND
INTENSITY SECONDARY GREEN
NO-CONNECTION
H.
SYNC. H. SYNC. BLUE GROUND BLUE GROUND
v.
SYNC.
EGA COMPATIBLE
COLORS
64 COLORS
PRIMARY RED
SECONDARY BLUE GREEN GROUND GREEN GROUND
V.
SYNC.
PGC COMPATIBLE VGAlMCGA COMPATIBLE
eRED eRED
eGREEN
eBLUE
COMPOSITE SYNC.
RED GROUND RED GROUND
GROUND GROUND
MANUAL SWITCH ON
TTL
PIN
~
No.
1 GROUND
2
3 RED
4 GREEN
5 BLUE
6
7
8
9
8 COLORS
-
I
-
I
-
16
COLORS 64 COLORS
SECONDARY
RED
PRIMARY
RED
PRIMARY
GREEN
PRIMARY
BLUE
INTENSITY
H. SYNC.
V.
SYNC.
SECONDARY
GREEN
SECONDARY
BLUE
SEPARATE
SYNC.
H. SYNC.
V.
SYNC.
COMPOSITE
eGREEN
ANALOG
eGREEN
eBLUE
H. SYNC.
V.
SYNC.
ANALOG
SYNC. ON
SYNC. GREEN
eRED
eBLUE
HN
SYNC.
I
I
@HNSYNC.
ON GREEN
I
-
GROUND
-
-2-
BNC
•
i
R
•
G(/SYNC.)
i
8
CONNECTOR SYNC.
R
G
B
CS
•
HN
ON
* RED
SYNC.
* BLUE
GREEN
ON
-
GREEN
" " means GROUND or NON-CONNECTION
"H"
"V"
"H/V"
means HORIZONTAL
means VERTICAL
means COMPOSITE SYNC.
SIGNAL LEVEL
All signal leveles, except for those listed below, are TTL.
"."
"@"
"*"
"
."
means
means
means
means
O.7Vp-p
O.7Vp-p
O.7Vp-p
O.7Vp-p
O.43Vp-p
(VIDEO)
(VIDEO),
or 1.0Vp-p (VIDEO)
(VIDEO),
(SYNC.)
O.3Vp-p
O.3Vp-p
(SYNC.)
(SYNCJ or 1.0Vp-p (VIDEO),
COMPOSITE
*RED
*GREEN
* BLUE
HN
SYNC.
SYNC.
-3-
TIMING CHARTS
SEPARATE SYNC.
I
HORIZONTAL
rcJ.
U
I..B
-I
..
I
VERTICAL
I" a .. I
..
U
P
I
___
-----=----
1
..
..
COMPOSITE
____
HORIZONTAL l"c.I.. D
ld
SYNC.
~I
B
____
..
~A
VIDEO
D
A
VIDEO
R
u----
__
~j
0
I
.I
~_~
Sync. Polarity: Positive/Negative
..
E"
I
r--
VERTICAL
COMPOSITE
HORIZONTAL
VERTICAL
---,L..
__________
t---...
SYNC. &
VIDEO
D
A
.....J1
-viDEO
- -
lL..
____
a I R I s
-----~
o
(SYNC. ON GREEN)
.1.,
:
•
..
Sync. Polarity: Positive/Negative
Sync. Polarity: Negative
_
-I
J
-4-
PRESET TIMING
fH
A,.,s
Bits
itS
C
o its
E,.,s 0
fv
OmS
mS
P
Q
mS
R mS
mS
S
REMARKS
EGA
COMPATIBLE COMPATIBLE LINES
22kHz
45.5 31.77 22.287
4.9 3.77 1.07
1.6 1.89 3.2
39
60Hz
16.68 14.27
0.6 0.064
0.08
16
0
SEPARATE SEPARATE
SYNC. SYNC.
1.88
11.126 12.716 15.246
1.2
H. SYNC.
Positive
V.
SYNC.
Negative
VGAlMCGA
31.5kHz
25.17
0.94 0.89
70Hz
14.27 16.68 16.85
0.064 0.064 0.089
1.08 1.02
0.41
SEPARATE SEPARATE
SYNC. SYNC. SYNC.
H.
SYNC. H. SYNC.
Negative Negative
V.
SYNC.
Positive
60Hz
0.35 0.022
V.
SYNC.
Negative
SYNC
. (Sync. on Green)
COMPOSITE
COMPOSITE
720
45kHz
17.127
60Hz
0.691
16.048
or
& VIDEO
IBM
PC,
PC/XT,
PC/AT,
Personal System/2, MCGA, VGA, EGA and PGC are
trademark of International Business Machines Corporation.
MultiSync is a registered trademark of NEC Home Electronics (U.S.A.) Inc.
-5-
GENERAL
MultiSync PLUS The Intelligent Monitor, from
nitor that automatically adjusts to graphics board scanning frequencies from
21.8
kHz to 45 kHz. MultiSync PLUS gives IBM
tem/2 and
used with any of the IBM graphics adapters (the MCGA, VGA, EGA or PGC).
MultiSync PLUS can also
to provide IBM users with the widest range of color monitor compatibility and
capability available in the market place.
PC
compatibles users crisp text and vivid color graphics displays when
be
used with other IBM compatible graphics adapters
NEC,
PC,
is
a high resolution color mo-
PC/XT,
PC/AT,
Personal Sys-
FEATURES
• MultiSync PLUS automatically scans all frequencies between
45kHz.
PC,
• MultiSync PLUS is compatible with the IBM
• MultiSync PLUS is compatible with the IBM Professional Graphic Controller,
the IBM Enhanced Graphics Adapter, the IBM Video Graphics Array, the IBM
Multi Color Graphics Array and other IBM compatible graphics adapters.
• MultiSync PLUS's wide compatibility makes it possible to upgrade boards or
software without purchasing a new monitor.
• MultiSync PLUS has a maximum horizontal resolution of 960 dots and a maximum vertical resolution of 720 lines for superior clarity of display.
• MultiSync PLUS offers both TTL and ANALOG signal inputs, and in the ANALOG
mode can display an unlimited palette of colors depending on the graph-
ics board and software being used.
• MultiSync PLUS features a TEXT SWITCH (TTL mode only) with a choice of
three colors (green, amber and paper white) displaying word processing, spread
sheets, databases or other software in crisp alphanumeric text
black background.
• MultiSync PLUS has a
15
inch diagonal display and a large
PC/XT,
PC/AT
14
21.8
kHz and
and look-alikes.
on
a dark-bulb
inch viewing area.
-6-
ADJUSTING THE MULTISYNC PLUS CONTROLS
Before connecting the MultiSync PLUS with the IBM personal computers
or
compatibles and the IBM graphics adapters, take time to familiarize yourself with the
switches and controls that give the MultiSync PLUS all its capabilities. Chapters
1 and 2 outline the control and switches of the MultiSync PLUS. Page
11
shows
you how to connect the MultiSync PLUS with your IBM personal computer and graphics adapter.
1.
ADJUSTING THE
REAR
CONTROLS
TILl
ANALOG SWITCH
, BNC INPUT
VOLTAGE
SWITCH
COLOR SWITCH
MANUAL SWITCH
TTL ALOG
SIGNAL INPUT
CS
1.0
,
i
R
..... I ......
8
16
,
GI/SYNCI
64
,
B
~--~------======~====~~,
BNC CONNECTOR INPUT (ANALOG)
o SUB 9 PIN TYPE
(TIUANALOG)
-7-
o MANUAL SWITCH
This switch selects either the IBM mode when OFF or the manual mode when
OFF,
ON. When this switch is
mode and adjusts itself to the scanning frequency, resolution and color requirements of the IBM compatible graphics adapter being used.
When this switch is ON, the user must manually select the number of colors
(8/16/64) needed by the graphics adapter being used with the COLOR SWITCH
No.8
(see
ing used for information on how many colors the adapter can display.
below). Refer to instructions accompanying the graphics adapter be-
MultiSync PLUS automatically works
8 COLOR SWITCH
The three color configurations (8/16/64 colors) necessary when using non-IBM
compatible graphics adapters can be set using the color switch as shown below.
Refer to instructions accompanying the graphics adapter being used for infor-
mation on how many colors the adapter can display.
in
the IBM
COLOR MODE
COLOR
SWITCH
8 colors 8
16
colors
64 colors 64
16
NOTE
This switch should
adapter being used. Refer to instructions accompanying the graphics adapter
for information
be
set correctly
on
the input signal and refer to No
in
relation to the input signal of the graphics
.•
below.
8 TTL/ANALOG SWITCH
Used to select
adapter.
ter being used is ANALOG or TTL prior to connecting the adapter with your the
MultiSync PLUS. Refer to instructions accompanying the graphics adapter for
information
It
o BNC INPUT
Used
ics adapter. Refer to instructions accompanying the graphics adapter for information on the input video voltage.
to
select
an
input video
is important to determine whether the input signal of the graphics adap-
on
the input signal.
VOLTAGE
an
input video
signal-either
SWITCH
voltage-either
TTL or
1.0Vp-p
ANALOG-of
or O.7Vp-p-of the graph-
the graphics
-8-
2. ADJUSTING THE FRONT CONTROLS
CONTRAST .CONTROL
• BRIGHTNESS CONTROL
POWER SWITCH
POWER INDICATOR
• HORIZONTAL POSITION
CONTROL
CD
VERTICAL POSITION CONTROL
~
HORIZONTAL SIZE CONTROL
8)
VERTICAL SIZE CONTROL
.,
POWER SWITCH
Used
to
turn power ON or
OFF.
When the power is
TEXT COLOR SWITCH
ON
o BRIGHT CONTROL
Used to adjust the picture brightness of the screen .
• CONTRAST CONTROL
Adjusts the display to the contrast preferred by the
INPUT SWITCH
TEXT SWITCH
the power indicator is lit.
user.
-9-
f!)
V.
SIZE CONTROL
Adjust this knob for the
wise for a larger display; turn it counterclockwise for a smaller display.
o
V.
POSITION CONTROL
Adjust this knob for the proper vertical position of the display.
wise for a higher display position; turn it counterclockwise for a lower display
pOSition.
4D
H. SIZE CONTROL
Adjust this knob for the proper horizontal size of the display.
4D
H. POSITION CONTROL
Adjust this knob for the proper horizontal position of the display. Turn the knob
clockwise to reposition display to the right; turn it counterclockwise to reposition
to the left.
48
TEXT SWITCH
This switch controls the text mode of the MultiSync PLUS.
When it is ON, the text will appear
SWITCH (See
being used.
When it is
played.
No.
OFF,
the color of the software program being used will again be dis-
prop.er
4t
below), regardless of the colors of the software program
vertical size of the display.
in
the color displayed by the TEXT COLOR
Turn
the knob clock-
Turn
the knob clock-
NOTE
The text switch works only
in
• TEXT COLOR SWITCH
Use this switch to select the text
is
TEXT SWITCH
48
INPUT SWITCH
Use this switch to select input
ON.
connector-either
the TTL mode .
color-green,
-10-
amber, or
D-Sub or
paperwhite-when
BNC.
the
CONNECTING THE MULTISVNC PLUS
1.
WITH
To
connect the MultiSync PLUS with your computer or graphics adapter, refer
to
the diagram below.
YOUR
COMPUTER
OR
GRAPHICS ADAPTER
Check input signal level
1.0Vp-p
BNC
Select BNC
O.7Vp-p
Check input terminal pin assignment
9-pin D-Sub
Select D-sub
Check
videQ
signal level
ANALOG Video
TTL Video
See APPENDIX A
See APPENDIX A
Corinect the power cord
cable between the MultiSync PLUS and your computer or
graphics adapter
Turn
on ttie MultiSync PLUS POWER
Turn
to
the MultiSync PLUS
on
the power to computer
and
SWITCH
signal
-11-
See rear controls
8 COLOR SWITCH
See front controls
..
INPUT SWITCH
2. WITH EGA, PGC
OR
COMPATIBLE ADAPTER
Using IBM
Enhanced Graphics Adapter (EGA) or the IBM Professional Graphics Controller
(PGC) or compatible adapter.
PC,
PC/XT,
PC/AT
or compatible computer equipped with the IBM
1 Make sure the power to the MultiSync PLUS and the computer is off.
2 Make sure the INPUT switch on the front of MultiSync PLUS is at "O-sub".
3 Make sure the
at appropriate position.
EGA or
EGA compatible
[TTL INPUT]
nUANALOG
TTL
ANALOG
IIIIIIII
...
switch and the MANUAL switch
BNC
INPUT
VOLTAGE
1.0.0.7
COLOR
,.......JI~
8
16
-
on
the rear are
MANUAL
OFF.
