Thi s mod el u ses me mo r y I Cs. This memo r y IC da ta are f or pr o per opera tion of th e vide o a nd defl ect io n cir cuits.
When r ep la cing memory ICs , b e su r e to use ICs w r it ten w i th t he ini tial v a lu es of dat a.
2. PROCEDURE FOR REPLACIN G MEMORY ICs
(1) Power off
Switch the p ower of f and di sc o nn ect t he pow e r plu g f rom t he w al l out let.
(2) Replace ICs
Be sure to use memory ICs written with the initial data values.
(3) Power on
Connect th e pow er plu g i nt o the wal l ou tl et and s w itch t he po we r on .
(4) C heck and s et SY STEM CONSTAN T SET
・・・・ It must not adjust without adjustment signals.
1) Press th e DI SPLAY key and the PICTURE MODE key of the REMOTE
CONTROL UNIT simultaneously.
2) The SERVICE MENU screen of Fig. 1 will be displayed.
3) W hi l e th e SE RV IC E M EN U is di splayed , ag ain press the DI SPLAY ke y and
PICTUREMODE ke y s imulta neo us l y, an d t he S YSTEM C ONSTA NT SE T
screen of Fig. 2 w ill b e di splayed.
1) Check the s ettin g val ue s of the S YST E M CO N ST AN T S ET of T abl e 1 If th e
val u e is diffe re nt, select the sett ing item with the MENU ▼/▲key, and set
th e co rrect valu e with t he MENU - / + k ey.
5) Press the DISPL AY ke y tw ice, and r etu rn t o the n or m al sc r ee n.
(5) Receive channel of setting
Refe r to th e OPE RATING INST RUCTIONS and set th e rec e i ve cha nn els
(chan nels prese t) as descr i be d
(6) User Setting
Check t he us er s etti n g v al u e of T ab l e 2, and if setti ng v alue is di f feren t, set
th e co rrect valu e.
For setting , refer to the OPE RATING INSTRUCTIO NS.
(7) Setting of SERVICE MENU
Ve rif y the s et ting it ems of th e SER VICE MENU, and r eset whe r e n ecess a r y.
For setting , refer to the SERVICE ADJUSTMENTS.
NOTE
Alth ou gh th e k ey p osi tion of t he RM-C90 r e mote control unit is diff erent fr o m
th at of th e RM -C36 4GY rem ot e cont rol un it , th e f unctio ns of both u ni ts a re the
sam e So pl e as e use th e attac hed d i agr am for the RM-C90 remote control
uni t fo r the R M-C36 4GY.
By t he way, MENU -/+ Key fu nction s in t he sam e ma nner as for / key.
KEY ASSIGNMENT OF REMOTE CONTROL UNIT
ERVICE MEN
1.IF 2.V
3.DEF 4.VSM PRESET
5.PRES ET
6. TURB O T I MER O F F
1-6 SELECT DISP : EXIT
******
***********
*******
************
**********
*** ** **
*** ** **** ***
*** ** ***** ** **
**.***
****
** ***
** ***** ***
***
******
Fig.1
SY STEM C ON STA NT- ⅠⅠⅠⅠ
SYSTEM CONSTA NT SE T 1
COL O UR:
BI LIN
AL: N
TUNE R: MU
ECO SENSOR: YES
LANG U AG E:
: SELECT
- / + : OPERATEDISP : EXIT
***
***
SY STEM C ON STA NT- ⅡⅡⅡⅡ
SYSTEM CONSTA NT SE T 2
B/B SO UND: OFF
LOCK: 180
COL OUR AU TO:
QSS: MINT
ALC: NO
TEXT R ATE: 2 0
: SELECT
/
- / + : OPERATEDISP : EXIT
***
SY STEM C ON STA NT-
SYSTEM CONSTANT SET
AMP TUNER: NO
VNR: YES
TEXT TABLE :
VOLUM PWM: POS
***
ⅢⅢⅢⅢ
10
DI SPL A Y k ey
MENU
/ key
PICTURE
MO DE k e y
MENU
▼/▲
key
(RM-C90)
key
No. 52023
: SELECT
/
- / + : OPERATEDISP : EXIT
Fig.2
A
3
A
A
SE TT ING OF SY STEM C ON STANT SET
A
Setting itemSetting contents
OLOUR
BILINGUAL
TUNER
AI ECO S ENSOR
MUL TI .PA LTRIPLE
YE SNO
MUMA
YE SNO
E/R/A /PE/CE/R
LA NG UA G E
E/C/ M/I
E/R/U
V-21DMT3/AV-21D
V-2135TEE/AV-2135EE
AV-
21DMT3
AV-
21D3/D
MULTI.TRIPLETRIPLEMULTI.
NO
MU
YE S
E/R/A /P
E/C/ M/IE/R/UE/R/A /P
Setting value
AV-
2135TEE
AV-
2135EE
AV-
21DMG3
V-21DMG3
AV-
21DMG3
/- A
B/B SOU ND
YES 10 20 ~ 230
LO CK
250 240
COLOUR AUTO
QSS
ALC
TEXT RAT E
10 20 40 80
AMP TUNER
VNR
TEXT TABLE
VOL UM PW M
USER SE T TING V ALUES
Setting itemSetting valueSetting itemSetting value
ONOFF
YE SNO
MI NT
MQ SS
YE SNO
YE SNO
YE SNO
RACYL
POS
NEG
OFF
18 0
NO
MI NT
NO
20
NO
YE S
ARA
POS
Table 1
ON
YE S
CYL
SUB POWERONLANGUAGEENGLISH
CHA NNEL PO SITIO N1 PO SITIO NCHA NNEL P RE SETRefe r t o OPE RATIN G I NS TRUCTION
VOL UMEAbout 10AI ECO S EN SOROFF
TV/V IDEO
ON SCR EEN DI SPLAY
TVVNROFF
POSITION INDICATIONAUTO SHUTOFFOFF
COLOUR SYSTEMPALON TIMERPR1 0:00
SOUND SYSTEMB / GBLUE BACKOFF
OFF TIMEROFF OSD.Shows 00CHI LD LO CKOFF
PICTURE MODE (VSM)BRIGHT
Table 2
No. 52023
11
A
V-21DMT3/AV-21D3
A
A
)
V-2135TEE/AV-2135EE
V-21DMG3
INITIAL SETTING VALUE OF SERVICE MENU
1. Ad just m ent of th e SER VICE MENU is m ade o n th e bas is o f the initial s et ti ng va lues ; ho wev er , t h e new se tting values w hi ch
set the screen in its optimum condition may differ from the initial setting.
2. Do not change the initial Setting Values of the Setting (Adjustment) items not listed In “ADJUSTMENT”.
2. V/C
Initial set ting v al ue
Setting item
2. DRI VE
3. BR IG HT
Colour sy stem
RED
GREE N1. CUT OFF
BL UE
RED
BL UE
Variabl e
range
-128 ~+127
-128 ~+127
-127~+127
PA LSE CAMNT SC 3.5 8NT SC 4.4 3
-50
+ 0
+ 0
4. CONT .
5. COLOUR-63~+63+ 0
TV
AV -2 1D3/ D
AV -2 135T EE
6. TINT
7. SE C AM BL AD J .-31~+31
8. SHARP
3. DEFL ECTION
1. VER. POS ITION-04 ~ +03- 2- 3
2. HOR. POSITION
3. VER. HEIGHT
4. VE R . L I NE AR ITY
5. VER. SWCURVE
6. H OR. VC O AD J US T
VI DEO
Do Not Ad j.
Setting itemVariable range
AV -2 135EE
AV -2 1DMT3
AV -2 1DMG 3
AV -2 1DMG 3/- A
TV - 8(Fixed)
VI DEO
Do Not Ad j.
-63 ~+63
-63 ~+63
-32~+31
-16 ~ +15
-64 ~ +63
-32 ~ +31
-32 ~ +31
-63 ~ +62
+ 0
+ 0+ 0
+0+ 0
+8+ 0
+ 0
+15(Fixed
Initial set ting v al ue
fv : 50Hz MODEfv : 60Hz MODE
+1+ 4
-40+ 0
+13- 3
-32+ 0
+ 0+ 0
4. VS M PRESE T
12
VS M pr eset
VSM mode
Setting item
TINT SETTING VA LUE+1 5
COLOUR SE TTIN G VA LU E+15
BR IG HT SET TING VA LUE+1 5
CONT . SE TTING VA LU E+30+15+ 11
SHARP SE TT IN G VA LU E+1 5+1 2
BRIGHTSTANDARDSOFT
No. 52023
A
3
A
A
5. PRESE T
The items in the following table, it i s no requirement for adjustment.
If va lues had changed by t he miss operation, se t the initial settin g v alue s i n the following table.
Colour Sy stem Do No t Adju st
V-21DMT3/AV-21D
V-2135TEE/AV-2135EE
V-21DMG3
Setting item
1. C TRAP FIX1111
2. SHARP PEAK0000
3. A BL1111
4. GAMMA0000
TV0223
5. Y. DE LAY TIME
VI DEO0202
6. BL ACK EX P ST ART
TV1100
7. C-BPF
VI DEO1111
8. CW / SCP0000
9. VIF DET LEVEL0000
11. IF AGC MIN0000
12 . VIF AGC0000
13. VIF PM OD0000
19 . VN R15151515
PA LSE CAMNT SC 3.5 8NT SC 4.4 3
+3+3+3+3
Initial set ting v al ue ( Fixed value)
20 . R GB LIM1111
21. RGB LIMIT LEVEL2222
23. TEXT H. POSITION-3-3-3-3
24. READ DATA
Sound System D o Not Ad j u s t
Setting itemB/GID/KM
10. SIF DET LEVEL+0+0+0+0
14. SIF BPF BW ADJUST
15. SIF TRAP FO ADJUST+0+0+0+0
16. SIF TRAP FO ADJUST 2+0+0+0+0
17. SIF -TRAP0000
18. SIF -BPF1000
22 . SIF SW0111
+
0
+
0
+
0
+
0
No. 52023
13
A
V-21DMT3/AV-21D3
A
A
V-2135TEE/AV-2135EE
V-21DMG3
REPLACEMENT OF IC301 (IF V/C DECODER)
" For the IC301(IF V/C DECODER) of this mode l, a ll data are written in the micro-computer. So, wri te the data in the micro-
computer in accordance with the following procedures before starting adjustment.
PROCEDURES
(1) Tur n the POWE R O F F.
(2) Replace t he IC301 with a n ew o ne.
(3) While pr es sing MENU bu tto n a nd VO L+ bu tton ON the FRONT C ABINET si m ulta ne ous l y, t urn th e POW ER ON . Whe n the POW ER is
turn ed ON, th e d at a is w ritten in the m icro-compute r immed iately.
LOCATIONS OF FRONT PANEL BUTTONS AND LAMPS
MENU buttons
1
2
CHANNEL -/+ bu tto ns
(ME NU -/+ bu tto ns)
12345678
VOLUME -/+ buttons
3
(MENU -/+ bu tto ns)
AI ECO sensor
4
REMOTE CONTROL sensor
5
ON TIMER lamp
6
POWER lamp
7
MAIN POW ER button
8
14
No. 52023
A
3
A
A
SERVICE ADJUSTMENT
BEFORE STARTING SERVICE ADJUSTMENT
1. There ar e 2 w ay of ad ju s ti ng t hi s T V: One i s wi th th e
REMOTE CONTROL UNI T and the other is the conventional
method using adjustment parts and components.
