In the interests of user-safety (Required by safety regulations in some countries) the set should be restored
to its original condition and only parts identical to those specified should be used.
21YF30
FEATURE
Ë
PAL B/G
Ë
NTSC (AV THRU)
Ë
Full Auto Channel Preset and Auto Channel Skip
Ë
100-CH Program Memory
Ë
CATV(Hyper Band) Ready <Used Frequency Synthesizer
Tuner>
CABINET PARTS ......................................... 57
» PACKING OF THE SET...................................58
Page
The chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and power
receptacle, when servicing this chassis. To prevent electric shock, do not remove cover. No user – serviceable
parts inside. Refer servicing to qualified service personnel.
SHARP CORPORATION
WARNING
1
2-12-2
21YF30
2
SPECIFICATIONS
Convergence .................................................................Self Convergence System
Focus............................................................Electrostatic Focus High Bi-Potential
Dimensions.....................................................................................Width: 502 mm
Height: 486 mm
Depth: 482 mm
Weight(approx): 22 kg
Cabinet material ....................................................................................All Plastics
Specifications are subject to change without prior notice.
IMPORTANT SERVICE NOTES
Maintenance and repair of this receiver should be done by qualified
service personnel only.
SERVICE OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE
When servicing the high voltage system, remove static charge from it by
Connecting a 10K ohm Resistor in series with an insulated wire(such as a
test probe) between picture tube dag and 2nd anode lead. (AC line cord
should be disconnected from AC outlet.)
1. Picture tube in this receiver employs integral implosion protection.
2. Replace with tube of the same type number for continued safety.
3. Do not lift picture tube by the neck.
4. Handle the picture tube only when wearing shatterproof goggles and after discharging
the high voltage completely.
X-RAY
This receiver is designed so that any X-Ray radiation is kept to an absolute
Minimum. Since certain malfunctions or servicing may produce potentially
hazardous radiation with prolonged exposure at close range, the following
precautions should be observed:
1. When repairing the circuit, be sure not to increase the high voltage to more than 28.6kV
(at beam 0
µ
A) for the set.
2. To keep the set in a normal operation , be sure to make it function on 27.0kV
±
1.5kV (at
beam 1,100
µ
A) in the case of the set. The set has been factory - Adjusted to the above-
mentioned high voltage.
∴∴
∴∴
∴If there is a possibility that the high voltage fluctuates as a result of the repairs,
never forget to check for such high voltage after the work.
3. Do not substitute a picture tube with unauthorizerd types and/or brands which may
cause excess X-ray radiation.
BEFORE RETURNING THE RECEIVER
Before returning the receiver to the user, perform the following safety Checks.
1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not
lodged between the chassis and other metal parts in the receiver.
2. Inspect all protective devices such as non-metallic control knobs, insulating fishpapers,
cabinet backs, adjustment and compartment covers or shields, isolation resistor- capacity networks, mechanical insulators etc.
3
3-13-2
21YF30
ADJUSTMENT PRECAUTIONS
This model’s setting are adjusted in two different ways: through the I2C bus control and in the conventional
analog manner. The adjustments via the I
2
C bus control include preset-only items and variable data.
CAUTION : MAKE SURE TV SET IN “NORMAL CONDITION” BEFORE SWITCH TO SERVICE MODE FOR
ADJUSTMENT.
1. Setting the service mode by the microprocessor.
1. Short JA 304 & JA 307 , then tv set will switch to the service mode position, and the microprocessor
is in input mode. (Adjustment through the I2C bus control). (Use JWS Key to set as well).
2
. Press the MENU key on the remote controller to get ready to select the mode (Adjustment
mode, Setting mode, Check mode and Option mode) one by one.
3. Press the CH DOWN / UP key on the remote controller to select the items in Adjustment mode,
Setting mode and Option mode.
4. Using the VOLUME UP/ DOWN key on the remote controller, the data can be modified.
5. In Check mode the data cannot be changed.
6. Disable the short of JA 304 & JA 307, it will switch to the normal mode (OFF) position, and the
microprocessor is out of the service mode.
2.Factory Presetting.
1. Short JA 304 & JA 307, then turn ON the main power and release the shorted JA304 & JA307
after raster appeared on the screen. Initial values are automatically preset, only when a new
EEPROM is used. (Judge with the first 4 bytes.)
2. The initial data are preset as listed in page 4-2, 5-1, 5-2 & 6-2.
3. Make sure the data need modification or not(Initial data).
Note: Once the chassis has been assembly together and ready to be POWER ON for the FIRST TIME, make
sure to short JA304 & JA307 to switch to the service mode position first and then turn on the main
power switch (See 2-
11
11
1 above).
Precaution: If haven’t done this initiation, it may possibly generate excessive Beam current.
3. For reference please check with memory map.
ADJUSTMENT ITEM
***Below is the adjustment items that we should done, PLS FOLLOW THE PROCEDURE.
Otherwise some adjustment items will not be accurate.
NO ***ADJUSTMENT ITEMEFFECTIVE MODELREVISION
1BUS SET UPALL
2OPTION SET UPALL
3V-SIZE (50 Hz)ALL
4V-SHIFT (50 Hz)ALL
5H-SHIFT (50 Hz)ALL
6H-VCOALL
7VIF-VCOALL
8S-TRAP foALL
9RF-AGCALL
10PURITY ADJALL
11CONVERGENCE ADJALL
12FOCUS ADJALL
13SCREENALL
14WHITE BALANCEALL
15SUB-BRIGHTNESSALL
16SUB-CONTRASTALL
17SUB-TINTALL
18SUB-COLORALL
19MAX BEAM CHECKALL
20BEAM PROTECTOR CHECKALL
21HV PROTECTOR CHECKALL
22OTHER PROTECTOR CHECKALL
23AV OUT CHECKALL
24AV IN CHECKALL
25CONTRAST CONTROL CHECKALL
26COLOR CONTROL CHECKALL
27BRIGHTNESS CONTROL CHECKALL
28TINT CONTROL CHECKALL
29SHARPNESS CONTROL CHECKALL
30CH DISPLAY COLOR CHECKALL
31NORMAL DISPLAY CHECKALL
32WHITE TEMP CONTROL CHECKALL
33COLOR SYSTEM CHECKALL
34SOUND SYSTEM CHECKALL
35NOISE MUTE CHECKALL
36HEAD PHONE CHECKALL
After short JA304 & JA307, and turn on the MAIN POWER switch, read data from EEPROM address
00H ~ 03H. Then compare to the list below. If different, initialize the EEPROM.
Address : DataAddress : Data
00H: 8AH02H: 82H
01H: 84H03H: 89H
** There are four stages of Service Mode data;
First stage data from V00~V24 (ADJUSTMENT MODE).
To go into second stage of service mode data, press MENU key.Second stage data from F01~F113 (SETTING
MODE).
To go into third stage of service mode data, press MENU key. Third stage data is CHECK MODE.
To go into fourth stage of service mode data, press MENU key. Fourth stage data from O01-O21. (OPTION
MODE)
ADJUSTMENT MODE (FIRST STAGE)
PLS REFER TO
ADJ ITEM FOR
SCREEN AND
WHITE BALANCE
USER DATA
CONTRASTMAX (60)
COLOURCENT (0)
BRIGHTNESSCENT (0)
TINTCENT (0)
SHARPNESSCENT (0)
WHITE TEMPSTANDARD
S-VOLUMEMIN
SURROUNDOFF
TREBLECENT (0)
BASSCENT (0)
BALANCECENT (0)
BLUE BACKOFF
C SYSTEMAUTO
S SYSTEM*1
USER DATA IN SERVICE MODE
* While SERVICE mode ON, EEPROM DATA will switch to the service data.
Also, once SERVICE mode OFF, EEPROM will switch back to previous USER DATA.
* In the service mode, the user data establish as below,
*1: For each CH, data is
same as before switch
to Service Mode.