64
ON
•
PGC or
PGC compatible
[ANALOG INPUT]
TTL ANALOG
IlJIIII]
..
BNC
INPUT
1.0.0.7
VOLTAGE
COLOR
,.......JI~
8 16
-
64
OFF.
MANUAL
ON
•
4 Connect the power cord and the signal cable
to
the MultiSync PLUS
I Use the signal cable with "9-pin O-sub to 9-pin O-sub".
MultiSync
PWS
Computer
EGA,
compatible
adapter
PGC
/
)Pin
Power Cord
O-sub 9-pin O-sub
Signal Cable
or
-12-
3. WITH PERSONAL SYSTEM/2
Using IBM Personal System/2 with Multi Color Graphics Array (MCGA) or Video
Graphics Array
(VGA)
or compatible system.
OR
COMPATIBLE SYSTEM
1 Make sure the power to the MultiSync PLUS and the computer is off.
2 Make sure the INPUT switch on the front of the MultiSync PLUS is
at
"O-Sub".
3 Make sure the TTUANALOG switch and MAN UAL switch on the rear are
appropriate position.
MCGA or VGA
or compatible
[ANALOG INPUT]
4 Connect the power cord and the singnal cable to the MultiSync PLUS.
Use the SIGNAL CABLE with "9-pin O-sub to 15-pin Mini O-sub"
MultiSync
PWS
TTL
ANALOG
IIIlIIll
..
BNC
INPUT
1.000.7
VOLTAGE
COLOR
_
..........
8
I
16
'--0
OFFDON
64
Computer
PS/2
or
Compatible
System
MANUAL
..........
.......
at
Power cord
~
(~~~~~~15'-Pin
Signal cable
-13-
Mini
D~
4.WITH A HIGH RESOLUTION GRAPHICS ADAPTER
Using a high resolution graphics adapter or a high resolution graphics system
(ex.
960 x 720 resolution)
1 Make sure the power to the MultiSync PLUS and the computer is off.
2 Make sure the INPUT switch
3 Make sure the BNC INPUT
position for the maximum video output voltage from your adapter.
to peak, 0.7:0.7V peak to peak)
on
the front of the MultiSync PLUS is at "BNC".
VOLTAGE
switch
on
the rear is at appropriate
(1.0:1V
4 Connect the power cord and the signal cable to the MultiSync PLUS.
Use the optional signal cable or the signal cable supplied your adapter.
MultiSync
PLUS
computer
High Resolution
Graphics Adapter
peak
Power Cord
Signal Cable
5 The red BNC cable should be connected to the BNC connector "R".
The green BNC cable should be connected
The blue BNC cable should be connected to the BNC connector "B".
The black BNC cable should be connected
For the optional signal cable, please contact your authorized NEC
Home Electronics dealer.
-14-
to
the BNC connetor "G (/SYNC)".
to
the BNC connector "CS".
BACK COVER REMOVAL
DISASSEMBLY
Remove
two
back cover mounting screws (A) and (B) then take
(A)
off
back cover.
(B)
CASE
Remove
SHIELDING (TOP) REMOVAL
two
case,
shielding (TOP) mounting screws
(C)
(C)
and
(0)
then take
off
case
shielding (TOP).
(0)
-15-
BOARD LAYOUT
B5
PART LOCATIONS
BOARDS
B1
B2
B3 DEF
B4 CRT
B5
SW.
REG.
PWB
VIDEO
INTERFACE
PWB
PWB
PWB
ASSY
ASSY
ASSY
ASSY
PWB
ASSY
PWE-168
PWE-179
PWE-173
PWE-l77
PWE-176
-16-
L
ADJUSTMENT CONTROLS
A
B
C
0 V.
E
F V. BIAS (VR402) U
G
H
I
J
K
L
M
N
0
V.HOLD(VR401)
SUB
V.
V. SUB
SIDE·PIN (VR470)
V. LIN
V. LIN
CI
+6V
SUB
R.
G.
B.
R.
HEIGHT
HEIGHT
SI;2:E
LIMITER
(S)
(C)
VOLTAGE
ADJ (VR509)
BIAS (VR907)
SUB BRIGHT (VR904)
SUB BRIGHT (VR905)
SUB BRIGHT (VR906)
BIAS (VR901)
M
(1) (VR440)
(2) (VR441) R
(VR443)
(VR404)
(VR403)
L1MITE-R
N
(VR653)
o
-17-
p
Q
p
Q
S SUB. CONT (VR704)
T
V
w
X
y
Z
AA
BB
CC
G.
BIAS (VR902)
B.
BIAS (VR903)
G.
GAIN
(VR702)
B.
GAIN (VR703)
R.
GAIN
(VR70l)
SCREEN
FOCUS
SUB H. CENTER
SUB
H. CENTER
SUB
H. CENTER 1
H.
HOLD 2 (27KHz) (VR502)
H.
HOLD 1 (42KHz)
H.
SIZE CONTROL (VR510)
2(27-35KHz)(VR504)
3(20-27KHz)(VR505)
(42KHz-)(VR503)
(VR50l)
AD,""USTMENT
rn
VR651
a5V
ADJ
CONTROLS
LAYOUT
VR652~
REF V
PWE-168 SW.
REG
PWB
ASSV
VR653
V Limiter
[J
'--s-a-o--'1
TIL/ANALOG O.7V/1.0V
PWE-176
[Q]
-=='-=--_---J
INTERFACE
-18-
II
em.
sa04
PWB
"
[lIJ
sa03
8/16/64
ASSV
I I
[Q]
I
Sa02
PRESET/MANUAL
VR6 VR5 VR4 VR3
IH.POSI)
IV.POSI)
IH.SIZE)
IV.
SIZE)
@]@]@]@]
TEXT
I
S4
COLOR
aD
I I
S3
TEXT
[QJ
S2
BUC/D-SUB
I I rnl I
[Q]
VR1
BRIGHT
[Q]
VR2
CaNT.
VR401
O
V.HOLD
VR440
O
V.SUB
VR441
O
V.SUB
OVR443
o
TP404
VR470
O
SIDE-PIN
VR402
O
V.BIAS
VR404
O
V.LlN(S)
o
VR403
V.LlN(C)
HEIGHT(1)
HEIGHT(2)
DIC443
TP402
PWE-173C
CONTROL
TP401
m::Q]
PW8
ASSY
PWE-1738
CONTROL
VR502
H.HOLD20
TP501
TP502
o
L506
H.LlNEARITY
PW8
00
VR505
SUB
H.CENTRE3
ASSY
V
D
R501
H.HOLOl
OVR503
~~E~REl
0
OVR504
SUB
H.CENTRE2
D
CT1
CT2
CT3
VR510
H.SIZE
VR509
+6V
VR508
ADJ H.V.ADJ
®oO
TP50~
PWE-173A
©
TP2002C
o 0
VR2002
H.V.PROTECTOR2
OOVR2001
~2~
L509
WIDTH COIL
@
TP2003A
DEF
-19-
PWB
TP2002A
0
H.V.PROTECTOR1
ASSY
VR904
D
R.SUB.BT
VR905
O
G.SUB.BT
VR906
O
B.SUB.BT
VR901
O
R.BIAS
VR902
O
G.BIAS
VR903
OB·OS
TP901
TP902
o
PWE-177A
CRT
PWB
DVR907
SUB.BIAS
ASSY
r
VR704
SUB
VR701
R.GAIN
VR702D
G.GAIN
VR703D
B.GAIN
CONT.
D
0
PWE-179
VIDEO
-20-
PWB
ASSY
ALIGNMENT
PROCEDURE
Adjustment conditions and Precautions
1.
1. Power supply voltage:
2. Warm
3.
sw.
REG.
1-1. +Bl (VR651) +S5V LINE
1-2.+BH
1-3.
Note:.
up
time
The display must be
This
is
especially critical
Signals
Video: Analog 0.7 Vp-p,
analog sync.
video:. 0.7 Vp-p
synchronizing:
Synchronizing: TTL level negative/positive
Scanning Frequency: H 21.S
Unless otherwise specified, adjust
Unless otherwise specified,
Unless otherwise specified, adjust
UNIT
Adjust VR651
(VR652) High Voltage control
This control
Do
not
+B
L1M
Remove C-connector.
Adjust
Do
not
is
attempt
(VR653)
VR653
operate
AC
120V,
60
on
for
at
least
in
color
temperature
75U,
positive
on
green
0.3
Vp-p
separate/composite
kHz'"
V
to
be S5 VDC
permanently sealed
to
readjust.
V.limit
to
be
122
the
SW.
50
Hz
at
input
at
at
(K1
- Gnd Voltage)
(C1
- Gnd Voltage)
VDC.
Reg.
unit
Hz
20
minutes before starting alignments.
and white balance adjustments.
45
kHz
'"
SO
Hz
z
signal (44.S kHz).
D-sub 9 Pin.
separate sync.
at
factory.
itself
without
any load.
2. Main Adjustments
2·')
Settings
of
the
Controls
VR2
Contrast: Max.
VR1 Brightness: Position where
VR3 V. size: Center
VR4
H.
size:.
VR5
V.
posi.: Center
VR6 H. posi.: Center
VR50S H.V. ADJ: Position where
SW3 TEXT:
SW2
BNC
SWS02 MANUAL:
SWS01
ANALOG/TTL: ANALOG
Center
OFF
- D-sub: D-sub
OFF
the
back rasters are latent.
the
high-voltage
-21-
protector
does
not
operate.
2-2)
Adjustment
Adjust
connect the
CRT
CT1: DOES
CT2: Moves the horizontal
CT3: Moves the horizontal screen position about 12mm.
the
screen.
of
Raster Centering
Screen
V R and Brightness V R
"CT"
connector
not
move the horizontal screen position.
to
* By changing the orientation in which the connector
tion
of
the
screen
can
be
2-3)
Adjustment
Pincushion
HOLD,
(H.
(1) H.
a)
b) During reception
c)
(2) H. WIDTH
Perform centering
to
(3) H.
Visually check H.
L506 unless absolutely necessary.
(4) SIDE PINCUSHION
Use
ION
line.
confirmation
(5) H. POSITION (Centering adjustment
a)
b) During
c) During
During the signal
of
Horizontal Oscillation, Hozitontal Width, Horizontal Linearity, and Side
H.
WIDTH,
HOLD
Create a short-circuit between TP501 and TP502.
a signal screen.
During reception
a single screen.
260mm.
LINEARITY
VR470
is
set
to
Because
During
s screen
screen
screen
to
to
to
H.
LINEARITY,
of
Signal 2 (42
of
Signal 3 (27 kHz),
of
H. SIZE
(Signal 1 crosshatch pattern)
LINEARITY,
so
that
the
optimum
its
optimum
each
of
the
four
is
required.
input
of
Signal 1 (44.8
center.
input
of
Signal 4 (31.5
center.
input
of
Signal 5 (21.85 kHz),
center.
input
of
steps a), b), and
so
that
the position
screen
changed
(VR4),
value, the right and
settings above
that
position about 5mm.
from
side
and SIDE PINCUSHION)
kHz)'
use
use
then
use
the
use
L506
SIDE PINCUSHION
of
rasters)
kHz),
use
kHz),
use
c)
the back rasters
enables the back rasters
to
side.
H.
HOLD
H.
HOLD 2 VR502
SUB H. SIZE (VR510)
to
adjust
left
edges
will
affect the other three settings, repeated
SUB. H. CENTER 1
SUB. H. CENTE R 2
use
SUB.
H.
above, make
are
faintly
is
inserted, the displacement direc-
1 VR501
it
if
necessary. Avoid rotating
is
obtained. When SIDE PINCUSH·
of
the
screen
CENTER 3
sure
that
illuminated, then
to
be
centered
to
adjust the image
to
adjust the image
to
adjust H. WIDTH
each
form
VR503
VR504
VR505
the
screen
a straight
to
adjust the
to
adjust the
to
adjust the
is
centered.
on
the
into
into
-22-
2-4) Adjustment
(V.
LINEARITY,
(1) V.
During reception
(V. LIN (S))
(A)
(B) Top/Center/Bottom Adjustment
(C)
(D) Compensation
(E) Confirmation
(2)
V.
Set
a)
b) Receive Signals 2, 4, and 9, then check
c) Set the
d)
*When receiving Signal 8,
(3)
V.
Receive Signal 1, then
The measurement
nected
Set V. POSITION
Set V. SIZE
of
Vertical Linearity, Vertical Height, and Vertical Bias
V.
SIZE,
LINEARITY
of
fully
to
the right.
