Technics SUCH-7002 Service manual

9 BLOCK DIAGRAM

..201 (1/21

‘EcLchm-

8.4558FT I

m

BUFFER AMP

LC7536

:-

ELECTRIC vOLUME

~-–- -–

L -– _ _ — __ >— — — —_ J

,- 8

-B +9

Zz

;)

-.——

II

Bb4558FT1

m

BASS AMP

-B +B ;

4

y?

5 - “,~

1.

II

I

1

I

1,

,,

I I

SU-CH700

. . .

m ““ ;$~

BU2040F-T2

-

SYSTEM CONTROL

SU-CH700

“.60!

(vOLUME

n

SU-CH700

■ FUNCTION OF IC TERMINALS

SV13,01C

POWER AMP

II

ti

I

‘1

S? EAKERS

d

T

F---- +-”-k.~,

7+

,*)

5(!;- —-I- . ,

-6

{84)

L--J’”

mm

L_:J”

.,

0571,572 !

(i

PCo!ec, or

-’!

No,es ,

~ –– –

+ :

I

- :

L –_ -- – – _]

( 1

riQh! chorine 1. ,

I

‘1I PT,o,

,.

,

FL60!{* ‘“\

,,,

!,

,,

:–” -- ~

source Sig.pl i

MICsign. I

indicates Pin No. of

,,20, (1/21

●lC601 (M38102M5127S)

Pin No.

Terminal

1 v-

2 –VP

3 HPSW

4 AN IN

Name

1/0

I P0wersupply(+5)

I Pull down voltage inpU\

Headphone ouipulmntrol signti

I

, input

Back-up power input

I

Function

/ 5 B. DATA OUT

~! 6 B. CLKOUT

~

7 : B, DATA IN

\

8 B. CLK IN :

I! 9 REARVRb ~•K“Át+‚ˆ•D”ô«˜‚•¹ó•pEL”Ôm_‚0Çó• ¹ó•

I; lo

I~~L”

!; “

i 12 PLSTART

1 , 13 CLK

[

REARVRa

S, BASS

14 DATA

15 CENTEFIVR b

16 CENTERVRa

o

I

H

Level encoder vObJmemntrOl signal

‘ ,U::”eottovmpt”sed)

o Notus?d

Phone mode select signal inputJ

1/0

output

C[ocksignal output f0rlC801

o

(BU2040F-T2)

Datasignal outpulforlC601

0 ~ (BU2040F-T2)

Level encadervolumecontrol S19nal input

I

(Connectt. Vm, Not.sed)

Level enmdervolume WntrO signal :,,

i

P[n Terminal No.

Name

= ~ 30 ~ XIN [

I

31 XOUT

32 v-

I

b

3;; K3-KO

i

3:; 12G-8G

~

~ 42-

~: 46 ~ 7G-3G

~ 47,

~1 46 L

[: 63

i, ,, 64 NC

,

2G, IG

49-

S1-S15

1/0

I

5o16q Hzx2ACvoltage signal input

Ceramic OscillatOrcOnnectiOn

0 (4.194304MHZ)

I GND

Key control signal input

I

o FLdlgitsigna\ output

Keymntrolsignaland FLdigit

o

signal output

FLdigitsignal Output

o

0 FL$egmentsignal outPut

—

Not used (open)

Function

1

I

t

,70,

i F70Z

t

RL70ziXl , 1

~• \

,,0 Clock signal monitor inputioutput ,,

j

AC IN

a

%:

I

20 VOLDATA

21 vOLCLK

II

I

=0 I I

Z4 lMICMuTE I \ IMicm.ti”gsigflalinput I

25 REMOTE

1

pMWcantmlsignal Output fOr

o

electronic volume (lC201 LC7536)

PMWclocksignal output for

o

I

electronic vohIme(lC201 LC7536)

PMWstrobesignal outputfOr

elxtrOnicvOfume (lC201 LC7S36)

Remote wntrOl recsivingsignal

I

input

I

.——

---

RcDHC-247

m

‘L ,

h r

f \

,,

al -

I

–

-22-

I

-23-

SU-CH700

“.”%

,WW, ,M.,. ,,.,

x

SU-CH700

■ REPLACEMENT PARTS LIST

Hotes : . Imwrtant safety notice:

IC151 SVIBA45S9P

Iczul 1C7536

IC202 W1BA4558F LC, MFFER M

IC2JZ3 SVIBA4558F L G WER B.AS2 W

IC301

IC351 ,SVlBti5%F

IC531 3V13101C

lc5n2 AN6554F jl.C, SIGNAL LEVEL DET

IC601

Icmz ~M-278 Il.C, mDYE 3SNMR 0715.716 M

II

:Cml

13201-S04 12S021443

@31.232

0251, 25z

Q301, 302 BQ2144s

Q303

Q352

@%

0s71

fiol.

