Vertex VXR-5000 User Manual

Page 1
vertex
®
VXR-5000
Commercial-Grade
VHF Repeater
YAESU
MUSEN
LTD.
1-20-2
Shimomaruko,
Ota-Ku,
Tokyo,
146,
Japan
YAESU
U.S.A.
17210
Edwards Rd.,
Cerritos,
CA
90703, U.S.A.
YAESU
INTERNATIONAL
SALES,
(Caribbean,
Central
& So.
America)
7270
NW
12th St.,
Suite
320,
Miami, FL
33126, U .S.A.
YAESU
EUROPE
B.V.
Snipweg
3,
11180N
Schiphol,
The
Netherlands
YAESU
UK
LTD.
Unit
2,
Maple
Grove
Business
Centre,
Lawrence
Rd.,
Hounslow,
Middlesex,
TW4
60R,
U.K.
YAESU
GERMANY
GmbH
Am
Kronberger
Hang
2,
0-65824
Schwalbach,
Germany
YAESU
HK
LTD.
11
th
Floor
Ts im Sha
Tsui
Centre,
66
Mody Rd.,
Tsim
Sha
Tsui
East,
Kowloon,
Hong
Kong
Page 2
Contents
Introduction
..........
. 1-1
Repeater
Version
Type
Identification
. . . . . . . . . . . . . . . . . . . . . . . . . .
..
1-2
S
'f'
.
peel
lcatlons
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Accessories &
Options
• . . . . . . . . . . • . . . . . . . . . . . . . . . . . . . . . . . . .
1-3
1-4
Rear
Panel
Controls & Connectors
. . . . . . . . . . . . . . . . . . . . . . . . 1-5
CNTL-l
Unit
Status
LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • . .
..
1-6
Installation
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-7
Changing
Power
Transformer
AC
Mains
Wiring
.....................
1-8
Repeater
Mounting & Installation
. . . . . . . . . . . . . . . . . . . . . . . . 1-9
Rack
Mount
. . . . . . . . . . . . . . . . . . . . . . . . . . . . • . . . . . . . . • • . .
..
1-9
Wall
Mount
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
..
1-9
VTS-100 VX-TRUNK
Interconnection.
. . . . . . . . . . . . . . . . . .
..
1-11
VXR-5000
Accessory
Connector
.........................•.••..
1-12
VXR-5000
Line
Interface
Port
...•........••................•..
1-15
Cover
Removal
and
Unit
Access
Circuit
Description
. . . . . . . . . . . .
EEPROM
Programming
Instructions.
.
Alignment
............
.
Chip
Component
Description
..
Block
Diagram & Connection
Diagram
PCB
Diagram & Paris
List
1-16
2-1
3-1
4-1
5-1
6-1
Control
(CNTL)
Unit
1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.. 7 A-I
Control
(CNTL)
Unit
2 . . . . . . . . . . . . . . . . . . . . . . . . . • . . . . . . • .
..
7B-l
TX
Unit
...........................................
~.
7C-l
RX
Unit.
• . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7D-1
TX
VCO
Unit
..............................•.....•...•.
7E-l
RX
VCO
Unit
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
7F-l
PA
Unit.
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
7G-l
REG
Unit
...........•.•.......•.....................
7H-1
D SUB
Unit
• . • . . • • • • . . . • . . . • • • . . . . . . . • . . • • . . . • • . . • • . • .
71-1
MOD
JACK
Unit
........................................
7J-l
CAPA
Unit.
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • . . . . . . . .
..
7K-l
Mechanical
Details
and
Exploded
View . . . . . . . . . . . . . . . . . . . . . 8-1
Page 3
VXR-5000
Introduction
~
... . .
'"
+j~~.lO
~
1".1 ,
..
~
_
LINE
RX
ANT
~
Ace
This
manual
provides
tedmical
informa-
tion necessary for servicing
the VXR
-5000 FM
Land Mobile Repeater. A
reprint
of the CE
-8
channel-programming
software
ffic.nual is
also
included
for easy reference.
Servicing this
equipment
requires exper-
tise
in
handling
surface-mount
chip compo-
nents.
Attempts
by
non-qualified persons to
service this
equipment
may
result
in
p'2rma-
nent
damage
not
covered
by
the warranty,
and
may
be
illegal
in
some
countries.
Two
PCB
layout
diagrams
are
provided
for
each
double-sided
circuit
board
in
th2 re-
peater. Each side of
the
board
is referred to
by
Instruction
Manu
al
the
type
of the majority
of
components
in-
stalled
on
that
side
("leaded"
or
/I
chip-
only").
In most
cases
one
side
has
only
chip
components,
and
the
other
has
either
a mix-
ture of
both
chip
and
leaded
components
(trimmers, coils, electrolytic capacitors,
~
Cs,
etc.),
or
leaded
components
only.
While
we
believe
the
teclmical information
in
this
manual
to
be
correct, Yaesu
Musen
assumes
no
liability for
damage
that
may
oc-
cur as a result of
typographical
or
other
errors
that
may
be
present.
Your
cooperation
in
pointing
out
any
inconsistencies
in
the
tech-
nical
information
would
be
appreciated.
1-1
Page 4
VXR-5000
Repeater Version Identification
The VXR
-5000 ver
sion
can
be determined
from the identification
label locat
ed
on
the rea
r
panel.
From the
production
code
on the identificati
on
label, use the table be
low
to de
termine
the var
ious hardware,
options
and
operational featur
es for which
the
repeate~
is
configured,
based
on the exa
mple
at the bo
ttom
of the table.
VXR-5000 Production Codes
"
Frequency Range
"
,.
13 134 - 147 MHz version A 14
146 -
160 MHz version 8
15
156 - 168
MH
z version 8S-1
16
,"
164 - 175 MHz version C
40
400
- 420 MHz version A
43
f..-:"
430 - 450 MHz version C
45
L
iSO
- 470 MHz version 0
47
"';' . ,
:"
,
470 - 490 MHz version E
49"
490
- 512 MHz version F
;'1m~,.:<
'
.
.,;§!/(i.
.
.,
. .
'·'··'.t~~,·\('
....
>;:~i;;.
Channel
Separ~tion
. , .;y> .
b
' 12.5 kHz
G 20 kHz
H
i
25/30
kHz
.'
~
' PowerOulput
.;,./
NT\.·
~5
25 Watts
RF
Output
."
Not Used
....
..
;,
.
9
This digit not used
(placeholder)
:.
Control Units
.,
. .
~
.::
'
~.'m
..
J
' Standard Type
..
iif,
" .
. . Options
..
0
w
/0
Options
1
FTS-22 CTCSS Encoder/Decoder
ACfv!~ins
VOltag~~
l+"i'
, 8'
,
117 VAC
2P
USA Plug w/o ground
C
117 VAC
3P
USA Plug w/ground
E
220 VAC
2P
USA Plug w/o ground
F 220
VP.C
3P
Europe Plug
G 234 VAC
3P
Europe Plug
H
234 VAC
3P
Australia Plug
'L'
220 VAC
3P
Australia Plug
Z
12 VDC w/o
AC
Power Supply
1
.,
,
Remarks."
..•.
'
'i."
..
,
'
."
AI
without Special Instructions
X J with Special Instructions
VXR5000 15 E
25
9 J 1 c
t
:his
is
an
example
of a typical Production
Code
and
its
meaning.
1-2
Page 5
VXR-5000
General
Freq. Range (MHz): Max. Ch. Spread: No. of Channels: Ch. Separation:
Frequency Stability:
Emission Type:
Tx Activation System:
Power
Requirements:
Input
Power:
8perating
Temp.: Case Size: Weight:
Trans
mitt
er
Specifications
vers
(A)
134
-147
(B)
146 - 160
(BS1)
156 - 168
(~)
164 - 175
2
lv1Hz
(w / 0 degradation)
1-8
12.5 kHz /
20
kHz / 25
kHz
±2ppm F3E
carrier-operated, CTCSS tone
operated,
or
remote
control
~00/117
/220/234
V AC (50/60 Hz), 13.8 VDC
200 W AC
(25
watts
RF
output),
30 W
standby
6.0 A DC
(25
watts
RF
output),
500 rnA
standby
-30 ~ +60 C
375 x
275 x 110
mm
(WHD)
12
kg
RF
Power
~utput:
25
Watts,
continuous-duty
Maximum
Deviation: ±
2.5
kHz
(12.5
kHz spacing)
± 4.0 k
Hz
(20
kHz
spacing)
±
5.0
kHz
(25
kHz
spacing)
Audio
Response: + 6
dB/octave
(+1.0/-3.0 dB)
A
udio
Distortion: <S % FM Noise Ratio: 40dB Spurious
Emissions: -80 d
Bc
Receiver
Receiver Type: Sensitivity:
1st
&
2nd
IF:
Adj.
~h.
Selectivity: Intermodulation: Spurious
Response:
AF Response:
Int
erface
Double-conversion,
Superheterodyne
0
.5
:.tV
(0
dB~)
for 12
dB SINAD
21.6
MHz
(1st
I.F.)
455
kHz (2nd
I.F.
)
70
dB
70
dB
75
dB
750
Ils de-emphasis
Line
Port: 600-Q 4-wire (E+M signaling)
Accessory Port: 25-pin (DB-25F type)
Specifications subject
to
change
without
notice
or
obligation.
I
nstruction
Ma
nual
1
-3
Page 6
VXR-5000
VXR-5000 Options & Accessories
Madel
Na,
IWn
~
YH-2 Intercom
Headset w /Boom
Microphone D3000319
VTS-100
VX-TRUNKUnit A06150001
MR-KIT 1
19"
Cabinet Rack-Mount Unit A06500001
PD-506 VHF
Cavity
Duplexer Unit
D3000275
VPL-1
Programming
Connection Cable
CE-8 Software
Programming Disk
FS-100 DC Local Controller
with
Line Interface Unit
A07410001
1-4
Page 7
VXR-5000
Rear
Panel
Controls &
Connector
s
i-
LI
IE
II
@
1.
TX ANT
This
N-type
coaxial
jack
provides
the
transmitter
output
signal for connection to
the
transmitting
antenna,
or
TX
jack
on
the
duplexer,
if
used.
Impedance
requirement
is 50Q.
2.
RX ANT
This
N-type
coaxial jack accepts the re-
ceiver
input
signal
from
the
receiving an-
tenna
or
RX
jack
on
the
duplexer,
if used.
Impedance
requirement
is 50Q.
3.
AC
This receptacle accepts
the
AC
power
cord,
which
should
be
connected
to
the
AC
Mains
supply
or
wall
outlet.
The
AC line
voltage
must
match
that
for
which
the re-
peater
is wired.
4.
BA
TT
terminal
posts
The
terminal
posts
accept 12-15-V DC for
operating
the
repeater
from a battery
or
other
DC
source.
When
operating
from AC
mains, a small
trickle
current
is
present
at
these
terminals
to
maintain
battery
charge.
A
battery
rated
for 12 volts, 55
Ah
(mini-
mum)
is
recommended
for
short-term
emergency
/backup
operation
.
Instruction
Manual
5.
LINE
This 8-pin
modular
jack is
used
for
remote
control
and
provides
TX & RX
audio,
TX
keying
and
squelch
status
output.
Imped-
ance is 600Q.
6.
ACC
This DB-25
connector
provides a data
in-
terface
between
the
microprocessor
in
the
VXR-5000
and
peripheral
devices
(such
as
the
VTS-100
VX-
TRUNK
unit).
7.
LED
Indicators
TX - This LED
glows
red
when
transmit-
ting.
AC
- This LED
glows
green
during
AC
operation.
BATT
-This LED
glows
orange
during
DC
operation.
8.
Programming
Jack (inside cabinet)
This 8-pin
modular-type
jack is located in-
side
the
repeater
cabinet
on
top
of
the
CNTL unit.
The
modular
plug
from the
VPL-1
Cable
or
FRB-2 Service Kit cable is
inserted
here
for
channel
programming
using
the
CE-8
channel
editor
software,
and
an
IBM PC®
fPC-compatible
personal
computer
with
RS-232
serial
port
.
1-5
Page 8
VXR-5000
CNTL-l
Unit
Status LEDs:
Three LED status indicators
on
the CNTL-I Unit provide for visual
monitoring
of repeater
operation
while
performing servicing
and
alignment. The repeater cabinet cover
must
be
removed
to
view
these.
1-6
LED indicators are as follows:
AC
(DI002) -
On
for AC Mains operation, off during DC
backup
(battery) operation.
TX
(DI008) - Indicates transmitter is keyed.
ALARM
(DIOOl) - Illuminates
when
any of four conditions are present:
Rx PLL Unlock*
Tx
PLL Unlock*
P A
Module
Hi
Temp (PWR Reduction)*
EEPROM Data Error
*indicates
parameter
can
also
be
monitored
using
the
CE-8
Programming
Software
(see
the
EEPROM
Programming
Sofware
Instructions
chapter
for
details).
Page 9
VXR-5000
Installation
Repeater
operation
without a duplexer
re-
quires
that
two
antennas
be
inslalled,
one
for
receiving
and
one
for
transmitting,
so
that
the
receiving
antenna
does
not
absorb
energy
from
the
transmitting
antenna.
~here
are a
number
of
ways
to
do
this,
depending
on
the
TX/RX frequency
separation,
and
on
the
lo-
cation
available
for
antenna
mounting.
If
a
duplexer
is
used,
a single
antenna
suffices for
both
transmitting
and
receiving.
If
using
a
reduced-size
duplexer,
a six- c
avity model
(minimum)
is
recommended.
Regardless
of
the
above
choice, it is of
paramount
importance
that
the
antenna(s) be
mounted
as
high
as possible,
and
in
the
clear
as possible,
preferably
within
line-of-sight to
all
repeater
users.
?urthermore,
losses
in
the
feedline(s)
must
be
minimized,
so
the
feedline(s)
should
be
high
quality,
and
as
short
as possible. :a a
long
feedline is neces-
sary,
use
coaxial
hard
line
cable
to
reduce
losses.
Repeater
antennas
should
have
an imped-
ance of
50
ohms
at
the
operating
frequency.
When
separate
receive
and
transmit
antennas
are
used,
high-Q
narrow-band
types
may
serve
to
minimize
interaction
. H
owever,
when
a single
antenna
is
used
with a du-
plexer, it
should
be a low-Q wide-band
typ2.
NEVER
TRANSMIT
WITHOUT
HAV-
ING A
TRANSMIT
ANTENNA
CON-
NECTED
TO
THE
REPEATER.
AC
Pow
er S
upply
Voltage Selection
Each
repeater
is
wired
for a
particular
AC
mains
voltage
between
100
and
234 VA
C.
This
should
be
indicated
by
a label near the
AC jack
on
the
rear
panel.
If
no
label
is
pre-
sent,
or
if
the
AC
voltage
on
the
label is differ-
ent
from
the
local AC line, check
the
wiring to
the
power
transformer
inside
the
rep
eater,
and
change
the
connections
(and
label)
if
nec-
essary, as
shown
on
the
following
page
.
Changing
the
transformer
wiring
also re-
quires
changing
the
fuse
in
the
power
supply
if
the
voltage
is
changed
from
below
117-V
AC to
above
200
VAe,
or
vice-versa. Use a
Instruction
Manu
al
5-amp
fuse for for 117 VAC
or
less,
or a 3-amp
fuse for 200 VAC
or
more.
Operation
DC
Power
Supply Backup
For
uninterrupted
operation
during
power
failures, a 12-volt re
chargeable
type
battery
(55-Ah
or
more
recommended)
may
be
connected
to
the
DC
terminal
posts
on
the
rear panel.
While
the
repeater
is
operating
from
the
AC source, a
slight
charging
current
will
maintain
ba
ttery
charge. In
the
even
of
AC
power
outage,
the
automatic
power
con-
trol circuit will
automatically
switch
the
re-
peater
to
the
backup
battery,
and
operation
will
not
be
interrupted.
After
prolonged
operation
from
the
bat-
tery, it
should
be
disconnected
from
the
re-
peater
and
recharged
separately
before
re-connecting, as
the
trickle
charge
is
not
suf-
ficient
for
recharging
a
completely
dis-
charged
battery. Never reapp
ly
AC
power
to
the repeater
with
a discharged b
attery
COF-
ne
cted, as the
DC
startup current can damage
the repeater and
batte
ry.
While
operating
from a
battery
or
DC
supply,
the
repeater
requires
approximately 7 amperes
at
12 volts
during
transmit.
Equipment Loc
ation
While
the
operating
temperature
range
of
the
repeater
is
quite
broad,
the
best
location
is
still
one
in
which
the
air
temperature
does
not
approach
the
extremes
or
change
rapidly.
M
ake
sure
to
allow
for free
air
circulation
around
the
heatsink
on
the
rear
apron
at
all
times.
In
warm
clima tes,
the
repeater
should
not
be
sealed
in a small
closed
room.
Protect
the
repeater
from
wind
and
rain,
and
extremes
in
temperature
or
humidity
that
may
shorten
the
useful
life
of
the
equip-
ment.
Try
to locate
the
repeater
in
an
environ-
ment
that
is
also
comfortable
for
service
personnel,
if possible.
1-7
Page 10
VXR-5000
Changing Power Transformer
AC
Mains Wiring
Before attempting this wiring change, re-
move the AC
power
cord from the rear panel
jack.
o Remove the four screws affixing the top
cover
of
the
repeater,
and
remove the
cover.
o Note the location of the AC fuse, and the
three screws affixing the clear protective plastic sheet to the repeater (one screw
near the fuse block,
and
two
on
the
PA
Unit).
o Remove the four screws and the plastic
sheet.
o Referring to the diagram below, determine
the correct transformer
primary
jumper
wiring for the AC Mains voltage
used
in
your area.
o Next, using a
medium
power
(approx. 30­watt) soldering iron, rewire the jumpers according to the diagram.
o
If
necessary, replace the AC fuse according
to the AC Mains voltage range: 100-117-V
AC:
SA
200-234-V AC: 3A
o Replace
the
clear protective
sheet
and
cover, this completes the wiring change.
- - - -
••
- • - - - - - - - - • - - - - - - - - - - - - . -
-~17
.-----:
::::::
••
__
::-----::::::
10
100
Important!
If
you
change
the
AC
voltage range,
you
must
also
change
the
rear-panel
ACjitse. Do
not
replace
with
a slow-blow type fuse. Also make sure the voltage marking
on
the rear-panel label matches the
new
voltage setting.
234 220 200
117
110 100 V
AC
1-8
AC Mains Voltage Selection
Caution!
To
avoid
blowing
the
rear-panel
AC
fuse,
wait
at
least
30
seconds
after
un-plugging
the
repeater
AC
power
cord
before
plugging
it
in
again.
This
allows
the
DC
power
supply
capacitor-bank
residual
voltage
to
bleed
down,
and
prevent a high
start-up
current
when
power
is
reapplied.
Page 11
VXH-5000
Repeater
Mounting
& Installation
Rack Mount
The
optional
MR-KIT 1
bracket
kit is re-
quired for installation into
an
EIA-s
tandard
19-inch rack.
When
stacking multiple VXR-
5000
units
in
a rack, use forced air cooling.
In
addition, repeater
output
power
should
be
reduced
by
approximately
50%
when
con-
tinuous
duty
operation
is expected..
C
To
install the repeater, first remove the top
cover
and
locate
the
three
mounting
holes.
o
Attach
the VXR-5000 to
the
mounti
ng cra-
dle
using
the three
supplied
screws, then
replace
the
protective sheet
and
top cove
r.
o Next, install the cradle front
panel
using
three
machine
screws along the
panel
bot-
tom,
and
one
rack
mount
handle
(two
screws each)
on
each
s;d.e.
o
In
serti:he
unit
into the :.ack cabinet and
secure it
with
four screws.
Instruction Manual
Wall
Mount
The
repeater
can
be
affixed vertically to a
wall
using
the
three
mounting
holes
in
the
bottom
panel
of
the
repeater
chassis.
o R
emove
the
top
cover
of
the
repeater
and
clear protective sheet,
then
locate
the
three
mounting
holes.
o Lay the
repeat
er flat
on
a large
sheet
of
paper
or
cardboard,
and
trace the outline
of
the
mounting
holes
onto
the
paper
to
ma
ke a
drilling
t2mplate.
-+-I
t::
25mm
+
1~1·~~
____________
=41=5m=m
____________
~~1
~
,
________
=280rmm
~
______
~
E
~
o Dri
ve
three large
screws
(not
supplied)
into the wall
studs
(anchor
bolts
can
be
use
d for concrete walis), lea v
ing
approxi-
mately 1 em of
the
screw
exp0sed
.
D After al:gning '[he
repeater
chassis
mount-
ing holes wi
th
the thr
ee
exposed
screws (or
anch
or
bolts),
hang
the r
epeat
er
in
place,
th
en
dri
ve
the
scre
ws
hom2
to securely
att
ach the re
peater
(see belovv).
1-9
Page 12
VXR-5000
Notes:
1-10
Page 13
VXR-5000
VTS-I00
VX-
TRUNK
I Interconnection
'I'he
VTS-IOO
VX-
TRUNK I rack-rnoll::.1.t
unit
is
used
with
the
VXR-5000 as
part
of a
land-mobile
trunking
system. The
VTS-IOO
connects to
the
repeater
using
the DB-25 con-
nector (ACC
).
Interconnection requires a ca-
ble
constructed
according
to
the
diagram
below.
For
VTS-IOO
operation, free the
CNT
L Unit
card from
the
chassis as described la ter
under
Cover Removal
and
Unit
Access,
then
slide
switch
82001
on
CNTL
Unit
2 to the
HI
posi-
tion, as
shown
at
the
right.
GND
+13.8V
i~.C.
TONE IN AUDIO IN DISC OUT
A GND
S-OUT
COAX
SW
NSO
OFF
NSO
DET
PTT
BASE
GillO
DCS
I;~
TONE DET
--
TONE OFF
TX
tlUDIO MUTE
SOL LO'N
REMOTE
DO REMOTE 01 REMOTE
02
RST
(+)
RST
(-)
RXA CTC
--
--
TXA NC
<D
COM
®
NO
®
NC
@)
COl,;
®
NO
~
.
BSY GND
®l!----l
+V
@ @
@
@ @ @ @
® ®
® ®
A
CC
VXR-5000 VTS-100
~
<V
«@@@@@@@@@@@@~
~1=
@@@@@@@@@@~ff
@ @
ACC Jack
08
-25 Pin Numbering
Instruction
Manual
HI
LOW
ACC
Connector DB-25 Pin-Out
Data
Pin
Signal Logic 1/0
Active State
1
GND
Logic
& PS
N/A
qround
2 +13.8 V
N/A N/A
3
TXAUDIO
IN
Analoq
Tx
input N/A
4
TONE
IN
Analog
TX
input N/A
5
AUDIO
IN
Analoq Input
N/A
6
DISC
OUT
Analoq Output N/A
7
AUDIO GND Analog Ground N/A
8
S-METER OUT
Proportional
N/A
output
9
COAXIAL
Logic Output
Active Low
SWITCH
10
NSQ OFF Logic Input
Active Low
11
NSQ DET
Loqic Output Active Low
12
PH
Logic Input Active Low
13
BASE
Logic Input Active Low
14
GND
Logic
& PS
N/A
qround
15
DCSIN
DCS/LTR < 2.5V = logic 0
Data Input
>2.5V
= loqic 1
16
TONE DET
Loqic Output Active Low
17
TONE OFF
Loqic Input Active Low
18
TX
Loqic Output Active Low
19
AUDIO MUTE
Loqic
Input Active Low
20
SQLLOW
Logic Input Active Low
21
DATA 0
Loqic Input
Active Low
22
DATA 1
Loqic
Input Active Low
23
DATA 2 Logic
Input
Active Low
24
RST (+)
Loqic Input
level
of 3-5 V
DC
causes
25
RST (-) Logic Input
CPU
reset
1-
11
Page 14
VXR-5000
VXR-5000 Accessory Connector
The VXR-5000 repeater is provided
with
a
25-pin DB-25F female connector for accesso-
ries.
Use a DB-25M 25-pin male connector to connect accessories to the repeater. The pins on
the accessory connector are listed
in
the
table
on
the
previous
page
and
are explained
in detail as follows:
1.
GND
Logic and Power Supply Ground
Connection
Chassis
ground
for all logic levels
and
power
supply
return.
Common
with
pin
13.
Do
not
connect to
pin
7 (A GND), which
is for
grounding
of analog signals only.
2. +13.8 V Power Supply
This
pin
provides
13.8 volts, 1.0A, regu­lated DC from the repeater power supply. Use
an
1A fuse to
prevent
damage to the
repeater.
3.
TX
AUDIO
Analog Transmitter Input
(Voice Band
300 -3000 Hz)
Approximately
0.245
Vrms audio
input
on
this
pin
will produce full system devia-
tion
at 1 kHz
(i.e.
with
25
kHz channel
spacing,
± 5-kHz deviation).
Input
imped-
ance is
600
n.
This audio is injected before
transmitter
pre-emphasis
and
limiting
stages,
so
excess signal
input
levels are
clipped. This
pin
is intended to
be
used as a voice-
band
input
to the repeater for telephone patch audio, line control panel audio or community repeater tone panel audio. The
repeater
must
be
in
BASE
mode (pin
13
grounded) for signals
on
this
pin
to be fed
to the transmitter. The absolute level
on
this
pin
can be adjusted
by
VR2001
(LINE
SENSITIVITY control)
and
also
by
S2003,
which provides
10
dB
attenuation, both
on the CNTL-2 Unit. Use shielded cable to connect to this pin, connecting the shield to pin
7 (A GND).
4.
TONE
IN
Analog Transmitter Input
(Sub-Audible Band 67-250 Hz)
Applying a
0.1
Vrms sub-audible tone pro-
,duces 10% of full system deviation. This
input
is
high
impedance (approx.
10
ill),
and
has
a flat response characteristic (re-
peater deviation is constant for a given
1-12
signal level over
the
frequency range of
67-250
Hz). This
pin
is
intended
to
be
used
for
CTCSS
transmission from a commu-
nity repeater tone paneL This
input
is ap-
plied after limiting
and
pre-emphasis,
and
therefore exhibits flat
direct
FM
input
characteristics. Injecting too
high
a voltage
here
causes
over-deviation of
CTCSS,
degrading
per-
formance. Signals
with
DC content (DCS
or
LTR
data)
should
not
be
connected here,
but
to
pin
15.