Top/Bottom
Adjust
a)
If
corrected (but
b) Adjust V R403
Confirmation
a)
Repeat steps
b) Receive Signal 7 (31.5 kHz,
8%.
If
the linearity
top
For
bottom
For
For center elongation: Rotate V R404 slightly
Based
SIZE
the
Receive
screen.
Receive Signal 6 (60 Hz,
Receive Signal 4, and check
Receive Signal 7, and check
Receive Signal 8, and check
BIAS
Adjustment
VR403
the center
on the reception
MANUAL
to
(V.
LIN
is
do
so
a)
and
is
not
elongation: Rotate
elongation: Rotate
switch (SW802)
Signal 1 (60 Hz), then
MANUAL
point
the
yellow
(VR5)
(VR3)
to
and
V.
BIAS)
the crosshatch pattern
(C)l
so
that
the
elongated, rotate
not
rotate
it
fully
that
the
top
and
bottom
b)
of
(B)
until
70
Hz, 350 lines).
within
8%,
receive Signal 1.
VR403
nated, then perform (B)
VR403
nated, then perform (B) and (C).
corrected, then perform b) and c)
of
Signals 1 and 7, check
to
ON, and perform centering
use
VR440
switch
to
OFF.
480
lines), then
that
it
that
it
that
it
be
sure
to
set
use
VR402
is
lead
wire
to
the center position.
(V. BIAS)
the
VDY
3 terminal
of
the
deflection yoke).
the position where the screen
of
top
and
VR404
the linearity
is
is
is
V.
slightly
to
the
point
linearity
slightly
slightly
to
that
use
161
mm ± 5mm.
170mm ± 5mm.
180mm ± 5mm.
MODE
to
adjust Signal 1
Signal 1 (44.8 kHz,
bottom
to
and
to
adjust Signal 1
V R441
of
linearity
to
the
where
top
is
equal.
is
approximately
and
check
the right
(C).
the
to
the
that
the back rasters
to
LOW.
the deflection yoke (the terminal con-
until
left
until
left
of
(B).
the linearity
to
adjust Signal 6
to
is
centered.
60
Hz),
use
is
equal.
left
until
the elongation
elongation occurs).
6%.
that
the linearity
top
elongation
top
elongation
until
center elongation
is
within
8%.
of
VR3
(V. SIZE).
to
190mm.
are
practically
to
175mm.
13.5V ± O.2V.
is
filling
VR404
within
is
elimi-
is
elimi-
the
is
is
-23-
2-5) Adjustment
NOTE:
(1)
Default Settings
VR701 VR704
VR901 V R904 - V R906
VR907
Screen
(2) Video Contrast Adjustment
2-1)
a)
b)
c)
of
Video Amplitude and White Balance
Before performing this adjustment, make
VIDEO
GAIN
Receive the
within
is
Rotate the Contrast V R
Rotate the Brightness V R
Adjust
on
value
signal: Analog 0.7 Vp-p
of
VR703
VR903
VR
VR
Adjustment: Signal 10 (All-white signal)
the
desirable.)
VR701,
the
VIDEO
of
each
the Adjustment VRs
GAIN
VR
SUB
CaNT
BIAS
VR
SUB
BRIGHT
BIASVR
SUB
window
range
terminal
pattern
where the
fully
fully
VR702, and
PWB
are
each
and
perform readjustment
VR
VR
of
Signal 10.
ABL
to
the right.
to
the left.
VR703
set
circuit
so
that
to
40 Vp-p.
sure
that
(A
video
is
not
the
ROUT, G OUT,
Do
not
the
VIDEO
Fully
left
Fully
right
Fully
left
Fully
right
Fully
right
Fully
left
range
applied despite maximum Contrast
After
if
necessary.
include the clamp pulse.
signal
of
1/3
and B
adjustment,
is
as
follows:
- 1/2 H x
OUT
terminals
confirm
the Vp-p
1/2V
CaNT
VR
2-2) SUB
a)
Rotate the Contrast
Rotate the Brightness
b) Adjust
ment,
Vp-p.
If
the
R,
G, B OUT
Cutoff
(3)
Rotate the Contrast V R
a)
Perform the
b) Turn the Screen Control clockwise gradually and
horizontal color appears
Use
c)
Turn the
bright
VR704
confirm
R, B OUT
Adjustment (All-black signal)
(1) Create a short-circuit between TP901 and TP902.
(2) Create a short-circuit between TP401 and TP402.
this color
as
Adjustment
VR
fully
VR
fully
so
that G OUT
that
both R
is
not
within
is
within
10 Vp-p
fu
lIy
to
two
steps below in the (1)
faintly.
as
the reference color
Bias
Controls
the reference color.
for
a color other than the reference color clockwise
to
to
OUT
the
to.5
Vp-p.
the left.
the left.
the left.
on the
and B
limits
-+
for
Vp-p
VIDEO
mentioned above, adjust
(2) sequence.
the
OUT
cutoff
PWB
becomes 10 Vp-p.
are
within
set
to
the position
adjustment.
the
range
of
10 Vp-p t 0.5
finely
VR704
at
After
adjust-
so
the
which a single
until
it
is
as
-24-
d) Sequentially cancel the short-circuit created between TP401 and TP402 and between
TP901 and TP902.
NOTE: The darker the environment where
white
tracking
dark a place
(4) Adjustment
a)
Receive Signal 1 (44.8.kHz) H gray
b) Rotate the Contrast V R
Rotate the Brightness
c)
Use
illuminated.
After
d) Rotate the Contrast
Rotate the Brightness VR
e)
Receive all-black signals.
f)
Rotate
of
SUB. BR
the SUB.
this step, do
VR904
can
as
possible.
IGHT
VR
BRIGHT
not
VR
and
VR906
be
achieved later.
VR
fully
to
fully
VR (VR905)
change the setting
fully
to
fully
to
adjust the back rasters
the right.
to
the left.
the left.
to
the right.
cutoff
Be.
scale
(16 gradations).
to
adjust the
of
adjustment
sure
VR905.
to
perform
5/16th
until
is
performed, the better
cutoff
adjustment in
grade
so
that
they
are
all white.
it
is
faintly
as
(5) Fine Adjustment
Color temperature: Center
Hue: A slightly bluish white.
a)
Receive Signal 1 (44.8 kHz) H gray
be
in the
b) Rotate the Contrast V R
Rotate the Brightness V R
Check
not
satisfactory, perform fine adjustment
VR906).
NOTE: Do
c)
Rotate the Contrast
Rotate the Brightness
Check
not
satisfactory, perform fine adjustment
NOTE: Do
If
the back rasters and the
form
NOTE: Do
(6) Focus Adjustment:
[All-white
a)
Rotate the Contrast V R
Rotate the Brightness
b)
If
the focus
(VR907)
N.OTE:
of
White Balance
range
where the
that
the
white
not
change
that
the white balance
not
change the setting
fine adjustment
not
Use
signals
or
is
markedly weak and
fully
to
After
turning
the
following:
All-white
Brightness
Contrast
Confirm
X = 0.310
y=
ABL
circuit
fully
to
the left.
fully
tothe
balance
VR
VR
ofthe
change the setting
Signal
those
with
VR
the
left
signals
VR:
VR:
that
the entire screen
is
the
setting
fully
to
the right.
to
the position where no back rasters appear.
is
white
SUB.
1
four
dots missing]
fu
lIy
to
the right.
to
an
appropriate position
and perform readjustment
VR907
fully
of
Signal 1 (44.8 kHz)
Rotated
Rotated
0.325
scale
(16 gradations). (the
is
not
applied.)
right.
satisfactory at
of
of
VR905
satisfactory at
of
the
of
VR702
balance at
BRIGHT
of
if
fully
fully
VRs
VR905
the moire
to
the
left
to
the
to
the right
is
free
window
each
gradation.
the SUB.
(GSUB.
(G
each
(G SUB. BRIGHT).
from
BRIGHT).
each
gradation.
GAIN
VRs (VR701 and
GAIN).
gradation
(VR904
..
effect
appears, rotate the SUB BIAS
of
(31.
and performing readjustment,
are
being received.
left
(MIN)
(MAX)
any distortion.
If
BRIGHT
If
are
not
and
VR906).
(4), and (5).
the
white
VRs
the
white
satisfactory, per-
pattern should
balance
(VR904
VR703).
and
balance
VR
confirm
is
is
-25-
(7) Purity Adjustment
1)
Be
sure
that
the
2) Ensure
stem
display
that
the
is
29
mm±1 mm. (See below diagram)
is
not
being exposed
spacing between
3) Produce a complete, red pattern
assembly
a manner
between
4) Check
minor adjustments
to
obtain a complete field
that
they
advance
the
two
tabs, which should be approximately
the
complete blue and compiete green patterns
if
needed.
in
an opposite direction
Purity, Convergence Magnet Assembly (PCM)
to
any external magnetic fields.
the
Purity, Convergence Magnet, (PCM)' assembly and
on
the
display. Adjust
of
the
color red. This
Purity
4'pole
6-pole
29'±1
Magnets
magnets
magnets
mm
but
180
to
the
Purity magnet rings
is
done by moving
at
the
same
0
•
observe
(Red
(Green
their
to
to
Blue Convergence)
the
time
to
obtain
respective color purity. Make
Magenta Convergence)
on
two
the
the
CRT
the
PCM
tabs
in
such
same angle
B/RG . .
---i--I-....L--
to
Magenta Convergence
(White)
B----i
R---r-i--y--
Red
to
Blue Convergence
(Magenta)
B R
~
I
Perform
the
angle
Perform
rota
tion
the
between
the
adjustment
of
the
adjustment
the
two
tabs.
by
opening
tabs.
by
synchronous
Green
(8) Convergence Adjustment
1) Produce a magenta crosshatch
the
2) Adjust
Also adjust
focus for
the
the
brightness
3) Vertical red and blue lines are converged by varying
on
the
PCM
magnets
assembly. (See above diagrams)
4) Horizontal red and blue lines are converged by varying
them
between
constant.
5) Produce a white crosshatch pattern
on
the
display.
best overall focus on
to
the
desired condition.
on
the
display.
the
display.
the
angle between
the
6) Vertical green and magenta lines are converged by varying
6-pole magnets.
7) Horizontal green and magenta lines are converged by varying
angle between
them
constant.
I Perform
the
I Perform
I
rotation
angle
B/R
the
between
G
the
of
adjustment
I
adjustment
the
the
two
tabs together, keeping
the
angle between
the
two
tabs together, keeping
two
two
the
tabs.
tabs
the
by
opening
tabs.
by
synchronous
of
two
tabs
the
the
4-pole
angle
of
the
the
-26-
TIMING
OF
REFERENCE SIGNALS
I")
......
I
CD
0
1
2
3
4
5
P
7
8
9
10
11
12
13
14
® ®
CLOCK
H FREQ
V FREQ
CH
Nht
Nht
Nhsp 6
Vpw-Hpw
Nadj 8
Nvt 9
Nvd 10
Nvsp
Nvsadj
INT
OUT
LVG-1600
DOT CLOCK
FREQUENCY
HORIZONTAL
FREQUENCY
VERTICAL
FREQUENCY
CHARACTOR
CELL
11
12
13
14
SIZE
4
5
7
0
1
Sync
N~GA
POS
Hsync
HlVsync
@
0
1
2
3
4 CHR
5
6
7
8
9
10
11
12
13
Sync
OFF
Sync
ON
TTL
ANA
RZ
NRZ
®
MHz
KHz
Hz
DOT
CHR
CHR /
V (LASTER)
H(CHR)
H
(LASTER)
LINE
LINE
LINE
H
(LASTER)
DATA DATA
Signal 1 44.5 kHz
9. 2
3
4.
4
5
9.
/
/
/
/
/
/
/
/
/
/
/
/
/
/
/ F
/
/ F
/
/ / /
/
/ / /
F
0 1 0 1 1
6
8 6
3 5 0
H
7
0 0
F
1
F
F
1 0 1
V
4
0 0 0
/ /
F
F
0
F
9
F
V
9
2 5
9 6
H
6
0 0
4
8
8 0
8 0
0 1
0 0
Signal
2
4. 4
3
4
2.
0 0 0
8
O.
