Bang & Olufsen Beomaster 6500 User manual
Bang
&
Olufsen
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Output
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Power
Supply
..-............605
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Microcomputer
..
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Speaker
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Fan
regulation
96sec
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page
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diagr.
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page
2-4
14
15
7
1-1
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diagr.
C
page
2-5
Master
Control,
keyboard
........-..0.0000+
diagr.
E
page
2-6
Master
Control,
Mircocomputer
..-......+++
diagr.
E
page
2-6
Master
Control,
IR-left........--...02e0s05
diagr.
E
page
2-6
Master
Control,
IR-right
...
..
diagr.
E
page
2-6
Master
Control,
Display
..........02-0s0000+
diagr.
E
page
2-6
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page
1-7
1-2
Bang
&Olufsen
TECHNICAL
SPECIFICATIONS
Beomaster
6500
Type
2336,
2337,
2338,
2339,
2340
Master
Control
Panel
6500,
two-way
Beolink
7000,
two-way
Beolink
1000,
one-way
Long-term
max.
output
power
IEC
2.x
110
watts/8
ohms
Total
harmonic
distortion
IHF
<0,09%/50
watts
20-20,000
Hz
Dynamic
headroom
1.5
db/8
ohms
Intermodulation
IHF
<0.1%
Input
sensiti
/impedance:
Phono
30
mv/100
kohms
Tape
-
AUX
30
mV/100
kohms
CD
player
20
mV/100
kohms
Line
25
mV/100
kohms
Response
vs
frequency:
Phono
20-20,000
Hz
+1.5
dB
Tape
20-20,000
Hz
+1.5
dB
Wideband
damping
factor
50
Signal-to-noise
ratio:
Phono
A-weighted,
1
W
IHF
>78
dB
Tape
A-weighted,
1
W
IHF
>80
dB
Tape
A-weighted,
50
W
output
>97
dB
Channel
separation
10,000
Hz
>50
dB
Output:
Tape
500
mV/1
kohms
Line
500
mV/1
kohms
External
power
amplifier
1
V/1_kohms
Headphones
Max.
10
V/470
ohms
Bass
control
at
40
Hz
#10
dB
Treble
control
at
12,500
Hz
+8
dB
FM
tuner
section:
FM
range
76-90
MHz
(Type
2339)
87.5-108
MHz
(Type
2336,
2337,
2338,
2340
FM
aerial
impedance
75
and
240
ohms
Usable
sensitivity
mono
14
dBf-1.4
pV/75
ohms
Usable
sensitivity
stereo
19
dBf-2.5
pVV/75
ohms
50
dB
quiting
sensitivity
mono
19
dBf-2.5
pV/75
ohms.
50
dB
quiting
sensitivity
stereo
40
dBf-28
pV/75
ohms
Signal-to-noise
ratio
65
dBf
mono
75
dB
Signal-to-noise
ratio
65
dBf
stereo
70
dB
Frequency
response
20-15,000
Hz
+1
db
Distortion
at
65
dBf
mono
0.16%
Distortion
at
65
dBf
stereo
0.2%
intermodulation
mono
0.1%
intermodulation
stereo
0.1%
Capture
ratio
1.7.dB
Adjacent
channel
selectivity
10
dB
Alternate
channel
selectivity
70
dB
Spurious
response
100
dB
Image
response
ratio
80
dB
IF
response
ratio
120
dB
Bang
&
Olufsen
AM
suppression
$7
dB
Stereo
channel
separation
45
cB
Subcarrier
product
rejection
70
dB
AM
tuner
section:
LW
range
150-350
kHz
(Type
2336,
2337)
MW
range
520-1610
kHz
(Type
2336, 2337,
2338,
2339,
2340)
LW
sensitivity
20
dB
S/N
ratio
80
iV
MW
sensitivity
20
dB
S/N
ratio
60
LV
Connections:
Audio
Link
CD,
Tape
1,
Tape
2,
PH
(RIAA
in
Beogram
6500)
Audio
Aux
Link
Beovision,
7
pin
Power
Link
Beolab
speakers,
2
sockets
8-pin
Speaker
Link
Beovox
speakers,
2
sockets
4-pin
Master
Control
Link
2
sockets
3-pin
Power
supply
Type
2336
220
V
Type
2337
240
V
Type
2338
120
V
Type
2339
100
V
Type
2340
240
V
Power
frequency
50-60
Hz
Power
consumption
Max.
225
watts
Dimensions
WxHxD
42x7.5x
32.5
Weight
8.5
kg
18.8
Ibs
Installationskit:
RIAA
amplifier
8001245
Subject
to
change
without
notice
Tilslutning
af
nettransformer/
rey
I]
i
rs
bs
Connection
of
|
|
i
=)
Mains
Transformer/
7]
|
|
220V
j
Boy
=
:
i
i
WH
VW
|
L_|
Hil
\|
—O
Prin
pom
=
|
THA
240v
79
PEER
UE
120V
HA
i
MON
|
5
III
|
neil
{I}
=
|
||
Protector
|
Li
||
A
8013363
for
type
2338
fone
moe,
a
\|
110V
.
roov
|
|
ne
aan
Protector
i?
fo
TI
e
8013364
for
type
2339
1-4
Options:
En
Beomaster
i
et
Beolinksystem
Options
eller
situationer
beskriver
hvordan
bade
audio-
og
videoprodukterne
i
et
Beolinksystem
skal
programmeres
i
den
valgte
stilling.