2. The adjustment with the REMOTE CONTROL UNIT is made
on the basis of t he initia l se tting v alue s. The setting va lues
which adjust the screen to its optimum condition may differ
from the initia l s etting v al ues.
3. M ake s ure th at conn ec t i on i s c orrect l y made t o AC p ower
source.
4. Turn on t he power of th e se t an d equipment bef ore us e, an d
start t he adju stm en t proc edure s af ter waitin g at least 30 min utes.
5. Unless ot her w i se s pec if ied, pr ep are th e mo st sui table rec eption
or inp ut si gn al for adj ust m ent.
6. N ev er t ouch a ny adjus tme n t part s, whi ch ar e n ot spe cif ied
in the li st for thi s ad justme nt VR s , transforms, c onde nser s,
etc.
7. Pr ep arati o n f or ad justmen t
Unless otherwise specified in the adjustment instructions, preset
the following functions with the REMOTE CONTRO L UNIT.
User mode position
PICTURE MODE (VSM)BRIGHT
VNROFF
TINT / COLOUR / BRIG HT
CONT. / SHARP
BLUE BA CKOFF
OFF TIMEROFF
AI ECO S ENSOROFF
AUTO S HUT O FFOFF
V-21DMT3/AV-21D
V-2135TEE/AV-2135EE
V-21DMG3
CENTER
MEASURING INSTRUMENT AND FIXTURES
1. DC voltmeter (or digital voltmeter)
2. Oscilloscope
3. Si gn al g ener at or (P att er n g ener at or) [ PAL / S EC AM / N T S C]
4. Remote control unit
ADJUSTMENT ITEMS
Adjustment it emAdjustment it em
B1 POW E R SUPPLY
FOCUS adjustmentVSM PRESET setting
IF ci rc uit a djust me nt
V/C (Video / Chroma) circuit adjustment
DEFLECTION c ircuit adjustment
PURITY/ CO NV ER GEN C E adj us tm ent
No. 52023
15
A
V-21DMT3/AV-21D3
A
A
3
V-2135TEE/AV-2135EE
V-21DMG3
BASIC OPERATION OF SERVICE MENU
"
The adjustment using SERVICE MENU
The f ol l owing adjus tment i t ems u s e t he SE RV IC E M EN U in th e s er i es of the adj u stm ent . The ad ju stm ent s ar e m ade on the bas is of the
initial s e tting val u es. The ad ju stm ent valu es whic h ad ju st t he s cr een to the o pti m um co ndit io n c an be diffe rent from the i n iti a l sett in g values.
With th e SER VICE ME NU, various s ett in gs c an be made , a nd the y are broa dl y c l ass ifi e d i n the f ollo win g ite ms of s etti n gs.
1.I F ・・・・・・・ ・・・・・・・・・・・・・ ・・・ Adjustm ent of the IF circuits.
2.V /C ・・・・・・・・・・・・・・・・・・・・・・ Ad ju stm en t of th e VIDEO /C H RO MA c ircui t.
3.DEF ・・・・・・・・・・・・・・・・・・・・ ・ Ad justmen t of th e DEFLECTION circuit.
4.V SM PRES ET ・・・・・・・ ・・・・・ Ad justment of the ini t ial sett in g va lue s of VSM c o nd it ion as STA NDA RD, SOFT a nd BRIGH T.
(VSM : Video Status Memory)
5.PRESET
6.TURBO TIMER OFF ・・・・・・・ For qu i ck set ting the TIMER co unt val u e, adjus tabl e not only by m i nue ts b ut also b y sec on d.
"
Key operation of the SERVICE MENU
[Enter to SERVICE MENU]
Press the DI SPLAY key and the PICTURE MODE key of the REMOTE CONTROL
UNIT s imult an eou sly. Th en enter the S ERVICE ME N U mod e as sh own in Fig.1 .
[Exit from SERVICE MENU]
When co m plete th e ad j ust me nt wor k , pr ess th e DISPLA Y key to retur n t o th e
SERVICE MENU.
An d th en pr es s the DISPLA Y ke y ag ain, retur n to the n or m al sc r een .
[ Se lec t fr o m SE RV IC E ME NU ]
In SER VI CE M ENU, pr ess t he n umber ( 1 ~6) ke y of th e r emo te c ont ro l un it , to select
an y of th e ad j ustm en t ite ms.
The colours w hi ch se le cte d i te m charact ers a r e ch ang ed .
・・・・・・・ ・・・・・・・・・・
Adjustment of the RF circ uit [Do not adjust].
[Should be OFF].
SE RVICE M EN U
1.IF 2.V/C
.DEF 4.VSM PRESET
5.PRES ET
6. TURB O T I MER O F F
1-6 SELECT DISP : EXIT
******
***********
*******
************
**********
*** ** **
*** ** **** ***
*** ** ***** ** **
**.***
****
** ***
** ***** ***
***
******
Fig.1
KEY ASSIGNMENT OF REMOTE CONTROL UNIT
DI SPL A Y k ey
MENU
/ k ey
PICTURE
MO DE k e y
MENU
key
▼/▲
NUMBERS
key
(RM-C90)
KEY ASSIGNMENT OF REMOTE CONTROL UNIT
DI SPL A Y k ey
MENU
-/+key
PICTURE
MO DE k e y
NUMBERS
key
MENU
▼/▲ key
(RM-C364GY)
16
No. 52023
A
3
A
A
[Method of setting]
1. IF
[1. VCO]
① 1 K ey ・・・・・・・ ・・・・・・・・・・・・・ ・・・・・ Select 1.IF.
② 1 K ey ・・・・・・・ ・・・・・・・・・・・・・ ・・・・・ Select 1.VCO
③ The VCO (CW) screen will be displayed a allow mark when the AFC voltage is at a certain level.
④ DISPLA Y K ey・・・・・・・ ・・・・・・・・・・・ As you press this key twice, you will return to the SERVIC E M E NU.
[2. DELA Y P OINT]
① 1 K ey・・・・・・・ ・・・・・・・・・・・・・ ・・・・・ Select 1.IF.
② 2 K ey・・・・・・・ ・・・・・・・・・・・・・ ・・・・・ Select 2 .DELAY P OINT.
③ ME NU - /+ K ey ・・・・・・・ ・・・・・・・・・・ Set ( adjust) the setting values of the setting it ems.
④ DISPLAY Key・・・・・・・・・・・・・・・・・・ When this is press e d t wice, you w i ll r et urn t o t he SE RV ICE MENU .
2.V /C, 3.D EF an d 4.V SM PRES ET
① 2~4Key ・・・・・・・・・・・・・・・・・・・・ ・・・ Select one from 2. V/C, 3. DE F an d 4. VSM PR E SET.
② MENU ▼/▲ Key ・・・・・・・・・・・・・・ Select setting items.
③ MENU -/+ Key ・・・・・・・ ・・・・・・・・・・ Adju st th e v a l ues of t he i tems .
④ DISPLA Y K ey ・・・・・・・ ・・・・・・・・・・・ W hen th is is pr esse d, re turn t o the SE R VICE MENU .
V-21DMT3/AV-21D
V-2135TEE/AV-2135EE
V-21DMG3
6.TURBO TIMER
① B y pressing th e 6 key, you can chang e t he ON or OFF ( should be OFF).
(Should be OFF)
%
If it is ON , th e timer i n TIME R m ode ch ang es f r om 1 m i nu te in to 1 s ec te mp or ar i ly.
(I t is e asier to checks the Operation of TIME R)
If you turn t he TV p ower off, this s etting b ecomes OFF automatically.
No. 52023
17
A
V-21DMT3/AV-21D3
A
A
JUS
6.TURBO
ON /
(By p
y)
G
(R)
S
U
O
V-2135TEE/AV-2135EE
V-21DMG3
SERVICE MENU FLOW CHART
SE RVICE M EN U
ERVICE MEN
1.IF 2.V/C
3.DEF 4.VSM PRESET
5.PRESET
6. TUR BO TI MER OF F
1-6 SELECT DISP : EXIT
******
****** *****
*******
************
**********
*** ** **
*** ** ** ** ***
*** ** ***** ** **
TIMER
**.***
****
** ***
** ***** ***
FF
OFF
***
******
ressing 6-ke
SU B ME NU 1. I F
IF
1. VCO
2. DELAY PO INT
1-2 : SELECT DISP : EXIT
SU B ME NU 2. V /C
V/C PAL
1. CUTOFF
50Hz
/ :SELECT
- / + : OPERATE DISP : EXIT
(G)
(B)
* **
* **
* **
VCO (CW)
TOO HIGH
ABOV E REFERENCE
BELOW REF ERENCE
TOO LOW
AFT ADJUST
VCO ADJUST
FINE
DELAY POINT UHF
AGC TAKE- OVER
- / + : OPERATE DI SP : EXIT
***.**
T REFERENCE
MH z
** *(* *)
** *(* *)
** *(* *)** *(* *)
** *(* *)
** *(* *)
** *(* *)** *(* *)
DISP : EXIT
**
SU B ME NU 3. D EF
DEF
1. VER. POSITION
50Hz
/ :SELECT
- / + : OPERATE DISP : EXIT
PAL
***
SUB ME NU 4. V SM PR ES ET
BRI GHT
TINT
COLO UR
HT
BRI
CONT.
SHARP
/ :SELECT
- / + : OPERATE DISP : EXIT
**
**
**
**
**
SUB ME NU 5. P RE SET
PRESET
1. C -TRAP FI X
50Hz
/ :SELECT
- / + : OPERATE DISP : EXIT
18
PAL
No. 52023
B/ G
***
A
3
A
A
ADJUSTMENT LOCATIONS
)
)
(SO
)
V-21DMT3/AV-21D
V-2135TEE/AV-2135EE
V-21DMG3
PW
TOP
MAIN PWB
F901
CRT SOCKET PWB
TP-47R/G
TP-47G/R
T
IC701
LDE R SIDE
U
TP-47B
TP-E
E1
CR T E ARTH WI RE
(BR AIDED ASS'Y)
FRONT
IC702
MEMORY IC
DEG
S
TU 001
IC301
T
1
S
1Pin TP-91(B1
2Pin NC
3Pin X-ray1
4Pin X-ray2
5Pin TP-E(
HV
U
HVT
UPPER:FOCUS
LOWER:SCREEN
No. 52023
19
A
V-21DMT3/AV-21D3
A
A
)
adjust
V-2135TEE/AV-2135EE
V-21DMG3
ADJUSTMENTS
B1 POW ER SUPPLY
Item
Check of
B1 Powe r
Measuring
instrume nt
Signal
generator
Supply
DC Vo lt meter
FOCU S ADJUSTMENT
Item
Ad j ust men t
of FOCUS
Measuring
instrume nt
Signal
generator
IF CIRCUIT ADJUS TMENT
Item
Measuring
instrume nt
Test pointAdjustment partDescription
TP-91 ( B1)
####
TP-E (
)
1. Inp ut a wh ol e black sig na l.
2. Connect a DC voltmeter to TP-91(B1) and TP-E (#).
3. M ake sur e t hat th e v olt ag e is D C 1 16.5±2.0 V.
Test pointAdjustment partDescription
FOCUS VR
[In HVT]
1. Input a cross-hatch signal.
2. W hil e watch i ng the scre en, adjust the FOCUS VR to make th e
ver ti cal and ho ri zonta l l ines as f in e a nd sha rp as possi b le.