0 0 0
/ /
/ /
/ /
/ /
/ /
H
1
F
F
F
V
/ / / /
/
/
/ /
/ /
/ /
/
F
F
F
F
/ /
/ / /
0
1
42
4
0
2
1
kHz
0
V
0
8 2
6
7 3
H
0
0 3
5
5 5
5
0 0
0 0
1
F
F
F
9
4
3
8
5
1
TIMING
OF REFERENCE
SIGNALS
co
'"
LVG-1600
CD
0
1
2
3
4
5
6
I
7
8
9
10
11
12
13
14
®
CLOCK
H FREQ
V FREQ
CH
Nht
Nht
Nhsp
Vpw-Hpw
Nadj
Nvt
Nvd 10
Nvsp
Nvsadj 12
INT
OUT
DOT
FREQUENCY
HORIZONTAL
FREQUENCY
VERTICAL
FREQUENCY
CHARACTOR
CELL
®
CLOCK
SIZE
4
5
6
7
8
9
11
13
14
0
1
Sync
NEGA
POS
Hsync
HIVsync
®
0
1
2
3
4 CHR
5 CHR
6 CHR
7
8
9
10
11
12
13
Sync
OFF
Sync
ON
TTL
ANA
RZ
NRZ
@
MHz
KHz 2
Hz 7
DOT
V
(LASTER)
H(CHR)
H
(LASTER)
LINE
LINE
LINE
H
(LASTER)
2
/
/
/
/
/
/
/
/
/
/
/
F
DATA
Signal 3
2.
7.
5.
I
/
/
/
/
/ / /
/
/
/
/ / /
/
0 1 1
27 kHz
1 4 0 F 2 8. 6
0 0
0 0 0
H
1 0
F
F 6
F 6
V
0
F 4 0
F 3 2
F
/ /
0
V
0
8
H
5
1 0 1
0
3 7 F
0
0
1 1
F 3 1.
7
F
9
/ /
2
/ /
4
/
7
/ /
1
/ /
0
/ / / /
/ /
/ /
8
/ / /
0
/ / /
F 1
Signal 4
O.
/
DATA
ps-n
MODE2-
1
0
4 7 4
0 9
H
0
F 1
F
F
V
F 4
F 4 0
0
9
2
/
/
0
5 F
V
1
0
8
8
H
0 9
4 1
0 3
0
1 1
F
F
0
1
0
3
2
4
0
TIMING
OF REFERENCE
SIGNALS
N
c.c
LVG-1600
CD
0
1
2
3
4
5
6
I
7
8
9
10
11
12
®
CLOCK
H FREQ
V
FREQ
CH
Nht
Nht
Nhsp 6
Vpw-Hpw
Nadj
Nvt
Nvd
Nvsp
Nvsadj
@
DOT
CLOCK
FREQUENCY
HORIZONTAL
FREQUENCY
VERTICAL
FREQUENCY
CHARACTOR
CELL
SIZE
4
5
7
8
9
10
11
12
@
0
1
2 Hz
3
4
5
6
7
8
9
10
11
12
MHz
KHz
DOT
CHR
CHR
CHR
V
(LASTER)
H(CHR)
(LASTER)
LINE
LINE
LINE
(LASTER)
@
H
H
1 6. 3 7 0 F 2 5.
2
5
/ /
/
/
/ /
/ /
/ / /
/ /
/
/
/
DATA DATA
Signal 5
2.
9.
/
/
/
/
/ / /
EGA
0 0
9
H
0 1 0
F 0 9 3
F
F
V
1 1 0 1
F
F 0 3 5
F
3
3 F
5
V
8
8 0
0
0
8
H
3
0 6
/
3
0
0 3 5
0
Signal 6
F 3
5
0
/
/ /
/ /
0
/
0
/ /
/ / / /
6
/ /
/ /
/ /
1
/ /
4 3
1.
4
9.
9
H
/
F 1
F
F
/
V
F 5 2
F 4
F 4
/
PS-ll
MODE 17
0
3 F
7
4
8 F
V
8
1
0
8
8 3
H
2
0
0
/
F
0
1
0
2
5
8
9
1
13
14
INT
OUT
13
14
0
1
Sync
NEGA
POS
Hsync
HNsync
13
Sync
OFF
Sync
ON
TTL
ANA
RZ
NRZ
/
F 1
/ / /
0 0 0 1
0 0
/ /
F
0 0
/
/
1
0 0
1
0
TIMING
OF
REFERENCE SIGNALS
C.:>
<:>
LVG-1600
CD
0
1
2
3
4
5
6
® ®
CLOCK
H FREQ
V FREQ
CH
Nht
Nht
Nhsp
DOT CLOCK
FREQUENCY
HORIZONTAL
FREQUENCY
VERTICAL
FREQUENCY
CHARACTOR
CELL SIZE
4
5
6
®
0 MHz 2
1
2
3
4
5 CHR
6 CHR
I
7
8
9
10
11
12
13
14
Vpw-Hpw
Nadj
Nvt
Nvd
Nvsp
Nvsadj
INT
OUT
7
8
9
10
11
12
13
14
Sync
0
NEGA OFF
1
POS
Hsync
HNsync
7
8
9
10 LINE
11
12
13
Sync
Sync
ON
TTL
ANA
RZ
NRZ
®
KHz
Hz
DOT
CHR
V (LASTER)
H(CHR)
H
(LASTER)
LINE
LINE
H
(LASTER)
3
7
/
/
/
/
/
/
/
/
/
/
/
F
DATA DATA
Signal
7
PS-JI
MODE 15
4 3 0 F 2
5.
1.
4 7 3 F 3
0 9
O.
H
/
0
F 1
/
F 8 0
/
F
/
V
/
0
/ /
/
F 4 4
/
F
/
F
/
/ / /
/ / /
0 0
0
8
2
F
5
V
1 0
0
8
H
1
0 9
5
0
1
3
2
3 5
4
3
1
0
0 0
1 1 F 1 1 0
Signal 8
5.
O.
9.
/ /
/ /
/
/
/ /
/ /
/ /
/
/ /
/
I
/ /
/ / /
I
/
I
PGA400
1 1 0
4 7 3
9 8 7
H
8
1
F
F
0 8
F
0 8
V
2
0
/
F 0 5
F 0
F 0
/
/
V
1
0 3
H
1
0 8
4
4 4
0
0 0
1
F
F
F
0
0
0
4
0
0
1
1
TIMING
OF REFERENCE SIGNALS
CD
0
1
2
3
4
5
6
7
8
9
10
11
12 Nvsadj
® ®
CLOCK
H FREQ
V FREQ
CH
Nht
Nht
Nhsp 6
Vpw-Hpw
Nadj 8
Nvt 9
Nvd
Nvsp
LVG-1600
DOT CLOCK
FREQUENCY
HORIZONTAL
FREQUENCY
VERTICAL
FREQUENCY
CHARACTOR
CELL SIZE
@
0
1
2 Hz
3 DOT
4
5
7 7
10 10 LINE
11
12
4 CHR
5
6 CHR
8
9 LINE
11
12
@
MHz
KHz
CHR
V (LASTER)
H(CHR)
H
(LASTER)
LINE
H
(LASTER)
DATA DATA
Signal 9 350 Lines Signal 10
50 Hz
2
3
5
/
/ /
/ /
/
/ /
/
/ /
/
/
/ /
4
5.
1.
4 7 3
0 3
O.
H
/
0
F 1 0 1
F
F 8
/
V
0
/
/
F
F 3
/
F 4 8
/
/
3 0
8
2
/
/
F
F 4 4.
7 F
V
0
1 0 0
0
8
3
H
2
1 0
9
0
2
6
6
9.
3
9.
5
/ /
/
/
/ /
/ /
/ /
/ / / /
/
/
/
/
/ /
3
0
/
/ / /
44.8kHz
WINDOW
2 6
8
3
H
F
F 3 2
F
V
F 8
F 2 7
F 5 3
0 F
6 9 F
0 F
5
V
7
1
2 5
6
H
4
0
0 0
0
9
9
6
4
4
13
14
INT
OUT
13
14
Sync
0
NEGA OFF
1
POS
Hsync
H/Vsync
13
Sync
Sync
ON
TTL
ANA
RZ
NRZ
/
F
/
/
1 0 0
0
0
/
1
/ / / /
1
F 0
1
0 0
1 1
0
TIMING
OF REFERENCE SIGNALS
LVG-1600
CD
a
1
2
3
4
5
6 Nhsp
7 Vpw-Hpw 7
8 Nadj
9 Nvt
10
11
12 Nvsadj 12
13
14
® ®
CLOCK
H FREQ
V FREQ
CH
Nht
Nht
Nvd
Nvsp
INT
OUT
DOT CLOCK
FREQUENCY
HORIZONTAL
FREQUENCY
VERTICAL
FREQUENCY
CHARACTOR
CELL
SIZE
4 4 CHR
5
6 6 CHR
8
9 9 LINE
10
11
13
14
Sync
a
NEGA OFF
1
POS
Hsync
HlVsync
@
a
1 KHz
2
3 DOT
5
7
8
10
11
12
13
Sync
Sync
ON
TTL
ANA
RZ
NRZ
®
MHz
Hz
CHR
v (LASTER)
H(CHR)
H
(LASTER)
LINE
LINE
H
(LASTER)
Signal
5. 1 1
2
3
O.
5
9.
/
/
1
/
/
/
/ /
/
/
/
/
/ /
/ /
/ /
/
/ /
/ / /
F 1
DATA DATA
Signal
PGA480
11
a F
4 7
9
H
a
F 1
F a
F a
v
a
/ /
F a 5 a
F a
F
1
3 F 2
7
8
V
8
1
a 3
8
8 a
H
2
1
a 8
4
4
a
a 1
/
a a
/
a 1 1
F
a
a
4
8
8
12 60 Hz, 40 kHz
1
6.
3
2.
a
5 9.
/ /
/ /
/
/
/ /
9
H
a
F 9 3
F
/
F 8
/
V
1 1
/ / / /
/ /
/ /
/ /
F
F
F
/ / /
/
/
/ /
F
a a 0,
7
a
5
8
1
/
a F
3
3
V
1
8
H
a
3 6
3
3
a
a
1
F
F
a
a
a
a
6
5
5
3
a
a
CD
Indication
address
® Abbreviation
@ Description
@ Contents
@
Unit
add. Description
Total dots
0
Horizontal Frequency
1
Vertical Frequency
2
Character cell SIZE
3
4
Total number
5 Number
6 Horizontal synchronization position
7 Vertical/horizontal pulse
Total raster adjustment
8
Total number
9
Number
10
11
Vertical synchronization position
12
Vertical indication position correction
13 Interlace select
14
Output
of
characters, horizontal 255 characters
of
indication characters, horizontal
width
of
characters, vertical
of
indication characters, vertical
condition setting
Description
of
each
address
Condition
Or
05.000 - 40.000 MHz, 5Reference data, 5-digit
Reference data, 5-digit
(V
or
3-digit
3-digit
less,
direction).
01
to
less,
to
15 chr.
3-digit
(H direction) x
to
16
02
each
2-digit
Nht
or
less,
Nht
or
less,
V: 1
to
16
H/H:1
31
Hor
less
127 rows
Nvt
Nvt
0-
N
vsp
00: non-interlace 02: .interlace
01: interlace
or
or
less
or
less
16 H (Synchronization position moves in the
+ Nvsadj)
6-digit
32
3-digit
+ video
form
of
Likewise, when significant data
is
a single digit, do
not
forget
to
enter
O.
-33-
DATA FORMAT FOR USING Quantum 801C
TIMING PARAMETERS:
Real
Time Parameters
Dot
Rate
Horizontal Rate
Vertical
Non-Real Time Parameters
Dots/Character
Total Characters
Displayed Characters
Drive Delay
Drive Width
Rate
Horizontal
Vertical
Li nes/Character
Total Lines
Displayed Rows Lines
Drive Delay (Rows)
Drive Width (Lines)
Step Width
OPTION PARAMETERS
Signal
Gating
Composit Sync.
Vertical Step
Horizontal Drive
Vertical Drive
OP
1.-0=off
OP
2.-0=off
OP3.-O=off
OP
4.-0=off
MHz
kHz
Hz
1=on
1=on
1=on
1=on
Signal No. Description
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
H: 44.85 kHz
H: 42.00 kHz
H: 27.00 kHz
H: 31.47 kHz
H: 22.00 kHz
H: 31.47 kHz
H: 31.47 kHz
H: 30.48 kHz (400 Lines)
H: 31.47 kHz
H: 44.85 kHz
V:
V:
V:
V:
WINDOW PATTERN
70
60
70
50
Hz
(400 Lines)
Hz
(480 Lines)
Hz
(350 Lines)
Hz
(350 Lines)
Signal
Polarity
Composite Sync.