*
Direct Key-in Mode for Service Items in Service Mode
RC (HEX)SERVICE-ITEM
80R-CUTOFF UP (IN SERVICE MODE V00)
40G-CUTOFF UP (IN SERVICE MODE V00)
C0B-CUTOFF UP (IN SERVICE MODE V00)
20R-CUTOFF DOWN (IN SERVICE MODE V00)
A0G-CUTOFF DOWN (IN SERVICE MODE V00)
60B-CUTOFF DOWN (IN SERVICE MODE V00)
E0R-DRIVE UP (IN SERVICE MODE V00)
10B-DRIVE UP (IN SERVICE MODE V00)
50B-DRIVE DOWN (IN SERVICE MODE V00)
E4R-DRIVE DOWN (IN SERVICE MODE V00)
E4Y-MUTE (BESIDES OF SERVICE MODE V00)
1FIX
STD-BY-WO-BRIGHTF1100~255255*FIXBUS SET UP
AC-FAIL-WO-BRIGHTF1110~255255FIX
FORCED-SCM-KIL-TVF1120~32FIX
FORCED-SCM-KIL-AV-YUVF1130~32FIX
SETTING MODE (SECOND STAGE)
EEPROM ITEMSOSD DATA LENGTH
INITIAL DATA
FIX/ADJ/AUTO
REMARK
STRAPQ-BGF010/10FIX
STRAPQ-IF020/10FIX
STRAPQ-DKF030/10FIX
STRAPQ-MF040/10FIX
STRAPQ-574F050/10FIX
C.CLIP-LVLF060/10FIX
RGB-CLIPF070/10FIX
BSF080/10FIX
ABCLF090/10FIX
ABCL-GAINF100/10FIX
S-OUT-LVLF110~12795FIX
VIF-GF120~74FIX
SHPGF130/10FIX
SHPG-PF140/10FIX
SHPG-SF150/10FIX
SHPG-N4F160/10FIX
SHPG-N3F170/11FIX
YDLF180~75FIX
YDL-PF190~75FIX
YDL-SF200~77FIX
YDL-N4F210~75FIX
YDL-N3F220~75FIX
YDL-AVF230~76FIX
YDL-AV-PF240~76FIX
YDL-AV-SF250~77FIX
YDL-AV-N4F260~76FIX
YDL-AV-N3F270~76*FIXBUS SET UP
YDL-YUVF280~76FIX
COL-AV (OFFSET)F29-31~0~+31+10*FIXBUS SET UP
COL-P (OFFSET)F30-30~0~+310FIX
COL-S (OFFSET)F31-31~0~+31+9FIX
COL-N4 (OFFSET)F32-31~0~+31-8FIX
COL-N3 (OFFSET)F33-31~0~+31-7FIX
COL-ADJ (OFFSET)F34-31~0~+310*FIXBUS SET UP
SHP-AV (OFFSET)F35-31~0~+31+5FIX
SHP-YUV (OFFSET)F36-31~0~+310FIX
SHP-P (OFFSET)F37-31~0~+310FIX
SHP-S (OFFSET)F38-31~0~+31-5FIX
SHP-N4 (OFFSET)F39-31~0~+310FIX
SHP-N3 (OFFSET)F40-31~0~+310FIX
TINT-AV (OFFSET)F41-63~0~+630*FIXBUS SET UP
TINT-ADJ (OFFSET)F42-63~0~+630*FIXBUS SET UP
TINT-YUV-ADJ (OFFSET)F43-63~0~+630FIX
R-R (OFFSET)F44-63~0~+630FIX
B-R (OFFSET)F45-63~0~+63-9FIX
R-B (OFFSET)F46-63~0~+63-6FIX
B-B (OFFSET)F47-63~0~+63+8FIX
DTF480/10FIX
DT-PF490/10FIX
DT-SF500/11FIX
DT-N4F510/10FIX
DT-N3F520/10FIX
TRAPF530~32FIX
TRAP-PF540~32FIX
TRAP-SF550~32FIX
TRAP-N4F560~32FIX
TRAP-N3F570~32FIX
SETTING MODE (SECOND STAGE)
6-16-2
21YF30
6
EEPROM ITEMSOSDDATA LENGTH
INITIAL DATA
REMARK
***HOTEL MODE0010 (0FF) / 1 (0N)0OPTION SET UP
***HTL-POS0020~99,——OPTION SET UP
***HTL-VOL0030~60,——OPTION SET UP
VIF0040 (38.0) / 1 (38.9)1OPTION SET UP
SECAM0050 (DISABLE) / 1 (ENABLE)1OPTION SET UP
N443(RF)0060 (DISABLE) / 1 (ENABLE)1OPTION SET UP
N358(RF)0070 (DISABLE) / 1 (ENABLE)1OPTION SET UP
FORCE-COL0080 (DISABLE) / 1 (ENABLE)0OPTION SET UP
S-SYS0091(BG ONLY)~15(ALL)15OPTION SET UP
AV0100 (DISABLE) / 1 (ENABLE)1OPTION SET UP
AV20110 (DISABLE) / 1 (ENABLE)1OPTION SET UP
YUV0120 (DISABLE) / 1 (ENABLE)1OPTION SET UP
S-CTRL0130 (DISABLE) / 1 (ENABLE)1OPTION SET UP
NICAM0140 (DISABLE) / 1 (ENABLE)0OPTION SET UP
A20150 (DISABLE) / 1 (ENABLE)0OPTION SET UP
TELETEXT0160 (DISABLE) / 1 (ENABLE)0OPTION SET UP
BILLINGUAL0170 (DISABLE) / 1 (ENABLE)0OPTION SET UP
LANGUAGE0181~25565OPTION SET UP
SEARCH-SPEED019
1(350)~2(450)~3(550)~4(650)~5(750)
3OPTION SET UP
R/C-MENU0200 (ENABLE) / 1 (DISABLE)0OPTION SET UP
LED-CONT021
0 (ONE LED) / 1 (TWO LED)
0OPTION SET UP
*** HOTEL MODE
OPERATION OF HOTEL MODE:
WHEN CHANGE SERVICE DATA 001 TO 1, HOTEL MODE IS ON
WHEN HOTEL MODE IS ON,
1. Max volume data is determined by option setting HTL-VOL (003)
2. Channel position after POWER ON is determined by option setting HOTEL-POS (002) (if option setting HOTEL-POS is not
set, processing is according to last position data).
3. User data updates of EEPROM regarding the video and audio control is not allowed.
2.) After set the MCL , please set the INITIAL SETTING to INITIAL9.
INITIAL9: For Thai (All Channel Sound System are set to B/G)
*NOTE: PLL DATA OF ABOVE FREQ SHOULD TAKE THE ACCOUNT OF PIF SETTING IN SERVICE
OPTION 004 (VIF) BEFORE STORING INTO EEPROM.
7
7-17-2
21YF30
SHIPPING SETTING & CHECKING
(1)The following default data has been factory-set for the E2PROM follow by INITIAL DATA selected.
ITEMSDATA SETTING
21YF30
LAST POWERON
LAST TV/AV MODETV MODE
LAST POSITIONCH 1
FLASHBACK CHANNELCH 1
FAVOURITE CH ACH 10
FAVOURITE CH BCH 20
FAVOURITE CH CCH 30
FAVOURITE CH DCH 40
1/2 DIGIT ENTRY2 DIGIT ENTRY
VOLUME0 (Min)
BLUE BACKOFF
OFF TIMER—:—
ON TIMER—:—
ON TIMER POSITION—
ON TIMER VOLUME—
REMINDER—:—
AFTALL CH ON
COLOR SYSTEMALL CH AUTO
SKIPALL CH OFF
NICAM ON/OFFN/A
NICAM STEREO MODEN/A
NICAM BILINGUAL MODEN/A
NICAM MONO MODEN/A
A2 ON/OFFN/A
A2 STEREO MODEN/A
A2 BIL MODEN/A
CONTRAST60
COLOR0
BRIGHTNESS0
TINT0
SHARPNESS0
WHITE TEMP0
SURROUNDOFF
TREBLE0
BASS0
BALANCE
0 (CENTER)
INITIALLANGUAGESOUND SYSTEM
9 (77 HEX)THAIB/G
*Note: N/A - not Applicable
PIF ADJUSTMENT
No. Adjustment pointAdjustment procedure/conditionsWaveform and others
Tuner IFT
( PRESET )
11. Get the tuner ready to receive the CH. E - 9
signal,but with no signal input.
Adjust the PLL data.
2. Connect the sweep generator's output cable to
the tuner antenna. ( RF SWEEP )
3. Adjust the sweep generator's to 80dBµV.
4. Connect the response lead ( use LOW IMPEDANCE probe with wave detector ; see Fig.1 ) to
the tuner's IF output terminal. ( This terminal must
have the probe alone connected ).
5. Set the RF AGC to 0 - 6 V with no saturation with
the waveform.
6. Adjust the tuner IF coil to obtain the waveform as
shown in Fig. 2.
2. Connect the oscilloscope to TP201 (Tuner’s AGC
Terminal) as shown in Fig. 3-1.
3. Call "V01" mode in service mode. Adjust the "V01"
bus data to obtain the Tuner output pin drop
0.1~1.0V below maximum voltage.
4. Change the antenna input signal to 63~67dBµV,
and make sure there is no noise.
5. Turn up the input signal to 90~95 dBµV to be sure
that there is no cross modulation beat.
* for Auto ADJ
1)Receive “PAL COLOR BAR”
signal.
signal strength: 56
± 1dBµV(75
ohm open)
1)Go to service mode.
2)Go to service data V01, press
R/C to operateauto key (Hex
C1) and confirm the ‘OK’
display on the screen.
3)If appear NG, increase data
some step and pls repeat step
2 again.
4)proceed step 4 & 5 in manual
mode.
2
» Bias box: About 4.5 V
Oscilloscope
0.1V
TV Set
Bias box
TP201+
+
—
—
Fig. 3-1
E-9 CH
P C
10k
100k
1n60
75ohm
IF OUT
-1.5+/-0.8dB
1000p
1000p
Oscilloscope
Fig.1
Fig.2
ADJUSTMENT PRECAUTION:Make sure TV Set in "NORMAL
CONDITION" before switch to Service Mode for Adjustment.
8-18-2
21YF30
8
PURITY ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
PURITY ADJ. 1. Receive the GREEN-ONLY signal. Adjust the
beam current to ~700 µ
2. Degauss the CRT enough with the degausing coil.
Note: Follow the Job Instruction Sheet to adjust
the magnetic field.
Vertical Bv: +0.010 mT (0.10 gauss)
Horizontal Bh: +0.040 mT (0.40 gauss)
3. Maintain the purity magnet at the zero magnetic
field and keep the static convergence roughly
adjusted.
4. Observe the points a, b as shown in Fig. 1-1
through the microscope. Adjust the landings to A
rank requirement.
5. Orient the raster rotation to 0 eastward.
6. Tighten up the deflection coil screws.
» Tightening torque: 108 N ± 20 N (1 1 kgf ± 2 kgf)
7. Make sure the CRT corners landing meet the A
rank requirements. If not, stick the magnet sheet
to correct it.
