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Page 2

CONTENTS
SECTION
1.1
1.2
_
1
GENERAL
INTRODUCTION
SPECIFICATIONS
INFORMATION
1.3 OPTIONS
1 .4 ACCESSO
_
SECTION
2
INTRODUCTION
2.1
2.2 MECHANICAL
ELECTRICAL
2.3
SECTION 3
-
INSTALLATION
OPERATING
R IES
INSTALLATION
INSTALLATION
3.1 INTRODUCTION
3.2
3.3
3.4 TYPICAL
3.5 OPTION
3.6 OPTION
3.7
3.8
3.9 SPECIAL
3.10 COMBINED
SECTION
4
DESCRIPTION
DESCRIPTION
SCOPE
AND
OPTION
PROGRAMMING
_
CIRCUIT
OF
OF
OPERATING
B
LOCAL
-
_
AUTOMATIC
C
INDICATORS
_
E
AUTOMATIC
OPERATING
1403/1503
DESCRIPTION
4.1 INTRODUCTION
4.2 SII\4PLIFIED
4.3 POWER
4.4 SWEEP
4.5 SWEEP
4.6 SWEEP
MARKER
4.7
4.8 MARKERS
4,9 OPTION
OPTION C
4.10
AND SCOPE
4.11 OPTION
SECTION 5 - MAINTENANCE
INTRODUCTION
5.1
SERVICE
5.2
PERFORMANCE CHECKS
5.3
BLOCK
SUPPLY
DRIVE
OSCILLATOR,
OSCILLATOR,
(M2E-21
ADDER
(M6)
B - L.O.
AUTOMATIC
-
INDICATORS
E
-AUTOMATIC
INFORMATION
5.4 CALIBRATION
5.5 TROUBLESHOOTING
_
SECTION 6
6.1
6.2
ÉX*
SECTION
REPLACEABLE
INTRODUCTION
MANUFACTURERS
PARTS LIST
_
7
SCHEMATIGS
7.1 INTRODUCTION
7.2 SCHEMATIC
SCHEMATIC
7.3
***
SCHEMATICS
NOTES
INDEX
INSTRUCTIONS
FRONT PANEL
PANEL
REAR
SET.UP
OSCILLATOR
LEVEL
FREOUENCY
NOTES
oPERATION
DIAGRAM
(PS7)
MODEL
MODEL
(M5D}
TRACKING
LEVEL
(M8E)
FREOUENCY
PROCEDURE
PARTS
CODE
1403
1503
(M7E)
TRACKING
(MgJA)
(M9S.1}
(M11E)
CHANGE
INFORMATION,
IF ANY,
IS LOCATED
AT THE
REAR
OF THIS MANUA
Page 3

SEITION
1.1 INTRODUCTION
Wavetek
The
electronically
the 1 to 300 MHz
They
are
vision
tuners and
(1
VHF
the UHF
An important feature of these instruments is their ability
be remotely
generator
sweep
cedure
instead
The
automatic operation. Simply stated, in automatic
tion,
are
with
of
instrument's most
the
automaticaily adjusted
tuner. This
alignrnent
Included with the automatic options
provide
that
directly
Models 1403
swept
and tuned Sweep
450
and
designed especially
receivers.
to 300
(450
sweep
MHz) range
to 950
controlled and
to
pushbutton
manual
procedure.
tuning and
generator's
provides
both
frequency
MHz) range.
be sequenced
switches
outstanding options
considerable time
1503 are all-solid-state,
and
950 MHz
to
for
testing and
Model 1403
The
while the
programmed.
or
adjustments.
frequency
follow
to
RF
and
on the oscilloscope tube.
Generators covering
frequency
Model 1503
This enables the
through
electronic sequencers,
RF output
and
variations of the
the
saving
scope
are
output
Additional
ranges.
aligning
covers
covers
the test
those of
are
opera-
during the
indicators
indications
options
tele-
the
pro-
level
GEt\|ERAL
include up to
frequency or harmonic type)
single
tracking markers.
By
the
1503 may
independent frequency
a single set of scope
operated
oscillator tracking
to
frequency
All optional
generator,
sweep
optional
allows
purchase,
of
concept offers
dated
and additional
nomically added as
ictate.
d
Maintenance
stocking of
patts.
crete
to a
cut
performed
be
eight
use
special combiníng
of a
be operated as
as an automatic
options
features,
have
features
or customer-installed at a
protection
problems
several
Servicing
fraction
relatively
by
INFORMATION
crystal-controlled
a combination
output amplitude
and
horizontal and
instrument, one
markers, automatic
provides
new
well
as
plug-in
to be
against
features
tuner
control
as
modular construction.
factory-installed at
designs and test
can be
modules instead
of
time
the time
of
defective
a
previously
inexperienced
RF
and local oscillator
cable, Models 1403 and
vertical
level,
of both
the circuits
obsolescence,
can be
greatly
simplified
of
instrument
required, and
technicians.
markers
unit
(either
providing
controls with
cables.
set of
automatic
and
instruments.
for
the
the time
later date.
since
simply and
procedures
by the
hundreds
of
can
When
local
basic
This
This
up-
eco-
dis-
be
can
Page 4

1.2
SPECIFICATIONS
1.21 RF
Frequency
Blanking
Amplitude
Step Attenuator
Flatness
lmpedance
1.2.2
SWEEPSPECIFICATIONS
Sweep
Sweep
OUTPUT
-
-
Rate
Width
Range
-
-
-
-
*
Accuracy
-
1
to 300
450 to 950 MHz
Retrace blanking of
Continuously adjustable
35 dB in 5 dB
10.5
dB
(Model
11
dB
10.25
dB
75 ohms
ohms standard,
50
line frequency
AC
5 to 300 MHz
5 to
500
(Model
MHz
(Model
steps
(Model
1403)
1503)
(read
with
standard,50
75
(50 -
(Model
(Model
MHz
plus
negative
1403)
1503)
RF
the
ohms optional
ohms optional
1403)
1503)
output
+57
from
20 dB vernier.
60
to
detector)
Hz)
provide
to
+2
dBmV
(Model
(Model
(.7
1403)
1503)
zero level
a
VRMS
to 1.26
base
mVRMS)
line.
Display
Horizontal
Linearity
1.2.3 REMOTE
Frequency
Sweep Width
1.2.4
Output
MARKERS
Type
Accuracy
External
Level
-
-
Output
-
PROGRAMMING
-
-
-
-
Marker Input
-
!2o/o
(symmetrical
Vpp
16
The rear-panel REMOTE
control
May be remotely
low frequency
May be controlled
May
(-18
frequency,
of
band end and
be remotely
V corresponds
programmed
by a
programmed
to
ground)
about
jack
sweep width, and output level.
remote
maximum
Birdy by-pass. Provision for
external
monic
10.005%
Rear-panel
a birdy marker. lnput leve"i
marker
(comb)
type.
BNC connector accepts external
input.
(See
Markers
Options A-1
:
provides
by a
+16
potentiometer.
over
output).
8
necessary
116
V
high frequency
to
a 20 dB range
plug-in
marker modules
V
may be either single
A-2.)
and
100 mV into
50 ohms.
connections for remote
(-16
signal
CW signal
V corresponds to
end).
band
with a 0 to
plus
frequency
for
conversion to
-18
V signal
rear-panel
or
har-
7-2
Marker
Màrker Width
Size
-
-
Adjustable from
Approximately
approximately 3
400 kHz
(wide),
mVpp
100
kHz
Vpp.
to 3
(narrow).
Page 5

1.2.5 GENERAL
Requirements
Power
Dimensions
knobs,
Weight
1.3
oPTIONS
(including
feet)
and
screw
heads,
1151230 VAC
(5
cm
cm
5/8
(13314
(8
1/4
14.3
34.9 cm
20.9
lbs. net
20
lbs. shipping
25
(approximately
Ì10%
in.) high
in.)deep
in.)
wide
20
W)
50'60
Hz.
A-1
A-2
B
lF Input
Frequency
Minimum Level
Single
Harmonic
special order)
Frequency
Marker at
Local Oscillator
output
frequency
local oscillator
two
any
be
addition
28 to
of a capacitor,
47 MHz
Approximately
(Z
in
= 50
ohms).
marker
1, 10, or 50
intervals.
Tracking
from a tuner.
frequency. and
frequencies
'l
mV
Automatic Level Control
ment of the RF output
under test. Also
tuner
frequency and
center
A 70 dB
35 dB
range
'Step
C
(10
(5
dB/step)
(7570-01,
Attenuator
may be somewhat
dB/step)
RF
Step
Step
Model 1403;
increment is doubled, the automatic
reduced.
at any
generates
These markers
tracking
within
a
(0.01
level
provided
output
the
channel-center
mV
Scope Indicators
And
to correct
are
level
Attenuator
Attenuator to
5070-01,
frequency within instrument
(other
MHz
two
(module
lF input
RB Probe) at lF lN connector
with
visual
(module
is
provide greater
Model
frequencies
pulse
markers based
indicate
M7E). The
RF
frequency range.
pulse
be added
can
provides
automatic adjust-
for variations in the
to
of the
replace
indications
|MSE).
available
RF
1503).
NOTE: Since the
level range of
available
on the
bandwidth,
markers can
if desired.
gain
instrument's
the
output
range.
With
of the
standard
level
Option
on
lF
the
1.4
ACCESSORTES
1.4.1 FURNISHEDWITHINSTRUMENT
.1.4.2
AVAILABLE AT EXTRA
COST
Automatic
test,
display
lnstruction
Spare
Wide Band Detectors:
D151
D171
Frequency enables
maintaining the
(Module
plug
(50
175
Manual.
with
ohms,
ohms,
M11E).
pins
instrument to
the
demodulated response at
NOTE: Option B is
I
for remote
up
to
up
to
programming
1000 MHz)
1000 MHz)
track
the
the center of the
required with
(mates
with
REMOTE
tuner
Option
under
scope
E.
jack).
1-3
-{
Page 6

