NAD 7020 Manuale utente

BEPVICE

MANUAL

NAD

MODEL

7020

AM/FM

BTEPEO

RECEIVER

STARTING

SERIAL

NO:

7218469

Stereo Rece,ver

7020

Soft

CIppng

Steo

100

104

06 08

MHz

KHz

Speak-s

BOss

fretde

5e4ecto

tue—

—8oIac

oft

•

),FMMuteFM

. .

O(5

A+B

•

Lev(

Lou&ess

Mono

Tape p.jj

DoOO:c..DcoDD

c...

CONTENTS

SPECI

FICATION

BLOCK

DIAGRAM

ALIGNMENT PROCEDURE

ALIGNMENT

DIAGRAM

INSIDE

VIEW

P.C.B.

PARTS

LOCATION—i

P.C.B.

PARTS

LOCATION—2

CIRCUIT

DIAGRAM

ASSEMBLY DIAGRAM

WIRING

DIAGRAM

PARTS

LIST

PACKING

DIAGRAM

PAGE

‘I

(

Q.)

SPEC

FICATION

Tuner

Section

nput

Sensitivity

HF,

quieting

1HF,50dB

S/N

Mono/Stereo

Signal

Noise

Ratio

weighted, at

dBf)

Mono/Stereo

Frequency

Response,

30—15K

De-emphasis

Accuracy

75j,

Sec

Channel

Separation

30—15K

Selectivity,

Alternate

Channel (400KHz)

Capture

Ratio

45 dBf

and

dBf

Suppression

d8f

and

65d8f

Image

Rejection

IF.

Rejection

SCA

Rejection

Pilot

Signal

Suppression

THD

100%

Modulation

KHz

Mono/Stereo

100

Mono/Stereo

6KHz

Mono/Stereo

THD

Stereo

KHz

50%/i

50%

Tuner Section

Usable

Sensitivity

Image

Rejection

Audio

Section

measurements

identified

asterisk

are

taken

accordance

with

the

new

IHF

A-202

amplifier

measurement

standard.

Preamplifier

Section

nput

mpedance Resistance/Capacitance

Input

Sensitivity

(1 K

Hz)

*For

Watt

out/20

Watt

out

Input

Overload

20Hz/i

Hz/20K

T.H.D

(20—20K

Hz)

and

I.M.D

+30dB

input

level

RIAA

Response

Accuracy

2OHz—2OKHz

Signal

Noise

Ratio

Weighted

(a)

With

phono cartridge

connected

Ref

iOmV/*Ref

5mV

(b)

With

short-circuit

input

Ref lOmV

High Level

Input

nput

impedance

Resistance/Capacitance

Input Sensitivity

*For

Watt

out/For

Watt

out

Signal

Noise

Ratio,

A—Weighted

*Ref

Watt

out

Ref 20

Watt

out

*Maximum

input

signal

Frequency

Response,

20—20

Controls

Bass

control

range

50Hz

Treble

control

range

10K

Infrasonic

filter

Turn

Over

frequency

(From

Normal

IN)

Slope (dB/octave)

Power

Consumption

Weight

Dimension

Height

Width

Depth

(mm)

.8V

3.5V/45V

75dB/7OdB

±0.5dB

42dB

32dB

62dB

1.5dB

60dB

50dB

75dB

70dB

55dB

0.2%/0.3%

0.3%/0.4%

350

30dB

45dB

40dB

20W

<0.02%

+1.5dB

28W/37

t/42W

+3dB

40t/58W/72W

+1.7dB

<lji

Sec

i8V/t

Sec

>55

<0.02%

<.1102%

<0.02%

0.5dB

10—70K

47K/100pF

0.5mV/2.5mV

27mV/270mV/2V

<0.02%

within

±0.5dB

8OdB/75dB

84dB

2OKW1

OOpF

3OmV/1

5OmV

80dB

>110dB

Infinite

±0.5dB

10dB

7dB

15Hz

1SOVA

7.5Kg

120

420

240

Power

Amplifier

Section

*Continuous

average

power

output

ohm

20—20K

both

channel

driven

Rated

distortion

*Clipping

headroom at

ohm

Clipping

power

ohm/4 ohm/2

ohm

Dynamic

headroom

ohm

Dynamic

power

ohm/4 ohm/2

ohm

*Rctive

load

rating

*Transient

Overload Recovery

Time

*Slew

Factor

Slew

Rate

Damping

factor

(Ref.