Vertical Step
Horizontal Drive
Vertical Drive
Video
Interlace Mode
Video Mode
Duty
Cycle
Character Clocking Mode
Horizontal Skew
Vertical Skew
Cursor
OP
5.-0=non-inverted 1=inverted
OP
6.-0=non-inverted 1 =inverted
OP
7.-0=non-inverted 1 =inverted
OP
8.-0=non-inverted 1 =inverted
OP
13.-0=non-inverted/positive
1 =inverted/positive
2=non-i nverted/negative
3=i nverted/negative
OP
9.-0=non-interlace
1 =interlaced sync
3=interlaced sync & video
OP
10.-0=monochrome 1 =color
OP
11.-0=50%
o
or
1=100%
OP
12.-0=single-phase
2=dual-phase
OP
14.-skew
OP
15.-skew
OP
16.-0:off
1=100%
,
(OP
right 0-3 dots
down 0-9 lines
only
12.2)
(OP
12.0)
1 =fast
2=slow
3=on coutinuous
blink
blink
-34-
TEST
SIGNALS
FOR
USING
Quantum
BOle
SIGNAL No.
Real Time Parameters
Dot Rate (MHz) 31.216
Horizontal Rate (kHz)
Vertical Rate (Hz)
Non-Real Time Parameters
H:
Dots/Character
Total Characters
Displayed Characters
Drive Delay
Drive Width
V:
Li
nes/Character
Total Lines
Displayed Rows
. Drive Delay (Rows)
Drive Width (Lines)
Step Width
Signal Gating
Composite Sync. OP
Vertical Step
Horizontal Drive OP 3.-
Vertical Drive
Signal Polarity
Composite Sync. OP
Vertical Step
Horizontal Drive OP
Vertical Drive'
Video
Interlace Mode
Video Mode
Duty Cycle
Character Clocking Mode
Horizontal Skew
Vertical Skew
Cursor
1.-
2.-
OP
OP 4.-
5.-
OP 6.-
7.-
OP 8.-
13.-
OP
9.-
OP
OP
10.-
11.-
OP
12.-
OP
9P
14.-
15.-
OP
16.-
OP
1
44.851 42.000
59.33
6
116 70
89
94
5
15
756
48 55
48
4
-
1
a
1
1
1
-
1
1
a
a
1
a
a
- -
-
-
2
29.400
80.00
10
55
62 67
525
55
-
1
a
1 1
1
1
-
1
1
a
a
1
a
a
-
-
3 4
22.136 25.432
. 26.995
74.99 70.10 60.11
10
82
64 80
3
9
2 8
11
360 449
32
37
- -
1
a
1
1
-
1
1
a
a
1
a
a
-
-
-
5
16.368
31.475
8
101
83
12 10
9 10 10
40
41
2 13
22.000
93
80
80
366
35
35
-
1
0
1
1
1
-
1
a
a
a
1
a
a
-
-
-
.'
1
a
1
1
1
-
a
1
a
a
1
a
a
-
-
-
8
SIGNAL No.
Real Time Parameters
Dot Rate (MHz)
Horizontal Rate (kHz)
Vertical Rate (Hz)
Non-Real Time Parameters'
H: Dots/Character 8
Total Characters
Displayed Characters
Drive Delay 83 83 80
Drive Width 12
Li
nes/Character
V:
Total Lines
Displayed Rows
Drive Delay (Rows)
Drive Width (Lines)
Step
Width
Signal Gating
Composite Sync.
Vertical
Horizontal Drive
Vertical Drive
Signal Polarity
Composite Sync. OP
Vertical
Horizontal Drive
Vertical Drive
Video
Interlace Mode
Video Mode
Duty
Cycle OP 11.-
Character Clocking Mode
Horizontal Skew
Vertical Skew
Cursor
Step
Step
1.-
OP
2.-
OP
3.-
OP
4.-
OP
5.-
6.-
OP
7.-
OP
8.-
OP
OP 13.-
9.-
OP
OP 10.-
OP 12.-
OP 14.-
OP 15.-
OP 16.-
6
25.432 25.432
31.475 31.475
59.95
101
80 80
10 10 10
525
48
49 39
2 2
- -
1
0
1
1
1
-
1
1
0
0
1
0
0
-
-
-
7
70.10
8 8
101
12
449 508
35
1
0
1
1
1
-
0 0
1
0
0
1
0
0
-
-
-
8
25.112
30.475
59.99
103
80 80
14 12
40
44
2
-
1
0
1
1
1
-
0
0
0
1
0
0
-
-
-
9 10 10'
25.432
31.475
50.04
8
101
83
10
629
36
48
2
31.216
44.851
59.33
6
116
30
64
5
9
756
27
53
4
-
1
0
1
1
1
-
0
1
0
0
1
0
0
- -
- -
-
1
0
1
1
1
-
1
1
0
0
1
0
0
-
TROUBLE
A. No Raster
Check
85V
Line
25V
Line on the DEF
SHOOTING
(Measure the voltages by
PWB
PWE-173A
Kland
K2)
NG
OK
Check HV.
operation power
NG
OK
Check 12V Line
NG
OK
Check
ifthe
CRT
Heater lit?
NG
OK
noise
( Judge peculiar
(
SW
ON, or static electricity.
Measure,
on the CRT
Check
HC connector disconnected
the voltage by
PWB
6V
Line
NG
OK
of
PWE-l77A
(Measure the voltage by
on the CRT
HV
generated
HCl
)
PWB
Check Switching Regulator
unit
(See
item
at)
CD
Check Switching Regulator
unit
(See
® Check H.OSC/DEF/HV
(See
circuit
IC503.R579 Failure
HC2.)
PWE-l77A
IC504.R573 Failure
0)
item
item
0)
E)
Check
Screen
Voltage on the CRT
NG
OK
Check the Clamp
Pulse
NG
OK
(
Continue)
(Measure the voltage
(Measure the pulse by N4 on )
the INTERFACE
by
PWB
Y )
PWE-l77A through 300V
PWB
PWE-176
Normally,
Screen
Voltage
to
900V
T504, R940, C914 Failure
IC80S, TR859 and their
ambient circuit Failure
is
about
-37-
(Continue)
Check blanking
Pulse
NG
OK
Turn
the
volume
Back raster appear?
to
OK
screen
the
NG
right
Measure
(
INTERFACE
Vertical
bar appear?
the
or
pulse by
PWB
PWE-176
Horizontal
sa
on
the)
Check blanking
circuit (See item
D)
IC701
and
circuit Failure.
130V Line Failure
ambient
NG
CD
Horizontal bar:
H.OSC!DEF!HV
circiut (See item
® Vertical bar:
(See item
E)
G)
CRT
Failure
-38-
B. Abnormal Video on CRT Screen
Check
R/G/B
Video output
Measure
(
by R904(R), R905(G)
on
R/G/B video output ) Normally, R/G/B video output
CRT
PWB
OK
NG
Check
130VLine
NG
Measure
(
by
PWE-173A
the vOltage)
E1
on
DEF
TR516
circuit Failure
OK
Check
Voltage
........
____
Screen
-,-
____
Measure
(
by Y on CRT
.......
PWE-177
Normally, the
voltage
300V-900V
NG
the vOltage)
A
is
about through
C914, R940, SG905
and
Too dark or Too bright
and
R906 (B)
PWE-177A except at
PWB
and
ambient
PWB
voltages
Check
'--_---.
OK
screen
Check
output
T504 Failure
are
about 40Vp-p
ABL
working
85V
Line by
__
---'
NG
IC701
voltage
Measure
(
PWE-173A
Measure
Vp-p by 29 PIN(R), 25 PIN(G),
(
and
VIDEO
Normally, the outputs
approx. 2.7 Vp-p at contrast
volume
the
X1
21
vblt~ge
on DEF
~------------~
A/G/B
PIN(B)
PWB
is
max.
PWB
• Switching Regulator
unit
Failure
(See
item
• D520 Failure
output
of
PWE-179
IC701
)
0)
on
are
1
OK
Check
brightness
Voltage
'-------.----~
NG
OK
C Conttnue
Measure
(
by BT2
PWE-177
Normally, the voltage
is
max.
around
the voltage )
on
CRT
11
.2V at the
TR904,
TR907
Failure.
HC1
disconnected
PWB
connecter
A
CD
®
® IC503, R579 Failure.
TR905,TR906
and
T908
OK
Video
output
circuit Failure
NG
t
Check
contrast
voltage
NG
OK
IC701
and
ambient circuit
Measure
(
by NT2 on INTERFACE
PWB
Normally contrast voltage
approx. 11.5V at contrast
volume
the voltage )
PWE-176
is
max.
CD
IC802, TR810
TR816, TR811
D811, D819
D820
TR820-TR822
and ambient
circuit Failure
®
ABL
circuit
Failure
is
-39-
(
Continue)
Check the clamp
pulse
NG
OK
CRT Failure
(Measure the pulse Vp-p by N4 )
on the INTERFACE
PWB
PWE-176
• IC808, TR859 and
ambient circuit
Failure
• TR716 Failure
-40-
C.
Abnormal
Check
R/G/B
output voltage
of
IC701
NG
OK.---------------------------------------.-----------------~
White
Balance
Measure
(
on
Normally. the voltage
the output Vp-p by N6. N8 and
the INTERFACE
PWB
PWE-176. ,
is
approx.1.0Vp-p.
N10)
TTL
ANALOG
Check
R/G/B video
output voltage
NG
OK
TR901-TR903
TR905-TR907
and
ambient circuit
Failure
Measure
(
output
on
Normally. 40Vp-p except
at
the video
Vp-p by
the VIDEO
ABL
working.
R1.
PWB
signal
G1.
PWE-179
B1
1
IC802
TR814-TR822
TR804"'TR806
and
their
ambient circuit
Failure
•
IC701
and
ambient
circuit Failure
TR701-TR715
•
0701-0706
ambient circuit
Failure
TR801-TR803
Failure (BNC INPUT)
TR804-TR806
Failure (O:Sub INPUT)
and
-41-
D. No Blanking works
Check blanking
pulse
NG
OK
TR721 , TR722
TR713-TR715
and
ambient circuit
Failure
(Measure the blanking pulse by
on the INTERFACE
H
PWB
PWE-176
I R529 Failure I
S8
)
H/V
Failure
0449
CD
TR443-TR445
®
and ambient
circuit Failure
@
1C442,
TR446-TR448
and ambient
circuit Failure
@
TR490 Failure
V
Failure
IC443
TR490, TR493
CD
Failure
® IC802 Failure
@
0888
-42-
E.
H.OSC/DEF/HV Circuit Fault No
Check
HV
for
operation
Protector
NG
OK
The
HV
(
audible noize during operation
protector circuitry
Raster
Abnormal Picture
Abnormal Picture
makes
an)
Size
Disconnect C
Check the
Horizontal
Synchronizing
with H. SYNC?
OSC
NG
OK~
-
Measure
(
on the DEF
SW
Check
(See
HV
Feed
HB1, HB2 disconnected. )
(
TR517,
HV
Protector circuit Failure
D508,D509,R548,R550,D2001
(
D2002,
TR2002 Failure
at TR502 BASE )
PWB
REG
item
UNIT
0)
Back
circuit Failure
TR5l8,
ZD200l,
D523 Failure
ZD2002, TR2001
PWE-173A
Free
No
Pulse
Running or
)
(
continue)
IC501
Failure
or
H
F/V
converter
associated circuit
Failure
(See
item
F)
and
output
H
D501, D503, D504, F501,
(
:lD502, IC502, TR504, TR507
TR508, TR509 Failure
No Blanking works
H. Drive circuit Failure
(R520,
circuit Failure
(See
item D)
TR501-TR503
Failure)
R529)
-48-
(
Continue)
IC501, IC505 Failure
H. Output circuit Failure
(0501,0503,0504,
Z0502,
TR508, TR509 Failure
H
F/V
Check
IC502, TR504, TR507
converter circuit Failure
(See
item
F)
SW.
item
REG.
0)
(See
F501, R529)
UNIT
"-
HV
output
circuit Failure
(TR513,
Failure
HV Drive circuit Failure
(TR510,
Failure
0514, T504 (FBT))
TR511, TR512, R542)
-44-
F.
H/V
F-V
converter and associated circuit
Check H. SYNC
on
the DEF
PWE-173A
Point
OK
Check 2 pin
IC505 voltage
OK
Check the IC505
output
PWB
S4
NG
of
NG
(Un'table
Lack
HV.
Normally, the 2 pin
is
IC505
pkMe
of
linearity improvement
protector
approx.
24V
(Measure
PWE-173A
20K 27K
I I I
10
11
12
14
15
16
)
on
the DEF PWB)
--------~---------
I
I
Check sync circuit
on the INTERFACE
PWE-176
R593 Failure
35K
----------_.
I
I
-------------
I
I
-----------_
--fH(
42K
I I
-----
I
I
------
--
PWB
..