RB Probe
Model
mum lF input
(Kl02)
Service
Kit
provides
level
additional lF
for
Option
contains module extender
B
from
amplification to extend
1 mV
to
0.01
and
mV.
RF
extension cables.
the
mimi-
2.2.41.
to four
(K103)
(K104)
Cabinet
additional marker
Rack
Mount Kit
(see
Section 2.2.31.
Rack
Mount Kit
(see
rack
Section
Additional
allowing
up
Marker
Combining Harness
lmage Test
a tuner.
module
mounts
mounts
(K105)
(K106)
(M112A)
single instrument
one or two instruments
mounts
enables
enables
to
modules
combined
checking
the instrument
(Options
into 19 inch rack
into 19 inch
A-1, A-2).
1403/1
503 operation.
image rejection
the
top cover
of
r-4
Page 7

N
SEITI
O
INSTALLATION
INTRODUCTION
2.'I
This
section
Wavetek
information
mounting,
2.2 MECHANICAL
provides installation
503.
Models
and
1403/1
mecnanical
on
electrical
installation.
INSTALLATION
2,2.1 INITIALINSPECTION
After unpacking
parts
for
damage to knobs, connectors,
The
shipping container
saved in case it
2.2.2
lf
notify
sentative or the
Retain
carrier's insoection.
The local
arrange
without waiting
2.2.3
CONTENTS
ITEM
A
B
C
DAMAGE CLAIMS
the instrument
carrier and
shipping carton and
representative or
for
either
RACK MOUNTING
(See
(Side)
(Side)
(Screw)
instrument,
the
and
is necessarv to reship the
received has been damaged
either the
factory in lndiana.
replacement or repair of
for
damage claim
Figure
2-1).
The
installation,
visuaily inspect
packing
nearest
packing
factory will
the
settlements.
(K103
SINGLE
OTY
1
1
I
instructions
instructions
ìncluding
surface
material
unit.
Wavetek
area
material
immediately
your
instrument
KIT}
PART
8000-608
C000-691
HS101-806
for
the
include
rack
external
etc.
areas,
should
in transit,
repre'
for
the
NO.
be
PROCEDU
Remove the screws
B against
screws
and
desired side of
2.2.4
CONTENTS
ITEM
(Tray)
A
(Side)
B
(Handle)
C
(Screw)
D
(Screw)
E
PROCEDU
Install
10-32 x 5/1
Position the
feet
are
secure
lf the
the
Rack Mount
The
'10-32
Mounting
ment
RE
panel
side
provided.
B may be
interchanged
rack.
RACK MOUNTING
(See
R E
both sides
6
thrust
instruments on the trav
extend
properly
bail
into the
seated,
with
the
instrument
must be
Kit.
handles
x 1i2
rear-panel connectors,
(item
binder
holes
are
from
one
of the
Repeat
Figure
(item
remainìng
being
removed
for
2-2).
B) to
head screws
holes in the
install the top
NOTE
mounîed
prior
are
C)
head
screws
provided
panel,
side
instrument
other side
position
to
(K104
OTY
2
2
2
12
4
one tray
tray.
thrust
Mount
and
unit.
of
instrument
the
DUAL KIT)
(item
(item
so that the
When
the
(other
tray
head
screws
D)
is equipped
installation
to
(item
to the sides
E).
fastened
for front mounting of
if desired.
A or
item
with
secure
ltems
on
PART NO,
c000-729
c000-730
HH 101-002
HS106-905
HS103-908
A) using the
provided.
instrument
instruments
item A) and
(item
D).
with a bail,
in the K104
with the
instru'
A
a-r
Ll
Page 8

f--
a--
oraa
F'igure
2-1.
K103
Rack Mount Kit
ELECTRICAL
2.3
INSTALLATION
\
c
\\\
)/
\
z/t
'\ì(
o
X à',
--\rP€
"
.yll
Figure ?-2. KK104
2-2
ót
Models 140311503
VAC supply
230
L
tl
selects
and ad
Supply
of 50
which of these
justs
is designed to
H-2.
or 60
lnstruments
VAC operation
can operate
mains. The
operating
Power Supply accordingly.
the
operate
shipped
ae
unless otherwise
from the
"
instrument,
FUSE is the correct
3.3).
Rack
Mou
nt
Kr't
Before
panel
voltage
operating the
AC LINE
(see
Section
from either 115
rear-panel
at an
specified.
NOTE
AC LINE
voltages
AC supply
factory set
check that
value for the
VAC or
SWITCH
is being
The
frequency
for 115
up
the
used,
Power
rear-
supply
Page 9

SECTION
3.1
INTRODUCTION
This
tion,
for
the
section
operating
provides
Wavetek
instructions,
Models
3.2 DESCRIPTION
(1)
quency
(manual
operation),
{21
ment
(3)
of
(manual
operation),
(41
tude.
is
(5)
A-1
FREOUENCY
when
the
operation).
this control
ATTENUATION
RF
of the
the RF
When
output in
LEVEL
output
operation). When
this control is
MARKER
the knob is
reduced.
MARKERS
and A-2 markers
control
when
pushbutton).
complete functional
programming
and
140311503
OF FRONT
control
sweep
PANEL
adjusts the center
AUTO FREOUENCY
When
this switch is up
is
inactive.
control
5 dB increments from
provides
the AUTO
inactive.
SIZE
control
pulled
pushbutton
(marker
provides
20
dB
LEVEL
this
switch is up
adjusts the marker ampli-
out, the birdy marker width
switches control Option
frequency is
OPERATING
(10)
modulated
control
generators.
switch
calibrated adjust- when
vernier adjustment for
descrip- RF
instructions
fre-
is down Option B or
(automatlc
to 35d8.
0
is down
switch
(automatic
engraved on
quency
This
circuits of Option
(1
t18
(121
from
(13)
3.3 DESCRTPTION
(1)
from either
(21
AC mains via
(3)
VAC operation,o.25
DEMOD
swept signal from
markers
may
and level indicators
signal is
1
)
V to
also
PROBE POWE
power
C.
lF INPUT
the device under
Option B is installed.
RF
OUT connector
RF
the
output signal.
AC LINE
115 VAC
AC
LINE INPUT
prong plug.
3
AC LINE FUSE
IilSTRUCTIOHS
lN
connector
be added,
used
to control
C.
R
connector
an external
connector
test to
OF REAR PANEL
SWITCH enables
or 230 VAC
is
for
amp
(BNC)
the device under
and also
when
probe
(BNC)
generate
(BNC)
cord
time-delay;
230 vAC
adds the
Option
the automatic RF level
(BNC
if needed for use
accepts an
lF
provides
instrument to operate
mains.
supply
provides
0.5 amp
operarion.
accepts the de-
twinax) supplies
tracking
test so that
scope fre-
provided.
is
C
with
lF sample
markers
connection
connection to
for
11b
(6)
width
range.
width
quency
l7l
Supply.
(8)
a 16 Vpp
horizontal
(9)
combined
scope frequency
stalled) for
SWEEP
from
less
When
the knob is
is reduced
range'
POWER
pilot
The
SCOPE HORIZ
triangle
input.
SCOPE
demodulated
connection
WIDTH
than 5 MHz
conrrol
to the entire
pulled
to approximately
switch
light
VERT
and level
applies AC
indicates
OUT connector
waveform
OUT
connector
RF
and
indicators
to the oscilloscope vertical
adjusts
out,
the
10%
power
the display
frequency
swept
maximum
of the swept
to the
sweep
sweep
fre-
Power
(4)
programming
(b)
(o)
an
OPTION mounting
EXT
external
operation. the display.
(BNC)
provides
to drive the oscilloscope
(BNC)
marker
when Option
signal
provides
(and
the
also the
C is in-
inout.
(71
provides positive
is installed.
(8)
negative
amplitude of
,PULSE
pULSE
frequency
of
jack
REMOTE
MARKER lNpur
CW signal to
MARKER
or negative
MARKEB
positive
or
pulses
the
plug
RF
provide
output
and
and
hole
connector
produce
a
OUTPUT connector
pulse
markers
SIZE swirch
marker
from
pulse.
0 to more
connections
level.
for BNC
(BNC)
frequency
when Option
selects either
Control
than 30 V.
for
connector.
accepts
marker on
(BNC)
B
adjusts the
Page 10

a;\
\
AUTO FREQUENCY
.aY
ae
y'-t
Market
Siz"
,ry-,."3
Pow€R uonrz-{p-venr
jww
\AAwúrerc,
ATTENUATION
\
MARKERS ,",
Fi
gure
Front Panel
Rear
Panel
Page 11

l4O3
or
l5O3
PUTS€
MARKER
oul
(reor)
I
I
I
I
€
'(
SCOPE
r^l
)
\.-/
Molch
Fixed
of
ing
Pod
Nolwotk
Devica
Unde r
lrsl
RT tF
out
rt-;
I
l---
Fiqure
PROBT
in
POWI
rrob"
I
R in
rr
I
3-3.
DEMOD
Dclector
R
HOR
I
VE
TYPical
lZ
Test
Set-uP
VERT
HORIZ
75
ódB
TO 5O
75
MATCHING
ohm
PAD
MATCHING
300
TO
5O
Figure
120
m
oh
PAD
3-4.
ohm
5O
PAD
Typica'l
ódB
75 TO 300 ohm
"
MATCHING
Resistive
120
PAD
Pads
ohm
PAD
3-3
i
d
Page 12