3. M ake sur e t hat whe n th e scre en is d arken ed, the li nes remain in
g ood focu s.
Test pointAdjustment partDescription
Ad j ust men t
of VCO(CW
Signal
generator
Remote
control unit
VCO (CW)
TOO HIGH
AB OVE REFEREN CE
JU ST REF ER ENCE
BEL OW R EFERE N CE
TOO LOW
AFT AD JUST
VCO ADJUST
FINE
DISP : EXIT
ADJUSTMENT AT THIS POINT IS USELESS
***.**
MHz
** *(* *)
** *(* *)
** *(* *)** *(* *)
** *(* *)
** *(* *)
** *(* *)** *(* *)
ADJUSTMENT POINT
1. VC O
YE LLOW
Do not
TOO HIGH
ABOVE REFERENCE
J US T R E FE RE NC E
B ELO W RE F E RE NC E
TOO LOW
●Please use signal generator which is correct proof about the
sen ding fr eque nc y.
1. Inp ut the PA L f ull col o ur b ar (2 10 .25MH z) si g nal .
2. En ter th e SER VICE MENU.
3. Se lect 1.IF f rom the SERV ICE MEN U.
4. Press 1 key and s elect 1.VCO.
5. Select VCO ADJ US T with MENU ▲/▼ key.
6. Press MENU -/+ key un til the colour of the chara cters TOO
HIGH ch an ges b lue to ye llow. Then g r ad ually pr ess th e MENU
-/+ key u ntil the TOO LOW ch ang es yellow . At thi s t im e, conf irm
th at t he val u e of VCO ADJUST is n ear + 00 .
7. Select AFT ADJUST with MENU ▲/▼ key.
8. Press MENU -/+ ke y until the characters JUST REFERENCE
ch ang es bl ue to y ellow.
9. Press the DISPLA Y key three times to return to normal screen.
20
No. 52023
A
V-21DMT3/AV-21D
3
A
A
(
)
(
)
(
)
V-2135TEE/AV-2135EE
V-21DMG3
Item
Ad j ust men t
of DELAY
POI NT
(AGC)
Measuring
instrume nt
Signal
generator
Remote
control unit
DELAY POINT UHF
AGC TA KE-OVER
- / + : OPERATE DISP : EXIT
Test pointAdjustment partDescription
**
DELAY P OINT
(AGC TAKE-OVER)
1. Inp ut a bl ac k an d wh it e s ign al (col o ur of f).
2. En ter th e SER VICE MENU.
3. Select 1. IF f rom t he SERVI CE M EN U.
4. Select 2 . D ELAY POINT b y pressing th e 2 key on the remote
control unit.
5. Se t th e set ting val u es of the s et ting items as s hown bel l o w t able .
6. Then adjust the MENU - or + key until video noise disappears.
7. T ur n to oth er c h an nel s and m ak e su r e th at the re are n o
irregularities.
Setting It e mVariabl e rangeInitial se tting v alue
DELAY P OINT
(AGC TAKE OVER)
NT SC 3.5 8
OTHER
0~127
MATSUSHITA
QAU0287-001
454545
354535
MURATA
QAU0185-004
ALPS
QAU0282-001
No. 52023
21
A
V-21DMT3/AV-21D3
A
A
(B)
V-2135TEE/AV-2135EE
V-21DMG3
VIDEO / CHROM A CIRCU IT ADJUSTMENT
The setting (adjustment) using the REMOTE CONTROL UNIT is made on the basis of the initial setting values.
The setting values which adjust the screen to the optimum condition can be different from the initial setting values.
Do no t c hange the init ial setting values of the set ting it ems not list e d in “ADJUSTMENT”.
Item
Ad j ust men t
of WHITE
BALANCE
(Low light)
Measuring
instrume nt
Test pointAdjustment partDescription
Signal
generator
Remote
control unit
V/C PAL
1. CUTO FF
50Hz
/ :SELECT
- / + : OPERATE DISP : EXIT
(R)
(G)
(B)
* **
* **
* **
KEY ASSIGNMENT OF REMOTE CONTROL UNIT
CU TO FF O F F
(H.LINE OFF)
CU TO FF O N
(H.LINE ON)
R. CUTOFF( )
R. CUTOFF( )
▲
▲
R. DRI VE( )
▼
R. DRI VE( )
▼
123
4
7
56
8
9
RGB
1. CUT OFF (R)
CUT OFF (G)
CUT OFF (B)
SCREEN VR[IN HVT]
G .C UTOFF ( )
B. C UTO FF( )
B. D RIV E( )
B. C UTO FF( )
B. D RIV E( )
G .C UTOFF ( )
▲
▲
▲
▲
▲
▲
1. Inp ut a bl ac k an d wh it e s ign al (col o ur of f).
2. En ter th e SER VICE MENU.
3. S elect 2. V/C from th e SERVICE MENU, the n selec t 1. CUT OFF
(R), (G) and (B) .
4. Set each value to initial setting value with 4~ 9 keys of the
remote control unit.
5. Press the 1 key of th e remote co ntr ol un i t to show th e single
horizontal line on screen.
6. T ur n t he SCREEN VR fully counter-clockwise, then slowly turn it
cl ockw is e to where on e of a red, bl u e or gr e en c o l our is faint l y
vis ible.
7. Use keys 4~9 of th e remote contr o l u ni t an d adjust the oth er 2
col o ur s which e x cept th e ap pea r ed col o ur to where th e s in gle
h oriz o nt al line app ea rs wh it e.
8. Turn the SCREEN VR to where t he sin gle h or iz ont al line g lows
fain tly.
9. Press the 2 ke y to turn off the sin gle hori zon tal line .
10. Press the DISPL AY key t wice to retu rn to the nor mal scr een.
Adjustment it em
R
G
Variabl e
range
-128 ~+127
-128 ~+127
Initial set ting
value
-50
-501. CUT OFF
B-128~+127-50
Ad j ust men t
of WHITE
BALANCE
(Hi gh light)
Signal
generator
Remote
control unit
2. DRI VE (R
DRI VE ( B)
)
1. Inp ut a bl ac k an d wh it e s ign al (col o ur of f).
2. En ter th e SER VICE MENU.
3. S elect 2. V/C from th e SERVICE MENU.
4. Select 2. DRIVE (R) / (B) with MENU ▼/▲ key, and set each
val u e to ini tial setti ng val u e with 4 and 7 or 6 an d 9 k eys of th e
remote control unit.
5. Use th e keys 4 and 7 or 6 and 9 t o p ro duc e a white scr een
V/C PAL
* **
2. DRIVE
50Hz
/ :SELECT
- / + : OPERATE DISP : EXIT
(R)
* **
22
6. Pr ess the DISPLAY key twice to return to the nomal scree n.
Adjustment it em
Variabl e
range
R-128~+127+0
2. DRIVE
B
-128 ~+127
No. 52023
Initial set ting
value
+0
A
V-21DMT3/AV-21D
3
A
A
V-2135TEE/AV-2135EE
V-21DMG3
Item
Ad j ust men t
of
SUB BRI GHT
Ad j ust men t
of
SUB CONT.
Ad j ust men t
of
SUB
COLOUR ⅠⅠⅠⅠ
Measuring
instrume nt
Remote
control unit
Remote
control unit
Remote
control unit
Test pointAdjustment partDescription
3. BR IG HT1. Receive any bro adc ast.
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom S ERVICE MENU.
4. Select 3. BRI GHT with the MENU ▼/ ▲key.
5. Set the initial setting value with the MENU - / + key.
6. If the brightness is not the best with the initial set value, make
fine adjustment until you get the best brightness.
4. CONT .1. R ecei v e an y bro adc ast.
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom S ERVICE MENU.
4. Select 4. CONT. with the M ENU ▼/▲key.
5. Set the initial setting value with the MENU - / + key.
6. If the co ntrast is no t t he best with th e initial s et value, m ak e f ine
adjustment until you get the best contrast .
5. COLOUR[Method of adjustm ent without measuring instrument]
PAL COLOUR
1. R eceive a PAL broa dcast.
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom t he SERVI C E M EN U.
4. Select 5. COLOUR with the MENU ▼ /▲ key.
5. Se t the initi a l setting value for PAL COLO UR with the MENU
- / + key.
6. If the c o l our i s not th e best with th e i n iti a l s et val u e, mak e fin e
adjustment until you get the best colour.
SECAM COLOUR
NTSC 3.58 COLOUR
NTSC 4.43 COLOUR
1. R eceive a SEC AM br oadc ast.
2. M ake fine ad ju stm en t of SE CA M CO LOUR as previousl y.
1. R eceive a NTS C 3.58MHz br oa dcast.
2. M ak e si m ila r fi n e ad ju stm ent of NTSC 3.58 CO LOU R as
previ ously .
When NTSC 3.58 adjustment completed, NTSC 4.43 will be
automatically set at t he resp ective values.
No. 52023
23
A
V-21DMT3/AV-21D3
A
A
))
))
g
V-2135TEE/AV-2135EE
V-21DMG3
Item
Ad j ust men t
of SUB
COLOUR
ⅡⅡⅡⅡ
W
Measuring
instrume nt
Signal
generator
Oscillosc ope
Remote
control unit
Y
Cy
Test pointAdjustment partDescription
TP-47G/R
TP-E (####)
[CRT S OCKET
PWB]
M
5. COLOUR[Method of adjustm ent using measur ing instrument]
R
(A)
PAL COLOUR
B
(-)
0V
(+)
1. Inp ut a PA L full field colour bar si g nal (7 5% w h it e).
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom S ERVICE MENU.
4. Select 5. COLOUR with the MENU ▼/ ▲ key.
5. Set the initial setting value of PAL COLO UR with the MENU
- / + key.
6. C on nect th e osc illosc ope be tw ee n TP -4 7G /R and TP-E (#).
7. Adjust PAL C OL OUR to bring th e value o f (A) in the illustration
to + 10V (W - G). ( Volt age value b et we en (W) an d ( G))
G
SECAM CO LOUR
1. Input a SECAM full field colour bar signal (75% white).
2. Set the initial setting value of SECAM COLOUR with the MENU
- / + key.
3. Adjust SE C AM CO LOU R to brin g th e value of
illu str ati on to + 10V(W-G). (Voltage value between (W) a nd (G
(A)
in the
NTSC 3.58 COLOUR
NTSC 4.43 COLOUR
24
1. Inp ut a N TSC 3. 58 full fi e ld colour b ar sign al ( 75 % whi te).
2. Set the initial setting value of NTSC 3.58 COLOUR with the
MENU - / + key.