%2

@7L 572

Q601

@02

C403 2SC3311A-Q

Q6D4

Q605

0701

Q702

Q703

Q7D4

WI

I

Cumwnents identified by A mark have special characteristics izwrtant for safety. ~en replacing any of these comwnents use only mu fact. rer, s specified parts.

* The parenthesized indicati~s i“ the Remarks calms .pgcify the areas. (Refer to the cover pase for arc.. )

Par+ wit~ut these indications ca” be used for all areas.

* Rewte Control Ass’y:

%PPIY period for three years fmn termination of Production.

D606 At44D4~A

IH7ECR4TZ0 CIRWIT(S) 06T37-612

D616, 617

Lc, k[lc AAP

LC, E1Ec7RIC WC.M

,..,

H521VA I ~ ~~nDwIw~ ~..

K3810M127s \LC, SYSTEH CWT. flL OHIVE

14J2U40F-72 IL C,SYS3EK C13NT’ROL

I

,

ZSC3312F5TA YWANSISmR

OTA114ESTP

oTA114EsTP 7~SISTOR

SSM71~CTA

ZSC331M-IZ

ZSC3311A-Q TRANSISTOR

@.A2M@.4BCTA TNANSIS3WR

mC245V.40C3A I

2SC331LAQ wsismR

D3’c144mP wsIsmn 1501,502

OTC144ES7P msIsmR

D7C114ECTP wsLsmR

ZS01762EF TlL4NsISmR NIILA~(s)

2SB1185EF ~SISTOR

@M7L4cYmA 3V.4NS1S’03R

W245WHA WSISTOR

OTALk4Eti mslsmR OISPLAY WE

1

I

( \l.c,mm Gtvf7.

Il.C, ~ER MP

IWSISTOR(S)

/TOANSISmR

TN4NSIS3WR

TRANSISTOR

WSISTDR

NSISmR

wslsmR COIL(S)

wslsmR

I

[OIODE(S)

I

1A

[ -

,

I II

I

}

D619 AL4..

D621

0701-704

D70S, ID6 .,”7

D708

—

070$710 IM185TA OIOM

21

II-713

071. ... ..

D’114

lb

0717

0719-721 lMIO~A Olom

=1 ‘“’”-”i

11

VR101

VEO1 NW2524B V. RMIN CMmOL

PT701 NTP1N5BO1O ~ER TWSFmR

PT701

LWI

1701 RLQZ6mhl-W mll

X601 Fsx44Aumnz7 ~lLLATOR

FL601

Ibl

IDION

M165

Ml

165 IDIODE

165 IOIODF

lss701TA lhlilW

. ... .

ND

DP3mMF IOIOM

1SRS53330TB ID1OM

1QD352DMB IOIOM

1SR35200TB OIODE A

11 W54TA

w

406mA

.-.415M DIOM

M4053A7TA D1OOE

1 1 G

I I

,

5V.702SV03B14 V. H,KIC CONZF31L

S7P1N5GM3 ~EN TWSF~R

S1QV07G-40 COIL

ELW1OOK49 UQL

~olom

Dlom

D102d

IVMIAME WSISmS(S)

TS4mFO~R

I

~Lol12-F

10ISFtAY TU8E

I

1

1A

I

L(E, EB, EG,GN)

A(cc)

A

I

■ WIRING CONNECTION DIAGRAM

“m

AC IN TERMINAL P.C. S.

~

—

—*L”

— B,”

E

,.7.,

(Pow..

,,..s,0,.,,,

,.”

I

!--:O!O!R:’O:__-J,Q}1!!!’”’”!;:’:

For[E, EG]owa,.

For[E8,GN]area,.

I

a ,’,

m’

.J,OII

,702,

MAIN P.C ,B

,,20!