3.4
TYPICAL
When
initially
panel
AC
LINE
ment
is
set for
When
Option
Sections
required
and
AUTO FREOUENCY
pleting
Make
connections
under
test
Since hum,
kept
at a minimum,
ground
and
Coaxial
possi
ever
The
RF
characteristic
generator.
(under
3 feeti.
characteristic
input
signal
impedance
irnpedance,
between
to
mask
device
under
a matching
3-4)
or
a transformer
the resistive
sertion
connecting
should
be
C
3.6
and/or
proper
for
the
set-up for
and
RF leakage.
be
cables
ble.
output
impedance
The
impedance.
to
of
the
but has
6
10
to
this input
test
network
pad
loss
than
the
as short
OPERATING
setting
up instrument,
SWITCH
operation
and/or
Option E
3.7 for
operation.
manual
between
the
oscilloscope
and spurious
it
is essential
maintained
with
BNC
connectors
cable is
cable
This
especially
should
cable
This insures
the device
device under
high
a
dB)
can
be installed
mismatch.
is not
the same
is used. Either
matching
is
simple
to construct,
the balun-type
output
of
the
possible (under
as
SET-UP
FUSE
and
with
the
adjustment
Be
switches
operation.
the sweep
as shourn
throughout
identical
be
kept
must
also be
under
test. lf
test is
VSWR,
lf
the input
as the
network
pad
first
check
to ensure
available
are
to be used, refer
of internal
sure
the AUTO
are down
generator,
in
pickup
signal
good
that
the entire
should
critical.
to that
a
as shown
a
transformer.
to
the
1
be used
lt must
of
as short
terminated in it's
a constant
the nominal
the
same
pad
fixed
impedance
cable's
resistive
may
be
provides
it
device under
inchl.
rear-
the
the instru-
mains.
AC
controls
LEVEL
before com-
the device
Figure
must
connections
set-up.
wher-
nave
the sweep
practical
as
amolitude
input
as the cable
(normally
Figure
in
of the
impedance.
(Figure
pad
used. While
more in_
The
leads
test
3-3.
be
3-3
precisel.T
is
to the lF
signal to
must
to
contained
either factorv-
SET.UP INSTRUCTIONS
For
low-impedance pick-up
wound
reference
signal
For
from
sample resistor
a
When
be supplied
signal can
of
the detector,
external
sample
the
under
greater
to
trapped frequencies,
frequencies
The lF
set completely
of this
justment.
determining
accomplished
output
Option E
be installed
entirely
or field-installed.
receiver
applications.
on
a Yz
to the receiver's
pick-up
tuner
is
obtained.
applications,
a high-impedance
in
Option
probe
test
the device
B is used,
to
provided
be
probe.
provided
is
is
used,
is 10
operating
are trapped
Adj
control
clockwise.
module,
the front-panel
The
under
the local
producing
by
signal.
This
(Automatic
when
Option E
plug-in
in
the lF
coil, normallv
inch
form.
the lF
source such
the detector
an
directly from
from
or
the lF
probe
by
the detector
the required
pV
instead
range
of
the marker,
test.
the lF
out.
on top of
Because
this
control
oscillator frequency.
markers
option
Frequency),
also
which
provides
is used.
module
sample is
M7E,
2
The
coil is
lF
amplifier until
sample is
shown in
lF
signal
lF
is
used
lF
1
of
lf lF
pickup
the
seldom
typically
as
Figure
'l
of
mV
lN
connector. This lF
the lF
amplifier
only
when insufficient
(see
input
mV.
This
and
markers
must
occur
M7E
module
of
the large
requires further
are related
the input
and therefore
This
option is
and can be
obtained from
or
3 turns air
positioned
sufficient
obtained
the
2.2 kS,
3-S.
more
or
sample output
contained in
Figure
from
provides
looser
must
3-3).
the device
for
coupling
are desired
before the
should be
AGC range
This
a
with
lF
an
lf
a
at
ad-
After
the RF
of
the
device
before
being
scope
vertical
the
detector
while
in
aligning
(see
Figure
the DEMOD
After
completing
The
lamp
This
instrument
immediate
(down)
for
positions
the required
amplitude.
marker
3.5
The
amplitude
OPTION
purpose
3-4
swept
under
connected
input.
is
already
3-3).
lN
connector
should
use.
Turn
Turn
B_LOCAL
of
signal
test. it
In
a tuner,
The
the
light,
requires
both
and
center
on
the desired
and
width
this
passes
must
to
the DEMOD
the
case
provided
an external
detected
on
the front
set-up,
indicating
no
warm-up
AUTO
adjust
the
frequency,
needeci.
as
OSCILLATOR
option
is
through
be
detected
lN
of
TV receiver
part
as
a
detector
signal
is
panel.
switch
the AC
an operating
s.witches
sweep
sweep
markers
provide
to
the RF
connector
circuits
idemodulated)
or tne
alignment,
of the receiver,
then
must
connected
be
used
power
condition.
and is ready for
to
generator
width,
and
TRACKIf{G
manual
their
controis
and output
adiust the
a method
to
on.
of
Connect
nector
MARKER
modulation
An
markers
the
OUTPUT
the rear-panel
to the
SIZE
on the
alternate
is
as differentiated
connection
to
the scope
oscilloscope
method
The front-panel
provide
Pulse
the desired RF
Size control iocated
3-6) is adjusted
pulse
lF
MARKER
the amplitude
The M5D
marker
SIZE
of
Pulse
counterclockwise
controls
oscilloscope
of
from
the
Z-axis
MARKER
in
clockwise
a
amplitude
control
RF
the
Size
control
when
PULSE
Z-axis
produce
to
MARKER
input.
the desired
trace.
displaying
vertical
pulses.
rear-panel PULSE
(intensity)
SIZE conrrol
birdy
marker
on
the M5D module
amplitude.
direction until
is obtained.
will
now
simultaneously
birdy
and
the lF
NOTE
should
be
the intensity
OUTpUT
Adjust
the
the L.O.
For
this
MARKER
input
is omitted.
is
adjusted to
(see
the desired
The front-panel
pulse
turned
completely
markers
are used.
con-
pULSE
intensity
Tracking
method,
and
the
Figure
adjust
markers.
Page 13

IF
INPUT
FROM
TUNER
INJECTION
METE R
O-5ma
20JL MA
LOW PASS
X.
Figure 3-5. Typical
FILTER\
IF
SAM
PL E
+
75
Detector
DETECTOR
OUTPUT
too
ADJ
SIZT
OUT
@@o
Fiqure 3-6.
@@
M5D Controls
llav:ttx
F'igure
aulo ta
3-7.
HBE
Control
s
Page 14

3.6
OPTION C
SCOPE
INDICATORS
_
AUTOMATIC
NOTE
LEVEL
AND
Finally,
switch
AUTO LEVEL
control
.5 V. The LEVEL
until
the output level indicator
automatic level
to
up)
switch
control
is now
operation,
and adjust the ATTENUATION
reads
inoperative.
(front-panel
approximately
When
Option C is not
installed
The
the
scope
gain
over
LEVEL
Level
and can
SET.UP
First,
must
neering
UHF
10
mV,
be
several volts.
puts
polarity.
ditional
and
the
sensitivity
an increase
and
signal
tuners has
band RF
tuner
put
be used
the
1 V level.
Once
Polarity
the M8E
shift
Temporarily
scope vertical
the manual
complete
to
purpose
variation
a 20
of the
pattern
of
range
dB
control
option
is entirely
be either factory-
INSTRUCTIONS
the desired
be established.
specifications. The
tuner without lF
while the output from
between
For
gain
10 mV
detector
must
the instrument's
in
the noise level
also makes
and hum
been
amplifier in
lF
output
is more
to
the
when
than 1 V,
reduce
proper
switch
Bal
control until
the
connect
input
mode
ATTENUATION
detector
not
been
DEMOD
to
vertical
Set
pattern,
obtain
output from
disturb
these controls until
adjusted. Reconnect
lN connector
the
SCOPE VERT OUT
sensitivity
the M8E
and the X10
patrern
a
provided,
marker
the
Automatic Level
constant
at a
the device under
by controlling
in
a closed-loop
containéd
or field-installed.
operating level
This is
detected output from a typical
amplification
This option can
1
and
outputs of
be
added
DEMOD
of
the Option C input. however, results
an M8 module
adder
circuit.
option is to maintain
amplitude,
test. This is
the 0 to 20
system. The Automatic
in
regardless of the
accomplished
dB
plug-in
module M8E,
of the device
generally
V of
between
determined
is
in the order
lF
the
second detector
accomodate detector out-
positive
either
less
the
lN
connector. Increasing
10 mV, ad-
than
detected output
or
of the demodulated response,
the
pick-up.
achieved
set-up more
test
More
by
susceptible to stray
success in testing
installing
well-designed
a
the tuner test fixture between the
and the
input level
between
Polarity
and
RF
detector.
a simple resistive voltage
the detected
output voltage
has
positive
lf the detected out-
been set,
and negative
the display
switch is
the detector
and, with the instrument
(both
LEVEL
changed.
output directly to the
AUTO
switches down), adjust the
controls to obtain the desired
the device under
divider can
to
switch the M8E
base line does
operating in
test. Once set,
the M8E Gain controls
the detector output to the
and the oscilloscope vertical input
controls for
Polarity
height
connector.
switch
switch
of 1 V
and
Set
the oscilloscope's
.2 V/division
to
obtain
a
the Var
(see
Figures
(DC
positive
Gain
3-7
base is
PIN diode
under test
by engi-
can
negative
low-level
wide
less than
and adjust
not
do
have
coupled).
scope
control to
3-8).
and
gain
As the
the output
of the device
level
output change required
level. The indicator is
voltage
0 V
V level indicates
graticule
mum
The M8E module
will change
frequency
Range
the
of
being used.
(before
pedestal
the Step Attenuator)
level indicates
an
can be calibrated
maximum
or
also
position
instrument
of the
and Cent controls are
entire
horizontal scan for
scope
Set the front-panel
frequency
that the
right
in
Set
to
indicator
end
of
FREOUENCY
the
be used.
to
be
the
Adjust
used.
display.
the same distance in
pulse
The
cedure must
properly
Once calibrated,
position
3.7 OPTION E
This option
sweep
ment
combined
from
was
Cent
the
and Range
be repeated until
on both
any change in
or
sensitivity controls
_
provides
generator
efficiency. This
to the device under test for
frequency
duration of an lF center frequency marker.
voltage
becornes the
next sweep cycle, thus keeping
display. This feature
the
module M11E,
SET-UP INSTRUCTIONS
First,
Option
lF markers
and
and
B, Local Oscillator
present
AUTO FREOUENCY
under
test changes. the
indicator
to
linear
a
RF
output of 1 Vp.
points
gain
provides
on the base line
FREOUENCY
Adjust
pulse
is
control
vary, indicating the
will
maintain
the
indication
RF
an
output of .1 Vp
volts,
in
(see
provided
dB,
as desired.
a differentiated
Figure
control to the
M8E Range
the
positioned
the lowest
to
the Cent control to
from
the left end
right
end in
the above step.
NOTE
controls
interact, so the above
the
highest
the
and
the scope's
will change
AUTOMATIC
automatic frequency
is
and
frequency
FREOUENCY
accomplished by sampling
program
sweep
program
response centered
the
is contained entirely
can be either factory-
Tracking, must
on the display.
switch
to AUTO. Two adiustments
height of
pattern
over a2O dB
relative
3-9). The indicator
to
the
at the
RF
of the
The oscilloscope
or
range. A
and
indicate
pulse
output
mini-
which
to the center
it to cover
allow
frequency
range
highest
control
from
position
is
in
frequency
pulse
the
positioned
slightly
of the display as the
pulse
lowest frequencies.
horizontal
calibration.
the
greater
for
The
sampled
for the
plug-in
in
installed
be
front-panel
of the
align-
tracking
voltage
voltage
fieid-installed.
or
Set
the
RF
1 V
a 1
so
the
pro-
the
the
on
3-6
Page 15

Volts
't.o
.6
.4
o
t-;
-
r l- 9-
I
|
-
I
t-.7-
'-
I
tl-.ó-
l-i
-.5
-.r
-.2
-.t:-20
PUT
OU T
,*otltTio.
OUI PU f
Voll-s
Peok
t
''
t-
-o
-
-
l-ro
=-ls
dB
FTTQUENCY
NDICA T
O R
-
"
s
I
t50
FTEOUI
f
NC Y
--f-
300
Figure
123
ooo
456
ooo
789
ooo
3-8.
Level
Indicator
Figure
VOLTAGE
Pin 1
pin
2
3
Pin
10 Sweep
Pin
CONTROL
Ílr(
aulo tlto
Soo
3-10.
AND SIGNAL
Ground
+18
V
-18
V
Ramp
INPUTS
Figure
tl
M11E Control s
SOURCES
3-9. Frequency
INTERNAL CONTROLS
Pin
5
Pin 8
11 S\ryEEP
Pin
Pins
1 403
LEVEL
FREOUENCY
13, 14, 15 are
1503 combined
I
Indicatc
WIDTH
used only
operation
in
toil1?
ooo
13 14 l5
ooo
6
Pin
Pin 9
Pin 12
Output
Output
Sweep
Level
Frequencg
Width
r
Pins 4, 7 are
unused.
Jack
Page 16

REAR PANE[
EXTERNAL
OUTPUT
CONTROL
rar
lror(
I
REMOTE
I
t/
I
r\-
6\_
I
I
To
I
CONTROL CIRCUIT
PLUG
RFoUTPUT AMPLITUDE
VOLIS
@
z
È
F
o
l
o
F
ó
-18
-t6
-t?
-to
-8
-6
Fìgure
3-I2.
FRONT.PAN
I.EVEt
coNTROL(Oro20dB)
EL
External 0utput
Control
É
o
É
ù
+?
Fì
gure
?.3.4.56.7.8.9
RF
OUTPUÎ
3-13.
PEAK
Vol tage/0utput
EXTER
SWEEP WIDTH
CONTROL
NAL
LO
+to
dBm
3-B
Fì
REAR
PANEL\
+18
_18
gure
?-1 A.
PANEL
FRONf'
FREQU
ENCY
CONIROL
External
REMOIE PLUG
Frequency
Control
F'igure
3-15.
FRONT.PANEL
SWEEP
CONTROL
External
I
nemorr eluc
I
V
,,,:
l-r*.r,
CONTROL CIRCUIT
WIDTH
Sweep LJ'idth
*,0*
Control
Page 17

provided
are
center
the lF markers
adjustment
frequency
1403;
700 MHz, Model 1503).
the display
extreme low
on the M11E module
centers
is
when the sweep
the display when
approximately mid-band
or extreme high
3.8 PROGRAMMING
Connections for
frequency.
REMOTE
bined
Model 1403/1
The
REMOTE
Figure
3-1 1.
Normal front-panel
programming
8 and 9, I 1
3.8.1
To
OUTPUT
provide
control, remove
MOTE
Figure
programming
plug
3-12.
remote
and sweep
jack.
Also
jack
plug
with
12,
and
and 13
LEVEL
externai
the
and connect
The RF
voltage
operation
on the
oscilloscope display. The
The Gain
generator's
end
of its range.
control
width
provided
provided
are
are connections
503 operation
pin
its
and
provided
is
jumpers
and 14.
CONTROL
control
jumper
as shown
of the
from
an external
output
in
is
Figure
a
(see
Figure 3-10)
Cent
the sweep
(150
adjustment
frequency is at the
generator's
MHz, Model
centers
of output level. center
rear-panel
on the
for
com-
(see
Section 3-10).
functions
between
pins
linear
are shown in
REMOTE
by a
pins
5 and
to
0
20 dB
5 and 6 of the
control
shown in
as
function of the
3-13.
LEVEL
RE-
to
6,
3.9
SPECIAL OPERATING
3.9.1 EFFECTS
The use
can cause overloading.
present.
the device under
controls for minimum
the output
increase
configuration
lf
the
the top,
proper
3.9.2
When making
ground
cables
problem.
times be eliminated
nection
the scope
to
is made
at the
pick-up.
excessive input
of
and that
amplitude until
of the
response
decrease the
configuration.
LOW_LEVEL
loops
for
carrying RF
Ground
betr,veen each instrument.
at the vertical
horizontal
FROM
the response is
test. set the ATTENUATION
output
response
of the
envelope
measurements
become
loops causing hum
horizontal
input
NOTES
OVERLOADING
signals to the device under
To assure that
output amplitude. Gradualiy
response is
a
amplitude should not
envelope except
does change,
output
just
MEASUREMENTS
at
problems.
signals helps minimize
by
completing
input. lf
input
terminal,
terminal
this condition is
a
representation of
true
obtained.
in
such
as
far
enough
to
low levels, radiation
Using double-shielded
the
pick-up
only one
This
applies
ground
the
an
additional
will
often
result in hum
LEVEL
and
increase
Further
change the
amplitude.
flattening
restore
radiation
some-
can
ground
con-
particularly
connection
ground
test
not
at
the
and
3.8.2
To
the
connect
in Figure
3.8.3
To
jumper
nect
Figure
The
range
CENTER FREOUENCY
provide
jumper
provide
external
from
pin
9
3-14.
SWEEP WIDTH
external
pins
from
pin
12
to an external
3-15.
circuit as shown
to
300 MHz
{up
Model 1503).
to
MHz
{up
30
1503) normally
control
between
width
out,
REMOTE
control.
control
pins
8 and 9
to an external
CONTROL
control
1 1
and 12
sweep
NOTE
will control
on Model 1403
To
externally
on Model 1403
activated
a 91 kohm
plug
pin
CONTROL
of center frequency. remove
of the
frequency
of sweep
of
the
control
pulling
by
resistor
10
R
EMOTE
width
control
the wider
the
and
the
should
and the
REMOTE
50
control as shown
width, remove
and 500
SWEEP
plug
plug
and con-
shown in
as
sweep
MHz
narrower range
MHz on Model
be connected
external
and
the
width
on
WIDTH
sweep
3.î0
coMBTNED 1403/1503
Figure
3-16 shows
1403/1
The
special
This
The
connected
ment
1403
R EMOTE
Both instruments have
The
Automatic
operation.
503
two rear-panel
Combining Harness
assembly
plug
adjacent
to the
designated
or 1503. The
jack
"master"
Level And
the Automatic
matic
operation,
E
installed. The
but it
would
The
AC line
lf it is not,
phase.
the typical set-up
also contains
rear-panel
as the
of the
also
Frequency
the slave unit cannot have Option
slave unit
not function
phase
must
reversing
opERAT|ON
to
REMOTE
to the
"master".
remaining
"slave"
the desired RF marker
has
Scope
be
one
plugs
are
assembly
a
(K106)
VHF/UHF
VHF/UHF
REMOTE
This
can
plug
is
instrument.
L.O. Tracking
the
Indicators
(E)
option, installed.
have
may
since there is no
the same
of the AC
Option B installed,
to both instruments.
plugs
provide
combined
removed
and a
is installed.
change
change switch is
jack
be
connected to the
(C)
switch.
of the
instru-
either Model
"A"
options.
(B)
option,
option, and
For
auto-
C
lF input.
will correct
or
the
J-v
Page 18

Set-up
previously
external
and the
and operation of the instruments is identical
VHF/UHF selector switch. The
FREOUENCY
instrument
counterparts
described
inoperative,
are
on the master.
with
the
exception
of the additional
and LEVEL controls on
but can be controlled by their
AUTO switches
the slave
as
Although the AUTO FREOUENCY
inoperative, it must
automatic operation.
be
in
NOTE
the AUTO
switch
position
on the slave
proper
for
is
SLAVE
PLUG
s{-
ó
I
I
t5
t2
l4
*-NC
Vu
Auto
s*itrn
Level
ó
)
9
I
ì5
MASTER
PLUG
3-
10
RF
out
Inputs
lF
Comb
vHF/U
Tuner
Figure
VERI
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RF IF
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1503
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Combjned 0peration
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Page 19