3. Adjust N T SC 3.5 8 COL OU R to br i ng the val u e of (A) in th e
illu str ati on to + 10V(W-G). (Voltage value between (W) a nd (G
When N TSC 3.5 8 i s set, NT SC 4. 43 will be automatica ll y s e t at t he
resp ec ti ve val ues .
No. 52023
A
V-21DMT3/AV-21D
3
A
A
y
g
(B)
V-2135TEE/AV-2135EE
V-21DMG3
Item
Ad j ust men t
of TINTⅠⅠⅠⅠ
Ad j ust men t
of TINTⅡⅡⅡⅡ
Measuring
instrume nt
Signal
generator
Remote
control unit
Signal
generator
Oscillosc ope
Remote
control unit
Test pointAdjustment partDescription
6. TINT[Method of adjustment without measuring instrument]
TP-47G/R
TP-E (####)
[CRT
SOCKET
PWB]
NTSC 3.58 T INT
NTSC 4.43 TINT
6. TINT[Method of adjustment using measur ing instrument]
NTSC 3.58 T INT
1. Inp ut a N TSC 3. 58 full fi e ld colour b ar signa l (75% white) .
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom S ERVICE MENU.
4. Select 6. TINT with t he ME NU ▼/▲ key.
5. Set the initial setting value of NTSC 3.58 with the MENU - / +
key.
6. If you ca nn ot get th e best ti n t wi th the in iti al s ettin g va l ue, ma ke
fine adjustment until you get the best tint.
When N TSC 3.5 8 i s set, NT SC 4. 43 will be automatica ll y s e t at t he
resp ec ti ve val ues .
1. Inp ut a NTS C 3.5 8 f ull fi el d colo ur b ar si gna l ( 75% w hi te) .
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom S ERVICE MENU.
4. Select 6. TINT with t he ME NU ▼/▲ key.
5. Set the initial setting value of NTSC 3.58 with the MENU - / +
key.
6. C on nect th e osc illosc ope be tw ee n TP -4 7G /R a nd TP-E. (#).
7. Adjust NTSC 3.58 TINT to bring the value of (B) in the
illustration +7V(W- Cy). ( Volta ge value be tw ee n (W) and (Cy))
W
B
R
M
(-)
0V
Y
C
G
(+)
NTSC 4.43 TINT
When N TSC 3.5 8 i s set, NT SC 4. 43 will be automatica ll y s e t at t he
resp ec ti ve val ues .
No. 52023
25
A
V-21DMT3/AV-21D3
A
A
V-2135TEE/AV-2135EE
V-21DMG3
Item
of SECAM
BL AC K
OFF SET
KEY ASSIGNMENT OF REMOTE CONTROL UNIT
COLOUR
ON
COLOUR
OFF
Measuring
instrume nt
Remote
control unit
Signal
generator
12 3
Test pointAdjustment partDescription
7.SECAM
BL ADJUST
[Method of adjustment using measur ing instrument]Ad j ust men t
1. Inp ut a SE CAM ful l f ield c olour b ar sign al.
2. En ter th e SER VICE MENU.
3. Select 2. V/C f rom S ERVICE MENU.
4. Select 7. SECAM BL ADJUST with MENU ▼/▲ key.
5. Set the initial setting value with the MENU - / + key.
6. Switch the ①ke y (c ol ou r OF F ) an d ②key (c ol ou r ON ) on the
remote contr ol an d ma ke sur e th at th ere is no colo ur on th e
blac k an d w h it e scr ee n.
7. If the black an d w hi t e s creen is no t b est with th e ini t ial s ett ing
value, make fine adjustment until you g et the best black and
white screen .
8. W hil e w atch i ng th e s cre en, adj us t the val u e t o be the s ame
col o ur b etwee n O N & OFF b y t en key on t he r em ote c ontro l
un it.
9. Pr ess the DISPLAY key twice to return to the normal scr een.
4
7
56
8
9
26
No. 52023
A
V-21DMT3/AV-21D
3
A
A
V-2135TEE/AV-2135EE
DEFLECTION CIRCUIT ADJUSTMENT
"
The re ar e 2 m od es of adju stm ent (s ettin g value) ---- -- ① 50 Hz m od e and ② 6 0Hz m od e ----- de pe ndi n g upo n th e kind of s igna ls
(ver tic al freq uenc y 5 0Hz / 60Hz) .
"
When ad j uste d i n mod e ① , mode ② will be automatically set.
The setting (adjustmen t) usin g the REMOTE CONTROL UNIT is made on the basis of the initial setting values.
The setting values which adjust the screen to the opti mum condition can be different fr om the initial settin g values.
V-21DMG3
Item
Ad j ust men t
of V.HEIG HT
&
V. POSIT I ON
Screen
size
92%
Measuring
instrume nt
Test pointAdjustment partDescription
Signal
generator
Remote
control unit
SU B ME NU 3. D EF
DEF
1. VER. POSITION
50Hz
/ :SELECT
- / + : OPERATE DISP : EXIT
Scre en size
PAL
***
1. VE R. POSITION
3. VE R. HE IG HT
Picture
size
10 0%
1. Inp ut a circle p att ern si gn al.
2. En ter th e SER VICE MENU.
3. Select 3. DEF. from SERVICE MENU.
4. Select 1. VER . POSITION with the MENU ▼/▲ key.
5. Set the initial setting value with the MENU - / + key.
6. Adjust V and V’ t o b e equal with the MENU - / + key a s sh own in
Fig.2.
7. Inp ut a cros s -hatch sign al.
8. Select 3. V . HEIG HT with the MENU ▼/▲ key.
9. Set the initial setting value with the MENU - / + key.
10. As shown in Fig.1, adjust V E R. HE IGH T and m ak e th e vertical
screen size 92% of the pi ctu r e siz e with t he MEN U - / + keys of
remote control unit.
Ad j ust men t
of HOR .
POSITION
Pic ture size 1 00%
Fig.1
Signal
2.HOR. POSIT ION11. Inp ut a circle p attern si gnal.
generator
Remote
control unit
HH"
V
V'
Fig.2
No. 52023
12. Sele ct 2. HOR POSITION with the MENU ▼/▲ key.
13 . Se t th e ini tia l sett ing v al ue of 2. HOR. POSITION with the
MENU - / + key.
14. Adju st 2. HOR. POSITION to make H= H " as sh ow n in Fig. 2
with the MENU - / + ke y.
27
A
V-21DMT3/AV-21D3
A
A
V-2135TEE/AV-2135EE
V-21DMG3
Item
Ad j ust men t
of VER. LI N.
& VER .
SCURVE
Measuring
instrume nt
Signal
generator
Remote
control unit
Fig .3
Test pointAdjustment partDescription
4. VER. L IN.
5. VER. S CURV E
TOP
CEN TER
BOTTOM
●●●● Whe n the v ertic al linea rity has b ee n dete riorated
remark ably, perform the followi ng steps .
15 . Input a cross -hatch sign al.
16. Sele ct 4. VER. LIN. with the MENU ▼/▲ key.
17. Set the initial setting value of 4. VER LIN. with the MENU - / +
key.
18. Sele ct 5. VER. SCURVE with the MENU ▼/▲ key.
19. Set the initial setting value of 5. VER. SCURVE wit h t h e ME NU
- / + key.
20. Adju st 4. VER. LIN. and 5. VER. SCURVE so t hat th e sp aces
of each lin e as sh own i n Fi g. 3 on TOP, CENTER and
BOTTOM become uniform.
.
Make su r e th at th e a djus t ment is pr o per l y do ne on t he sc r e en of
60 Hz mode .
[NOTE]
"
Adjust to make both 50Hz & 60Hz are the same v. size and
fine straight line.
"
When ad j ust aga in, adju st 5 0H z m ode fi r s t.
"
When adjust in 60Hz mode, only 60Hz mode is adjust.
VSM PRESET SETTING
Item
Setting of
VS M
PRES ET
Measuring
instrume nt
Remote
control unit
TINT
COLOUR
BRIGHT
CONT.
SHARP
/ :SELECT
- / + : OPERATE DISP : EXIT
Test pointAdjustment partDescription
TINT
COLOUR
BR IG HT
CONT .
SHARP
1. En ter th e SER VICE MENU.
2. Select 4. VS M PRESE T from the SERVICE MENU.
3. Se lect BRIG HT w ith th e P ICT URE MODE ke y.
4. Adjust t he M EN U ▼/▲ an d M ENU - / + ke y to bring the s et
val u es of TI NT
tabl e.
5. R esp ectively sel ect the VSM PR ES ET m ode f or SOFT and
STANDARD, and make similar adjustment as in 3 a bove.
~~~~
SHARP to the values shown in the below
••••VS M PRESET
BRIGHT
**
**
**
**
**
VS M
Setti ng It em
TINT+15
COLOUR+15
BRIGHT+ 15
CONT+30+15+11
SHAR P+15
BRIGHTSTA NDARDSOFT
←
←
←←
←←
←
+12
28
No. 52023
A
3
A
A
PURITY / CONVERGENCE ADJUSTMENT
PURITY ADJUST MENT
1. Demag ne tiz e CRT w it h the dema gneti zer.
V-21DMT3/AV-21D
V-2135TEE/AV-2135EE
V-21DMG3
2. L oose n th e re tain er scr ew of the d efl ec tion yok e .
3. Remove th e w ed ge s.
4. Inp ut a g r een rast er sign al from the sign al generat or , and tur n
th e scr e en to g r een r aste r.
5. Move the deflection yoke backward.
6. Br ing t he long l ug of th e p ur i ty m agn ets on the short lu g a nd
p osit ion t hem hor i zon tal ly. (Fi g. 2)
7. Ad ju st t he ga p be tween t wo l ug s so that the G RE EN R AS TER
will come into the center of the screen. (Fig.3)
8. M ove the d eflect ion y oke for w ar d, a nd fi x th e pos itio n of th e
deflection yoke so that the whole screen will bec ome green.
9. Ins ert th e we dg e t o the t op side of the def lect io n yo ke s o th at it
will not move.
CR T
#
WEDGE
DEFLECTION
YOKE
P
46
P / C
MAGNET S
P/ C MA GN ETS
P : PURITY M AGN E T
4 : 4 P OLES( con vergence m agn ets)
6 : 6 P OLES (con v er gen ce magn ets )
Fig.1
PURITY MAG NETS
10 . Inp ut a cross hat ch sig na l.
11 . Ve rif y that th e scr e en is horiz on tal.
12 . Inp ut r ed and bl ue r as t er signals, and make su r e tha t pur i ty is
prop er ly ad juste d.
Long lug
Short lug
(FRO NT VIEW )
Bring the long lug over the short lug
and position them horizontally.
Fig.2
GREEN RASTER
CEN TER
Fig.3
No. 52023
29
A
V-21DMT3/AV-21D3
A
A
V-2135TEE/AV-2135EE
V-21DMG3
STAT IC CONVERGENCE ADJUSTMENT
1. Inp ut a cr oss hatc h sig nal.
2. Usin g 4 - po le c on verge nce magn ets , ov e rla p t he red a nd bl u e
lines in th e c en ter of th e scr een (Fi g. 1) a nd tu rn the m to
mag ent a (r ed/ blue ).
3. Us ing 6 - pol e conver ge nce ma gn ets, over l ap the
mag ent a( re d/b lue) a nd g r een li nes in t he cen ter of the sc r een
an d t urn t hem t o whit e.
