Alpine 3522S User manual

JMNLPINE.
cic MANUAL
Bridgeable Power Amplifier
SOEARRES| 2 _
E ea ve peat

3522S |
Contents
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| 3522S
Specifications
POWErSOULCE
diciie
sidcers,
Sodas
Raeeho
te
NEG
Sis
SP
ORNS
SoS
Aree
OE
RISES
OE
ES
Dao
R a
atiate
Sana
gia
eA
Eggs
FS.
ase
14.4V
DC
POWEr
OQULPULS
Sedce
cagteua
eae
ce
ook
ne
sbae
niin
ee
etataa
eee
ee
gees
4
ohm
2-Channel
(at
0.08%
T.H.D.)
:
25W/ch
(at 10% T.H.D.): 35W/ch
2 ohm 2-Channel (at 0.8% T.H.D.) : 30W/ch
(at 10% T.H.D.) : 40W/ch
4 ohm BTL mode (at 0.8% T.H.D.) : 65W/ch
Input
Sensitivity
(at
30W/ch
Output)
...
20.0...
teen
nents
Speaker
Input
:
2V+2dB
RCA Input : 0.5V+2dB
Input
IMpEdaNnce:
sscscudeee
awe
dd
ahee
ob
velar
ete
eek
See
Oe
edi
alle
te
Pea
daida
eeeWae
rae
eee
eae
10£2k
ohm
Frequency Range (at 1KHZ41dB) 2.0.0... ccc eee eee ene nett eer eee nent eben ences 20Hz~40kHz
Channel Separation (Input shorted, at D2) oc siete deeds hen ea oon te a be tainhcem aa dts nda eeus 55dB
S/N Ratio (Output 30W/ch, Input shorted) 00.0.6. nnn tte tne e een enn tees 90dB
Residual Noise (Input shorted, 4 ohm 2-channel) ....... 0.0 cece cence eee eee ene eee e nee 1.2mV
Current: Drain: (at: 10% TeHi Dd! s.2 52h cata enks CAS bin ele Heese Sete te eae RiwE eee Re Ne ee 4 ohm 2-Channel: 15A
2 ohm 2-Channel : 20A
FUSE. 028 edict dale phcae ad Satin anes tet ei Gies ele eons len ea ho ndeck, be he awtne duals gdlea TRL Rah G oF 15A (Battery)
SEMICONAUCOMS:
cs:nc
er
ensetekstane
de
th
men
a
seed
cae
aw
eo
8IC’s,
25
Transistors,
2
FET’s,
13
Diodes,
4
Zener
Diodes
Dimensions:
(WICH
XD)
iccic.
8
cecscttee
Gbeacdes
Ha
Sats
ta
Roeede
de
Rho
tae
ch
ena
bee
Pea
a
Rigiee
tees
dau
Sauk
ete
22030
130mm
Weight): s.ever as eaiie oB hea ncigh Abs seen ute Pe gine dada ting ch Rae Cate oadige Rae ete Cae E dasa gS 1.22kg
Note
:
Due
to
continuing
product
improvement,
specifications
and
design
are
subject
to
change
without
notice.

FEATURES |
2/1 CHANNEL OPERATION
The 3522S can be used as:
a. 2-channel amplifier, producing 30W per channel into 4 Q, or 40W per
channel into 2 Q.
b. 1-channel amplifier, producing 80 W per channel into 4 Q.
MULTIMODE CAPABILITY
Multimode capability allows the 3522S to operate in its 2-channel stereo,
and bridged mono modes simultaneously. This-way, the amplifier can
power a pair of satellite speakers, along with a bridged mono subwoofer,
and/or a true center channel speaker.
3, 2, OR 1 CHANNEL OPERATION
Thanks to its Multimode capability, the 3522S can simultaneously drive a
pair of satellite speakers in stereo, along with a bridged mono subwoofer
(and/or center channel speaker) for a total of 3 channels. In addition to
Multimode, the 3522S can be driven in a conventional 2-channel mode,
or its two channels can be bridged into a single channel of considerably
higher power output.