50K
..
Hz)
High
Low
High
Low
High
Low
High
Low
High
Low
High
Low
NG
OK
Check 17, 18 pin
IC505 voltage
NG
OK
H F/V
is
OK
of
(When 17 pin = 7.7V at
18 pin
= 7.9V
at
-45-
IC505 Failure
27K)
42K
rC505 Failure
Check V. sync
on
the DEF
PWE-173A Lack
PQintS3
PWB
(un"'bl'
Lack
Abnormal V
No picture
pk"",
of
linearity improvement .
of
East-West
pincushion
Size
1
OK
Check 2
1C401
voltage
OK
Check the
1C401
output
NG
pi n of
NG
Normany, the 2 pin
is
approx.
(Measure on the DEF PWB)
PWE-173A
24V
IC401
50 56
I I
1
3
4
5
Check sync circuit
on the INTERFACE
PWE-176
R423 Failure
67
I J
I I
I
--
-
-.-
-
I
----------
-----.-----
PWB
-fV(Hz)
75
---
I
I
---
..
80
High
Low
High
Low
High
Low
High
Low
OK
Check 8 pin
1C401
OK
V
F/V
is
NG
of
NG
OK
-46-
IC401 Failure
IC401
Failure
G.
Unstable Picture
Horizontal
Check H. sync
'------r----'
NG
.-----------------~
OK Failure
• Check H
(See
• IC501, IC551 Failure
Vertical
Check
F/V
item F)
V.
sync
Measure
(
INTERFACE
converter
(Measure by
INTERFACE
by
S4
on
PWB
S3
on the )
PWB
the )
PWE·176
IC806, IC807, TR856
TR858,TR860
PWE·176
NG
OK
Check V. MODE
Pulse
DC
Check LINE
MODE
Pulse
DC
IC401
Failure
1C401,
IC501, IC806
IC808, TR861 , TR862
Failure
IC808,TR862,TR865
Failure
C870, IC809 Failure
-47-
H.
Abnormal Picture
Size
1. Horizontal
Readjust
by
VR510
OG
H.
Check
and Associated circuit
(See item F)
WI
DTH
H.
WIDTH
NG
F IV converter
I\.
(VR510
PWE-173A
S-correction circuit
is
on
the
(See item
DEF PWB)
J)
TR508
circuit Failure
and Associated
Deflection Yoke,
HV.
Feedback circuit
HV.
NOT CORRECT
Failure
SW,
REG, UNIT Failure
(See item
0)
T504
(FBT)
-48-
2. Vertical
Check
L..-
__
HEIGHT·
24V
Line
--..-
__
---J
Measure
(
on the DEF
by 7 pin
PWB
of
IC402 )
PWE-173A
Low
OK
t-'-'--'-----'-'--'----------------"i.
Check 12V Li
Low
OK
ne
Measure
(
on the DEF
V.SIZE
Circuit
V.SIZE
Correction
Circuit
by
20 pin
PWB
Limitter
of
IC501 )
PWE-173A
SW,
REG,
(See
IC501, ZD401,
C401
UNIT
item
Failure
0)
R401
IC442, IC443
Failure
TR440, TR441 , TR449
IC440,IC441
LINE
MODE Circuit
V.MODE Circuit
Failure
V DEF
Circuit
Readjust
-49-
1C401,
IC501,
DY, C410
Failure
HEIGHT
V
V
R3
See
procedure
IC402
VR440, VR441
AI ignment
V-MODE
(
F,llu,"
• Too
small
of the PGA
• Vibrating
oondltlon
V.HEIGHT
V.
HEIGHT
at 4
00
LINE
MODEl
LINE
"-
MODE
IC8D8, IC441
TR863~TR865
Failure
(Failure condition
small
or
· Too
• Vibrating
too
V.
HEIGHT
big
V.
HE
IGHT)
TR875-TR877
C87D,IC8D9
Failure
-50-
I.
Centering
Horizontal
a)
BACK
RASTER CENTERIN'G
Readjust back
raster centering
NG
b)
PICTURE CENTERING
Readjust sub H
Centering
( Adjust
OEF
by
PWB
CT
connector on
PWE-173A
the)
See Alignment procedure
See Alignment procedure )
(
R503-VR505
V
on the OEF
PWB
PWE-173A
I C504, TR522,
"
0513,0517,0518,
R573, R577, R592
Failure
Z0504
C537
NG
Check H FlY converter
and
associated circuit
NG
OK..-----------------.....
IC501, IC552
Failure
-51-
H F/V converter and
associated circuit
Failure
(See
item
F)
VERTICAL
Check Vertical
centering circuit
J. Side pincushion distortion correction Failure
TR491, TR492, R495, R496
0490, 0491,
U connector
Failure
0492
Readjust VR470
NG
All V frequency?
Yes
No
1C470
Failure
K.
Poor focus
Readjust Focus
(AdjUst by VR470
PWE-173A
on
the OEF PWB)
TR470"-TR475,
R484,
R485.0470,
Failure
Z0470
0471
NG
T504 (FBT) Failure
-52-
L.
Impurity
Disconector Degaussing coil
connector
PWE·168
Power
produce VIDEO on CRT
Connect Degaussing Coil
Connector manually and
Confirm Degaussing Effect.
then
SW
on
CRT
on
on and
screen
SW,
REG,
Please wait
PWB
5-10
minutes
to
get effect
of
TH601
Nb
Effect
Effect, But
not
enough
Make sure
is
distant from any strong
magnetic field
that
OK
the
monitor
No
magnetic field
interference
TH601, Degaussing coil
Degaussing coil
Failure
Readjust
Purity magnet
CRT, DY, Purity magnet
Failure
connector
-53-
M. Abnormal
Text
mode operation
Check CONTROL
and
INTERFACE
PWB
PWB
--------------....-t
--------------..\
N. Abnormal Color at TTL MODE
CONTROL
Text switch
Text color switch
Failure
INTERFACE
IC801, IC803, IC805, TR811
TR824, TR831 Failure
PWB
S3
PWB
(PWE-173C)
S4
(PWE-176)
Check INTERFACE
PWE-176
PWB
Does
not
not
operate
work
16/64 colors automatically
at EGA mode
CONTRAST control
Does
Others
IC806, TR862
Failure
TR813-TR816
TR820-TR822
Failure
Manual switch S802
8/16/64 COLOR Switch
IC802, TR817, TR823
TR819 Failure
S803
-54-
O. Switching Regulator Unit
Kl
~+85V
K2~+24V
Cl ~ Refer
to
Table 1
Check
1
if
each
i
No
output
anywhere
output
No regular
I
appears
)
output
I
at
Cl
I
l
No
output
at
K2
only
I
Turn the power switch
Disconnect
resister
and
K3-K2. (Figure 1) Next turn the power on
check
Check that
Check that
Check
Kl,
so
that rated current
that
85V
Yes
No
F601
Yes
No TR602, C615
R601
Yes
No
that
R604
off
and
wait 1
&-30
K2, K3, K4 and Insert the dammy
appears
is
off
is
off
is
off
is
added between K3-K 1
at
Kl.
I
J
I
seconds.
and
Al,
C601,C602,D601,C605,C628
IC601, IC602, R624, R632, D606
CR601, ZD603
A2
*1
*2
Failure
Failure I
Yes
No Failure
Turn the power switch on
that about
of
R609.
D602, R615, R614, R630,
D603, TR601, CR602
5V
appears
Yes
No C653 Failure
Failure
and
at both
1C601
check
ends
PC601, ZD601, D653, D654, ZD651
C610, C611, TR601, TR651
PC601,D651,D652,C651,C652
C654, IC601, TR602, TR651, T601
-55-
I
C1
*1
=;
OV
I
No
Yes
Turn the power switch. OFF,
wait 5
seconds
C1, C2,
Next turn the power
Check
that
appears
No
Turn the power switch
and Check that about 7V
appears
C3.
about 120V
at
C1.
Yes
at both
then disconnect
ON
and
ON
ends
of
R620
PC602,
TR652, TR653 Failure
I
C660, D663, TR652
I
D658,D659,ZD652
Failure or A3 I
Yes
No
PC602,
ZD602, D606, D604, R624
R632, R623,C615,C616
C617 Failure
CR603, rC602, TR602
-56-
C657,C658,C662,AD602,
CR603, D658, D659, AD652, IC602
Failure
TR602
*2
L652, D652
T601
9 pin
etc.
An
Trouble excluding Switching Regulator
Table
1.
C1
Open
output
voltage
(See
next
page)
Fig.
With no
1.
Rated load current at
K1
K2
K3
Horizontal Frequency [kHz]
22
31
45 GB-II
input
signal, about
K1
and
K2 terminal
R2
45V
EGA
VGA
should
R1
appears
at
C1.
+85V
+24V
C1
voltage
50V
±3V
70V ±
114V ±
O.03A-O.2A
R1
(2.83kn-425n)
O.8A-1.5A
R2
(30n-16n)
[V]
4V
5V
K4
Attention) Do
protector.
not
power on
SW,
REG,
unit
itself
without
-57-
the load at K1, K2, or
it
may misoperate
P.
H/V
Linearity not
l Horizontal I
improved
J 45KHz
I I
.~
42KHz ~ 35KHz I
~
35KHz
.
I 27KHz
J
45KHz
t 35KHz
~
42KHz I
~
27KHz I
~
20KHz :
~
35KHz L
~
20KHz :
IC505, TR523, TR526, TR525
TR527, TR519, TR520, TR524
IC505, TR523, TR526, TR525
TR527, TR519, TR520, TR524
IC505, TR525, TR527, TR519
TR520, TR524
IC505, TR519, TR520, TR524
IC505, TR519, TR520, TR524
I
TR525, TR527, TR536, RL502
IC505, TR536, RL502, TR519
TR520, TR524, TR525, TR527
D515 Failure
Failure
Failure
Failure
Failure
Failure
~
I 45KHz
20K
TR524
TR525
TR526
Vertical
I I
""'-----------....:-.-------..1..
27KHz I
27K
I
35K
-58-
IC505, TR523, TR526, TR525
TR527, TR519, TR520, TR524
42K
IC401, IC403 Failure
Failure
45K
I
fH(HZ)
REPLACEMENT PARTS LIST
Note: The components identified by & make are critical
for
safety. Replace only with Parts Number Specified.
~CRT
IC8(9
IC4C3
IC47C
1C8C3
IC801
lC808
Ie8C6
lC804
1(443
lC5C4
lC5C3
lC8e2
.&.1
nC1
~Ie5Ci
'&'IC6C1
IC505
I C401
IC402
I C44Z.
'&'TR2COZ
TR442
TR447
TR471
TR5C1
TR515
TR5,7
TR718
TR8G1
TR8C4
TR810.
TR821
TR825
TR8S1
TR857
TR862
STI'!BOL
IC44C
IC551
IC805
IC502
~IC602
IC!!07
TR440
TR444
TR449
TR473
TR510
TR519
TR531
TR72G
TRI!02
TR805
TR!!12
TRI!22
TR831
TR852
1&858
TR87C
IC441
IC
552
***
TR441
TR445
TR470
TR474
TR514
TR523
TR536
TR721
TR8C3
TR806
TR820
TR824
TR832
TR856
TR859
TR871
I
PARTS
***
CRT & TUNER
33015011!