4. Rep eat 2 and 3 ab ove, an d ma ke b est c onve r ge nce.
DYNAMIC C ONVERGENCE ADJUSTMENT
1. Move th e d ef lec tion yok e u p an d d own and o v er lap th e lin es in
the periphery. (Fig . 2 )
2. M ove the def l ecti on yoke left to ri gh t and over lap t he l in es in the
p erip hery. (Fig. 3)
3. Rep eat 1 and 2 ab ove, an d ma ke b est c onve r ge nce.
(FRO NT VIEW )
(FRO NT VIEW )
BLUE
GREEN
RED
Fig.1
GREEN
BLUERED
RED
GREEN
BLUE
●
After ad justm ent, f ix the wedge at the original p osition.
Fas t en the retainer screw of th e def lecti on yoke .
Fi x the 6 magn ets with g lue.
C1121 NCB31HK-103XC CAP.0.01µF 50V K
C1122 NCB31HK-103XC CAP.0.01µF 50V K
C1161 NCB31HK-103XC CAP.0.01µF 50V K
C1162 NCB31HK-152XC CAP.1500pF 50V K
C1164 NCB31HK-103XC CAP.0.01µF 50V K
C1165 NCB31HK-103XC CAP.0.01µF 50V K
C1166 NCB31HK-104XC CAP.0.1µF 50V K
C1301 NCB31HK-123XC CAP.0.012µF 50V K
C1302 QETN1HM-475ZE CAP.4.7µF 50V M
C1303 NDC31HJ-100XC CAP.10pF 50V J
C1304 QFV71HJ-474ZMF CAP.0.47µF 50V J
C1305 QETN1HM-474ZE CAP.0.47µF 50V M
C1306 NCB31HK-103XC CAP.0.01µF 50V K
C1307 QETN1CM-477ZE CAP.470µF 16V M
C1308 QETN1CM-107ZE CAP.100µF 16V M
C1309 NCB31HK-103XC CAP.0.01µF 50V K
C1310 NDC31HJ-221XC CAP.220pF 50V J
C1311 NCB31HK-103XC CAP.0.01µF 50V K
C1312 QENC1HM-474ZBP E CAP0.47µF 50V M
C1313 QETN1HM-335ZE CAP3.3µF 50V M
C1314 NCB31HK-103XC CAP.0.01µF 50V K
C1315 QETN1CM-107ZE CAP.100µF 16V M
C1316 QETN1HM-106ZE CAP.10µF 50V M
C1317 NCB31EK-473XC CAP.0.047 µF 25V K
C1321 NDC31HJ-120XC CAP.12pF 50V J
C1322 NCB31EK-273XC CAP.0.027µF 25V K
C1323 QETN1HM-474ZE CAP.0.47µF 50V M
C1324 QETN1HM-106ZE CAP.10µF 50V M
C1325 QENC1HM-106ZBP E CAP.10µF 50V M
C1326 NCS21HJ-221XC CAP.220pF 50V J
C1341 QETN1HM-106ZE CAP.10µF 50V M
C1352 QFZ0097-103MM CAP.0.01µF 1250V K
C1426 QFLC1HJ-102ZM CAP.1000pF 50V J
C1427 QETN1VM-107ZE CAP.100µF 35V M
C1428 QETN1VM-107ZE CAP.100µF 35V M
C1429 QETN1HM-106ZE CAP.10µF 50V M
C1430 QFN32AJ-472ZM CAP.4700pF 100V J
C1433 QETN1HM-475ZE CAP.4.7µF 50V M
C1435 QETM1EM-228E CAP.2200µF 25V M
C1436 QFV71HJ-334ZMF CAP.0.33µF 50V J
No. 52023
39
A
V-21DMT3
[ AV-21DMT3 ]
Symbol No.Part No.Part NameDescription
!
CAPACITOR
C1437 NCB31HK-104XC CAP.0.1µF 50V K
C1501 QETN1AM-477ZE CAP.470µF 10V M
C1502 NCB31HK-103XC CAP.0.01µF 50V K
C1503 QETN1HM-106ZE CAP.10µF 50V M
C1523 QETN1EM-476ZE CAP.47µF 25V M
C1529 QFN32AJ-102ZM CAP.1000pF 100V J
C1531 QEZ0203-107E CAP.100µF 160V M
C1552 QETM1VM-108E CAP1000µF 35V M
C1554 QETN2EM-475ZE.CAP 4.7µF 250V M
C1555 QFLC2AJ-104ZM CAP.0.1µF 100V J
C1557 QETN1HM-107ZE CAP.100µF 50V M
C1571 QETN1AM-107ZE CAP.100µF 10V M
C1572 QETN1EM-476ZE CAP.47µF 25V M
C1581 QFV71HJ-104ZMF CAP.0.1µF 50V J
C1652 NCB31HK-473XC CAP.0.047µF 50V K
C1653 QETN1HM-106ZE CAP.10µF 50V M
C1654 QETN1CM-477ZE CAP.470µF 16V M
C1655 QETN1HM-106ZE CAP.10µF 50V M
C1656 QENC1HM-105ZE CAP.1µF 50V M
C1657 QETN1EM-107ZE CAP.100µF 25V M
C1658 QETM1EM-228E CAP.2200µF 25V M
C1659 QETN1HM-475ZE CAP.4.7µF 50V M
C1663 NCB31HK-102XC CAP.1000pF 50V K
C1664 QETN1CM-107ZE CAP.100µF 16V M
C1665 NCB31HK-103XC CAP.0.01µF 50V K
C1701 QETN1HM-106ZE CAP.10µF 50V M
C1705 QETN1CM-477ZE CAP.470µF 16V M
C1706 NCB31HK-104XC CAP.0.1µF 50V K
C1707 NCB31HK-103XC CAP.0.01µF 50V K
C1708 QETN1AM-108ZE CAP.1000µF 10V M
C1709 NCB31HK-103XC CAP.0.01µF 50V K
C1710 QETN1CM-107ZE CAP.100µF 16V M
C1711 NCB31HK-103XC CAP.0.01µF 50V K
C1712 NCB31HK-103XC CAP.0.01µF 50V K
C1713 NCB31HK-103XC CAP.0.01µF 50V K
C1716 NDC31HJ-181XC CAP.180pF 50V J
C1717 NDC31HJ-181XC CAP.180pF 50V J
C1718 NCB31HK-103XC CAP.0.01µF 50V K
C1719 QETN1HM-105ZE CAP.1µF 50V M
C1720 NCB31HK-103XC CAP.0.01µF 50V K
C1721 NCB31EK-333XC CAP.0.033 µF 25V K
C1730 NCB31HK-103XC CAP.0.01µF 50V K
C1741 QETN1HM-106ZE CAP.10µF 50V M
C1742 QETN1HM-106ZE CAP.10µF 50V M
C1743 QETN1HM-106ZE CAP.10µF 50V M
C1744 NCB31HK-103XC CAP.0.01µF 50V K
C1805 QETN1CM-227ZE CAP.220µF 16V M
C1806 QETN1CM-477ZE CAP.470µF 16V M
C1811 QETN1HM-106ZE CAP.10µF 50V M
C1821 QETN1CM-107ZE CAP.100µF 16V M
C1822 NCB31HK-103XC CAP.0.01µF 50V K
C1835 NDC31HJ-221XC CAP.220pF 50V J
C1836 QETN1HM-335ZE CAP3.3µF 50V M
C1837 QETN1HM-335ZE CAP3.3µF 50V M
C1838 QETN1HM-335ZE CAP3.3µF 50V M
C1841 NCB31HK-152XC CAP.1500pF 50V K
C1843 NCB31HK-103XC CAP.0.01µF 50V K
C1844 NCB31HK-103XC CAP.0.01µF 50V K
C1845 NCB31HK-103XC CAP.0.01µF 50V K
C1846 NCB31HK-103XC CAP.0.01µF 50V K
C1847 QETN1HM-475ZE CAP.4.7µF 50V M
Symbol No.Part No.Part NameDescription
!
CAPACITOR
C1848 NCB31HK-103XC CAP.0.01µF 50V K
C1849 NCB31HK-103XC CAP.0.01µF 50V K
C1852 NCB31HK-103XC CAP.0.01µF 50V K
C1853 NCB31HK-103XC CAP.0.01µF 50V K
C1854 QETN1CM-107ZE CAP.100µF 16V M
C1855 QETN1HM-106ZE CAP.10µF 50V M
C1856 NCB31HK-104XC CAP.0.1µF 50V K
C1901 QFZ9078-224MP F CAP0.22µF AC275V M
!
C1904 QCZ9015-102C CAP.1000pFAC250V Z
!
!
C1905 QCZ9015-102C CAP.1000pFAC250V Z
!
C1907 QCZ9015-102C CAP.1000pFAC250V Z
C1909 QEZ0552-127E CAP.or QEZ0199-127 120µF 400V M
!
C1910 QFZ9078-473MP F CAP0.047µF AC275V M
C1922 QFLC1HJ-104ZM CAP.0.1µF 50V J
C1924 QETN1HM-475ZE CAP.4.7µF 50V M
C1925 QETN1VM-476ZE CAP47µF 35V M
C1926 QFLC1HJ-332ZM CAP.3300pF 50V J
C1929 QFKA2JK-103MM CAP0.01µF 630V K
C1931 QCZ0364-681C CAP680pF 2KV K
C1932 NDC31HJ-681XC CAP.680pF 50V J
C1941 QCZ0364-561C CAP560pF 2KV K
C1942 QEZ0203-107E CAP.100µF 160V M
C1944 QCB32HK-222ZC CAP.2200pF 500V K
C1945 QEHR1EM-108ZE CAP.1000µF 25V M
C1946 QETN1EM-108ZE CAP.1000µF 25V M
C1947 QCB32HK-222ZC CAP.2200pF 500V K
C1948 QETN1EM-108ZE CAP.1000µF 25V M
C1949 NDC31HJ-471XC CAP.470pF 50V J
C1976 QETN1EM-227ZE CAP.220µF 25V M
C1977 QETN1CM-227ZE CAP.220µF 16V M
C1978 QETN1EM-227ZE CAP.220µF 25V M
C1979 QETN1AM-227ZE CAP.220µF 10V M
C1991 QCZ9079-102C CAP.1000pFAC250V M
!
C1992 QCZ9079-102C CAP.1000pFAC250V M
!
C1993 QCZ9079-222C CAP.2200pFAC250V M
!
TRANSFORMER
T1501 QQR1244-001DRIVE TRANSF
!
T1522 QQH0131-001F B T
!
