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AERIAL

SOCKET

TECHNICAL DATA

General

Power supply

Dimensions(wxhxd)

Remote control unit

Radio

LW

MW

FM

IF-AM

IF-FM

Sensitivity

26

dB S/R

Limitation u-3dB

10

dB crosstalk

0

: 14.4V

DC

: 180x51x150 mm

: 22EN9875

: 144-288 kHz

: 522-1611 kHz

: 87.5-108 MHz

: 10.7 MHz

: 160

~-tV

(LW)

:

11

0

~-tV

(MW)

: 4

~-tV

(FM)

: 15

~-tV

: 150

~-tV

1166

FUSE

2.5

AT

-

...w---:!:-

[ I I I -1-H-- +

12V

SWITCHED

oO

FR

oO

FL

~I+-

AUTOM.AERIAL

-.~-!~+.-

+12V

DIRECT

-+1-1--

REMOTE

SEARCH

[lJ

REAR

RIGHT

REAR[(]

LEFT

[1J

FRONT

rt1

RIGHT

LEFT

L1..J

Cassette player

Number

of

tracks

Tape speed

Wow & Flutter

Crosstalk

Amplifier

Output power

(D

~

10%)

Loudness

Tone control

42700A12

: 2x2

: 4.76

cmjsec

:

~

0.35%

:

~

30 dB

: 2x5.2W ± 1

dBj4Q

: 7 dB at 100

Hz

6 dB at

10kHz

:

-9

dB at 100 Hz

: -14dB at

10kHz

SE

RVICING HINTS

SERVI

CE

TEST PROGRA

MM

E

The

1-1C

test programme can

be

called without first

entering the security code.

1-1

C test

This test is called

by

turning the set on while keeping the

~

P

1

.

and

P2 keys depressed.

Besides the RAM, a great number

of

1-1C

instructions are

tested. If

no

faults occur, a special pattern will be

displayed. (See fig. 1

f)

The test

can

be

stopped

by

turning the set off.

Di

splay test

The display test

is

called by turning the set on while

keeping the

P1

and

P3

keys depressed.

A number of easily recognizable patterns are then

displayed

in

succession. (See figs. 1a to 1

h)

If you want to make one

of

the patterns visible for a

longer time, you only have to keep the

P1

key pressed

for the required time.

SECURITY C

OD

E

General

To reduce the risk of theft, this car radio has a built-in

electronic lock. The security code has been entered

in

the factory and cannot

be

changed by the customer.

The security code consists of four figures varying

between "0000" and "9999". The figures are selected by

pressing the

UP

and DOWN keys and are entered by

pressing the

P1

key. If you enter a wrong code, you will

hear

an

error bleep and after 1 minute you will be given

a new opportunity to enter the right code. Each time a

wrong code is entered, the waiting time is doubled, so

1,

2,

4,

8 etc. with a maximum

of

32 minutes.

Not

e:

If the set is presented for repair with the security

code switched on, and the customer has not stated the

right code, the set will not

be

able to function.

Replacing the

ee

prom by a "non-coded" eeprom a

nd/

or

replac

in

g

th

e

mi

croprocessor will not help

in

th

at

case

.

Work

in

g

ACTIVATING THE SECURITY CODE

Proceed

as

follows:

Switch the set on while pressing the UP key.

Now you hear a two-tone beep and the protection is

activated.

The car radio will signal that the code has been activated

by

briefly showing

in

t

he

display the character '-C-' at the

moment of switching

on

the radio.

ENTRY OF THE CODE

Example: Suppose

th

e co

de

is 4567.

Action

Di

s

pl

ay Note

shows

-Switch

on -C-

-Press

P1

-Select

UP/DOWN "4" 4 first figure

-Press

P1

4-

-Select

UP/DOWN "5" 45 second figure

-Press

P1

45-

-Select

UP

/DOWN "6" 456 third figure

-Press

P1

456-

-Select UP/DOWN "7" 4567 fourth figure

-Press

P1

confirmation tone

The radio

is

now on and you can operate t

he

cassette

player.

Now that the security code is active, the code should be

entered again each time the supply voltage has been

interrupted.

To indicate that the security code is activated, the display

briefly shows the character

"C

" each time the set

is

turned on.

S

WIT

CHING THE CODE OFF

Switch the set on while pressing the UP key. The display

shows the indication "-C-". Enter the right code in the

way described above. Two two-tone squeaks confirm

that the security code

is

switched off.