Option
1
(Situation
1):
Et
audio-
og
et
videosystem
placeres
i
samme
rum,
s4
signalerne
fra
Beolink
terminalen
kan
opfanges
af
begge
systemer
samtidigt.
Option
2:
Audio-
og
videosystemet
er
placeret
i
hver
sit
rum,
s&
signalerne
fra
Beolink
terminalen
kun
kan
opfanges
af
ét
system
ad
gangen.
Beomaster
6500
i
Master
Control
Link
2-systemet:
Option
3:
Anvendes
nar der
er
to
audiokilder
i
samme
rum
(feks.:
en
MCL2-enhed
og
en
Beomaster
6500).
Option
4:
Anvendes
nar der
er
to
audio-
og
en
videokilde
i
samme
rum
(feks.:
MCL2,
Beomaster
og
Beovision).
Option
0:
Szetter
IR-faler
ud
af
funktion,
hvilket
kan
udnyttes
f.eks.
i
butiksvinduer
eller
ved
udstillinger.
Der
kan
dog
stadig
velges
ny
option
med
Beolink
terminalen.
Programmering:
Options
programmeres
med
Beolink
terminalen,
med
Beomaster
6500
i
standby:
Tast:
(SOUND),
Option
nr,
[STORE]
Display
viser:
Option
nr.
Beomaster
6500
er
fra
fabrikken
programmeret
til
option
1.
Stikdaserne
Line
in/out
og
AUX/TV:
Line
in/out
anvendes
ved
tilslutning
af
en
equalizer.
Husk
kortslutningsprop
(bestillingsnr.
7220265)
nar
equalizer
ikke
er
tilsluttet.
AUX/TV
anvendes
ved
tilslutning
af
et
Beolink-
kompatibelt
fjernsyn
eller
feks.
Bang
&
Olufsen
bandoptager.
Bang
&
Olufsen
Options:
A
Beomaster
in
a
Beolink
System
Options
or
situations
describe
how
both
the
audio
and
video
products
in
a
Beolink
system
are
programmed
in
the
chosen
setting.
Option
1
(Situation
1):
An
audio
and
a
video
system
are
placed
in
the
same
room
so
the
signals
from
Beolink
terminal
can
be
received
by
both
systems
at
the
same
time.
Option
2:
The
audio
and
video
systems
are
placed
in
separate
rooms
so
the
signals
from
Beolink
terminal
can
only
be
received
by
one
system
at
a
time.
Beomaster
6500
in
the
Master
Control
Link
2
system:
Option
3:
Is
used
when
there
are
two
audio
sources
in
the
same
room
(e.g.
an
MCL2
unit
and
a
Beomaster
6500).
Option
4:
Is
used
when
there
are
two
audio
sources
and
one
video
source
in
the
same
room
(eg.
MCL2,
Beomaster
and
Beovision).
Option
0:
Puts
the
IR
sensor
out
of
operation;
this
can
be
used
in
shop
windows
or
at
exhibitions
for
example.
However,
new
options
can
still
be
selected
with
Beolink
terminalen.
Programming:
Options
are
programmed
with
Beolink
terminal,
with
Beomaster
6500
in
standby:
Key:
(SOUND),
Option
no.
[STORE]
Display
shows
Option
no.
Beomaster
6500
is
programmed
at
the
factory
to
option
1.
The
Line
in/out
and
AUX/TV
sockets:
Line
in/out
is
used
for
connecting
an
equalizer.
Remember
short-circuiting
fuse
(order
no.
7220265)
when
the
equalizer
is
not
connected.
AUX/TV
is
used
for
connecting
a
Beolink-compatible
television
or
e.g.
Bang
&
Olufsen
cassette
recorder.
Bang
&
Olufsen
DIAGRAMFORKLARING
Pa
diagrammerne
er
der
angivet
typenumre
pa
tran-
sistorer
og
IC’er.
Hvis
positionsnummeret
er
efter-
fulgt
af
en
stjerne,
skal
reservedelsnummeret
altid
benyttes,
da
denne
komponent
er
specielt
udvalgt,
f.eks.
TR102*,
Positionsnummeret
for
udgangsforsterkerens
venstre
kanal
er
angivet
i
paranteser
i
diagrammet
for
hejre
kanal.
Komponenttryk
og
koordinatsystem
De
sterste
printplader
er
forsynet
med
komponenttryk
og
et
koordinatsystem
pa
bade
print-
og
kompo-
nentside.
Pa
diagrammerne
er
enhver
komponent
forsynet
med
et
koordinatnummer.
Dette
fortzeller
i
hvilket
koordinat
pa
printpladen,
komponenten
er
placeret.
Koordinatnumrene
er
angivet
med
mindre
skrifttype
end
positionsnumrene.
Styrekredslob
I
visse
styrekredslob
er
den
aktive
tilstand
angivet
med
en
funktions-
eller
bogstavsangivelse.
Denne
kan
eksempelvis
vere
ST.BY.
=
»low«
i
stand-by-stilling
eller
ST.BY.
=
»high«
i
stand-by-stilling.
Ledningsforbindelser
Ledningsforbindelserne
pa
diagrammerne
er
samlet
i
»bundter«.
De
enkelte
ledninger
er
forsynet
med
en
af
falgende
koder:
INTERN
FORBINDELSE
PA
EN
DIAGRAMSIDE
Interne
forbindelser
pa
en
diagramside
angives
med
et
tal.
Knaekket
pa
ledningen
viser,
i
hvilken
retning,
den
anden
ende
af
ledningen
findes.
FORBINDELSE
TIL
EN
ANDEN
DIAGRAMSIDE
DIAGRAM
A
!
C3
G32
1-5
EXPLANATION
OF
DIAGRAM
Type
numbers
of
transistors
and
ICs
are
indicated
on
the
diagrams.
If
the
position
number
is
followed
by
an
asterisk
the
spare
part
number
must
always
be
used
because
the
component
in
question
has
been
specially
selected,
eg.
TR102*.
The
position
number
for
the
left
channel
of
the
output
amplifier
are
stated
in
brackets
in
the
diagram
for
right
channel.
Component
print
and
coordinate
system
The
largest
PCBs
have
component
prints
and
a
coordinate
system
on
both
the
print
and
the
component
side.
On
the
diagrams
every
component
has
a
coordinate
number.
This
indicates
in
which
coordinate
on
the
PCB
the
component
is
situated.
The
coordinate
numbers
are
written
in
smaller
print
types
than
the
position
numbers.
Control
Circuit
In
certain
control
circuits
the
active
mode
is
indi-
cated
by
a
function
term
or
by
an
abbreviation.
This
may
be
e.g.
ST.BY.=
low
in
the
stand-by
mode
or
ST.BY.
=
high
in
the
stand-by
mode.
Wiring
Connections
The
wiring
connections
on
the
diagrams
are
assembled
in
‘bundles’.
The
individual
wires
are
provided
with
one
of
the
following
codes:
INTERNAL
CONNECTION
ON
ONE
DIAGRAM
PAGE
Internal
connections
on
a
diagram
page
are
indi-
cated
by
a
number.
The
bend
of
the
wire
indicates
in
which
direction
the
other
end
of
the
wire
is
found.
CONNECTION
TO
ANOTHER
DIAGRAM
PAGE
DIAGRAM
C
i
I
32
Aa
ae
Forbindelsen
til
en
anden
diagramside
angives
med
et
tal
samt
et
bogstav
for
det
diagram,
forbindelsen
gar
ti
A
connection
to
another
diagram
page
is
indicated
by
a
number
as
well
as
by
a
letter
of
the
diagram
to
which
the
connection
leads.
1-6
Forsyningsspeendinger
Alle
forsyningsspendinger
i
diagrammerne
er
angivet
med
en
pil
og
en
speendingsangivelse.
Eksempel:
Ved
siden
af
speendingsangivelsen
star
der
f.eks.
7
CON.
Dette
betyder,
at
den
pageldende
forsy-
ningsspending
gar
til
7
steder
pa
den
pageldende
diagramside
(7
CON.
=
7
connections).
SYMBOL
FOR
SIKKERHEDSKOMPONENTER
Bang
&
Olufsen
Supply
Voltages
All
supply
voltages
in
the
diagrams
are
indicated
by
an
arrow
and
a
voltage
indication.
Example:
“7
CON.”.
This
means
that
the
supply
voltage
in
question
goes
to
7
different
places
on
the
diagram
page
in
question
(7
CON.
=
7
connections).
SYMBOL
OF
SAFETY
COMPONENTS
JN
Ved
udskiftning
af
komponenter
med
dette
symbol
skal
der
anvendes
komponenter
med
samme
reser-
vedelsnummer.
Den
nye
komponent
skal
monteres
pa
samme
made
som
den
udskiftede.
MALEBETINGELSER
Alle
DC-speendinger
er
malt
i
forhold
til
stel
med
et
voltmeter
med
en
indgangsimpedans
pa
10
Mohm.
DC-spendingerne
er
opgivet
i
volt
(V),
feks.
0,7
V.
Alle
oscillogrammer
og
AC-spendinger
er
malt
i
forhold
til
stel
med
et
oscilloskop
eller
et
voltmeter
med
en
indgangsmodstand
pa
1
Mohm.
AC-spendingerne
er
opgivet
i
millivolt
(mV),
feks.
660
mV.
When
replacing
components
with
this
symbol,
components
with
identical
part
numbers
must
be
used.
The
new
component
must
be
mounted
in
the
same
way
as
the
one
replaced.
MEASURING
CONDITIONS
All
DC
voltages
have
been
measured
in
relation
to
ground
with
a
voltmeter
with
an
input
impedance
of
10
Mohms.
The
DC
voltages
are
stated
in
volts
(V),
eg.
0.7
V.
All
oscillograms
and
AC
voltages
have
been
measured
in
relation
to
ground
with
an
oscilloscope
or
a
voltmeter
with
an
input
resistance
of
1
Mohm.
AC
voltages
are
stated
in
millivolts
(mV),
eg.
660
mV.
Type
2338
Explanation
of
the
fuse
symbols
used
in
the
set.
Explanation
de
symboles
du
fusible
utilisés
dans
l'appareil
Z50v
TA]
Replace
with
same
type
5
ampere
250
volts
slow
acting
fuse.
Remplacer
par
un
fusible
de
meme
type
retardé
et
de
5
amperes
250
volts.
Bang
&
Olufsen
1-7
LITHIUMBAT
TERI
—
EKSPLOSIONSFARE
UOSKIFTNING
MA
KUN
FORETAGES
AF
EN
SAGKYNDIG
0G
SOM
BESKREVET
|
SERVICE
MENUAL
LITHIUM
BATTER
OF
EXPLOSION
TO BE
REPLACED
BY
QUALIFIED
SERVICEMAN
ONLY
AND
AS
DESCRIBED
IN
THE
SERVICE
MANUAL
ADVARSEL
VED
LITHIUM-BATTERIER
Kortslutning
og
overopladning
af
visse
typer
lithium-batterier
kan
medfore
en
voldsom
eksplosion.
WARNING
LITHIUM
BATTERIES
Short-circuit
and
overcharging
of
some
types
of
lithium
batteries
may
result
in
a
violent
explosion.
Ved
udskiftning
af
lithium-batteriet
i
dette
apparat
ma
der
kun
anvendes
et
batteri
af
det
fabrikat
og
den
type,
der
er
angivet
i
denne
serviceanvisning
(se
side
4-5).
When
replacing
the
lithium
battery
in
this
set,
use
only
batteries
of
the
make
and
type
mentioned
in
this
service
manual
(see
page
4-5).
Batteriet
skal
monteres
nojagtigt
som
det
originale
Fit
the
battery
exactly
like
the
old
one.
batteri.
FM
TUNER
TUNING
VOLTAGE
see
Te
ifsen
ndicated
by
Itage
in
e
diagram
8).
rmbol,
must
be
nted
in
the
relation
to
npedance
of
eg
0.7
V.
een
oscilloscope
of
1
Mohm.
),
eg.
Bang
&
Olufsen
LITHIUMBAT
1-7
ARE
UOSKIFTNING
MA
KUN
FORETAGES
AF
EN
SAGKYNOIG
OG
SOM
BESKAEVET
|
SERVICE
MANUAL
WARNING!
LITHIUM
BATTERY
—
RISK
OF
EXPLOSION
TO
SE
REPLACED
BY
QUALIFIED
SERVICEMAN
ONLY
ANO
AS
DESCRIBED
IN
THE
SERVICE
MANUAL
ADVARSEL
VED
LITHIUM-BATTERIER
Kortslutning
og
overopladning
af
visse
typer
lithium-batterier
kan
medfere
en
voldsom
eksplosion.
Ved
udskiftning
af
lithium-batteriet
i
dette
apparat
ma
der
kun
anvendes
et
batteri
af
det
fabrikat
og
den
type,
der
er
angivet
i
denne
serviceanvisning
(se
side
4-5).
Batteriet
skal
monteres
nejagtigt
som
det
originale
batteri.
WARNING
LITHIUM
BATTERIES
Short-circuit
and
overcharging
of
some
types
of
lithium
batteries
may
result
in
a
violent
explosion.
When
replacing
the
lithium
battery
in
this
set,
use
only
batteries
of
the
make
and
type
mentioned
in
this
service
manual
(see
page
4-5).
Fit
the
battery
exactly
like
the
old
one.
1-7
FM
TUNER
TUNING
VOLTAGE:
cz
aE
The
FM
TUNER
is
a
single
unit.
With
failure
in
this unit
we
recommend
replacing
the
Whole
unit.
However
the
part
nos.
of
semi-conductors
are
in
the
lidt
of
semi-conductors.
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In
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removal
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chip
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figure
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EXAMPLES
3-1
LIST
OF
ELECTRICAL
PARTS
PCB
1,
8002671
HF,
type
2336,
2337
8002818
HF,
type
2338,
2340
8002908
HF,
type
2339
Bang
&Olufsen
Resistors
not
referred
to
are
standard,
see
page
3-8
4
indicates
that
static
electricity
may
destroy
the
component.
*
Specially
selected
or
adapted
sample.
1C2
8340756
136
LM1865
1c7
8340757
136
LAI245
IC3
8340758
136
LA3401
1c8
8340763
136
LF353
1C4
8340492
102
SP8629
IC9A
8340202
102
4066
IC5A
8340245
102
4011
IC10A
8340602
101
4052
IC6A
=
8341102.
101
74HC4520
IC11A
8340782
136
4094
TRi-
8320625
42
BF240
TR14*A
8320396
24
TR4
TRI5A
8320535
22
TRS
8320497
20
BC547B
TR20
8320521
20
TR6
8320509
20
BC548B
TR21
8320497
20
TR7
8320503
20
BC557B
TR22
8320521
20
-
TRO
8320627
20
BC549B
TR23
8320497
20)
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TRIO-
8320503
20
BC557B
TR24
8320640
17
BC636
TRIL
TR25
8320497
20
BC547B
TRI2
8320497
20
=BC547B
TR200
8320509
20
BC548B
TRI3
8320512
20
BC338-25
‘300212
209
75V
0,20
DI
8300058
209
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D8
D2
8300568
234
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8300568
234
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D3-
—-8300385
209
BA423
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—-8300212
209
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8300058
209
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D6
8300058
209
1N4148
D4
D7
8300385
209
BA423
R25
5370326
10kQ
20%
0,1W
R142
5020336
69,8kQ
1%
1/4W
R51
5370128
100kQ
20%
0,1W R143
5020263
100kQ
1%
1/4W
R73
5370330
220kQ
20%
0,1W
R144
5020336
69,8kQ
1%
1/4W
R141
5020263
100kQ
1%
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R204
5370328
47kQ
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0,1W
c2
4010106
10nF
-20+80%
40V
C30
4130230
100nF
20%
63V
C3
4010101
4,7nF
10%
63V
C31
4010103
2,2nF
10%
63V
C4
4010107
©
22nF
-20+80%
40V
C32
4010107
22nF
-20+80%
40V
C5
4010101
4,7nF
10%
63V
C33
4130179
100nF
20%
63V
C6
4010107
22nF
-20+80%
40V
C34
4010105
InF
10%
63V
C7.
4010101
4,7nF
10%
63V
C35-
4200510
10pF
20%
16V
cE
C36
co
4200512
1yF
20%
50V
C37
4010118
330pF
10%
63V
C10.
4200129
100pF
-20+50%
16V
C38
4200510
10yF
20%
16V
Cil-
4010105
1nF
10%
63V
C39
4030023
47nF
-20+80%
16V
C12 C40
4200523
0,47pF
20%
50V
C13
4200515
4,7pF
20%
25V
C41-
4200512
1yF
20%
50V
ci
4000142
82pF
5%
63V
C42
C15-
4010106
10nF
-20+80%
40V C43
4010106
10nF
-20+80%
40V
C19
C44
4010105
InF
10%
63V
C20
4200525
22yF
20%
10V
C45
4200129
100pF
-204-50%
16V
C21
4010106
10nF
-20+80%
40V
C48
4000137
47pF
5%
63V
C22
4010118
330pF
10%
63V
C49-
4130230
100nF
20%
63V
C23
4010106
10nF
-20+80%
40V
C50
C24
4130070
1pF
10%
50V
C51
4100266
330pF
2,5% 63V
€25-
4130230
100nF
20%
63V
C52:
4000150
68pF
5%
63V
C26
C53
4000155
56pF
5%
63V
C27
4010105
InF
10%
63V
C54
4100233
150pF
5%
63V
C28 C55
4340002
2-22pF
c29
4000191
4
7pF
5%
63V C56
4340003
5,5-65pF
3-1
and
E-
DOTS
ZERS.
COMPONENT
HE
LACE
OF
MOUTING
ERING
IRON
3-1
LIST
OF
ELECTRICAL
PARTS
PCB
1,
8002671
HF,
type
2336,
2337
8002818
HF,
type
2338,
2340
8002908
HF,
type
2339
Bang
&
Olufsen
Resistors
not
referred
to
are
standard,
see
page
3-8
A
indicates
that
static
electricity
may
destroy
the
component.
*
Specially
selected
or
adapted
sample.
1c2
8340756
136
LM1865
1c7
8340757
136
Ic3
8340758
136
LA3401
Ics
8340763
136
LF353
1c4
8340492
102
SP8629
IC9A
8340202.
102
4066
IC5A
8340245
102
4011
IC10A
8340602
101
4052
IC6A
8341102,
101
74HC4520
IC11A
8340782
136
4094
TRI-
8320625
42
BF240
TR1I4*A
8320396
24
MPF4392
TRISA
0535
22
BF256C
8320497
20
BC547B
‘TR20
8320521
20
BC556B
8320509
20
BC548B
TR21
8320497
20
BC547B
8320503
20
BCS557B
TR22
8320521
20
BC556B
8320627
20
BC549B
TR23
8320497
20
=
BC547B
8320503
20
BC557B
8320640
17
BC636
BC547B
8320497
20
BC547B
BC548B.
8320512
20
BC338-25
DI
8300058
209
1N4148
Ds
8300212
209
75V
0,2A
b2
8300568
234
SVc333C
D9
8300568
234
SVc333C
D3-
8300385
209
BA423
pD10
8300212
209
75V
0,2A
DS
Dil-
8300058
209
1N4148
D6
8300058
209
1N4148
Di4
D7
8300385
209
BA423
R25
5370326
10kQ
20%
0,1W
R142
5020336
69,8kQ
1%
1/4W
R51
5370128
100kQ
20%
0,1W
R143
5020263
100kQ
1%
1/4W
R73
5370330
220kQ
20%
0,1W
Ri44
5020336
69,8kQ
1%
1/4W
R141
5020263
100kQ
1%
1/4W
R204
5370328
47kQ
20%
0,1W
c2
4010106
10nF
-20+80%
40V
C30
4130230
100nF
20%
63V
C3
4010101
4,7nF
10%
63V
C31
4010103
2,2nF
10%
63V
C4
4010107
22nF
-20+80%
40V C32
4010107
22nF
-20+80%
40V
cS
4010101
4,7nF
10%
63V C33 4130179
100nF
20%
63V
C6
4010107
22nF
-20+80%
40V.
C34
4010105
1nF
10%
63V
C7-
4010101
4,7nF
10%
63V
C35-
4200510
10pF
20%
16V
c8
cg
4200512
1pF
20%
50V C37
4010118
330pF
10%
63V
c10
4200129
100pF
-20+50%
16V
C38
4200510
10pF
20%
16V
Cil-
4010105
1nF
10%
63V C39
4030023
47nF
-20+80%
16V
ci2 C40
4200523
0,47pF
20%
50V
C13
4200515
4,7yF
20%
25V
C4l-
4200512
1pF
20%
50V
ci4
4000142
82pF
5%
63V
C42
C15-
4010106
10nF
-20+80%
40V
C43
4010106
10nF
-20+80%
40V
c19
C44
4010105
1nF
10%
63V
C20
4200525
22yF
20%
10V
C45
4200129
F
C21
4010106
10nF
-20+80%
40V
C48
4000137
C22
4010118
330pF
10%
63V
c49-
4130230
23
4010106
10nF
-20+80%
40V
C50
4130070
1pF 10%
50V
C51
4100266
4130230
100nF
20%
63V
C52
4000150
C53
4000155
4010105
nF
10%
63V
C54
4100233
C55
4340002
2-22pF
4000191
4
7pF
5%
63V
C56
4340003
5,5-65pF
Bang
&
Olufsen
PCB
2,
8002679
8002914,
type
2338
Output
and
Power
supply
3-2
4130230
100nF
20%
63V
C83
4340002
2-22pF
C84
4130233
220nF
20%
63V
4130233
220nF
20%
63V
C85
4010103
2,2nF
10%
63V
4130235
47nF
20%
63V
C86
4130233
220nF
20%
63V
4200515
4,7pF
20%
25V
C87
4010105
InF
10%
63V
C88
4130235
4
7nF
20%
63V
4130235
47nF
20%
63V
C89-
4010107
22nF
-20+80%
40V
4200517
2,2yF
20%
50V c90
4200129
100yF
-20+50%
16V
col
4130230
100nF
20%
63V
4010106
10nF
-20+80%
40V
C92
4200510
10yF
20%
16V
4130235
4
7nF
20%
63V
C93
4010107
22nF
-20+80%
40V
4100210
1,5nF
5%
63V
C94
4010105
1nF
10%
63V
C96-
4130230
100nF
20%
63V
4000226
68pF
5%
63V
C97
4010107
22nF
-20+80%
40V
C98
4010106
10nF
-20+80%
40V
C200
4130390
C201
4200510
A7pF
20%
16V
470pF
5%
63V
0%
16V
4100247
1,8nF
5%
63V
C202
4100238
%
63V
4010103
2,2nF
10%
63V
C203
4100235
5%
63V
4130230
100nF
20%
63V
C204
4100261
6,8nF
2,5%
63V
4100210
1,5nF
5%
63V
C205
==
4100260
%
63V
4130230
100nF
20%
63V
C206
=
4100210
-1,5nF
5%
63V
4340003
5,5-65pF
C207
4200515
4,7pF
20%
25V
4130230
100nF
20%
63V
C208
4130230
100nF
20%
63V
Li
8020552
Coil
10uH
10%
Lil
8020558
Coil
Antenne
LB
L2
8020568
Coil
2,7uH
Li2
8020557
Coil
Antenne
MB.
L3
8020569
Coil
18uH
10%
L13
Coil
MF
455H
L4
8020552
Coil
10uH
10%
Li4
Coil
MF
455kHz
LS
8022240
Coil
19,5mH
2%
1.200-
Coil
32mH
2%
L8
8020559
Coil
MB
S0116
L201
Lo
8020560
Coil
LB
$0116
BPI-
8030134
10,7mHz
BP4
8030056
455kHz
1kHz
BP3
TUL
8050093
Tuner
8050102
‘Tuner,
type
2339
Pl
7220431
Plug
9/9
P3
7220312
Plug
2pol.
P2
7220428
=
Plug
6/6
Pa
7210612
Socket
Antenne
x1
8030087
456kHz
X2
8030088
455kHz
EEE
1200"
8340470
31
BDV65B100V
C205
8340400
19
MPSA13
30V
1C201*
8340469
31
BDV64B
100V
TRI
19
BC547B
TRI8
8320497
20)
BC547B
TR2
20
~=BC327-25
TRI9
8320507
20
-BC337-25
8320497
20
BC547B
TR22
8320521
20
BC556B
TR4
8320498
20
BC547C
TR23
8320497
20
=BC547B
TRS
8320369
31
BD534
45V
TR201-
8320498
20
BC547C
TR6-
8320497
20
BC547B
TR202
TR7
TR203
8320514
20
BC546B
TR8
8320503
20
BC557B
TR204
8320497
20
BC547B
TRO
8320369
31
BD534
45V
TR205
8320631
17
BF423
TR1I2
8320369
31
BD534
45V
TR206
8320497
20
BC547B
TRI3
8320503
20
BC557B
TR207
8320503
20
BCS557B
TRI4-
8320497
20
BC547B
TR208-
8320646
44
BF858
TRIS
TR209
TRI6
8320428
32
BD438
TR210
8320505
49
BF422
TRI7
=
8320503
20
BC557B
Bang
&
Olufsen
TTTTIL
Resistors
not
referred
to
are
standard,
see
page
3-8
A
indicates
that
static
electricity
may
destroy
the
component,
*
Specially
selected
or
adapted
sample.
DI
8300058
209
1N4148
Dil-
8300058
209
1N4148
b2
8300487
-
KBU6D
D12
D3
8300297
-
B80 Di4
8300212
209
1N4448
3700/2200
D200
8300029
209
12V
5%
04W
D4
8300058
209
1N4148
D201-
8300058
209
1N4148
DS
8300541
209
3,3V
2%
04W
D203
D6-
8300058
209
1N4148
D204
8300409
214
BAV20
150V
Ds
D205-
8300058
209
1N4148
D10
8300023
209
1N4002
100V
D206
365Q
1%
1/4W
R7
5020239
24,3kQ
1%
1/4W
R4l
5020782
R8
5020219
5,36
1%
1/4W
R50
5220036
330kQ
10%
1/2W
Ri
5020770
R211
5010797
390Q
2%
1/4W
R12
5020291
R214
5020110
10kQ
1%
1/4W
RIS
5020231
R215
5020633
1500
5%
0,35W
R16
5020335
10,2kQ
1%
1/4W.
R220-
5020658
270Q
5%
0,3W
R18
5020881
22Q
10%
0,25W
R221
R30
5020200
2,1kQ
1%
1/4W
R226
5370341
100Q
20%
0,1W
R33
5020194
1,58kQ
1%
1/4W
R228-
5102016
0,220
10%
1W
R40
5220036
330kQ
10%
1/2W
R229
C3.
4130280
220nF
20%
100V
C201
4130257
33nF
20%
63V
cS
C202
4200517
2,2uF
20%
50V
cB.
4200510
10pF
20%
16V
C203
4000151
180pF
5%
63V
co
C204
4010101
4,7nF
10%
63V
C10
4200688
47pF
20%
50V
C205-
4200511
100pF
20%
10V
Cll
4200525
22yF
20%
10V
C206
Cl2-
4130230
100nF
20%
63V
C207
4000136
22pF 5%
63V
C13.
C208
4000343
47pF
2%
63V
ci4
4200510
10pF
20%
16V
C209
4130262
22nF
20%
63V
cis
4200417
4700pF
-10+50%
16V
C210-
4130233
220nF
20%
63V
C16
4010101
4,7nF
10%
63V
C211
C17
4010105
1nF
10%
63V
C212
4200523
0,47pF
20%
50V
C20
4010101
4,7nF
10%
63V
C213
4200510
10pF
20%
16V
C200
4200368
=100pF
-10+100%
C215-
4130233
220nF
20%
63V
63V
C216
L200
6850114
Coil
o,5uH
Pe
7220580
Plug
2pol.
PIs
7220160
Plug
5/4
P
7210510
Stikdase
minijack
P23
7220185
=
Plug
3/3
Pi4
7220431
Plug
9/9
P24
7220195
Plug
2/2
Pi5
7220429
«Plug
7/7
F
6600010
T4A-T/250V
RL6
7600046
Relay
6V
_———
Bang
&
Olufsen
PCB
3,
8001219
Preamplifier
PCB
4,
8001218
Microcomputer
3-4
IC1A
=:
8340759
136
TC9164
[C44
8340760
136
TC9177
1c2
8340790
103
4558
1C5
8340790
103
4558
IC34
8340761
136
TC9184
IC6A
8340763.
136
LF353
TRI
8320497
20
=
BC547B
TRE
8320497
20
BC547B
TR2-
8320639
49
MPSA17
TR?
8320503
20
BC557B
TR3*
TRS
8320497
20
BC547B
TR4
8320497
20
=BC547B
TRO-
8320525
19
MPSA16
TRS
8320503
20
BC557B
TRIO
Di-
8300058
209
1N4148
D6-
8300058
209
1N4148
D4
bg
DS
8300407
209
12V
2%
0,4W
4200512
1pF
20%
50V
C45-
4000193
47pF
5%
63V
C46
4010155
220pF
63V
Ca7
4200512
1pF
20%
50V
C48
4200510
1L0yF
20%
16V
4010105
nF
10%
63V
C49
4130306
100nF
10%
63V
C50
4130268
10nF
5%
63V
4130306
100nF
10%
63V
C51
4130304
22nF
10% 63V
C52
4100237
2,2nF
5%
63V
4200512
1pF
20%
50V
C53
4000204
100pF
5%
63V
4010111
3,3nF
10%
63V
C54
4200512
1pF
20%
50V
C55
4000204
100pF
5%
63V
4000205
150pF
5%
63V
C56
4200510
10yF
20%
16V
4200517
2,2uF
20%
50V
C57
4130306
=
100nF
10%
63V
C58
4130268
10nF
5%
63V
4000205
150pF
5%
63V
C59
4130304
22nF
10%
63V
4200512
1pF
20%
50V
C60
4100237
5%
63V
4000243
100pF
5%
63V
C6l-
4200510
10pF
20%
16V
4000193
47pF
5%
63V
C62
4000243
100pF
5%
63V
C63-
4130305
33nF
10%
63V
4000193
47pF
5%
63V
C64
4200512
1pF
20%
50V
C65
4200688
47yF
20%
50V
C66
4200523
0,47yuF
20%
S0V
4200510
10yF
20%
16V
Cé69-
4010155
220pF
10%
63V
C70
4200512
1pF
20%
50V
C71-
4130306
100nF
10%
63V
C73
4000205
150pF
5%
63V
C74-
4010105
InF
10%
63V
C75,
Pi-
7220428
=
Plug
6/6
P6
7220429
Plug
7/7
P2 Ps
7220710
Plug
3pol.
P3
7220425
=
Plug
3/3
P9-
7210418
Socket
7pol.
P4
7220313
Plug
3pol.
Pl4
PS
7220425
Plug
3/3
IC1A
8341069
136
8032
IC4Q
8341309
27512
IC24
8341105
103
PCF8583
IC5A
8340777
«136
74HCT573
IC34
8340276
«101
4021
IC6A
8340373
136
4001B
TRI
8320509
20
BC548B
TR8
8320625
19
BF240
TR2
8320510
20
BC558B
TRO
8320510
20
BC558B
TRE
8320509
20
BC548B
TR10-
8320509
20
BC548B
TR?
8320510
20
BC558B
TRI
DI
8300128
209
5,6V
5%
0.4W
DS
8300056
209
Z1
5
D2
8300600
209
1N4148
D8-
8300058
209
1N4148
D3-
8300058
209
1N4148
DI2
D4
PCB
5,
8001212
Socket
panel
PCB
6,
8002173
Fan
Regulation
Bang
&
Olufsen
PCB
7,
8001280
Resistors
not
referred
to
are
standard,
see
page
3-8
A
indicates
that
static
electricity
may
destroy
the
component.
Relay
4200364
4010106
4130313
4130307
4010035
4200414
4010201
4010105
4000144
4130307
4010035
4000204
4010035
4010035
4000136
4TpF
-10+50%
10V
10nF
-20+80%
40V
470nF
20%
63V
150nF
10% 63V
1pF
10%
63V
33pF
-10+50%
16V
10nF
-10+80%
40V
InF
10% 63V
10pF
63V
150nF
10%
63V
InF
10%
63V
100pF
5%
63V
InF
10%
63V.
InF
10%
63V
22pF
5%
63V
C35
C37
C38
4010103
C39
«4130313
C40
4010128
C41
4000193
C42
4010128
C43
«4130315
C44
4010128
C45
4000193
C46-
4000204
Caz
C48
4010128
C49
4010106
C50:
4010128
C51
=
4010105
C52
4010035
150pF
10%
63V
100pF
5%
63V
2,2nF
10%
63V
470nF
20%
63V
470pF
10%
63V
47pF
5%
63V
470pF
10% 63V
15nF
5%
63V
470pF
10%
63V
47pF
5%
63V
100pF
5%
63V
PCB
9,
8001284
Display
470pF
10%
63V
10nF
-20+80%
40V
470pF
10% 63V
InF
10%
63V
InF
10%
63V
8020342
8020707
8020707
Coil
4,7uH
10%
Coil
4,7uH
10%
FL
6604009
Sikr.
1A
250V
BPI
8030056
455kHz
Pa
7200056
P12-
7220554
P13
Socket
28pol.
Plug
12/12
7220585
7220176
Plug
Spol.
Plug
2/2
Xi
8090104
x2
8030024
Crystal
11,05
455kHz
x3
8090078
8700027
32,768kHz
Lithium
battery
a
Ccl-
4130214
c2
C3
4010027
Ee
TR4-
8320542
44
8320497
8320540
8320521
10nF
20%
63V
InF
10%
63V
20
BC547B
20
=
=BCS57C
20
BC556B
C4-
4130214
C5
c7-
4010027
c8
TRS
10nF
20%
63V
InF
10%
63V
BD825-16
45V.
Tuner
8300029
209
12,0V
5%
04W
PCB
17,
8050093
8050102
type
2339
Bang
&Olufsen
3-6
R3
5020565.
8,25kQ
1%
1/4W
R7
5020539
47,5kQ
1%
1/4W
R5
5230012
15Q
20%
1,8W
cI
4010041
10nF-20+80%
40V.
C5
4130235
47nF
20%
63V
c2
4130259
220nF
1%
160V
C6
4200542
68pF
20% 63V
C3
4130260
47nF
1%
160V
C7
4200102
470pF
-10+100%
40V
C4
4010105
1nF
10%
63V
———
TR2
8320512
BC338-25
D1
8300058
209
1N4148
R7
5020455
470Q
5%
1W
R9
5020455
4700
5%
1W
Pg
7220585
Plug
Spol.
P23
7220319
Plug
8pol.
P21
7220206
Plug
5/4
P25
«7220711
Plug
4pol.
RL1
7600073
Relay
6V
eS
ICIA
8340467
124
5450
TR2
8320627
20
BCS49B
TRO
8320514
20
BC546B
TR3
8320625
42
BF240
TRIO
8320683
32
BD788
60V
TR8
8320776
BC546B
D4-
8330150
246
Led
red
D28-
8330227
203
IR
Emitter
p25
Dsl
R12
§370068
22kQ
20%
0,1W
cl
4130230
100nF
20%
63V
C15
4200380
1pF
-20+50%
63V
c3
4010128
470pF
10%
63V
C16
4010155
220pF
10%
63V
C4
4000193
47pF
5%
63V
C17 4010128
470pF
10%
63V
C5-
4010128
470pF
10%
63V
C18
4000142
82pF
5%
63V
C6
C19
4201035
2,2uF-10+50%
63V
c7
4010106
10nF
-20+80%
40V
c20
4200342
=
10yF
-10+50%
63V
C8-
4000243
100pF
5%
63V
C21
4130230
100nF
20%
63V
co
C23-
4010105
nF
10%
63V
C10
4010189
10nF
30%
25V
C24
CH-
4010105
1nF
10%
63V
c12
Li
8020562
Coil
455kHz
L3
8020621
Coil
100uH
P
7220577
Plug
17pol.
Pll
7220548
Plug
12/12
Sl-
7400268
Omskifter
1pol
S2
———
TRI-
—
8320610
53
BF995
TR3-
8320672
53
BFS20
TR2
TR4
Di-
8300301
209
BB204
D4
R32-
5370253
47kQ
20%
0,1W
R34
This manual suits for next models
5
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