Note: This adjustment must be done after warm-
ing up the unit for 30 minutes or longer with
a beam current over 700 µA.
Note: Set the service mode by JA304 & JA307
(short) then press factory process R/C RGB
key to change to RGB mono colour mode.
* For the following colours press R/C RGB(Hex 7E)
key to change.
1
a
b
A
B
A
30mm30mm
B
A = B
A = B
Rank "A"
(on the right of CRT)
Rank "A"
(on the left of CRT)
Fig. 1-1
Fig. 1-2
Fig. 1-3
* Press R/C RGB key for 1 sec-
ond in NORMAL MODE, the
colour will change to RGB
mono colour mode.
Signal-colour
screen cleared
GREEN
ONLY
BLUE
ONLY
RED
ONLY
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
CONVERGENCE
ADJ.
( To be done
after the purity
adjustment.)
1. Receive the "Crosshatch Pattern" signal.
2. Using the remote controller, call NORMAL mode.
Static convergence
1. Turn the 4-pole magnet to a proper opening angle in order to superpose the blue and red colours.
2. Turn the 6-pole magnet to a proper opening angle in order to superpose the green colour over
the blue and red colours.
Dynamic convergence
1. Adjust the convergence on the fringes of the
screen in the following steps.
a) Fig. a: Drive the wedge at point "a" and swing
the deflection coil upward.
b) Fig. b: Drive the wedge at point "b" and "c" and
swing the deflection coil downward.
c) Fig. c: Drive the "c" wedge deeper and swing
the deflection coil rightward.
d) Fig. d: Drive the "b" wedge deeper and swing
the deflection coil leftward.
2. Fix all the wedges on the CRT and apply glass
tape over them.
3. Apply lacquer to the deflection yoke lock screw,
magnet unit (purity, 4-pole, 6-pole magnets) and
magnet unit lock screw.
Finally received the Red-only and Blue-only signals to make sure there is no other colours on the
screen.
1
RGB
BGR
R
G
B
R
G
B
B
G
R
B
G
R
RGB
BGR
Lacquer
Wedge "a"
Wedge
"b"
Wedge
"c"
About
100Deg
About
100Deg
Fig. a
Fig. b
Fig. c
Fig. d
4-pole magnet
6-pole magnet
CRT neck
20mm
Lacquer
Purity magnet
CONVERGENCE ADJUSTMENT
9
9-19-2
21YF30
H-VCO, VIF-VCO & S-TRAP fo ADJUSTMENT
No.Adjustment pointAdjustment procedure/conditionsWaveform and others
H-VCO ADJ
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
(MANUAL ADJ)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V03.
3) Connect oscilloscope to IC801pin11, adj V03 until
freq become 15.625 ± 0.15 KHz
(Auto Adj)
1) In No signal (RASTER) condition.
2) Go to service mode.
3) Choose service data V03, by pressing R/C Auto(Hex C1) key, OSD will appear “OK” at screen.
4) If appear “NG” pls repeat step 3.
(Manual ADJ)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V02.
3) Connect oscilloscope to IC801 pin2, adj V02 until
voltage become 2.5 ± 1 V.
(Auto Adj)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V02.
3) Press the R/C Auto (Hex C1) key, OSD will appear
“OK” at screen.
4) If appear “NG” pls repeat step 3.
(Manual ADJ)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V21.
3) Connect oscilloscope to TP 801, adj V21 until
voltage become Min (below 5 V).
4) After that pls adj service data V20 & V24 same as
“V21”, V22 to “V21-1”, V23 to “V21+2”.
(Auto Adj)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V21.
3) Press the R/C Auto (Hex C1) key, OSD will appear
“OK” at screen.
4) If appear “NG” pls repeat step 3.
1
VIF-VCO ADJ
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
2
S-TRAP fo
ADJ
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
3
HORIZONT AL, VERTICAL, DEFLECTION LOOP and FOCUS ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
H-SHIFT
(I
2
C BUS
CONTROL)
(to be done
after purity
adj)
1
V-SHIFT
(I
2
C BUS
CONTROL)
(to be done
after purity
adj)
2
V-SHIFT
(I
2
C BUS
CONTROL)
(to be done
after purity,
V-shift adj)
3
SUBSHARPNESS
4
Focus
5
AB
1) Receive Monoscope Pattern Signal (PAL 50 Hz)
2) Choose the service data V13.
3) Adjust the V13 bus data to have a balance position
to spec of A=B (as attach drawing)
4) If cannot make it to A=B, adjust from the best point
so that B slightly smaller than A.
1) Receive Monoscope Pattern Signal (PAL 50 Hz)
2) Choose the service data V12.
3) Adjust V12 bus data to have a most acceptable
vertical position, the monoscope pattern should
be Balance in vertical position.
1) Receive Monoscope Pattern Signal (PAL 50 Hz)
2) Choose the service data V11.
3) Adjust V11 bus data until the overscan become
10 ± 2.5 %
Caution1: Pls aging TV more than 10 minutes
before adjustment.
Caution2: for H-shift & V-shift & V-size adj, after
adj pls switch to Monoscope pattern
signal (NTSC 60 Hz) to confirm all
positions are the same.
1) Confirm Service data V08 is 43.
1) Receive the "Monoscope Pattern" signal.
2) Press R/C to set Picture NORMAL condition.
3) Adjust the focus control to get the best focusing.
10-110-2
21YF30
10
SCREEN, WHITE BALANCE, SUB-BRIGHTNESS & SUB-CONTRAST (1 ) ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
SCREEN
ADJUSTMENT
(I
2
C BUS
CONTROL)
1
WHITE BALANCE ADJ
(to be done
after screen
adj)
(I
2
C BUS
CONTROL)
2
BlackWhite
WINDOW PATTERN SIGNAL
1) In window pattern signal condition.
2) Go to service mode, then select V00.
3) By pressing R/C key S-Mute(Hex E8), R-D auto
switch to 63, B-D auto switch to 63, R-C auto switch
to 127, G-C auto switch to 127, B-C auto switch to
127, Sub-brightnessV06 auto switch to 127.
Y-mute & Vertical off, screen will be in vertical cut-off condition.
4) Adjust the Screen so that cut-off line appear in low
bright, then judge that whether the cut-off line appear
in Red or Green or Blue color, in this condition
between R-C & G-C & B-C, fix the data of the color
appear in cut-off line and adjust the other two
cut-off data (Note 1) so that cut-off line color
become white.
5)Turn the screen VR of FBT so that cut-off line just
disappear and use R/C by pressing key S-Mute
(Hex E8) to disable the Y-mute & V-cut so that
picture appear in normal mode.
1) WHITE (HIGH BEAM) (In Window Pattern Signal)
First use Minolta Color Analyzer CA100, let the gun
point at Black position (as drawing attach), adjust
V06 until BRIGHTNESS Y become 5 cd/m2, then
let the gun point at White position (as drawing
attach), adjust V04 until CONTRAST Y become 200cd/m2, adjust the R-D & B-D until the axis of color
temperature become.
X=272, Y=27512300 K
2) BLACK (LOW BEAM) (In Window Pattern Signal)
Let the gun point at Black position, if the color
temperature data shift away from the data adjusted
in step 1, adjust R-C, G-C & B-C but between them,first color appears in Screen adj item 1)-4 is fixed,
adj the other two so that to obtain the similar axis as
above.
**Repeat step 1 & 2 to get a regulated position.
NOTE 1:
R-CUTOFF (R-C) UP
R/C key "1" (HEX 80)
R-CUTOFF (R-C) DOWN
R/C key "4" (HEX 20)
G-CUTOFF (G-C) UP
R/C key "2" (HEX 40)
G-CUTOFF (G-C) DOWN
R/C key "5" (HEX A0)
B-CUTOFF (B-C) UP
R/C key "3" (HEX C0)
B-CUTOFF (B-C) DOWN
R/C key "6" (HEX 60)
R-DRIVE (R-D) UP
R/C key "7" (HEX E0)
R-DRIVE (R-D) DOWN
R/C key "FLASHBACK" (HEX E4)
B-DRIVE (B-D) UP
R/C key "8" (HEX 10)
B-DRIVE (B-D) DOWN
R/C key "0" (HEX 50)
SCREEN, WHITE BALANCE, SUB-BRIGHTNESS & SUB-CONTRAST (2 ) ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
SUBBRIGHTNESS
(to be done
after screen,
white balance
adj)
(I
2
C BUS
CONTROL)
3
SUBCONTRAST
(to be done
after screen,
white balance
adj,
sub-brightness adj)
(I
2
C BUS
CONTROL)
4
1) In window pattern signal condition.
2) Using Minolta Color Analyzer CA-100, let the gun
point at Black position (as white balance adj)
attach drawing), adjust V04 Bus data until
LUMINANCE Y = 3 ± 0.5 cd/m2.
1) In Window Pattern Signal condition.
2) Using Minolta Color Analyzer CA-100, let the gun
point at White position (as attach drawing), adjust
V04 Bus data until LUMINANCE Y = 200 ± 10 cd/
m2.
1) Receive the “Monoscope Pattern” signal.
2) Press R/C to set Picture NORMAL condition.
3) Connect the DC miliammeter between TP 603
( + ) & TP 602 ( - ).
(Full Scale: 3mA Range)
4) Beam current must be within 1100 ± 100
µ
A.