/A

ESD~

All

ICs and many other semi-conductors are susceptible

to electrostatic discharges (ESD).

Careless handling during repair can reduce service life

drastically. When repairing, make sure that you are

connected to the same potential as the mass

of

the set

via a wrist wrap with resistance.

Keep components and tools also at this potential.

CS

12

222GB

1001

MAIN

P.B.

A

SS

Y

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IP

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IP

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IP TRANSISTER

cs 12 223

6 c 9

1056

FOR

SDK

VERSION

ONLY

4052

NOT

FOR

SDK

VERSION

4053

NOT

FOR

AUTO

REVERSE

VERSION

**C

401

=REMOTE

SEARCH

C 402 = +

12

V SWITCHED

C 403 =+

12

V DIRECT

C 404

=N

.C.

C 405=

AUTO

AERIAL

43

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C406

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7 = 0.7V

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C102=-

C1

08= 1.4V 9 = 4.0V AM

C103= GND. C109= GND. 10= 4.0V AM

C104= O

.O

V C110=1.7V

C1

05= 1.7V C111= 2.9V 6053 M8571

86

C106= 8.

5V

C112= 0.2V 1 = GND.

C113= 1.8V 2 = GND.

1055 IAC-THIFI 3 = GND.

4 = GND.

1 = N.C 5 = 4.3V

2 = 2.5V MP-9 6 = 8.

1V

6055 TA7705P

3 = N.C 7 = 8.4V

-...____

4 = 4.

3V

signal 8 = GND. 1 = 8.5V

2 = 3.

3V;

O.

OV

eject

O.OV

no signal 3 =

O.OV

> , eject

5.

0V

<

1057

ST

.D

EC

.THIFI 4 = N.C

5 = 2.9V

1 = 5.

0V

mono

11

= 5.

0V

mono 6 = 2.9V

0.

2V

stereo O.

OV

stereo 7 = 2.9V

2 = N.C 12= N.C 8 = GND.

3 = 3.5V 13= 5.

0V

muted

O.OV

signal 6060 TDA1518Q

4 = 2.5V 14=

O.OV

muted 1 = 2.2V

5.0V signal 2 = 2.2V

5 = 3.

5V

15= 3.5V 3 = GND.

6 =

GND.

16= 3.

5V

7 =

N.C

17= 3.5V 4 = 2.2V

8 = 7.3V 18= 3.5V 5 = 6.

6V

9 =

N.C

19= 3.5V 6 = 14.4V

1

0= 4.

3V

signal 20= 3.5V 7 = GND.

O.OV

no signal 6063 L4918

6050 TEA6100 1 = 14.4V

1 = 8.4V 11= 4.2V MP-4 2 = 2.6V

2 = 0.8V 12= 4.

6V

3 = GND.

3 = 4.3V signal 13= 4.6V 4 = GND.

O.

OV

no

signal 5 = 8.5V

4 =

N.C

14= 2.5V 6064 L4904

5 = MP-3 15= 4.4V

6

=40kHz

16= 2.

9V

1 = 12.7V

7 =

GND

. 17= 2.9V 2 = 8.5V

8 = 8.4V 18= 2.

9V

3 = 5.6V

9 = 4.8V(SDA) 19= 2.9V 4 = GND.

1

0=

4.8V(SCL) 20= GND. 6068/6069

6051

TSA6057 e = 0.1V loudn. on

1 = 4 MHz 9 = 40 kHz ± 0.6Hz b = 0.7V loudn.

on

2 = 4 MHz 1

0= 4.8V(SDA) c = 0.1V loudn. on

3 = 4.

7V

11

= 4.8V(SCL)

4 =

GND.

12= GND. 6070/

6071

5 = 1.

8V

13= VC-FM 1.3V-5.

8V

e = GND.

(87.5MHz-1 08MHz) b = 0.6V loudn. off

6 = 1.

8V

14= 2.

0V

O.OV

loudn. on

7 = 1.

8V

15= N.C

8 =

~

0

.

8V

FM

16= 8.3V c = O.

OV

loudn.

off

8.

3V

AM

0.1V loudn. on

6073

e = GND.

b = 0.6V loudn. off

O.