9 DESCRIPTION OF FL PANEL [FL601 (RSL0112-F)]

5G 4G 3G

SUN MON TUE WED THU FRI SAT

ONCE WEEKLY ,SLEEP

_ --- -—

12G I“IG 16G $G : 6G ~G “ A’G

I

4NOBY ;

,,

( IOG )

1:

.Pin connection

❑ REC ACT Bi-BASS LOUDNESS REAR CENTER ~0~ ❑ PLAY DVCR vDp Bs ~ :;~~; ~ly~

, ,, ,, ,, ,,

,! :,

( 9G 1

(86)

(7G) d

(6G)

=

Ill

2G

03=

IG

.Anode connection

,.3!

,&

[

I

..

I I MIC JACK P.,.,.

I

PI

P2

P3

P4

P5

P6

P7

1’

P9

Plo

PI I

P12

12G

AM 2d

PM 2e e

2C

—

2b 2b

2a 2a a

P8

Co[

Id Id — [

Ie Ie —

Ic Ic —

Ig lg —

lIG

2C c

Zg g

2f f

Dp h h

10G

d

b b

9G 8G 7G 6G

d

e e e e

c c c c WEEKLY

g

f

a a a a

J

— —

— — — —

d d d

g g g

f f f

b b

h

1 I 1 FRI VDP —

j j

h

k —

SLEEP

OFF — 04

ONCE LOUME$$ B3

STANDBY — B2

b

h SAT

THU BS —

J

WED — —

TUE — —

5G 4G 3G

❑ REC B7

ON

❑ PLAY B6

ACT BFBA33 B5

m

–

VCR ~EoAR

BI

2G [G

a7 07

Bt B6

B5 B5

B4 B4

B3 B3

B2 B2

B(

CENTER S2

S1 MUTIN

o —

— —

– —

BI

P13 If

P14

P15

-24-

1

I

lb lb —

la la —

If —

— — – —

— — — —

-20-

MON — —

SUN — —

— — —

— —

SU-CH700

I

SU-CH700

Wef. b.

@

S601

S602

S603

S6D4

.%05

S606

S607

S608

S609

3410

S611

S612

* :: ~,405R ;’:E

3615

S616

S618

S619

S701

o

o; ~~

,

● J7 ~

J703-1,2

J 10LA

J 3Q1A

J 50L4

J60JA

J602R

J 60ZA

J606A

J 701A

J702A

J7R4A

J 101B

J301B

J5010

J 6010

J 602B

J6 03B

J6 MB

J6 058

J6 06B

J7 OIB

J7 02B

Cn ml-708 7UslA3101Tl m R5T(1P)

Part h

Evm1405R

EVQ314135R

EVQ21405R S.Y, SEIECT UP

EVQ21405R

flQ21405R

5VQ21405R SW, WMCE(L)

W21405R

NQ21405R

WQ21405R

5V021405R

EVQ21405R

EVQ31405R

EV021405R

5VQ21405R

ESE37263

R3S1A6604

RJm57mm4-1

Mm57wm4-1 caJNNEcToR(4P)

wm57wuo7-1

NJlw03moFAil

RNWOSWJOPA31 WCKET(8P)

OJLATO3WJ1OU1 ~KET(loP)

SJ T30549BB1 CO

33 T30549B01 CON12C70K(5P)

SJ T30549BB1 CO

NJ m57wuo9-1 co NNmm(9P)

w m5moo7-1 m

M m57ww4-1 co NNECTOR(4P)

RJL057~4 % CKET(4P)

NJoo57tmo4 mmT(4P)

RJuJs7wm7 WKET(7P)

RJmo3mswl co KWECTM(BP)

RJmo3Moswl co Rwm(8P)

m mo3wzlw[l co WNECCOR(IOP)

S3 S50581BB 9X m(5P)

SJ 350581BB WC

SJS50581OB 93 CKET(5P)

Fom57woo9 % KET(9P)

NJtw57wx17 m KET(7P)

RJu357Rm4 ,W KE7(4P)

Part k t kscriptim

NImH(Fs)

SH, CLBCK SET

$W,3ELECT ~N

S.W, TIHER S27

SW, CANCEL

S.V, S7ANDOY

%W, AEC~L

S.W, K4LANCE(R)

*W, B

S. W,ZOHL’R

%W, CD

S.w, m

3.W,KR

Iw, lUHVIES

S.W, ~ER

%, VDLTACE NLECmR

~NNECTOR

SQCKET(AP)

coNNmTm(4P)

CONNECTOR

WCKET(8P)

NNECTBR(SP)

NNECTCW(5P)

WNEC70R(7P)

KET(5P)

A(GC)

hrk

kf. wo.