MAX Beam
Check
5
Black
WINDOW PATTERN SIGNAL
White
WINDOW PATTERN SIGNAL
11
11-111-2
21YF30
PAL CHROMA ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
SUB COLOUR
(I
2
C BUS
CONTROL)
(to be done
aftersubpicture, subtint adj)
1) Receive the “PAL Color Bar” signal.
2) Press R/C to set Picture Normal condition.
3) Connect the oscilloscope to R-Amp Transistor
Base(TP 851).
Range :100 mV/Div (AC)
(Using 10:1 Probe)
Sweep Time : 10 µ sec/Div
4) Using the R/C call V05 in SERVICE mode. Adjust V05 bus data, so that the 75% White & Red
portions of PAL Color Bar be at the same level
shown as Fig 1-1.
5) Clear the SERVICE mode.
1
Fig. 1-1
Cy GB
W
Y 100% W Mg R
75%
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
SUB-TINT (I
2
C
BUS CONTROL)
1) Receive the "NTSC3.58 Color Bar" signal thru AV
in.
2)Connect the oscilloscope to B-Amp Transistor
Base (TP853 ).
3) In Service mode, go to V07, then press R/C Ymute (Hex E4) or FLASHBACK key.
4) Call the "V07" mode in service mode. Adjust the
"V07" bus data to obtain the waveform shown as
Fig. 1-1.
5)Disable Y-Mute by pressing key(Hex E4) orFLASHBACK key, then Clear the SERVICE
mode.
1
Fig. 1-1
NTSC CHROMA ADJUSTMENT
W Y Cy G Mg R B
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
BEAM PROTECTOR
1) Receive "Monoscope Pattern" signal.
2) Set CONTRAST MAX.
3) Set BRIGHT MAX.
4) During the Collector & Emitter of Q853/4/5 short,
make sure the protector ON and switch to standby
mode.
1* Select one of Q853/4/5 to do
each short.
H, V PROTECTOR
2
OTHER PROTECTOR
1) Once finish rectified Electrolytic Capacitor short
testing in +B line, check all possible damaged
components on +B line.
(Use random selected set for inspection)
3
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
VIDEO AND
AUDIO
OUTPUT
CHECK
1) Receive the "PAL Color Bar" signal (100% White
Color Bar, Sound 400 Hz 100% Mod.)
2) Terminate the Video output with a 75 ohm impedance. Make sure the output is as specified (1.0
Vp-p
±
3 dB).
3) Terminate the Audio output with a 75 ohm impedance. Make sure the output is as specified (1.2
Vp-p
±
3 dB).
1
VIDEO AND
AUDIO INPUT
CHECK
2
COMPONENT
IN CHECK
3
PROTECTOR OPERATION CHECKING
A/V INPUT, OUTPUT & COMPONENT IN CHECKING
1) Receive "Monoscope Pattern" signal.
2) Connect output of Bias Box to D602 cathode
(C602 positive).
3)Set voltage of Bias Box to 18V and make sure
the protector is not working.
4) Set voltage of Bias Box to 23.5V, and make sure
the protector is working.
1) Using the TV/VIDEO key on the remote controller, make sure that the modes change in order of
TV, AV1, AV2 & TV again and the video & audio
output are according to the input terminal for each
mode.
1) Connect YUV & Audio signal to Component In
terminal and Audio terminal.
2) Using the TV/VIDEO key on the remote controller, press it until the mode change to
COMPONENT, confirm output is appear.
12-112-2
21YF30
12
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
CONTRAST
key
1) Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode to select CONTRAST.
3) Press Volume Up/Down key to check whether the
CONTRAST effect is OK or not.
1
1) Receive "Color Bar" signal.
2) Set MENU, then go into PICTURE mode to select COLOUR.
3)Press Volume Up/Down key to check whether
the COLOUR effect is OK or not.
2
COLOUR key
BRIGHTNESS
key
1) Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode to select BRIGHTNESS.
3)Press Volume Up/Down key to check whether
the BRIGHTNESS effect is OK or not.
3
TINT key1) Receive the "NTSC Colour Bar" signal thru AV in.
2) Set MENU, then go into PICTURE mode to select TINT.
3) Press Volume Up/Down key to check TINT, UP
for GREEN direction and DOWN for PURPLE direction whether is OK or not.
4
SHARPNESS
Key
1) Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode to select SHARPNESS.
3)Press Volume Up/Down key to check whether
the SHARPNESS effect is OK or not.
5
WHITE TEMP 1)Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode to select WHITE TEMP.
3) Press Volume Up/Down key to check WHITE
TEMP function. The back ground will change to
(shift right) bluish and (shift left) reddish.
8
NORMAL Key7
1) Once in PICTURE Mode, and the NORMAL key
is pressed, all the settings will be present to normal setting.
(Normal setting value for every mode).
» CONTRAST: MAX
» COLOUR: CENTER
» BRIGHTNESS : CENTER
» TINT: CENTER
» SHARPNESS : CENTER
Notes:If nothing is displayed
means contrast, colour,
brightness, tint, sharpness are
all in normal setting.
CH DISPLAY
COLOUR
1)All Ch (1~99) will have an OSD display of the
channel number in green colour under AFT ON
condition.
6
FUNCTION OPERATION CHECKING (VIDEO AND AUDIO)
FUNCTION OPERATION CHECKING (VIDEO AND AUDIO) CONTINUED
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
COLOUR
SYSTEM
1) Receive the “PAL COLOUR BAR” signal, press
MENU, choose CH-SETTING to select COLOUR
modes except PAL, check the colour is not working. Then, select the “PAL” mode. Check again
its colour so that it is working properly.
2) Receive “NTSC 3.58 COLOUR BAR” signal thru
AV, press MENU, choose CH-SETTING to select
COLOR modes except N358, check the COLOUR
is not working properly. Then, select the N358
mode. Check again its colour so that it is working
properly.
1) Receive “music” sound signal.
2) Set MENU, then go into SOUND MENU to select
SURROUND.
3)Press VOLUME UP/DOWN key to check
SURROUND 1, 2 and OFF effect.
1) Receive “music” sound signal.
2) Set MENU, then go into SOUND MENU to select
TREBLE.
3) Press VOLUME UP/DOWN key to check whether
the TREBLE effect is OK or not.
1) Receive “music” sound signal.
2) Set MENU, then go into SOUND MENU to select
BASS.
3) Press VOLUME UP/DOWN key to check whether
the BASS effect is OK or not.
1) Receive mono-tone signal.
2) Set MENU, then go into SOUND MENU to select
BALANCE.
3) Press VOLUME UP/DOWN key to check whether
the left to right BALANCE effect is OK or not.
1) Receive “PAL-B/G” signal, press MENU, choose
CH-SETTING to make sure there is NO sound
system selection and check the sound output is
working properly.
1) Receive “PAL COLOUR BAR” signal.
2) Turn up the volume control to maximum, make
sure the sound is heard from the speakers. Then
put the unit in no signal state.
3) Check the sound mute is effective.
4) Finally turn sound level of CTV to minimum.
Check OSD LANGUAGE quantity and type for
respect mode.(THAI)
MODEL QUANTITY ENGLISH THAI
ALL2OO
9
14
SOUND
SYSTEM
13
BALANCE
12
BASS
11
TREBLE
10
SURROUND
15
NOISE MUTE
CHECKING
16
OSD
LANGUAGE
QUANTITY
CHECK
13
13-113-2
21YF30
HEADPHONE JACK CHECKING
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
HEADPHONE
OUTPUT
CHECKING
1) Receive PAL COLOUR BAR with SOUND 400Hz,
100% MODULATION (±50kHz Dev).
2) Maximum volume, and check the headphone
output with 400Hz sound and no sound out from
speaker.
1
BILINGUAL FUNCTION CHECKING (FOR BILINGUAL MODELS ONLY)
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
BILINGUAL
FUNCTION
CHECKING
1) Receive bilingual channel.
2) Press R/C "MPX" button, and the sound will
change from SOUND 1 to SOUND 2.
1
SHOCK TEST CHECKING
No.
Adjustment point
Adjustment procedure/conditionsWaveform and others
SHOCK TEST 1) Hit at the top of TV set for two time.
2) Check TV set not damage and TV operation operate correctly.
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA REMARK
180
00-FF
181
00-FF
182
00-FF
183
00-FF
184
00-FF
185
00-FF
186
00-FF
187
00-FF
188
00-FF
189
00-FF
18A
00-FF
18B
00-FF
18C
00-FF
18D
00-FF
18E
00-FF
18F
00-FF
190
00-FF
191
00-FF
192
00-FF
193
00-FF
194
00-FF
195
00-FF
196
00-FF
197
00-FF
198
00-FF
199
00-FF
19A
00-FF
19B
00-FF
19C
00-FF
19D
00-FF
19E
00-FF
19F
00-FF
1A0
00-FF
1A1
00-FF
1A2
00-FF
1A3
00-FF
1A4
00-FF
1A5
00-FF
1A6
00-FF
1A7
00-FF
1A8
00-FF
1A9
00-FF
1AA
00-FF
1AB
00-FF
1AC
00-FF
1AD
00-FF
1AE
00-FF
1AF
00-FF
1B0
00-FF
1B1
00-FF
1B2
00-FF
1B3
00-FF
1B4
00-FF
1B5
00-FF
1B6
00-FF
1B7
00-FF
1B8
00-FF
1B9
00-FF
1BA
00-FF
1BB
00-FF
1BC
00-FF
1BD
00-FF
1BE
00-FF
1BF
00-FF
MODELMODEL
LETTER NO.LETTER NO.