OV

loudn. on

c =

O.OV

loudn.

off

3.3V loudn.

on

cs 12 224

11=6.8VAM

12= 1.3V MP-5

13= 4.8V AM

14= 8.

5V

AM

15= 4.8V AM

16= 4.

8V

AM

17= GND.

18= 1.

0V

AM

19= 1.

3V

AM

20= 3.3V AM

5 = 4.8V(SDA)

6 = 4.8V(SCL)

7 = GND.

8 = 5.0V

9 = 2.9V

10= N.C

11= 2.9V

12= 2.

9V

13= 2.9V

14= N.C

15= N.C

16= 3.3V

8 = 14.4V

9 = 6.

6V

10= 14.4V

11= 14.4V

12= 6.

6V

13= 2.2V

5 = N.C

6 = 4.2V

7 = 5.0V

8 = 5.0V

6074

e = GND.

b =

O.OV

c = 5.0V

6075

e = GND.

b = 0.

7V

c =

O.OV

For adju

st

ing and checking see general procedures

Adjustment

SK

®-

Oudrature

FM

93

MHz, 10

!..tV

detector

93

MHz, 1

mV

.6f

= 22.5 kHz

a-3dB

FM

f

mod=

1 kHz

93

MHz, 15

J..tV

.6f

= 22.5 kHz

f

mod=

1 kHz

AM-search MW

level 990 kHz, 70

11V

PRE

-••••••-

LOUD

n

~~

~nnn

-

FM

2

~

~-~~-~~-~

.-

u

FM1

Ill

~

~:

~

:•

AST

STEREO

INFO

SK

DK

a.

PRE

-••I

•••-

LOUD

,

~~

-,,,

L

FM1

' L

L.L

AST

STEREO

INFO

SK

DK

C.

PRE

-••••••-

LOUD

n

-

~~

~~,n~,

-~F

M2

~

-~

---

-~

S

e.

PRE

-••••••-

LOUD

,

~~

,,,

g.

0

~

0

Fig. 1

[C]

e

~

via 100 kQ:

rr:::::::J

5050 11-15 IC6050

~

100

mV

DC

[C]

~

0

OdB

(775

mV)

rr:::::::J

3055

0-3dB

rr:::::::J

3053

~

1.75 V

DC

AST

STEREO

INFO

SK

DK

b.

L

FM1

L

L.L

AST

STEREO

INFO

SK

DK

d.

I I I I I

-~

FM2

~

-~

--.

-,

S

f.

h.

42

947

812

,,

0

14

15 I

16

I

17

I 1B I

-'----

----1

-I

055

1056

I

059

I

060

I

061

I

064

Bl6

Gl6

0 5

G14

K 7

K B

B B

c B

A 7

E 9

0 B

c B

0 6

Ell

E I 0

Al3

All

A12

Bl5

Al6

A17

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H 5

G 6

H 5

F 7

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J 9

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I I

L 2

M 2

K 2

K 3

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I 6

J 6

K 7

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0 3

0 5

0 6

0 B

Nl

0

Nl

0

Nl

0

Kll

K14

Kl 5

B 7

B B

0 9

0 B

0 7

0 B

010

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A12

014

015

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lA

TCHES

~"'\.;

27p J.

X-TAL -1

01061

I4

MHz

~

3074

2075

rit-

3076

13

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FM

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13

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16

2080

6087

BZX79

BSV6

6051

TSA6057

POSITION 1056

FOR

SDK V

ERS

ION ONLY

+3

6053

<(

~1--3

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c~LIT~=~5~~

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2110

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1059

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3095

21

09

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11

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ALL F

IXED

R

ES

ISTORS

ARE

CHIP~R ES

ISTOAS

ALL CAPACI

TORS

ARE

CHIP-CAPACITORS

EX

C

EPT

FOR

ELE

C

TR

OLYTIC CAPACITORS

AN

D T

AIM

CAPACITOAS

F

OR

VOLTAG

ES

SEE

REFERENCE LIST

PA$.03290

T12-7

48

+3

19

A I

065

2050

2051

2052

2053

205

4

2055

2056

2057

B

2058

2060

2061

2062

2063

2064

2068

2069

2070

2074

c

2075

2076

2077

2079

2080

2081

2

083

2086

2088

2089

2090

2091

2092

2096

2097

2098

2099

2101

2104

E

2105

2106

2 1

09

2110

21 1 1

2114

2115

2116

211

a

2119

2120

2121

3050

3051

3052

3053

3054

3055

3056

G

3057

3060

3061

3064

3065

3067

3068

3 0

69

3070

30

7 2

3073

3074

3075

3076

3077

3079

3080

1082

J083

3084

3086

308

7

3090

3091

3095

3096

3099

3100

4050

J

4051

5050

5052

5054

5055

5'J56

5057

5059

5060

K

5061

5062

6050

6051

6052

6053

6077

6078

6086

6087

0

cs

12

218

-

·-·-~~~

For checking and adjusting see general procedures

Check

SK

®-

<)