EW1

E701

Fc1-6 2TF52K

Fc7,8

sL701, m2

JKIOl

JR201

Jssol

JK351

J K501

JK5U3

J K701

JK701

J K702

ME1OM-7

SNE1OO4-1

EVF52E

SY134

PJJ65AL402 MIC JMK

RZTU55KB1$1

RJJ073YA-C

SJR213

KJWJ054

SJF3068-6N

SJS9236

SJS016

S3S702-1

Part k.

Part ftm & kcriptiw

S4S37{ TEfA41NM(s)

cm PtATF

GNO PLATE

~E WJLOER(S)

FEE IULER

FUSE t3JLMR

MIAY(s)

OELAY

JMK(s)

CCVIOECTOR(15P)

wmM JACK

FAW ~OR COKW~R

VEAKER TEMINAL ‘

9.W~ND SP, TEW41N4L

AC INLET

K INLET

CC4WECTOR(3P)

brks

A

h(w)

A

A(E, E1 EG,GC)

A(E, EB, EG, CC)

A(CN)

(E,EB. EG, GW)

Motes : * Capacity values are in zicrofarads (uF) unless swcified othrwise, P= Pico-farads(pF) F= Farads(F)

Kcf.tk,.

R151

M5Z

R153

FR54

FR55

S356

Rlw

R199

0201.202

KZ03,204

R20i 206

S207,208

EO9,21O E

0211,212 E

S213,214 E RB2TJ224T l/4w 220K

8215,216 E

0217,218 E

S219, 220 E KUS2TJ331

S221, 222 E O12inJ105T

S223,224 ERM2TJ222

8233,234 E

S23% 236 E

S337,238 E

8239,240 E

02 51-254 E

s? 55

W2 56

02 57

02 58

02 59

02 60

K281

R2 P2

F2 91,292 ER

S2 93,2$4 ER

K3 01,302 E

63 03-N6 E 0362TJ563

R307, N8

Rz 09-312 EKOS2EJ121

03 11314 E~TfJ102

S3 15

K3 16

02 51

R3 53

63 53

R3 54

* Resistance values are in obs, unless specified otierwise, lK=l, OOO(OW) . lM=l, OOOk(OW)

Part M.

ERB2TJ473

ER032TJ332

E~2TJ104

ERG32TJ102

ER032TJ474

ERm2TJ123

E~2TJ473

ER03mJI02

ERm27J232

EREZTJ104

ERE2TJ474

EFSW2TJ563

~2TJ153

RB2TJ222

ROS2TJ123

Rm2TJ102

17G32TJ1R13

RB2TJ122

ROSZTJ473

RmnJ123

Rm2TJlo2

EOIzi2TJ334

ERM2TJ105T

ER032TJ334

EAW2TJ105T

EOS02TJ152

ERm27J39n l/4W 3,9K

ER OS2TJ1O2

ER NnJ561

mnJlo4

C.32TJ103

mnJ562

~2TJ562

ER mnJ334

E~2TJ105T 1

ER ~TfJ563

ER fW2TJlR4T 1/4W lMK

E~2TJ334

ER ~zTJ102

Value. & bmrb

mslm~

l/4w

l/4w 3. 3K

l/4W l~K

l/4W lK

l/4W 470K

l/4w

1/4w

l/4W IK

l/4W 2. 2K

l/4w 100%

l/4w 470K

I/4w

l/4w

l/4W 2. 2K

l/4w

l/4W lK

l/4w

l/4w IM

l/4w 2.2K

l/4w 1

l/4W 1,2K

l/4w

l/4W lK

l/4W 330K

l/4W IM

l/4W 330K

l/4w

l/4W 1.5K

l/4W lK

l/4w

560

l/4W 100K

l/4w

10K

l/4w 5, 6K

l/4w

56K

l/4w 5. 6K

l/4w

120

l/4W lK

l/4w 330K

/4w lAI

1/4v 56K

1/4W 3SUK

1/4W lK

47K

12K

33a

47K

56K

15K

12K

47X

12K

lhl

Ref.&.