***
37011054
37051036
37051C1!1 IC
37051096
37051179
37052011
37052179
370562C7
37056219
37056220
37056233
37056245
37056295
37056352
37056405
37056406
37056415
371011?7
TRANSISTORS
350D7217
NO
I DESCRIPTION
***
CRT
M3hJVL23XX(6408)
IC S
***
IC
UPC33.9C
"OS UPD4066BC <ESD) 6
SN74LS32N
SN74LS367AN
IC
SN74LS123N
IC
SN74LS136N
IC
SN74LSC7N 2
It
IC UPC358
STR2005
IC
STR2012
IC
FCD-016M I 1
IC
Ie
"51387P
LA7851
IC
STK7408HE 2
Ie
Ie
56405
IC
56406
LA7835
It
UPC-393C
IC
(COMP)
(0
R)
(BUF
(!'!ONO
(EX-OR)
***
TR,2SC945-T
Q
f)
I"LT)
.1
1
1
1
1
1
2
1
1
1
1
1
1
1
2
51
SY1'!BOL
TR872
TR493
TR715
U815
TR818
TR8S3
~TR2001
TR4.48
TR502
TR717
TR811
TR492
TR901
TR71C
TR5C9
~TR601
~TR651
~TR504
~TR513
~TR524
~CR602
~CR601
TR507
T.R491
TR508
TR475
TR522
TR!!C9
TR7C1
TR9CS
TR7C4
TIn
07
TR823
T.R833
TR863
TR866
TR878
TR8C8
TR5C3
'&'TR602
.&.TR652
.&.TR525
ltCR603
***
TR904
TR713
TR716
TR816
TR819
TR443
TR472
TRS11
TR719
TR813
TR902 TR903
TR711
TR517
TR702
H906
TR705
TR708
TR854
TR834
TR864
TR875
TR!!79
TR876
TR512
TR9C8
TR714
TR8.14
TR817
TR860
TR446
TR490
TR520
TR722
TR712
TR653
TR518
TR703
TR9C7
TR706
TR709
TR874
TR861
TR865
TR877
TR516
~TR526
I
PARTS
TRANSISTORS
3S0H5017
3S0H5017
350H5018
350K3517
350K4412
35005217
35006804
35025212
35047216
35053C11
35053012
35055312
35063412
35065416
35065417
35065912
35083400
35084417
35084700
35086004
35087700
35160500
351605C1
35160613
35121000
351218CC
35595010
35595014
NO
I DESCRIPTION
***
TR,2SC3811-TA
TR,2SC3811-TA
TR,2SC3811-TA
TR
2SA733/2SA733A-T
TR,2SA952
TR,2SA1C18
TR,2SA1538-.RA
TR,2se5461S46A
TR,2SC945
TR,2SC1941
TR,2SC1941
TR
2SC2001
TR,2S0401A
TR,2SD882
TR,2S0882
TR,2SD471
TR,2SC2408/2SC24C8A
TR,2SC1473
TR,2SC3688
TR,2SC3953-RA
TR
2SC361!5
TR,AN1A411-T
TR,AA1A411-T
TR,DTC123YS-T
TR,2SK43tl
TR,2SK754
THYRISTOR
TRIAC AC1tlD6"
Q
Q
R
L t
Q 3
0 3
L
P
K
L
L
L
P 1
Q
L 1
Q
D
03P4"-L
12
12
Q
14
11
1
1
2
3
3:
1
1
1
3
3
1
6
1
3
2
3
3
2
1
a>
o
SYMBOL
D492
D499C
D515
D802
0808
D811
0814
0817
D820
D823
D826
D832
0871
&'06C6
,&.0658
.&P662
0702
07C5
D441
D444
0447
D451
0499A
D499D
D504
0519
0522
0803
D8C6
D8C9
D812
0815
0818
D821
0824
0827
D830
D851
0860
D872
D884
D887
DC;01
&'D603
&'0654
&,0661
0701
0704
D707
0440
0443
0446
0449
D471 D490
0499F
0521
D805
I
0829
D853 D854
0856
D874 D875
D880 0881
D883
0886
&'D605
D903
&,Z06C2
D653
D659
D663
0703
D706
D442
D445
D448
D470
D491
D499B
0499E
0506
0520
D801
D804
0807
0810
D813
D816
D819
D822
0825
D828
0831
D852
D855
0861
D873
D876
D882
D885
D889
OC;02
I
PARTS
***
360K1009
3601<1027
3601<1027
360K1I:32
3601<3098
NO
I DESCRIPTION
DIODES
***
OICDE,SI.1S2473
DIODE
DIODE
DIODE
DIODE
1SS132
1SS132
1SS82-TA
RD12E8(3)-T4
I
OTY
16
84
84
4
1
I
ZD5C4
Z08C3
0888
04C1
.&.,D508
D513
D51e
'&'D514 3611<7259 CGJ-1
D5C5
&0602
'&'D607
.&.0657
&'D651
&,0501
.&.065L
.&.0601
0599
'&'02001 '&'02002
'&'TH6C1
.&.P C 601
T503
T501
T505
'&'T601
&'T602
'&'T504
'&'T506
'&'T502
SYMBOL
D5C2
.&.D5C9
0516
0523
D511
&D6C4
Lt,P
C 60 2
D503
&'D510
D517
0512
***
I
PARTS
**
3601<3660
36001027
361K7160
361K7~05
36107304
36107515
NO,I
DIODES
*
3601<3647
36107114
36107303
36107305
36108072
36108090
36801023
38005011
38112026
38200214
TRANSFORMERS
45804002
45804004
46305101
46308103
46308104
4710H35
47502053
47710003
DESCRIPTION
***
DIODE
DIODE
DIODE
RECTIFIER,SI.TVR-06G
RECTIFIER,SI.ERB44-Q6V1
RECTIFIER,SI.
DIODE
DIODE
DIODE
RECTIFIER,SI.
O,NETWORK
DIODE
OIOOE,LIGHT-E SEL1320G
VARISTER,V01220
THERMISTER,POSITIVE 1
PHOTO
R06.8ESB(2)-T4
RD9.1ESB(3)-T4
1SS132
RU1P
EUC2
CTG-G3CR
RU2B
CTU-G30R
D5LCA20
D5SB~tG
COUPLER
G23
11
***
TRANS,H.ORIVE
TRANS
TRUiS,CONVERTER
TRANS,SWITCHING
TRANS,SWITCHING 1
FLY
BACI<
SIDE
TRANS,H.OUTPUT
TRANSFORMER
TRA~S,PINCUSHION
1
1
1
1
3
2
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
&'ZD653
&, Z D2
001
651
D4C1
&,Z
4:,z
ZD47C ZD601
&,
Z D
Z
ZD5C1
'&'ZD603
ZD4C2
Z05C2
ZDB51
02002
D 6 5 2
ZD
701
3601<3132,
360K3143
3601<3149
3601<3151
3601<3160
3601<3161
3601<3162
3601<3188
3601<3403
3601<3635
DlODE,ZENER
DIODE,R08.2JSB(1)-T4
DIODE
DIODE
DICDE
DIODE
DIODE,RD2.7EB(1)-T4
DIODE
DIODE
DI~DE
RE3.0E8(2)-T4
RD1CEE(2)-T4
RD6.8EB(2)-T4
RD8.2EB(2)-T4
RD12E8(2)-T4
RD3.9EB(2)-T4
RD5.1JSB(1)-T4
RD5.1ESB(2)-T4
1
2
,
3
1
1
1
1
1
1
VR5
VR3
VR1
VR5CS
VR7C4
VR44C
VRse1
VR7C3
VR4
VR2
VR441
VR701
***
vR6
VR443
VR702
VARIAELE
41011273
41011275
41023l:03
41061511
41071HO
41071161
RESISTORS
R,VARIABLE
R.VARIABLE
R
..
VARIABLE
R,VARIABLE
R,VARIABLE
R,VARIABLE
***
B201<-V(M) 1
B20K-V
101<
B4.7K
B3.31<
B4.7K
00
12W
3
,
1
1
7
SYMBOL
***
VR4C2
VR4C4
VR47C
VR4C1
VR5C3
VR504
VR5C5
VR5C2
VR4C3
VR9C1
VR9C4
VR902 VR903
VR905
VR906
VR907
~VR651
~VR652
~VR2C01~VR2002
~VR653
~
VR5C8
VR510
I
PAP.TS
VARIABLE
410711t5
41071167
41071169
41071171
41071173
41085C08
41085013
41085014
41087C58
41505005
41505006
41505007
41505009
41505208
NO
I DESCRIPTION
RESISTORS ***
R,V~RIABLE
R,V~RIABLE
R,V~RIABLE
R,VARIABLE
R,VARIABLE
R,VARIABLE
R,V~RIABLE
R,VARIABLE B200K
R,VARIABLE
R,VARIABLE
R,VARIABLE
R,VARIABLE
R,VARIABLE
R,VARIABLE
822K
B471<
B100K
82201<
B470K
B5K
8100K
B5K
B2K
B3K
BSK
B20K
BSCK
SYMBOL
I
PARTS
NO
I DESCRIPTION
*** COILS g FILTERS ***
(SF47H1RO)
1
2
1
L508
~L601
61022C81
61062C43
61062C57
COIL
L1tiE FILTER 1
FILTER GL-2030F 1
L1fo.E
1
3
~L515
1
1
6
1
L504
~L651
~L652
L507
~L602
L653
L510
L7C8
L512
1
L514
1
2
1
1
1
L9C4
LC7C1
LC7C5
LC7C3
C2
L '.9
LC706
LC704
LC903
LC7C7
LC9C1
61064C06
61099(11
61C99(14
61099(19
61099(27
61315103
61605008
61605C32
61606024
61606027
61606028
COIL,FIL
COIL,CHOKE
COIL
COIL,CHOKE
FILTER
COILC60T)
FERRITE
FERRITE
NOISE
·NOISE
NOISE
TER
330K1.8
CHOKE
8EADS
BEADS
FILTER
FILTER
FILTER
5CUH
33UH
101KR66 1
3.5*5*1.3
2A222111
1H223X 5
3
1
2
3
1
1
1
1
3
SW4
~SW8C2
~SW804
,,:hSW8C3
~SW8C1
~SW2
~SW3
SW1
RL5C1
RL5C2
LC7C2
~L509
~L506
~L502
L511
~L505
L802
L801
L5C1
L503
L901
L704
L701
L513
L9C2
L7C5
L702
***
***
L903
L7C6
L7C3
RELAYS g SWITCHES
65161021
65161022
t5161C23
65161C24
65163002
65360006
65602551
65660004
CO
ILS g F IL
39099015
60908056
60918104
60919607
60999C04
49801006
610E1714
610F6C14
610F7C10
610F7C19
610F7504
610F7505
610F7551
SWITCH,SLIDE
SWITCH,SLIDE
SWITCH,SLlDE
SWITCH,SLlDE
SWITCH,SLIDE
SWITCH,PUSH
RELAY
RELAY
TERS
FILTER
COIL
COIL,H.LIN
COIL
COIL,CHCKE
INDUCTOR,DU~~Y(610UH)
COIL,FILTER
COIL,F IL
COIL,FILTER 2.7UH 2
COIL,FILTER
COIL,FIL
COIL,FIL
COIL,FILTER 0.82UH
***
BUTTON
-**
ZJSC-2R2-101
5.6UH 1
TER
5.6UH
PR68/"AHS)
lER
lER P1RCfiAHS)
1
1
1
1
1
1
1
1
:3
:3
:3
pwe
1
2
1
1
2
1
***
84J99AC1
84J99C01
84J99D01
84J99J01
84J99K01
ASSYS
SW.REG.FWB
VIDEO
DEF
pwe
CRT
pwe
INTERFACE
***
PWB
ASSY
ASSY
ASSY
ASSY
PWB
ASSY
1
1
1
1
1
1
***
ELECTRICAL
HS4C2e
It
SG9C1
1
~F601
~F501
SG9C4
~
S6902 SG903
S6905
IS802
IS7C1
PARTS
31700909
31709202
31709203
31709503
32990C47
66653C17
66699011
66706001
70032026
70056355
70102147
70102152
70810709
&
MISCELL~NFOVS
FAN
(DC24V)
SHEET
,INSULATOR
INSULATOR
SHEET
,INS(;LATOR
ARRESTER
FUSE
125V
FUSE
SSfR-63CIIIA-FOC5
Sp~RK
GAP
SG/CRT
D-SUB
IC
IC
LINE
SOCKET
SOCKET
SOCKET
CCRD
PAPTS
(150*37,TR85)
4A-UC
t.2KV
SOCKET
'iP
241'
3CP
:3P,L=1.8
~**
1
1
1
3
3
1
1
2
1
1
1
1
1
SYMBOL
I
PARTS
r~o
I DESCRIPTION
SYMBOL
I
PARTS
NO
I DESCRIPTION
***
&'FH6C1
CN-CE
CN-CT3
.&,
R5B6
R499E &'R612 &'R626
.1:.
R671
.1:.
R602
L!:..
R663
ELECTRICAL
(foi-C
11
***
&'R6C8
*** KNoes
PARTS
71205037
CN-CT
~
73721(03
***
PR
&'R619
APPEARANCE
245147<;2
25307251
25307271
25402441
254C5971
25407261
25515492
25451871
25451881
lNTED & PACKING
24806961
24813191
25812832
25812842
25812852
25814151
78045671
78119472
25764502
***
401(6641
401C6657
401
& MISCELlPNFOUS
HOLDER,FUSE
COhNECTOR
PARTS
COIL SPRING
CABINET,
oeINET,BACK
REVOLVING
REVOLVING
LID,COfiiTROl
REAR PANEL
&
PUSH
BUTTO,.S
PUSH
KNOB,CONTROl 2
I"ATERIAlS
BAE,POLYETHYLENEC270*370)
BAG.POLYETHYLENE
F ILL E R
FIlLER(R),CARTON
CARTON
FILLER T
SERVICE
INSTRUCTION
NAME
RESISTORS
R,CARBO,.