[C]

93

MHz, 1

mV

~

FM-Mute

FM

rr::J

no signal

93

MHz, 4!-lV

26dB-SNA

Lf

= 22.5 kHz

FM

f mo

d=

1 kHz

~

rr:::::J

93MHz,

4!-lV

without mod.

990 kHz, 110

11V

MW 1 kHz, 30% AM 0

rr:::::J

990kHz,

11

o

11V

without mod.

93MHz. 1mV

Demod

ul

ated

FM

Lf

= 22.5 kHz j

FM

-Ievels f

mod=

1 kHz

~

rr:::::J

93 MHz, 1 mV

Lf

= 6.75 kHz

f mod. = 1 kHz

Demodulated

93

MHz, 1

mV

~

FM

level

FM

Lf

= 3.

75

kHz

a:::::J

f mod. =

57

kH

z

Demodulated MW

990kH

z,

1

mV

0

rr:::::J

AM-lev

el

1kHz, 30% AM

Cross talk

FM

93

MH

z, 1

mV

stereo signal

~

rr:::::J

93 MHz, 1

mV

stereo-A

SDS/10dB

FM

93 MHz, 1

mV

Cross talk stereo signal

~

o::::::::J

93

MH

z,

150

11V

stereo-A

Search level

FM

93

MHz,

25!-lV

~

rr:::::J

Search level AM MW 990

kH

z,

?011V

0

rr:::::J

VC-FM

FM

87

.5 MHz

108 MHz

VC-AM

LW

144kHz

MW

1611

kHz

ffiJl_

~

I

.A.

C.

FM

~

T

~

1 =

10

11sec

T = 300

11sec

Vp

=

60

mV

cs 12 225

Setting of

~

controls .

~

0 odB (775 mV)

3

0

dB~0~-40dB

~

0 OdB (775

mV

)

0

~

26dB

~

0 OdB (775 mV)

0

~

26dB

~

200 mV

±1dB

~50

mV ± 1dB

~

20 mV ± 1 dB

<:§::>

350

mV

± 1dB

~+t::::::.....d

L%

OdB

(775

mV)

A 2

Ai>-

L

0~

21dB

~+t::::::.....d

L%

OdB

(775

mV)

A 2

Ai>-

L

0=

10dB

i>

2 V-DC

~

1.75 V-DC

0

~

1.0 V-DC

0

~

6.0 V-DC

~

0.8 V-

DC

~

6.0 V-DC

0

~

' '

,.__

25-

50

p.S

402 -------.

412

-----------,

413

__

_

___

_

=._:::::_:

421

_,

............

I

'