R355

R356

R357 EKOS1FVJ390T

R358

R371

R372

R373

R374

R375

R3M EWS2TJ332

K399

R5D1,502

RW3-506

RYJ7, 509

R5B9, 510

R511

R512

R512 E ODS2TJ6M

R 514

R 515,516 E

K517,518 E

R 519,520 E

R 521,522 E

R523,524 ER2ESkR10V

R 525,526 E

R 527,528 E

R529,530 E

R 531-534 EF33S2TJ224T l/~ 22QK

R 535,536 EKOS2TJ752T l/4W 7. 5K

R 537,538 E

R539,54o E

R 543

R 571

R572

R 573

R 581,502 E WTJ224T 1/4W 220K

RW,5M E

R %, 5M E

R 601

ROJ2-GB4 E

R 605 E ~TJ223

R Fd36-609 E

Ra 9-612 E

R6 13,614 EF2r32TJ151

K 615

R 6 16-619 Em

R6 m

R62 1

R6 22,623 E

Part b.

E~TJ564

EFJIS2TJ332

EF21s2TJ2mT l/4w 22

EWTJ103

E02LT2T.J82.VT

EROS2TJ222

ERDS2TJ393

EmTJ153

mos2TJlM

ERils2TJ222

E~ZTJ563

E~2TJ562

ERJ)S2TJ182

F.mszTJ334

E~S2TJ154

EK025FJ470

~lWJIOOT

RJ325FvJ1ooT

FOIS2TJ563”

PJJS2iJ101

NDS2TJ563

ROS2TJ1O4

NOS2TJ1O2

W.S2TJ393,

MTJ103

ERDS2TJ103

EF21S2TJB23T l/4w

E~2TJ124T

EROS2TJ563

~TJ223

~2TJ103

EFOIS2TJ223

WS2TJ393

KIZS2TJ393

~TJlC41

ERVS2TJ2W3T I

32TJIM

EMTJ221

EFSLS2TJ104

FAIS2TJ223

Value. t &*

l/4N 560K

l/4W 13K

l/2w 39

l/4w

l/4W 2, 2K

l/4w

l/~ Z. 3K

l/4W 150K

l/4w 2. 2K

l/4w 58K

l/m 5. 6K

l/4w L M

l/4W 330K

l/4w 150K A

l/4w 680K A

l/4w

l/nv

l/4w

l/4w lm

8

l/4w 56K

l/4W IOOK

l/4W lK

l/4w

l/4w 120K

l/m

l/4w

l/fl 10K

l/4w 22K

l/4W 39K

l/fl 22K

l/4w

l/4w 10

l/4w

/iw

l/4w IOOK

l/# 220

1/4W 100K

1/4W 22K

82K

56K

22K

39K

150

2.2

10K

82K

39K

15K

56K

0.1

39K

10K

47 A

10 A

R624 EROS2TJ393

R625 ERSW2TJ564

R6268Z9

R630 ERm2TJlo3

R631

N632

R63S. 634

R635

R636

B637

R639

R660-665

8697

R698

R699 E8WTJ102

R701, 702 ER02FCVJ4K77 l/4w

N703, 704

R705, m6 BH~lFVJ391T Im

R707

R 708

R 709,710 E

RTll, 712 ERmlFvJ331T lm 3m

R 713 ER02FCVJ4R7T

R 714

R 715

R 716

R 717

K 718

R 723

R 799

RPol

RPJJ3,F04 E

RWJ5

K307

RM8

R.939,810 ER~2TJ27n 1/4W 2.7K

R811

B 12

R813

R 934

c 3n 1,032 SC K23E22’J2F

c 103-106 ECRTlulozm

c 151

cl 52

cl 53

c1 54

Kef. b.

Part b.