SECTIO
N
4.1 INTRODUCTION
This section first
followed
Before
by
beginning the
be well to consider
instrument.
and circuit description
position,
thereby
overall instrument. The mechanical arrangement
seen by referring
4.2
SIMPLIFIED
The
block diagrams in
both block
within
Figure
circuits
each module
4-1
in manual
required
Figure
4-3
indicator
circuits.
presents
more detailed description of
a
This will enable
an overall block
circuit description
actual
mechanical
the
the
following block
diagram analysis
arrangement
to be associated with
providing
Figure
to
BLOCK DIAGRAM
and module information. The blocks
are
depicts
for
shows the automatic level control
the
operation.
automatic
better understanding
a
5-1 5.
Figures
basic
4-1
indicated
sweep
Figure
f requency
,
by the shaded area.
generator
4-2 depicts the circuits
4-2,
and
tracking
each
its
4-3
contained
and
operation.
and scope
module.
it
would
of the
diagram
physical
of the
can be
contain
marker
CIRCUIT
The sweep
sweep
oscillator
signal
with
DESCRIPTION
generated
is
a
UHF
hetrodyning a UHF
by
reference oscillator
CW
a diode mixer. The resultant difference signal
preamplif
attenuator
monitor
Leveling
diode, which
reference
error
anrplifier
This closed-loop
signal at
tude
circuits, and
resistor is connected between the
the
impedance of
The output
through
connector.
ied,
connected
to the
point.
of
the
voltage supplied
between
and
the
variations
module
wide
band amplifier, and sent
RF output is
measures the
the two voltages is amplified
fed back
is
system maintains
monitor
in
the sweep oscillator,
also
RF
Output connector to establish the
75 ohms.
from
to the
point,
creates a
M9JA
the
the Step Attenuator to the
through the
accomplished
RF
voltage and compares
by the
voltage-variable
constant-amplitude
a
compensates
which
zero impedance.
zero
module is then connected
voltage-variable
by the
LEVEL control.
in the
mixer, and amplifier
impedance
front-panel
attenuator.
for
A 75 ohm
is then
to the
monitor
it
leveler
ampli-
point
source
RF
in
to a
Any
RF
and
OUT
4.2.1
The Power
and triangle wave
modules,
The
panel
generator
SWEEP WIDTH
OUENCY
sweep
conrbined into
determining varactor diodes in
Necessary
provided
The
circuits
circuits in
The RF
tained
preamplifier,
lifier,
MANUAL OPERATION DIAGRAM
Supply
and a
power
two
FREOUENCY
supplies
and SWEEP w*IDTH
drive circuits in
level
by the sweep drive circuitry.
square wave
off during
the instrument.
sweep
provides
generators
pulse
sources
regulated
marker
provide
control,
the sweep ramp
control. The
M2E-2
the
a single signai which drives the
shifting, shaping, and amplitude
generator
retrace,
generating
turns the
and
circuits
in the M9JA module
voltage-variable
monitor,
and
leveler
amplifier.
118
V sources,
for
connection to
amplifier circuit.
voltage
the
while
the triangle
to the
output signal
controls are then
module where they
the Sweep
controls
for
containing a sweep
attenuator,
from the
Oscillator
R F
output and
the timing
Model 1403 are
wide band amp-
plug-in
the
the
to
front-panei
fed to the
frequency-
module.
control
marker
of
oscillator,
square
front-
wave
FRE-
are
are
other
con-
R F sweep
The
contained in the
module
tenuator,
contains a sweep
the sweep oscillator
attenuator
put
is
accomplished in the
cribed,
the module is
R F OUT connector.
The
M5D,
markei'
combines the
addition'
also levels the sweep
the
constant-amplitude sweep
modules, which is
and
marker circuit is
the
adder
to its marker
main RF output signal was
comb" output
modules.
in
instruments, which insures
all
installed
markers.
generating
M9S-1
monitor.
and
leveler
is fed
to
monitor
the
its source impedance is
fed
then
individual
through the
comprised
Marker
function
markers with the
adding
sample signal
extremely
f rom
the
lt also standardizes
circuìts
Sweep Oscillator module.
oscillator,
through the
point.
same
the
of
signal
important in obtaining a
harmonic
for Model 1503 are
voltage-variable at-
amplifier.
manner
of
generators
M8/M8E
scope
function.
to the
the
proper
The
voltage-variable
Leveling
50
Step Attenuator to the
of
previousiy
as
O. The
Marker Adder moduie
(M6),
module, which
vertical output.
the
in
same
the
leveled.
sweep
This
individual
generating
sample
operation
output
the
output
MSD
manner as
provides
The
from
RF out-
des-
from
the
and
module
Marker
"flat
Marker
amplitude
field-
of
In
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4-3
Page 22

This
constant-amplitude
the
individual
a mixer
difference
back
with
signal,
to the
all Marker
into
a single
through
circuit
the
routed
The
Tracking
from
are
lF
to
RF
frequencies.)
amplified
applied
rates
the
in
the M8/M8E
demodulated
to
the
M7E
Markers generated
a TV
AGC'd
sample
during
approximately
markers
in
to
the common
sharp,
sweep
M6
Marker
a crystal-controlled
which
Marker
modules
Adder
are
combined,
composite
MARKER
SIZE
module
input
signal.
front-panel
or receiver.
prevent
tuner
10 MHz.
three
The
crystal
identical
provides
loss
alignment,
crystal
detector
marker
module
tuner
to
in
negative-going
sample
modules
is
the birdy
module
signal.
control
This
SCOpE
pulse-type
from
The
of
(The
filters
filter
marker
signal
where
CW
signal.
marker,
where
amplified,
This
signal is
to
where
it is
combined
VERT
an lF
conversion
markers
convert
converted
at equivalent
outputs
amplifier
pulse
circuit
pulses.
is
then fed
it
is combineiJ
The resultant
is then fed
the signals from
and shaped
then
marker
the
combined
OUT connector.
Local
sample derived
circuits, which
from
the
signal
are detected
circuits,
signal is
Oscillator
insufficient
lF
sample
generates
converted
and
which
adder
gene-
fed
with
then
and
are
to
switches
in
would have
during
voltage,
would
return
would then
essentially
control
4.2.3
The
quency
The module
scope
automatic
without usíng
indicator
MARKER
ulated
input.
on.
lf the
a negative
the
second half
when
turn
the FET
to the
be in
searching
pulse.
AUTOMATIC
INDICATORS
Option
C automatic
indicator
also contains
preamplifier
level
pulse
SIZE control
input
signal for
control
charge
of
transferred
switches
SWEEP
the full
the
LEVEL
DIAGRAM
circuits
circuits
control
with
external
and
the marker
pulse
did not
derived from
previous
the
to the
WIDTH
sweep
full
M2E-2
off.
thus
control.
width
band for
AND
level
circuit
are
contained
high-impedance,
and
signal inverters
either high-
DC
amplifier
signals
are
combined
connection
fire,
the
pulse
a
retrace.
This
capture
opening
or
SCOPE
and
the
The
instrument
,,capture',
presence
the
level
in
module
adjustable-gain
to
or low-level
probes.
from
with
front-panel
the
the
The level-
to the scooe
capacitor
occuring
negative
circuit,
ground
mode,
of a
fre-
and
MgE.
permit
tuners
demod-
vertical
The
marker
marker
provides
at
the
rear
The
marker pulses
Size
control
module,
from
the DEMOD
4.2.2
When
Option
(module
frequency
which
is
of
this
Automatic
Option
to
keep
scope
display,
from
the
required
level
at the
a capacitor
of
the
pulse
a
transfers
amplifier.
the frequency program
The
control
positive
a high
this
voltage
pulse
amplifier
either
where
panel.
to
circuit
positive-
the
they may
AUTOMATIC
E
is
M7E)
at the
is used
then
fed
to
control
E
the
pulse
Frequency
provides
tuner
and is
M7E
module.
inversion
of
duration
which
sweep
trace.
occuring
during
this voltage
The
output
pulse
from
level.
to the
M2E-2
lN
provided,
as
an
response
retains
4-4
circuit
output
in
the
is
pS7
or negative-going pulse
are
marker
connector.
converted
an
a separate
circuit
module.
the signal
of
The
to
ol
of
The first
fed
also
be
FREOUENCY
adding
added
one
equivalent
through
crystal
automatic
pulse
is
then
automatic
dependent
The
frequency-tuning
curve
upon
input
from
the
control
the voltage
timing
the first
pulse
half
the reference
this voltage
next
the
the
M7E
sweep
also
half
capture
circuit,
circuit
to the
tuning
centered
amplifier
follower
retrace
routed
power
to the
Supply, which
the
M5D
in
the Mg/MgE
detected
response
DIAGRAM
filter
Option
in
of the lF
control marker,
amplifier.
routed
The
to the
on
the oscillo_
the control
provides
the
M2E-2.lts
pulse
is
transferred
from
generator produces
of the
input
cycle.
charges
remainder
the
retrace
of the output
then becomes
a capacitor
pulse
transfers
holding
the FET
pulse
markers
pulse
center
output
M1lE
voltage
pulse
the
output
to
which
to
THE FOLLOWING
REFERENCED
SECTION
4.3 POWER
The PS7 Power
a square
AC POWER
A
dual-primary
B
voltage
plug
transformer
to reduce
Unregulated
full
plug,
to three
square
pulse
power
the
+18
Regulation
internal
+18.00
current
limiting
before
reverse
7.
SUPPLY
wave,
a
& RECTIFIER
of 115
or 230
and is
switched
is located
magnetically-coupled
plus
wave
rectifier
mounted
wave,
amplifier.
V SERIES,REGULATOR
to
unregulated
triangle
R45
indicator,
provided
is
reference.
V. An
external pass
capability,
characteristics
limiting.
voltage
by
CIRCUIT
TO THE
Supply
triangle
transformer
and
circuits
the
SCHEMATICS
(PS7)
provides
wave,
and
CIRCUITS
allows
VAC.
AC
by the front-panel
away from
line
minus
voltages
filtered
printed
voltages.
is
DS101.
circuit
the regulated
wave,
and
a series voltage-dropping
by lCl
Resistor
and
R9
transistor,
transistor
of lCl
+1
The
diode
8
CR7.
V
supply
DESCRIPTIONS
APPEARING
two regulated
amplified
operation
power
is
supplied
pOWER
the Sweep
ripple.
are
supplied
by
C1 and
board,
+18
an input
which
contains
provides
an
A2,
e1
improves
providing
by
protected
is
ARE
DC
voltages,
switch.
Drive
pulses.
at
line
a
a 3-prong
The
module
marker
by two
C7. A
12pin
provides
to
adjustment for
access
V
supplies,
the marker
resistor
boosts
the
amplification
its
own
the
current
against
for
IN
Page 23

.18
V SERIES
The voltage
+18
V supply through
feedback,
transistor
Transistors Q3
tor.
and
are connected as a
the voltage across
circuit
CR8. Current limiting is
transistor OG
CR9 and
diode
SOUARE
protection
CR 1 2.
The 24 VAC
comparator lC3A.
REGULATOR
reference for
applied to
05
maintain
to
resistor
conducts
CR10.
WAVE
Reverse
GENERATOR
from
this supply is obtained
resistor
lC2, which
and
compound emitter
R20. Resistor R19
provides
regulated
a
provide
Q4
R13 is not loaded heavily.
voltage at
the
of transistor Q4 is
sufficiently
power
Diodes
provided
voltage
transformer
CR13 and CR14
by
to
protection
high
series
follower so that
provided
transistor
forward bias diodes
is
T1 is squared
tection to the inverting input by limiting
range
to one
triangle
Darlington emmiter follower 07.
output
wave is routed
the RF output
other
circuits in the instrument.
TR IANG
The symmeterical square wave
by R26
symmetery
the inverting input
volt.
Capacitor
integrator
provides
P2,
and controls
MARKER
Negative-going
module
the
base of
coupled through
volt. The square
generator
input
to one volt. A
pin
to
during retrace and
WAVE
LE
GENERATOR
and
positive
10
of
is
also applied
15 V, negative 1
P2
where it is
output
wave
limits
CR15
provided
to control the
output of
and is AC coupled
zero. Diodes
about
by limiting
in
C13
configuration. This
the timing of other
AMPLIFIER
routed
are
the
the sweep
marker
PNP inverter O12. The collector signal
pulses
through
R41
to the base of
integrator lC3B to
to
CR16 and
the
feedback
signal,
ramp
and scope
circuits
from
pin
7
of
voltage
network
applied
horizontal drive,
in
M7E
the
P2
and
NPN
to the
lC3A is adjusted
the instrument.
AC coupled to
from the
provides
gain,
forcing
the collec-
pass
element,
Short-
by diode
05
when
provided
provide
the
the
pro-
voltage
drives the
base of
negative
V
square
to blank
timing of
restore
protect
CR17
range to one
provides
pin
to
8 of
(Option
inverter
013.
by
by
the
Automatic
sweep drive ramp
capture
to maximum if
when
below a specific
OSCILLATOR DRIVE
The drive voltage
the
by the
tors
it is equal to the sweep
summed to a standard voltage level
lC1A,
1
CR
resistor
each diode conducts, an additional
summing
the
output amplitude
INVERTED SWEEP
The
use
as a tuning
CAPTURE CIRCUIT
FET
WIDTH
manual mode
the
center frequency
transistors
duction resistance,
width,
When
ficient
capture
a
This
rides
When
B)
removed, restoring
the
is
4.5
Frequency
to the
option
is used,
M11E module. lt
circuit that causes the sweep width
command is
a
varactor
voltages
and SWEEP
divide the
from
applied to
the lF input level
level.
to the
programming
FREOUENCY
R3, R4,
and
R41
width
and then
through CR5 conduct
string driven by constant
output of
transistors
control
to acceptable limits.)
the tuner
to
produces
the
the
instrument
SWEEP
fed
to the shaping circuii. Shaping
at
junction
lClA
reference.
are
generate
program
a
front-panel
lF
response is restored, the capture
OSCILLATOR,
of the output amplifier,
is
Q4
ground
and in the automatic mode when an
control
connected
lF
markers,
at
full-band
the
normal
to
R31, the
set by
DRIVE RAMP
fed
is also
05, in
and
return,
pulse
parallel
in
which
sample input
limits
the automatic
pin
10
that
sweep width
SWEEP WIDTH control setting.
transistors to
automatic
MODEL 1403
provides
an
also contains a
to increase
received from the
the tuner
diodes
WIDTH
frequency
program.
levels
to the
series with the
are
marker
turns
or receiver
is
determined
pin
5 and
controls.
program
programs
The
in
the input amplifier,
determined
current source
current
Sweep
Ml1E via
normally
to
the
falls
program
full
frequency operation.
is fed into
Width
conducting
present.
is
reduce the con-
minimum sweep
below a
circuits
the transistors
conduction and
(MgJAI
inverted
Ml1E
falls
pin
Resis-
so that
are
diodes
by a
01.
lC1 B. The
control.
pin
for
8
SWEEP
(The
level
suf-
provide
off.
that over-
program
by
7
As
in
lF
is
Positive-going
PULSE
MARKER
the PULSE MARKER
4.4
The
MARKER SWITCH,
SWEEP DRIVE
M2E-2 module
tor diodes in
pulses
SIZE control,
the Sweep
selected from
are
52, and coupled to
R44.
The
OUTPUT
IM?E-ZÌ.
provides
the
Oscillator module,
the
pulse
is then applied to
jack,
J5.
drive voltage to
and,
rear-panel
PULSE
the
the varac-
when the
RF
The
hetrodyning
sweeg oscillator with
quency
frequency
sweep signal
the output
oscillator in
{CW)
(1
to 300
for Model 1403 is
of
UHF
a
output of a 1
the
diode mixer.
a
MHz) is
amplified bV a
amplifier. A PIN diode voltage-variable
viding
leveler
from
the monitor
vernier
amplifier, which is regulated by an
R F
diode.
level
adjustment,
is controlled by a
generated
voltage-controlled
GHz fixed
The
wide band
attenuator,
by
fre-
difference
pro-
ALC voltage
4-5
Page 24

The
RF
output
O1.
operating
is
coupled
minals
of the
CR4.
CRs,
metery
of this mixer
{requency
The
average frequency
controls
diodes
pin
decreasing
oscillator
oscillator
minals
The
the
CR1
9 of
the module
frequency
output
of the
resultant
preamplified
lowers
05
and 08.
R F
blanking
ret
race.
Two
RF
outputs
output is
consisting
flier
marker
is
coupled uia R27
provided
is
generatinE
coupled
of 09,
attenuator
provides
which
positive
the
The
leveler
of 01
3
and
supplying
uator.
leveler
ievel,
RF
pin
go
to
variable
of OG
Monitor
negative
a
a
positively
A
amplif ier
blanking
10
FET
to
negative
attenuator.
and 07
diode
DC
the inverting
creasingly
positive
the RF
at
a
negative
current
output level
level
determined
amplifier's
varies
directly
tude
of
this negative
Max
control.
program
vides
voltage
voltage
a smail
zero.
is
4-6
of common
at
frequency
a
through
CR6, and
of
,
their
inductors
double-balanced
CR7.
bridge.
approximately
average
CR2,
bias on
and CR3. The
junction
to vary from
is
coupled
double-balanced
difference
by
transistor
Transistor
by shutting
provided
are
010,
and O1
J1
at
circuits.
through R26
consisting
current
amplifier,
015.
positive
is effected
during
input
non-inverting
with
which
negative
of PIN
variable
supplied
an
provides
current
increasing
produce
will
switch O12,
retrace.
(This
in
shutting
CR13, near
voltage.
supplied
related
of
the
voltage
is held
by
the level
voltage
sets
is maximum.
reference
base configured
of
approximately
L2
and L3
mixer,
R14
adjusts
Oscillator
to opposite ter-
consisting of diodes
the output sym-
02
1000 MHz
is
adjusted
by resistor R6
the cathodes
sweep
drive
is
applied
capacitance,
frequency
and
as the
and C14
RF
operational
to
low
to the
mixer
(0
amplifier
switches 06
preamplifier
this
from
C15 to
1. The
sweep sample
The
second RF
to
diodes
conduction
from
leveling
of
the varactor
thereby
to high.
other
through
to 300 MHz) is
04
and
and
preamplifier.
the
a wide band
output
the voltage-variable
CR1,
CR2, and
proportional
the leveler
amplifier consisting
the
to the voltage-variable
output
voltage from
an increasing
positive
by
a
which
thus
effect is
off
the
to the RF
leveler
at
this input
causes
shutting
reinforced
the
RF
Output
amplifier.
input
the leveler
off the
preamplifier
output
will
to the voltage-variable
constant,
the reference
input.
program
the maximum
by negative feedback.
voltage
This
reference voltage
pin
at
is
determined
RF
The
Level Min
level
when
fixed
oscilLator
1000 MHz,
operates at a
to 1300 MHz.
which
of varactor
voltage
opposing
inductor
from
diodes,
causing
the
The sweep
ter-
L4.
then
emitter fol-
provide
07
off during
One
amplifier
this
of
ampli-
signal to the
output signal
CR3,
to
amplifier.
RF
output
R
voltage from
by the action
jack,
Since an in-
reduce
attenuator.
the leveler
at
7. The magni-
by the
level
when the
control
the
atten-
F
output
output
voltage-
stage.)
provides
level,
Level
proEram
by
the
to
the
pro-
Three
wide
band
amplifier
amplify the signal from
about 40
1 MHz
system
R8 sets
4.6
This module
attenuator,
Transistor Q1
with biasing
Q4
and
by the
and Q3.
during retrace,
during retrace.
to
a
CRl,
flou;ing
uator is
includes
O11.
and
RF output level.
input
amplifier
between
voltage-variable
tains
allows adjustment
Q output
50
nected
4.7
The main function
amplifying
Marker
circuit
A low-level
Oscillator
then leveled
The voltage
ence voltage f,rom
sisting of
of
the
signals
The
operation
signal
The leveled
nal
marker
Output
point
tor
The
signal is
dB, with
and
above 300
establishes
the output impedance
SWEEP
zero
OSCILLATOR.
contains
a leveler
is
amplifier
a
common
of the varactor
Q5.
The
B- voltage
blanking
This modulation
signal from
thereby
The RF
voltage-variable
CR2, and
through
part
CR3. which is
leveler
the
of the closed-loop
monitor diode
provides
CR4
This negative
of
the leveler
provided
is
the
two inputs
attenuator.
a constant-amplitude
of the
impedance
between
MARKER
the monitor
ADDER
of
the individual
modules.
and the
transistors 013
leveling'amplifier.
is
arnplified
at the monitor
connector.
and
lt
also contains
sweep
sweep
sample
module,
in
the
from
is
same manner
the monitor
R52 is fed
and
of this
point.
sweep sample
mixer
diode,
J4.
J4.
establishes
then routed
sample leveling
stages,
016,
the voltage-variable
reduced
MHz.
signal is coupled from
attenuator
frequency
Since
the closed-loop
impedance
an
base varactor-tuned
diodes
for
pin
causes
providing
at the monitor
at 75 12.
MODEL
oscillator.
and a monitor.
provided
the
oscillator
10 in
the oscillator
zero RF
a
consisting of
controlled
pass
transistor, O'10.
levelinE
CR4
negative
a
arnplifier.
by
is
amplified
leveler
and
DC
voltage
voltage
The
second
the LEVEL
and
This
closed-loop
signal
at the
signal
over a 20 dB range. The
provided
is
and the
(MsD)
this module
marker
signal,
connected
is
signals from
external
the
circuit.
supplied from
jack
to
as
the
diode,
to the leveling
and O14. 012
Any
error
between
fed
circuit
signal is
CR1.
R48,
to each MG
to PIN
produces
diode
connected
and
to the Sweep
connected
the
Q
50
Marker module.
a constant-amplitude
Oî7,
and
attenuator by
1503
response
(M9S-1)
below
leveling
point,
a voltage-variable
oscillator,
by transistors
is modulated
transistor
system
amplifier
is
connected
control.
usec!
monitor
by resistor
RF
adding
J2.
RF
CR6,
provides
attenuator CR5.
between
output impedance.
stages 02
to be cut off
output
the oscillator
PIN
diodes
bv the current
This
atten-
which
09,
relaîed
to the
to one
input
of the
Any error
to control the
system main-
point.
R8
Output
together
the
marker
This
output
and the refer-
amplifier con-
the two
to tne exter-
mixer
the Sweep
signal is
signal.
blanking
input
Sample
the moni-
01B,
level
also
O10,
and
con-
jack.
and
M6
Page 25

The marker output
modules are connected
module. One or two
MSD
each input. The
(02.
stages
collector
front-panel MARKER SIZE
the
+18
off.
+18
from
reducing
03, 04, and
load, comprised
is
V
applied to
When
the
V signal
compensated collector load to
the
the marker bandpass and narrowing the
signals
signals are
the
MARKER SIZE control
is removed.
from
the
pins
input
to
MG outputs are
then amplified
Q5),
oÍ
combined
and
R22 in
control
gate
Q6, keeping the
of
07 is
turned on.
individual
1,2,3,and
in the
parallel
with
is not
pulled
is
connecting
Marker
M6
4 of the
connected
input
the
in
common
When
L1.
pulled
FET switch
out,
ground,
markers.
out,
the
C10
thus
HARMONIC
INDIVIDUAL A,ND
to
Harmonic
intervals across
crystal
signal
harmonic
sample in the
series of
tor
amplifier,
producing
Markers
oscillator,
harmonic
to a
generator
zero
frequency. The
which
the
DIJAL
produce
generator,
is
cornbined
generator
the sweep
operating between
mixer, which
beats at
birdy
intervals equal to
mixer
has
bandwidth of
a
markers.
output
markers
birdy
The
with the
is untuned.
is
at
frequency
1
and 55
produced
comb
instrument
This
the crystal
amplified
less than
spaced
evenly
range.
MHz, sends
by the
sweep
produces
oscilla-
by
the
kHz, thus
800
The
a
a
birdy
The combined marker signals are then
operational
09. The
amplifier
amplified
output stage,
signals of less than 0.5
most
spurious
Pulse
The
L.O.
markers are combined with
Size
Tracking module
combined output
MARKER SIZE control to
finally
to the
4.8 MARKERS
Several
frequency ranges of
single
M65
M6H
M66H
SINGLE
Single
specified
contains a crystal oscillator,
The various crystal oscillators
signals of
greater
are used.
types of
frequency
FREOUENCY
Frequency
frequency
from
than 55
comprised of transistors
signal
010
and
01
V
markers and
control,
is
R40,
then
1, which
not
are
noise
accepts
fed
to
is
biased
amplified.
from
the output.
pulse
M7E through
markers at
birdy
is connected through
M8/M8E module.
the
front-panel
(M6}
marker modules are available
SCOPE
Models 1403/1503, and
harmonic markers.
and
SINGLE
DUAL HARMONIC
Markers
produce
of the sweep
1 to 55
harmonics
MHz,
VERT OUT
FREOUENCY
HARMONIC
one
generator.
a mixer and a birdy
employed can
For
MHz.
of the
the complimentary
birdy
amplified
so
This
markers
pin
8.
the
These
marker at any
marker
crystal
in
the
08,
07,
to
(Option
(Option
(Option
Each module
produce
and
input
that
eliminates
from
pulse
The
pin
7. The
{ront-panel
and
connector.
cover the
produce
to
include:
A1)
,A2)
,A2)
amplifier.
CW
frequencies
frequency
ln the Dual Harmonic
employed
is
portion
down divider.
markers at
divider
each other) are
harmonic markers with
For
crvstal
the
to
of the crystal
The divider
1/N
factor.
Thus, two
produced.
oscillator
Markers, the same
generate
oscillator output
the
crystal
is set up to
harmonic of the crystal
filtered
harmonic
out, and the
generator.
4.9 OPTION
This option
consisting of a
(module
B
harmonic
_
L.O. TRACKING
M7E)
bandpass
lator, mixer, 10 to 20
former. lt
circuit, three crystal
amplifier
reference
input
The
from
the tuner
which correspond to the
output
sweeps through the
The second
quencies
pulse
in Option
CONVERSION
contains an
also
filters
stages, a
pulse
to the
common marker
ier.
amplif
M7E is a sample of
being tested. One output
output is a
of the other two, and
E.
CIRCUIT
process
markers,
birdy
the
output
frequency,
sets of
frequency.
filter,
MHz
markers
greater-than-S5 MHz interval,
a
produce
frequency
(M7E)
contains
RF
amplifier,
lF
amplifier,
automatic
their associated
and
pulse
except
is sent
used to
is
where
(in
strong
a
The fundamental
is sent
conversion
a
and
gain
control
amplifier,
the swept
pair
is
a
points
in
time
when the
video and sound
pulse
midway between
primarily
is
used as a
as above
that a
to a count'
produce
N is the
phase
with
second
to
the
circuit
local oscil'
lF
trans-
(AGC)
pre-
pulse
and a
lF signal
pulses
of
tuner
frequencies.
fre-
the
control
is
lF
The output
rator,
mixer. The mixer includes a
frequency
occurs when the sweep sample
CW signal
rator).
from the crystal oscillator
used) is combined with the
if
tuned circuit
from
which the birdy
from
the crystai
The difference
oscillator
frequency
generated.
is
frequency equals
around
amplified by the birdy amplifier, which
less
than 800
kHz.
thus
producing
the
(or
sweep
which
(or
the
has
marker.
harmonic
sample
selects the
zero
A
that of the
harmonic
zero
bandwidth
a
gene-
in the
beat
gene-
beat
filter
The bandpass
input to
the
from
frequencies
lF
receives
oscillator
mixer
30 to 50
at
band
the
input
Colpitts
is
of
the
heterodynes with
frequencies of approximately 8 to
consists
MOSFET
to one
the 55.75
Q2.
point.
this
the
of the L/C tuned
O1
. The
01 is an amplifier
MHz.
input of mixer
MHz signal
AGC
The
The
55.75
output of
passes
filter
from
voltage is
MHz local oscillator
Ol
21
networks at
frequency
the
that couples
03. The other
crystal'controlled
applied
also
provide
to
MHz. After conver-
output
to
4-7
ì:
Page 26

sion, 10 MHz corresponds to
corresponds
41
.25 MHz.
Mixer 03
Pi-networks
quencies
Frequencies
low-pass filtering
AGC
CIRCUIT
A
sample of the signal level is coupled from
of 06
to
and integrated
CRYSTAL FILTERS
The secondary
opposite-phase
The
crystal
except
C34. These crystal
at
their series-resonant
iÉ
the filter is selected
difference
and
the desired marker.
video,
these are:
45.75
= 10 t\4H2.) The RF bursts
amplified
impedance
inputs
to
43.5
to
and
to
below
above the
AGC
the
MHz, and
MOSFET amplifier
provide
10 MHz are attenuated by
of the
circuit consisting of monitor diode CR2
circuit lC1.
AND
of T1
signals
filter outputs
resonance,
between the
by
to
the
by
filters
frequencies. In each case, the
55.75
07. Emitter follower 08
drive amplifier 09,
common
45.75 MHz
14.5 MHz
O4 drive stagger-tuned
required
the
desired band are attenuated
Pi-networks.
PULSE PREAMPLIFIERS and
is
center
tapped to
to each of the three crystal
nulled
are
variable capacitors C30,
provide
produceafrequencyequaltothe level, and
to
M7E local
-
pulse
(For
U.S. standard
41 .25
marker
sharp bursts
=
oscillator
14.5 MHz,
are detected by
providing
oi 1.
REFERENCE
The
output
producing
CR5
and
described
inverts
through
Adding
the control
marker
4.10
OPTION C
SCOPE INDICATORS
This
option
to the demodulated input
polarity
this
demodulated signal. lt
RF level
module
output level for
response.
of
the RF level
4-B
PULSE AMPLIFIER
from
08B drives the reference
pulse
the control
012,
duplicates the
above. The second stage, 013,
pulse.
the
pin
a .05
pulses.
The
8 to the Automatic
gF
capacitor between
pulse
to also be brought out with the tracking
-AUTOMATIC
(module
circuits, and an
(attenuation)
level
control
The module
M8E)
input,
constant-amplitude
a
program
for
Option
function
positive
going pulse
Frequency
(M8E)
provides
from
the
RC
network
primarily provides
DC voltage
automatically
provides
also
by means
I-EVELAND
to the Sweep
oscilloscope
O8B
adjustable
front
for
of a
12.25MH2
input,
corresponds
flat response.
choke L8.
by the
collector and CR2
the
provide
zero
for
output,
C32, and
of energy
(55.75
sound and
and
CR3 and
provides
sharp
amplifier,
E.
of CR4
and
adding
O10 and
pulse
amplifier, amplifiers.)
first
The
and
amplifies
is then
module,
CR4B allows
40 dB
panel,
selectable
markers to
an automatic
Oscillator occupies the
adjusting
demodulated
the
indications
vertical
pedestal
(pulse)
to
directly
frequency
ferentiated
ascending
Fre-
DEMODULATED
MARKER
demodulated
The
from
the
FET source follower
to
gate
input
feedback
signal
to
dB). The 20
two
filters.
at
crystal
MHz)
automatic
high
and
probes.
switch, 51
lC2A.
square wave
The output signal
Polarity switch 52 and to the
55.75-
a low
pulse
which
(normal)
the
response
Automatic
selectable-polarity circuits
responses
that
operating
the
use of
the
without
stage.
09, as The
and
routed
signai at the common contact
fed
through
VERT
M11E. with the
AUTOMATIC
The auto
response at each sweep cycle,
reference
dB
20
gain
RF
tuner
so
to
as
function
puises.
half
of
peak
The
diode
wave,
on the
retrace
with the RF level
(tuning)
pulse
frequency from
ADDER
DEMOD lN connector
program
that
INPUT AMPLIFIER,
response
and divider
protection.
line whose amplitude
base
program
by
moves
left
to
of the tuner
to
01
then to
,
network R8
The Var
network adiusts the amplifier
gain
is
applied
lC1 B, which is set
dB Gain
RF level
level
low
The signal at
is capactively
,
low
to the
for
a ten to
adjustments are
programming
without using
tuners
the common contact
coupled to transistor
05, which saturates when
is applied to
Bal control
for
is set
a
contact
pattern
is selected for
Level circuits.
of various DC levels may be brought
range of the
detectors
requiring
R27
OUT connector.
output signal through
LEVEL PROGRAM
level circuitry senses the
voltage, and
PIN
maintain the tuner
The
retrace,
CR6
at
attenuator
diode
implemented by two
is
first is
the
remaining
level
of the demodulated
and capacitor C22.
pin
10, is level-shifted
its
base,
R14
adjusts
is applied to the
of
-1.
of
The inverted signal
Polarity
the
the
(The
gain
just
auto
either
of
use
the
and
a sampling
of external
pin
9 to
Markers from
C5.
regulates the
in
the
response
pulse
second is a
half
of the retrace cycle.
amplitude, and
means
across
right.
pin
8, and
narrow dif-
of a
the base
INVERTER,
under
test
is AC coupled
lClA. Diodes CRl
through
potentiometer
Gain
(x1)contact
may be
the
provided
is
Îor
(inverted)
inverting input of
proper
gain,
high
described
level
circuitry,
polarity
of the
the
CIRCUITRY
compares
program
Sweep
at
sequential time-related
occuring
discharge
response is detected
The
Rl1
gain.
The output
of switch
voltage
one
provided
used
with
external active
of the
04,
positive
restore
to
volt baseline.
azero
contact
switch.
front-panel SCOPE
pin
demodulated
a one
RF
A
operation
range,
wide
provided
are
permitting
in
test set-up
the
polarity-inverting
Polarity
7
are
it
to a
voltage to
Oscillator
voit
during the
pulse
blanking square
to near-symmetry
varies
of the
line
AND
fed
is
provide
in the
Sl
(20
gain
so that
both
DC
Gain x 10
then
blanking
DC
lC2B,
is fed
positive
of
the
and
within
switch
combined
peak
pre-set
the
module
This
level.
first
which
about
in
to
of
to
so
is
by
Page 27