R,CARBON
73
R.CARBON
C66
PAPTS
PIN
2P
***
FRONT
STAND
STANDCB)
BunOh
(L)
, ( A R
BOX
.CARTON
CONTRACT(1501~~A)
PLATE,
***
47H
220
1.CK
T
ASSY
***
***
TO
N 1
BOOK
INSTRUCTION
1/4101
5%
5%
1/4W
5%
1/4W
***
RESISTORS
2
I,
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
4
4
R609
R495C R611
&,
R662
&,
R666 4C1C66E3
&'R656
&R633
6 R655
&,
R636
6 R631
6R657
R 4 6
.1:.
R568
6R605
.1:.R61E
6R6C3
R416
R541
R742
R477
.1:.
R567
R745
R812
R815
R83<;
R844 R871
R8BS
R8<;S
.1:.RicC2
R46C
R47C
R532
R8A5
R8C2 R8C5
RSC4E
Rl!09E
R852
R919
6R2001.1:.R2007
R445 R 5
R8CS RE70 R884
R92(
RI,FE
R475
R531
R891,
R62C
&'R661
&'Rt64
6R672
C;
J
&'R
5 64
RI,19
.1:.R566
R743
R4
R591
R810
R813
R835 R836
1181,0
RB93
R2004
RH3 RH9
R4E1 R5E5
R746
R8P6
R8C4
RSC9
RS91 R892
R453
R502
.1:.R5t3
R91,1
c;z
C1
E
t:
R658
R627
R519
R741
11903
R51,0
R737
11811
RE14
R81,3
R872
R895
RI,O
r;
R8AI.
R8C1
R8C6
R8C4R
R8C9R
R420
REC2
R459
R5CI,
R885
401 C6675
4C1
(6677
401C6679
401C66E5
ltC1
(6tH
4C1C6t(;1
401 C6697
4C1C67C5
401C6723
401C6757
401H5653
I,C1H5721
401H5737
401H5739
401K5675
L,(
11(56<;1
4C1K56<;7
401K5699
4C1
K57C5
R,CARBON
R,CARBON
R,CARBON
R,ORBON
R,CARBON
R,CARBON
R~CAR80N
'R,
C
AReO,.
R,(ARBON
R,CARBON
R,CARBON
R,CARBOfii
R,CARBON
R.CARBON
R.CARBON
R,CARBOh
II,CARBO,.
R.CARBO,.
R,CARBO"
R,CARBO"
1.2K
1.5K
1.
!!K
2.7K
3.3K
3.9K
S.6K
1CK
22K
120K
3.31'1
150H
1COK
I,70K
560K
1.2K
5.6K
1CK
12K
22K
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
5%
1/41i
1/4W
1/4W
1/4W
1/1,101
1/410i
1/41i
1/411
1/4
1/4W
1/4w
1/2w
1/2101
1/2W
1/2101
1/6101
1/6W
1/6101
1/6'ri
1/6W
3
3
1
1
2
1
1
2
W
25
2E
1C
11
1
1
1
1
c;
2
2
1
SYMBOL
I
PARTS
NO
I DESCRIPTION
SYMBOL
I
PARTS
NO
I DESCRIPTION
***
R402
R851
R405
R451
R471
&'R522
R536
R5e9
R8B1
R8e4
RBB9
Lt R 2 0 C 3
LtR20C5
LtR5 F
LtR495
&,R630
LtR614
LtR623
6 R731
LtR734
&R579
6 R546
6 R601
6 R534
R728
6R573
R545
R5A3
R5A2
R484
R406
RB16
R401
R407 4C3721C5
R525
6R667
6R616
6R607
R581
R496
R423
R418 LtR5B9 401K5715
R449
R469E
R5e2
LtR
526 R530
R547
ReA7
R8E2
I<B86
R860
LtR 2 CO
f
&R632
6R732
6R735
R729 RBO
11592
R518
R450
R46<;(
LtR521
R554
R8119
RBB3
R8e7
6
LtR733
6R136
401K5121
40101185
40107197
40175117
40175133
40175143 R CIIRBON
40175181
40175183
40177137
40178111
40216026
40299105
402991C8
40318273
40371115
40371119
40371125
40371133
40371147
40371159
40371161
403.71165 R,METAl
40372113
40372137
40312141
40372147
40372151
40372157
40372159
RES.ISTORS
R,CARBON
R,CARBON
R,CARBON
R,CARBON
R,CARBON
R,CARBON
R,CARBON
R,CARBCN
R,CARBON
R,CARBON
R,WIRE
R,WIRE
R,~IRE
R,METAl
R,~ETAl
R,METAl
R,METAl
R,METlll
R,METAl
R,~ETAL
R,METAl
R,METAl
R,METAl
R,METAl
R.,~ETAl
R,METAl
R,METAl 120H
R,METAl
R,METAl 270H
***
68H
6.8H
240H
56K
100K
3.3K
1CK
4.7H
22H
56H
2.2K
2.7K
33H
4.7H
1.0K
3.9H
5.6H
10H
22H
82H
270H
330H
47CH
1.5H
3.3H
33H
47H
82H
220H
5%
1/6W
5%
1/6W
5%
1/6W
5%
1/6W
5%
11411
5%
1/411
5%
1/4W 2
5%
1/410 1
51 1/4W 1
5%
1/411
5%
1/2W
5%
5~
5%
510
5%
7~
5%
7W
5%
111
5% 1 II
5%
111
5%
111
5%
111
5%
1~
111
5%
5%
HI
211
5%
5%
211
211
5%
5%
211
5%
21/
5%
2W
5%
2w
5%
2W
26
***
4
2
1
1
1
6
1
1
1
1
3
1
1
1,
1
2
1
1
1
1
1
1
1
1
1
1
2
LtR634
6R652
LhR654
6R665
&'R617
LhR613 4C373131 R,"ETAL
6R622
6R625
6R6
LhR660
&R6511
&R615
LhR604
6
6
6
R52C
6
6R
C909
C52C
C9C6
C917
C545
C56:3
C721
C914
&,C565
&,C626
LhC528
C513
LhC6C3
C4FF
LhC663
LhC612
6C623
C5H
e12!!
R485
5 3
R529
R527
R55C
593
6R629
6R670
&11624
L!:,.R517
6R548
6R551
6R542
C910
C907
C546
C722
C915
6c 6 C4
LhC618
LtC
625
Lhe535
C729
LhR549
***CAPACITORS
C911
CC;C
8
C547
C72:
6c
6C
6
6C
6:2
2
C727
RESISTORS
40372161
403722(3
40372205
403722C9
40372217
4C373133
40373149
40313151
403731S~
40373197
403732C3
40373337
40399031
40405109
40405117
40405137
408010~1
420C9563
420C9565
420C9561
42065CO.1
'201J575
'2019175
4203J553
4203J554
4203J557
4203J571
42053(67
42099C69
42099C82
42099(85
421'0213
***
R,IIIETAl
R,~ETAl
R,METAL
R,HTAl
R,,"ETAl
R,~ETAl
R,METAl
R,METAl
R,METAl
R,
..
R,METAl
R,"ETAL
R ,"ETAL
R,METAl
R,IIIETAl
R,METAl
R,FUSE
C,CERA~IC
C,CERA~IC
CiCERAMIC
C,CERAI'IIC
C,CERAII'IIC
C,CERAI'IC
C,CERAIilIC
C,
CER
C,CERAI'IIC
C,CERAMIC
C
.CERAMIC
C,CERAJilIC
C,CE RA'''!C
C ,C
e,CERAI'IC
ETAl
A
ERA
1COH
•••
1'1
I C
''II
8.2K
C
33CH
18K
22K
33K
68K
18H
22H
100H
220H
10K
18K
C.47H
2.2K
2.2H
4.7H
33H
5DDV
5COV
50CV
5Cv
5COV
2KV
SOOV
5COV
5COV
SCOV
4COV
50V
2l<V
2KV
SCV
5%
5%
5%
5%
5%
3w
5%
5%
3W
5%
5%
5%
5%
3101
5%
3101
5%
5%
5%
5%
5%
5%
0.22UF
O.01UF
150PF
180PF
330PF
4700PF
0.01UF
1500PF
56CPF
1COOPF
2W
211
211
2W
211
3W
311
311
311
2W
1/411
1/4111
1/411
1/41/
0.001UF
1500PF
22CCPF
0.C1UF
22(CPF
1
1
1
1
2
1
1
1
1
1
1
2
2
1
2
5
2
1
:3
1
.4
4
:3
:2
1
1
1
1
..
1
1
5
~
C44C
C49'7,11
C854
C571
C544
C44:3
C912
SYMBOL
C444
C471
I
PARTS
***
421(0217
421C0221
421C0225
421C0701
421052C1
421J9CC1
NO
I DESCRIPTION
CA
PAC
IToR S
C.CERA"IC
C,CERAMIC
C,CERAMIC
C,CERA!'IC
C,CERAIHC
C
.CERAPUC
***
scv
50V
~OV
50V
50V
50V
2200PF
4700PF
0.01UF
100UF
0.01UF
0.1
U F
I
QTY
1
1
1
1
1
4
I
C901
(51l:
Ltc
515
&,C522
Ltc 5 2
C51S
&'C530
SYMBOL
(9C2
&'C515~
'7
I
PARTS
**
*
C903 42840C'77 C,FILM
NO
CAPACITORS
42840173
42842502
42842503
42843503
42899C10
42899C27
I DESCRIPTION
C,FILM
(
FILM
C, F ILM
C.FILI'! 200V
C,METAL
C,METAL
***
25CV
0.22UF
4COV
0.1UF
1l:COV
1600V
3000PF
2400PF
1UF
FIL"
25CV
FIll" 400V
0.22UF
C.3
6U
3
1
2
1
1
1
F
1
C543
(501
(50S
C858
(71S
(891
C409
C50'7
CSC7
C506
(564
C51C
C503
C402 C416
C4C4 C418
C8(:,
(859
C860
C905
.1.C552
C541
.1.C60S .1.C614
.1.C656
.1.C607
.1.C659
(445
C442
(40(:
.1.C6C1 .1.C6C2
.1.C655
.1.C613
.1.C666
.1.(531
&,C532
(502
C719
C892
(446
C441 C572
.1.C(:
19
C72(
(893
.1.C627
.1.C661
423A1C33
423A1C55
423A1101
423112C27
423112(35
423A2C41
423A2104
423J8102
427A7C05
427A7C06
427F4CC1
427F4C02
427F4C06
427F4C15
427F4C2S
427F4C51
427F4C54
427F4(S5
427F4C75
427045(:7
42760011
42760Cl:9
4276D073
42760(75
42799099
4282C(13
4282CC17
4282C(25
42824325
42839(21
42839C22
42839303
428393C8
(,CERAMIC
C,(ERAP'II(
C,(ERA,.IC
C,CERA,.IC
C,CERAMIC
C.CERAMIC
C,CERA"IC
C,CERAMIC
C,FILM HOV
C,FIL,.
C,FILM
C,FILM
C,FILM
C,FILM
C,FILM
C,FILM
C,FILM
C,FILI"
C,FILM
C,FILM
C,FILM
C,FILM
C,FILM
C,FILM
C,"YLAR 400V
C,ELEC
C,METAL
C,,.ETAL
C,FILM
C,~ETAl
C,,.ETAl
C,FILM
(,FILM
50V
50V
5CV
50V
50V
SOV
SOV
SOV
1 C C V
50V
SOY
SCY
50V
SOV
50V
50V
50V
5CV
2COV
5CV
50V
50V
50V
SCV
FlU!!
FILl"
25CV
FIl~
FILM
4COV
4CCV
33PF
270PF
470PF
18PF
39PF
68PF
22CPF
560PF
0.0(22UF
C.
0 C 2 7 U
F'
10
CO
P F 1
1200PF
2700PF
0.015UF
o .1U F
1000PF
1800PF
2200PF
0.1UF
0.022UF
l:8COPF
0.033UF
0.068UF
0.1UF
0.033UF
C.1UF
SOV
C.2U 1
1UF
SOV
0.1UF
25CV
o.o~aUF
25CV
G.1UF 4
0.15UF
O.33UF 1
1
2
1
1
3
3
1
1
1
1
,
1
2
2
1
1
1
1
1
1
2
1
1
1
2
3
3
1
1
C4C3 C856
C415
C50S
C47C
.1.c 2 0 C 1
C7C7 e7C8
Ltc 5 2 4
C525
Ltc 5 5 S
(726
.1.C20C2
C517
C525
C562
,(916
C527
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