ACTIVE DIVIDING NETWORK
A built-in, switchable electronic crossover network at 80 Hz, 18 dB per
octave, can be used to set up the amplifier for low-pass (subwoofer) or
high-pass
(tweeter/midrange
satellite)
applications.
This
network
can
also
be switched off to allow full-range signal amplification.
DUO-B FEEDBACK CIRCUITRY
This
stabilizes
the
amplifier,
removes
DC
offset,
and
offers
excellent
total
harmonic
distortion
(T.H.D.)
characteristics.
It
also
provides
low
T.1.M.,
excellent
slew
factor,
stability,
and
musicality.
NO CURRENT LIMITING
Absence
of
current
limiters
in
the
audio
section
ensures
low
T.1.M.,
excellent
transient
response,
and
superb
sonic
quality.
S.T.A.R. CIRCUITRY
The Alpine-developed Signal Transit for Accurate Response circuit
topology improves sonic properties by reducing interaction between
different sections of the circuitry.
INPUT MODE SELECTOR
This switch allows the user to specify the input signal entering the ampli-
fier. Among other benefits, it eliminates the need for RCA-type Y-
adaptors when bridging the amplifier.

DC-TO-DC SWITCHING MODE POWER SUPPLY
Provides
excellent
power
output
throughout
the
audio
bandwidth
20
Hz
to
20
kHz.
Its
soft
clipping
characteristics
ensure
superb
transient
response
and
musicality.
EXTRA HEAVY DUTY CONSTRUCTION
SPEAKER LEVEL INPUT CAPABILITY
FULLY
DISCRETE,
COMPLEMENTARY
OUTPUT
CIRCUITRY
GOLD-PLATED,
SCREW-DOWN
POWER
AND
SPEAKER
TERMINALS
INDEPENDENT,
CONTINUOUSLY
ADJUSTABLE
GAIN
CONTROL
HIGH
PERFORMANCE,
LOW
NOISE,
AUDIOPHILE
QUALITY
ACTIVE
AND
PASSIVE
COMPONENTS
VOLTAGE REGULATED/FILTERED INPUT STAGES
GOLD-PLATED RCA INPUT CONNECTORS
THIRD-ORDER, (18 dB PER OCTAVE) CAPACITIVE/INDUCTIVE
POWER SUPPLY INPUT AND OUTPUT FILTERING
STATUS MONITOR
This indicator illuminates in green when the amplifier is on and opera-
tional. This light will turn orange if any internal protection circuitry is
activated.
in case of an installation problem, the STATUS MONITOR can aid jn
troubleshooting the system.
SWITCHES
AND
TERMINALS
BPBSOQOQLVOOHOHO
Status Monitor
Input Gain Adjustment Control
Active Dividing Network Mode Selector Switch
Input Mode Selector Switch
RCA Input Connectors
Speaker Input Connector
Speaker Output Terminals
Fuse (15A)
Battery Lead Terminal
Remote Turn-On Lead Terminal
Ground Lead Terminal
(ofo)
Neg
ates
Before
making
connections,
be
sure
to
turn
the
power
off
to
all
audio
components.
Insulation
tubes
for
the
speaker
terminals
and
the
power
supply
terminals
are
supplied
with
the
3522S.
Make
sure
the
speaker
leads
and
power
supply
leads
are
routed
through
these
tubes
separately
before
making
final
connections.
CAUTION:
Always
keep
the
RCA
inputs
of
the
3522S
connected
to
a
signal
source
while
the
amplifier
is
in
operation.
@ Speaker Output Terminals
The
3522S
has
a
set
of
speaker
outputs.
Be
sure
to
observe
correct
speaker
output
polarity
and
phasing.
In
the
stereo
mode,
connect
the
left
and
right
speaker
outputs
to
their
respective
speakers.
Connect
the
positive
output
to
the
positive
speaker
terminal
and
the
negative
to
negative.
In
the
bridged
mode,
the
left
positive
output
is
connected
to
the
positive
terminal
of
the
speaker
and
the
right-negative
output
is
con-
nected
to
the
negative
terminal
of
the
speaker.
Do
not
use
the
negative
(-)
speaker
output
as
a
common
output
for
left
and
right
speakers.
Do
not
connect
the
speaker
outputs
to
the
vehicle's
chassis.
CAUTION:
Do
not
connect
speaker
leads
together
or
to
chassis
ground.
@ Speaker Input Leads
These
leads
are
input
leads
for
use
with
head
units
not
equipped
with
preamp
outputs.
When
not
using
the
RCA
Line
Input
connectors,
you
should
connect
these
wires
to
the
speaker
output
leads
of
your
head
unit.
The
3522S
accepts
input
from
high
power
or
standard
power
head
units.
® RCA input Connectors
Connect
these
connectors
to
the
line
out
leads
on
your
head
unit
using
RCA
extension
cables
(sold
separately).
Be
sure
to
observe
correct
channel
connections;
Left
to
Left
and
Right
to
Right,
Front
to-Front
and
Rear to Rear.
@ Battery Lead (Yellow)
Connect
this
lead
directly
to
the
positive
(+)
terminal
of
the
vehicle's
battery.
Do
not
connect
this
lead
to
wiring
in
the
vehicle's
electrical
system. Be sure to add a 25A in-line fuse amp as close as possible to the
battery's positive (+) terminal. This fuse will protect your vehicle's electri-
cal
system
in
case
of
a
short
circuit.
If
you
need
to
extend
this
lead,
the
wire gauge should be 10 AWG or larger.

. SWITCHES AND TERMINALS
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Status Monitor
Input Gain Adjustment Control
Active Dividing Network Mode Selector Switch
Input Mode Selector Switch
RCA input Connectors
Speaker Input Connector
Speaker Output Terminals
Fuse (15A)
Battery Lead Terminal
Remote Turn-On Lead Terminal
Ground Lead Terminal
CONNECTIONS
Before making connections, be sure to turn the power off to all audio
components.
Insulation
tubes
for
the
speaker
terminals
and
the
power
supply
terminals
are
supplied
with
the
3522S.
Make
sure
the
speaker
leads
and
power
supply
leads
are
routed
through
these
tubes
separately
before
making final connections.
CAUTION:
Always
keep
the
RCA
inputs
of
the
3522S
connected
to
a
signal
source
while
the
amplifier
is
in
operation.
@ Speaker Output Terminals
The 3522S has a set of speaker outputs. Be sure to observe correct
speaker output polarity and phasing. In the stereo mode, connect the left
and right speaker outputs to their respective speakers. Connect the
positive output to the positive speaker terminal and the negative to
negative. In the bridged mode, the left positive output is connected to the
positive terminal of the speaker and the right-negative output is con-
nected to the negative terminal of the speaker. Do not use the negative
(~) speaker output as a common output for left and right speakers. Do
not connect the speaker outputs to the vehicle's chassis.
CAUTION:
Do not connect speaker leads together or to chassis soured
@ Speaker Input Leads
These leads are input leads for use with head units not equipped with
preamp outputs. When not using the RCA Line Input connectors, you
should connect these wires to the speaker output leads of your head unit.
The 3522S accepts input from high power or standard power head units.
@ RCA Input Connectors
Connect these connectors to the line will leads on your head unit using
RCA extension cables (sold separately). Be sure to observe correct
channel connections; Left to Left and Right to Right, Front to Front and
Rear to Rear.
@ Battery Lead (Yellow)
Connect this lead directly to the positive (+) terminal of the vehicle's
battery. Do not connect this lead to wiring in the vehicle's electrical
system. Be sure to add a 25A in-line fuse amp as close as possible to the
battery's positive (+) terminal. This fuse will protect your vehicle's electri-
cal system in case of a short circuit. If you need to extend this lead, the
wire gauge should be 10 AWG or larger.
CONNECTIONS
© RCA Input Connectors
Let © (White)
Speaker © (White/Black)
Right © (Gray)
Speaker @ Speaker Input Leads
© (Gray/Black)
@ Battery Lead (Yellow)
© Remote Turn-On Lead
(Blue/White)
© Ground Lead (Black)
© Remote Turn-On Lead (Blue/White)
Connect this lead to the remote turn-on or power antenna (positive
trigger, (+) 12V only) lead of your head unit.
@ Ground Lead (Black)
Connect
this
lead
to
a
clean,
bare
metal
spot
on
the
vehicle's
chassis.
Verify
this
point
to
be
a
true
ground
by
checking
for
continuity
between
that
point
and
the
negative
(—)
terminal
of
the
vehicle's
battery.
Ground
all
your
audio
components
to
the
same
point
on
the
chassis
to
prevent
ground
loops.
@ Insulation Tube
Use
these
tubes
to
cover
the
power
and
speaker
terminals
after
connec-
tions
have
been
made.
This
will
prevent
inadvertent
shorting
of
the
terminals.
@ insulation Tube
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3522S |
“2. CONNECTIONS
Please check your head unit for the conditions listed below:
a.
The
head
unit
does
not
have
a
remote
turn-on
or
power
antenna
lead.
b.
The
head
unit's
power
antenna
lead
is
activated
only
when
the
radio
is
on (turns off in the tape or CD Mode).
. The head unit's power antenna lead is logic level output (4) 5V,
negative trigger (grounding type), or cannot sustain (+) 12V when
connected to other equipment in addition to the vehicle’s power
antenna. If any of the above conditions exist, the remote turn-on lead
of
your
3522S
must
be
connected
to
a
switched
power
source
(igni-
tion)
in
the
vehicle.
Be
sure
to
use
a
3A
fuse
as
close
as
possible
to
this
ignition
tap.
Using
this
connection
method,
the
3522S
will
turn
on
and stay on as long as the ignition switch is on. *
If
this
is
objectionable,
an
SPST
(Single
Pole,
Single
Throw)
switch,
in
addition
to.the
3A
fuse
mentioned
above,
may
be
installed
in-line
on
the
35225
turn-on
lead.
This
switch
will
then
be
used
to
turn
on
(and
off)
the
3522S.
Therefore,
the
switch
should
be
mounted
so
that
it
is
accessible
by
the
driver.
Make
sure
the
switch
is
turned
off
when
the
vehicle
is
not
running.
Otherwise,
if
the
amplifier
is
left
on
for
an
extended
period
of
time,
the
car's
battery
may
be
drained.
eed
(Blue/White) ruse (24) ignition
|
l
Source
Power
|
As
close
as
ev
Antenna
SPST
Switch
eee
is
tional) yee
(op ignition tap
Remote On
To other Alpine components’
Remote On leads
“CONNECTIONS.
2-Channel Stereo System
(Full Range, Tweeter/Midrange Satellite, or Subwoofer)
Position of the Position of the input
Filter Switch: Mode Selector
Switch:
@ Full Range
®© Tweeter/Midrange
Satellite
(MONO) ST CHi)+@)
@ Subwoofer
Position of the * Position of the Input
Filter Switch: Mode Selector
Switch:
CHO}MONO) ST CHG)-(2)
Single Channel System (Full Range, Midrange Satellite)
Position of the * Position of the Input
Filter
Switch:
Mode
Selector
Switch:
1(MONO)
@ Full Range [a_]
ra]!
ease |
CHOKMONO) st cHO}E
@ Midrange Satellite
CHOMONO) ST CHOM+2)
| 3522S 3522S |
Input Mode Selector Switch
a) Select the “ST” position (center) when the Left (CH 1) and Right
| channels are used in stereo.
es
CH{T}(MONO) ST CH{[i]+
b)
Select
the
“{1]
(MONO)”
position
when
only
one
channel
(Left
or
will
be
used
for
both
outputs
of
a
stereo
system
or
the
mono
out
bridged system.
1
CH[I}(MONO) ST CHE) +[2]
c) Select the ‘[1] + [2]” position when the Left (CH 1) and Right (Cr
channels will be summed for a subwoofer system.
-T
CH[i](MONO) ST CHE)+E2]
Input Gain Adjustment Control
After setting your head unit's volume control 1/4 of a turn down f
maximum output level, rotate the Input Gain Adjustment Control wit
flat blade screwdriver and adjust the input gain to the point where tt
maximum volume with no distortion.

2-Channel Stereo System
(Full Range, Tweeter/Midrange Satellite, or Subwoofer)
Position of the Position of the Input
Filter Switch: Mode Selector
Switch:
@ Full Range
®
Tweeter/Midrange
ST
Satellite
CH(](MONO) ST CHL]
® Subwoofer ‘
Position of the * Position of the Input
Filter Switch: Mode Selector
Switch:
Subwoofer
Single Channel System (Full Range, Midrange Satellite)
Position of the * Position of the input
Filter Switch: Mode Selector
Switch:
1(MONO)
ayes
CHE(MONO) ST CHO]
ations
‘dr :
®
Midrange
Satellite
aah
fe
ag
lf
eS
OFF
HP
uP
CHE(MONO)
ST
CHE}
@® Full Range
| 35228 = 3352.28 |
SWITCH SETTINGS ~—
Input Mode Selector Switch
a)
Select
the
“ST”
position
(center)
when
the
Left
(CH
1)
and
Right
(CH
2)
channels are used in stereo.
el ie
CH [i] (MONO) ST CHE} +2]
b)
Select
the
“{1]
(MONO)”
position
when
only
one
channel
(Left
or
Right)
will
be
used
for
both
outputs
of
a
stereo
system
or
the
mono
output
of
a
bridged system.
To
CH[T](MONO) ST CH[i]+2]
c) Select the ‘{1] + [2]” position when the Left (CH 1) and Right (CH 2) -
channels will be summed for a subwoofer system.
{
-— | —
CH(AJ(MONO) ST CH{t]+{2]
Input Gain Adjustment Control
After setting your head unit's volume control 1/4 of a turn down from the
maximum output level, rotate the Input Gain Adjustment Control with a #0
flat blade screwdriver and adjust the input gain to the point where there is
maximum volume with no distortion.
"SWITCH SETTINGS
Active Dividing Network Mode Selector Switch
a) Select the “LP” position when the amplifier is used for the low-pass
(subwoofer) system. The frequencies higher than 80 Hz will be cut (ata
rate of 18 dB per octave).
a
OFF HP LP
b) Select the “HP” position when the 3522S is used for the high-pass
(tweeter/midrange) system. The frequencies lower than 80 Hz will be cut
(at a rate of 18 dB per octave).
L—
PLP
L
+
mm
OF
c) Select the “OFF” position when the 3522S is used for the regular stereo.
system with full-range speakers. The full bandwidth will be output without
cutting the high or low frequencies
eee 3
OFF HP LP
Status Monitor
This indicator lights in green when the power is on. The 3522S has built-
in
protection
circuitry.
If,
for
some
reason,
this
protection
circuit
is
activated,
the
indicator
turns
orange.
If
this
happens,
turn
the
system
off,
find
the
cause
of
the
problem
and
remedy
the
situation.
This
includes
checking
all
your
connections
and
wiring.
If
the
indicator
remains
Orange
when
the
system
is
turned
on,
consult
your
authorized
Alpine
dealer.
NOTE:
The indicator will illuminate in orange for a few seconds when the
power is turned on as the turn on muting circuit is activated. This is normal.
+10—

CHARACTERISTIC CURVE
POWER V.S. DISTORTION CURVE
OUTPUT POWER (W)
FREQUENCY RESPONSE CURVE
TTT
oom
Pt
TT
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| 3522S
Electrical Pa rts List Resistor : Carbon resistors under 1/4 watts are not mentioned in the
parts list, please confirm them by schematic diagram.
Capacitor : uF=microfarads, pF =picofarads
Abbreviations
RES.= Resistor CAP.= Capacitor
C.F.= Carbon Film ELY.= Electrolytic
M.F.= Metal Film CER.= Ceramic Q701 48£11130S01 | FET, IRFZ42
M.O.= Metal Oxide Film MYL.= Mylar Q702 48E11130S01 | FET, IRFZ42
M.P.= Metal Plate TAN.= Tantalum
TR.= Transistor POLY.= Polystyrol
TRANS.= Transformer PP.= Polypropylene
CP.= Chip PLT.= Polyethylene
PF.= Polyester Film 1] : 7 :
D403 48S40477U01 j| 1N4003
48T68828F01 | 185133
48T68828F01 | 188133
48T68828F01 | 18S$133
48T68828F01 | 188133
A8T68828F01
48T68828F01
48T68828F01
48T68828F01
48T80987F01
185133
485133,
185133
18$133
FMG22S
51783403 F03
_{51T83403F03 |
51T83403F03
51T83403F03
51T83403F03
uPC4570HA
HPC4570HA
uPC4570HA
uPC4570HA
uPC4570HA
48T80987F02
48T45012W29
48T26033W71
48T26033W57
48T26033W57
FMG22R
Zener, MTZJ6.2A
Zener, MTZJ22B
Zener, MTZJ15B
Zener, MTZJ15B
51T35425W01
51T35425W01
51T70759F01
yPC1270H
uPC1270H
uPC494C
Transistors
Q301 48E06440S01 | KTD718
48E06440801 | KTD718
48506435801 | KTB688
48E06435S01 | KTB688
48E09036S802 | KTA1266Y
Coils / Transformer
24E06423802 | 1.1pH
24£06423S02 | 1.1pH
25E06425801 | TRANS., Choke
48E11132501
48E09036S02
48E09088501
48E09035S02
48E10239S01
KRC101M
KTA1266Y
KTC3198Y
KRC104M
KRA104M
Thermistor
TH601
48E06441S01 | 20K ohm
48T51878F03
48T51878F03
48T81069F01
48E09088S01
48E09088S01
KTC2878B
KTC2878B
2SB1076M
KTC3198Y
KTC3198Y
48E09036S02
48E09088S01
48E09088501
48£090885S01
48E09036S02
KTA1266Y
KTC3198Y
KTC3198Y
KTC3198Y
KTA1266Y
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40T94668F01
40T94668F01
Slide, SSSF12 (FILTER)
Slide, SSSF12
(INPUT MODE)
KTC3198Y
KRA104M
KRC104M
48E09088S01
48E 102395801
48£09035802
— 25 —

3522S |
Sapaciters 23E10238S01 | ELY., 100uF / 16V
C101 21£06808S02 | CER., 330pF 23E11142S01 | ELY., (B.P) 100yF/10V
E101 23£08383816 |ELY., 4.7uF / 50V 08E07631815 | MYL., 1500pF
€102 21£06808S02 |CER., 330pF 23E08383S08 | ELY., TOUF / 16V
E102 23£08383816 |ELY., 4.7F / 50V
C103 21E£06806S01 | CER., A7pF 08E07631S16 | MYL., 6800pF
23E08383S08 {ELY., 1OpF / 16V
E103 23£08383516 |ELY., 4.7uF / 50V 08E07631S16 | MYL., 6800pF
C104 | 2106806801 | CER., 47pF 23E09551S05 | ELY., 2200uF / 16V
£104 | 23E08383S16 |ELY., 4.7 UF / 50V 23E09551S04 |ELY., 1000HF / 35V
C105 | 0807631823 | MYL, 0.033 uF
E105 23£08383S13 | ELY., 22pF / 16V 23£09551S04 |ELY., 1000pF / 35V
23E09551S04 | ELY., 1000pF / 35V
C106 = | 08E07631$23_ | MYL., 0.033 uF 23E09551S04 |ELY., 1000pF / 35V
E106 23E08383513 | ELY., 22uF / 16V 23E10238S01 | ELY., 1O0pF / 16V
C107: | O8E07631S09 | MYL., 0.018 pF 23E10238801 |ELY., 100pF / 16V
E107 23E08383S08 | ELY., 10pF / 16V
nae E408" 08E07 631809“ F MY Ly 0.018)1F
E108 23E08383S08 | ELY., 10UF / 16V
C109. «| 08E07631S09 | MYL., 0.018 pF
E109 23E08383S09 |ELY., 0.33uF / 50V
C110 =| O8E07631S09 | MYL., 0.018yF
E110 23E08383509 |ELY., 0.33pF / 50V
C111 08E07631S22 | MYL., 8200pF 06E08325S01 |M.O., 4.7 ohm
E111 23£08383S13 | ELY., 22uF / 16V 06E08325S01 |M.O., 4.7 ohm 2W
C112 | O8E07631$22 | MYL., 8200pF 06E06810S02 |Cement,0.lohm 3Wx2
E112 23E08383S13 | ELY., 22yF / 16V 06E06810S02 |Cement,0.1ohm 3Wx2
C113 | 21E06804S01 | CER., 10pF 06E08324S01 |{M.0., 10 ohm 1W
E113 2308383514 |ELY., 33yuF / 16V 06E08324S01 |M.O., 10 ohm 1W
E114 }23E083835i4 | ELY., 33yF/ 16V 06E08324S01 |M.O., 10 ohm 1W
E115 23£08383515 | ELY., 1pF / 50V 06E08324S01 |M.O., 10 ohm 1W
£116 | 23E08383S15 |ELY., 1pF/50V 06E09412S05 |M.F., 560 ohm 1/2W
C201 21E06808S02 | CER., 330pF 06E09412S05 |M.F., 560 ohm 1/2W
E E201 23861523F15 J ELY., 47 uF / 16V 06E08324S01 |M.O., 10 ohm 1W
= C202 |21E06808S02 | CER., 330pF 06E08324S01 |M.O., 10 ohm iW
: E202 23561523F15 | ELY., 47uF / 16V 06E09412S06 |M.F., 270 ohm 1/2W
C203: | 21E06804501 | CER., 10pF 06E09412S06 | M.F., 270 ohm 1/2W
C204. =| 21E06804S01 | CER., 10pF 18T45314W01 | Volume, 50K ohm (GAIN)
| C205 | 21£06806S02 | CER., 33pF
C206 | 21E06806S02 | CER., 33pF
C301 08E07631S18 | MYL., 0.047 pF
C302 ~—- | 08E07631518 | MYL, 0.047 pF
C303 | O8E07631S10 | MYL., 0.022yF
C304 =} 08E07631S10 | MYL., 0.022yF
C305 | 08E07631S18 | MYL., 0.047 pF
C306 = | O8E07631$18 | MYL., 0.047 F
C401 08E07631524 | MYL., 0.22uF
C402 |21E06808S03 | CER., 1000pF
E501 23E08383S08 |ELY., 10UF / 16V -
E502 23E08383S08 /ELY., 10uF / 16V
f £503 23£08383S08 | ELY., 10pF / 16V
| C601 21£06808S03 | CER., 1000pF
; f £601 23716233W21 | ELY., 220pF / 16V
}
E602 23E08383S08 | ELY.,
— 26 —
10p1F / 16V

| 3522S
. Symbol Part No. Description Symbol Part No. Description
No. No.
IN-OUT P. C. Board
i Diodes
¥ 48T68828F01 | 188133
48T68828F01 | 188133
Resistors
06E08325S01
06E08325S01
06E08325S01
06E08325S01
Idling P. C. Board
48E05944S01 | KSC945C
48E05944S01 | KSC945C
| Miscellaneous
09E11144801 | Speaker Input Connector
4 29T45520W01 | Block Terminal (4P)
29T94650F01 | Block Terminal (3P)
65858596F05 | Fuse, Auto 15A (For BATT Line)
09E11145S01 | RCA Input Connector
48E11131S01 | LED, DLRG-2565M
re : 25£11133801 | TRANS., Power
any eee