T1921 QQS0161-001SW TRANSF
COIL
L1001 QQL244K-8R2ZCOIL8.2µH K
L1101 QQL244J-2R2ZCOIL2.2µH J
L1103 QQL244K-8R2ZCOIL8.2µH K
J1002 QNN0384-001PIN JACK
J1003 QNN0281-003PIN JACK or CEMN065-001
J1004 QNN0281-002PIN JACK or CEMN065-002
J1005 QNS0197-0013.5 JACK
K1351 QQR0621-002ZBEADS CORE
C1305QETN1HM-474ZE CAP.0.47µF 50V M
C1306NCB31HK-103XC CAP.0.01µF 50V K
C1307QETN1CM-477ZE CAP.470µF 16V M
C1308QETN1CM-107ZE CAP.100µF 16V M
C1309NCB31HK-103XC CAP.0.01µF 50V K
C1310NDC31HJ-221XC CAP.220pF 50V J
C1311NCB31HK-103XC CAP.0.01µF 50V K
C1312QENC1HM-474ZBP E CAP0.47µF 50V M
C1313QETN1HM-335ZE CAP3.3µF 50V M
C1314NCB31HK-103XC CAP.0.01µF 50V K
C1315QETN1CM-107ZE CAP.100µF 16V M
C1316QETN1HM-106ZE CAP.10µF 50V M
C1317NCB31EK-473XC CAP.0.047 µF 25V K
C1321NDC31HJ-120XC CAP.12pF 50V J
C1322NCB31EK-273XC CAP.0.027 µF 25V K
Symbol No.Part No.Part NameDescription
!
CAPACITOR
C1323QETN1HM-474ZE CAP.0.47µF 50V M
C1324QETN1HM-106ZE CAP.10µF 50V M
C1325QENC1HM-106ZBP E CAP.10µF 50V M
C1326NCS21HJ-221XC CAP.220pF 50V J
C1341QETN1HM-106ZE CAP.10µF 50V M
C1352QFZ0097-103MM CAP.0.01µF 1250V K
C1357QETN1AM-477ZE CAP.470µF 10V M
C1365QENC1HM-105ZE CAP.1µF 50V M
C1366QENC1HM-105ZE CAP.1µF 50V M
C1367QENC1HM-105ZE CAP.1µF 50V M
C1401QFV71HJ-474ZMF CAP.0.47µF 50V J
C1426QFLC1HJ-102ZM CAP.1000pF 50V J
C1427QETN1VM-107ZE CAP.100µF 35V M
C1428QETN1VM-107ZE CAP.100µF 35V M
C1429QETN1HM-106ZE CAP.10µF 50V M
C1430QFN32AJ-472ZM CAP.4700pF 100V J
C1433QETN1HM-475ZE CAP.4.7µF 50V M
C1435QETM1EM-228E CAP.2200µF 25V M
C1436QFV71HJ-334ZMF CAP.0.33µF 50V J
C1437NCB31HK-104XC CAP.0.1µF 50V K
C1501QETN1AM-477ZE CAP.470µF 10V M
C1502NCB31HK-103XC CAP.0.01µF 50V K
C1503QETN1HM-106ZE CAP.10µF 50V M
C1523QETN1EM-476ZE CAP.47µF 25V M
C1529QFN32AJ-102ZM CAP.1000pF 100V J
C1531QEZ0203-107E CAP.100µF 160V M
C1552QETM1VM-108E CAP1000µF 35V M
C1554QETN2EM-475ZE.CAP4.7µF 250V M
C1555QFLC2AJ-104ZM CAP.0.1µF 100V J
C1557QETN1HM-107ZE CAP.100µF 50V M
C1571QETN1AM-107ZE CAP.100µF 10V M
C1572QETN1EM-476ZE CAP.47µF 25V M
C1581QFV71HJ-104ZMF CAP.0.1µF 50V J
C1652NCB31HK-473XC CAP.0.047 µF 50V K
C1653QETN1HM-106ZE CAP.10µF 50V M
C1654QETN1CM-477ZE CAP.470µF 16V M
C1655QETN1HM-106ZE CAP.10µF 50V M
C1656QENC1HM-105ZE CAP.1µF 50V M
C1657QETN1EM-107ZE CAP.100µF 25V M
C1658QETM1EM-228E CAP.2200µF 25V M
C1659QETN1HM-475ZE CAP.4.7µF 50V M
C1663NCB31HK-102XC CAP.1000pF 50V K
C1664QETN1CM-107ZE CAP.100µF 16V M
C1665NCB31HK-103XC CAP.0.01µF 50V K
C1701QETN1HM-106ZE CAP.10µF 50V M
C1705QETN1CM-477ZE CAP.470µF 16V M
C1706NCB31HK-104XC CAP.0.1µF 50V K
C1707NCB31HK-103XC CAP.0.01µF 50V K
C1708QETN1AM-108ZE CAP.1000µF 10V M
C1709NCB31HK-103XC CAP.0.01µF 50V K
C1710QETN1CM-107ZE CAP.100µF 16V M
C1711NCB31HK-103XC CAP.0.01µF 50V K
C1712NCB31HK-103XC CAP.0.01µF 50V K
C1713NCB31HK-103XC CAP.0.01µF 50V K
C1001QETN1HM-106ZE CAP.10µF 50V M
C1002NCB31HK-103XC CAP.0.01µF 50V K
C1004QETN1CM-477ZE CAP.470µF 16V M
C1005QFV71HJ-104ZMF CAP.0.1µF 50V J
C1008QETN1HM-475ZE CAP.4.7µF 50V M
C1103QETN1EM-476ZE CAP.47µF 25V M
C1104NCB31HK-472XC CAP.4700pF 50V K
C1105NCB31HK-472XC CAP.4700pF 50V K
C1106NCB31HK-472XC CAP.4700pF 50V K
C1107NCB31HK-472XC CAP.4700pF 50V K
C1110NRSA63J-0R0XMG R0.0Ω 1/16W J
C1112QETN1EM-476ZE CAP.47µF 25V M
C1113NCB31HK-472XC CAP.4700pF 50V K
C1114NCB31HK-103XC CAP.0.01µF 50V K
C1115NCB31HK-103XC CAP.0.01µF 50V K
C1116NCB31HK-103XC CAP.0.01µF 50V K
C1117QFV71HJ-224ZMF CAP.0.22µF 50V J
C1119QETN1HM-474ZE CAP.0.47µF 50V M
C1120NDC31HJ-121XC CAP.120pF 50V J
C1121NCB31HK-103XC CAP.0.01µF 50V K
C1122NCB31HK-103XC CAP.0.01µF 50V K
C1162NCB31HK-152XC CAP.1500pF 50V K
C1301NCB31HK-123XC CAP.0.012µF 50V K
C1302QETN1HM-475ZE CAP.4.7µF 50V M
C1303NDC31HJ-100XC CAP.10pF 50V J
C1304QFV71HJ-474ZMF CAP.0.47µF 50V J
C1305QETN1HM-474ZE CAP.0.47µF 50V M
C1306NCB31HK-103XC CAP.0.01µF 50V K
C1307QETN1CM-477ZE CAP.470µF 16V M
C1308QETN1CM-107ZE CAP.100µF 16V M
C1309NCB31HK-103XC CAP.0.01µF 50V K
C1310NDC31HJ-221XC CAP.220pF 50V J
C1311NCB31HK-103XC CAP.0.01µF 50V K
C1312QENC1HM-474ZBP E CAP0.47µF 50V M
C1313QETN1HM-335ZE CAP3.3µF 50V M
C1314NCB31HK-103XC CAP.0.01µF 50V K
C1315QETN1CM-107ZE CAP.100µF 16V M
C1316QETN1HM-106ZE CAP.10µF 50V M
C1317NCB31EK-473XC CAP.0.047µF 25V K
C1321NDC31HJ-120XC CAP.12pF 50V J
C1322NCB31EK-273XC CAP.0.027µF 25V K
C1323QETN1HM-474ZE CAP.0.47µF 50V M
C1324QETN1HM-106ZE CAP.10µF 50V M
C1325QENC1HM-106ZBP E CAP.10µF 50V M
C1326NCS21HJ-221XC CAP.220pF 50V J
C1341QETN1HM-106ZE CAP.10µF 50V M
C1352QFZ0097-103MM CAP.0.01µF 1250V K
C1529QFN32AJ-102ZM CAP.1000pF 100V J
C1531QEZ0203-107E CAP.100µF 160V M
No. 52023
47
A
V-2135TEE
[ AV-2135TEE ]
Symbol No.Part No.Part NameDescription
!
CAPACITOR
C1552QETM1VM-108E CAP1000µF 35V M
C1554QETN2EM-475ZE.CAP4.7µF 25V M
C1555QFLC2AJ-104ZM CAP.0.1µF 100V J
C1557QETN1HM-107ZE CAP.100µF 50V M
C1571QETN1AM-107ZE CAP.100µF 10V M
C1572QETN1EM-476ZE CAP.47µF 25V M
C1581QFV71HJ-104ZMF CAP.0.1µF 50V J
C1652NCB31HK-473XC CAP.0.047 µF 50V K
C1653QETN1HM-106ZE CAP.10µF 50V M
C1654QETN1CM-477ZE CAP.470µF 16V M
C1655QETN1HM-106ZE CAP.10µF 50V M
C1656QENC1HM-105ZE CAP.1µF 50V M
C1657QETN1EM-107ZE CAP.100µF 25V M
C1658QETM1EM-228E CAP.2200µF 25V M
C1659QETN1HM-475ZE CAP.4.7µF 50V M
C1663NCB31HK-102XC CAP.1000pF 50V K
C1664QETN1CM-107ZE CAP.100µF 16V M
C1665NCB31HK-103XC CAP.0.01µF 50V K
C1701QETN1HM-106ZE CAP.10µF 50V M
C1705QETN1CM-477ZE CAP.470µF 16V M
C1706NCB31HK-104XC CAP.0.1µF 50V K
C1707NCB31HK-103XC CAP.0.01µF 50V K
C1708QETN1AM-108ZE CAP.1000µF 10V M
C1709NCB31HK-103XC CAP.0.01µF 50V K
C1710QETN1CM-107ZE CAP.100µF 16V M
C1711NCB31HK-103XC CAP.0.01µF 50V K
C1712NCB31HK-103XC CAP.0.01µF 50V K
C1713NCB31HK-103XC CAP.0.01µF 50V K
C1741QETN1HM-106ZE CAP.10µF 50V M
C1742QETN1HM-106ZE CAP.10µF 50V M
C1743QETN1HM-106ZE CAP.10µF 50V M
C1744NCB31HK-103XC CAP.0.01µF 50V K
C1805QETN1CM-227ZE CAP.220µF 16V M
C1806QETN1CM-477ZE CAP.470µF 16V M
C1811QETN1HM-106ZE CAP.10µF 50V M
C1821QETN1CM-107ZE CAP.100µF 16V M
C1822NCB31HK-103XC CAP.0.01µF 50V K
C1836QETN1HM-335ZE CAP.3.3µF 50V M
C1837QETN1HM-335ZE CAP.3.3µF 50V M
C1838QETN1HM-335ZE CAP.3.3µF 50V M
C1841NCB31HK-152XC CAP.1500pF 50V K
C1843NCB31HK-103XC CAP.0.01µF 50V K
C1844NCB31HK-103XC CAP.0.01µF 50V K
C1845NCB31HK-103XC CAP.0.01µF 50V K
C1846NCB31HK-103XC CAP.0.01µF 50V K
C1847QETN1HM-475ZE CAP.4.7µF 50V M
C1848NCB31HK-103XC CAP.0.01µF 50V K
C1849NCB31HK-103XC CAP.0.01µF 50V K
C1852NCB31HK-103XC CAP.0.01µF 50V K
C1853NCB31HK-103XC CAP.0.01µF 50V K
C1854QETN1CM-107ZE CAP.100µF 16V M
C1855QETN1HM-106ZE CAP.10µF 50V M
C1856NCB31HK-104XC CAP.0.1µF 50V K
!
C1901 QFZ9078-224MP F CAP0.22µF AC275V M
Symbol No.Part No.Part NameDescription
!
CAPACITOR
!
C1904QCZ9015-102C CAP.1000pFAC250V Z
!
C1905QCZ9015-102C CAP.1000pFAC250V Z
C1907QCZ9015-102C CAP.1000pFAC250V Z
!
C1909QEZ0552-127E CAP.or QEZ0199-127 120µF 400V M
!
C1910QFZ9078-473MP F CAP.0.047µF AC275V M
C1922QFLC1HJ-104ZM CAP.0.1µF 50V J
C1924QETN1HM-475ZE CAP.4.7µF 50V M
C1925QETN1VM-476ZE CAP.47µF 35V M
C1926QFLC1HJ-332ZM CAP.3300pF 50V J
C1929QFKA2JK-103MM CAP.0.01µF 630V K
C1931QCZ0364-681C CAP.680pF 2KV K
C1932NDC31HJ-681XC CAP.680pF 50V J
C1941QCZ0364-561C CAP.560pF 2KV K
C1942QEZ0203-107E CAP.100µF 160V M
C1944QCB32HK-222ZC CAP.2200pF 500V K
C1945QEHR1EM-108ZE CAP.1000µF 25V M
C1946QETN1EM-108ZE CAP.1000µF 25V M
C1947QCB32HK-222ZC CAP.2200pF 500V K
C1948QETN1EM-108ZE CAP.1000µF 25V M
C1949NDC31HJ-471XC CAP.470pF 50V J
C1961QETN1HM-475ZE CAP.4.7µF 50V M
C1976QETN1EM-227ZE CAP.220µF 25V M
C1977QETN1CM-227ZE CAP.220µF 16V M
C1978QETN1EM-227ZE CAP.220µF 25V M
C1979QETN1AM-227ZE CAP.220µF 10V M
C1991QCZ9079-102C CAP.1000pFAC250V M
!
C1992QCZ9079-102C CAP.1000pFAC250V M
!
!
C1993QCZ9079-222C CAP.2200pFAC250V M
TRANSFORMER
T1501QQR1244-001DRIVE TRANSF.
!
T1522QQH0131-001F B T
!
T1921QQS0161-001SW TRANSF.
COIL
L1001QQL244K-8R2ZCOIL8.2µH K
L1101QQL244J-2R2ZCOIL2.2µH J
L1103QQL244K-8R2ZCOIL8.2µH K
C1001QETN1HM-106ZE CAP.10µF 50V M
C1002NCB31HK-103XC CAP.0.01µF 50V K
C1004QETN1CM-477ZE CAP.470µF 16V M
C1005QFV71HJ-104ZMF CAP.0.1µF 50V J
C1008QETN1HM-475ZE CAP.4.7µF 50V M
C1103QETN1EM-476ZE CAP.47µF 25V M
C1104NCB31HK-472XC CAP.4700pF 50V K
C1105NCB31HK-472XC CAP.4700pF 50V K
C1106NCB31HK-472XC CAP.4700pF 50V K
C1107NCB31HK-472XC CAP.4700pF 50V K
C1110NRSA63J-0R0XMG R0.0Ω 1/16W J
C1112QETN1EM-476ZE CAP.47µF 25V M
C1113NCB31HK-472XC CAP.4700pF 50V K
C1114NCB31HK-103XC CAP.0.01µF 50V K
C1115NCB31HK-103XC CAP.0.01µF 50V K
C1116NCB31HK-103XC CAP.0.01µF 50V K
C1117QFV71HJ-224ZMF CAP.0.22µF 50V J
C1119QETN1HM-474ZE CAP.0.47µF 50V M
C1120NDC31HJ-121XC CAP.120pF 50V J
C1121NCB31HK-103XC CAP.0.01µF 50V K
C1122NCB31HK-103XC CAP.0.01µF 50V K
C1162NCB31HK-152XC CAP.1500pF 50V K
C1301NCB31HK-123XC CAP.0.012 µF 50V K
C1302QETN1HM-475ZE CAP.4.7µF 50V M
C1303NDC31HJ-100XC CAP.10pF 50V J
C1304QFV71HJ-474ZMF CAP.0.47µF 50V J
C1305QETN1HM-474ZE CAP.0.47µF 50V M
C1306NCB31HK-103XC CAP.0.01µF 50V K
C1307QETN1CM-477ZE CAP.470µF 16V M
C1308QETN1CM-107ZE CAP.100µF 16V M
C1309NCB31HK-103XC CAP.0.01µF 50V K
Symbol No.Part No.Part NameDescription
!
CAPACITOR
C1310NDC31HJ-221XC CAP.220pF 50V J
C1311NCB31HK-103XC CAP.0.01µF 50V K
C1312QENC1HM-474ZBP E CAP0.47µF 50V M
C1313QETN1HM-335ZE CAP3.3µF 50V M
C1314NCB31HK-103XC CAP.0.01µF 50V K
C1315QETN1CM-107ZE CAP.100µF 16V M
C1316QETN1HM-106ZE CAP.10µF 50V M
C1317NCB31EK-473XC CAP.0.047 µF 25V K
C1321NDC31HJ-120XC CAP.12pF 50V J
C1322NCB31EK-273XC CAP.0.027 µF 25V K
C1323QETN1HM-474ZE CAP.0.47µF 50V M
C1324QETN1HM-106ZE CAP.10µF 50V M
C1325QENC1HM-106ZBP E CAP.10µF 50V M
C1326NCS21HJ-221XC CAP.220pF 50V J
C1341QETN1HM-106ZE CAP.10µF 50V M
C1352QFZ0097-103MM CAP.0.01µF 1250V K
C1426QFLC1HJ-102ZM CAP.1000pF 50V J
C1427QETN1VM-107ZE CAP.100µF 35V M
C1428QETN1VM-107ZE CAP.100µF 35V M
C1429QETN1HM-106ZE CAP.10µF 50V M
C1430QFN32AJ-472ZM CAP.4700pF 100V J
C1433QETN1HM-475ZE CAP.4.7µF 50V M
C1435QETM1EM-228E CAP.2200µF 25V M
C1436QFV71HJ-334ZMF CAP.0.33µF 50V J
C1437NCB31HK-104XC CAP.0.1µF 50V K
C1501QETN1AM-477ZE CAP.470µF 10V M
C1502NCB31HK-103XC CAP.0.01µF 50V K
C1503QETN1HM-106ZE CAP.10µF 50V M
C1523QETN1EM-476ZE CAP.47µF 25V M
C1525QFZ0200-972MPP CAP.9700pF1.5kVH±3%
C1529QFN32AJ-102ZM CAP.1000pF 100V J
C1531QEZ0203-107E CAP.100µF 160V M
C1552QETM1VM-108E CAP1000µF 35V M
C1554QETN2EM-475ZE.CAP 4.7µF 250V M
C1555QFLC2AJ-104ZM CAP.0.1µF 100V J
C1557QETN1HM-107ZE CAP.100µF 50V M
C1571QETN1AM-107ZE CAP.100µF 10V M
C1572QETN1EM-476ZE CAP.47µF 25V M
C1581QFV71HJ-104ZMF CAP.0.1µF 50V J
C1652NCB31HK-473XC CAP.0.047 µF 50V K
C1653QETN1HM-106ZE CAP.10µF 50V M
C1654QETN1CM-477ZE CAP.470µF 16V M
C1655QETN1HM-106ZE CAP.10µF 50V M
C1656QENC1HM-105ZE CAP.1µF 50V M
C1657QETN1EM-107ZE CAP.100µF 25V M
C1658QETM1EM-228E CAP.2200µF 25V M
C1659QETN1HM-475ZE CAP.4.7µF 50V M
C1663NCB31HK-102XC CAP.1000pF 50V K
C1664QETN1CM-107ZE CAP.100µF 16V M
C1665NCB31HK-103XC CAP.0.01µF 50V K
C1701QETN1HM-106ZE CAP.10µF 50V M
C1705QETN1CM-477ZE CAP.470µF 16V M
C1706NCB31HK-104XC CAP.0.1µF 50V K
C1707NCB31HK-103XC CAP.0.01µF 50V K
C1708QETN1AM-108ZE CAP.1000µF 10V M
C1709NCB31HK-103XC CAP.0.01µF 50V K
C1710QETN1CM-107ZE CAP .100µF 16V M
C1711NCB31HK-103XC CAP.0.01µF 50V K
C1712NCB31HK-103XC CAP.0.01µF 50V K
C1713NCB31HK-103XC CAP.0.01µF 50V K
C1730NCB31HK-103XC CAP.0.01µF 50V K
C1741QETN1HM-106ZE CAP.10µF 50V M
C1742QETN1HM-106ZE CAP.10µF 50V M
C1743QETN1HM-106ZE CAP.10µF 50V M
C1744NCB31HK-103XC CAP.0.01µF 50V K
C1805QETN1CM-227ZE CAP.220µF 16V M
C1806QETN1CM-477ZE CAP.470µF 16V M
C1811QETN1HM-106ZE CAP.10µF 50V M
C1841NCB31HK-152XC CAP.1500pF 50V K
!
C1901QFZ9078-224M P F CAP0.22µF AC275V M
!
C1904QCZ9015-102C CAP.1000pFAC250V Z
!
C1905QCZ9015-102C CAP.1000pFAC250V Z
C1907QCZ9015-102C CAP.1000pFAC250V Z
!
C1909QEZ0552-127E CAP.120µF 400V M
!
C1910QFZ9078-473M P F CAP0.047µF AC275V M
C1922QFLC1HJ-104ZM CAP.0.1µF 50V J
C1924QETN1HM-475ZE CAP.4.7µF 50V M
C1925QETN1VM-476ZE CAP47µF 50V M
C1926QFLC1HJ-332ZM CAP.3300pF 50V J
C1929QFKA2JK-103M M CAP0.01pF 630V K
C1931QCZ0364-681C CAP680pF 2KV K
C1932NDC31HJ-681XC CAP.680pF 50V J
C1941QCZ0364-561C CAP560pF 2KV K
C1942QEZ0203-107E CAP.100µF 160V M
C1944QCB32HK-222ZC CAP.2200pF 500V K
C1945QEHR1EM-108ZE CAP.1000µF 25V M
C1946QETN1EM-108ZE CAP.1000µF 25V M
C1947QCB32HK-222ZC CAP.2200pF 500V K
C1948QETN1EM-108ZE CAP.1000µF 25V M
C1949NDC31HJ-471XC CAP.470pF 50V J
C1961QETN1HM-475ZE CAP.4.7µF 50V M
C1976QETN1EM-227ZE CAP.220µF 25V M
C1977QETN1CM-227ZE CAP.220µF 16V M
C1978QETN1EM-227ZE CAP.220µF 25V M
C1979QETN1AM-227ZE CAP.220µF 10V M
C1991QCZ9079-102C CAP.1000pFAC250V M
!