EKW3TJ223

EKW2TJ332

ERW2TJ822

ERS62TJ223

EOW2TJ224T l/4W 220K

EWTJ104

ERW2TJ102

EWTJ101

ERW2TJI02

ERo32TJlo2

ERW’2TJ332

ERW2TJ103

E8M.2TJ690T l/4w a

ERM2TJ562

RfElWJ391T

EKmlFvJ221T l/2w 220 A

ERm2TJ153

EK022TJ472

EKm2TJ103

EROS2TJ221

ER025FVJ4N7T l/4w

ERm3TJlo3

ERZ02TJ39n 1

RO32TJ1O3

EROS2TJ562

EKC62TJ103

ER202TJ392C 1

EWS2TJ1OO

ER032TJ332

ERm3TJ3n3

mTJM2

ES EAfcK41mo

EC BT1KL81KPS

ESEAIWRJB

SC FA3CKNOUB 16V 1C31

ValuP,S & R~rk

l/4K

l/M 560K

l/4W 22K

l/4w

l/4w 3.3K

l/4W &2K

l/4w

l/~ 100K

l/M lK

l/4w

1/4W lK

1/473 lK

l/4W 3,3K

l/4W lK

l/4w

l/4W 5.6K

lfzw

l/4w

l/4w 4.TK

l/4w 10K

l/4w 220

l/4w

/4N 3. 9K

I/4w

l/4w 5.6K

l/4w

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l/4w 10

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l/4W 10K

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cd Pwlm

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39K

10K

22K

100

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10K

39o A

390 A

4.7 A

15K

4.7 A

10K

IOK

10K

C155

C156

C157

C159

C181, 182

C198, 199

C20L 202 ECBTlH101tW5 50V loop

C203. 204 ECEA1RK4W33B 50V 133U

C205. 206 ECEA1RK4SR3B Fav 3.3U

C207, S08 EcBTlNK20m5 50V 82P

C209, 210

C211, 212 ECBT1HI01KB5 WV Imp

C213.214 ECEA1OK4$R3B WV 3.31J

C215-21B ECBT1N101D5 50V loop

C219> 220 ECSA1CK4100B 10V 10U

C223. 224 ECEA1HK4K15B %V o. 15U

C231-234

C251

C252

c2B1-287 E

c301. mz SCM1KK43R30 50V 3.3U

c303,34 EcBTlHlolm5

c305,306 CcBTlH3mJ5

C307t MB ECEAlm3R3B 50V 3.3U

C309

C351

C353

C371

C381, B2

C501, 502

c50i 504 ECRT1H331M.5 50V 3aP

C505, W6

C507, ~8 ~WflH561K85 WV 560P

C509, 510

C511, 512

C513

C514

C515. 516 EC8T1E223ZF

C521-526 ECOTOJ223M5 6. 3V 0.0221J

C527, 528 ECF.41HK4JR3B 53V 3,3U

azv, 530 EcBTlcLo3m5 16V O,OIU

c531,532 E

c571

c599

c601

c603

c6B4

c605

c606

C607, 608

c609, 610 lmK71EI03zF

ECKT1H221W5 50V 220P

ECEA1KVA3R3B

2C8T10221KV5 50V 220P

ECRTlRl~m5

ECOT1EUJ3ZF

EC8T1W321D5 SV zap

ECEA1OK4R33K

ECW1H334JZ3

~E41cK43mB

ECEAICK4100B

CRT1E103ZF

EcFAmvAnlo8

EC2AICK41OOR

ECEAIHR43HB

ECEAOJKA221B

ECKZ1E103ZF

ECAIMP3R3K

ECBT1H1OUJ5

ECA3MPJR38

ECOT1RM1B5

ECA1W4P330B Wv

ECmPIOOB

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ECFA1CK4101K 16v l~U

EcBTlclo3m5 16V O.OIU

ECS4OJU1O2

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ECEAICK430BB

ECFAllK3nB 5BV 3.3U

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50V 10CWP

25V o. Olu

50V a 33U

50V 0,330

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%V

50V m

16V

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6, 3V 2ZOU

25V O. OIU

%V 3. 3U

50V IOP

%V 3.30

50V 87JZP

ltmv

25V 0.022u

25V O, OIU

6. 3V 1000U

25V O, OIU

16V

35V

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JC5 50V mp

25V

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10U

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C611

C69T

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C7U6

C707

c7m

C709

C71O

C711

C712

C725

CS01,802

cm3

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c M7,908 E

c 509

c 911

ECBTIRI02KR5

ECBTIEI03ZF

ECBT1E103ZF

ECOT1E223ZF

ECKR1H3032F5

EcA1w4221B

ECEA1CM1OOO

ECBT1E103ZF

ECAlmmB

ECQE11MKF3 IOOV & lU A

ECRTlE2232f

ECBT1E223ZF

ECOT1M7WJ5

Ec0TIEI03zF

EC8T1HL02KB5

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E‘CBTIH331R05

ECKRIHI022F5

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25P 0.010

25V R.OIU

25V 0. Ozm

5BV 0.030

5BV 220U

16V lfWI

2W O,olu

5BV 33U

25V 0, Ozm

25V 0.0220

50V

47P

25V 0.010

50V 1000P

25V 0.0230

50V 330P

50V 1000P

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Technics SUCH-7002 Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual