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  9. Kenwood TR-9130 User manual

Kenwood TR-9130 User manual

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@KENWOOD
SERVICE
MANUAL
TR-9130
2m
ALL
MODE
TRANSCEIVER
TRANSCEIVER
if
2
TONE
ES
CTS
CONTENTS
CIRCUIT
DESCRIPTION
......c.ccccccccscsesesssessseeseeseeseeeeseeesees
2
RX
Unit
(X55-1320-00,11)
.o.ccccccccseceseeeseeeseeneeeeees
21
PARTS
Ut
STisshvesiesivceccestacrtian
mien
iia
aueed
actndeveoeny:
8
CAR
Unit
(X50-1870-11,51,61)
...ccccccceesseeseeeeteeneees
22
PACKING
5s
7
ocd
del
tai
itaienhitd
aan
an
aecnind
14
Control
Unit
(X53-1210-11,62)
...cccccccccesseeeeeeereees
22
DISASSEMBLYisk.ccoiitacianietiiee
tenth
nelle
15
ADJUSTMENTS
o.oo
ccccsecescscesecsssesestsesseeeeeeeneenseereeeees
24
PC
BOARD
VIEWS
LEVEL
DIAGRAM
jis.
ccciedtevceiccrheticuieciecdtte
Basics
31
Switch
Unit
(X41-1400-14)
oo
cecccccccsseeeseeeeeeeeeees
18
BLOCK
DIAGRAM
cicscdesdsdscscsctssesssdivavsdebiecsstllentiulayessoin’s
32
Final
Unit
(X45-1240-11)
oo.
cccccccecescceseseseseseseeeteees
18
SCHEMATIC
DIAGRAM............05+
ths
ORC
selected
ae
ret aee
33
Drive
Unit
(X47-1090-11,61).....cccccccecceceeseeeeeeterees
19
REFERENCE
DATA
i
iscssisesepstivsestes
tseetiiceadead
opened
sci
eetdiee:
35
PLL
Unit
(X50-1
860-00)
oo...
.eeccccccecseeceeecesseeeeeeeeeeees
20
SPECIFICATIONS.......ccccccssscscssesesessssessseeee
seers
BACK
COVER
at
i
ee
Se
a
ee
TR-9130
CIRCUIT
DESCRIPTION
Receiver
Circuit
Configuration
The
front
end
employs
a
dual
gate
MOS
FET
Q1:3SK76
and
a
helical
resonator,
L3.
The
first
mixer
(Q2:
3SK74},
followed
by
a
2-stage
MCF
(Monolithic
Crystal
Filter)
XF1,
provides
excellent
two-signal
characteri-
stics
and
high
sensitivity.
The
IF
signal
from
the
MCF
is
applied
to
both
SSB
and
FM
circuits.
The
SSB
signal,
having
passed
through
the
NB
(Noise
Blanker)
D7,
D8
gate
and
crystal
filter
XF2
(10H2.2SD)
is
amplified
by
IF
amplifiers
Q11
-
Q13
and
demodulated
into
an
audio
signal
by
the
product
detector
D10
~
D13.
In
the
NB
circuit,
the
signal
from
the
MCF
XFI
is
differential
by
O3
and
Q4
and
is
then
applied
to
the
second
mixer,
Q5.
The
noise
signal,
converted
to
a
455kHz
signal,
is
limited
by
D2,
D3,
two-stage
amplified
by
Q7,
Q8
rectified
by
D4,
D5,
and
operates
the
NB
gate
through
Q10,
a
switch
transistor.
9
is
the
N.B.
AGC
ampli-
fier.
The
NB
on/off
control
is
located
on
the
front
panel.
The
AGC
picks
up
the
signal
from
the
IF
final
stage
Q13,
amplifies
the
signal
by
014,
rectifies
this
by
D14,
D15.
itis
then
DC
amplified
by
Q15,
and
the
AGC
voltage
is
applied
to
the
three
stages
of
IF
amplifier
Q11
-
Q13:
3SK73
and
the
RF
amplifier
Q1:
3SK76.
It
is
also
used
to
drive
the
meter.
Q17
is
the
signal
meter
amplifier,
Q18
is
the
meter
driver.
The
time
constant
is
automatically
select-
ed
according
to
the
mode
by
016,
D16:
FAST
for
CW
and
SLOW
for
SSB.
The
SSB
squelch
is
a
noise
type
utilizing
an
FM
squelch
circuit.
The
SSB
IF
signal
is
picked
up
from
the
AGC
buffer
amplifier
Q14,
amplified
by
Q19,
and
converted
to a
455kHz
signal
by
O20.
This
signal
is
applied
to
the
FM
IF
amplifier,
effecting
squelch
on/off
operation
according
to
the
noise
level
component
above
the
normal
3kHz
limit
needed
for
voice
communication
in
the
same
manner
as
the
FM
squelch
operates.
Thus,
in
SSB
mode,
the
FM
IF
ampli-
fier
is
also
operated
by
this
signal.
The
squelch
on/off
timing
is
controlled
by
Q29
~
Q30
and
C120.
The
scan
stop
signal
for
both
SSB
and
FM
is
sent
to
the
microprocessor.
In
the
FM
circuit,
the
signal,
having
passed
through
the
ceramic
filter
CFl
CFW-455F
(K/M
type)
or
CFW-455E
(W/T
type),
is
amplified
by
IF
amplifiers
Q21:
TA7O60,
Q22-23:
2SC1675(L),
Limiter
amplifiers
024,
25:
2SC1675(L),
then
detected
by
ceramic
discriminator
L30
and
diodes
D27,
28.
In
all
modes,
the
detected
AF
signal
is
amplified
by
Q35:
25C1815(Y),
passed
through
the
active
LPF
Q36:
25C1815(Y)
AF
GAIN
controlled,
and
power
amplified
by
038:
MB3713
to
drive
the
speaker.
fe
ee
Fig.
1
MB3713
Enulvelene:
circuit
(RX
unit
Q38)
CFW455F
455
kHz
CFW455E
Nominal
center
frequency
6
dB
bandwidth
+
7.5
kHz
or
more
+6
kHz
or
more
50
dB
bandwidth
+15
kHz
or
less
+12.5
kHz
or
more
Ripple
(within
455
+5
kHz)
3 dB
or
jess
3
dB
or
less
6
dB
or
less
6
dB
or
less
Guaranteed
attenuation
(within
455
+
100
kHz)
Saab
ornare
Input
and
output
impedance
1.5
kQ
2.0
kQ
35 dB
or
more
Table
1.
Ceramic
filter
(L72-0315-05)
CFW455F
(K,M-type)
(L72-0316-05)
CFW455E
(W,T-type)
(RX
Unit
:
CF1)
+1.5
kHzor
less
at
20
dB
+2.4
kHz
or
less
at
60
dB
Attenuation
bandwidth
Less
than
2
dB
Less
than
5
dB
60
dB
or
more
within
+40
kHz
Guaranteed
attenuation
6002
+
10%/15
pF
+10%
Input
and
output
impedance
Table
2.
Crystal
filter
(L71-0215-05)
10H2.2SD
(RX
Unit
:
XF2)
Rating
—+
Nominal
center
frequency
(fo)
10.695
MHz
Pass
bandwidth
+7.5
kHz
or
more
at
3
dB
+25
kHz
or
less
at
40
dB
+45
kHz
or
less
at
60
dB
Attenuation
bandwidth
.
70 dB
or
more
within
+1
MHz
2.
Spurious
level
=
40
dB
or
more
at
fo
~
fo
+500
kHz
3.
Spurious
level
=
80
dB
or
more
at
fo
—
(910
kHz
+10
kHz)
Guaranteed
attenuation
1.0
dB
orless
Loss
1.5
dB
or
less
Impedance
3
k2/0
pF
Table
3.
MCF
(L71-0216-05)
(RX
Unit
:
XF1)
:
TR-9130
CIRCUIT
DESCRIPTION
Transmitter
Circuit
Configuration
The
signal
from
the
microphone
is
amplified
by
Q1:
2SC2240(GR)
which
is
common
to
both
SSB
and
FM
circuits.
The
SSB
signal
is
fed
to
the
RX
unit,
where
it
first
passes
through
the
SSB
MIC
GAIN
trimmer
VR5
is
two-
stage
amplified
by
Q39
-
40:
25C1815(Y),
and
then
enters
the
balanced
modulator
D389
~
D42
together
with
the
carrier
(10.695MHz)
amplified
by
Q41.
The
modulator
is
balanced
by
VR7
and
TC2,
for
minimum
unwanted
carrier
in
SSB.
The
resulting
DSB
signal
from
the
modulator
is
buffer
amplifier
by
Q42:
2SK61(GR)
and
is
converted
to
an
SSB
signal
after
passing
through
the
crystal
filter.
After
one
stage
of
amplification
by
044,
this
is
applied
to
the
trans-
mitter
balanced
mixer
Q5
—
6:
2SK61(GR)
on
the
TX
unit.
In
the
FM
mode,
the
audio
signal
from
the
first
mic
amplifier
Q1
is
limiter-amplified
by
Q2:
TA7O61AP,
then
directly
modulates
the
crystal
oscillator
(L2)
output
at
10.695
MHz
Q3
is
the
Oscillator,
and
Q4
an
emitter
follower.
Audio
is
applied
to
varactor
diode
D1:
1S2208.
The
subsequent
circuit
configuration
is
common
in
all
modes.
The
signal,
having
passed
through
the
TX
mixer
Q5,
O6
is
band-pass
filtered
to
remove
the
unwanted
spurious
Signal
component.
The
BPF
is
tuned
by
varactor
diodes
D3
~
D6,
con-
trolled
by
the
PLL
(phase-locked
loop)
VCO
(voltage-
controlled
oscillator)
correction
voltage.
The BPF
output
is
amplified
by
Q7:
3SK97(Q1)
(also
tuned
from
the
PLL
by
D7),
and
drives
the
final
unit
via
O8:
2SC2538.
D8
pro-
vides
bias
stabilization
for
Q8.
The
ALC
samples
the
signal
output
from
the
driver
08.
This
is
rectified
by
diodes
D9,
D10
and
amplified
by
Q9:
2SC2603(E),
and
applied
to
both
the
second
gate
of
the
predriver
Q7
and
IF
amplifier
044.
The
source
voltage
of
predriver
Q7
is
controlled
for
HI/LOW
power
switching
and
protection
operation
in
FM/CW
mode.
For
CWkeying,
the
B
+
line
to
the
transmitter
balanced
mixer
is
controlled
through
predriver
Q21,
which
is
controlled
by
switching
Q20:
2SA1015(Y).
CW
break-in
is
performed
by
Q19
~
Q16.
At
key-down,
Q19
turns
on
to
charge
C79,
which
holds
Q18
on
(delay
adjustment
is
VR7).
Q18
then
controls
016,
which
switches
the
ST
(PTT)
line
to
ground,
turning
on
the
transmitter.
The
signal,
having
entered
the
final
unit,
is
power
amplified
by
the
power
module
M7727
and
delivered
to
the
antenna
through
the
TX
antenna
switch
diode
D1:
Ml402
LPF
{low
pass
filter)
and
protector
directional
coupler.
The
M57727
provides
stable
characteristics
due
to
controlled
power
and
idle
current,
IMD
(intermodulation
distortion)
and
f-characteristic.
Rated
value
Operating
voltage
;
17V
Current
consumption
10A
-30
~
+110°C
-40
~
+110°C
Storage
temperature
Base
bias
voitage
10V
Table
4.
Power
module
M57727
(V30-1239-86)
a
fa
Ea
Leal
"J
1:
INPUT
3:
BIAS
5:
OUTPUT
2:
Vecot
4:
Vec2
6:
GND
Fig.
2
Power
module
M57727
Equivalent
circuit
PLL
Circuit
(X50-1860-00)
Fig.
3
shows
the
basic
configuration
of
the
PLL
circuit.
The
signal
generated
by
the
VCO
(Q9:
2SK19
(GR)),
after
passing
through
the
buffer
amplifiers
Q10:
2SC1923(0)
and
Q11:
2SK61(GR),
is
mixed
with
the
HET
(heterodyne)
signal
by
Q12:
2SC1923(O)
where
it
is
converted
to
a
55
to
9.49
MHz
(K,M),
7.49
MHz
(W,T)
signal.
This
signal
is
amplified
by
Q3
-
Q5:
2SC1675(L)
and
applied
to
Q6:
TC9125BP.
IC
Q6
functions
as
a
phase
comparator,
frequency-divider,
and
program
counter.
It
compares
the
phase
of
the
data
(1
Mz,
100
kHz,
10
kHz)
from
the
control
unit
with
the
phase
of
the
10
kHz
reference
signal
obtained
by
dividing
down
the
9
MHz
crystal
oscillator.
Any
error
from
the
reference
is
output
from
Q6
as
a
correction
voltage
for
the
VCO.
This
voltage,
having
passed
the
active
low-
pass
filters
Q7
and
Q8,
is
applied
to
the
VCO
varactor
diode
to
contro!
the
VCO
O9.
The
14.2
MHz
component
of
the
VCO
HET
signal
is
generated
by
the
crystal
oscillator
Q1:
2SC1675(L)
and
the
signal
is
multiplied
to
127.8
MHz
by
D2:
1SS99
and
input
to
the
mixer
Q2:
2SC1923(O).
The
frequency
of
the
crystal
oscillator
is
controlled
by
D1:
1SV54GC.
A
DC
signal
corresponding
to
the
0
to
93
kHz
signal
from
the
control
unit
(X53-1210-11/62)
's
applied
to
this
diode
to
vary
the
frequency
in
the
0
-—
9.9
kkz
range.
The
frequency
shift
in
each
mode
is
performed
by
the
microprocessor,
the
output
being
fLsB
+
3.0
kHz
for
fuss,
and
fLSB
+
1.5
kHz
for
fF.
TR-9130
CIRCUIT
DESCRIPTION
Sw
Q12,13
2SC1815(Y)
x
2
TX.RX
F.
CONT
Me
B1
1sV50S
L.P.F.
Q7,8
2S8C2240(GR)
x
2
MIX
5.56~7.49MHz
W,T
5.5~9.49MHz
K,M
OSC
10~1MHz
DIGIT
DATA
0~9.9kHz
DATA
Fig.3
PLL
unit
Block
diagram
Reference
frequency
TL
‘
:
‘
f
Pin
@
Programmable
counter
+
|
Pout
'
ropa
=
x10
x100
x1000
Mode
digit digit
|
digit
setting
latch
latch
latch
{OOKHz
ii
vo
FM
(—1.5kHz)
LSB
(—3kHz)
LOAD
=A
B
C
OD
GND
Vood
Fig.
4
TC9125BP
Block
diagram
Fig.5
0.0
~
9.9
kHz
frequency
changing
7
K,M
type
fvco
fir
fHET
fHET/9
N
USB/CW
133.3065MHz
~
137.3064MHz
|
5.5
MHz
~
9.49MHz
127.8065MHz
~
127.8164MHz
“|[14.200722MHe
~
14.201822MH2z
550
~9
49
133.305
MHz~
137.305
MHz
5.49MHz
~
9.48MHz
127.8065MHz
~
127.8164MHz
|14.200722MHz
~
14.201822MHz
549
~9
48
133.3035MHz
~
133.3035MHz
5.4
MHz
~
9.48MHz
127.8065MHz
~
127.8164MHz
|14.200722MHz
~
14.201822MHz
549
~9
48
W,Ttype
fvco
fir
fHET
USB/CW
133.3065MHz
~
135.3064MHz
5.5
MHz
~
7.49MHz
127.8065MHz
~
127.8164MHz
}14.200722MHz
~
14.201822MHz
550~7
49
133.305
MHz~
135.304
MHz
5.49MHz
~
7.48MHz
127.8065MHz
~
127.8164MHz
|14.200722MHz
~
14.201822MHz
133.3035MHz
~
135.3034MHz
5.49MHz
~
7.48MHz
127.8065MHz
~
127.8164MHz
}|14.200722MHz
~
14.201822MHz
Table
5.
PLL
frequency
configuration
TR-9130
CIRCUIT
DESCRIPTION
Control
Circuit
(X53-1210-11/62)
@
Indicator
The
indicator
is
a
dynamic
5-digit
LED
display.
The
D-port
{pins
8-11)
BCD
data
from
the
microprocessor
Data
from
the
E-
and
F-
ports
(pins
12
—
16)
sequential-
ly
switch
the
display
through
Q22
—
26:
2SC1959(Y),
light-
ing
the
display.
Control
of
the
100
Hz
and
1
MHz
digit
decimals
from
the
C3-port
(pin
5)
and
F2-port
(pin
18)
Is
Q12
is
converted
to
7-segment
data
by
decoder
driver
performed
by
Q20/28:
2SA1015(Y)
and
Q21/27:
Q11:
SN74LS247N,
which
drives
Q13-
19:
2SA1115.
2SC1815(Y).
i
acai
(SS
a
ea
ara,
|
sw
BZ
OSC
DA
DOWN
28C1858(Y)
2S8C1815(Y)
H
as
!
H
H
aio
|
LZEEELEEEEEE
RY
:
,
MN1201A
|
A
H
G
y
LATCH
¥
Saeed
pte...
ce)
eg
el
*
BACKUP
AVR
peal
:
2841015
B
oec
priven\
(Y?
eS
ait
SN74LS247N
6)
DRIVER
5V
AVR
Q13~19:
2SA1215(E)
Q20,
28
:
2SA1015(Y)
Q21,
27
:
2SC1815(Y)
as
uPC78MOSH
ae
en
ee
ey
CONTROL
UNIT
(X53-1210-1
1/62}
DISPLAY
\-
AAA
jo)
TL
WL
Fig.
6
Control
unit
Block
diagram
0101
{SK
L-2504K)
(13)
OUTPUT
°
a
OUTPUTS
INPUT
(7)
A
INPUT
(1)
8
(12)
OUTPUT
©
b
INPUT
(2)
Cc
(41)
OUTPUT
o
c
INPUT
(6)
ie]
(90)
OUTPUT
o
¢
GI/RBO
(4)
(9
)0UTPUT
INPUT
OR
©
7
RIPPLE
BLANKING
OUTPUT
8
Cc
LAMP
RB
RB
1°)
A
GND
(15)
OUTPUT
TEST
OUTPUT
INPUT
ot
INPUTS
INPUTS
camp
Test
(3?
INPUT
Fig.8
SN74LS247N
RBI
(5)
4
TI
RIPPLE
BLANKING
~
a
aad
INPUT
Fig.
7
SN74LS247N
TR-9130
CIRCUIT
DESCRIPTION
e@
PLL
Data
Output
PLL
data
(3-digit:
MHz,
100
kHz,
10
kHz)
is
dynamically
out
put
from
the
microprocessor
HO-H3
and
I/O
port.
The
1
kHz/100
Hz
data
is
applied
from
GO-G3
and
FO/E3
ports
to
the
dual
latch
Q10:
MN1201A
and
converted
to
a
DC
voltage
(HCV)
associated
with
the
D/A
converter
made
up
of
fixed
resistors
(R49-R5
7).
PIN
PIN
Noi
No.i6
Address
DS
Cathode
D4,
Dp4
Cathode
D3,
Dp3
Cathode
D2,
Dp2
Cathode
D1i,Dp1
Cathode
e
Anode
d
Anode
Address
g
Anode
b
Anode
a
Anode
f
Anode
Dp4
Anode
Dp3
Anode
Dp2
Anode
Dp1
Anode
OanN
OAT
fF
WH
=
Fig.
9
5
digit
LED
SL-2504K
INT
~
IN@
|
Input
4-bit
input
terminal
Output
terminal
for
data
latched
by
clock
pulse
CKA
Output
termina!
for
data
latched
oe
Or
by
clock
puise
CKB
Clock
signal
terminal
for
latching
4-bit
input
signal
in
4-bit
flip
flop
A.
eke
Clock
A
Input
signal
is
latched
at
the
rising
of
clock
signal.
CKB
Clock
B
Table
6.
Terminals
of
the
MN1201A
AQ1
~
AO4
|
Output
Clock
signal
terminal
for
latching
4-bit
input
signal
in
4-bit
flip
flop
B.
Input
signal
is
latched
at
the
rising
of
clock
signal.
134
106
7
6
129
Fig.
10
MN1201A
block
diagram
e@
Reset
Circuit
Lambda
diode
D7
(MA522(Q)})
is
used
to
detect
the
power
supply
voltage:
when
the
power
supply
voltage
exceeds
the
valley
voltage
(about
3.5
V)
of
the
lambda
diode,
the
diode
is
OFF
and
Q6
(2SA1015(Y))
is
ON
so
that
en
“L”
level
signal
is
applied
to
the
reset
terminal
(pin
7)
of
the
microprocessor
to
reset
it.
Power
supply
voltage
5V
Valley
voltage
OV
Q6
emitter
voltage
(Micro-
5yY
processor
Pin
7)
Valley
voltage
OV
f
Reset
Fig.
11-A
Reset
timing
Current
°
——e
Voltage
Valley
voltage
Fig.
11-B
Lambda
diode
characteristics
TR-9130
CIRCUIT
DESCRIPTION
@
Switch
Circuits
The
individual
switch
circuits
perform
their
functions
by
the
output
from
the
microprocessor
E-
and
F-ports
(pins
12
—
16)
and
B-port
(pins
37
—
40)
for
input.
Diodes
(1$1555)
are
provided
where
necessary
for
isolation.
The
pulsed
output
from
the
E-
and
F-port
is
shut
off
by
O29
—
033
(2SA1115(Y))
during
transmission,
thereby
improving
the
S/N
ratio
during
transmit.
@
Power
Supply
for
the
Control
Circuit
There
are
three
power
supply
circuits
incorporated
in
the
control
unit:
one
for
the
LED
display
(5V),
consisting
of
Q9
(uPC78MO5H);
one
for
back-up,
consisting
of
Q1
(2SC1815(Y));
and
one
for
the
microprocessor,
consisting
of
O5
(2SC496()).
When
power
is
fed
to
the
power
connector
with
the
power
switch
OFF,
the
back-up
power
supply
operates
to
maintain
the
microprocessor
memory.
At
this
time,
all
ports
are
at
the
“L”
level
and
the
power
consumption
is
minimum.
When
the
power
switch
is
ON,
the
other
power
supply
circuits
operate
and
the
back-up
power
supply
is
turned
off
by
the
control
signal
from
the
microprocessor.
e@
Encoder
and
UP/DOWN
Inputs
Fig.
12
shows
the
output
signal
from
the
encoder
(50
steps
per
rotation).
This
signal
is
used
to
discriminate
UP
and
DOWN
counts
within
the
microprocessor.
The
UP
counts
starts
when
U/D
is
H
level
at
the
down
edge
of
the
clock
signal,
and
the
DOWN
count
when
U/D
is
L
level.
Terminal]
Input
jOutput
name
|Signal|Signal
Fe
(oe
Description
J
Stop
point
of
clicks
Xe
|
|
WY
OR
OO
|
|
UP
Clock
signal
(Ciockwise
direction)
;
UP/DOWN
signal
|
l
|
DOWN
Clock
signal
|
(Counter
clockwise
direction)
UP/DOWN
signal
.
\
Fig.
12
Terminal
+
;
:
symbols
OVee
OV
O
CLOCK
output
Cc
O
U/D
output
————
U
O
GND
G
Fig.
13°
Rotary
encoder
(W02-0308-05)
@
Tone
Oscillator
Circuit
When
the
output
for
the
microprocessor
tone
oscillator
is
H
level,
Q7
(2SC1815(Y))
is
energized,
allowing
a
current
to
flow
into
the
piezo-electric
buzzer
oscillator,
08
(2SC1815(Y)),
producing
a
tone.
Output]
Signal
i
Eee
Description
(orn
Clock
signal
400
kHz
TX
detection
(When
RX,
it
is
L
and
when
TX,
it
is
H.)
BACK
UP
detection
(Normally
H.
When
B.U,
it
is
L.)
SQ
detection
(Normally
L.
When
FM
SQ
MIN,
it
is
H.)
;
DOT
output
for
100
Hz
Lights
when
H
and
goes
out
when
L.
Normally
H
When
H
=
L,
reset.
BCD
DATA
output
for
indication
1
MHz
digit
pulse
100
kHz
digit
pulse
10
kHz
digit
pulse
1
kHz
digit
pulse
100
Hz
digit
pulse
In
normal
operation,
it
is
H.
In
BACK
UP
operation,
it
is
L.
DOT
output
for
MHz
The
buzzer
sounds
when
it
is
H.
Normally
5V
Matrix
output
in
combination
with
B
input
and
these
pulses.
eoo00000
000
o0000
0000
{@)
[e)
5V
Power
(D
=
A
convergence)
BCD
DATA
output
for
MN1201
PLL
unit
TC91256P
pulse
DATA
(Normally
L.
The
pulse
DATA
is
output
only
when
the
frequency
is
changed.
OO.
06°00
0
oO
6
TX
inhibited
Normally
L
Normally
L.
When
FM
TX,
it
is
H.
Rotary
encoder
CLOCK
signal
input
Rotary
encoder
UP/DOWN
signal
input
MIC
UP
input
Normally
L
and
when
UP,
itis
H.
MIC
DOWN
Normally
L
and
When
DOWN,
it
is
H.
o00000
00000
Matrix
input
in
combination
with
EO
~
FO.
Ground
CLOCK
signal
400
kHz
Table
7
uPD650C-135
terminal
function
TR-9130
PARTS
LIST
CAPACITORS
@
Rating
voltage
CC
48
TH
1H
220
J
1
2
3
4
5
6
1
=
Type
ceramic,
electrolytic,
etc.
4
=
Voltage
rating
Shape
round,
square,
etc
5
=
Value
3
=
Temp
coefficient
6
=
Tolerance
@
Temperature
coefficient
N
ll
1st
Word
P
Color
Orange
150
@
Capacitor
value
103
=0.0luF
2nd
Word
K
Color
3
OLOSiee.
2
20
=22pF
ppm/"C
+
250
;
1
0
0
=10pF
ys
=
1st
number
|
Multiplier
Example
CC45TH
=
—
470+
60ppm/"C
se
atu
2nd
number
1
0
2
=1000pF
=0.001uF
@
Tolerance
More
19,,.F
—10~
+50
L
hep
fae
10=95
Resistors
not
listed
in
this
parts
list
are
standard,
fixed
carbon.
composition,
Abbreviation
Abbreviation
1/4W
or
1/8W.
Capacitor
ML
Mylar
The
resistance
values,
in
ohms,
are
indi-
Ceramic
T
Tantalum
cated
on
the
schematic
diagram.
Electrolytic
Mica
N:
New
parts
*:
Please
note
that
these
parts
are
sometimes
not
in
stock
and
it
takes
SEMICONDUCTOR
much
time
to
deliver.
marks
~——
1N60
V11-0051-05
2SA1115(E)
V0O1-1115-16
181555
V11-0076-05
2SA1115(D,E)
V0O1-1115-36
1S2588
V11-0414-05
1SS99
V11-1277-86
2SC496(Y)
V03-0336-05
ITT410
V11-7761-86
2SC945(Q)
V03-0293-05
MA522
(R)
V11-1173-46
2SC1675(L)
V03-1675-06
MI303
V11-5273-66
2SC1775(E)
VO3-1775-06
MI402
V11-5260-16
2SC1815(Y)
V03-1815-06
U15B
V11-6460-26
2SC1923{0)
V03-1923-06
2SC1959(Y)
V03-1959-06
Varistor
181212
V11-1262-06
2SC2240(GR)
V03-2240-06
VD1223
V11-1262-46
2SC2458(Y}
V03-2458-06
2SC2538-22-A
V03-2538-16
Vari-cap
1$2208
V11-0317-05
2SC2603(D,E)
V03-2603-16
1SV50S
V11-1260-36
2SC2785(J,H)
V03-2785-40
1$V54-GC
V11-4173-46
2SC2787(L)
V03-2787-16
PR5532K
V11-7272-36
PY5532K
V11-7272-46
SL-2504K
V11-6178-36
SLP-144B
V11-6172-56
SLP-244B
V11-6172-66
FET
2SK19(GR)
TRIO-5
VO9-1001-16
2SK30A(GR)
V09-0060-05
2SK30A(0)
VO9-0056-05
2SK61(GR)
VO9-1014-06
3SK73(GR)
V09-1002-46
Zener
Diode
XZ-057
V11-4176-76
3SK74(L)
VO9-1002-56
XZ-060
V11-4101-20
3SK76-O
VO9-1012-16
XZ-070
V11-4161-96
3SK97(Q1)
V30-1141-26
V30-1233-16
V30-1008-66
2SA1012(Y,
O)
_
VO1-1012-36°
2SA1015(Y)
V01-1015-06
2SA1115(D)
-
V01-1115-26
Ic
AFGO5F1750A2
MB3713
MN1201A
TR-9130
PARTS
LIST
Part
No.
Description
Name
Part
No.
F15-0635-04
Meter
shadow
mask
F20-0516-05
Insulating
sheet
(Q101)
F29-0014-05
Shoulder
washer
(Q101)
F29-0409-04
Insulating
cushion
(LED)
NJM78LO5A
V30-1149-06
SN74LS247N
V30-1030-56
TA7O60P
V30-0087-05
TA7061AP
V30-0039-05
TC9125BP
V30-1232-26
G02-0505-05
Knob
fixed
spring
RIT,
SQL
G13-0608-04
Cushion
(upper
case)
G13-0656-04
Battery
cushion
(accessory)
uPC78MO5H
V30-0680-10
uPC78MO8H
V30-1222-16
H01-4414-03
Carton
(inside)
H01-4415-03
Carton
(inside)
H10-2501-03
Styrene
foam
cushion
H10-2528-32
Styrene
foam
cushion
H25-0049-03
Accessory
bag
H25-0077-03
Protective
bag
Battery
holder
Microprocessor
uPD650C-135
V30-1228-36
Power
Module
M57727
V30-1239-86
GENERAL
H25-0079-04
Protective
bag
MIC
H25-0103-04
Protective
bag
Cord
Part
No.
Description
H25-0106-04
Protective
bag
TR-9130
A01-0924-03
Case
(upper)
A01-0925-02
Case
(lower)
A13-061
2-02
Angle
ass’y
(right)
A13-0613-02
Angle
ass’y
(left)
A13-0614-04
Angle
(top)
A20-2445-23
Pannel
J02-0069-05
Rubber
foot
JO2-0416-04
Foot
(accessory)
J21-2754-04
Battery
holder
(accessory)
J25-2716-24
P.C.
board
SCAN
J25-3099-04
P.C.
board
MODE
J25-3100-04
P.C.
board
M.
CH,
MS
J25-3104-04
P.C.
board
SOL,
H/LOW,
TX
OFFSET
J32-0198-14
Hexergon
boss
J42-0409-04
Knob
bush
J61-0019-05
Vinyl
tie
BO1-0647-12
Panel
escutcheon
BO1-0648-12
Panel
escutcheon
BO3-0513-14
Switch
mask
(B)
M,
NB,
A/B,
RIT
BO3-05
18-04
Switch
mask
MHz,
DS,
MS,
MR
BO5-07
13-04
Grill
cloth,
case
(upper)
BOS-0714-04
SP
grill
cloth
BO5-0723-04
Grill
cloth,
case
(lower)
BO7-0621-03
Side
escutcheon
B10-0640-04
Front
glass
B30-0821-05
Meter
lamp
8V,
70
mA
B31-0631-05
Meter
B40-2610-14
Model
name
plate
B40-2611-14
Model
name
plate
B40-2612-14
Model
name
plate
B46-0058-10
Warranty
card
B50-3964-00
Instruction
manual
B50-3965-00
Instruction
T
BS0-3966-00
Instruction
manual
B50-3983-00
instruction
manual
=
320
22426844
K21-0749-03
Main
knob
K21-0750-04
Knob
(C)
RF
GAIN
K23-0727-04
Knob
(A)
MODE,
M.
CH
K23-0729-04
Knob
(D)
RIT,
SQL
K23-0733-04
Knob
(E)
TX
OFFSET
K23-0742-04
Knob
VOL
K27-0408-04
Push
knob
(A)
M,
NB,
A/B,
RIT
K27-0409-04
Push
knob
(B)
SCAN,
HOLD
K27-0416-05
Push
knob
DS,
MR,
MS
K27-0425-05
Push
knob
(F)
REV
K27-0430-04
Push
knob
TONE
K29-0762-04
Knob
HI/LOW
eBeawnbh
2
|
NN
A=
=
NO9-0256-05
Screw,
earth
N13-0307-14
Ornamental
nut
VOL
N14-0512-05
Nut
N30-2004-46
Round
screw
MS
N30-2604-46
Round
screw
N30-3006-46
Round
screw
Tr
N32-3005-46
Flat
screw
N32-3006-46
Flat
screw
N33-2606-45
Round
flat
screw
SP
N33-3006-45
Round
flat
screw
N35-3004-46
Bind
screw
N35-3006-46
Bind
screw
N87-3006-46
Tap
tight
screw
N89-3005-46
Bind
tap
tight,
Earth
lug
SBPese
enn
nn
nwn
ep
woop
pan
rn
res
E06-0651-05
6P
metal
socket
EQ7-0651-05
6P
metal
consent
E09-0471-05
4P
plug
(accessory)
E12-0001-15
Phone
plug
(accessory)
E12-0401-15
STBY
plug
(accessory)
E23-0015-04
Earth
lug
(LED)
E29-0412-05
1P
connector
(male)
E29-0413-05
1P
connector
(female)
E30-1709-05
DC
cord
ass‘y
7A
E31-2140-05
Connector
with
lead
SP
E91-0302-05
Battery
snap
(accessory)
|
i
|
;
re
ee
Se
eC
FO5-7025-05
Fuse
(7A)
F10-1206-04
Earth
plate
Drive
F15-0622-04
Shadow
mask
(meter)
F15-0627-04
Shadow
mask
(LED)
RO1-4411-05
Pot.
50K
(B)
with
SW.
SQL,
H/L
VR102
RO5-3412-15
Pot.
10K
(K)
with
SW.
VOL
VR101
R19-3406-05
Pot.
10K
(B}
x
2
RF,
RIT,
VR103,104
RS14AB3A121J
MF
1202
1W,
R103
TR-9130
Description
$01-2421-05
$01-2430-15
$01-1421-05
$40-1401-05
$40-2403-05
$40-2406-05
$40-2417-05
$50-1406-05
$59-1405-05
T07-0216-05
T91-031
1-05
T91-0313-05
T91-0324-05
W02-0308-05
X41-1400-11
X41-1440-00
X45-1240-11
X47-1090-1
1
X47-1090-61
X50-1860-00
X50-1870-11
X50-1870-51
X50-1870461
X53-1210-11
X53-1210-62
X55-1320-00
X55-1320-11
2222222222222
Re-
marks!
Rotary
switch
MODE
Rotary
switch
M.
CH
Rotary
switch
TX
OFFSET
Push
switch
MS
Push
switch
TONE
Push
switch
TONE
Push
siwtch
MR
Tact
switch
MIC
Key
board
switch
SCAN,
HOLD
Speaker
Microphone
Microphone
Microphone
Rotary
encoder
Switch
unit
Mounting
bracket
assy
Final
unit
Drive
unit
Drive
unit
PLL
unit
CAR
unit
CAR
unit
‘CAR
unit
Control
unit
Control
unit
RX
unit
RX
unit
Description
SWITCH
UNIT
(X41-1400-11)
PARTS
LIST
Part
No.
Description
NN
a
mw
me
om oe
oe
we
CK45F1H103Z
E23-0047-04
E40-0373-05
E40-0673-05
£40-0773-05
E40-1273-05
N30-
2604-46
R92-0150-05
$40-1403-15
S40-
1404-15
$40-2404-05
$40-2405-05
$40-2409-15
C
0.01
C1
Square
terminal
Mini
connect
wafer
3P
Mini
connect
wafer
6P
Mini
connect
wafer
7P
Mini
connect
wafer
12P
Round
screw
Short
jumper
Push
switch
M.SHIFT/
REV
Push
switch
DS
Push
switch
A/B,
RIT
Push
switch
NB
Push
switch
M
FINAL
UNIT
(X45-1240-11)
CC45CH1HO
10C
CC45CH1HO20C
CC45CH1H330J5
CC45SL1H101J5
CC45SL2HO70D
CC45SL2H100D
33pF
100pF
7pF
500V
10pF
500V
CC45SL2H101J
CC45SL2H120J
CC45SL2H220J
CC45SL2H330J
CC45SL2H390J
CE04W1A221M
CE04W1C220M
CEO04W1H3R3M
CK45B1H102K
CS15E1E010M
CS15E1VR47M
C90-0817-05
£04-0152-05
E06-0252-05
E08-0304-05
E08-0471-05
E11-0405-05
E11-0406-05
E11-0409-05
E23-0047-04
E23-0401-05
E40-0373-05
E40-0673-05
FO1-0775-15
L33-0649-05
L34-0692-05
L34-0742-05
L34-0887-05
L34-0908-05
L34-
1020-05
L40-1001-03
NO9-0256-05
N30-
2606-46
N35-3006-46
N35-3008-46
R12-0424-05
R12-4411-05
R12-5410-05
RCO5GF2H181J
R92-0150-05
|
100pF
5SO00V
12pF
500V
22pF
500V
33pF
500V
39pF
220
22
3.3
1
25V
T
047
35V
E
1000
16V
(small)
UHF
type
receptacle
2P
square
socket
Power
jack
Buck-up
4P
socket
AUX
KEY
jack
STBY
jack
Earphone
jack
Square
terminal
Roundterminal
Mini
connect
wafer
3P
Mini
connect
wafer
6P
Heat
sink
Choke
coil
VHF
coil
5¢4T
Coil
3¢5T
|
VHF
coil
5¢63T
Coil
Coil
363.5T
Ferri-inductor
10uH
Gnd
screw
Round
screw
Back
up
Bind
screw
PC
board
Bind
screw
Power
module
7002
(2
terminal)
50k2
100k2
Trim.
pot
Trim.
pot
Trim.
pot
Solid
1802
1/2W
Short
jumper
DRIVE
UNIT
(X47-1090-XX)
C05-0031-15
C05-0062-05
CC45CH1HO30C
CC45CH1HOR5C
a
C3
cg
C4
C6
C26
C24
,28
C18
C11,12,14,15,17,
19,20,22,25,27,
29,30,32
C13
C21
C23
VR3
VR2
VRi
R1
11:
K/M,
61;
W/T
Ceramic
trimmer
10pF
Ceramic
trimmer
6pF
C
3pF
C
0.5pF