If
the
repeater is fitted
with
internal CTCSS,
then
its
output
will
be
pre-
sent
on
this pin. Use shielded cable to con-
nect to this pin, connecting
the
shield to
pin
7 (A GND).
5.
AUDIO
IN
Analog Input
Set S2005
on
the
CNTL-2
Unit
to EXT to
enable
audio
input
to the LINE
OUT
using
this pin. This allows
Rx
audio
to
be
inter-
cepted (at
the
DISC OUT pin, see below),
and
externally processed for special appli­cations, such as descrambling. The normal position of
S2005 is INT,
and
in
this case,
AUDIO
IN
signals come from Rx audio.
6.
DISC
OUT
Analog
Output
(Wide-Band 0-3000 Hz)
Received signals
with
full system devia-
tion produce 1
V p-p
audio
at
this pin. The
output
is low impedance,
and
is extracted
before de-emphasis
and
squelch circuitry.
This
pin
should be
used
as
the
Discrimina-
tor Audio Signal required
by
most
com-
munity
repeater
tone
panels
and
telephone
patch
units. Use shielded cable
to connect to this
pin,
and
connect the
shield to
pin
7 (A GND).
7.
A GND Analog Ground
Connect the shields of
any
accessory ana-
log signal lines to this pin. Do
not
connect
this
pin
to
pin
lor
pin
13, as
an
audio
hum
loop
may
result.
8.
S-OUT
S-Meter
Output
A DC voltage proportional to
the
strength of the signal currently being received (Re­ceiver Signal Strength) is
output
on
this
pin. This low impedance
output
is gener-
ated
by
the receiver IF sub-system
and
Page 15
DC
V
buffered
by
an
internal op-amp. Typical
voltages are
graphed
as follows:
S-Meter Output Proportional Voltage Graph
9.
COAX
SW
Logic
Output
(Active Low)
This
output
is
intended
for controlling
an
external coaxial switching relay.
It
is
an
open
collector
output
which
can sink ap-
prox.
100 rnA
when
active. This signal only
switches
if
the
repeater
has
been
pro-
grammed
for
simplex
mode.
If
pro-
grammed
for duplex,
the
signal remains
open
(at
high
impedance)
at
all times.
10.
NSQ
OFF
Logic
Input
(Active Low)
This
input
is internally
pulled
up
to 5-V
DC
When
pulled
low
by
an
external de-
vice, receiver squelch is canceled.
If
the internal CTCSS decoder is programmed, pin
17 (TONE OFF)
should
also
be
pulled
low
during
monitoring.
If
the repeater
is
in
the REPEATER
mode,
the transmitter is
not
keyed
when
this
pin
is activated,
but
an
incoming signal
on
the
receiver channel
does
cause
the
transmitter to be keyed
and
the signal repeated as normal. Do
not
ap-
ply
more
than
5 V to this pin, as this can
damage
the CNTL-1
Unit
CPU.
11.
NSQ
DET
Logic
Output
(Active Low)
This is
an
open-collector, active-low out-
put
capable of sinking
about
100 rnA.
It
indicates
that
the receiver squelch is open.
If
the squelch control is properly set, this
indicates a carrier
on
the receiver channel,
and
is sometimes referred to as a COR
(Carrier
Operated
Relay) signal. Some tele-
phone
interconnect panels
and
commu-
nity
repeater
tone
panels
require
this
signal.
Instruction
Manual
VXR-5000
12.
PIT
Logic
Input
(Active Low)
This
input
is internally
pulled
up
to 5-V
DC
When
pulled
low
by
an
external de-
vice,
it
keys
the
repeater transmitter, pro-
vided
that
the
BASE signal is
present
on
pin
13 (indicating the
repeater
is
in
the
base
mode
of
operation). The
pin
has
no
effect
if
the BASE signal
on
pin
13 is
not
present
(Le.
the
REPEATER
mode
is se-
lected). Avoid voltage
in
excess
of 5 Von
this pin,
or
internal
damage
to
the
CPU
on
the repeater CNTL-1
unit
may
result.
13.
BASE Logic
Input
(Active Low)
This
input
is internally
pulled
up
to 5-V
DC
In simplex
mode,
this
pin
is
not
nor-
mally used.
However,
after
programming
via CE-8 Software
and
pulled
low
by
an
external
device,
BASE
or
REPEATER
modes
of
operation
can
be
selected.
In
BASE
mode,
the receiver
and
transmitter
operate independently: receiver signals
do
not
key the transmitter.
In
the
alternate
(REPEATER)
mode, a proper
signal
on
the
receive channel causes
the
transmitter to
be
keyed
and
modulated
by
receiver
audio. A void voltage
in
excess
of
5 V
on
this
pin
or internal
damage
to
the
CPU
on
the repeater CNTL-1
unit
may
result.
14. GND
This is the chassis
ground
for all logic lev-
els
and
power
supply
return,
and
is also
common
with
pin
1.
Do
not
connect to
pin
7 (A GND),
which
should
only
be
used
for
grounding
of analog signals.
15. DCS IN Digital
Input
for
Des
/
LTR
data
This
pin
accepts sub-audible tones
in
the
range of 6 - 136
Hz
for
modulation
of the
transmitter
with
DCS or LTR data. Internal
buffering allows the
data
to
be
DC refer-
enced from
5-9
VDC
Signals
below
2.5 V
are transmitted as Logic
"0"
while
levels
above
2.5 V are
Logic
"I".
Voltage in ex-
cess of 9
V
may
cause internal damage.
16.
TONE
DET
Logic
Output
(Active Low)
This open-collector
output
can
sink
about
100 rnA,
and
is activated
when
the
internal
CTCSS detects a valid CTCSS
tone
at
the
demod
ula tor.
1-13
Page 16
VXR-SOOO
17.
TONE
OFF
Logic
Input (Active
Low)
This
input
is internally
pulled
up
to 5-V
DC.
When
pulled
low
by
an
external de-
vice,
it
disables the internal CTCSS de-
coder
(if enabled). The internal CTCSS
encoder section is
not
affected
by
this in-
put.
Use this
input
when
channel monitor-
ing
with
squelch action is required (e.g.
tone
monitor
function). Voltage
in
excess
of 5
V
on
this
pin
may
damage
the CPU
on
the repeater CNTL-1 Unit.
18.
TX
Logic
Ouput (Active
Low)
This open-collector logic
output
is pulled
low
when
the
transmitter is activated.
It
can
sink approx. 100
mAo
The signal on
this
pin
is always true
when
the transmit-
ter is on.
It
is
intended
to
be
used
where
an
"ON-AIR" indication is required.
19.
AUDIO
MUTE
Logic
Input (Active
Low)
This
input
is internally
pulled
up
to
5-V
DC.
When
pulled
low
by
an
external de-
vice, it disables receiver
output
to pins 5 &
6 of the
modular
LINE jack.
In
the
RE-
PEATER mode, the repeat
audio
is
not
af-
fected
by
signals
on
this pin. Avoid voltage
in
excess of 5 V
on
this
pin
or
internal
damage to
the
CPU
on
the
repeater CNTL-
1
Unit
may
result.
20.
SQ
LOW
Logic
Input (Active
Low)
This
input
is internally
pulled
up
to 5-V
DC.
When
pulled
low
by
an
external de-
vice it selects
the
low squelch mode.
In
low
squelch
mode,
the
hysteresis
between
squelch
open
and
closed is only 3
dB
(in-
stead
of
the
normal 6 dB). The squelch
closing level is unchanged. The absolute squelch closing level is set
by
VR4001
on
the
RX
Unit. For example,
if
the
squelch
on
the
RX
Unit
has
been set to
open
at
-110 dBm
in
normal
mode, then
1-14
with
the
sa
LOW
pin
grounded,
the
squelch will
now
open
at
about
-113 dBm.
In
either case, the squelch will close
at
-116
dBm. Avoid voltage
in
excess
of
5 V
on
this
pin, which could
damage
the
CPU
on
the
repeater CNTL-1
Unit.
21,22 & 23.
REMOTE
DO,
DI & D2
Logic
Inputs
(Active
Low)
These inputs
are
internally
pulled
up
to
5-
V DC.
When
pulled
low
by
an
external
device, they select
one
of
the
eight
pre-pro-
grammed
repeater
operating
channels.
The logic
truth
table below
shows
the
com-
binations for selecting all 8 channels. In the
truth
table,
"I"
represents
no
con-
nection,
and
"0" represents a
ground
con-
nection
on
the pin.
The channel selection logic is
not
inhibited
while
the
transmitter is keyed:
the
repeater
will change frequency
when
instructed,
even while transmitting. Avoid voltage
in
excess of 5 V
on
these
pins or internal
damage
to
the
CPU
on
the
repeater CNTL-1
Unit
may
result.
VXR-5000 Channel Access
(DO-D2, pins
21,22
& 23)
CH
02
01
DO
1 1 1
1
2 1 1 0
3 1 0 1
4 1 0
0
5 0 1
1
6
0
1
0
7
0 0
1
8 0
0 0
24 & 25.
RST
+ &
RST-
Logic
Inputs
An
opto-isolated RESET
input
is
pro-
vided between
pins
24
and
25. A voltage of
between 3
and
15
V resets
the
repeater
microprocessor.
Page 17
VXR-5000 Line Interface Port
The VXR-5000 is
provided
with
an
8-pin
modular
jack for line interfacing applications.
A Western Electric
modular-type
RJ45
plug
should
be
used
to connect to
the
jack. The
LINE jack provides -10 dBm line-level
audio
for two uses:
• Provides
an
impedance-balanced, 4-wire
audio
port
with
E+ M auxilliary signalling.
• Provides
audio
for SINAD
meter
connec-
tion
during
alignment
procedures
(see
diagram
on
page
4-1).
LINE jack
pin-out
is
shown
below.
Note
that
there
are
both
4-line
and
8-line
types of
modular
plugs.
If
a 4-pin
modular
plug
is
used,
only
the
LINE
OUT
and
LINE
IN
connections will
be
made.
An
8-pin
plug
is
required
to
access all lines.
In
accordance
with
standard
telecommunications interfac-
ing, the line connections
on
the
LINE interface
jack are
impedance
balanced,
and
are de-
scribed as follows:
Pins 1 &
2.
RX
SQ+,
RX
SQ-
An
opto-isolator is
provided
to facilitate E signaling (EAR). The opto-isolator comes on
when
a signal exceeding
the
receiver
squelch
appears
on
the
receiver channel
(with correct CTCSS tone, if enabled). The
RX
Sa-
pin
is
the
emitter,
and
RX
SQ+ is
the collector.
VXR-5000
Pins 3 & 4.
LINE
IN
Tx
Line
Audio
Analog signals
between
300
and
3000
Hz
supplied
to this
pair
are
fed
to
the
trans-
mitter
when
the
repeater
is
set
to
the
BASE
mode
(ACC connector,
pin
13
grounded)
and
keyed either
by
the
TX
KEY
input
signal (see below),
or
by
the
PTT signal
on
pin
12 of
the
ACC jack. Full
system
devia-
tion is obtained
with
a line level of -10
dBm.
Pins 5 &
6.
LINE
OUT
Rx
Line
Audio
Receiver
audio
is available
from
this pair,
subject
to
internal CTCSS
decode
if
the
received
signal
strength
is
above
the
squelch threshold. Receiver
audio
can
be
monitored
by
activating
the
NSQ OFF sig-
nal
on
pin
10
of
the
ACC jack.
As
shipped
from
the
factory, a
I-kHz
re-
ceiver signal
with
full
system
deviation
gives
-10
dBm
on
the
line,
but
this
can
be
varied over
the
range
-55
dBm
to
+10 dBm
by
VR2006
and
S2004
on
the
repeater
CNTL-2 Unit.
Pins 7 &
8.
TX
KEY+,
TX
KEY-
An
opto-isolator is
provided
to
facilitate M
signalling
(MIC).
That
is, a
voltage
pre-
sented
to
these
pins
turns
on
the
opto-iso-
lator
and
keys
the
transmitter.
The
TX
KEY + pin
is
the
anode
of
the
opto-isolator
and
TX
KEY-is
the
cathode.
Socket J8201
Instruction
Manual
1 Rx
Sal
+
2 Rx
SQl-
.3 Line
IN
4 " "
5 Line
OUT
6 " "
7 Tx Key + 8 Tx
Key-
LINE jack pin-out
1-15
Page 18
VXR-5000
Cover Removal and Unit Access
The VXR-5000 repeater uses professional
modular
card-style
unit
construction
and
mounting. Major
units
are secured
in
a mini-
ature
rack-mount
cage for easy access
and
servicing. Each
unit
can
be
removed
by
un-
screwing
the
mounting-tab
screws,
unplug-
ging
the
cables to
the
unit,
then
sliding the
unit
out
from the chassis. Plastic
guide
rails
on the chassis
body
ensure
positive insertion
and
support
the
units firmly
in
place.
Opening the Repeater Cabinet
o
To
remove
the
cover,
remove
the
4 screws
as
shown
below
and
lift the cover off.
:Jnit
identification
and
locations are
shown
be-
low.
-.
..
.
...
~
,
Q \oj
(j~.
.61
TX
UNIT
CNTL
UNIT
RX
UNIT
D-SUB UNIT
Control
Unit
Access
o Remove the
two
screws from
the
Control
Unit
mounting
tabs to loosen it from
the
chassis.
CNTL
Units
1 & 2
TX
Unit Access
o Remove 4 screws from the
TX
unit
mount-
ing tabs to loosen it from the chassis.
o Remove the 10
screws
affixing
the
top
cover,
and
lift it off (note the
type
of
screws
used) to expos e the
veo Unit.
CAPA U
NIT
REG
UNIT
Unit
Loc
ation & Identifica
tion
1-16
Page 19
RPP
Pr
ogramming Software Instruction
VXR-5000
o This
completes
normal
disassembly
for
servicing, to completely
remove
the
unit,
disconnect the
TX
coaxial cable from the
BNC jack,
and
unplug
the
two
cables lead-
ing to
the
CNTL
Unit
from J3001 & J3002.
TX Unit
RX Unit Access
o This
unit
is
removed
in
the
same
manner
as described for the TX Unit. Control
Unit
cables connect to J4001 & J4002.
To
com-
pletely
remove
the unit, disconne.ct the co-
axial cable
leading
to the
RX
ANT
Jack from
the
ENe
jack.
RX Unit
Instruction lrIanual
PA Unit Access
o First
remove
the
6 large screws affixing the
heat
sink/?A
Unit
to
the
chassis. Loosen
the
heat
sink
unit
from
the
chassis.
;
1
~
o
Ne
xt
remove
the
TX
ANT
cable from the
BNe
COnT'.ector
on
the
TX
Unit,
and
re-
move
the 8 screws affixing
the
top
cover to
expose
the
PA
Unit
(see below).
TX
PA
Unit
'~-17
Page 20
VXR-5000
Notes:
1·18
Page 21
RPP
Programming Software Instruction
VXR-5000
Circuit Description
Receive Signal Path
~com.ing
RF
from
the
RX
antenna jack is
dehvered
to
the
RX
Unit
and
passes
through
the
bandpass
filter consisting of coils L4002,
L4003
and
L4005, capacitors C40l6, C4017,
C4019, C4021
& C4023. Signals within the
frequency
range
of
the
receiver are then am-
plified
by
Q4010(3SK131). The amplified
RF
IS
then
bandpass
filtered
again
by
L4011,
L4013, L4015,
and
C4046, C4050, C4054,
C4057, C4061
and
C4067 to ensure
pure
in-
band
inP1:lt
to
the
first double-balanced mixer
D4003 (DBM0135).
Buffered
output
from
the
VCO Unit is am-
plified
by
Q4011 (2SC3357)
and
low-pass fil-
tered
by
L40l4, L4016, C4056, C4060, C4062
and
C4066, to
provide a pure
first local signal
between 112.4
MHz
and
152.4 MHz to the first double-balanced mixer. The 21.6 MHz first mixer
product
is amplified
by
Q40l8
(2SC3356),
then
passed
through
dual
mono-
lithic crystal filter
7.5
kHz
BW)
XF-4001
(21P15BU-1), to strip
away
all
but
the de-
sired
signal,
which
is
then
amplified
by
Q4024 (2SC3356).
The amplified 1st IF signal is then applied
to
~
IF subsystem IC Q4017 (MC3372ML),
which contains
the
2nd
mixer, 2nd local oscil-
lator
and
limiter amplifier. A
2nd
L.a.
signal
generated
from
the
22.055
MHz
crystal
X4003,
produces
the 455
kHz
2nd
IF
when
mixed
with
the
1st
IF
within
Q4017. The 2nd
IF
then passes
through
ceramic filter CF4001
(CFW455E), to strip
away
any
unwanted
mixer products,
and
is
then
applied to the
limiter
amp
in
Q4017,
which
removes any
amplitude
variations
in
the
455
kHz
IF
before
detection of speech
by
ceramic discriminator
CD4001 (CDB455C16). The detected audio is
amplified
by
Q40l6 (NJM2902M)
and
deliv-
ered to
J4002-pin-1 (DISC OUT).
Squelch Control
When
no
carrier is received, noise at the
output
of the detector stage from Q40l7,
pin
9 is
sampled
and
fed to squelch gate Q4021
(2SA1179), VR-4001
adjusts
the
squelch
threshold before delivery to
the
3-pole active
bandpass
filter formed
by
Q4025
and
Q4026
Instruction
Manual
(both 2SC2812),
where
the
audio
is de-em-
phasized
and
audio
frequencies above 5-kHz
are rejected. The noise signal is
next
amplified
by
Q4023
and
Q4020 (both 2SC2812),
then
rectified
by
diode
D4004(1
SS226)
to
produce
a DC control voltage for
the
squelch switch
section
in
Q4022. This resulting DC voltage is
amplified
by
Q4016-4(NJM2902M),
then
compared
with
a reference voltage
of
9 VDC
at
Q40l6-3. The open-collector
output
volt-
age from analog switch
Q4022 (DTC144EK)
is delivered to
J4001
pin
7 (NSQ DET)
and
on
to microprocessor Q1009
pin
26 (NSQ DET).
Then, microprocessor
pin
14 (U N E OUT)
goes
high,
turning
on
analog
mute
gate
Q2001 (NJU4066DM)
on
Control
Unit
2, al-
lowing
audio
to
pass
from J2007,
pin
1 (DISC
IN) through
audio
stages Q2008
and
Q2006 to
line selector
Q2004 (uPD4052BG).
CTCSS Operation
A
CTCSS
(Continuous
Tone-Coded
Squelch System) is
provided
by
program-
ming
via
CE-8
Software.
The
CTCSS IC
Q2008 (MX165CLH) contains a CTCSS tone
encoder for
anyone
of
39
subaudible
tones.
The
CTCSS
audio
level
output
from
pin
16
of
Q2008 is amplified
by
Q2005-1(NJM2902M),
and
adjusted
by
VR2003 before injection into
the
audio
chain
at
Q2003-2 (NJM2902M).
S-Meter
S-meter signal is
output
from
pin
13
of
Q4017(MC3372ML) to C4118
where
the 455
kHz
signal is rejected(filtered), to buffer am-
plifier
Q4016-2(NJM2902M)
through
J4001
pin
1 to CNTL Unit-I.
RX
PLL & VCO Circuit
PLL circuitry
on
the
RX
unit
consists of
PLL
subsystem
IC Q4014(MC1415190F), which contains a reference oscillator / divider, serial to parallel
data
latch,
programmable
divider,
phase
comparator
and
a swallow
counter.
Stability is
obtained
by
a regulated
5-VDC
supply
via
Q4001 (TA78L05) to Q4009
(DTA143EK)
and
temperature
compensating
capacitors associated
with
the
12.8
MHz
fre-
quency
standard
X4002 (GFS-720).
2-1
Page 22
VXR-5000
RPP
Programming Software Instruction
RX
Unit
VCO Q5502 (2SK302GR) oscil-
lates
between
112.4
and
152.4
MHz
according
to
the
programmed
receiving frequency
and repeater version type. A sample of the VCO output
is amplified
by
Q40l5 (2SC3356)
and
returned to
the
prescaler / swallow counter in
Q40l4. There
the
VCO signal is divided
by
64
or
65,
according to a control signal from the
data latch section of
Q1009
on
CNTL Unit
1,
before being applied to the programmable
divider section of the
PLL chip.
The
data
latch section of Q4014 also re-
ceives serial dividing
data
from microproces-
sor
Q1009
on
CNTL
Unit
1, which causes the
pre-divided
VCO signal to
be
further divided
by
11,240
- 15,240
in
the
programmable. di-
vider section,
depending
upon
the desIred
receive frequency, so as to produce a
10-kHz
or
12.5
kHz
derivative of
the
current VCO
frequency. Meanwhile,
the
reference divider
section of
Q4014 divides the 12.8 MHz crystal
reference
by
1280 (or 1024) to produce the
10-kHz (or 12.5-kHz) loop reference.
The
10-kHz
or
12.5
kHz
signal from the
programmable
divider
(derived
from the
VCO),
and
that derived from the crystal are
applied
to
the
phase
detector
section of
Q4014,
which
produces a dual
phase-de-
tected
9-VDC
pulsed
output
with
pulse dura-
tion
depending
on
the
phase
difference
between
the
input
signals. This pulse train is then converted to DC, low-pass filtered, then fed back to varactor diodes
D5501, D5502,
05503
& D5504 in the
RX
VCO Unit.
Changes in the DC voltage applied
.to
the
varactor diodes affect the reactance
In
the
tank circuit
VCO Q5507, changing the oscil­lating frequency according to the phase dif­ference
between
the
signals derived from the
VCO
and
the crystal reference oscillator. The
VCO is
thus
phase-locked to the reference
frequency standard. The
output
of
RX
VCO
Q5507,
after buffering
by
Q5501, is delivered
for
amplification
to Q4012 (2SC3356) &
Q4011
(2SC3357) before application to the
first mixer, as described previously.
2-2
Transmitter
Transmitter VCO Q5002 (2SK302GR) os-
cillates between 134 -174
MHz
according to
the programmed
TX
frequency
and
repeater
version type. The theory
of
operation
of
the
remainder of the
PLL circuitry is similar to
that of the
RX
VCO Unit, however,
dividing
data from the microprocessor is
such
that
the
VCO frequency is
the
actual
transmit
fre-
quency.
IDC-processed speech
audio
from CNTL
Unit 2 is pre-emphasized
by
C20l0, R2006
and
Q2002-4(uPC4747) before application to
the
TX
VCO.
To
prevent
over-deviation, the
audio is processed
by
IDC (instantaneous de-
viation control) circuitry
on
CNTL
Unit
2 be-
fore delivery to
the
TX
Unit. Speech
audio
is
delivered to diode
D5006 (1T363) from Con-
trol
Unit 2, frequency
modulating
the
PLL
carrier
up
to ± 5
kHz
from the
unmodulated
carrier
at
the transmitting frequency.
DCS modulation from control
Unit
2 is low
pass filtered
by
Q3002 (NJM2904M),
then
ap-
plied to both the
VCO
and
to
the
PLL fre-
quency reference,
via
reference frequency
standard
X3001(GFS-720). The
modulated
signal from
TX
VCO
unit
is
buffered
by
Q5001 (2SC3356)
and
Q3011 (2SK1577),
then
passes
through
buffer-amp
Q3010
(2SC3356). The signal
then
passes
through
RF
diode switch D3003 (HSU277)
and
ampli-
fier
Q3009 (2SC3356). The signal level is
then
attenuated before delivery to
the
PA
Unit.
The signal first passes
through
the
low-pass
filter formed
by
inductor
L6001
and
capaCItor
C6003
and then buffer
amp
Q6001 (2SC2954) before being applied to pre-driver amplifier Q6002 (2SC2954).
The transmit signal is
then
finally ampli-
fied
by
PA
module
Q6003 (M67741
[[H]
in
C-
versions, M67741 [L]-in
A&B
Versions)
up
to
25
watts. Harmonic
and
spurious
radiation in
the final
output
is suppressed
by
as-pole
low-pass filter formed
by
inductors L6008,
L6009
and
L6010
and
capacitors
C6016,
C6017, C6018. C60l9
and
C6020
on
the
PA
Unit before delivery to the
TX
antenna
jack.
If
a
CTCSS
tone is enabled for transmission, the
sub-audible tone from the
unit
is low-pass
filtered, then mixed
with
the IDC-processed
speech audio.
Page 23
APC
(Automatic
Power
Control)
RF
power
output
from
final
amplifier
Q6003 (M67741
H)
is
sampled
by
C6023
and
delivered to detector
diode
D6003(1SS319) where it is rectified. The resulting DC voltage then passes
to
the REG Unit (DET). There the
APC voltage is fed
through
buffer amplifier
Q7003-1 (NJM2902M) to comparator Q7003-4
(NJM2902M) where the voltage is compared
with a reference
voltage
from
the
CPU
(POWER
REF)
to
produce
a control voltage
for the Automatic
Power
Controller Q6005
(2SB1134R)
on
the
PA
Unit,
which
regulates
supply
voltage to
RF
power
module
Q6003,
to maintain stable
high
or
low
output
power
under
varying
antenna
loading conditions.
CNTL-l
Unit
CNTL-l
Unit
consists
of
8-bit CPU QI008
(M38063EGP),
256-kByte EPROM
QI015 (TMS27C256), EEPROM Q1002 (BR93C56), and
various analog switches. Microprocessor
operational code is stored
in
QI015, while
channel
and
optional data,
and
repeater con-
figuration information, is
programmed
from
an
external PC
at
4800 bits/sec. connected to
J2008
on
CNTL-2 Unit,
and
stored
in
QI002
via
programming
cable connection to
J2008
on
CNTL
Unit
2.
The
output
from
CPU
QI008
contains
three-line serial control
data
(DATA,
CLOCK
& ENABLE)
used
for
repeater/base
mode
control,
TX
and
RX
PLL data,
and
to control
analog
switch
Q2004
(NJU4066-BM)
on
CNTL-2 Unit.
Crystal
XI001 oscillates
at
4.9152 MHz,
and
provides stable clock timing
for
the
microprocessor.
When
the repeater is
powered
on,
the
voltage
at
pin
71
becomes
stable,
and
the
output
of voltage detector
IC
QI017 (QI008
pin
25-RST) becomes high, re-
setting the
CPU.