ohm)

T.H.D

20-20K

From

250m

20W

S.M.P.T.E

I.M.D

(60Hz

7KHz,

4:1) From

250mW

20W

I.H.F

I.M.D(19KHz+2OKHz)at2OW

T.I.M (15K

Sine+

3.18K

Square

Wave)

20W

Frequency

Response,

20-20K

(From

Lab.

IN)

Frequency

Response

Range

3dB

(

k1:

7020

BLOCK

DIAGRAM

L;:::::

r--—-

——1

ANT

QUADRATURE

AUDIO

AMP

DETECTOR

AMP

LEVEL

AFC

DET

DET AMP

MUTE

DRIVE DRIVE

---—--

----------------

MUTE

SW-i

11JING

GREEN

(SIGNAL

STRE

ANT

LED

DRIVE

Sw-i

AMP

SIGNAL

STRENGH

LED DRIVER

NING

LED

[

I.F

DRIVER

(,4)

AMP COMP

AMP

PLL

DECODER

DIViDER

DE—

TERE)

EMPHASSIS

NETWORK

POWER

SUPPLY

SECTiON

BUFFER

SEDNDARY

LOW

PASS

FILTER

AUX

PLAY

TAPE

REC

TAPE

PLAY

AUX

PHONO

SW-6a

DINJACK

SPEAKER

TERMINAL

th0

LjJ

\Oi

LAB

aIING

L:Io

-€

-0

SW-Sc

SPEAKER

MPX

ALIGNMENT

Same

ALIGNMENT

external

moduloted

STEREO

and

connected

3OOz

antenna

terminal

the

rear panel

through

dumy

antenna.

Dial

Section Step

FM SG

Stereo

Indicator

Adjustment

Adjust

for

Setting

Connect

Pointof

frequency

19KHz±

—

signal

counter

VR2O1

30Hz

MPX

received

through

pilot

100K2toTP10

10%

19KHz

Pilot

Stereo

98MHz

—

VR2O1

90% L+R,

L-R

•

LED

light

Connect

10%l9KHzpilot

VTVMor

Minimum

98MHz

VR202

only Oscilloscope

output

REC

OUT

Connect

Separa-

10%

19KHz

pilot

VTVM

Minimum

tion

98MHz 98MHz

VR202

only

Oscilloscope

output

REC

OUT

Repeat

Step

and

Step

there

excessive

difference

between

leakfree

effect

both

channels

slightly

adjust

VR202

that

the

level

signal

leakage

both

channels

are equal.

IDLE

CURRENT

ALIGNMENT

minutes

minimum

pre-heating

necessary.

Set

the

volume

control

minimum

position.

Connect

milli-voitmeter

across

R660

for

right

channel

and

across

R659

for

left

channel.

The

meter

sensitivity

should

set

for

30—lOOmV full scale

deflection.

Insert

ohm

carbon

resistor

parallel

with R648

(right

channel)

and

R647

(left

channel).

After

insert

ohm.

the

reading

meter

were

between300mV

and

6OmV,then

the

alignment

completed.

the

reading were

less

than

3OmV

then the

value

RX1

RX2

should

reduced

till

the

reading

between

3OmV

and

6OmV.

the

reading

were more

than

6OmV

then

the

value

RX1

RX2

should

increase

till

the

reading

between

3OmV

and

6OmV.

OFF-SET

ALIGNMENT

minutes

minimum

pre-heating

necessary

Set

the

volume

control

minimum

position.

Speaker

switch

should

set

“A”

position.

Connect

milli-voltmeter

the

“speaker

A”

terminal

each

channel. The

meter

sensitivity

should

set

for

100-300mV

full

scaledeflection.

The positive

inputof

the

metershould

connected

the

red

(+)

speaker

terminal.

the

readings

were

within

±5OmV,

then

the

alignment

completed.

the

reading

over

the

rang

±5OmV

then

adjust

VR6O1

(for

left

channel)

and

VR602

(for

right channel)

tiH

the

meter

reading

zero.

ALIGNMENT

(TUNER)

ALIGNMENT:

Selector switch

position

line

voltage

rated

voltage

Monitor

output

REC

OUT

SG Dial

Section

Indicator

Adjustment

Adjust

Setting

Point for

Connection

Carrier

Freq.

Modulation

Hot

side

Point of

T302

Outputthrough

455KHz 30%Mod

non-

and

400Hz

200

interference

T303

—

antenna trimmer

VTVM

Maximum

terminal

(TP1)

30%Mod.

T301

and

600KHz 600KHz

output

Hot

side

400Hz

Oscilloscope

Antenna

Bar

—

output

through

200

EXT

30% Mod.

TC-2

and

antenna

terminal

1400KHz

400Hz 1400KHz

TC-4

—

rear

panel

Repeat

Step

and

Step

ALIGNMENT:

Selector

Switch

position

line

voltage

rated

voltage

Monitor

output

REC

OUT

Dial

Section

—

Indicator

Adjustment

Adjust

Setting

for

Connetion

Carrier

Freq.

Modulation

Point

of Tuning

TiOl

—

non-

Meter

(Discri,

IFI

Center

Indication

interference

Set

primary

90MHz

VTVM

L-1

100%Mod.

Maximum

—

400Hz

106MHz

Oscilloscope

TC-1

TC-3

Output

Repeat

Step

and Step

100%Mod.

Lstortion

TiOl

Mono

98MHz

400Hz

[

98MHz

Meter

upper

side

Minimum

Connect

istor-

Distortion

FM300ohm

tion

Repeat

FM IF

and

MONO

DISTORTION

Step

antenna

terminal

—

the

rear

panel

Selector

Switch

Muting

Position

through

dumy

Adjust

attunuator

for

antenna

input

5dB

antenna.

VTVM

98MHz

100%Mod

98MHz

VR1O1

Output

just

400Hz

Mute

Oscilloscope

disappear

Increase

output

4dB

get

full

audio

output

full

audio

output

cannot

got

repeat

Step

ALIGNMENT

(AUDIO)

‘‘V

ALIGNMENT

DIAGRAM

INSIDE

VIEW

SPEAKER—

RX1

R659

()

P.C.B.

PARTS

LOCATION—i

VR2O1

TiQi

TC2

VR6O

VRGQ2

—

TC1

ii’,,’

..J.

PHONO

PREAMPLIFIER.

POWER

AMPLIFIER

DRIVING

STAGE

REGULATOR

P.C.B.

PARTS

LOCATION—2

MJ2955

Q618

•1

C911

T3iW25ov

LJ’’

R643

!!-

RXi

J_I

Thi

Ir—lö

•

FL_I;.

J19

C312

303

D801

fl801

cm—

RRfl2

L].—----D—

D802

—EE]---

R803

C801

C802

_,g

•_,

NC322,

o44:1©

314

•

R°

o&oo

•C635

PREOUT

‘4

§1

iHö

t:•’

JR6

‘

LJ2

BK602

•L

tEb

2N3055

H-

—1EE—R654

Q616

crC6262

_____

‘‘lld

M••H

-LZJ-R715

.F2

_____

‘SW5

C7)1

C703

F’•

‘1

DINJACK

IDINJACKRECORD

LAB

L()

CP6BLU

BLACK

P302

C304

•

______

RED•

—0

-H

h-•f

—QT

C30

R303

-L::1--

R301

3II

.-.--,

—-LEJ—-.,

T301

T302

C.)

C’)

T’T

J?L

HHC

R305

C301

CP4

IHITE

PLAY

AUX

PH0yio

•.•.

—

J8w_,-

—ill

I’)

0’•

B’

MJ2955

Q617

2N3055

0615

•0

*.x’

CP19•

CP20•

GROUND

‘U

1.TUNER

AM.

2.TUNER

FM.

3.TUNER

FRONT END.

4.DELAY

CONTROL.

5.HIGH

LEVEL

PRE

AMPLIFIER.

6.POWER

AMPLIFIER

OUTPUT

STAGE.

SOFTCLIPPING.

8.REGULATOR

FOR

TUNE

9.HIGI-i

CURRENT

POWER

SUPPLY.

10.

SPEAKER

SWITCH.

11.

SPEAKER

TERMINAL.

NUATOR

FOR

PHONES.

13.

LED

ASSEMBLY.

ha.

SOCKET

FOR

PHONO

PREAMPLiFiER.

SOCKE

FOR

PX.

16.SOCKET

FOR

POWER

AMPLIFIFR

DRIVH43

STAGE&

REGULATO

FRONT

END

FB127/FEA321

•?

H—

‘.

‘—.

&LU

•

--.

.__

—

-i

‘-

°L

•r’.n

R121.J65

J°L.T

lC%4L

J79

TRi5r

J64

C,,

C-’

L105

CD!

J3’

o)L-!

C-)

L104

J62i

;

C114

TPJ

J42

R116

JAROO

rT1

‘

cE)

-‘

Q1O2((.U

_______1

1’.-

1J56

TP3

\IO105

TP2_-rjj_

•

80103

R118

‘

•

)

___1

)C)

‘I

‘R139

‘D

•:

,‘C12k

•J•

J37

0103

J0z

‘I

J38

—LIR--

R13

•_--

•

____:

o_z

‘

\ç

o[i

_________________

•13

D104

-“

J76

L_J

p12

cPi:

H—

XIi[

C536

ICP7

•CP

D506

),_

C535

D502

C_i

•

50E:::

•

Q504

R506

R548

J8_

fl1

—

____

IIIi

__________

t%•

•

—

C521

‘S

il(3

528

1OKCX2

1—

1OKCX2

533

R527

_________________________________________________________

HSi

0594V—O

J49

S.,

C50t1

LWIi

i-I

2OKBx2

5OKMNX2

(

C915

240

47Q0P

Er9w

RED

16l

BLUE

BROWN

FOR:E2.

-F7:T1A!250V

C915

[R9]8Q

;-°-i

sw:

WHITE

-0

C916

YELLOW

E.-F7:T1A1250V

FORJFT.T1

A1250V

BROWN

C915

GREEN

WHJQ

ORANGE

120

YELLOW

FOR:U3-F7:T1

4/2500

7020

CIRCUIT

DIAGRAM

(

Note:

This

the

basic

shematic

diagram,

but

the

actual

circuit

may

vary

due

improvement

design.

Q’TY

PARTS

NO.

28-

1017

28-1029

28-2015

28-2019

28-2020

28-2023

28-2024

28-2042

29-2045

31-1079F

31-1130

31-1

139f

1-2021

32-2005

28-2059

2-3037

12-3038

12-307

2-3039

68 50-1024

90-1

128

90-1129

90-1

129

S1BO4+

I1OSL-2

74 S2B03+

IQ8SL-2

75 S5B03+

IO8SL-2

A04A07

SLO1

N04B07

13.2SZ

A046

TO7SLO1

DESCRIPTION

PHONES, INSULATION

BUSH

RUBBER

FOOT

MYLAR

FOR

POINTER

LAMP

RETAINER

CUSHION FOR

MIC

CABINET

RETAINER

DIAL

PERSPEX

COVER

RETAINER

CUSHION

POWER

TRANSFORMER

DEEMPHASSIS

SWITCH

POWER

SWITCH

SOFT

CLIPPING

SWITCH

LAMP

FUSE HOLDER

MASKER FOR

PANEL

(A)

KNOB FOR

TUNING

KNOB

FOR

CONTROL

KNOB FOR

BALANCE

KNOB

FOR

PUSH

CABINET

P.C.B.

FOR

TUNER

AND AMP.

P.C.B.

FOR

PHONO

MAIN

AMP,

P.C.B.

FOR

MPX

MACHINE

SCREW

TAPPING

SCREW

TRIANGLE

SCREW

WASHER

NUT

7020

ASSEMBLY

DIAGRAM

ITEM PARTS

DESCRIPTION

NO.

11-2047

BRACKETFORPCB

11-2086

BRACKET FOR TUNING

SHAFT

11-2104

BRACKET

11-2141 BRACKET

RIGHT

11-2142

RIGHTBRACKETFOR

DIALSCALE

1-2143 LEFT

BRACKET

FOR DIAL SCALE

11-2173

BRACKET

FOR

BACK

PANEL

11-2182

BRACKET LEFT

1-2186 BRACKET FOR SELECTOR

SWITcH

11-2217

BRACKETFORPULLEY

1-2219

P. C,

HOLDER

11-3026

LUG

11-4007

I/O

JUMPER

11-5056

HEATSINKA

11-5057

HEATS1NKB

11-6039

AUX.CHASSISRIGHT

11-6044

CENTER CHASSIS

11-6052

AUX.

CHASSIS

LEFT

11-6053

FRONT

CHASSIS

11-6072

BOTTOM

CHASSIS

11-7032

PULLEYSHAFT

1-8098-1

DIAL SCALE

11-8099

FRONTPANEL

11-8100

DIALPLATE

25 11-8119-1

DIALPERSPEXCOVER

11-8170

BACK

PANEL

12-1029

CONNECTOR

AND

NUT

12-2007

SPEAKER

TERMINAL

SOCKET

12-2012

ANTENNATERMINALSOCKET

13-2041

PHONE

JACK

12-2105 SOCKETASS’Y

(6P)

12-2106

SOCKETASSY

(4P)

12-2076

DIN

JACK

12-4014

POINTER

12-5019

SPRING

FOR

TUNING

THREAD

36 13-5004

PULLEY

13-5029

DIAL

DRUM

13-5018

TUNING WHEEL

29-5008

ANTENNA

BAR

14-3001 TUNING

THREAD

14-5003

CORD

BUSH

4N-4

15-2037 GROUND

SCREW

15-2048

PLASTICRIVET3x5.5

15-2049

PLASTIC

RIVET 3x6.5

15-2051

SPECIAL

SCREW

‘

15-4010

FIBER

WASHER

1-)

23-3004

DICAST

FO1R

TUNING

KNOB

••_i

28-1016

RUBBER

BUSHING

FOR

LAMP

Q’TY

SPRING

WASHER

POWER

CORD

_:H

-n

—GREEN

:=j

—-—RED(E4

ORANGE(U4)

—

POWER CORD

LLiR4cE

EEp’C

POWER

CORD

____

WH1

—

YELLOW

—OCP4

QYL

_io

—I-c.--—

—r

IC,

E-’

•Ez:J

YELLOW

-n

CA)

POWER

CORD

LLtEN

BROWN

‘1

POWER

CORD

—

I2GREEN

RED

—

r—lTrIN

J-3ROWN—

<A)

(I)

-4

—a

POWER

CCRD

—

HITE

I’

lDvY

GREEN

_‘

1k))

ORANGE

BROWN

-U

(I)

[L:zr-

TRANSFORMER

CPU

—0

....CP13

CPl6J

CP14

z_<

Ocj

-9

—4

oom

:zi

Lf1C

—1

(_)

—0

=G-cL------

óç;

9r%4Q-<

-F-—-°=

—0

9-1

9—2

wco

—

—-0.-

RFfl

—0

—11

ç,

-tJ

VR5O1

—1

129—3

—I

-U

-0

—Iji

PARTS

LIST

PARTS

LIST

SYMBOL

NO.

PARTS

NO.

DESCRIPTION

REF.

BD9O1

30-1049

BRIDGE

DIODE

KBLO2

76.00

BK6O1

BK602

15-301

BREAKER

A-22

88.00

clol

17-5DR473M

CAPA

CER. 50V

+—2O%

O.O47iF

5.00

C102

17-5DR473M

—

O.047iF

5.00

C103 17-5DR473M

—

O.O47jiF

•

5.00

C104

17-50R103M

—

0.01

jiF

3.40

cbs

17-5DR1O3M

—

0.01

3.40

C106

175DR473M

—

O.047iF

5.00

C107

17-5DR473M

—

0.O47iF

5.00

C108 17-5DR473M

—

O.O47pF

5.00

c109

17-5DR473M

—

O.O47iF

5.00

cilo

17-5DR331M

—

330P

4.00

clii

17-2.5ER1O5Y

CAPA

EL.

25V

+75—10%

1iF

8.00

Cl 12

17-5DR473M

CAPA

CER.

50V

+—2O%

O.O47iF

5.00

C113 17-2.5ER1O5Y

CAPA

CER.

25V

+75—10%

1iF

8.00

17-5DR473M

CAPA

CER.

SOy

+—2O%

O.O47iF

5.00

c115

17-5DR473M

—

O.O47jiF

5.00

C116

17-1.6E227Y

CAPA

CER.

16V +50—10%

22OiF

33.50

17-5DR473M

CAPA

CER.

50V

+—2O%

0.O47iF

5.00

C118

17-2.5ER1O5Y

CAPA

EL.

25V

+75—10%

1uF

5.00

17-5DR473M

CAPA

CER.

50V

+—20%

0.O47jiF

5.00

C120

17-5DR473M

—

0.O47iF

5.00

C121

17-5DR473M

—

O.O47jiF

5.00

C122

17-2.5ER475Y

CAPA

EL.

25V

+75—10%

4.7iF

8.00

C123

17-5DR1O2M CAPA

CER. 50V

+—2O%

1000PF

4.00

C124 17-1.6ER1O7Y

CAPA

EL.

16V

+50—10% 1OOiF

14.00

C125 17-5DR473M

CAPA

CER.

SOy

+—2O%

0.O47iF

5.00

C127

17-2.5ER475Y

CAPA

EL.

25V

+75—10%

4.7iF

8.00

C201

17-160R224M

CAPA

TA.

16V

+-.-2O%

0.22jiF

16.40

C202

7-5FR473

CAPA

MY.

50V

+—5%

O.O47jiF

8.90

C203

17-2.5ER475M

CAPA

EL.

25V

+75—10%

4.7iF

8.00

C204

17-5U471J

CAPA STY.

SOy

+_5%

47OPF

9.60

C205

17-1.60R224M

CAPA

TA. 16V

+—2O%

0.24tF

16.40

C206

17-1.60R474M

—

O.47pF

16.40

C207

17-1.6E227Y

CAPA

EL.

16V +50—10%

22O.LF

33.50

C208,

C209

17-5U821J

CAPA

STY.

50V

+—5%

820PF

9.60

C210,

C21

17-5FR562J

CAPA

MY.

SOy

+—5%

O.OO56iF

6.50

C212,

C213

17-5FR123J

—

O.O12iF

8.90

C214,

C215

17-5U821J

CAPA

STY.

50V

+—5%

820P

9.60

C216,

C217

17-5FR682J

CAPA

MY.

50V

+—5%

0.OO68iF

6.50

C218,

C219

17-2.5ER475Y

CAPA

EL.

25V

+75—10%

4.7jiF

8.00

C220,

C221

17-1.6ER1O7Y

CAPA

EL.

16V

+50—10%

1OOuF

14.00

C222,

C223

17-1.6ER1O6Y

—

lOjiF

8.00

C224

17-1

.OS1O7Y

•CAPA ELNP

+50—10%

1OOiF

14.00

C225 17-5ER1O5Y

CAPA

EL.

25V

+75—10%

4.7iF

8.00

C226,

C227

7-2.5ER475Y

—

4.7iF

8.00

C301

17-5DR15ODSL

CAPA

CER.

SOy

+—O.25P

15PF

3.50

SYMBOL

NO.

PARTS

NO.

DESCRIPTION REF.

C302

17-5U361J

CAPA

STY. 50V

+—5%

360PF

9.40

C303

17-5DR1O3M

CAPA

CER

50V

+—20%

O.OljiF

3.40

C304

17-5DR1O3M

—

O.O1iF

3.40

C305

17-5DR1O2M

DO—

1000PF

4.00

C307 17-5DR1O3M

DO—

O.01pF

3.40

C308:

17-5DR103M

DO—

0.O1iF

3.40

C309

7-5DR473M

—

O.O47jiF

5.00

C310 17-1.6ER1O7Y

CAPA

EL.

16V

+50—10%

lOOiiF

14.00

C31

17-5DR1O2M

CAPA

CER.

SOy

+—20%

1000PF

4.00

C312

17-2.5ER475Y

CAPA

EL.

25V

+75—10%

4.7xF

8.00

C313

17-5DR1O3M

CAPA

CER.

50V

±—20%

O.01iF

3.40

C314

17-1.6E227Y

CAPA

EL.

16V +50—10%

22OiF 33.50

C31

7-1

.6ER475Y

CAPA

EL.

+75—i

4.7iF

8.00

C316

17-5FR183J

CAPA

MY.

50V

+—5%

O.Ol8jiF

8.90

C3’17

17-5FR152J

DO—

0.0O15iF

6.50

C318

17-5FR183J

DO—

O.O18iF

8.90

C319

17-2.5ER475Y

CAPA

EL.

25V

+75—10%

4.7iF

8.00

C320

17-5DR473M

CAPA

CER.

SOy

+—20%

O.O47iF

5.00

C321

17-5DR1O2M

P0—

1000PF

4.00

C322

17-2.5ER225Y

CAPA

EL.

25V

t75—1O%

2.2iF

8.00

C401,

C402

17-2.5ER475Y

—

4.7jiF 8.00

C403,

C404

17-5DR1O1MSL

CAPA

CER. 50V

+—20%

100PF

3.50

C405,

C406

17-0.63ER227Y

CAPA

EL.

6.3V

+50—10%

22OiF

14.00

C407, C408

17-5DR100DSL

CAPA

CER.

SOy

+—0.25PF

1OPF

3.50

C409, C410 17-5DR221

MSL

CAPA CER.

SOy

+—20%

220PF

4.00

C411,C412

17-1ER476Y

CAPA

EL.

1OV

+50—10%

47iF

9.00

C413,

C414

17-1

ER476Y

—

47iiF

9.00

C415,C416

17-3.5ER476Y

CAPA

EL.

35V

+50—10%

47iF

14.00

C417,

C418

17-5FR473i

CAPA

MY.

50V

+—5%

O.027.LF

8.90

C41

C420

7-SF

R752J

—

O.OO7SiF

6.50

C421,C422

17-5FR222J

DO—

O.0O22iF

6.50

C423,C424

17-1.6ER1O6Y

CAPA

16V

+75—10%

1OiF

10.00

C425

7-5DR473M

CAPA

CER.

50V

+—2O%

OO47jiF

5.00

C426

17-5DR473M

—

O.O47iF

5.00

C427,

C428 17-5FR1O2J

CAPA

MY.

50V

+—S%

O.0O1.zF

6.50

CSO1,C502

17-SFR122J

DO—

O.OO12.LF

6.50

C503,

C504

17-5FR224J

DO—

O.22iF 20.00

C505,C506

17-5DR221MSL

CAPA

CER.

SOV

+—20%

220PF

4.00

C507,

C508

17-5DR473M

—

O.O47jiF

5.00

C509,CS1O

17-SF1O4J

CAPA

MY.

50V

+—S%

O.1iF

13.00

CS11,C512

17-5F104J

DO—

O.lpF

13.00

C513,

C514

17-5DR1O1

MSL

CAPA

CER.

SOy

+—20%

100PF

3.50

cS1S,

C516

17-5DR1SODSL

CAPA

CER.

50V +—0.25P 1SPF

•

3.50

C517,C518

17-1ER476Y

CAPA

EL.

1OV

+50—10%

47jiF

9.00

C519

17-5DR473M

CAPA

CER.

50V

+---20%

O.047iF

5.00

C521,

C422

17-3.5ER476Y

CAPA

EL.

35V

+50—10%

47iF

14.00

C523,

C524

17-1

ER476Y

CAPA

EL.

1OV

+50—10%

47iF

9.00

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