ROM CORRECTION-2 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-1 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
ROM CORRECTION-2 CODE
MEMORY MAP
(Continued)
20
MEMORY MAP
ADDRESS
DATA
MICONEEPROMEEPROMCHASSISCTV FINAL
LAST INITIAL
(HEX) D7D6D5D4D3D2D1D0
DEFAULTRANGEWRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
*1 0 : individually selectable rating system 1 : threshold selectable rating system
*2 0 : CATEGORY bit mask with (01,05) 1st character 1 : CATEGORY bit mask with (01,05) 2nd character
(Continued)
21YF30
25
21YF30
ADDRESS
DATA
MICONEEPROMEEPROMCHASSISCTV FINAL
LAST INITIAL
(HEX) D7D6D5D4D3D2D1D0
DEFAULTRANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA REMARK
300
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 0
301
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 1
302
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 2
303
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 3
304
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 4
305
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 5
306
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 6
307
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 7
308
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 8
309
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 9
30A
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 10
30B
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 11
30C
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 12
30D
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 13
30E
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 14
30F
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 15
310
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 16
311
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 17
312
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 18
313
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 19
314
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 20
315
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 21
316
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 22
317
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 23
318
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 24
319
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 25
31A
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 26
31B
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 27
31C
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 28
31D
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 29
31E
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 30
31F
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 31
320
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 32
321
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 33
322
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 34
323
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 35
324
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 36
325
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 37
326
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 38
327
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 39
328
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 40
329
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 41
32A
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 42
32B
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 43
32C
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 44
32D
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 45
32E
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 46
32F
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 47
330
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 48
331
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 49
332
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 50
333
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 51
334
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 52
335
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 53
336
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 54
337
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 55
338
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 56
339
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 57
33A
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 58
33B
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 59
33C
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 60
33D
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 61
33E
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 62
33F
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 63
MODELMODEL
LETTER NO.LETTER NO.
MEMORY MAP
(Continued)
26
MEMORY MAP
ADDRESS
DATA
MICONEEPROMEEPROMCHASSISCTV FINAL
LAST INITIAL
(HEX) D7D6D5D4D3D2D1D0
DEFAULTRANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA
REMARK
340
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 64
341
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 65
342
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 66
343
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 67
344
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 68
345
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 69
346
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 70
347
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 71
348
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 72
349
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 73
34A
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 74
34B
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 75
34C
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 76
34D
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 77
34E
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 78
34F
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 79
350
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 80
351
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 81
352
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 82
353
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 83
354
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 84
355
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 85
356
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 86
357
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 87
358
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 88
359
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 89
35A
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 90
35B
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 91
35C
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 92
35D
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 93
35E
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 94
35F
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 95
360
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 96
361
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 97
362
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 98
363
A2 FM A2 ST A2 BIL1 NCM FM
NCM
MONO
NCM ST NCM BIL2 NCM BIL1
4C00-FF
POS 99
364
365
366
367
368
369
36A
36B
36C
36D
36E
36F
370
371
372
373
374
375
376
377
378
379
37A
37B
37C
37D
37E
37F
MODELMODEL
LETTER NO.LETTER NO.
(Continued)
21YF30
27
21YF30
ADDRESS
DATA
MICONEEPROMEEPROMCHASSISCTV FINAL
LAST INITIAL
(HEX) D7D6D5D4D3D2D1D0
DEFAULTRANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
Check T701 pin (17) voltage
(Approx. 310V at 220V AC)
Check F701.
Check Secondary Main+B
(Approx. 130V)
Check CRT connector Kwire and the signal on it.
Check Q601 and Q602.
Check 190V
Bias on
CRT board.
Check
IC801.
Checking the
protector circuit.
Check Q752 for 8V regulator
circuit and Q751, Q752 for
5V regulator circuit.
Check D751, IC702, D750
and IC703.
Check R701and R730.
TROUBLE SHOOTING TABLE
(Continued)
NO PICTURE, NO SOUND
Does signal appear at pins
(10) and (21) of IC3501 ?
NO SOUND
No snow noise.
Does noise or signal appear at pin (41)
and (58) of IC801 ?
Noise increases but no signal is
received.
Check the tuner supply voltage LB must
approx. 5V. BT must be approx. 33V.
And check the CH preset data.
Check the tuner AGC at
TP201.
Check IC801 and
related circuit.
Check pin (1) of
SF201, Tuner and
related circuit.
Check pin (60) at
IC801 and related
circuit.
Check pin (59) of
IC801, Tuner and
related circuit.
Check pin(58) of
IC801.
Does the noise level increase at max.
Contrast, Brightness and Sound controls ?
CIRCUITS TO BE CHECKED:
» Tuner.
» PIF.
» Automatic Gain Control.
» (5V), (32V) Power Source.
CIRCUITS TO BE CHECKED:
» Sound Detector Circuit.
» Sound Switch and Att.
Control.
» Audio Output Circuit.
Does signal appear at pins
(6) and (8) of IC301 ?
Check TV sound from pin (54)
of IC801.
Check Speaker.
Does noise or
signal appear at
pin (63) and (64)
of IC801 ?
Check IC301 and
peripheral circuit.
31
21YF30
TROUBLE SHOOTING TABLE
(Continued)
NEITHER VERTICAL NOR
HORIZONTAL SYNCHRONIZATION
CIRCUIT TO BE CHECKED:
» Sync. Separator Circuit.
NO VERTICAL SCAN
Vertical linearity and size are
abnormal.
Check pins(5), (6), (10) and
(11) of IC801.
DEFECTIVE VERTICAL AMP.
AND VERTICAL LINEARITY
Re-adjust vertical size.
(Bas Data)
Check IC501.Check C511.
Check IC501 bias.
Check R503, R506, R513,
R520 and C515.
TROUBLE SHOOTING TABLE
(Continued)
NO SPECIFIC COLOUR
Is some colour produced in
B/W broadcast reception ?
Is the white balance properly
adjusted ?
Re-adjust the white balance.
The picture colour is yellow.The picture colour is magenta.The picture colour is cyan.
Check Q855 and its adjacent
circuits.
Check Q854 and its adjacent
circuits.
Check Q853 and its adjacent
circuits.
Check IC801 and bias
control circuit.
NO SPECIFICATION COLOUR
"PAL"
(NO COLOUR SYNCHRONIZATION)
Check IC801.
Check X801.(4.43MHz)
21YF30
SOLID STATE DEVICE BASE DIAGRAM
TOP VIEW
SIDE VIEW
32
- M E M O -
21YF30
33
21YF30
WAVEFORMS
34
CHASSIS LAYOUT
21YF30
35
21YF30
BLOCK DIAGRAM
J
I
H
G
F
PWB-A MAIN BLOCK
E
D
C
B
A
12345678910
36
21YF30
10111213141516171819
37
21YF30
BLOCK DIAGRAM
J
I
H
G
F
PWB-B CRT BLOCK
E
PWB-C HEADPHONE BLOCK
D
C
B
A
12345678910
38
21YF30
J
I
H
G
F
PWB-E S-CONTROL BLOCK
E
D
C
B
A
12345678910
39
21YF30
DESCRIPTION OF SCHEMATIC DIAGRAM
SAFETY NOTES:
1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE
REPLACING PARTS.
2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS
POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OP-
ERATING.
IMPORTANT SAFETY NOTICE:
PARTS MARKED WITH " å " ( ) ARE IMPOTANT FOR
MAINT AINING THE SAFETY OF THE SET. BE SURE TO REPLACE
THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE
SAFETY AND PERFORMANCE OF THE SET.
SERVICE PRECAUTION:
THE AREA ENCLOSED BY THIS LINE (
CONNECTED WITH AC MAINS VOLTAGE.
WHEN SERVICING THE AREA, CONNECT AN ISOLA TING TRANSFORMER BETWEEN TV RECEIVER AND AC LINE TO ELIMINATE
HAZARD OF ELECTRIC SHOCK.
—– - —–
) IS DIRECTLY
NOTES:
1. The unit of resistance "ohm" is omitted.
(K = 1000 ohms, M = Mega ohm).
2. All resistors are 1/16 watt, unless otherwise noted.
3. All capacitors are µF, unless otherwise noted. (P = µµF).
VOLTAGE MEASUREMENT CONDITIONS:
1. Voltages in parenthesis measured with no signal.
2. Voltages without parenthesis measured with 3mV B & W or Colour signal.
3. All the voltages in each point are measured with VTVM.
WAVEFORM MEASUREMENT CONDITIONS:
1. The colour bar generator signal of 1.0V peak applied at pin (6) of
IC401.
ReplaCement parts which have these special safety characteristics
are identified in this manual; electrical components having such
features are identified by "å" in the ReplaCement Parts Lists.
The use of a substitute replaCement part which does not have the
same safety characteristics as the factory recommended replaCement
parts shown in this service manual may create shock, fire or other
hazards.
"HOW TO ORDER REPLACEMENT PARTS"
To have your order filled promptly and correctly, please furnish the
following informations.
1. MODEL NUMBER2. REF. NO.
3. PART NO.4. DESCRIPTION
MARK : SPARE PARTS-DELIVERY SECTION.
Ref. No.Part No.DescriptionCode
PICTURE TUBE
åVB51LVV896X∗SR Picture TubeCF
å L706 RCiLG0069PEZZR Degaussing CoilAR
çåDY601 RCiLHA068WJZZDeflection Yoke
PMAGF3046CEZZ R MagnetAF
QEARCA012WJZZ R Grounding StrapAG
MSPRC0005PEFW R Spring, Grounding StrapAB
PSPAG0003PEZZ R Wedge, x3AD
C391 VCKYPA1HB102K+ R 1000p 50VCeramicAA
C392 VCQYTA1HM103J+ R 0.01 50VMylarAB
C393 VCEA0A1EW108M R 1000 25VElectrolyticAD
C401 VCKYCY1HB103K∗ R 0.0150VCeramicAA
C403 VCKYCY1EF104Z∗ R 0.125VCeramicAA
C404 VCEA9M1CW106M+R 1016VElectrolyticAB
C434 VCEA0A1CW106M+R 1016VElectrolyticAB
C435 VCE9GA1CW106M+R 1016VElectrolyticAB
C436 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C451 VCEA0A1CW477M+R 47016VElectrolyticAC
C452 VCEA0A1CW106M+R 1016VElectrolyticAB
C453 VCEA0A1CW106M+R 1016VElectrolyticAB
C454 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C455 VCEA0A1CW106M+R 1016VElectrolyticAB
C505 VCEA0A1HW107M+R 10050VElectrolyticAB
C508 VCFYAA2AA224J+ R 0.22100VAD
MetalIzed Polypro Film
C509 VCKYD41CY103N∗ R 0.01 16VCeramicAB
C511 VCEA0A1VW477M R 47035VElectrolyticAB
C512 VCKYPA2HB102K+ R 1000p 500V CeramicAA
C513 VCEA0A1VW478M4700 35VElectrolytic
C514 VCFYSA1JB273J+ R 0.027 63VAC
MetalIzed Polypro Film
C515 VCQYTA1HM104J+ R 0.150VMylarAB
C518 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C519 VCKYCY1HB102K∗ R 1000p 50VCeramicAA
C601 VCQYTA1HM563J+ R 0.056 50VMylarAB
C602 VCEA0A1HW475M+R 4.750VElectrolyticAB
C603 VCEA0A1HW105M+R 150VElectrolyticAB
C604 VCEA0A2EW336M R 33250V ElectrolyticAF
C605 VCKYPA2HB102K+ R 1000p 500V CeramicAA
C606 VCKYPA2HB102K+ R 1000p 500V CeramicAA
çå C607 VCFPVC3ZA902H R 9000p 1800VAD
MetalIzed Polypro Film
C608 VCKYPA2HB561K+ R 560p 500V CeramicAA
C610 VCFYSB2EB823J R 0.082 250VAD
C611 VCFPVC2DB244J R 0.24 200VAD
MetalIzed Polypro Film
C613 VCKYPH3DB561K R 560p 2000V CeramicAC
C641 VCEA0A1EW108M R 1000 25VElectrolyticAD
C642 VCEA0A1EW476M+R 4725VElectrolyticAB
C643 VCEA0A1CW476M+R 4716VElectrolyticAB
C650 VCKYPA2HB101K+ R 100p 500V CeramicAB
å C701 RC-FZ031SCEZZR 0.1AD
C702 RC-KZ0029CEZZ+ R 0.01250V CeramicAC
C703 RC-KZ0029CEZZ+ R 0.01250V CeramicAC
C704 RC-KZ0029CEZZ+ R 0.01250V CeramicAC
C705 RC-EZA097WJZZ R 220400V ElectrolyticAM
C706 VCQYTA1HM103J+ R 0.01 50VMylarAB
å C711 VCFYFA1HA334J+ R 0.3350VAB
MetalIzed Polypro Film
C718 VCKYPA2HB472K+ R 4700p 500V CeramicAB
C735 VCQYTA1HM104J+ R 0.150VMylarAB
C737 VCEA0A1EW226M+R 2225VElectrolyticAB
C738 RC-KZ0040CEZZR 820p 2kVCeramicAD
C743 VCKYPH3DB561K R 560p 2000V CeramicAC
å C751 RC-KZ0102GEZZR 680p 250V CeramicAE
C752 VCKYPH3DB561K R 560p 2000V CeramicAC
C753 RC-EZ0776CEZZR 100160V ElectrolyticAF
C754 RC-EZA069WJZZ R 33160V ElectrolyticAE
C755 VCEA0A1EW108M R 1000 25VElectrolyticAD
C756 VCEA0A1EW228M R 2200 25VElectrolyticAF
C758 VCEA0A1HW225M+R 2.250VElectrolyticAB
C759 VCKYCY1HB102K∗ R 1000p 50VCeramicAA
C784 VCKYCY1HB103K∗ R 0.0150VCeramicAA
C801 VCFYFA1HA105J+ R 150VMylarAE
C802 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C803 VCEA0A1CW108M+R 1000 16VElectrolyticAD
C804 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C805 VCEA9M1HW105M+R 150VElectrolyticAB
C806 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C807 VCEA0A1CW108M+R 1000 16VElectrolyticAD
C808 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C809 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C810 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C811 VCFYFA1HA224J+ R 0.2250VAB
52
C812 VCFYFA1HA224J+ R 0.2250VAB
MetalIzed Polypro Film
MetalIzed Polypro Film
C813 VCCCCY1HH181J∗ R 180p 50VCeramicAA
C814 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C815 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C817 VCEA9M1AW107M+R 10010VElectrolyticAB
C818 VCEA0A1HW475M+R 4.750VElectrolyticAB
C819 VCCCCY1HH121J∗ R 120p 50VCeramicAA
C820 VCEA0A1HW474M+R 0.4750VElectrolyticAB
C821 VCKYCY1HF153Z∗ R 0.015 50VCeramicAB
C822 VCE9GA1HW105M+R 150VElectrolyticAB
C823 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C824 VCEA0A1CW337M+R 33016VElectrolyticAC
C825 VCE9GA1HW105M+R 150VElectrolyticAB
C826 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C827 VCEA0A1CW477M+R 47016VElectrolyticAC
C828 VCKYCY1HF103Z∗ R 0.01 50VCeramicAA
C829 VCEA0A1CW476M+R 4716VElectrolyticAB
C831 VCKYCY1EF104Z∗ R 0.125VCeramicAA
C833 VCKYCY1EF104Z∗ R 0.125VCeramicAA
C834 VCEA0A1CW107M+R 10016VElectrolyticAC
C835 VCEA0A1CW106M+R 1016VElectrolyticAB
C837 VCEA0A1HW105M+R 150VElectrolyticAB
C839 VCKYCY1HB222KYR 2200p 50VCeramicAA
C840 VCKYCY1EF104Z∗ R 0.125VCeramicAA
C841 VCCCCY1HH220J∗ R 22p50VCeramicAA
C842 VCEA9M1HW474M+R 0.4750VElectrolyticAB
C843 VCEA9M1HW105M+R 150VElectrolyticAB
C844 VCKYCY1CF104Z∗ R 0.116VCeramicAA
C845 VCFYFA1HA224J+ R 0.2250VAB
MetalIzed Polypro Film
C847 VCCCCY1HH220J∗ R 22p50VCeramicAA
C1001 VCEA0A0JW107M+ R 1006.3V ElectrolyticAB
C1002 VCFYFA1HA103J+ R 0.01 50VAB
MetalIzed Polypro Film
C1003 VCEA0A1CW106M+R 1016VElectrolyticAB
C1004 VCKYCY1CF474Z∗ R 0.4716VCeramicAB
C1006 VCEA0A1HW225M+R 2.250VElectrolyticAB
C1007 VCEA0A1CW107M+R 10016VElectrolyticAC
C1008 VCKYCY1HF103Z∗ R 0.0150VCeramicAA
C1009 VCKYCY1HF103Z∗ R 0.0150VCeramicAA
C1011 VCKYCY1HB221K∗ R 220p 50VCeramicAA
C1012 VCEA0A1HW105M+R 150VElectrolyticAB
C1014 VCEA0A1HW475M+R 4.750VElectrolyticAB
C1015 VCCCCY1HH101J∗ R 100p 50VCeramicAA
C1081 VCQYTA1HM104J+ R 0.150VMylarAB
C1805 VCCCCY1HH221J∗ R 220p 50VCeramicAA
C1856 VCKYCY1HB102K∗ R 1000p 50VCeramicAA
C1857 VCFYFA1HA105J+ R 150VAE
MetalIzed Polypro Film
C1867 VCCCCY1HH150J∗ R 15p50VCeramicAA
C1868 VCEA9M0JW107M+R 1006.3V ElectrolyticAB
RESISTORS
RJ7VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ11 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ12 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ17 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ22 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ34 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ37 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ41 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ43 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ93 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ101 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ108 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ111 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ112 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ113 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ115 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ116 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ118 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ119 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ123 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ125 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ133 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ134 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ135 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ136 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ137 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ138 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ150 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ151 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ152 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ155 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ158 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ160 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ162 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ163 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ164 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ165 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ168 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ171 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ176 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ177 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ179 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ180 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ181 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
RJ182 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
R201 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R202 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R205 VRS-CY1JF680J∗ R 681/16W Metal Oxide AA
R206 VRS-CY1JF122J∗ R 1.2k1/16W Metal Oxide AA
R207 VRS-CY1JF221J∗ R 2201/16W Metal Oxide AA
R208 VRS-CY1JF681J∗ R 6801/16W Metal Oxide AA
R209 VRS-CY1JF392J∗ R 3.9k1/16W Metal Oxide AA
R216 VRS-VU3LE333J33k3WMetal Oxide
R220 VRS-CY1JF221J∗ R 2201/16W Metal Oxide AA
R302 VRS-VU3DER10J0.12WMetal Oxide
R303 VRS-CY1JF124J∗ R 120k 1/16W Metal Oxide AA
R304 VRD-RA2BE683J∗ R 68k1/8W CarbonAA
R307 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
R308 VRS-CY1JF472J∗ R 4.7k1/16W Metal Oxide AA
R310 VRS-CY1JF473J∗ R 47k1/16W Metal Oxide AA
R311 VRD-RA2BE272J∗ R 2.7k1/8W CarbonAA
R313 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R314 VRS-CY1JF472J∗ R 4.7k1/16W Metal Oxide AA
R315 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
R317 VRD-RA2BE680J∗ R 681/8W CarbonAA
R318 VRS-CY1JF680J∗ R 681/16W Metal Oxide AA
R353 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R356 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R362 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R363 VRS-CY1JF564J∗ R 560k 1/16W Metal Oxide AA
R364 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R365 VRS-CY1JF564J∗ R 560k 1/16W Metal Oxide AA
R372 VRS-CY1JF104J∗ R 100k 1/16W Metal Oxide AA
R373 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R374 VRS-CY1JF104J∗ R 100k 1/16W Metal Oxide AA
R375 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R376 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R377 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R378 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R379 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R381 VRS-CY1JF564J∗ R 560k 1/16W Metal Oxide AA
R382 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R383 VRS-CY1JF564J∗ R 560k 1/16W Metal Oxide AA
R384 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R431 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R432 VRS-CY1JF750J∗ R 751/16W Metal Oxide AA
R433 VRS-CY1JF750J∗ R 751/16W Metal Oxide AA
R434 VRS-CY1JF750J∗ R 751/16W Metal Oxide AA
R435 VRS-CY1JF750J∗ R 751/16W Metal Oxide AA
R436 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R437 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R438 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R439 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R458 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R459 VRD-RA2EE750JY R 751/4W CarbonAA
R461 VRS-CY1JF750J∗ R 751/16W Metal Oxide AA
R462 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
53
21YF30
Ref. No.Part No.DescriptionCode
R502 VRS-VU3AE102JR 1k1WMetal Oxide AB
R503 VRN-VV3DB1R2J R 1.22WMetal FilmAA
R504 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
R506 VRS-VU3AE331JR 3301WMetal Oxide AB
R507 VRD-RM2HD1R0J∗ R 11/2W CarbonAA
R513 VRD-RM2HD333JY R 33k1/2W CarbonAB
R514 VRD-RM2HD682J∗ R 6.8k1/2W CarbonAA
R520 VRS-CY1JF123J∗ R 12k1/16W Metal Oxide AA
R522 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R523 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R524 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R525 VRD-RA2BE123J∗ R 12k1/8W CarbonAA
R526 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R528 VRS-CY1JF683J∗ R 68k1/16W Metal Oxide AA
R601 VRD-RM2HD102J∗ R 1k1/2W CarbonAA
R602 VRD-RA2BE393J∗ R 39k1/8W CarbonAA
R603 VRD-RA2BE273J∗ R 27k1/8W CarbonAA
R604 VRD-RA2BE473J∗ R 47k1/8W CarbonAA
R605 VRD-RM2HD104J∗ R 100k 1/2W CarbonAA
R606 VRS-VU3LER27J0.273WMetal Oxide
R607 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R611 VRS-VU3AER27J0.271WMetal Oxide
R612 VRD-RM2HD270J∗ R 271/2W CarbonAA
R614 VRD-RA2BE154J∗ R 150k 1/8W CarbonAA
å R615 VRD-RA2BE102J∗ R 1k1/8W CarbonAA
R616 VRD-RA2BE102J∗ R 1k1/8W CarbonAA
R617 VRS-CY1JF123J∗ R 12k1/16W Metal Oxide AA
R618 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R619 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R620 VRS-CY1JF333J∗ R 33k1/16W Metal Oxide AA
R621 VRS-VU2HE4R7J4.71/2W Metal Oxide
R622 VRS-VU3DE682JR 6.8k2WMetal Oxide AB
R631 VRS-KT3LB391JR 3903WMetal Oxide AD
R632 VRS-VU3LE122J1.2k3WMetal Oxide
R633 VRS-KA3NG3R3K R 3.37WMetal Oxide AD
R636 VRS-KA3HG912J R 9.1k5WMetal Oxide AD
R637 VRD-RA2BE331J∗ R 3301/8W CarbonAA
R638 VRD-RA2BE331J∗ R 3301/8W CarbonAA
R639 VRD-RM2HD562JY R 5.6k1/2W CarbonAA
R653 VRD-RM2HD184J∗ R 180k 1/2W CarbonAA
R654 VRS-CY1JF472J∗ R 4.7k1/16W Metal Oxide AA
R661 VRD-RA2BE102J∗ R 1k1/8W CarbonAA
R662 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R701 VRW-KQ3NC1R5K R 1.57WCementAE
R702 VRD-RM2HD100JY R 101/2W CarbonAA
R705 VRS-VU3DER27J0.27 2WMetal Oxide
R706 VRS-VU3DER27J0.27 2WMetal Oxide
R707 VRD-RM2HD270J∗ R 271/2W CarbonAA
R708 VRD-RA2BE102J∗ R 1k1/8W CarbonAA
R710 VRS-VU2HE103J10k1/2W Metal Oxide
R711 VRD-RA2BE394J∗ R 390k 1/8W CarbonAA
R713 VRD-RM2HD122JY R 1.2k1/2W CarbonAA
R715 VRD-RA2BE150J∗ R 151/8W CarbonAA
R716 VRD-RA2BE223J∗ R 22k1/8W CarbonAA
R725 VRD-RM2HD821JY R 8201/2W CarbonAA
R726 VRS-VU2HER47J0.47 1/2W Metal Oxide
R730 VRW-GA4AB1R5K R 1.510W CementAE
R742 VRD-RA2BE183J∗ R 18k1/8W CarbonAA
R743 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R744 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R745 VRS-CY1JF682J∗ R 6.8k1/16W Metal Oxide AA
R746 VRD-RA2BE223J∗ R 22k1/8W CarbonAA
å R751 VRC-UA2HG825K∗ R 8.2M 1/2W SolidAA
å R752 VRC-UA2HG825K∗ R 8.2M 1/2W SolidAA
R753 VRD-RM2HD334J∗ R 330k 1/2W CarbonAA
R754 VRS-KA3NG220J R 227WMetal Oxide AD
R755 VRS-VU3DE150JR 152WMetal Oxide AB
R756 VRS-VU3DE101J1002WMetal Oxide
R760 VRS-CY1JF123J∗ R 12k1/16W Metal Oxide AA
R766 VRS-CY1JF333J∗ R 33k1/16W Metal Oxide AA
R768 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R801 VRD-RA2BE273J∗ R 27k1/8W CarbonAA
R802 VRS-CY1JF682J∗ R 6.8k1/16W Metal Oxide AA
R803 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R804 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
R805 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
Ref. No.Part No.DescriptionCode
R806 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
R807 VRS-CY1JF222J∗ R 2.2k1/16W Metal Oxide AA
R811 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R812 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R814 VRS-CY1JF473J∗ R 47k1/16W Metal Oxide AA
R815 VRS-CY1JF473J∗ R 47k1/16W Metal Oxide AA
R816 VRS-CY1JF223J∗ R 22k1/16W Metal Oxide AA
R817 VRS-CY1JF473J∗ R 47k1/16W Metal Oxide AA
R818 VRS-VU3AE101JR 1001WMetal Oxide AB
R823 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R824 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R826 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R827 VRS-CY1JF681J∗ R 6801/16W Metal Oxide AA
R829 VRS-CY1JF472J∗ R 4.7k1/16W Metal Oxide AA
R830 VRS-CY1JF393J∗ R 39k1/16W Metal Oxide AA
R831 VRS-CY1JF331J∗ R 3301/16W Metal Oxide AA
R832 VRS-CY1JF822J∗ R 8.2k1/16W Metal Oxide AA
R833 VRS-CY1JF220JY R 221/16W Metal Oxide AA
R835 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R836 VRD-RA2BE470J∗ R 471/8W CarbonAA
R837 VRD-RM2HD151J∗ R 1501/2W CarbonAA
R838 VRS-CY1JF105J∗ R 1M1/16W Metal Oxide AA
R839 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R840 VRS-CY1JF124J∗ R 120k 1/16W Metal Oxide AA
R843 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R845 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1002 VRS-CY1JF183J∗ R 18k1/16W Metal Oxide AA
R1003 VRS-CY1JF822J∗ R 8.2k1/16W Metal Oxide AA
R1006 VRS-CY1JF822J∗ R 8.2k1/16W Metal Oxide AA
R1007 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1008 VRS-CY1JF183J∗ R 18k1/16W Metal Oxide AA
R1009 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1012 VRS-CY1JF391J∗ R 3901/16W Metal Oxide AA
R1021 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1022 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1023 VRD-RA2BE271J∗ R 2701/8W CarbonAA
R1024 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1027 VRS-CY1JF104J∗ R 100k 1/16W Metal Oxide AA
R1031 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1032 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R1034 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1035 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1036 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R1037 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R1038 VRS-CY1JF562J∗ R 5.6k1/16W Metal Oxide AA
R1039 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R1040 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R1041 RH-EX0611GEZZ∗ R Zener DiodeAA
R1042 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R1043 VRS-CY1JF104J∗ R 100k 1/16W Metal Oxide AA
R1045 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R1046 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1047 VRD-RA2BE183J∗ R 18k1/8W CarbonAA
R1048 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1049 VRD-RA2BE183J∗ R 18k1/8W CarbonAA
R1050 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R1051 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1052 VRS-CY1JF104J∗ R 100k 1/16W Metal Oxide AA
R1053 VRD-RA2BE101J∗ R 1001/8W CarbonAA
R1054 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1055 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R1056 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R1059 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1061 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R1063 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1064 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R1065 VRD-RA2BE103J∗ R 10k1/8W CarbonAA
R1072 VRS-CY1JF221J∗ R 2201/16W Metal Oxide AA
R1073 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1074 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R1076 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R1078 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R1079 VRS-CY1JF332J∗ R 3.3k1/16W Metal Oxide AA
R1087 VRD-RA2BE391JY R 3901/8W CarbonAA
R1095 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1849 VRS-CY1JF271J∗ R 2701/16W Metal Oxide AA
54
R1850 VRS-CY1JF681J∗ R 6801/16W Metal Oxide AA
R1851 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1852 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1853 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R1854 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1855 VRD-RA2BE122J∗ R 1.2k1/8W CarbonAA
R1856 VRS-CY1JF223J∗ R 22k1/16W Metal Oxide AA
R1863 VRS-CY1JF185J∗ R 1.8M 1/16W Metal Oxide AA
R1864 VRS-CY1JF185J∗ R 1.8M 1/16W Metal Oxide AA
R1892 VRS-CY1JF562J∗ R 5.6k1/16W Metal Oxide AA
R1893 VCKYCY1HB471K∗ R
R1894 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1895 VRS-CY1JF103J∗ R 10k1/16W Metal Oxide AA
R1896 VRS-CY1JF393J∗ R 39k1/16W Metal Oxide AA
R1897 VRS-CY1JF102J∗ R 1k1/16W Metal Oxide AA
R1898 VRS-CY1JF152J∗ R 1.5k1/16W Metal Oxide AA
R1900 VRD-RA2BE825J∗ R 8.2M 1/8W Carbon
470PF
D50MICAB
SWITCHES
å S701 QSW-P0591CEZZ R Switch, POWERAQ
S1001 QSW-K0003AJZZ+ R Switch, CH-UPAB
S1002 QSW-K0003AJZZ+ R Switch, CH-DOWNAB
S1003 QSW-K0003AJZZ+ R Switch, VOL.-UPAB
S1004 QSW-K0003AJZZ+ R Switch, VOL.-DOWNAB
S1005 QSW-K0003AJZZ+ R Switch, MENUAB
BALUN
FB701 RBLN-0095GEZZ+ R BalunAC
MISCELLANEOUS PARTS
å F701 QFS-C3229CEZZR Fuse, 3.15A/250VAD
FH701 QFSHD1013CEZZ+ R Fuse HolderAC
FH702 QFSHD1014CEZZ+ R Fuse HolderAC
J401 QJAKGA015WJZZ R Jack, 9PinAH
J402 QJAKEA004WJ04 R AV-2 In Jack(V)AD
J403 QJAKEA004WJ09 R AV-2 In Jack(L)AD
J404 QJAKE0210CE02R AV-2 In Jack(R)AC
J405 QTANJ0644CEZZR AV-1 In JackAM
P302 QPLGN0441CEZZ R Plug, 4pin(S)AB
P303 QPLGN0741CEZZ R Plug, 7Pin(HP)AC
P601 QPLGN0660CEZZ R Plug, 6Pin(K1-6)AC
P602 QPLGN0561CEZZ R Plug, 5Pin(H)AB
P701 QPLGN0260CEZZ R Plug, 2Pin(M1-2)AC
P702 QPLGN0269GEZZ R Plug, 2PinAB
P1001 QPLGN0578GEZZ R Plug, 5Pin(K)AB
P1002 QPLGN0561CEZZ R Plug, 5Pin(BC)AB
RDA304
C851 VCKYPA1HB561K+ R 560p 50VCeramicAA
C852 VCKYPA1HB391K+ R 390p 50VCeramicAA
C853 VCKYPA1HB271K+ R 270p 50VCeramicAB
C880 RC-KZ0153CEZZR 100p 3kVAB
C893 VCEA0A1CW336M+R 3316VElectrolyticAB
RESISTORS
R849 VRD-RA2BE271J∗ R 2701/8W CarbonAA
R850 VRD-RA2BE470J∗ R 471/8W CarbonAA
R851 VRD-RA2BE470J∗ R 471/8W CarbonAA
R852 VRD-RA2BE470J∗ R 471/8W CarbonAA
R854 VRD-RA2BE271J∗ R 2701/8W CarbonAA
R855 VRD-RA2BE271J∗ R 2701/8W CarbonAA
R859 VRS-VU3DE123JR 12k2WMetal Oxide AB
R861 VRS-VU3DE123JR 12k2WMetal Oxide AB
R863 VRS-VU3DE123JR 12k2WMetal Oxide AB
R864 VRD-RA2BE470J∗ R 471/8W CarbonAA
R876 VRD-RA2BE121JY R 1201/8W CarbonAA
R877 VRD-RA2BE121JY R 1201/8W CarbonAA
R878 VRD-RA2BE121JY R 1201/8W CarbonAA
R880 VRD-RM2HD332J∗ R 3.3k1/2W CarbonAA
R881 VRD-RM2HD332J∗ R 3.3k1/2W CarbonAA
R882 VRD-RM2HD332J∗ R 3.3k1/2W CarbonAA
R889 VRD-RA2BE821J∗ R 8201/8W CarbonAA
R891 VRD-RA2BE102J∗ R 1k1/8W CarbonAA
R892 VRD-RA2BE391JY R 3901/8W CarbonAA
R894 VRD-RA2BE152J∗ R 1.5k1/8W CarbonAA
R895 VRD-RA2EE561J∗ R 5601/4W CarbonAA
MISCELLANEOUS PARTS
P860 QPLGN0561CEZZ R Plug, 5Pin(H)AB
P880 QPLGN0578GEZZ R Plug, 5Pin(K)AB
SC851 QSOCV0016PEZZ R Socket, 12PinAF
DUNTKB423WEB0
PWB-C HEADPHONE UNIT
RESISTORS
RJ57 VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
R370 VRS-CY1JF471J∗ R 4701/16W Metal Oxide AA
R371 VRS-CY1JF471J∗ R 4701/16W Metal Oxide AA
MISCELLANEOUS PARTS
J351 QJAKJ0101SEZZR JackAE
P351 QPLGN0461CEZZ R Plug, 4Pin(HP1)AB
P352 QPLGN0361CEZZ R Plug, 3Pin(HP2)AB
D3501 RH-EX0619GEZZ∗ R Zener DiodeAA
D3502 RH-EX0619GEZZ∗ R Zener DiodeAA
D3503 RH-EX1399CEZZ∗ R Zener Diode, 9.1VAB
D3504 RH-EX1399CEZZ∗ R Zener Diode, 9.1VAB
COIL
L3501 VP-XF100K0000∗R Peaking, 10µHAB
CAPACITORS
C3501 VCKYCY1CF224Z∗ R 0.2216VCeramicAB
C3502 VCKYCY1HF224ZY R 0.2250VCeramicAA
55
21YF30
Ref. No.Part No.DescriptionCode
C3503 VCKYCY1CF224Z∗ R 0.2216VCeramicAB
C3504 VCKYCY1CF224Z∗ R 0.2216VCeramicAB
C3505 VCKYCY1CF224Z∗ R 0.2216VCeramicAB
C3506 VCKYCY1CF224Z∗ R 0.2216VCeramicAB
C3507 VCEA0A1HW475M+R 4.750VElectrolyticAB
C3508 VCEA0A1HW475M+R 4.750VElectrolyticAB
C3509 VCQYTA1HM223J+ R 0.022 50VMylarAB
C3510 VCQYTA1HM223J+ R 0.022 50VMylarAB
C3511 VCQYTA1HM222J+ R 2200p 50VMylarAA
C3512 VCQYTA1HM222J+ R 2200p 50VMylarAA
C3513 VCFYFA1HA224J+ R 0.22 50VMylarAB
C3514 VCFYFA1HA224J+ R 0.22 50VMylarAB
C3515 VCEA0A1HW105M+R 150VElectrolyticAB
C3516 VCEA0A1HW105M+R 150VElectrolyticAB
C3517 VCEA0A1HW105M+R 150VElectrolyticAB
C3518 VCFYFA1HA334J+ R 0.33 50VMylarAB
C3519 VCEA0A1HW105M+R 150VElectrolyticAB
C3520 VCEA0A1HW105M+R 150VElectrolyticAB
C3521 VCEA0A1HW105M+R 150VElectrolyticAB
C3522 VCEA0A1HW105M+R 150VElectrolyticAB
C3523 VCKYCY1CF104Z∗ R 0.116VCeramicAA
C3524 VCEA0A1CW477M+R 47016VElectrolyticAC
C3525 VCKYCY1HF103Z∗ R 0.0150VCeramicAA
C3526 VCKYCY1HF103Z∗ R 0.0150VCeramicAA
RESISTORS
RJ3501
VRS-CY1JF000J∗ R 01/16W Metal Oxide AA
R3501 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3502 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3503 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3504 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3505 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3506 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3507 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
R3508 VRS-CY1JF101J∗ R 1001/16W Metal Oxide AA
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.
TQ1548-S
May. 2003 Printed in Japan
In Japan gedruckt
Design and Production Information
Design: SEM
Production : STTM
MY. DS
SHARP CORPORATION
AV Systems Group
Quality & Reliability Control Center
Yaita, Tochigi 329-2193, Japan
60
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