409

--:A--~:

~~~:

~

-----

411

..,

l::J

506

402 4822 443 62358 (DC570, 574) 409 4822 462 71496

40,2 4822 443

62271

(DC670, 674)

41

1 4822 130 90499

403 4822 492

42231

412 4822

41

0 26314

404 4822 403 53282 412 4822

41

0 26315

406 4822 423

50891

(DC570) 413 4822

41

0 26316

406* 4822 423 50892 (DC574) 416 4822 41

0 26333

406* 4822 423 50893 (DC670) 416 4822

41

0 26329

406* 4822 423 50894 (DC674) 417 4822 214 51694

407 4822 443 62269 418 4822 413 31509

408 4822

41

0 26328 419 4822 276 12296

ejl-------+--

427

\i'<f-1

-

-+-

--

428

(DC570, 574)

(DC670, 674)

(DC570,

67

0)

(DC574, 674)

421

422

423

424

426

427

428

429

431

516

EVA00478

DC674

T

28/748

4822 413 31508

4822 443 30463

4822 492 63822

4822

321

21135

4822 256 30338

4822 267 40763

4822

21

0 10305

4822 267 30883

4822

31

0 10079

*

In

c

l.

items 402, 403, 407

-MISCELLANEOUS -

-n-

-D-

...fYY\_

1055 IAC-

Th

ifi 4822 214 51676 2166 100nF 20%

50

V 4822 122 33104

1056 SDK-

Th

ifi 4822 214 51674 2168 100nF 20% 50V 4822 122 33104

1057 STEREO

DEC.

Thifi 4822 214 51677 2172 100nF 20% 50V 4822 122 33104

1059 Cer.Filter 10.7 MHz 4822 242 71889 2178 2200iJF 10V 4822 124 41452

1060 Cer.Filter 10.7 MHz 4822 242 71889 2180 2200iJF 10\/ 4

82

2 1

24

41452

3117 1M 4822

111

915

09

5050 4822 152 20684

31

18

5

6k

4822

111

91535 5052 4822 157 50975

3119 56k 4822

111

91535 5054 4822 152 20677

312

0 56k 4822

111

91535 5055 4822 152 20677

312

1 56k 4822

111

91535 5056 4822 152 20677

1

061

Crystal 4 MHz 4822 242 71881 2186 100nF 20% 5

0V

4822 122 33104

1062 Crystal 4 MHz 4822 242 71882 2187 100nF 20% 5

0V

4822 122 33104

1064 Cer.Filter 10.7 MHz 4822 242 71883 2192

33

pF 50V 4822 122 33215

1065 Cer

.F

ilter 10.7 MHz 4822 242 71883 2193

33

pF 50V 4822 122 33215

1068 Potm.Volume 2X50kQ 4822 1

02

40082 2196 2200iJF 16V 4822 124 22412

3124 2M2 4822

111

91511 5057 4822 152 20679

3125 2M2 4822111 91511 5059 4822 157 50975

3126 39k 4822

111

91528 5060 4822 152 20682

3130 390k 4822

111

91502

5061

4822 152 20683

3140 2K7 4822

111

91525 5062 4822 152 20678

1166 Fuse 2.5A(T) 4822 253 30026

2201

100pF

20

% 50V 4822 122 33104

1250/1251 Potm.Tone

2X1

OOkQ

.4822 1

02

30462 2204 2.2iJF 40V 4822 124 20706

1254 Potm.Balance 1

OOkQ

4822 1

00

20663 2206 4.7nF 50V 4822 122 33217

1270+1274 Lamp 14V-4

0m

A 4822 134 40855 2208 4.7nF 50V 4822 122 33217

3141

2k7 4822

111

91525 5064 4822 157 50975

3142 1

Ok

4822

111

91517 5066 4822 152 20681

3143 1

Ok

4822111 91517

3146 15k 4822

111

91498

...........

3147 15k 4822

111

91498

-

u-

-D-

2050 100nF 20% 50V 4822 122 33104 3050

1k

4822111 91516

2051

47

nF

4822 12

?}

33211

3051

330Q 4822

111

91501 .

2055 100nF

20

% 50V 4822 122 33104 3052 10E 4822

111

91519

2056 10 nF 4822 122 31728 3053 1

Ok

Trimpotmeter 4822 1

00

20166

2057 47 nF 4822 122 33211 3054 2k7 4822

111

91525

2061

2.

2iJF

40V 4822 124 20706 3055 1

Ok

Trimpotmeter 4822 1

00 20166 ..

2062 150pF 4822 122 33181 3056 4k7 4822

111

91532

2063

27

0

pF

4822 122 33216 3057 750E 4822

111

91505

2064 220nF 20% 50V 4822 122 32916 3060 10E 4822

111

91519

2068 220nF 20% 50V 4822 122 32916

3061

3k3 4822

111

91526

2070 390pF 20% 50V 4822 122 33172 3064 39k 4822

111

91528

2074 220nF 20% 50V 4822 122 32916 3065 2k2 4822

111

91522

2076 220nF 20% 50V 4822 122 32916 3067 620k 4822

111

91503

2083

27

pF 4822 122 33214 3068 10E 4822111 91519

2088 10 pF 4822 122 33212 3069 3k9 4822

111

91527

2089 33 pF 20% 50V 4822 122 33215 3070 8k2 4822

111

91507

2090 270pF 20% 50V 4822 122 33216 3072 22k 4822

111

91523

2091

270pF 20% 50V 4822 122 33216 3073 15k 4822

111

91498

2092 10

nF

20% 50V 4822 122 33177 3074 1k 4822111 91516

2097 220nF 20% 50V 4822 122 32916 3075 10k 4822111 91517

2099 150pF 50V 4822 122 33222 3076 2k7 4822

111

91525

2106 100nF 20% 50V 4822 122 33104 3077 330E 4822

111

91501

2109 22 pF 50V 4822 122 33213 3079 39k 4822

111

91528

2110 100nF 20% 50V 4822 122 33104 3080 39k 4822

111

91528

2114 4.7nF 50V 4822 122 33217 3082

91

E 4822

111

91508

2115 3.3nF 50V 4822 122 33219 3083 2k2 4822

111

91522

3148 100k 4822111 91518 BAX14 4822 130 34193

3149 100k 4822111 91518

3150 3k3 4822

111

91526 BAX18 4822 130 34121

3151

3k3 4822

111

91526 BBY40 5322 130 80119

3152 100k 4822111 91518 BZX79j85V1 4822 130 34233

BZX79JB5V6 4822 130 34173

3153 100k 4822

111

91518 BZX79JC4V7 4822 130 34174

3158 5k6 4822

111

91534

3159 5k6 4822

111

91534 1

N4002 5322 130 30684

3160 5k6 4822

111

91534 1N4148 4822 130

30621

3161

5k6 4822

111

91534

-©

3165 100k 4822111 91518

3166 100k 4822

111

91

51

8

3167 100k 4822

111

9151

8 BC8478 Chip Transistor 4822 130

60511

3168 100k 4822

111

91

51

8

3169 100k 4822

111

91518 c

3170 75E 4822

111

91506

3171

270E 4822

111

91499

3172 270E 4822

111

91499 6050 TEA6100 4822 209 72251

3173 100k 4822111 91518

6051

TSA6057 4822 209 72248

3174 100k 4822

111

91518 6052 TEA6200 4822 209 72247

3175 1

Ok

4822

111

91517 6053 M8571

86

4822 209 11506

3176 1

Ok

4822

111

91517 6055 TA7705P 4822 209 82116

3177 680E 4822

111

91504 6057 TMP47C421AF 4822 209 72254

3178 4E7 4822 116 80464 6060 TDA1518Q 4822 209 72249

3180 4E7 4822 116 80464 6063 L4918 4822 209 72253

3204 22k 4822

111

91523 6064 L4904 4822 209 72252

4050

OE

4822

111

91536

4051

OE

4822

111

91536

2118 2200!lF 6.3V 4822 124 41453 3084 39k 4822

111

91528

2120 10 pF 50V 4822 122 33212 3086 560E 4822

111

91533

2121

10 pF 50V 4822 122 33212 3087 470E 4822

111

91531

2122 820pF 50V 4822 122 33218 3090 4k7 4822

111

91532

2123 820pF 50V 4822 122/33218

3091

220k 4822

111

91524

2125 820pF 50V 4822 122 33218 3095 1k 4822

111

91516

2126 820pF 50V 4822 122 33218 3096 · 1k 4822111 91516

2132 2.7nF 50V 4822 122 33176 3099 22k 4822

111

91523

2133 2.7nF 50V 4822 122 33176 3100 220k 4822

111

91524

2134 220nF 20% 50V 4822 122 32916 3104 18k 4822

111

91521

2135 220nF 20% 50V 4822 122 32916 3105 18k 4822

111

91521

2136 100nF 20% 50V 4822 122 33104 3106 1k 4822

111

91516

2140 220iJF 10V 4822 124 22409 3107 39k 4822

111

91528

2141

5.6nF 50V 4822 122 33221 3108 10k 4822111 91517

2142 5.6nF 50V 4822 122 33221 3110 470E 4822

111

91531

2150 220nF 20% 50V 4822 122 32916

3111

470E 4822

111

91531

2151

220nF 20% 50V 4822 122 32916 3112 390k 4822

111

91529

2156 1.8nF 50V 4822 122 33144 3113 390k 4822

111

91529

2157 1.8nF 50V 4822 122 33144 3116 1M 4822

111

91509

2158 100nF 50V 4822 122 33209

2162 820pF 50V 4822 122 33218

2164 820pF 50V 4822 122 33218

cs 12 226

Philips 22DC 570 User manual

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