The CPU initialization routine loads the
operating
program
from RAM, frequency
and
other system
data
from Q1002. The CPU
then sends PLL
and
analog switch control
data
(J1001
pins
2, 3, &
4;
and
JI002 pins
2,
3
& 4), to
prepare
the
repeater for operation.
If
an
abnormal signal (such as PLL unlock
or
HI
TEMP) is detected
at
pin 2 or
pin
6 of the
CPU, CPU
pin
12
becomes low,
inhibit~g
transmission
by
disabling the
TX
voltage raIl.
Instruction
Manual
VXR-5000
Watch-Dog Timer
Watch-Dog Timer Q1018 (MC74HC4060F)
monitors
the
CPU for thrashing.
When
ab-
normal
CPU
operation
occurs, QI008,
pin
70
goes
low,
pulling
diode
OR
gate
DIOl8
(DAN202K),
which
in
turn
enables
the
pulse
train generated
by
QI018 to
be
input
to
pin
12. QI018,
pin 1 then
outputs
a control pulse
to transistor driver
QI020 (FMG2),
which
in
turn
switches
the
output
of 5-V DC regulator
QI017 low, resetting microprocessor QI009
at
pin
25.
Three LEDs are
used
on
CNTL-l
Unit
for
TX
ALARM
and
AC indications.
The
TX
LED ,
indicates
the
repeater
is
transmitting,
the
ALARM LED
warns
of
four possible condi-
tions:
PLL unlock
(TX & RX),
high
final am-
plifier temperature,
EEPROM
prog~amming
data
loss
and
microprocessor thrashing.
CNTL-2
Unit
CNTL-2
Unit
contains
most
of
the
analog
switching gates
used
to control
the
various
repeater interconnections.
RX & TX
speech
audio is processed here.
Base Operation (TX,
line-input
audio)
Line
input
from J2001
pins
3 & 4 is .imped-
ance matched
by
transformer T2001,
then
de-
livered
to
audio
selector
Q2001
(MC14053BF). Line level
can
be
attenuated
by
switch 52001
and
line sensitivity can
be
adjusted to
-10
dB ±10 dBm
by
potentiometer
VR2001
to compensate for
audio
line level
variations.
Part
of this
audio
is amplified
by
Q2015 (TDA7233D) for local
speaker
output.
Line
audio
then
passes
through
analog
switch
Q2004-3 (NJU4066BM)
where
the
audio is pre-emphasized (+6dB/octave)
by
C2013 & R2018
and
Q2002-4 (NJM2902). The
audio
then
passes
through
IDC (instantane-
ous deviation control) amplifier
Q2003-1 (
NJM2902M).
Potentiometer
VR2002
sets
maximum
deviation. The signal is
then
am-
plified
by
Q2003-2 before passing
through
the
5-section active low-pass filter
formed
by
Q2003-4
and
Q200-3-3,
where
frequencies
above 3
kHz
are
attenuated
and
bandwidth
is
limited to
prevent
over-deviation.
2-3
Page 24
VXR-5000
The CTC55 Tone
audio
level
output
is ad-
justed
by
VR2006
then
delivered to Q2002-3
and
the
transmitter line input.
Modulated
audio
from
the
Rx
unit
is deliv-
ered to
J2008-1
where
it
is fed
through
inti
ext
audio
select switch 52002 to Chebyshev Filter
Q2008-3 (NJM2902M)
and
then
high-pass fil-
tered
by
R2118
and
R2146. The
output
is then
delivered to five-section, active
HPF Q2008-1
which
rejects
audio
frequencies below 300
Hz. 3-pole active
LPF Q2006-3 rejects audio
frequencies above
3000 Hz.
Audio
is
de-emphasized
by
Q2006-2
(uPC4741G2)
and
R2043 & C2036, providing
flat
audio
response from 300
Hz
- 3 kHz. The
filtered
audio
then
passes
through
attenuator
52004
and
LINE
output
level potentiometer
VR2003
to
buffer
amplifier
Q2006-4
(uPC4741G2)
and
impedance
matching
transformer T2002 to LINE jack
J2001
pins 1
&2.
Repeater Operation
Duplex
Operation
The
demodulated
audio
is delivered from the
RX
unit
to Q2008
and
is high-pass filtered
and de-emphasized as described above. Repeater "sensitivity" is adjusted
using
VR2005 before
delivery to
Q2005 (uPC4741G2) via repeater
switch
52001-3.
When
the
repeater
mute switch Q2001-4 is closed, the gain of Q2005 is reduced
to
0,
effectively
muting
repeater
audio. Repeater
audio
deviation is controlled
by
potentiometer VR2004 before the signal
is
delivered to
audio
amplifier Q2003-4, where
the signal is processed
in
the
same
manner
as
previously described.
Intercom Function
Inserting a
standard
speaker I mic headset
into
the
INTERCOM jack 02010) provides
closed-loop
audio
for
test!
communications
with
an
installed remote base, for use
by
serv-
ice technicians. Inserting
the
headset
into the
jack disables
speaker
audio
via J2002,
pins
1
&
2.
Headset
microphone
audio
is delivered
to buffer amplifiers
Q2007-3
and
Q2007-4
(both NJM2902) before application to line audio
selector Q2004.
2-4
Note!
If
using the optional YH-2
headset,
y~u
c~n
connect into either
the
line
or
Tx/Rx
ClrCUlts
for maintenance
or
testing.
Insert the
MIC/EAR
plug
of
the
YH-2 into
J2009
on
the CNTL-2 unit,
then
slide the IN-
TERCOM switch (S2003) to
the
desired
posi-
tion:
NOR -
normal
operation,
the
line is con-
nected to the
Tx/Rx
circuits.
TRCV - the YH-2 is connected
to
the
radio
Tx/Rx
circuits,
and
the
base
station
can
be
keyed
by
pressing the
blue
PTT
button
on
the
CNTL-l
Unit.
LINE - the YH-2 is connected
to
the line;
keying is
not
required.
Headset
level
is
adjusted
by
MON-LVL
(VR2007)
on
the CNTL-2 Unit.
The
default
setting
is
minimum
(fully
counter-clock-
wise). Note! -
remember
to set
the
switch
at
NOR for
normal
operation
when
the
YH-2
is
removed.
Power Supply
The
power
supply
includes
the
power
transformer
and
bridge
rectifier
D0002
(S25VB20)
on
the
chassis, a filter capacitor
bank
on
the
CAPA Unit,
and
various
regula-
tion
and
switching circuitry
on
the
REG Unit.
AC
power
is
applied
to
the
primary
of
TOOOI
through
fuse
FHOOOI
and
relay
RLOOOI.
The 16.5
VAC
at
the
secondary
is
then dual-fused
by
FH0002
and
FH0003 be-
fore delivery to full-wave
bridge
rectifier
D0002
and
the CAP A Unit.
The
output
of D0002 is
then
filtered
by
capacitor
bank
C8501
and
C8502
and
the re-
sulting DC is
applied
to
the
collectors of
Q7002
and
Q7004 (both
28018420)
on
the
REG
Unit,
and
regulator
Ie
Q70l3
(FMW1).
The control
output
of
Q7103 is
applied
to the
base of Q7007
(2SB1134R),
the
emitter
of
which
then
controls
the
bases
of
Q7002
and
Q7004,
thus
highly
regulating
the
voltages
at
the emitters. This
output
voltage is
then
de-
livered
through
relay RL7001 (FBR631 0012)
and
fuse FH7001
to
supply
the
13.5 VDC
bus
for
the
rest of
the
repeater. A
sample
of
the
13.5 VDC from
the
pass
transistors is also
Page 25
delivered
to
9-volt
regulator
IC Q7001 (AN6541) to provide a regulated 9-volt out­put
for repeater circuitry
that
requires it.
While operating from the
AC power, regu-
lated
13.5 VDC is fed
through
R7004
and
D7002 (188226), providing a trickle charge
for a battery
that
might
be connected.
If
the
AC
power
source
is
interrupted, the DC cur-
rent from
the
battery
then
flows back through
Q7016 (28C2812), RL7001
and
DC
fuse,
which is
now
switched (when AC fails) to
bypass
R7004
and
D7002,
and
apply
full bat-
tery voltage directly to
the
DC bus.
\
Instruction
Manual
VXR-5000
2-5
Page 26
VXR-5000
Note
s:
2-6
in
struction
Manual
Page 27
RPP
Programming Software
Instruction
VXR-5000
EEPROM
Program
mi
ng So ftware Instructions
To
program
the
Vertex VXR-5000 repeater,
you will
need
the VPL-l connection cable,
programming
diskette
and
an
IBM
PC/
AT
or
PS/2
-compatible
type
computer
with:
o
at
least 512 K RAM
o PC DOS
or
MS DOS 2.0
or
later
Done
51/4"
(360 K or
1.2
MB)
floppy drive
o a monochrome
or
color
monitor
o one serial
port
(COM
1)
with
25-pin con-
nector (or suitable 9-pin adapter).
Of
course
you
also need a printer
if
you
want
to
get
hard
copy
of the data.
The Vertex
programming
diskette contains
the following files:
o CES.EXE - The EEPROM
programming
program
o CES.HLP - The help file
used
by
the
main
program
o INSTRUCT.DOC - A text file containing a
copy of these instructions (in case
you
mis-
lay these instructions) Before connecting the repeater for pro-
gramming,
turn
off
your
computer
and
the
repeater,
and
connect the VPL-l program-
ming
interface cable to the
computer
and
re-
pea
ter
as
shown
below.
Then
restart
the
computer. Turning off the
equipment
during
interconnection avoids
damage
to the elec-
tronics.
When
ready
to
run
the
program
(after
booting
DOS), place
your
copy
of
the
Vertex
diskette (not
the
original!) into
drive
A,
and
log
on
to this
drive
(type A:Enter
).
Then
type
CES
-A Enter to
start
the
program.
You
should
be
greeted briefly
by
an
introductory
screen,
as
shown
at
the
top
of
the
next
page. Depend-
ing
on
which
data
you
will
be
editing
in the
VXR-5000,
you
may
have
to
add
a different
software
"switch"
to
the
command
line, see
the the next
page
for details.
Important!
Do
not
work
directly
with
the
CE-S
programming
diskette!
Make a copy
of
it
and
use the copy
when
programming
the repeater, since
you
will
be
storing
data
on
it. Keep it
in
a safe place
in
case
you
need to
make
another
copy
of it
later. The
manuals
that
come
with
your
computer
should
explain
how
to
make
a copy of the diskette,
using
the
DOS
COpy
command.
If
you
want
to
be
able
to boot
your
computer
from
the
pro-
gramming
diskette copy,
use
the
FOR-
MAT
command
with
/S
parameter(on
a
blank diskette) to
make a system
disk,
and
then
copy the files from
the
original
diskette.
VXR-5000 Programming Setup
Instruction
Manual
3-1
Page 28
VXR-5000
RPP
Programming Software Instruction
CE-8 Introductory Screen (using
10
-A
swit
ch)
The Programming
Screen
The
introductory
screen (above)
prompts
you
with
a choice of "CLONE"
or
"ALIGN-
MENT" selections. Clone
mode
is used to
program
operating
and
repeater
hardware
in­formation (such as channel data, TX/RX fre­quencies,
IF
parameters,
etc).
The alignment
mode
is
used
to change 1/ 0
parameters
that
affect repeater
/base
station
configuration
(i.e.
remote
control,
tone
squelch settings),
and
when
servicing the re-
peater (to adjust
power
output).
For
now
you
will
want
to start
with
the
CLONE
mode,
use
your
H arrow keys to
select
the
appropriate
mode
and
press the
Enter key to begin.
CE-8
Softw
are
"Switc
hes"
When
booting
up
the
CE-8 software, re-
member
that
the
switch
attached to the com-
mand
line
determines
which
repeater
parameters
can
be
viewed
and
edited
via
software. There are three
"switch" combina-
tions, as follows;
3-2
CE8 -A: Selectable Clone
or
Alignment
Mode.
Environment
Settings
(I.P., injection, channel steps,
etc.)
cannot
be
changed.
CEB -P: Clone
Mode
only, Environment
Settings can
be
edited
CE8: Clone
Mode
only,
Environment
Settings cannot
be
edited
Main Screen
Display
(Clone Mode)
The
main
screen for
the
CLONE
mode
in-
cludes five major
edit
items: Environment,
Frequency, Timer,
Setup, & Option,
and,
along the
bottom
of
the
screen,
Function
Key
Selections. These are described
in a bit
more
detail next.
Main
Screen
Edit
Items
Each
edit
item
at
the
top
of
the
screen can
be
selected
by
using
the
keyboard ( Harrow)
keys, edit
programming
selections will ap-
pear
below
in
the center frame
on
the
screen.
';'0 choose a specific selection for
data
entry,
Edit Items
pressing the ( i
J,
arrow) keys will
highlight
the
selection to
be
edited.
If
you
get lost
at
any
time, the box
beneath
this screen lists
the
ap-
propriate keys
needed
for
data
entry
and
tog-
gling
item
selections.
To
leave
the
programming
selections
at
any
time to
return
to the
edit
items,
simply
press Esc.
Page 29
A brief
explanation
of
the
five
main
screen
edit items are as follows:
Environment Contains
operating
parameters
used
by
hardware(circuitry)
in
the VXR-5000, includ-
ing 1st I.E selection,
L.O. Injection Side,
and
Channel
Step information. This information is hardware-specific for the repeater version­type
you
have,
and
should
not
need
to
be
changed, except
in
the
event
of
hardware
or
version-type modification.
Changing
envi~
ronment
parameters
requires the CE8 -P ex-
tension
when
booting
the
program.
Frequency
Contains
channel
data
information.
Up
to
eight
individual
Tx
and
Rx channel frequen-
cies are
edited
here,
and
channels can also
be
locked-out if so desired.
Timer
Repeater Time-Out Timer,
TX
Hang-Timer
and
Penalty Timers are
edited
from these se-
lections,
time
values
in
seconds
or
minutes
can
be
entered,
while
others
preset values
can
be
toggled on-off.
Setup
System
operating
configuration
and
pa-
rameters
such
as
simplex/
duplex
operation,
power
output
on
auxiliary DC power, Hi-
Temp
power
reduction,
alarm
beeper
and
TX
Hang-Time
audio
selection are selected
and
edited here.
Opiinn CTCSS T
one Encode/Decode
frequency
selection can
be
made.
One
of thirty-nine EIA
standard
CTCSS tones c
an
be
programmed
for
each
channel (
TX & RX
),
CTCSS o
peration
can also
be
disabled completely for individ-
ual
or
all channels.
Sub Help Messages
In
the box
below
the
editing
selection are
Sub-He
lp
Messages. Th
ese briefly instr
uct
you
how
to
select items, ent
er chann
el data,
toggle
default
settings
on/off
and
accept
changes.
New
messages autom2,tically ap-
pear
pertaining
to
the
edit
menu
and
edit
item
currently
selected. Instructions such as
frequency
entry
format,
time-values
and
Instruction
1l1anual
VXR-5000
ranges,
and
keys
used
to toggle
or
incre-
ment/
decrement a setting
are
given
here.
Sub-Help
Information
Function-Key Help Messages
At
the
bottom
of
the
screen
appears
Func-
tion-Key selections
and
their
corresponding
functions. While
the
Main
Edit
Item
Screen is
selected, F1-Help,
F2-Print, F3-Upload,
F4-
Download,
F5-Disk
Load,
F6-Disk Save,
F7-
Dump
and
F10-Exit
appear
showing
options
available for this screen.
When
individual
programming
selection is
done,
only
three
options (F1-Help,
F2-Print
and
F10-Exit) are
available.
Wh
at
to
do First
Reading
data
from
the
Repeater
If
you
have
the
repeater
connected
to the
computer, first
download
the
data
from the F
repeater
and
save
it
to
disk
before
doing
any-
'..If
'"
thing
else. Press the -
own
Load
key to
do
this,
and
follow
the
prompts.
If
an
error
mes-
sage is
displayed
when
attempting
to
down-
load data, check
the
VPL-1 connection cable
and
connectors
at
both
the
computer
and
re-
peater. After
downloading
the
data
from the
repeater,
save
it
to
disk
right
away
as de-
s
-.::
ribea next
in
"Saving
Data
to
Disk".
Important Note
!
Before entering
new
channel
data from
the
keyboard,
yo
u must eit
her
download
frem
the r
epea
ter,
or
from a (valid)
data
file.
So
me EEPROM
data,
su::::h
as
I.
F.
and
refer-
ence frequencies, is specific to the rep
eat
er
hard
ware, and
canno
t
b~
changed without
modifying the circuitry. This
data
is,
how-
ever,
read-fr
om/written-to
the EEPROM.
If
it does
not
match
the
hardware
for the
repeater to
be
programmed,
the repeater
will
not
operate
properly.
3-3
Page 30
VXR-5000
Loading
Data
from
Disk
If
no
repeater is connected to the computer
and
you
just
want
to view
or
edit data file
already
on
disk, press F5-Disk Load. A win-
dow similar to
that
below appears, asking for
the name of the file to load, which
must
be the
name of a channel data file already
on
the
disk.
<VERTEX
>
File
to
Load
C:\YRESU\-.rpt
There are
no
such files provided on the
original diskette (you
must
first download
data from the repeater,
and
save it).
If
an error message appears during the
loading, either
no
file could be found on the
disk with that name, or the file data was cor-
rupted since the last time it
was
stored.
If
the data was corrupted, you will have to build a new file from scratch,
or
enter another file
name.
We
suggest
you
erase any corrupted files from the disk to avoid confusion. Just enter DEL filename.rpt
Enter from the
DOS
prompt (substituting the name of your file for
filename).
Editing
Repeater
Data
After loading data from a repeater or a
data file,
you
are ready to edit it. Just move
the cursor from one field to another,
and
enter the new data as desired. Refer to the Sub­Help messages
and
Function-Key functions
as you go along,
and
you can always press the
Listing
Data
to
Screen
or
Printer
To
get
a printed copy
of
a set
of
data, or
to
view data without making any changes,
press
F2-Print
from
the
main
screen.
To
print
a displayed page on the printer,
if
you have a
PC
keyboard with the Print
Screen
key
also
serving
as
an asterisk
key,
press Shift and
Print Screen together. Otherwise,
if
you have
an
enhanced
AT
keyboard, just press
the
Print Screen
key.
3-4
F1-Help key for additional help
on
each field,
as needed. The
CTCSS
decoder / encoder field
(under the Option menu) will allow
you
to choose tone frequencies from a selection ta­ble, shown later.
When you have entered all of the channel
and operating
data
as desired,
we
recom­mend that you first save it to disk before uploading it to the repeater.
Saving Data to
Disk
You
can save data to a disk file
at
any
time
by pressing the F6-Disk Save function
key.
A file list window like that illustrated for Disk Load will appear. Remember
that
you
must
save a file
if
you
have just edited
data
and
want to see it again later,
but
we
also suggest
you do this whenever
you
have downloaded
from a repeater (so
you
can restore it
if
a
problem develops later).
You
will
be
asked for
a file name to save to. This can
be
any
valid
DOS file
name,
but
we
recommend
you
choose a name
that
you
will
be
able
to
recog-
nize easily later,
and
be
careful
not
to select a
name that already exists.
Sending Data to the Transceiver
After editing data
and
saving it to a file
on
disk, you can upload
to
a repeater,
if
con-
nected.
If
the cables are
not
connected, how-
ever, you should press
F10
-Exit after making
sure you have saved
any
edited
data
to a file,
and then
turn
off the computer to connect the
cable and repeater. Then
turn
the
computer back on, restart the program, reload the saved file from disk (F5-Disk Load),
and
then
press
function key F4-Download
and
follow the
prompts
on
the screen, pressing
the
spacebar
then starts the download.
If
an
error message
is displayed
when
attempting to download,
check your cables
and
connections carefully.
Any key returns you to the Main
Menu
where
you can try again, if necessary.
To
program
another repeater with the same data,
you
can
change the cable connection
without
having
to reboot and start the program again.
Page 31
Editing Common Data
Environment
Data
Environment Data (most of which cannot
be
changed
without
changing the hardware),
can
be
viewed
by
entering
the first Main
Menu
item. These parameters are stored in
EEPROM along
with
the changeable parame-
ters,
but
they
must
match the circuitry of the
repeater
being
programmed.
Remember to be careful
whenever
editing
this
data
as entering
an
incorrect
IF
frequency
or
Injection
Offset will
render
the
repeate.r
non-op-
erational.
To
change
any
of the enVlIonment
parameters,
you
must
restart the program
with
the -P switch ("CES -P").
1st IF -
should
be
set to 21.6
MHz
for VHF
versions, 47.9
MHz
for UHF. Do not alter
this
setting
unless
making
hard
ware
changes.
VXR-5000
• L.O.
Injection-
selectable
upper/lower
offset determines
the
local oscillator injec-
tion.
Can
be
changed
to
improve
inter-
modulation
performance
in
urban
areas
or
high
RF environments. Do
not
alter this
setting, as receiver re-alignment is neces­sary.
Channel
Steps-
determine
the
minimum
channel
step
size. Select 5
kHz,
6.25 kHz,
10
kHz,
or
12.5
kHz,
according to
your
spacing requirements.
• Serial
Number -up
to 12 digits can be
entered here to identify
the
repeater being
programmed.
We
recommend
entering the VXR-5000 identification code found on
the side
panel
of the
repeater
cabinet
for easy future reference .
Repeat
er Environ
ment
Window (using
" -P" s
wit
ct:)
Instruction Man
ual
3-5
Page 32
VXR-5000
Ch
annel Editor Window
Frequency
Channel
data
(TX
and
RX)
must
be
entered
individually for channels 1
~
8,
as
shown
above.
Channels
are
enabled/disabled
by
toggling
the
SPACE bar. Frequencies are en-
tered using
the
numeric
keypad
or
top-row
keys.
Up
to eight digits
can
be
entered
and
displayed,
however,
frequencies
will
be
rounded
to the nearest channel-step (as set in
the
environment
window).
Confirm
that
the
frequencies entered are
within
the
operating
range of the repeater version-type
you
are
programming.
Timer
Time-Out Timer, Hang-Timer
and
Penalty-
Timer settings for
both
repeater
and
remote-
base
operation
can
be
edited
in
this menu(shown below). These affect overall sys­tem operation,
and
therefore
should
be
con-
figured according to
user
requirements.
• T
ime-Out
Timer
- this selects a
maximum
time period for
continuous
transmission
(1 ~ 60
mins.),
or
is disabled
by
pressing
the SPACE bar.
• Hang-Timer - this controls
how
long
the
repeater will
remain
keyed
after a trans-
mitting
station's
carrier
drops
(stops
transmitting). Hang-Time
can
be
adjusted
Timer Settings Win
dow
3-6
Page 33
from 1 ~ 60
sees.
or
disabled
by
pressing
the
SPACE bar.
Penal
ty-
Time
- this
determines
the re-
peater
"dead" -or
penalty-time after the
Time-Out Timer
has
expired before
any
station
can
access
the
repeater
again.
Timer is adjustable from
10 ~ 360 seconds.
Set Up
The following repeater system operation
can
be
programmed
according to user re-
quirements from this menu:
Mode
- Use
the
SPACE
bar
to toggle be-
tween
Simplex
or
Duplex
operation.
DC
RF PWR
LVL -When
operation shifts
to auxiliary DC
power
source, selecting
low
power
will result in
TX
power
auto-
matically switching to low
power
to ex-
tend
operation
time
under
battery power.
VXR-5000
Normal
selection retains
TX
power
at
the
default
power
setting
(as
set
in
the
align-
mentmode).
Hi Temp
Pwr
Red
- This feature automat-
ically
monitors
repeater
TX
power
ampli-
fier
temperature,
and,
if safe
operating
temperatures
are
exceeded, reduces
TX
output
power
(or disables
the
transmitter)
to
prevent
damage
from over-heating.
Al
arm
Beeper -Enables/disables
the
Alarm
beep
tone
as
the
Time-Out Timer is
about
to expire.
Hang-Time
Audio
Sel -Determines
if
channel
audio
(noise) will
be
heard
during
TX
hang-time
(repeater
keyed
with
carrier
not
present). With Quiet selected, receiver
audio
will
remain
squelched, Noise-Out
enables
open-channel
noise
(muted
-10
dB) to
be
heard.
Use
the
SPACE
bar
to
make
a selection.
Repeater System
Configuration
Setup
Instruction
Manual
3-1
Page 34
VXR-5000
Option
CTCSS
tone
encode/decode
options are
selected
in
this menu. Toggling the SPACE
bar
enables / disables
the
encoder/decoder
for each channel. CTCSS tone frequencies can then
be
entered numerically (if the exact fre-
quency is already known),
or
else selected
from a
standard
tone table
by
pressing Enter
and
using
the H arrow
keys to select the de-
sired EIA-standard tone.
[D
eco
de ) [Encode )
Tone
Select
67.0
69
.3
77.0
79.7
88.5
91.5
100.0
IIiBWil
114 .8 118.8
131.8 136 .5
151.4 156 .7
173.8 179 .9
203.5 210.7
233.6 241.8
71.9 82
.5
94
.8
107.2
123 .0
141.3
162.2
186.2 218 .1 250
.3
74.4
85.4
97.4
110.9
127.3
146.2
167.9
192.8
225.7
CTCSS Tone Selection
Window
This completes operational
and
program-
ming information for the
CLONE mode, for
repeater
internal
system
alignment
and
monitoring
I/O
(input/output)
status, pro-
ceed
with
the ALIGNMENT
mode
covered
next.
Opt
ion - CTCSS Entry Window
3-8
Page 35
Alignment Mode
This
mode
is selectable from the introduc-
tory screen as selected
with
the
"-A"
switch
from
DOS (type
A:
CE8 -A Enter), forgetting
the
"-A"
switch
permits
opening
the CLONE
mode
only. The Alignment
Mode
enables
you
to view
current
repeater
I/O
status
and
ad-
just repeater
output
power
level
during
bat­tery operation. Two items are selectable here; Status
and
Alignment (see
the
full-screen dis-
play
on
the
bottom
of
the
next page) .
Repeater System Status Display
This
window
displays three areas: Alarm,
Logic
In
and
Logic Out.
Note
that
these pa-
rameters cannot
be
modified, only viewed.
Along the
bottom
of the screen, Function Key
selections
appear
as before. After pressing
Enter, a different function key
submenu
will appear, as
shown
below.
Fl-Help
F2-Print
F3-PTT
F4-Read
FlO-Exit
Alignment
Mode Sub-Menu
To
monitor
the
present
I/O
status of the
repeater, press
F4.
An
/I
Accessing Repeater"
message
appears
briefly as the
I/O
data
is
loaded,
then
all
parameters
are displayed.
This feature is useful for
network
monitoring,
confirming system
programming
changes, or
to assist in troubleshooting
in
the event that
an
reoeater svstem
alarm
is received.
VXR-5000
Repeater
System Status
Parameters
A brief explanation of system
I/O
parame-
ters are explained below:
VXR·5000
System
Parameters
Parameter
Indication
Comment
[Alarm]
Tx
Unlock
Normal/Unlock
TX
Pllstate
Rx
Unlock
Normal/Unlock
RX
PLLstale
[Logic
In]
BASE
base
H -
rptr
Mode
01
Operation
from
pin
13,
BASE
pn
L -
tx
H -
rx
TXkeyed_
from
pin
12
pn
RX
MUTE
l
-muted
H -
unmuted
Line
audio
from
pin
19
AX
MUTE
TONE
OFF
L -
off
H -
on
CTCSS
Audio
Off
from
pin
17
TONE
OFF
NSOOFF
l-off
H -
on
Noise
Squelch
Off
from
pin
10
NSO
OFF
SOLOW
l-Iow
H -
high
Squelch
Status
from
pin
20
SOL
lOW
HI
TEMP
L -
reduced
tx
power
PA
Unit
High
Temp
H -
normal
Ix
power
from
Thermal
Sensor
BAn
L -
Battery
Operation
Aux. Battery
Oper.
H -
AC
Mains
Operation
Channel
of
Operation
REMOTE
1 -8
from
gins
21-23,-
REMOTE
DO
D1
D2
[Logic
Out]
TONE
DET
L -
active
H -
none
CTCSS
Tone
Receive
NSO
DET
L-Iow
H -
hi~h
Noise
Squelch
COAXIALSW
L -
relay
energized
Antenna
Relay
H -
relay
de-energized
from
pin 9 COAX
SW
TX
CNTL
L-Iow H -
high
logic
OutP\!L
from
pin
18,
TX
Repeater
va
Status
Window
Instruction
Manual
3-9
Page 36
VXR-5000
Power
Alignment
When
enabled
from
the
CLONE mode,
transmitter RF
output
automatically switches
to a
reduced
level
as
soon
as
operation
switches to DC (battery) power.
In
addition,
continued
transmit
capability
during
a high-
temperature condition (HI TEMP)
at
reduced
power
is possible if this setting is enabled.
In
either case,
the
reduced
RF
power
level
is
set
in
the
alignment
mode.
From this
window
you
can
view
or
adjust
reduced
RF
power
output
level as described
above,
and
the
normal
RF
output
power
level. Two
bargraphs
show
each
RF
power
output
for comparison, along
with
a discrete
power
level
calibration
value
(0-255) dis-
played
above
the
graph
(see display at
page
bottom).
To
change either level, press Enter to
bring
up
the function-key sub-menu.
r
-----
--
~--------
--
I~ 1'0\,J(~r
Il
eferen
ce
(000
10
255 ) IImm.l Transfer
,
------
-----------------
Fl
Help
f?-Prinl . 3
I'TT
r6-llef~
)
F7
Ref
Dam,
FlO-Exit
Power
Adjust
Sub-Menu
Use
the
F6 & F7
keys to adjust the desired
power
level,
or
else
you
can
enter
a discrete
level from
0-255
using
the
keyboard
and
pressing Enter.
Battery
Operation
When
under
battery back-up power,
repeater
operational time is influenced
by
three fac-
tors:
1.
Current
capacity of the storage
battery
(rated
in
Amp-Hours)
2.
Preset
RF
power
output
level for DC
operation.
3.
TX
duty
cycle
To
maximize repeater operational time,
we
suggest the following advice: Utilize a storage
battery
with a rated
load
capacity of
at
least 50-Ah
or
more
as a mini-
mum
back-up supply.
Set the
reduced
RF
power
level for DC
opera-
tion
and
during
HI
TEMP conditions to
ap-
proximately half (12 W)
or
less
for
conservative operation.
If
possible, inform repeater users
that
the
system is
under
a back-up
power
source,
and
to
limit
non-essential
communications
to
conserve battery life.
To
manually
key
the
transmitter,
press
F3.
You
can
do
this now,
with a wattmeter
con-
nected to
the
TX ANT jack to check actual
power
with
software reference level. You will
also
need
to
do
this as
part
of
the
transmitter
alignment step in
the
Alignment Chapter, cov-
ered later.
Alignment
Power Se
ttings
Window
3-10
Page 37
VXR-5000
Alignment
The
VXR-5000
has been factory aligned for
. the specified performance across the entire
operating
frequency
range.
Realignment
should not
be
necessary except
in
the event of a component failure. All component replace­ment
and
service should only
be
performed
by
an
authorized
Yaesu
service
repre-
sentative,
or
the
warranty
policy
may
be
voided.
Required
test
equipment
D
IBM
PCI compatible computer
D
Yaesu CE-8 Channel Programming Disk­ette
and
VPL-l connection cable.
D
RF
Signal Generator
with
calibrated out-
put
level
at
200
MHz.
D Deviation Meter (linear detector) D Oscilloscope D
AF
millivoltmeter
D
SINAD Meter
Computer .
D In-line Wattmeter
with
5% accuracy at
200
MHz.
D Regulated DC Power Supply adjustable
from
10
-17 VDC,
15
A.
D 50-Ohm, non-reactive
Dummy
Load:
100
W@200MHz.
D Frequency Counter ± 0.2
ppm
accuracy
at
200
MHz D AF Signal Generator D
DC
Voltmeter: high
input
impedance D Spectrum Analyzer D VHF Sampling Coupler
Before alignment, connect the repeater and PC to the VPL-l connection cable as de­scribed
in
the Channel Programming Chap-
ter,
and
download the EEPROM
data
from the transceiver to the computer. Then store this data
in
a file so
that
it
can
be
uploaded
when
alignment is finished.
TO CNTL-2
UNIT
J2009
RXANT
RF
Signal Generator
Instruction Manual
LINE
TO
LINE
OUT
pin
5,6
TX ANT
L..---I
SINAD Meter
Inline
Wattmeter
Alignment Setup
50-ohm
Dummy Load
Frequency
Counter
Deviation
Meter
4-1
Page 38
VXR-5000
Note
!
To
start
the
CE-8
software
in the Align-
ment
Mode,
use
the
-a
command
line
switch.
ego
C:>ce8 -a (enter)
Next,
using
the
CE-8
Channel
Editor
and
referring to
the
table below,
program
chan-
nels
1, 2 and
3 according to version type. Set
these three
channels
to simplex
and,
and
turn
off
any
tone
settings
for
these
channels
.
Upload
this
data
to
the
repeater.
Low
Center
High
Frequency Range
VER.
Ch.
Ch
. Ch.
A 140.1 141.1 142 .1
134-146MHz
8 152.1 153.1 154.1 146 - 160 MHz
8S-
1
161.1 162.1 163.1
156-168MHz
C
168.1 169.1 170.1
164 - 174
MHz
note:
above
channels
are
the
band-center lor
each
version
type
maximum
receiver spread w/o degradation
is 2 MH
z
Note:
When finished with alignment,
make
certain
to
reload
the
original channel
data
from
disk,
and upload it
back
to
the
repeater.
Before
beginning
alignment, preset the
following controls
and
switch2s as follows.
o VR2002-VR2005 & VR2006:
center,
12
0'
clock
position
X3001
-
---,!:
o L4002, L4003, L4005, L4011, IA013, L4015
'14001, T4002:
flush
with
the
top
of
coil
form
o VR7071: cen
tered
o VR400l: fully clockwise
0 52003: NO R 0 52005: INT
o
S2001
& 52004: LOW
o
S2006:
NOR
o
pin
10
of ACC
connector
to
GND
Pow
er Supply Voltage Alignme
nt
o Connect
the
positive
(+)
lead
of
the
DC
voltmeter to P7001
on
the
REG
Unit,
and
negative
(-)
to P7002,
then
adjust
VR7001
for 13.8 ±
0.1
VDC.
Transmitter
o Set
up
the
test
equipment
as
shown
below
for TX alignment. A.djust
the
supply
volt-
age to 13.8 VDC (as above) for all steps.
VCV Adjustment
o Select the
high
band-edge
channel,
con-
nect the DC
voltmeter
between
VCV
land
and
GND
on
the
TX
Unit.
Then
key the
repeater
and
adjust
TC5001
on
the
TX
VCO Unit for 7.5 VDC.
o Connect a frequency
counter
to
the
TX
ANT
jack via a
sampling
coupler
(attenu-
--
TC5001
TX
Alignment Points
4-2
Page 39
ator
pad),
key
the
transmitter
and
adjust
X3001, so
that
the
TX
frequency
is
within
±150
Hz
of
the
programmed
TX
frequency.
RX
Unit
Set
up
the
test
equipment
as
shown
here
for receiver alignment.
VCV Adjustment
o Select
the
highest
receive
frequency
then
connect a DC
voltmeter
between
the VCV
land
and
GND
on
the
RX
Unit. Adjust
TC550l
on
the
RX
VCO
Unit
for
7.5
VDC.
Sensitivity Adjust
o Inject a 0 dBu signal
modulated
with 1 kHz
tone
at
20
mV RMS
and 5 kHz
deviation to
the
RX
ANT
connector.
o
Adjust
L4002, L4003, L4005, L4011, L4013
and
L4015 for
maximum
SINAD indica-
tion. Confirm
that
the
12 SINAD level does
not
exceed
.35
11
V
on
the
low,
mid
and
high
receive frequencies.
o Increase SG
output
to +40 dBu, then adjust
T4001
and
T4002 for
minimum
distortion
level
indicated
on
the SINAD meter.
T4001
-~
T4002
L4005 L4002
-
-------=
VXR-5000
TX
Output Power
o
Connect a dummy
load
wattmeter
to the
TX ANT
connector
.
Full
Power
Set
o C
onnect
the
VPL-1
connection
cable to
J2008
on
CNTL
Unit
2,
then
load
the
CE-8
programming
software. Recall
the
align-
ment
adjustment
file,
and
press
the
return
key.
Key the
repeater
and
press
the
func-
tion key
indicated
in
the
program
for
an
indication of
25
watts
0.5 watt)
on
the
wattmeter.
Low
Power
Set
o Repeat
the
above
procedure
for
an
indica-
tion of 12.5 Watts
0.5 watts)
on
the
watt-
meter.
o Press
the
F10 key to exit
the
adjustment
mode,
then
press
F4 to
save
the
settings to
memory. Disconnect the
VPL-1 cable .
Te5501
~
-
L4011
L4003
--
~~~~~~~~
====::~:::3
L4015 L4013
RX Unit Alignment Points
Instruction
Manuall
4-3
Page 40
VXR-5000
Repeater Mode
Squelch
Adjust
o First
ensure
the
DUPLEX
mode
of opera-
tion is
enabled
via
CE-8 programming.
o Inject a
standard
deviation 0
dBJ..L
signal
into
the
RX
ANT
jack. Adjust
VR4001
on
the
RX
Unit
to
the
point
where
the
TX
is
activated.
Deviation
Adjustment
o Inject a
I-kHz,
40
dBu 3-kHz signal to the
RX
ANT
jack,
and
adjust VR2005 for
3.0
kHz
0.1
kHz)
TX
deviation.
Base
Mode
Note:
When
making
Base Mode adjust-
ments, connect
pin
13 of the
ACC
jack to
GND.
4·4
Audio
Level
Adjust
o Connect the
SG
to
the
RX ANT jack
and
adjust the
SG
output
level
to
40
dBu
and standard deviation level. Adjust VR200S for
-10
dBm ±
0.1
dBm line
out
audio
level.
Deviation
Adjustment
o Connect
an
audio
signal
generator
to
line-
in
jack,
then
adjust generator
output
level
to
10
dBm @ 1 kHz. Adjust VR2002 for 3.0
kHz ±
0.1
kHz
deviation.
Page 41
Chip Component Information
The diagrams below indicate some of the
distinguishing features of common chip
com-
ponents.
Ceramic Capacitors
(Unit:
mm)
Type
L
W
T
3216
3.2
1.6
0.45~0.60
2125
2.0
1.25
0.35~0.50
1608
1.6
0.8
0.65~0.95
Tantalum Capacitors
Resistors
Polarized. Unmarked (determine
value
from
layout
and
Parts
List)
T
...
Type
1/10 1/16
L W
2.0
1.25
1.6
0.8
Indicated Letters
1 Z
~
4
5 & 7 :
, 0 •
Instruction Manual
T
0.45
0.45
VXR-5000
Type RMC 1/10W, 1/16W
Marking*
100,222,473······
1147311
,---------'11
L-I
-------"
Ten
unit
One
unit
Multiplier
code
0
1
2
3
4 5
6
7
8
9
0
1
2
3
4 5
6
7
8
9
Examples:
100 = IOn 222 = 2.2kn 473 = 47kn
10
0
10·
1(1
10
3
10
4
10
5
10
6
lIT
1(1
1(1
5-1
Page 42
VXR-5000
Replacing Chip Components
Chip
components
are installed at the fac-
tory
by
a series of robots. The first one places
a spot of
adhesive
resi:tl
at
the
location where
each
part
is to
b-=
installed,
and
later robots
handle
and
place
parts
using
vacuum
suc-
tion.
For single-sided
boards,
solder
paste is ap-
plied to the
board
is t
hen
baked
to
harden
the
resin
and
flow
the solde
r.
For double-sided
boards,
no
solder
paste
is applied,
but
the
board is
baked
(or
exposed
to
UV light) to
cure the resin before dip-solderin
g.
In
our
laboratories
and
service shop
s,
small
quantities
of chip
components are
mounted
manually
by
applying a spo
t of
resin, placing
with
tweezers,
and
then
solder-
ing
by
very small
dual str
eams
of
hot
air
(without
physica
l contact d
urin
g solderin
g).
We
remove
the
parts
by
first removing solder
using a
vacuum
suction iron,
whi
ch applies a
light, steady v
acu
um
at
the
iron tip,
and
then
breaking the adhesive with
twe
ezer
s.
The special
vacuum
sol
der
ing/
de-solder-
ing
equipment
is r
ecommended if y
ou
expect
to
do
a lot of chip replacements. Otherwise, it
is
usually possible to
remo
ve
and
replace chip
ccmponents
with on
ly a tapered, tempera-
ture controlled solde
rin
g iron, a set of tweez-
ers
and
braided
copper
solder
wick.
Solder
ing
iron
temperatu
re should
be
below
280°C (536°F
).
5-2
Precautions
for
Chip Replacement
K Do
not
disconnect a chip forcefully,
or
tne
foil
pattern
may
peel off
the
board.
K
Ne
ver re-use a chip
component.
Dispose
of all
removed
chip
components
immedi-
ately to avo
id
mix
ing
with
new
parts.
K Li
mi
t s
olderin
g time to 3 seconc.s
oL'
less to
avoid
damaging
the
compcnent
and
board.
Removing Chip Components
o Remove the solder
at
each
joint,
one
joint
at a time, using so lder
wick
wetted
with
non-acidic flux as shown
below. A
void
ap-
plying press
ur
e,
and
do
not
atte
mpt
to re-
move
th
e tinning from
the
chip's
electrode.
o Grasp the chip
on
both sides with
tweez-
ers,
and
gen
tly twist t
he
tweezers back
and
fo
rth (to break the
adhesive
bond) while
alternately
he
ati
ng
each
electrode. Be care-
ful to avoid
pee
ling the foil traces from
the
bo
ard
. Dispose
of the chip w
hen
remov
ed.
o After removing
the
chip,
use
the
copper
braid
and
soldering iron to wick
away
any
excess solder
and
smooth
the
land
for in-
stallation of
the
replacement
part.
Page 43
Installing a Replacement Chip
As the value of some chip components is
not indicated
on
the
body
of the chip, be
careful to get the right
part
for replacement.
o Apply a small amount of solder to the land
on
one
side where the chip is to be in-
stalled. Avoid
using
too
much
solder,
which
may
cause bridging (shorting to
other parts).
o Hold the chip with tweezers in the desired
position,
and
apply the soldering iron with
a motion line that is indicated
by
the arrow in the diagram below. Do not apply heat for more than 3 seconds.
o Remove the tweezers
and
solder the elec-
trode
on
the other side
in
the manner just
described.
Instruction
Manual
VXR-5000
5-3
Page 44
VXR-5000
Notes:
5-4
Page 45
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Page 57
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Instruction
Manual
Page 58
VXR-5000
REF.
DESCRIPTION
VALUE
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K22170817
C
1025
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1026
CHIP
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
1027
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1028
CHI P CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1029
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1030
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1031
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1032
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1033
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1034
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1035
CHIP
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
1036
CHIP
CAP.
100pF
pOV
CH
GRM40CH101J50PT
K22170235
C
1037
CHIP
CAP.
100pF
50V
CH
GRM40CHI01J50PT
K22170235
C
1038
CHI P CAP.
100pF
50V
CH
GRM40CHIOIJ50PT
K22170235
C
1039
CHIP
CAP.
13pF
50V
CH
GRM40CH130J50PT
K22170214
C
1040
CHIP
CAP.
2pF
50V
CK
GRM40CK020C50PT
K22170203
C
1041
CHIP
CAP.
2pF
50V
CK
GRM40CK020C50PT
K22170203
C
1042
CHIP
CAP.
13pF
50V
CH
GRM40CH130J50PT
K22170214
C
1043
CHIP
CAP.
O.OluF
50V
B
GRM40B
103M50PT
K22170817
C
1044
TANTALUM
CAP.
22uF
6.3V
DNOJ220M1S
K70087226
C
1045
CH
I P
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
1046
CHIP
CAP.
100pF
50V
CH
GRM40CH
10
1J50PT
K22170235
Instruction
Manual
7A-5
Page 59
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
------
--------------------- ---------
-----
----
------------------ ---------
--------
----
C
1047
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1048
CHIP
CAP.
100pF
50V
CH
GRM40CH
10
1J50PT
K22170235
C
1049
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1050
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
1051
CHIP
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
1052
CHI P CAP.
O.OOluF
50V
8
GRM40B102M50PT
K22170805
C
1053
CHIP
CAP.
O.luF
25V
B
GRM40B104M25PT
K22140811
C
1054
CHIP
CAP.
O.OluF
50V
8
GRM40B
103M50PT
K22170817
C
1055
CHIP
CAP.
O.OluF
50V
8
GRM40B103M50PT
K22170817
D
1001
LED
TLR211
G2090342
o
1002
LED
TLR211
G2090342
D
1003
DIODE
lSS226
TE85R
G2070003
D
1004
LED
TLR211
G2090342
o
1005
DIODE
lSS226
TE85R
G2070003
D
1006
DIODE
lSS226
TE85R
G2070003
D
1007
DIODE
lS8226
TE85R
G2070003
D
1008
DIODE
lSS226
TE85R
G2070003
D
1009
DIODE
lS8226
TE85R
G2070003
D
1010
DIODE
188226
TE85R
G2070003
D
1011
DIODE
lS8226
TE85R
G2070003
D
1012
DIODE
188226
TE85R
G2070003
D
1013
DIODE
18S226
TES5R
G2070003
D
1014
DIODE
lS8226
TE85R
G2070003
D
1015
DIODE
lSS226
TE85R
G2070003
D
1016
DIODE
lS8226
TE85R
G2070003
D
1017
DIODE
lSS226
TE85R
G2070003
D
1018
DIODE
DAN202K
T146
G2070182
D
1019
DIODE
lSS226
TE85R
G2070003
F
1001
FUSE
QOOOOO02
FH1001
FU8E
(2pcs)
HC1
P2000049
J
1001
CONNECTOR
8C25-10WL
P0090717
J
1002
CONNECTOR
8C25-08WL
P0090715
J
1003
CONNECTOR
9130S-10
P1090794
J
1004
CONNECTOR
8C25-06WL
P0090639
J
1005
CONNECTOR
8C25-05WL
P0090638
J
1006
CONNECTOR
SC25-12WL
P0090719
J
1007
CONNECTOR
9130S-1O
P1090794
J
1008
CONNECTOR
91308-10
P1090794
J
1009
CONNECTOR
8C25-13WL
P0090720
J
1010
CONNECTOR
SC25-03WL
P0090637
J
1011
CONNECTOR
SC25-07WL
P0090714
NFlOOl
FILTER
DSS706-351D221M25
Q9000642
NF1002
FILTER
DSS706-351D221M25
Q9000642
NFl003
FILTER
DSS706-351D221M25
Q9000642
NFlO04
FILTER
DSS706-351D221M25
Q9000642
NFI005
FILTER
DSS706-351D221M25
Q9000642
NFl006
FILTER
D8S706-351D221M25
Q9000642
7A-6
Instruction
Manual
Page 60
VXR
-5000
REF.
DESCRIPTION
VA
LUE
\'/V
TOL.
MFGR
'S
DESIG
YAESU
PIN
VERSo
LOT.
------
---------------------
-
---
-----
-----
-
---
------------------
---------
- -
------
----
Q
1001
IC
HA17805P
G1090936
Q
1002
IC
BR93L
C56A
G1091191
Q
1003
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
1004
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
1005
TRANSISTOR
F~iG2
T99
G3070015
Q
1006
TRANSISTOR
FMG2 T99
G3070015
Q
1007
TRANSISTOR
FMG2 T99
G3070015
Q
1008
IC
M38063M6-331GP
G1092025
Q
1009
TRANSISTOR
FMG2
T99
G3070015
Q
1010
IC
TC74HC244AF(EL)
G1091566
Q
1011
TRANSISTOR
FMG2
T99
G3070015
Q
1012
TRANSISTOR
FMG2
T99
G3070015
Q
1013
TRANSISTOR
FMG2
T99
G3070015
Q
1014
TRANSISTOR
FMG2
T99
G3070015
Q
1015
IC
TMS27C256-15JL
G1092023
Q
1016
IC
TC74HC244AF
(EL)
G1091566
Q
1017
IC
RH5VA45AA-T2
G1090922
Q
1018
IC
MC74HC4060FL
G1090984
Q
1019
IC
1C74HCOOFL
G1090997
Q
1020
TRANSISTOR
FMG2
T99
G3070015
Q
1021
TRANSISTOR
FMG2
T99
G3070015
Q
1022
TRANSISTOR
FMG2
T99
G3070015
Q
1023
PHOTO
COUPLER
TLP 181
-GB
(TPR)
G0090021
Q
1024
TRANSISTOR
DTA143XK
T97
G3070032
R
1001
CHIP
RES.
22K
1/10W
5%
RMC
1/ 1 OT
223J
J24205223
R
1002
CHIP
RES.
1K
1/101v
5%
RMC1/10T
102J
J24205102
R
1003
CHI
PRES.
330
1/10W
5%
RMC1/10T
331J
J24205331
R
1004
CHIP
RES.
22K
1/10W
5%
RMC1/10T
223J
J24205223
R
1005
CH I PRES.
lOOK
1/
10W
5%
RMC1/10T
104J
J24205104
R
1006
CHIP
RES.
330
1I10W
5%
RMC1/10T
331J
J24205331
R
1007
CHI
PRES.
330
1/10W
5%
RMC1/10T
331J
J24205331
R
1008
CHIP
RES.
330
1/101v
5%
RMC1/10T
331J
J24205331
R
1009
CHIP
RES.
330
1/101~
5%
RMC1/10T
331J
J24205331
R
1010
CHI
PRES.
22K
1/
10W
5%
RMC
1/ 1 OT
223J
J24205223
R
1011
CHI
PRES.
22K
1/1m
; 5%
RMC
1/ 1 OT
223J
J24205223
R
1012
CHI
PRES.
1.
2K
1/10\~
5%
RMC1110T
122J
J24205122
R
1013
CHIP
RES.
22K
1/10\'1
5%
RMC1/l0T
223J
J24205223
R
1014
CHI
PRES.
10K
1/10W
5%
RMC1/10T
103J
J24205l03
R
1015
CHI
PRES.
22K
1/10W
5%
RMC
1/ 1 OT
223J
J24205223
R
1016
CHI
PRES.
22K
1/101',1
5%
RMC1/10T
223J
J24205223
RI017
CH I PRES.
22K
1/10W
5%
RMC1
/10T
223J
J24205223
R
1018
CHIP
RES.
22K
1/10W
5%
RMC1/I0T
223J
J24205223
R
1019
CHIP
RES.
1.
5K
1/10W
5%
R~IC1/10T
152J
J24205152
R
1020
CHI
PRES.
1.
2K
1/10W
5%
RMC1/1
0T
122J
J24205122
R
1021
CHIP
RES.
330
l/10W
5%
RMC1/10T
331J
J24205331
R
1022
CH I PRES.
22K
1/10\~
5%
RMC1/10T
223J
J24205223
R
1023
CH I PRES.
4.
7K
1/
10W
5%
RMC1/10T
472J
J24205472
R
1024
CH I PRES.
1K
l/lO\v
5%
RMC
1/ 1 OT
102J
J24205102
R
1025
CHI
PRES.
1K
1/
10W
5%
RMC1/lOT
102J
J24205102
R
1026
CHIP
RES.
330
1/10W
5%
RMCl/10T
331J
J242053
31
Instruction
Mam-wi
7A
-7
Page 61
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
Y
AESU
PIN
VERSo
LOT.
------
---------------------
---------
-----
----
------------------
---------
--------
----
R
1027
CHIP
RES.
2.2K
1/10W
5%
RMC1/10T
222J
J24205222
R
1028
CHIP
RES.
2.2K
1/10W
5%
RMC1/10T
222J
J24205222
R
1029
CH I PRES.
1K
1/101'1
5%
RMC1/10T
102J
J24205102
R
1030
CH I PRES.
3.
3K
1/10W
5%
RMC1/10T
332J
J24205332
R
1031
CHIP
RES.
lK
1/10W
5%
RMC1/10T
102J
J24205102
R
1032
CHI
PRES.
1K
1/101'1
5%
RMC1/lOT
102J
J24205102
R
1033
CH I PRES.
1K
1/101'1
5%
RMC1/10T
102J
J24205102
R
1034
CHIP
RES.
180
1/101'1
5%
RMC1/lOT
181J
J24205181
R
1035
CHIP
RES.
47
1/101'1
5%
RMC1/l0T
470J
J24205470
R
1036
CHIP
RES.
10K
1/101'1
5%
RMC1/lOT
103J
J24205103
R
1037
CHIP
RES.
22K
1/101'1
5%
RMC
1/
lOT
223J
J24205223
R
1038
CHIP
RES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
1039
CHIP
RES.
22K
1/lOW
5%
EMClI10T
223J
J24205223
R
1040
CH I PRES.
22K
1/lOW
5%
RMC
1/ 1
OT
223J
J24205223
R
1041
CHIP
RES.
2.2K
1/lOW
5%
RMC
1/
lOT
222J
J24205222
R
1042
CHIP
RES.
22K
1/10W
5%
RMC
1/
lOT
223J
J24205223
R
1043
CHIP
RES.
1K
1/101'1
5%
RMC1/10T
102J
J24205102
R
1044
CHIP
RES.
33K
1/10W
5%
RMC1/lOT
333J
J24205333
R
1045
CHIP
RES.
1K
1/lOW
5%
RMC1/lOT
102J
J24205102
R
1046
CHIP
RES.
33K
1/10W
5%
RMC
1/ 1
OT
333J
J24205333
R
1047
CHIP
RES.
22K
1/101'1
5%
RMC
1/ 1
OT
223J
J24205223
R
1048
CH I PRES.
1K
1/10W
5%
RMC1/10T
102J
J24205102
R
1049
CHIP
RES.
33K
1/101'1
5%
RMC
1/
lOT
333J
J24205333
R
1050
CH I PRES.
33K
1/lOW
5%
RMC
1/
lOT
333J
J24205333
R
1051
CHIP
RES.
22K
1/lOW
5%
RMC1/10T
223J
J24205223
R
1052
CHIP
RES.
33K
1/101'1
5%
RMC
1/ 1
OT
333J
J24205333
R
1053
CHIP
RES.
33K
1/lOW
5%
RMC
1/
lOT
333J
J24205333
R
1054
CH I PRES.
22K
1/10W
5%
RMC1/10T
223J
J24205223
R
1055
CH I PRES.
22K
1/101'1
5%
RMC
1/ 1
OT
223J
J24205223
R
1056
CHIP
RES.
22K
1/101'1
5%
RMC
1/
lOT
223J
J24205223
R
1057
CHIP
RES.
22K
1/10W
5%
RMC1/lOT
223J
J24205223
R
1058
CH I PRES.
22K
1/lOW
5%
RMC
1/ 1
OT
223J
J24205223
R
1059
CHIP
RES.
22K
1/101'1
5%
RMC
1/ 1
OT
223J
J24205223
R
1060
CHIP
RES.
22K
1/10W
5%
RMC1/10T
223J
J24205223
R
1061
CHIP
RES.
lOOK
1/101'1
5%
RMC
1/
lOT
104J
J24205104
R
1062
CHIP
RES.
lOOK
1/10W
5%
RMC1/10T
104J
J24205104
R
1063
CH I PRES.
33K
1/10W
5%
RMC1/10T
333J
J24205333
R
1064
CHIP
RES.
4.
7K
1/lOW
5%
RMC
1/
lOT
472J
J24205472
R
1065
CHI
PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
1066
CH I PRES.
22K
1/101'1
5%
RMC1/lOT
223J
J24205223
R
1067
CHIP
RES.
22K
1/101'1
5%
RMC1/10T
223J
J24205223
R
1068
CHIP
RES.
22K
1/101'1
5%
RMC1/lOT
223J
J24205223
R
1069
CHIP
RES.
330
1/101'1
5%
RMC1/10T
331J
J24205331
R
1070
CHIP
RES.
10K
1/lOW
5%
RMC1/l0T
103J
J24205103
R
1071
CHI
PRES.
10K
1/101'1
5%
RMC1/l0T
103J
J24205103
R
1072
CH I PRES.
330
1/10W
5%
RMC1/10T
331J
J24205331
R
1073
CH]
PRES.
47K
1/lOW
5%
RMC1/lOT
473J
J24205473
R
1074
CHIP
RES.
33K
1/101'1
5%
RMC
1/ 1
OT
333J
J24205333
R
1075
CHIP
RES.
22K
1/101'1
5%
RMC
1/
lOT
223J
J24205223
R
1076
CHI
PRES.
22K
1/10W
5%
RMC1/10T
223J
J24205223
R
1077
CH I PRES.
22K
1/lOW
5%
RMC1/l0T
223J
J24205223
R
1078
CHIP
RES.
22K
1/101'1
5%
RMC1/10T
223J
J24205223
7A-8
Instruction
Manual
Page 62
VXR-5000
REF.
DESCRIPTION
VALUE
\'IV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
------
---------------------
---------
-----
----
------------------
---------
--------
----
R
1079
CHI
PRES.
47K
l/10W
5%
RMC1/10T
473J
J24205473
R
1080
CHIP
RES.
22K
l/10W
5%
RMC1/10T
223J
J24205223
R
1081
CHIP
RES.
0
l/10W
5%
RMC1/10T
OOOJ
J24205000
R
1082
CHIP
Rl':S.
33K
l/10W
5%
RMC1/10T
333J
J24205333
R
1083
CHIP
RES.
2.2K
1/10\v
5%
RMC1/10T
222J
J24205222
R
1084
CHIP
RES.
68K
1/10W
5%
RMC1/10T
683J
J24205683
R
1085
CHIP
RES.
2.
2K
1/10\¥
5%
RMC11l0T
222J
J24205222
R
1086
CH I PRES.
33K
1/10W
5%
RMC1/10T
333J
J24205333
R
1087
CHIP
RES.
22K
1/
10W
5%
RMC1/10T
223J
J24205223
R
1088
CH I PRES.
470
1/1OVI
5%
RMC1/10T
471J
J24205471
R
1089
CHIP
RES.
2.
2K
1/10\'1
5%
RMC
1/ 1 OT
222J
J24205222
R
1090
CHIP
RES.
820
l/10\~
5%
Rt1C1/10T
821J
J24205821
R
1091
CHI
PRES.
330
1/10W
5%
RMCl/IOT
331J
J24205331
S
1001
SLIDE
SWITCH
SSSS22
N6090057
S
1002
PUSH
SWITCH
SPPJ3-EN1-PLB
N4090130
X
1001
XTAL
4.
9152Ml-lz
1-10103064
Z
1001
LED
HOLDER
H-2RV-4
S6000323
Z
1002
LED
HOLDER
1-1-2RV-4
S6000323
Z
1003
LED
HOLDER
H-2RV-4
S6000323
FITTING
R
R0136960
FITTING
L
R0136970
FIBER
R7107410
Instruction Man
ual
7A-9
Page 63
Circuit Diagram
r---------------------------------------------------------------_
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Page 64
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78-1
Page 65
VX
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78-4
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obve
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Page 67
Input
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654 1
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/...I
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Instruction
Manual
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soocru/\
Page 68
~
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902
M
(
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20
02.
200
3 .
2005
.)
2006.2
011
MC14053
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01
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Co
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2SC2812 (L6
)
(
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)
Co Ilector
Base
E.
i
lter
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)
(
Q2016
)
"---- Pin 8
Instruction
lrla
nual
Page 69
VXR-5000
REF.
DESCRIPTION
VALUE
\'iV
TOL.
MPGR'S
DESIG
YAESU
PIN
VERSo
LOT.
------
---------------------
---------
-----
----
------------------
---
------
--------
----
***
CNTL2
UNIT
***
PCB
with
Components
CP5281001
SEP
25
PCB
with
Components
CP5281002
SEP
20
PCB
with
Components
CP5281003
SEP
12.5
Printed Circuit
Board
F3543102
C
2001
CHI P CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
2002
CHIP
CAP.
150pF
50V
CH
GRM40CH151J50PT
K22170239
C
2003
CHI P CAP.
150pF
50V
CH
GRM40CHl51J50PT
K22l70239
C
2004
CHI P CAP.
82pF
50V
CH
GRM40CH820J50PT
K22170233
C
2005
CHIP
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
2006
AL.
ELECTRO.
CAP.
10uF
50V
50V100M5X11TR5
K46170021
C
2007
CH
I P
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
2008
CHI P CAP.
47pf
50V
CH
GRM40CH470J50PT
K22l70227
C
2009
AL.
ELECTRO.
CAP.
10uF
50V
50V100M5X11TR5
K46170021
C
2010
CHIP
CAP.
470pF
50V
CH
GRM40CH471J50PT
K22170251
SEP
12.5
C
2010
CHI P CAP.
470pF
50V
CH
GRM40CH471J50PT
K22170251
SSP
20
C
2010
CHIP
CAP.
330pF
50V
CH
GRM40CH331J50PT
K22170247
SEP
25
C
2011
CHIP
CAP.
820pF
50V
W5R
CM2HI5R821
K50AT
K22170829
SEP
12.5
C
2011
CH
I P
CAP.
820pF
50V
W5R
CM21W5R821K50AT
K22170829
SEP
20
C
2011
CHIP
CAP.
O.OOluF
50V
B
GRM40B102K50PT
K22170825
SEP
25
C
2012
AL.
ELECTRO.
CAP.
10uF
50V 50V I OOM5X
11
TR5
K46170021
C
2013
CH
1 P
CAP.
O.OOluP
50V
B
GRM40B102K50PT
K22l70825
C
2014
TANTALUM
CHIP
CAP.
4.
7uF
16V
TEMSVA1C475M-8R
K78120031
C
2015
TANTALUM
CHIP
CAP.
4.
7uF
16V
TEMSVAIC475M-8R
K78120031
C
2016
CHI P CAP.
68pF
50V
CH
GRM40CH680J50PT
K22170231
SEP
12.5
C
2016
CHIP
CAP.
68pF
50V
CH
GRM40CH680J50PT
K22170231
SEP
20
C
2016
CHI P CAP.
100pF
50V
CH
GR~140CH1
0
IJ50PT
K22170235
SSP
25
C
2017
CHI P CAP.
330pF
50V
CH
GRM40CH331J50PT
K22170247
SSP
12.5
C
2017
CHI P CAP.
330pF
50V
CH
GRM40CH331J50PT
K22170247
SEP
20
C
2017
CHIP
CAP.
180pP
50V
CH
GRM40CH181J50PT
K22170241
SSP
25
C
2018
CHIP
CAP.
100pF
50V
CH
GRM40CH101J50PT
K22170235
SEP
12.5
C
2018
CHI P CAP.
100pF
50V
CH
GRM40CHIOIJ50PT
K22170235
SEP
20
C
2018
CHI P CAP.
220pF
50V
CH
GRM40CH221J50PT
K22170243
SEP
25
C
2019
TANTALUM
CHIP
CAP.
luF
16V
TESVAICI05Ml-8R
K78120009
C
2020
TANTALUM
CHIP
CAP.
1uF
16V
TESVAICI05Ml-8R
K78120009
C
2021
AL.
ELECTRO.
CAP.
10uF
50V
50V100M5X11TR5
K46170021
C
2022
CHIP
CAP.
O.OluP
50V
B
GRM40B103M50PT
K22170817
C
2023
CHI P CAP.
O.OluF
50V
B
GRM40BlO3M50PT
K221708l7
C
2024
AL.
ELECTRO.
CAP.
lOur
50V
50V100M5Xll
TR5
K46l70021
C
2025
CH
I P
CAP.
0.0022uP
50V
B
GRM40B222M50PT
K22170809
C
2026
CHI P CAP.
330pF
50V
CH
GR~140CH331
J50
PT
K22170247
C
2027
AL.
ELECTRO.
CAP.
10uF
50V
50VlOOM5X11
TR5
K46170021
C
2028
AL.
ELECTRO.
CAP.
lOuF
50V
50V100M5X1lTR5
K46170021
C
2029
AL.
ELECTRO.
CAP.
10uF
50V
50VIOOM5X
11
TR5
K46170021
C
2030
AL.
ELECTRO.
CAP.
10uF
50V
50V100M5X1lTR5
K46170021
C
2031
CHI P CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
2032
CHIP
CAP.
O.OluF
50V
B
GRM40BI03M50PT
K22170817
C
2033
CHI P CAP.
68pF
50V
CH
GRM40CH680J50PT
K22170231
C
2034
TANTA~UM
CHIP
CAP.
1uf
16V
TESVAICl05Ml-8R
K78120009
Instruction
Manual
78
-5
Page 70
VXR-5000
REF.
DESCRIPTION
VALU~
WV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
---------------------
---------
-----
----
-
-----------------
---------
--------
----
C
2035
CHIP
CAP.
O.OluF
50V
B
GR~140B103M50PT
K22l70817
C
2036
TANTALUM
CHIP
CAP.
0.47uF
25V
TESVAlE474Ml-8R
K78140009
C
2037
TANTALUM
CHIP
CAP.
'1.7uF
l6V
TEMSVA1C475H-8R
K78120031
C
2038
AL.ELECTRO.CAP.
10uF
50V
50V 1 00ivl5X
11
TR5
K46170021
C
2039
AL.
ELECTRO.
CAP.
10uF
50V
50V
100M5X11
TR5
K46170021
C
2040
CHIP
CAP.
0.0022uF
50V
B
GRM40B222M50PT
K22170S09
C
2041
CHI P CAP.
0.0015uF
50V
B
GRM40B152M50PT
K22170S07
C
2042
CHI P CAP,
O. 1 uF
25V
B
GRM40BI04M25PT
K22140S11
C
2043
CHIP
CAP.
O.
luF
25V
B
GRM40BI04M25PT
K22140S11
C
2044
CHI P CAP,
O.
1uF
25V
B
GRM40BI04t125PT
K22140S11
C
2045
CH
I P
CAP.
100pF
50V
CH
GRM40CHI0IJ50PT
K22170235
C
2046
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02K50PT
K22170825
C
2047
CHIP
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22l708l7
C
204S
CHIP
CAP.
0.0047uP
50V
B
GRM40B472M50PT
K22l70Sl3
C
2049
CHI P CAP.
330pF
50V
CH
GRM40CH331J50PT
K22l70247
C
2050
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTICY475R
K7Sl20039
C
2051
TANTALUM
CHIP
CAP.
0.47uF
35V
TEMSVAlV474M-SR
K7Sl60029
C
2052
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTlCY475R
K78120039
C
2053
CHIP
CAP.
O.
luF
25V
B
GRiHOBl04M25PT
K22140Sll
C
2054
TANTALUM
CHIP
CAP.
4.
7uF
l6V
ECSTlCY475R
K7Sl20039
C
2055
TANTALUM
CHIP
CAP.
4.7uF
16V
ECSTICY475R
K78120039
C
2056
CHI P CAP.
O.
luF
25V
B
GRM40B104M25PT
K22140S11
C
2057
CHI P CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170S17
C
2058
CHIP
CAP.
O.luF
25V
B
GRM40B104M25PT
K22140S11
C
2059
CHI P CAP.
O.OluF
50V
B
GR~140BI03M50PT
K22170S17
C
2060
CHI P CAP.
O.OluP
50V
B
GRM40B103M50PT
K22170S17
C
2061
CHI P CAP.
330pF
50V
CH
GRM40CH33lJ50PT
K22170247
C
2062
AL.
ELECTRO.
CAP.
10uF
50V
50V100M5X11TR5
K46170021
C
2063
CHI P CAP.
O.luF
25V
B
GRM40B104M25PT
K22140S11
C
2064
CHIP
CAP.
O.OluF
50V
B
GRM40Bl03M50PT
K22170817
C
2065
CHI P CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170S17
C
2066
CHIP
CAP.
O.OluF
50V
B
GRM40B103M50PT
K22170S17
C
2067
CHI P CAP.
330pF
50V
CH
GRM40CH331J50PT
K22170247
C
206S
CHIP
CAP.
270pF
50V
CH
GR~140CH271J50PT
K22170245
C
2069
CH
I P
CAP.
O.OluF
50V
B
GRM40BI03M50PT
K22170S17
C
2070
TANTALUM
CHIP
CAP.
1uF
16V
TESVA1Cl05~i1-SR
K78120009
C
2071
CHIP
CAP.
330pF
50V
CH
GRM40CH331J50PT
K22170247
C
2072
CHI P CAP.
220pF
50V
CH
GRM40CH221J50PT
K22170243
C
2073
CH
I P
CAP.
220pF
50V
CH
GRM40CH221J50PT
K22170243
C
2074
TANTALUM
CHIP
CAP.
1uF
16V
TESVAICI05M1-SR
K7S120009
C
2075
CHIP
CAP.
O.luF
25V
B
GRM40B104M25PT
K22140811
C
2077
AL.
ELECTRO.
CAP.
10uP
50V
50V100M5Xl1TR5
K46l7002l
C
207S
AL.
ELECTRO.
CAP.
10uP
50V
50VlOOM5XllTR5
K46l7002l
C
2079
AL.ELECTRO.CAP.
10uF
50V
50V100M5XllTR5
K46l7002l
C
20S0
CHIP
CAP.
O.OluF
50V
B
GRM40Bl03M50PT
K22l70Sl7
C
2081
AL.
ELECTRO.
CAP.
100uF
lOY
lOV101M5XIITR5
K46100004
C
2082
CHI P CAP.
O.OluF
50V
B
GRM40Bl03M50PT
K22l708l7
C
2083
AL.
ELECTRO.
CAP.
100uF
25V
25V10lM6Xll
TR5
K46l40005
C
2084
AL.
ELECTRO.
CAP.
22uF
50V
50V220M5Xl1TR5
K46170022
C
2085
AL.ELECTRO.CAP.
100uF
25V
25V101M6X1lTR5
K46140005
C
2086
AL.ELECTRO.CAP.
10uF
50V
50V100M5X11TR5
K46170021
C
2087
AL.ELECTRO.CAP.
10uF
50V
50VlOOM5XllTR5
K46170021
78-6
Ins
truction
lJ.!anual
Page 71
VX
R-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MPGR'S DESIG
YAESU
P
IN
VGRS.
LOT.
------
---------------------
---------
-
----
----
-------
-
----------
---------
------
- - - -
--
C
2088
CHIP
CAP.
O.
1uF
25V
B
GRr'140B104M25PT
K22140811
C
2089
AL.
ELECTRO.
CAP.
10uF
50V
GOV100M5X11TR5
K46170021
C
2090
AL.
ELECTRO.
CAP.
47uF
25V
25V470M5X11TR5
K46140004
C
2091
CH
I P
CAP.
O.OluP
50V
B
GR~140B103M50PT
K22170817
C
2092
AL.
ELECTRO.
CAP.
lOu/<'
50V
50V100M5X11TR5
K46170021
C
2093
CH
I P
CAP.
100pF
50V
CH
GRM40CHIOIJ50PT
K22170235
C
2094
CHI P CAP.
lOOpF
50V
CH
GRM40CH101J50PT
K22170235
C
2095
AL.
ELECTRO.
CAP.
100uP
25V
25V101M6X11TR5
K46140005
C
2096
CHI P CAP.
O.
luI"
2GV
B
GRM40B 1 04t125PT
K2214081
1
C
2097
TANTALUM
CHIP
CAP.
luP
16V
TESVAICI05Ml-8R
K78120009
C
2098
TANTALUM
CHIP
CAP.
luI"
16V
TESVAIC105Ml-8R
K78120009
C
2099
CHIP
CAP.
330pF
50V
CH
GRM40CH33IJ50PT
K22170247
C
2100
TANTALUM
CHIP
CAP.
4.
7uF
16V
TEMSVA1C475M-8R
K78120031
C
2101
TANTALUM
CHIP
CAP.
4.
7uF
16V
TEMSVA1C475M-8R
K78120031
C
2102
TANTALUM
CHIP
CAP.
4.
7uP
16V
TEMSVA1C475M-8R
K78120031
C
2103
TANTALUM
CHIP
CAP.
4.
7uP
I
GV
ECSTlCY475R
K78120039
C
2104
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECST1CY475R
K78120039
C
2105
TANTALUM
CHIP
CAP.
4.
7uP
16V
ECSTlCY475R
K78120039
C
2106
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTICY475R
K78120039
C
2107
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTlCY475R
K78120039
C
2108
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTlCY475R
K78120039
C
2109
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTlCY475R
K78120039
C
2110
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECSTlCY
475R
K78120039
C
2111
AL.
ELECTRO.
CAP.
10uF
50V
50V100M5X11TR5
K46170021
C
2112
TANTALUM
CHIP
CAP.
1
uP
16V
TESVA1C105M1-8R
K78120009
C
2113
TANTALUM
CHIP
CAP.
4.
7uF
16V
ECST1CY475R
K78120039
C
2114
CHI P CAP.
100pF
50V
CH
GRM40CH
10IJ50PT
K22170235
C02001
CERAMIC
OSC
CSB1000J221
T
117900550
o
2003
DIODE
lSS184
TE85R
G2070009
J
2001
CONNECTOR
SC25-04\~L
P0090713
J
2002
CONNECTOR
60278-10Z103-T
P0090956
J
2003
CONNECTOR
60278-10Z103-T
P0090956
J
2004
CONNECTOR
6027B-10Z103-T
P0090956
J
2005
CONNECTOR
SC25-13~IL
P0090720
J
2006
CONNECTOR
SC25-04WL
P0090713
J
2007
cmlNECTOR
SC25-02IVL
P0090712
J
2008
CONNECTOR
R41-2736H
P1090677
J
2009
CONNECTOR
HSJ1468-01-120
P1090691
Q
2001
IC
~IC14053BFR1
G1091524
Q
2002
IC
NJM2902
M-T2
G1090908
Q
2003
IC
N
JM2902M-T2
G1090908
Q
2004
IC
NJU40668M(T2)
GI091433
Q
2005
IC
NJM2902M
-T2
G1090908
Q
2006
IC
NJM2902M-T2
G1090908
Q
2007
IC
MC14053BFR1
G1091524
Q
2008
IC
MX165CLH-TR
G1092010
Q
2009
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
2010
TRANSISTOR
2SC2812L6-TA
G3328127F
Instruction
Manua
l
78-7
Page 72
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG Y AESU P /N
VERSo
LOT.
------
---------------------
---------
-----
----
------------------
---------
--------
----
Q
2011
IC
NJM2902M-T2
G1090908
Q
2012
IC
UPC78L05J
G1090848
Q
2013
IC
MX165CLH-TR
G1092010
Q
2014
IC
AN6541
G1091146
Q
2015
Ie
TDA7233D-TR
G1091112
Q
2016
TRANSISTOR
DTC144EK
T147
G3070033
R
2001
CHIP
RES.
18K
1/lOW
5%
RMC1/10T
183J
J24205183
R
2002
CHI
PRES.
6.8K
1/10W
5%
RMC1/10T
682J
J24205682
R
2003
CHIP
RES.
56K
l/lOW
5%
RMC1/10T
563J
J24205563
R
2004
CH I PRES.
47K
1/10W
5%
RMC1/lOT
473J
J24205473
R
2005
CH I PRES.
47K
1/10W
5%
RMC1/lOT
473J
J24205473
R
2006
CH I PRES.
68K
1/lOW
5%
RMC
1/
lOT
683J
J24205683
R
2007
CHI
PRES.
220K
l/lOW
5%
RMC1/lOT
224J
J24205224
R
2008
CH I PRES.
68K
1/lOW
5%
RMC
1/ 1
OT
683J
J24205683
R
2009
CHIP
RES.
1.
5K
1/lOW
5%
RMC1/10T
152J
J24205152
R
2010
CHIP
RES.
4.
7K
1/lOW
5%
RMC1/10T
472J
J24205472
R
2011
CHI
PRES.
560
l/lOW
5%
RMC1/10T
561J
J24205561
R
2012
CHIP
RES.
560
1/lOW
5%
RMC1/10T
561J
J24205561
R
2013
CHI
PRES.
47K
1/10W
5%
RMC1/10T
473J
J24205473
R
2014
CHIP
RES.
33K
1/10W
5%
RMC
1/
lOT
333J
J24205333
R
2015
CHIP
RES.
220K
1/10W
5%
RMC1/10T
224J
J24205224
SEP
12.5
R
2015
CHIP
RES.
180K
1/10W
5%
RMC1/10T
184J
J24205184
SEP
20
R
2015
CHIP
RES.
150K
1/10W
5%
RMC1/10T
154J
J24205154
SEP
25
R
2016
CHIP
RES.
220K
1/lOW
5%
RMC
1/ 1
OT
224J
J24205224
SEP
12.5
R
2016
CHI
PRES.
180K
l/lOW
5%
RMC1/10T
184J
J24205184
SEP
20
R
2016
CHIP
RES.
150K
1/10W
5%
RMC
1/lOT
154J
J24205154
SEP
25
R
2017
CHI
PRES.
560K
1/10W
5%
RMC1/10T
564J
J24205564
R
2018
CHIP
RES.
15K
1/10W
5%
RMC1/lOT
153J
J24205153
R
2019
CHIP
RES.
220K
1/lOW
5%
RMC
1/
lOT
224J
J24205224
SEP
12.5
R
2019
CHIP
RES.
180K
1/lOW
5%
RMC
1/
lOT
184J
J24205184
SEP
20
R
2019
CHIP
RES.
150K
1/lOW
5%
RMC1/10T
154J
J24205154
SEP
25
R
2020
CH I PRES.
220K
1/10W
5%
RMC
1/
lOT
224J
J24205224
SEP
12.5
R
2020
CHIP
RES.
180K
1/lOW
5%
RMC1/10T
184J
J24205184
SEP
20
R
2020
CH I PRES.
150K
1/10W
5%
RMCl/lOT
154J
J24205154
SEP
25
R
2021
CHIP
RES.
220K
1/10W
5%
RMC1/10T
224J
J24205224
SEP
12.5
R
2021
CHI
PRES.
180K
1/lOW
5%
RMC1/10T
184J
J24205184
SEP
20
R
2021
CHI
PRES.
150K
1/10W
5%
RMC
1/
lOT
154J
J24205154
SEP
25
R
2022
CHIP
RES.
4.7K
1/10W
5%
RMC1/lOT
472J
J24205472
R
2023
CHI
PRES.
33K
1/10W
5%
RMC1/10T
333J
J24205333
R
2024
CH I PRES.
33K
1/10W
5%
RMC
1/1
OT
333J
J24205333
R
2025
CH I PRES.
47K
1/10W
5%
RMC1/10T
473J
J24205473
R
2026
CH I PRES.