!
C1992QCZ9079-102C CAP.1000p FAC250V M
!
C1993QCZ9079-222C CAP.2200pFAC250V M
TRANSF
T1501QQR1244-001DRIVE TRANSF.
!
T1522QQH0131-001F B T
T1921QQS0161-001SW TRANSF.
!
COIL
L1001QQL244K-8R2ZCOIL8.2µH K
L1101QQL244J-2R2ZCOIL2.2µH J
L1103QQL244K-8R2ZCOIL8.2µH K
L1551QQLZ034-670HEATER CHOKE
L1701QQL244J-5R6ZCOIL5.6µH J
L1941QQL26AK-820ZCOIL82µH K
L1942QQL244J-4R7ZPEAKING COIL
FC1901CEMG002-001ZFUSE CLIP
FR1557QRJ146J-2R2XC R2.2Ω 1/4W J
J1002QNN0384-001PIN JACK
J1003QNN0281-003PIN JACK or CEMN065-001
J1004QNN0281-002PIN JACK or CEMN065-002
J1005QNS0197-0013.5 JACK
K1351QQR0621-002ZBEADS CORE
K1421QQR1113-001ZFERRITE BEADS
R1980QRL029J-152OM R1.5kΩ 2W J
R1991QRZ9046-825ZC R8.2MΩ 1/2W K
!
CAPACITOR
C1001QETN1HM-106ZE CAP.10µF 50V M
C1002NCB31HK-103XC CAP.0.01µF 50V K
C1004QETN1CM-477ZE CAP.470µF 16V M
C1005QFV71HJ-104ZMF CAP.0.1µF 50V J
C1008QETN1HM-475ZE CAP.4.7µF 50V M
C1103QETN1EM-476ZE CAP.47µF 25V M
C1104NCB31HK-472XC CAP.4700pF 50V K
C1105NCB31HK-472XC CAP.4700pF 50V K
C1106NCB31HK-472XC CAP.4700pF 50V K
C1107NCB31HK-472XC CAP.4700pF 50V K
C1109NCB31HK-472XC CAP.4700pF 50V K
C1110NRSA63J-0R0XMG R0.0Ω 1/16W J
C1112QETN1EM-476ZE CAP.47µF 25V M
C1113NCB31HK-472XC CAP.4700pF 50V K
C1114NCB31HK-103XC CAP.0.01µF 50V K
C1115NCB31HK-103XC CAP.0.01µF 50V K
C1116NCB31HK-103XC CAP.0.01µF 50V K
C1117QFV71HJ-224ZMF CAP.0.22µF 50V J
C1119QETN1HM-474ZE CAP.0.47µF 50V M
C1120NDC31HJ-121XC CAP.120pF 50V J
C1121NCB31HK-103XC CAP.0.01µF 50V K
C1122NCB31HK-103XC CAP.0.01µF 50V K
C1161NCB31HK-103XC CAP.0.01µF 50V K
C1162NCB31HK-152XC CAP.1500pF 50V K
C1164NCB31HK-103XC CAP.0.01µF 50V K
C1165NCB31HK-103XC CAP.0.01µF 50V K
C1166NCB31HK-104XC CAP.0.1µF 50V K
C1301NCB31HK-123XC CAP.0.012 µF 50V K
C1302QETN1HM-475ZE CAP.4.7µF 50V M
C1303NDC31HJ-100XC CAP.10pF 50V J
Symbol No.Part No.Part NameDescription
!
CAPACITOR
C1304QFV71HJ-474ZMF CAP.0.47µF 50V J
C1305QETN1HM-474ZE CAP.0.47µF 50V M
C1306NCB31HK-103XC CAP.0.01µF 50V K
C1307QETN1CM-477ZE CAP.470µF 16V M
C1308QETN1CM-107ZE CAP.100µF 16V M
C1309NCB31HK-103XC CAP.0.01µF 50V K
C1310NDC31HJ-221XC CAP.220pF 50V J
C1311NCB31HK-103XC CAP.0.01µF 50V K
C1312QENC1HM-474ZBP E CAP0.47µF 50V M
C1313QETN1HM-335ZE CAP3.3µF 50V M
C1314NCB31HK-103XC CAP.0.01µF 50V K
C1315QETN1CM-107ZE CAP.100µF 16V M
C1316QETN1HM-106ZE CAP.10µF 50V M
C1317NCB31EK-473XC CAP.0.047 µF 25V K
C1321NDC31HJ-120XC CAP.12pF 50V J
C1322NCB31EK-273XC CAP.0.027 µF 25V K
C1323QETN1HM-474ZE CAP.0.47µF 50V M
C1324QETN1HM-106ZE CAP.10µF 50V M
C1325QENC1HM-106ZBP E CAP.10µF 50V M
C1326NCS21HJ-221XC CAP.220pF 50V J
C1341QETN1HM-106ZE CAP.10µF 50V M
C1352QFZ0097-103MM CAP.0.01µF 1250V K
C1426QFLC1HJ-102ZM CAP.1000pF 50V J
C1427QETN1VM-107ZE CAP.100µF 35V M
C1428QETN1VM-107ZE CAP.100µF 35V M
C1429QETN1HM-106ZE CAP.10µF 50V M
C1430QFN32AJ-472ZM CAP.4700pF 100V J
C1433QETN1HM-475ZE CAP.4.7µF 50V M
C1435QETM1EM-228E CAP.2200µF 25V M
C1436QFV71HJ-334ZMF CAP.0.33µF 50V J
C1437NCB31HK-104XC CAP.0.1µF 50V K
C1501QETN1AM-477ZE CAP.470µF 10V M
C1502NCB31HK-103XC CAP.0.01µF 50V K
C1503QETN1HM-106ZE CAP.10µF 50V M
C1523QETN1EM-476ZE CAP.47µF 25V M
C1525QFZ0200-972MPP CAP.9700pF1.5kVH±3%
C1529QFN32AJ-102ZM CAP.1000pF 100V J
C1531QEZ0203-107E CAP.100µF 160V M
C1552QETM1VM-108E CAP1000µF 35V M
C1554QETN2EM-475ZE.CAP 4.7µF 250V M
C1555QFLC2AJ-104ZM CAP.0.1µF 100V J
C1557QETN1HM-107ZE CAP.100µF 50V M
C1571QETN1AM-107ZE CAP.100µF 10V M
C1572QETN1EM-476ZE CAP.47µF 25V M
C1581QFV71HJ-104ZMF CAP.0.1µF 50V J
C1652NCB31HK-473XC CAP.0.047 µF 50V K
C1653QETN1HM-106ZE CAP.10µF 50V M
C1654QETN1CM-477ZE CAP.470µF 16V M
C1655QETN1HM-106ZE CAP.10µF 50V M
C1656QENC1HM-105ZE CAP.1µF 50V M
C1657QETN1EM-107ZE CAP.100µF 25V M
C1658QETM1EM-228E CAP.2200µF 25V M
C1659QETN1HM-475ZE CAP.4.7µF 50V M
C1663NCB31HK-102XC CAP.1000pF 50V K
C1664QETN1CM-107ZE CAP.100µF 16V M
C1665NCB31HK-103XC CAP.0.01µF 50V K
C1701QETN1HM-106ZE CAP.10µF 50V M
C1705QETN1CM-477ZE CAP.470µF 16V M
C1706NCB31HK-104XC CAP.0.1µF 50V K
C1707NCB31HK-103XC CAP.0.01µF 50V K
C1708QETN1AM-108ZE CAP.1000µF 10V M
C1709NCB31HK-103XC CAP.0.01µF 50V K
C1710QETN1CM-107ZE CAP.100µF 16V M
C1711NCB31HK-103XC CAP.0.01µF 50V K
C1712NCB31HK-103XC CAP.0.01µF 50V K
C1713NCB31HK-103XC CAP.0.01µF 50V K
C1730NCB31HK-103XC CAP.0.01µF 50V K
C1741QETN1HM-106ZE CAP.10µF 50V M
C1742QETN1HM-106ZE CAP.10µF 50V M
C1743QETN1HM-106ZE CAP.10µF 50V M
C1744NCB31HK-103XC CAP.0.01µF 50V K
C1805QETN1CM-227ZE CAP.220µF 16V M
C1806QETN1CM-477ZE CAP.470µF 16V M
C1811QETN1HM-106ZE CAP.10µF 50V M
C1841NCB31HK-152XC CAP.1500pF 50V K
!
C1901QFZ9078-224M P F CAP0.22µF AC275V M
C1904QCZ9015-102C CAP.1000pFAC250V Z
!
C1905QCZ9015-102C CAP.1000pFAC250V Z
!
C1907QCZ9015-102C CAP.1000pFAC250V Z
!
C1909QEZ0552-127E CAP.or QEZ0199-127 120µF 400V M
!
C1910QFZ9078-473M P F CAP0.047µF AC275V M
C1922QFLC1HJ-104ZM CAP.0.1µF 50V J
C1924QETN1HM-475ZE CAP.4.7µF 50V M
C1925QETN1VM-476ZE CAP47µF 35V M
C1926QFLC1HJ-332ZM CAP.3300pF 50V J
C1929QFKA2JK-103M M CAP0.01µF 630V K
C1931QCZ0364-681C CAP680pF 2KV K
C1932NDC31HJ-681XC CAP.680pF 50V J
C1941QCZ0364-561C CAP560pF 2KV K
C1942QEZ0203-107E CAP.100µF 160V M
C1944QCB32HK-222ZC CAP.2200pF 500V K
C1945QEHR1EM-108ZE CAP.1000µF 25V M
C1946QETN1EM-108ZE CAP.1000µF 25V M
C1947QCB32HK-222ZC CAP.2200pF 500V K
C1948QETN1EM-108ZE CAP.1000µF 25V M
C1949NDC31HJ-471XC CAP.470pF 50V J
C1961QETN1HM-475ZE CAP.4.7µF 50V M
C1976QETN1EM-227ZE CAP.220µF 25V M
C1977QETN1CM-227ZE CAP.220µF 16V M
C1978QETN1EM-227ZE CAP.220µF 25V M
C1979QETN1AM-227ZE CAP.220µF 10V M
C1991QCZ9079-102C CAP.1000pFAC250V M
!
!
C1992QCZ9079-102C CAP.1000pFAC250V M
!
C1993QCZ9079-222C CAP.2200pFAC250V M
TRANSFORMER
T1501QQR1244-001DRIVE TRANSF.
!
T1522QQH0131-001F B T
T1921QQS0161-001SW TRANSF.
!
COIL
L1001QQL244K-8R2ZCOIL8.2µH K
L1101QQL244J-2R2ZCOIL2.2µH J
L1103QQL244K-8R2ZCOIL8.2µH K
L1551QQLZ034-670HEATER CHOKE
L1701QQL244J-5R6ZCOIL5.6µH J
L1941QQL26AK-820ZCOIL82µH K
FR1557QRJ146J-2R2XC R2.2Ω 1/4W J
J1002QNN0384-001PIN JACK
J1003QNN0281-003PIN JACK or CEMN065-001
J1004QNN0281-002PIN JACK or CEMN065-002
J1005QNS0197-0013.5 JACK