2.2K
1/10W
5%
RMC1/10T
222J
J24205222
R
2027
CHI
PRES.
4.
7K
1/lOW
5%
RMC1/10T
472J
J24205472
R
2028
CHI
PRES.
47K
1/lOW
5%
RMC1/lOT
473J
J24205473
R
2029
CH I PRES.
4.
7K
1/lOW
5%
RMC1/10T
472J
J24205472
R
2030
CHIP
RES.
47K
1/lOW
5%
RMC1/lOT
473J
J24205473
R
2031
CHIP
RES.
47K
1/10W
5%
RMC1/lOT
473J
J24205473
R
2032
CHIP
RES.
6.8K
1/10W
5%
RMC1/10T
682J
J24205682
R
2033
CH I PRES.
4.
7K
1/10W
5%
RMC1/10T
472J
J24205472
R
2034
CH I PRES.
4.
7K
1/10W
5%
RMC1/10T
472J
J24205472
R
2035
CH I PRES.
15K
1/lOW
5%
RMC1/10T
153J
J24205153
78-8
Instruction
Manual
Page 73
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
------ --------------------- ---------
-----
----
------------------ ---------
--------
----
R
2036
CHIP
RES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J2420547Z
R
2037
CHIP
RES.
1.
2K
1/101'1
5%
RMC1/10T
122J
J24205122
R
2038
CH I PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
2039
CHIP
RES.
1.
2K
1/101'1
5%
RMC
1/
lOT
122J
J24205122
R
2040
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2041
CHI
PRES.
6.8K
1/101'1
5%
RMC1/10T
682J
J24205682
R
2043
CH I PRES.
5.6K
1/101'1
5%
RMC1/lOT
562J
J24205562
R
2044
CH I PRES.
6.8K
1/101'1
5%
RMC1/lOT
682J
J24205682
R
2045
CH I PRES.
lOOK
1/101'1
5%
RMC1/10T
104J
J24205104
R
2046
CH I PRES.
lOOK
1/101'1
5%
RMC1/10T
104J
J24205104
R
2047
CHIP
RES.
22K
1/101'1
5%
RMC1/10T
223J
J24205223
R
2048
CH I PRES.
82K
1/101'1
5%
RMCl/10T
823J
J24205823
R
2049
CHI
PRES.
82K
1/101'1
5%
RMC1/10T
823J
J24205823
R
2050
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2051
CHI
PRES.
3.3K
1/101'1
5%
RMC1/10T
332J
J24205332
R
2053
CH I PRES.
1K
1/101'1
5%
RMC
1/
lOT
102J
J24205102
R
2054
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2055
CHIP
RES.
4.
7K
1/101'1
5%
RMC
1/
lOT
472J
J24205472
R
2056
CH I PRES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2057
CHI
PRES.
560
1/101'1
5%
RMC1/10T
561J
J24205561
R
2058
CH I PRES.
220K
1/101'1
5%
RMC
1/ 1
OT
224J
J24205224
R
2059
CHI
PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2060
CHIP
RES.
5.6K
1/101'1
5%
RMC1/10T
562J
J24205562
R
2061
CHI
PRES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
2062
CH I PRES.
0
1/101'1
5%
RMC1/10T
OOOJ
J24205000
R
2063
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2064
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2065
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2066
CHIP
RES.
560K
1/101'1
5%
RMC1/lOT
564J
J24205564
R
2067
CHIP
RES.
18K
1/101'1
5%
RMC1/lOT
183J
J24205183
R
2068
CHIP
RES.
56
OK
1/101'1
5%
RMC1/10T
564J
J24205564
R
2069
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2071
CH I PRES.
68K
1/101'1
5%
RMC1/10T
683J
J24205683
R
2072
CH I PRES.
82K
1/101'1
5%
RMC1/10T
823J
J24205823
R
2073
CH I PRES.
lOOK
1/101'1
5%
RMC1/10T
104J
J24205104
R
2074
CHIP
RES.
39K
1/101'1
5%
RMC1/10T
393J
J24205393
R
2075
CHIP
RES.
270K
1/101'1
5%
RMC1/10T
274J
J24205274
R
2076
CHI
PRES.
39K
1/101'1
5%
RMC1/10T
393J
J24205393
R
2077
CH I PRES.
4.
7K
1/101'1
5%
RMC
1/
lOT
472J
J24205472
R
2078
CH I PRES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2079
CH I PRES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2080
CH I PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
2081
CHIP
RES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
2082
CHI
PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2083
CH I PRES.
330K
1/101'1
5%
RMC1/10T
334J
J24205334
R
2084
CH I PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
2085
CH I PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
2086
CHIP
RES.
1K
1/101'1
5%
RMC1/10T
102J
J24205102
R
2087
CH I PRES.
1K
1/101'15%
RMC1/lOT
102J
J24205102
R
2088
CHIP
RES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2089
CHI
PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2090
CH I PRES.
100
1/101'1
5%
RMC1/lOT
101J
J24205101
Instruction
Manual
78-9
Page 74
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
------
---------------------
---------
-----
----
------------------
---------
--------
----
R
2091
CHIP
RES.
4.
7K
1/101v
5%
RMC
1/
lOT
472J
J24205472
R
2093
CHIP
RES.
2.2M
1/10\'1
5%
RMC1/10T
225J
J24205225
R
2094
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2096
CH I PRES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
2097
CH I PRES.
22K
1/10\'1
5%
RMC
1/ 1
OT
223J
J24205223
R
2098
CHI
PRES.
82K
1/10\'1
5%
RMC1/10T
823J
J24205823
R
2099
CHIP
RES.
4.
7K
1/10\'1
5%
RMC1/10T
472J
J24205472
R
2100
CHIP
RES.
82K
1/10\'1
5%
RMC1/10T
823J
J24205823
R
2101
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2102
CHIP
RES.
6.8K
1/10\'1
5%
RMC1/10T
682J
J24205682
R
2103
CHIP
RES.
6.8K
1/101'1
5%
RMCI/10T
682J
J24205682
R
2104
CHIP
RES.
1M
1/101'1
5%
RMC1/lOT
105J
J24205105
R
2105
CHIP
RES.
10K
1/10\'1
5%
RMC
1/
1
OT
103J
J24205103
R
2106
CHIP
RES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2107
CHIP
RES.
2.2K
1/10\'1
5%
RMC1/10T
222J
J24205222
R
2108
CHIP
RES.
a
1/101'1
5%
RMC1/lOT
OOOJ
J24205000
R
2109
CHIP
RES.
56K
1/101'1
5%
RMC1/10T
563J
J24205563
R
2110
CHIP
RES.
lOOK
1/101'1
5%
RMC1/lOT
104J
J24205104
R
2111
CHIP
RES.
6.8K
1/10\'1
5%
RMC
1/
lOT
682J
J24205682
R
2112
CHIP
RES.
3.9K
1/101'1
5%
RMC1/10T
392J
J24205392
R
2113
CHI
PRES.
470K
1/101'1
5%
RMC1/10T
474J
J24205474
R
2114
CHIP
RES.
47K
1/101'1
5%
RMC
1/
lOT
473J
J24205473
R
2115
CHI
PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2116
CHIP
RES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
2117
CHI
PRES.
47K
1/10\'1
5%
RMC1/10T
473J
J24205473
R
2118
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2119
CHIP
RES.
4.
7K
1/10\'1
5%
RMC1/10T
472J
J24205472
R
2121
CHIP
RES.
4.
7K
1/10\'1
5%
RMC1/10T
472J
J24205472
R
2122
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2123
CHIP
RES.
150K
1/101v
5%
RMC
1/
lOT
154J
J24205154
R
2124
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2125
CHI
PRES.
0
1/101'1
5%
RMC1/10T
OOOJ
J24205000
R
2127
CHI
PRES.
560
1/101'1
5%
RMC1/10T
561J
J24205561
R
2128
CHIP
RES.
6.8K
1/101'1
5%
RMC1/10T
682J
J24205682
R
2129
CHIP
RES.
4.
7K
1/10W
5%
RMC1/lOT
472J
J24205472
R
2130
CHIP
RES.
22K
1/101'1
5%
RMC1/10T
223J
J24205223
R
2131
CHIP
RES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2132
CHIP
RES.
22K
1/101'1
5%
RMC1/10T
223J
J24205223
R
2133
CHIP
RES.
10K
1/10\'1
5%
RMC
1/ 1
OT
103J
J24205103
R
2134
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
2135
CHIP
RES.
22K
1/101'1
5%
RMC1/10T
223J
J24205223
R
2136
CHIP
RES.
47K
1/101'1
5%
RMC1/lOT
473J
J24205473
R
2137
CHIP
RES.
22K
1/10\'1
5%
RMC
1/ 1
OT
223J
J24205223
R
2138
CHIP
RES.
47K
1/10\'1
5%
RMC1/10T
473J
J24205473
R
2139
CHIP
RES.
33K
1/10\'1
5%
RMC1/10T
333J
J24205333
R
2140
CHIP
RES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
2141
CHIP
RES.
2.2K
1/101'1
5%
RMC
1/
lOT
222J
J24205222
R
2142
CHI
PRES.
1K
1/101'1
5%
RMC1/10T
102J
J24205102
R
2143
CHI
PRES.
4.
7
1/101'1
5%
RMC1/10T
4R7J
J24205479
R
2144
CHIP
RES.
2.2K
1/10\'1
5%
RMC1/10T
222J
J24205222
R
2145
CHIP
RES.
560
1/101'1
5%
RMC1/10T
561J
J24205561
R
2146
CHI
PRES.
8.2K
1/101'1
5%
RMC1/lOT
822J
J24205822
78-10 Instruction
Manual
Page 75
VXR-5000
REF.
DESCR I PT
[ON
VALUE
Ir'iV
TOL.
MFGR'S
DESIG
YAESU
P/N
VERSo
LOT.
------
---------------------
---------
-----
----
------------------
---------
--------
----
R
2147
CHIP
RES.
1K
1/10W
5%
RMCl/10T
102J
J24205102
R
2148
CHIP
RES.
220
1/1m;
5%
Rt'IC1/10T
221J
J24205221
R
2149
CHI
PRES.
10K
1/10W
5%
RMC1/10T
103J
J24205103
R
2150
CHIP
RES.
47K
1/1D':!
5%
RMC1/lOT
473J
J24205473
R
2151
CHIP
RES.
47K
1/10\y
5%
RMC1/10T
473J
J24205473
R
2152
CHI
PRES.
33K
1/lOW
5%
RMC1/10T
333J
J24205333
R
2153
CHIP
RES.
4.
7K
1/10W
5%
RMC1/10T
472J
J24205472
R
2154
CH I PRES.
47K
1/10N
5%
RMC
1/ 1 OT
473J
J24205473
R
2155
CHIP
RES.
4.
7K
1/10W
5%
RMC1/10T
472J
J24205472
R
2156
CHIP
RES.
47K
1/10N
5%
RMC1/10T
473J
J24205473
R
2157
CHIP
RES.
47K
1/10N
5%
RMC1/10T
473J
J24205473
R
2158
CHIP
RES.
47K
l/lON
5%
RMC1/10T
473J
J24205473
R
2159
CHI
PRES.
4.
7K
1/10N
5%
RMC1/10T
472J
J24205472
R
2160
CHI
PRES.
1.
2K
1/1011
5%
RMC1/10T
122J
J24205122
R
2161
CHIP
RES.
47K
1/10W
5%
RMC1/10T
473J
J24205473
R
2162
CHI
PRES.
47K
1/10N
5%
RMCl/10T
473J
J24205473
R
2163
CHI
PRES.
1.
2K
1/10W
5%
RMC1/10T
122J
J24205122
R
2164
CH I PRES.
4.
7K
1/
10W
5%
RMC1/10T
472J
J24205472
R
2165
CHI
PRES.
4.
7K
1/
10\v
5%
RMCl/lOT
472J
J24205472
R
2166
CHI
PRES.
4.
7K
1/
1OVI
5%
RMCl/10T
472J
J24205472
R
2177
CH I PRES.
4.
7K
1/
10W
5%
RMC1/10T
472J
J24205472
R
2178
CHIP
RES.
47K
1/
10N
5%
RMC1/10T
473J
J24205473
R
2179
CARBON
FILM
RES.
560
1/6N
5%
RD16PJ561
J01225561
S
2001
SLIDE
SWITCH
SSSS21
N6090069
S
2003
SLIDE
SWITCH
SSSF
113-S06N
1
N6090098
S
2004
SLIDE
SWITCH
SSSS21
N6090069
S
2005
SLIDE
SWITCH
SSSS21
N6090069
S
2006
SLIDE
SWITCH
SSSF122-S06N1
N6090099
T
2001
TRANS.
L2190039
T
2002
TRANS.
L2190039
VR2001
POT.
10K
EVN-DCAA03B14
J50784103
VR2002
POT.
10K
EVN-DCAA03BI4
J50784103
VR2003
POT.
10K
EVN-DCAA03BI4
J50784103
VR2004
POT.
5K
EVN-DCAA03B53
J50784502
VR2005
POT.
10K
EVN-DCAA03B14
J50784103
VR2006
POT.
10K
EVN-DCAA03B14
J50784103
VR2007
POT.
10K
EVN-DCAA03BI4
J50784103
Instruction
Manua l
78-11
Page 76
Circuit Diagram
I
I I
I
I
I
I
I
I
I
,
I
I
I
I
I
I
I I I I
------------------0~1®~----------------1®®®®0®®~
TX-UNIT
R3002
.
L I J3001
J3002
~
L
:p.
~
~
P0090713
P0090716
"'
r-----~~~~~--------_r~
R30~w5:
R3003
1.211:
12K
R3004
560
R3007
1.211:
,,.
C3014 R301S
..
~
...
Ca007
100 25V
C300S
~~
R3008
O.
0056
9 C3035
~
150K :
.001-9
R3011 """
oll+
82K I
....
"'
>++--+--'t1fr--,
0.018
B
R3012
10K
'--.'~V
220K
~+
R3010
r-~_
220K
r
~:
C3011
~----~~--~----++--------------------=-------~~--------J~1.~i
Q3004
FM62
7-
'-----+--+---,
03001
r.>-<~
; R3019
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~
22K
R3059
'-->--
C3021
,-<I
I
g5~
~2
B
~o~
((:
,j,.
O:~gf"B
1
r------+-~5
R3017
220K
Q3002-1
NJM2904M
~~----~--------------~~
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Ul~
1
8iii
,~
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;if
.---_r------~6
a~
1~
!
~~!
R3023
~~
10K
~
C31
100
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14---.---~~._----------------------------
t
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R3026
4.7K
R3027
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um
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R3038;
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1
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________
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lOOp
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N •
NJM2904lo1
..
;;---0
10'"
O~ggtSB
f..
~~
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100.
CH
R30;;
..
2;
4.7K
R3054 R3055
18K
10K
C
03.°tf? I C3054 1
!
16V
:!:
0.01
~
R3058 1
1SV
1
1.2K
J.~
1
C3058 .",.
2.2
20V
C3044
0:'"
0.001
B
,.
~,.
Q3011
33
33
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I
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~R304'
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tr
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II
--
L
_______________________________________________
_
Instruction
Manual
Page 77
.----------------------------------------l
1
R3014
o
L3001
2.2p
X3001
GFS-720 (60206l
+
C30lS
2.2
50V
03002
188272
<D
'"
~g
..,.
o
C3012
100
25V
C3061
0.001
B
~+--~~--~--~----~------~~~
C3042
100
25V
R3033
laIC
R3034
4.71C
R306S
220
"
"'"
g",
..,
0",
Q300e
2SAI179-116
C3036
r-_-+-
___
....:..;:~--
__
.::.O:..:;.
001
B
nC3037
Sp
CH
03003
HSU277
C3047 7p
CH
I
t-_---"'--II-_--'NI...---+--{)
J3003
Q3009
2BC3366-R24
NOTE.
C3D49
0.001
B
C3040
15p
CH
R3046
470
R3041
10
RESISTOR
VALUES
ARE
IN
".I/IOW
I
CAPAC I TOR
VALUES
ARE
I N
of.
SOV
m
CAPAC I TOR
VALUES
ARE
TANTALUM
I
I
NDUCTDR
VALUES
ARE
IN H
UNLESS
OTHERWISE
NOTED.
R3047
470
_________________________________________
J
VXR-5000
7C-1
Page 78
VXR-5000
Parts Layout
[]
[]
IT::]
[]R3069
R3066 R
3068
03004
[]C3075
R3065
[]
!Ell
C3
063
obverse view
of
chi]
7C-4
Page 79
VXR-5000
s Layout
£BOE
J
100£0
10001
obverse view
of
component side
1C-3
Page 80
Instruction
Manual
I~
Input
AN6541
(a3001)
Page 81
side
~p.
on
1
M(C145190FER
03005)
TA78l05F
(
03003)
Co
Ilector I Call
ector
2
FMG2
(G2)
(0300
4)
Collector
Emitter
2SC2812
(l6) (03007) 2SC3356 (R24) (03006,3009,3010)
Pin
10
Pin8
'
~
'
-~
"
~'
Pin4
Pin'
NJM290
4M
(03002)
Gate
Dra
i n
2SK1577
(p1)
(
03011)
Em
i t te r
2SAl179
( M
6)
(03008)
Ca
thode
I
Anode 2
1SS272 (A
1)
(D3001,3002)
Instruction
1IH
lrJ.anual
Page 82
VXR-
5000
REF.
DESCRIPTION
VALUE
WV
TOL.
t1FGR'S
DESIG
YAESU
PIN
VERSo
LOT. LAY
ADR
------
------------------
--------
-----
----
------------------
---------
--------
----
-------
*
::~
*
TX
UNIT
***
PCB
with
Components
CA0970001
TYP
BSI
(!'i/O
TX
VCO
UN
IT,
J3003
CONNECTOR,
SH I ELD
CASE
CA0970002
TVP
A
6-
SHIELD
FRAME,
SPECIAL
NUT
(4pcs) , LEAF
SPRING)
CA0970003
TYP
B
6-
CA0970004
TYP
C
6-
PCB
with
Components
CS1291001
TYP
BS1
(W/O
J3003
CONNECTOR,SHIELD
CASE,SHIELD
FRA~E,
CS1291002
TYP
A
6-
SPECIAL
NUT(4pcs),LEAF
SPRING)
CS1291003
TYP
B
6-
CS1291004
TYP
C
6-
Printed
Circuit
Board
F3379000
C
3003
AL-
ELECTRO.
CAP. 100uF
25V
25V101M6XIITR5
K46140005
C
3006
CH
I P
CAP.
0.0056uF
50V
B
GRM40B562MSOPT
K22170814
C
3007
AL.
ELECTRO.
CAP
.
100uF
25V
25V101M6XI1TR5
K46140005
C
30ll
CHI P CAP
.
0.018uF
50V
B
GRM40B183M50PT
K22170820
C
3012
AL.ELECTRO.CAP.
100uF
25V
25V101M6X11TR5
K46140005
C
3013
AL.
ELECTRO.
CAP
.
100uF
25V
25V101M6X11TR5
K46140005
C
3014
TANTALUM
CHIP
CAP.
1uF
16V
TESVA1C105Ml-8R
K78120009
C
3016
AL.ELECTRO.CAP
.
100uF
25V
25V
10
1M6Xll
TR5
K46140005
C
3017
CH
I P
CAP.
O.OOluF
50V
B
GRM40B
102M50PT
K22170805
C
3018
AL.ELECTRO.CAP.
2 ..
2uF
50V
50V2R2M5X11TR5
K4617001B
C
3021
CHI P CAP
.
O.
1uF
25V
B
GRM40B104M25PT
K22140Gll
C
3022
CHI P CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
3023
CHI P CAP
.
O,
OluF
50V
B
GRM40B
103M50PT
K22170817
C
3024
CHI P CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
3025
CHIP
CAP.
15pF
50V
CH
GRM40CH150J50PT
K22170215
C
3026
CHIP
CAP
.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
3027
CH
I P
CAP
.
2pF
50V
CK
GRM40CK020C50PT
K22170203
TYP
A
6-
C
3027
CHI P CAP
.
7pF
50V
CH
GRM40CH070D50PT
K22170208
TYP
B
6-
C
3027
CHIP
CAP
.
7pF
50V
CH
GRM40CH070D50PT
K22170208
TYP
BS1
C
3027
CHI P CAP
.
7pF
50V
CH
GRM40CH070D50PT
K22170208
TYP
C
6-
C
3028
AL.ELECTRO.CAP
,
100uF
25V
25V101M6XI1TR5
K46140005
C
3029
TANTALUM
CHIP
CAP. 2.2uF
20V
TESVB21D225M8R
K78130010
C
3030
CHIP
CAP
.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
3031
CHIP
CAP.
O.
OOluF
50V
B
GRM40B102M50PT
K22170805
C
3033
AL.
ELECTRO.
CAP
,
100uF
25V
2bV101M6X11TR5
K46140005
C
3034
CHIP
CAP
.
O.
OOluF
50V
B
GRM40B102M50PT
K22170805
C
3035
CHIP
CAP
. O.
OOluF
50V
B
GRM40B102M50PT
K22170805
C
3036
CHI P CAP
.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
3037
CHI P CAP.
8pF
50V
CH
GRM40CH080D50PT
K22170209
C
3038
AL.
ELECTRO.
CAP.
lOOuF
2SV
25V101H6Xll
TR5
K46140005
C
3039
CHIP
CAP
.
O.
OluF
50V
B
GRM40BI03M50PT
K22170817
C
3040
CHI P CAP.
15pF
50V
CH
GRM40CH150J50PT
K22170215
C
3041
CHIP
CAP.
120pF
50V
CH
GRM40CH12IJ50PT
K22170237
C
3042
AL.ELECTRO.CAP
.
lOOuF
25V
25V101M6Xll
TR5
K46140005
C
3043
CHI P CAP
.
120pF
50V
CH
GRM40CH121J50PT
K22170237
C
3044
CH
I P
CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
3045
CHIP
CAP.
7pF
50V
CH
GRM40CH070D50PT
K22170208
C
3046
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
3047
CHIP
CAP.
7pF
50V
CH
GRM40CH070D50PT
K22170208
C
3049
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
Instruction
Manu
al
7C
-5
Page 83
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
iWGR;S
DESIG
YAESU
PIN
VERS
LOT,
LAY
ADR
------
---------------
---
--------
-----
----
------------------
---------
--------
----
-------
C
3050
CHI P CAP
.
100pF
50V
CH
GRM40CH10IJ50PT
K22170235
C
3051
CHIP
CAP
.
O.
OOluF
bOY
B
GRM40B102M
5
0PT
K2217080b
C
3053
FI
Li'i
CAP
.
0.01uF
16V
ECHUIC103JB5
K57120007
C
3054
FIUi
CAP
.
O.OluF
16V
ECHUICI03JB5
K57120007
C
3056
TANTALUM
CHIP
CAP
2.2uF
20V
TESVB2ID225M8R
K78130010
C
3061
CHIP
CAP
.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
3062
CHIP
CAP.
O.
OOluF
50V
B
GRM40BI02M50PT
K22170805
C
3063
CHI P CAP
.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
3064
CH
I P
CAP.
O.
OOluF
5
0V
B
GRM40B102M50PT
K22170805
C
3065
CHIP
CAP.
O.
OluF
50V
B
GRM40BI03M50PT
K22170817
C
3066
AL.ELECTRO,CAP,
100uF
25V
25VI0IM6XIITR5
K46140005
C
3067
CHIP
CAP.
O.
OOluF
50V
B
GRM40B102M50PT
K22170805
C
3068
TANTALUM
CHIP
CAP,
2.
2uF
20V
TESVB21D225M8R
K78130010
C
3069
CHIP
CAP
.
100pF
50V
CH
GRM40CH101J50PT
K22170235
C
3070
CH
I P
CAP.
O.
OOluF
50V
B
GRM40BI02M50PT
K22170805
C
3071
CHI P CAP.
100pF
5
0V
CH
GRM40CHI0IJ50PT
K22170235
C
3072
CHIP
CAP
.
100pF
50V
CH
GRM40CHI0IJ50PT
K22170235
C
3073
CHIP
CAP
.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
3074
CHIP
CAP
.
120pF
5
0V
CH
GRM40CH121J50PT
K22170237
C
3075
CHIP
CAP
.
7pF
50V
CH
GRM40CH070D50PT
K2217020S
C
3076
CHIP
CAP
. O.
1uF
2bV
B
GRM40BI04
M25
PT
K22140811
C
3080
CERAMIC
CAP.
O.
1uF
50V
Y5V
D33Y5VIH104Z51
K23170032
o
3001
DIODE
lSS272 TE8
5R
G207004
8
D
3002
DIODE
1SS272
TE85R
G2070048
D
3003
DIODE
HSU277
G2070118
D
3004
DIODE
l-ISU277
G2070118
J
3001
CONNECTOR
SC25-04\'IL
P0090713
J
3002
CONNECTOR
SC25-08WL
P009071b
J
3003
CONNECTOR
BNC-R~-I(~/O
LUG)
PI090773A
L
3001
M.RFC
2.
2uH
FLC32T-2R2K
L1690207
L
3002
CHIP
COIL
0.
22uH
LQN2AR22K
L1690003
TYP
A
6-
L
3002
CHIP
COIL
0.082uH
LQN2A82NM
L1690010
TYP
B
6-
L
3002
CHIP
COIL
0.
082uH
LQN2AS2NM
L1690010
TYP
BSI
L
3002
CHIP
COIL
0.082uH
LQN2A82NM
L1690010
TYP
C
6-
L
3003
CHIP
COIL
O.
082uH
LQN2A82NM
L1690010
L
3004
CHIP
COIL
0.
082uH
LQN2A82NM
L1690010
L
3005
M.RFC
2.
2uH
FLC32T-2R2K
L1690207
Q
3001
IC
AN6541
GI091146
Q
3002
IC
NJi'12904M-T2
G1091374
Q
3003
IC
TA78L05F
TE12R
GI091014
Q
3004
TRANSISTOR
FMG2
T99
G3070015
Q
3005
IC
MC145190FER
GI091621
Q
3006
TRANSISTOR
2SC3356-T2B
R24
G3333567D
Q
3007
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
3008
TRANSISTOR
2SA1179i'16-TA
G3111797F
Q
3009
TRANSISTOR
2SC3356-T2B
R24
G3333567D
Q
3010
TRANSISTOR
2SC3356-T2B
R24
G3333567D
Q
3011
FET
2SK1577
G3815777
R
3002
CH I PRES.
0
l/10W
5%
RMCl/10T
OOOJ
J24205000
7C-6
Instr
uction
Manua l
Page 84
VXR-5000
REI".
DESCRIPTION
VALUE
!'1V
TOL
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
LAY
ADR
------
------------------
--------
-----
----
-----------
-------
---------
--------
----
-------
R
3003
CHIP
RES.
12K
1/10W
5%
RMC1/10T
123J
J24205123
R
3004
CH I PRES.
560
1/1OVI
5%
RMC1/10T
561J
J24205561
R
3005
CH I PRES.
1.
2K
1/10W
5%
RMC1/lOT
122J
J24205122
R
3007
CH I PRES.
t
2K
1/10W
5%
RMC
1/
lOT
122J
J24205122
R
3008
CH I PRES.
150K
1/101'1
5%
RMC
1/ 1
OT 1 b4J
J24205154
R
3010
CHIP
RES.
220K
1/10W
5%
RMC1/10T
224J
J24205224
R
3011
CHIP
RES.
82K
1/10W
5%
RMC1/10T
823J
J24205823
R
3012
CH I PRES.
10K
1/10W
5%
RMC1/10T
103J
J24205103
R
3013
CHI
PRES.
4.
7K
1/lOW
5%
RMC1/10T
4:72J
J24205472
R
3014
CHIP
RES.
0
1/lOW
5%
RMC
1/
lOT
OOOJ
J24205000
R
3015
CHIP
RES.
220K
1/10W
5%
RMC1/10T
224J
J24205224
R
3016
CHIP
RES.
lSK
1/10W
5%
RMCl/10T
Hi3J
J24205153
R
3017
CH I PRES.
220K
1/10W
5%
RMC1/10T
224J
J24205224
R
3018
CHIP
RES.
10K
1/101'1
5%
RMCl/10T
103J
J24205103
R
3019
CHIP
RES.
22K
l/lOW
5%
RMC1/10T
223J
J24205223
R
3022
CH I PRES.
220K
1/lOW
5%
Rt1C1/10T
224J
J24205224
R
3023
CH I PRES.
10K
1/lOW
5%
RMC1/10T
103J
J24205103
R
3024
CH I PRES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
3025
CH I PRES.
12K
1/101'1
5%
RMC1/10T
123J
J24205123
R
3026
CH I PRES.
4
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
3027
CH I PRES.
0
1/10W
5%
RMC1/10T
OOOJ
J24205000
R
3028
CH I PRES.
33
1/101'1
5%
RMC
1/ 1
OT
330J
J24205330
R
3029
CH I PRES.
470
1/101'1
5%
RMC1/10T
471J
J24205471
R
3030
CHI
PRES.
3.
9K
1/10W
5%
RMC1/10T
392J
J24205392
R
3031
CHIP
RES.
33
1/10W
5%
RMC1/10T
330J
J24205330
R
3032
CHIP
RES.
2.2K
1/10W
5%
RMC1/10T
222J
J24205222
R
3033
CHIP
RES.
10K
1/10W
5%
RMe
1/ 1
OT
103J
J24205103
R
3034
CHI
PRES.
4.
7K
1/10W
5%
RMC1/10T
472J
J24205472
R
3035
CH I PRES.
18
1/101'1
5%
RMC1/10T
180J
J24205180
R
3036
CH I PRES.
12K
1/101'1
5%
RMC1/10T
123J
J24205123
R
3037
CH I PRES.
33
1/10W
5%
RMC1/10T
330J
J24205330
R
3038
CH I PRES.
33
1/10W
5%
RMC1/10T
330J
J24205330
R
3039
CHIP
RES.
27K
1/10W
5%
RMC1/10T
273J
J24205273
R
3040
CHI
PRES.
12K
1/10\v
5%
RMC
1/ 1
OT
123J
J24205123
R
3041
CHIP
RES.
10
1/10W
5%
RMC1/10T
100J
J24205100
R
3043
CH I PRES.
180
1/101'1
5%
RMC1/10T
181J
J24205181
R
3044
CH I PRES.
180
1/10W
5%
RMC1/10T
181J
J24205181
R
3045
CHIP
RES.
18
1/10W
5%
RMC1/10T
180J
J24205180
R
3046
CH I PRES.
470
1/101v
5%
RMC1/10T
471J
J24205471
R
3047
CHIP
RES.
470
1/101'1
5%
RMC1/10T
47lJ
J24205471
R
3048
CH I PRES.
lOOK
1/10W
5%
RMC1/lOT
104J
J24205104
R
3049
CH I PRES.
100
1/10W
5%
RMC1/lOT
101J
J24205101
R
3050
CHI
PRES.
3.3K
1/10W
5%
RMC1/10T
332J
J24205332
R
3052
CH I PRES.
4.
7K
1/1011
5%
RMC1/10T
472J
J24205472
R
3053
CH I PRES.
47
1/10W
5%
RMC1/10T
470J
J24205470
R
3054
CH I PRES.
18K
1/10W
5%
RMC1/10T
183J
J24205183
R
3055
CHI
PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
R
3056
CH I PRES.
2.2K
1/101'1
5%
RMC1/10T
222J
J24205222
R
3057
CH I PRES.
100
1/101'1
5%
Rt1Cl/10T
10lJ
J24205101
R
3058
CH I PRES.
1.
2K
1/10W
5%
RMC1/10T
122J
J24205122
R
3059
CHI
PRES.
100
1/10W
5%
RMC1/10T
10lJ
J24205101
R
3060
CH I PRES.
10
1/10W
5%
RMC1/10T
100J
J24205100
R
3061
CHlP
RES.
12K
1/10W
5%
RMC1/10T
123J
J24205123
R
3062
CH I PRES.
4.
7K
1/l0W
5%
RMC1/10T
47ZJ
J24205472
Instruction
Manual
7C-7
Page 85
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
"'FGR'S
DESIG
YAESU
P/N
VERSo
LOT.
LAY
ADR
R
3063
CH I PRES.
220
1/lOW
5%
RMC1/10T
221J
J24205221
R
3064
CH I PRES.
t
2K
1/lOW
5%
RMC1/10T
122J
J24205122
R
3065
CH I PRES.
330
1/10W
b%
RMCl/10T
331J
J24205331
R
3066
CH I PRES.
1.
8K
1/10W
5%
RMC1/10T
182J
J24205182
R
3067
CH I PRES.
1.
8K
1/10W
b%
RMC1/10T
182J
J24205182
R
3068
CHI
PRES.
220
1/10W
5%
RMC1/10T
221J
J24205221
R
3069
CH I PRES.
2.
7K
1/10W
5%
RMC1/10T
272J
J24205272
It
3070
CH I PRES.
1.
2K
1/10W
5%
RMC
1/ 1 OT
122J
J24205122
X
3001
XTAL
GFS-720(60206)
H9500210
LEAF
SPRING
R0136330A
SHIELD
FRAME
R0147200
SHIELD
CASE
R0519070A
SPECIAL
NUT
(4pcs)
R6068590
7C-8
Instruction
Manual
Page 86
Circuit Diagram
Q4004
2SA1179-M5
NOTE'
Q400S
2SA
117S-M5
RESISTOR
VALUES
ARE
IN
••
1/10W ,
CAPAC I TOR
VALUES
ARE
IN
.F.
50V I
m
CAPAC I TOR
VALUES
ARE
TANTALUM
I
U4001
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IT
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3.
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18
18
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B
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N~N~J~SA
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POOS0717
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25K 20K
12.5K
25K
C4009
56P 22P
22P
18P
C4023
27P 22P ISP ISP R4050
150
270
270
R4078
lOOK
C4012 22P
22P ISP
18P C4043 12P
8P
7P
7P
R4051
47
18
18
R4083
6S0
C4015 270P 220P
220P
220P C404S 2P
IP IP
IP
R4052 ISO
270
270
R4084
10K
C4016 ISP 12P 12P
12P C4054 18P
12P 12P 12P
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1.2K
1.5K
2.2K
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C4017
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C4057 120P 120P
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15
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lap lap
R4075
470
560 560
R4107 0
C4021 33P
22P
22P 22P C4067 22P 22P
IBP 18P R4077 10K 10K
- R4108 -
Instruction
Manual
Page 87
--------------------------------------------~--l
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0
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20K lOOK 6&0
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1.5K 0
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CFW455F
CFW455G
25K
20K
12.5K
25K 20K
12.5K
Q4019 DTCI44.K DTCI44EK - TH4002
157-501
157-501
-
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2SA1179 -
TH4003
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157-501
XF4001
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LOO22219
L0022219
LOO22174
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VXR-5000
70-1
Page 88
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0009-tiXII
Page 89
VXR-5000
oS
Layout
obverse .
VIew
of
com
ponent side
70
-3
Page 90
Instruction Manual
~,R
~LO
/
RF
IF
OBM0135
(04003)
I
~"OO
Input
AN6541
(04002)
Par
Page 91
side
Pin
1
MC145190FER (Q4014)
Pin
10
"'-..
Pin
7
NJM2902M
(Q4016)
Collector
25C3357 (RF) (Q4011)
Collector
Base
Em i tter
25A1179
(M5)
(12.5kHz 5EP)
(
Q4004,4005,4007)
25A1179
(M5)
(20,25kHz SEP)
[
Q4004,400U007)
4021
Pin
16
MC3372ML (Q4017)
Gate 2
Gate
I
Drain Source
35K131 (V12) (Q4010)
Collector
Base
Emi
tter
OTC115GK
(K29)
(Q4006)
Collector
Base
Emi
tter
25C2812
(L6)
[
Q4020,4023,4025)
4026
25C3356 (R24)
[
Q4012,4015,4018)
4024
Pin8
a
UT
COMMON
IN
TA78L05F
(Q4001)
Co
Ilector
Base
Emitter
OTA143EK
(13)
(Q4003,4009 )
Co
Ilector
Base
Emitter
OTC144EK
(26)
(12.5kHz 5EP)
(Q4008,4022,4027 )
OTC144EK
(26)
(20,25kHz 5EP)
[
Q4008,4019,4022]
4027
Anode
I.Cathode
2
Cathode I
Anode
2
155226 (C3) (04001,4004,4005 )
Instruction
Manual
Page 92
VX
R-5000
REF.
DESCRIPTION
VALUE
WV
TOL. MFGR'S
DESIG
YAESU
PIN
VERSo LOT.
LAY
ADR
------
------------------
--------
-----
----
-
-----------------
---------
--------
----
-------
PCB
with
Components
(W/O
RX
VCO
UNIT,J4003
CONNECTOR,
SHIELD
CASE,
SHIELD
FRAME,SHIELD
COVER,SPECIAL
NUT
(4pcs),
STICK
FINGER(3pcs))
PCB
with
Components
(W/O
J4003
CONNECTOR,
SHIELD
CASE,
SHIELD
FRAME
:
SHIELD
COVER,
SPECIAL
NUT
(4pcs)
,STICK
FINGER(3pcs))
Printed
Circuit
Board
C
4001
CHI P CAP.
e
4002
AL.ELECTRO.CAP.
C
4003
AL.
ELECTRO.CAP.
C
4004
CH
I P
CAP.
C
400S
CHIP
CAP.
C
4006
CHI P CAP.
C
4007
CH
I P
CAP.
C
4008
CHIP
CAP.
C
4009
CHIP
CAP.
C
4009
CHIP
CAP.
C
4009
CHIP
CAP.
C
4009
CHI P CAP.
C
4010
CHI P CAP.
C
4011
CHIP
CAP.
C
4012
CHI P CAP.
C
4012
CHI P CAP.
C
4012
CHI P CAP.
e
4012
CHI P CAP.
C
4013
AL.
ELECTRO.CAP.
C
4014
AL.
ELECTRO.CAP.
e
401S
CHI P CAP.
C
401S
CHI P CAP.
C
4015
CHIP
CAP.
C
4015
CHIP
CAP.
Ins
truction Manual
O.OOluF
SOV
100uF
2bV
100uF
2SV
O.
001uF
SOV
0.001uF
50V
O.OOluF
SOV
0.001ur
SOV
O,
001uF
SOV
S6pF
SOV
22pF
50V
22pF
bOY
18pF
SOV
O.OOluF
SOV
O.OOluP
50V
22pF
SOV
22pF
50V
18pr
50V
18pF
SOV
100uF
25V
100uF
2SV
270pF
50V
220pF
SOV
220pF
SOV
220pF
50V
B
GRM40BI02MSOPT 2SVIOU16X11
TR5
2SV101M6Xll
TRS
B
GRM40BI02MSOPT
B
GRM40BI02MSOPT
B
GRM40B
102MSOPT
B
GRM40B102M50PT
B
GRM40BI02M50PT
CH
GRM40CHS60JSOPT
CH
GRM40CH220JSOPT
CH
GRM40CH220JSOPT
CH
GRM40CH180JSOPT
8
GRM40B102M50PT
8
GRM40BI02MSOPT
CH
GRM40CH220JSOPT
CH
GRM40CH220JSOPT
CH
GRM40CH180J50PT
CH
GRM40CH180JSOPT 2SV101M6X11TRS 2SV101M6XllTRS
CH
GRM40CH271JSOPT
CH
GRM40CH221JSOPT
CH
GRM40CH221JSO
PT
CH
GRM40CH221J50PT
CAI031001
8S1,2SK
CAI0310028S1,20K
5-
CAI031003
BSL
12.
SK
5-
CAI031004
A,2SK
6-
CAI03100S
A,20K
6-
CAI031006
A,12.5K
6-
CA10310078,2SK
6-
CA10310088,20K
6-
CA10310098,12.SK
6-
CA1031010
C,25K
6-
CA1031011
C,20K
6-
CA1031012
C,12.SK
6-
CS1292001
BS1,25K
CS1292002
BS1,20K
S-
CS1292003
BS1.
12.SK
S-
CS1292004
A,25K
6-
CS1292005
A,20K
6-
CS1292006
A,
12.
5K
6-
CS1292007
B,25K
6-
CS12920028,20K
6-
CS1292009
B,12.5K
6-
CS1292010
C,25K
6-
CS1292011
C,20K
6-
CS1292012
C,12.5K
6­F3380000 K22170805
K46140005 K4614000S K2217080S K22170805 K2217080S K2217080S K22170805 K22170229
TYP
A
6-
K22170219
TYP
B
6-
K22170219
TYP
BS1
K22170217
TYP
C
6­K2217080S K2217080S K22170219
TYP
A
6­K22170219
TYP
B
6­K22170217
TYP
BS1
K22170217
TYP
C
6­K4614000S K4614000S K2217024S
TYP
A
6­K22170243
TYP
B
6­K22170243
TYP
BS1
K22170243
TYP
C
6-
70-5
Page 93
VXR-5000
REF.
DESCRIPTIOd
VALUE
WV
TOL
.
MFGR'S
DESIG
YAESU
PIN
VERS
o
LOT.
LAY
ADR
---
---
------------------
--------
-----
----
------------------
---------
--------
----
-------
C
4016
CH[ P CAP.
18pF
50V
CH
GRM40CH180J50PT
K22170217
TYP
A
6-
C
4016
CHI P CAP.
12pF
50V
CH
GRM40CH120J50PT
K22170213
TYP
B
6-
C
4016
CHIP
CAP
.
12pF
50V
CH
GRM40CH120J50PT
K22170213
TYP
BS1
C
4016
CHIP
CAP.
12pF
bOY
CH
GRM40CH120J50PT
K22170213
TYP
C
6-
C
4017
CHIP
CAP
.
1pF
50V
CK
GRM40CKOIOC50PT
K22170202
TYP
A
6-
C
4017
CHIP
CAP
.
0
.5p
F
bOY
CK
GRM40CKOR5C5
0
PT
K2217020l
TYP
B
6-
C
4017
CHI P CAP
.
0.
5pf'
SOil
CK
GRM40CKOR5C50PT
K22170201
TYP
BSl
C
4017
CHIP
CAP
.
0.5pF
50V
CK
GRM40CKOR5C50PT
K22l70201
TYP
C
6-
C
4018
CHI P CAP.
O.
OOluF
50
v
B
GRM40B102M50PT
K2217080t)
C
4019
CHI P CAP
.
1pF
50V
CK
GRM40CK010C50PT
K22170202
TYP
A
6-
C
4019
CHIP
CAP
.
2pF
50V
CK
GRM40CK020C50PT
K22170203
TYP
B
6-
C
4019
CHI P CAP.
2pF
50V
CK
GRM40CK020C50PT
K22170203
TYP
SSl
C
4019
CHI P CAP
.
2pF
50
V
CK
GRM40CK020C50PT
K22170203
TYP
C
6-
C
4020
CHIP
CAP.
O.
OOluF
50V
B
GRM40Bl02h50PT
K22170805
C
4021
CHI P CAP.
33pF
50V
CH
GRMOCH330J50PT
K22170223
TYP
A
6-
C
4021
CHI P CAP
..
22pF
50V
CH
GRM40CH220J50PT
K22170219
TYP
B
6-
C
4021
CHI P CAP.
22pF
50V
CH
GRi,140CH220J5
0PT
K22170219
TYP
BSl
C
4021
CHI P CAP.
22pF
50V
CH
GRM40CH?,20J50PT
K22170219
TYP
C
6-
C
4022
TANTALUM
CHIP
CAP
.
4.
7uF
10V
TESVB21A475M8R
K78100010
C
4023
CHIP
CAP.
27pF
bOY
CH
GR[.j40CH270J50PT
K22170221
TYP
A
6-
C
4023
CHIP
CAP
,
22pF
50V
CH
GRM40CH220J50
PT
K221702l9
TYP
B
6-
C
4023
CHIP
CAP.
18pF
50V
CH
GRM40CH180J50PT
K221702l7
TYP
BSI
C
4023
CHI P CAP.
l8pF
bOY
CH
GRM40CH180J50PT K22l702l7
TYP
C
6-
C
4024
CHIP
CAP
.
O.OOluF
50V
B
GRM40B102M50PT
K2217080b
C
4025
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
4026
TANTALUM
CHIP
CAP.
4.
7uF
10V
TESVB21A475M8R
K78100010
C
4027
CHIP
CAP.
O.OOluF
50V
B
GRM40Bl02M50PT
K22l70805
C
4028
CH
I P
CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22l70805
C
4029
CHIP
CAP
.
O.OOluF
50V
B
GRM40Sl02M50PT
K22l70805
C
4030
CHIP
CAP.
100pF
50V
CH
GRM40CHlOlJ50PT
K22l70235
C
4031
CHI P CAP.
O.OluF
50V
B
GRM40B
103M50PT
K22l70817
C
4032
CHIP
CAP.
O.OOluF
50V
B
GRM40Bl02M50PT
K22170805
C
4033
CHI P CAP.
18pF
50V
CH
GRM40CH180J50PT
K22170217
C
4034
CHI P CAP.
O.OOluF
50V
B
GRM40B102~i50PT
K22l70805
C
4035
TANTALUM
CHIP
CAP
4.
7uF
10V
TESVB21A475M8R
K78l000
10
C
4036 CHI P CAP.
O.OOluF
50V
B GRM40B
102M50PT
K22170805
C
4037
CH
I P
CAP.
O.OOluF
50V
B
GRM40Bl02M50PT
K22170805
C
4038
FILM
CAP.
O.OluF
16V
ECHU
1 C
103JB5
K57120007
C
4039
CHIP
CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4040
CHIP
CAP
.
3pF
50V
CJ
GRM40CJ030C50P
T
K22170204
C
4041
FILM
CAP
.
0.0047uF
16V
ECHU1C472JB5
K57120003
C
4042
CHI P CAP.
O.
OOluF
50V
B
GRM40B102i
,
150PT
K22170805
C
4043
CHIP
CAP.
12pF
50V
CH
GRM40CH120J50PT
K22170213
TYP
A
6-
C
4043
CH
I P
CAP
.
8pF
50V
CH
GRM40CHOGOD50PT
K22170209
TYP
B
6-
C
4043
CHI P CAP.
7pF
SOV
CH
GRM40CH070D50PT
K22170208
TYP
BSl
C
4043
CHI P CAP.
7pF
50V
CH
GRM40CH070D50PT
K22170208
TYP
C
6-
C
4045
CHI P CAP.
22pr
50V
CH
GR~i40CH220J50PT
K22170219
C
4046
CHIP
CAP.
2pF
50V
CK
GRM40CK020C50PT
K22170203
TYP
A
6-
C
4046
CH
I P
CAP
.
IpF
50V
CK
GRM40CK010C50PT
K22170202
TYP
B
6-
C
4046
CHIP
CAP.
1pF
50V
CK
GRMOCKOIOC50PT
K22170202
TYP
BSI
C
4046
CHI P CAP.
IpF
50V
CK
GRM40CKOIOC50PT
K22170202
TYP
C
6-
C
4047
TANTALUM
CHIP
CAP.
O.
33uF
35V
TESVAIV334Ml-8R
K78160028
C
4049
CHI P CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4050
CH
I P
CAP
.
2pF
50V
CK
GRM40CK020C50PT
K22170203
70
-6
I
nstruc
tion M
anual
Page 94
VXR
-500
0
REF
.
DESCRIPTION
VALUE
WV
T
OL
M
FGR
'S D
ESIG
YAESU
PIN
VERS
o
LOT. LAY
ADR
- -
----
-----------------
- -
-----
--
-----
----
-
--------
--
-------
-----
---
-
---
---
--
----
-
---
---
C
4051
CHIP
CAP.
1
00p
F
50V
CH
GRM40CH10IJ50PT
K22170235
C
4052
CHI P CAP.
O.OOluF
50V
B
GRM40B102M
b
OPT
K2217080b
C
4054
CHIP
CAP.
l8pF
50V
CH
GRM40CH180J50PT
K22170217
TYP
A
6-
C
4054
CHIP
CAP,
12pF
50V
CH
GRM40CH1
20J
50PT
K22170213
TYP
B
6-
C
4054
CHIP
CAP
12pF
bOY
CH
GRM40CH120J50PT
K22170213
TYP
BSI
C
4054
CH
I P
CAP.
12
pF
50V
CH GRM4
0CH120J50P
T
K22170213
TYP
C
6-
C 40
55
CHIP
CAP.
o 0
01
uF
50V
B
GRM40B102~J50P
T
K22170805
C
4056
CHIP
CAP.
33
pF
bOY CH
GRM40CH3
30J
50PT
K22170223
C
4057
CHIP
CAP.
120pF
50V
CH
GRM4
0CH
121J50PT
K22170237
TYP
A
6-
C
4057
CHIP
CAP.
120pF
50V
CH
GRM40CH121J50P
T
K22170237
TYP B
6-
C
4057
CHIP
CAP.
100pF
tiOV
CH
GRM40CHl01J50
PT
K22l70235
TYP
BSI
C
4057
CHIP
CAP.
100pF
50V
CH
GRM40CH10IJ50PT
K2217023t5
TYP
C
6-
e
4059
CHIP
CAP
.
o 00
1uF
50V
B
GRM40B102H50PT
K22170805
C
4060
CH
I P
CAP.
39pF
50V
CH
GRM40CH390J50PT
K22170225
C
4061
CHIP
CAP.
47pF
50V
CH
GRM40CH470J50PT
K22170227
TYP
A
6-
C
4061
CHI P CAP
.
22pF
50V
CH
GR
M40CH220J50PT
K22l70219
TYP
B
6-
C
4061
CHIP
CAP.
l8pF
b
OY
CH
GRM40CH180J50PT
K221702l7
TYP
BSI
C
4061
CHIP
CAP.
l8pF
50V
CH
GRM40CH180
J50
PT
K221702l7
TYP
C
6-
C
4062
CHI P CAP
.
3pF
50V CJ
GRM40CJ030C50PT
K22170204
C
4063 CHIP
CAP.
2pF
50V
CK
GRM40CK020C50PT
K22170203
C
4065
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
4066
CHIP
CAP.
15pF
50V
CH
GRM40CH150J50PT
K22l70215
C
4067
CH
I P
CAP
.
22pF
50V
CH
GRM40CH220J50PT
K22l70219
TYP
A
6-
C
4067
CH
I P
CAP.
22pF
50V
CH
GRM40CH220J50PT
K22170219
TYP
B
6-
C
4067
CHIP
CAP
.
l8pF
50V
CH
GRM40CH180J50PT
K22170217
TYP
BSI
C
4067
CH
I P
CAP.
18pF
50V
CH
GRM40CH180J50PT
K22170217
TYP
C
6-
C
4068
CHIP
CAP.
12pF
50V
CH
GRM40CH120J50PT
K22170213
C
4069
CHIP
CAP.
O.OOluF
50V
B
GRi'140B 1 02M50PT
K22170805
C
4070
CHIP
CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4071
AL.
ELECTRO.
CAP. 100uF
25V
25V101M6Xll
TR5
K46140005
C
4072
TANTALUM
CHIP
CAP.
47uF
10V
TEMSVD21A476M12R
K78100019
C
4073
AL.
ELECTRO.
CAP.
100uF
25V
25V101M6Xll
TR5
K46140005
C
4074
CHIP
CAP
.
56pF
50V
CH
GRM40CH560J50PT
K22170229
C
4075
CH
I P
CAP
.
15pF
50
V
CH
GR~i40CH
150J50PT
K22170215
C
4076
CH
I P
CAP.
O.
luF
25V
B
GRM40BI04M25PT
K22140811
C
4077
CHIP
CAP.
0,
047
uF
50V
B GR
M40B473M50PT
K22170823
C
4078
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02M50PT
K221708
05
C
4079
CH I P
CAP.
27pF
50
V
CH
GRM40CH270J50PT
K22170221
C 4080
CHIP
CAP.
82pF
50V
CH
GRM40CH820J50PT
K22170233
C
4081
CHIP
CAP.
120pF
50V
CH
GRM40CH121J50PT
K22l70237
C
4082
CHI P CAP.
l20pF
50V
CH
GRM40CH121J50PT
K22170237
SEP 12.5
5-
C
4082
CHI P CAP.
82pF
50V
CH
GRM40CH820J50PT
K22170233
SEP
20
5-
C
4082
CHIP
CAP.
82pF
50V
CH
GRM40CH820J50PT
K22170233
SEP
25
C
4083
AL.
ELECTRO.
CAP.
100uF
25V
25VIOIM6Xll
TR5
K46140005
C
4084
CHI P CAP.
O.
1uF
25V
B
GRM40B104M25PT
K22l40811
C
4085
CHI P CAP.
68pF
SOV
CH
GRM40CH680J50PT
K22170231
C
4086
AL.
ELECTRO.
CAP.
100uF
25V
25V10IM6Xll
TR5
K46140005
C
4087
CHIP
CAP.
0.047uF
50V
B
GRM40B473M50PT
K22170823
C
4088
CHIP
CAP.
0.047uF
50V
B
GRM40B473M50PT
K22170823
C
4089
TANTALUM
CHIP
CAP.
0.33uF
35V
TESVAIV334Ml-8R
K78160028
C
4090
CHIP
CAP.
O.OluF
50V
B
GRM40BI03M50PT
K22l70817
C
4091
CHIP
CAP.
O.OOluF
50V
B
GRM40BI02M50PT
K22170805
C
4092
CHIP
CAP.
0.047uF
50V
B
GRM40B473M50PT
K22170823
C
4093
CHI P CAP.
8pr
50V
CH
GRM40CH080D50PT
K22170209
SEP
12.5
5-
Instruction
Manua
l
70
-7
Page 95
VXR-5000
REF.
DESCRI
PTION
VALUE
WV
TOL
MFGR'S
DESIG
YAESU
P/N
VERSo
LOT.
LAY
ADR
------
------------------
-----
---
-----
----
----------
------
--
---------
--------
---- ----
---
C
4093
CHIP
CAP.
15pF
b
OY
CH
GRt0i40CH150J50PT
K22170215
SEP
20
5-
C
4093
CHIP
CAP.
15pF
50V
CH
GRM40CH150J50PT
K22170215
SEP
25
C
4094
CHIP
CAP.
0.047uF
50V
B
GRM40B473M5DPT
K22170823
C
4095
CHIP
CAP.
0.047uF
50V
B
GRM40B473M50PT
K22170823
C
4096
CHI P CAP.
22pF
50V
CH
GRM40CH220J50PT
K22170219
C
4097
CHIP
CAP
.
18pF
50V
CH
GRM40CH180
J50PT
K22170217
SEP
12.5
s-
C
4097
CHIP
CAP.
9pF
50V
CH
GRM40CH090D50PT
K22170210
SEP
20
5-
C
4097
CH
I P
CAP
.
8pF
50V
CH
GRM40CH080D50PT
K22170209
SEP
25
C
4098
CHIP
CAP.
330pF
50V
CH
GRM40CH331J50PT
K22170247
C
4099
CHIP
CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4100
CHIP
CAP
.
0.047uF
50V
B
GRM40B473M50PT
K22170823
C
4101
CHIP
CAP.
O.OOluF
50V
B
GRM40B102M
5
0PT
K22170805
C
4102
CHI P CAP.
0.047uF
50V
B
GRM40B473M50PT
K22170823
C
4103
CHIP
CAP.
8pF
50V
CH
GRM40CH080D50PT
K22170209
SEP 12,5
5-
C
4103
CHI P CAP.
15pF
50u CH
GRM40CH150J50PT
K221702lb
SEP
20
5-
C
4103
CHIP
CAP.
15pF
50V
CH GRM
40CH150J50PT
K22170215
SEP
25
C
4104
CHI P CAP
.
O.OluF
50V
B
GRM40B103M50PT
K22170817
C
4105
CHI P CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4106
CHI P CAP.
0.
0022uF
50V
B
GRM40B222M50PT
K22170809
C
4107
CHIP
CAP.
180pF
50V
CH
GRM40CH181J50PT
K22170241
C
4108
CHI P CAP,
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4109
CHI P CAP.
O.
047uF
50V
B
GRM40B473M50PT
K22170823
C
4110
TANTALUM
CHIP
CAP.
4.
7uF
10V
TESVB21A475M8R
K78100010
C
4113
CHI P CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
C
4114
TANTALUM
CHIP
CAP. 4.
7uF
10V
TESVB21A475M8R
K78100010
C
4115
TANTALUM
CHIP
CAP.
4.
7uF
10V
TESVB21A475M8R
K78100010
C
4116
TANTALUM
CHIP
CAP.
4.
7uF
10V
TESVB21A475M8R
K78100010
C
4117
CHIP
CAP
,
O.OOluF
bOY
B
G
RM4
0B102M50PT
K22170805
C
4118
CHI P CAP.
0.047uF
50V
B
GRI',
j40B473M50PT
K22170823
C
4119
CHIP
CAP
.
O.OluF
50V
B
GRh40B103M50PT
K221
70817
C
4120
TANTALUM
CAP,
4.
7uF
16V
TPDN1C4R7M8S(MXO)
K76120017
C
4121
CERAMIC
CAP.
0.047uF
50V
F
DDllOF473Z50
K13179009
C
4122
CHI P CAP.
O.OOluF
50V
B
GRM40B102M50PT
K22170805
CD4001
CERAMIC
DISC
COB455C16
H7900740
CF4001
CERAMIC
FILTER
CFlv455G
H3900392
SEP 12, 5
5-
CF4001
CERAMIC
FILTER
CFW455F
H3900202
SEP
20
5-
Cf4001
CERAM
IC
fILTER
CFW455E
H3900200
SEP
25
D
4001
DIODE
lSS226
TE85R
G2070003
D
4002
DIODE
HSU277
G2070118
o
4003
DOUBLE-BALANCED-MIXER
OBM0135
Q7000183
D
4004
DIODE
lSS226
TE85R
G2070003
D
4005
DIODE
lSS226
TE85R
02070003
J
4001
CONNECTOR
SC25-10WL
POO90717
J
4002
CONNECTOR
SC25-02WL
P0090712
J
4003
CONNECTOR
Ti'lP-J01X-V6
PI090210
J
4004
CONNECTOR
BNC-RM-l(W/O
LUG)
P1090773A
L
4001
CHIP
COIL
10uH
LQH3NIOOK02HOO-
L1690087
L
4002
COIL
S7-~j1
R12-M944D
L0190205
L
4003
COIL
S7-Ml
R12-M944D
L0190205
70-8
I
nstruction
Manual
Page 96
VX
R-5
000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR
'S
DESIG
YAESU
P/N
vERSo
LOT,
LAY
ADR
------
------------------
--------
-----
- -
--
-
-----------------
---------
--------
----
-------
L
4004
M.RFC
1uH
FLC32T-IROK
L1690203
L
4005
COIL
S7-M1
R12-M9440
L0190205
L
4006 M RFC
1uH
FLC32T-1ROK
L1690203
L
4007
CHIP
COIL
10uH
LQH3N100K02MOO-
L1690087
L
4008
CHIP
COIL
0,
082uH
LQN2A82NM
L1690010
L
4009
CHIP
COIL
O.OluH
LQN2A10NM
L1
690001
L
4010
I-
-i.
RFC
luH
FLC32T-IROK
L1690203
L
4011
COl
L
S7-M1
R12-h944D
L0190205
L
4012
CHIP
COIL
0.082uH
L
QN2
A82NM
L1690010
L
4013
COIL
S7-M1
R12-M944D
L0190205
L
4014
CHIP
COIL
0.056uH
LQN2A56NM
L1690008
L
4015
COIL
S7-M1
R12-M944D
L0190205
L
4016
CHIP
COIL
0.082uH
LQN2A82NM
L1690010
L
4017
CHIP
COIL
0,
18uH
LQN2AR18K
L1690014
L
4018
M.RFC
1uH
FLC32T-IROK
L1690203
L
4019 M.R
FC
1uH
FLC32T-1ROK
L1690203
L
4020
M.RFC
1uB
rLC32T-lROK
L1690203
L
4021
CHIP
COIL
0.056uH
LQN2A56NM
L1690008
L
4022
M.RFC
1uH
PLC32T-IROK
L1690203
L
4023
M.
RFC
luH
FLC32T-IROK
L1690203
L
4024
CHIP
COIL
O.
18uH
LQN2AR18K
L1690014
L
4025
i'i.
RFC
1uB
FLC32T-1ROK
L1690203
Q
4001
IC
TA78L05F
TE12R
G1091014
Q
4002
IC
AN6b41
G1091146
Q
4003
TRANSISTOR
DTA143EK
Tl46
G3070010
Q
4004
TRANSISTOR
2
SA
1179~i5-TA
G3111797E
Q
4005
TRANSISTOR
2SA1179M5-TA
G3111797£
Q
4006
TRANSISTOR
DTCl15GK
Tl46
G3070092
Q
4007
TRANSISTOR
2SA1179M5-TA
G3111797£
Q
4008
TRANSISTOR
DTC144EK
Tl47
G3070033
Q
4009
TRANSISTOR
DTA143EK
Tl46
G3070010
Q
4010
FET
3SK131-T28
V12
G48013178
Q
4011
TRANSISTOR
2SC3357-T2
RF
G3333577F
Q
4012
TRANSISTOR
2SC3356-T28
R24
G3333567D
Q
4014
IC
MC145190FER
G1091621
Q
4015
TRANSISTOR
2SC3356-T28
R24
G3333b670
Q
4016
IC
NJM2902M-T2
G1090908
Q
4017
IC
MC3372ML
G1091108
Q
4018
TRANSISTOR
2SC3356-T28
R24
G33335670
Q
4019
TRANSISTOR
DTC144EK
Tl47
G3070033
SEP
20
5-
Q
4019
TRANSISTOR
DTC144EK
1'147
G3070033
SEP
25
Q
4020
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
4021
TRANSISTOR
2SA1179M6-TA
G3111797F
SEP
20
5-
Q
4021
TRANSISTOR
2SA1179M6-TA
G3111797F
SEP
25
Q
4022
TRANSISTOR
DTC144EK
1'147
G3070033
Q
4023
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
4024
TRANSISTOR
2SC3356-T28
R24
G3333567D
Q
4025
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
4026
TRANSISTOR
2SC2812L6-TA
G3328127F
Q
4027
TRANSISTOR
DTC144EK
T147
G3070033
R
4002
CHIP
RES.
0
l/10W
5%
RMCl/I0T
OOOJ
J24205000
SEP
12.5
5-
R
4002
CH I PRES.
0
l/lOW
5%
RMCl/lOT
OOOJ
J24205000
SEP
20
5-
Instruction
Manu
al
70-9
Page 97
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERS,
LOT.
LAY
ADR
------
------------------
--------
---
--
----
------------------
---------
--------
----
-------
R
4002
CHIP
RES.
0
1/10W
5%
RMCl/lOT
OOOJ
J24205000
SEP
2S
R
4004
CH I PRES
.
4.
7K
l/lOW
S%
RMCl/lOT
472J
J2420b472
R
4005
CHIP
RES
,
1.
8K
l/lOW
5%
RMCl/10T
182J
J24205182
R
4006
CHIP
RES.
47K
l/10W
5%
RMCl/lOT
473J
J24205473
R
4007
CHIP
RES
.
47K
1/10W
5%
RMC1/10T
473J
J24205473
R
4008
CHIP
RES
.
47K
l/lOW
5%
RMCl/lOT
473J
J24205473
R
4009
CH I PRES
.
560
l/lOW
5%
RMCl/lOT
56lJ
J24205561
R
4010
CHIP
RES.
4.
7K
l/10W
5%
RMCl/10T
472J
J24205472
R
4011
CHIP
RES.
4.
7K
l/lOW
5%
RMCl/lOT
472J
J24205472
R
4012
CHIP
RES.
1.
5K
l/10W
5%
RMCl/10T
152J
J24205l52
R
4013
CHI
PRES.
12K
l/10W
5%
RMCl/10T
123J
J24205123
R
4014
CH I PRES.
100
1/10W
5%
RMCl/10T
101J
J24205101
R
4015
CHIP
RES.
3.3K
l/lOW
5%
RMCl/10T
332J
J24205332
R
4016
CHI
PRES
.
47
l/10W
5%
RMCl/10T
470J
J24205470
R
4017
CHIP
RES
.
270
l/10W
5%
RMCl/lOT
271J
J24205271
R
4018
CHIP
RES
.
4.
7K
1/10W
5%
RMCl/lOT
472J
J24205472
R
4019
CHIP
RES
.
18
l/10W
5%
RMCl/lOT
180J
J24205180
R
4020
CHIP
RES
.
560
l/10W
5%
RMC1/10T
b61J
J24205561
R
4021
CHIP
RES.
470
l/lOW
5%
RMC1/10T
471J
J24205471
R
4022
CHIP
RES
.
2.2K
1/10W
5%
RMCI/IOT
222J
J24205222
R
4023
CH I PRES.
1.
5K
l/lOW
5%
RMCl/lOT
152J
J24205152
R
4024
CH I PRES
.
270
l/10W
5%
RMCl/10T
271J
J24205271
R
4025
CH I PRES.
150
l/lOW
5%
RMCl/10T
151J
J24205151
R
4026
CH I PRES.
220
l/10W
5%
RMCl/10T
221J
J24205221
R
4027
CH I PRES.
56
1/10W
5%
RMC1/10T
560J
J24205560
R
4028
CHIP
RES.
8.2K
l/101v
5%
RMCl/10T
822J
J24205822
R
4029
CHIP
RES.
1K
1/10W
5%
RMCl/10T
102J
J24205102
R
4030
CH I PRES
,
560
1/10W
5%
RMC1/10T
561J
J24205561
R
4031
CH I PRES.
3.
3K
1/10W
5%
RMC1/10T
332J
J24205332
R
4032
CH I PRES.
8.
2K
l/10W
5%
RMC1/10T
822J
J24205822
R
4033
CHIP
RES.
18
1/10W
5%
RMC1/10T
l80J
J24205180
R
4035
CH I PRES
.
47
1/10W
5%
RMC1/10T
470J
J24205470
R
4036
CH I PRES.
560
1/l0W
5%
RMC1/lOT
561J
J24205561
R
4037
CH I PRES.
4.
7K
1/10W
5%
RMC1/10T
472J
J24205472
R
4038
CH I PRES.
18
1/1011
5%
RMClI10T
180J
J24205180
R
4041
CHIP
RES.
18
1/l0W
5%
RMC1/10T
180J
J24205180
R
4042
CH I PRES.
47K
1/10W
5%
RMCl/10T
473J
J24205473
R
4044
CH I PRES.
220K
1/10W
5%
RMCl/lOT
224J
J24205224
R
4045
CHIP
RES.
10K
1/10W
5%
RMC1/10T
103J
J24205103
R
4047
CH I PRES.
220
1/lOW
5%
RMClI10T
221J
J24205221
R
4048
CH I PRES.
10K
1/10W
5%
RMClI10T
103J
J24205103
R
4049
CH I PRES.
270
1/10W
5%
RMC1/10T
271J
J24205271
R
4050
CH I PRES.
270
1/101v
5%
RMClI10T
271J
J24205271
R
4051
CHIP
RES.
18
1/10W
5%
RMC1/10T
180J
J24205180
R
4052
CH I PRES.
270
lI10W
5%
RMCl/10T
271J
J24205271
R
4053
CH I PRES.
18
l/10W
5%
RMC
l/ 1 OT
180J
J24205180
R
4054
CH I PRES.
270
l/lOW
5%
RMCl/lOT
271J
J24205271
R
4055
CH I PRES.
560
1/10W
5%
RMC1/10T
561J
J24205561
R
4056
CHIP
RES.
47
1/10W
5%
RMClI10T
470J
J24205470
R
4057
CHIP
RES.
2.2K
1/10W
5%
RMC
l/ 1 OT
222J
J24205222
SEP
12.5
5-
R
4057
CH I PRES.
1.
5K
1/10W
5%
RMCl/10T
152J
J24205152
SEP
20
5-
R
4057
CH I PRES.
1.
2K
l/10W
5%
RMCl/10T
122J
J24205122
SEP
25
R
4058
CHI
PRES.
4.
7K
lI10W
5%
RMCl/lOT
472J
J24205472
R
4059
CHIP 'RES.
4.
7K
l/lOW
5%
RMCl/10T
472J
J24205472
70
-10
Ins
truc
tion
Manual
Page 98
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
YAESU
PIN
VERSo
LOT.
LAY
ADR
------
------------------
--------
-----
----
----------
--------
---------
--------
----
-------
R
4060
CHI
PRES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
4061
CHI
PRES.
47
1/101'1
5%
RMC1/10T
470J
J24205470
R
4062
CHIP
RES.
470K
1/101'1
5%
RMC1/10T
474J
J24205474
R
4063
CH I PRES.
4.
7K
1/101'1
5%
RMC1/10T
472J
J24205472
R
4064
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
4065
CHIP
RES.
100
1/101'1
5%
RMC1/10T
10lJ
J24205101
R
4066
CHIP
RES.
lOOK
1/1OVI
5%
RMC
1/ 1 OT
104J
J24205104
R
4067
CH I PRES.
1.
8K
1/101'1
5%
RMC1/10T
182J
J24205182
R
4068
CHIP
RES.
1.
8K
1/101'1
5%
RMC1/lOT
182J
J24205182
R
4069
CH I PRES.
220K
1/101'1
5%
RMC1/10T
224J
J24205224
R
4070
CHIP
RES.
3.
3K
1/101'1
5%
RMC1/10T
332J
J24205332
R
4071
CHIP
RES.
47
1/101'1
5%
RMC1/10T
470J
J24205470
SEP
12.5
5-
R
4071
CHIP
RES.
15
1/101'1
5%
RMC1/10T
150J
J24205150
SEP
20
5-
R
4071
CHIP
RES.
15
1/101'1
5%
RMC1/10T
150J
J24205150
SEP
25
R
4072
CH I PRES.
56K
1/101'1
5%
RMC1/10T
563J
J24205563
R
4073
CH I PRES.
100
1/1011
5%
RMC1/10T
101J
J24205101
R
4074
CHI
PRES.
10
1/101'1
5%
RMCl/
10T
100J
J24205100
R
4075
CHIP
RES.
560
1/101'1
5%
RMCl/10T
561J
J2
4205561
SEP
12.5
5-
R
4075
CHIP
RES.
560
1/101'1
5%
RMCl/10T
561J
J24205561
SEP
20
5-
R
4075
CH I PRES.
470
1/101'1
5%
RMC1/10T
471J
J24205471
SEP
25
R
4076
CHIP
RES.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
4077
CHIP
RES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
SEP
20
5-
R
4077
CHIP
RES.
10K
1/10\~
5%
RMC1/10T
103J
J24205103
SEP
25
R
4078
CHIP
RES.
lOOK
1/101'1
5%
R~lC
1/ 1 OT
104J
J24205104
SEP
20
5-
R
4078
CHI
PRES.
lOOK
1/101'1
5%
RMC1/10T
104J
J24205104
SEP
25
R
4079
CHIP
RES.
560
1/101'1
5%
RMC1/lOT
56lJ
J24205561
R
4080
CHIP
RES.
2.
2K
1/10\1
5%
RMC1/10T
222J
J24205222
R
4081
CHIP
RES
.
47K
1/10\1
5%
RMC1/10T
473J
J24205473
R
4083
CHIP
RES.
680
1/101v
5%
RMC1/10T
681J
J24205681
SEP
12.5
5-
R
4083
CH I PRES.
560
1/101'1
5%
RMC1/10T
561J
J24205561
SEP
20
5-
R
4083
CHIP
RES.
560
1/101'1
5%
RMC1/10T
561J
J24205561
SEP
25
R
4084
CH I PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
SEP
20
5-
R
4084
CH I PRES.
10K
1/101'1
5%
RMC1/10T
103J
J24205103
SEP
25
R
4085
CH I PRES
.
47K
1/101'1
5%
RMC1/10T
473J
J24205473
R
4087
CH I PRES.
560
1/101'1
5%
RMC1/10T
56lJ
J24205561
R
4088
CH I PRES.
82K
1/1011
5%
RMC
1/ 1 OT
823J
J
24205823
R
4089
CHIP
RES.
2.2K
1/101'1
5%
RMC
1/ 1 OT
222J
J24205222
R
4090
CHIP
RES.
4.
7K
1/10\~
5%
RMC1/10T
472J
J24205472
R
4091
CHIP
RES
.
2.
2K
1/1011
5%
RMCl/10T
222J
J24205222
R
4092
CH I PRES.
33
1/101'1
5%
RMC1/lOT
330J
J24205330
R
4093
CHIP
RES.
2.2K
1/101'1
5%
RMC
1/ 1 OT
222J
J24205222
R
4094
CH I PRES.
2.
7K
1/101'1
5%
RMCl/10T
272J
J24205272
R
4095
CH I PRES.
3.9K
1/101'1
5%
RMC
1/ 1 OT
392J
J24205392
R
4096
CH I PRES.
470
1/101'1
5%
R~lC1/lOT
47lJ
J24205471
R
4097
CH I PRES.
1K
1/101'1
5%
RMC1/10T
102J
J24205102
R
4098
CHIP
RES.
3.9K
1/1ml
5%
RMC1/10T
392J
J24205392
R
4099
CHIP
RES.
1.
8K
1/101'1
5%
RMC1/10T 182J
J24205182
R
4100 CHIP
RES.
3.3K
1/101'1
5%
RMC1/10T
332J
J24205332
R
4101
CHIP
RES.
470
l/lml
5%
RMC1/10T
47lJ
J24205471
R
4102
CHI
PRES.
82
0
1/101'1
5%
RMC1/10T
821J
J24205821
R
4103
CH I PRES.
3.
3K
1/101'1
5%
RMCl/10T
332J
J24205332
SEP
12.5
5-
R
4103
CHI
PRES.
6.8K
1/101'1
5%
RMC1/10T
682J
J24205682
SEP
20
5-
R
4103
CHIP
RES.
6.8K
1/101'1
5%
RMC1/10T
682J
J24205682
SEP
25
R
41G4
C\\l
PRES.
1.
5K
1/1OVI
5%
RMC1/10T
152J
J24205152
SEP
12.5
5-
Instru
ctio
n Manual
7D-11
Page 99
VXR-5000
REF.
DESCRIPTION
VALUE
WV
TOL.
MFGR'S
DESIG
YAESU P /N
VERSo
LOT.
LAY
ADR
------
------------------ --------
-----
----
------------------ --------- -------- ----
-------
R
4104
CHIP
RES.
1.
5K
1/101'1
5%
RMC1/10T
152J
J24205152
SEP
20
5-
R
4104
CHIP
RES.
1.
2K
1/101'1
5%
RMC1/10T
122J
J24205122
SEP
25
R
4105
CHIP
RES.
2.2K
1/101'1
5%
RMC1/lOT
222J
J24205222
R
4106
CHIP
RES.
18K
1/101'1
5%
RMC1/lOT
183J
J24205183
R
4107
CHIP
RES.
0
1/10W
5%
.
RMC1/10T
OOOJ
J24205000
SEP
20
5-
R
4107
CHIP
RES.
0
1/lOW
5%
RMC1/lOT
OOOJ
J24205000
SEP
25
R
4108
CHIP
RES.
0
1/10W
5%
RMC1/lOT
OOOJ
J24205000
SEP
12.5
5-
R
4109
CHIP
RES.
0
.
1/lOW
5%
RMC1/lOT
OOOJ
J24205000
SEP
20
5-
R
4109
CHIP
RES.
0
1/lOW
5%
RMC1/10T
OOOJ
J24205000
SEP
25
R
4110
CHIP
RES.
0
1/10\'1
5%
RMC1/10T
OOOJ
J24205000
SEP
12.5
5-
R
4111
CHI
PRES.
33K
1/10W
5%
RMC1/lOT
333J
J24205333
R
4112
CHIP
RES.
2.
7K
1/10W
5%
RMC1/10T
272J
J24205272
R
4113
CHIP
RES.
470
1/101'1
5%
RMC1/10T
471J
J24205471
R
4114
CHIP
RES.
lOOK
1/101'1
5%
RMCl/I0T
104J
J24205104
R
4115
CHIP
RES.
0
1/101'1
5%
RMC1/lOT
OOOJ
J24205000
R
4117
CHIP
RES.
68K
1/101'1
5%
RMC1/lOT
683J
J24205683
R
4118
CHIP
RES.
3.3K
1/10\'1
5%
RMC1/10T
332J
J24205332
R
4120
CHIP
RES.
10
1/lOW
5%
RMC1/10T
100J
J24205100
R
4121
CHIP
RES.
390
1/101'1
5%
RMC1/lOT
391J
J24205391
SEP
12.5
5-
R
4122
CHIP
RES.
0
1/10\'1
5%
RMC1/lOT
OOOJ
J24205000
SEP
12.5
5-
T
4001
COIL
21.
4M
R12-L925A
L0022174
SEP
12.5
5-
T
4001
COIL
21.
4M
R12-M943A
L0022219
SEP
20
5-
T
4001
COIL
21.
4M
R12-M943A
L0022219
SEP
25
T
4002
COIL
21.
4M
R12-L925A
L0022174
SEP
12.5
5-
T
4002
C01L
21.
4M
R12-M943A
L0022219
SEP
20
5-
T
4002
COIL
21.
4M
R12-M943A
L0022219
SEP
25
TH4002
THERMISTOR
157-501-53009TP
G9090058
SEP
20
5-
TH4002
THERMISTOR
157-501-53009TP
G9090058
SEP
25
TH4003
THERMISTOR
157-501-53009TP
G9090058
SEP
12.5
5-
VR4001
POT.
2K
EVN-DCAA03B23
J50784202
X
4002
XTAL
GFS-720
(60206)
H9500210
X
4003
XTAL
22.055MHz
UM-l
HOI02774
XF4001
XTAL
21P8SBU-l
H1102138
SEP
12.5
5-
XF4001
XTAL
21P12BU-l
HI102132
SEP
20
5-
XF4001
XTAL
21P15BU-l
HI102137
SEP
25
LEAF
SPRING
R0121430
SHIELD
FRAME
R0147200
SHIELD
COVER
R0147210
SHIELD
CASE
R0519070A
XTAL
HOLDER
(3pcs)
R3129530
SPECIAL
NUT
(4pcs)
R6068570
STICK
FINGER
(2pcs)
97-505-01
2BLOCK
S5000159
70·12
Instruction
Manual
Page 100
obverse view of component side
Sour ce
Orain
Gat e
Circu
it
Diagram
2SK302GR (TG) (
05002)
VXR-
5000
N
~o
obverse view of
solder
side
Collec
tor
Ba
se
Ellitter
2S
C3356 (R24)
(05001)
r-------------------------------------------------l
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TP-G
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RSDOI
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R
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