ground
the
a
wave
the
the
are
voltage
producing
This
voltage
amplifier
voltage
lCTA
and lC7B.
The
base
will vary
R88
protecti
When
the response
transistors O14
019.
creasing
program.
During
FET
that
through O8.
non-inverting
positive
positive
is
square
trace cycle
signal at the collector
positive,
diodes CR4
at their
positive
a
pulse,
by
turning
on
C22 to C23,
consisting
for
the duration
is connected
output
of lC7ts is fed
of emitter follower
between
in series
with the collector
on .
the demodulated
at the common
and O'!
This inserts R84
the feedback
last half
the
switch O10
the detector
The
triangle wave
input
of comparator
wave in
the
with respect
and the
first half
of
and CR5 do not conduct.
anodes
is
pulse
FET
which is
oÍ A12, 013,
of
to a follower
through zener
Oi8.
'18
and 0
output voltage
5 to conduct,
into
quickly
to
of the retrace
discharges
network
is reset for
pin
at
lC4A,
half
cycle
when the triangle
ground,
to
08
and at the
then
during
switch Oi 1
the sweep
Since
V. 018
of
the
peak-detector
i.e., the
retrace. When both
of
output of lC4A
pulled
up
first half
the
on, transfers the
connected to the error
and lC7A.
cycle. The output
consisting
diode CR8 to the
program
this
is
supplied
provides
current overload
exceeds 1.25 V,
52 causes common base
turning
feedback loop,
lCTB
adjust
the automatic
cycle, 09 is
capacitor
the next sweep cycle.
4
is applied to
producing
last half
through
of retrace.
holds
C23
016, 017,
of
from
FET
on
turned on.
The
R59,
the
voltage
-30
V.
switch
in-
level
C22so
of
of
the negative
When
on.
R39,
at
is
vertical
a
extreme
the
amplitude indicates
F REOUENCY
The
tuning
amplifier lC3A,
inverting
adjusted triangle
R47
adjusts
Freq
the
comparison
pulse
the
adjusted offset
Q7
described
pedestal pulse
input
Ind
Cent
starting
bias on
conducts,
right hand
INDICATOR PULSE
program
and the
of
the
control
point.
and terminating
volt reference.
Tlre output
R48.
and
negative
functions
lCS,
R50
establishes
The
timer output
and
combined
Since
frequency
narrow
a
line
in
of comparator lC4B is
Diode
retrace
in
the same way
described
with
the timer is
indicator
differentiated
step with
CR3 removes
above. The RC
the
the tuning
gate
the
earlier, is
the
at
of
the converted
transferred
on
the
side of
the scope display. The
RF
level
pin
6 is inverted
inverted
comparator lC4B,
wave from
amplitude
pin
of the triangle
R43
The
comparator
adjusts the offset
at the
triangle
wave is
the
spike
triggers the
as the
time
duration
pulse
of the
is
differentiated
the demodulated
triggered
appears only on
by
pulse
program.
the
that moves
FET
retrace
program.
CI
Q7,
switch
level-program voltage
pin
to
9.
line located
base
RCUITRY
by operational
p!'ogram
Freq
4.
fed
where
Ind Range
waveform and
it offsets
output is a
points
in time when
greater
than the
differentiated by
positive
trace
timer,
level
indicator
constant of C16 and
positive pulse
by C18
output
negative
the
through
spike only, the
retrace
across the base
turning it
The result
to the
control
level
positive
spike. The
lC6,
which
pulse
timer,
output.
and
base line
at
pulse
non-
the
at
zero
C14
R52,
R54.
as
RF
LEVEL INDICATOR
The RF
ínverting
converts
program
signal
Level Program
input
-18
the
when it is
junction
at
the
The RF-blanking
by
capacitor
of
transistor 06.
leading
negative-going
differentiated
spike
sets
a multivibrator
capacitor
exponential
the
capacitor
timer's
discharging
+.25
V before
charging
C8
spike
by C9
is then used
Cl0.
rate
and
B+
supply voltage.
the capacitor.
it
time
of
PULSE
is fed
of operational
to 0 V RF
combined
R27
of
rryave
square
and resistor
OG
inverts
derived
pulse
C10 charges
is
from
output
R34.
and
to trigger
which releases
determined
R35.
When
the multivibrator
triggered.
Cl0.
The high
The
CIRCUITRY
pin
to
6
and applied to the
amplifier
program
level
with the
and
from
R32.
the
from
the
to a
bV
C10
and
demodulated output
pin
9.
pin
10 is
and is
applied
and
amplifies the
start of retrace. The
the coliector
The
negative-going leading
timer, lC5. This trigger
a short
positive
the RC
has
timer
at least
positive
time
charged
output is less
+10
voltage
lC3B,
which
+1
to
to 0 V
a
differentiated
to
the base
positive
of 06 is
around
circuit
voltage at
constant of
to 2/3 of the
quickly
resets,
during
V
overrides
an
than
the
4.11
OPTION E
This
option
The first
M2E-2
demodulated
oscilloscope
program
apply
module.
the
I
allowing
capture voltage
(module
is
an automatic frequency-tuning
Sweep Drive
display. The
voltage
full
a
sweep
This insures
F
response
the
M7E module
control
The
tirne-related
derived from
ation of
transfer
The
half
pulse
marker.)
two Option E
pulses.
that
pulse.
third is
of
the retrace
_
AUTOMATIC
M11E)
module
tuner response
to
the
width
that.
M2E-2
program
provided
will appear
FREOUENCY
provides
two
to automatically
horizontal
in
the
second is
a capture
to cause
to
the Sweep Oscillator
the tuner is functional,
somewhere in
automatic tunìng function
appears
falls
module M7E,
pulse
occuring
a reset
only when the lF
below the level required
signals
during forward
period.
are enabled
The first
which
throughout
pulse,
which
of
these is a control
occurs only for
sweep. The
the
occupies
program
voltage
this
to
operate.
signal
to
by three
first
half
the
{IVI11E}
signals.
to the
position
center
commano
module
the band,
level
generate
sequential
the dur-
second is
retrace.
of
remaining
the
of the
to
(This
to the
a
pulse,
a
4-9
Page 28

4.11.1
The
sweep ramp
matic
INVERTED
The
nected
amplifier
input
of
sets
automatic
The inverted
comparator
so
the negative
beyond
negative
which
the automatic
(This
in
and
dyne zero
TRANSFER
The
on.
the
for
AUTOMATICTUNING
The
FET
capacitor
voltage
tection
networks
from
M2E'2
AUTOMATIC FREOUENCY
Autornatic Frequencv
amplifier,
tuning voltage follower.
SWEEP
inverted
and
the
automatic frequency
the
as to switch
sweep drive ramp
through
average DC
pin
lC1A.
Auto
feedback
the
program
tuning
ramp is
lC2B.
the comparator
state
i to
level
The
as the
the sweep oscillator
comparator
is in series
circuit is
the capture
lock
in on
beat
with
tuning
necessary
mode,
"image"
an
of
the sweep
ClRcUlT
control
This
pulse
the remainder
transfer
pulse
transfers
duration
pulse.
switch 03
C3 to
follower
diodes
R13/R14
exceeding
frequency
as the
from
the output
to capacitor
of the
during
on. This
C4, which
comprised
CRl
and
+9
V. The
cycle.
4'11.2
The
detector
CONTROL
The
CAPTURE PROGRAM
capture
+30
program
FET
and
PULSE
V control
capture
DETECTOR
CIRCUITS
circuits
the transfer
consist
circuit,
of the
and
RAMPAMPLIFIER
from
the M2E-2 is
the inverting
Gain
control R2,
loop,
program.
of this input.
mid-band
also
applied
Low Limit
effectively
input
of operational
which is in both
acljusts the
Auto
Cent control
and is effectively
adjustrnent. FET
to the
inverting input of frequency
control
output from
offsets this input
the
tuning voltage level
low-frequency
output
the lClA
program
the
shuts
output,
from
in
Modei
automatic
frequency
iF
FET
off
thereby
ranging
more negative.
1403
so that, when
circuits
will
beyond the hetro-
oscillator.)
module
forward
VOLTAGE
and CR2.
R15/R16,
tuning
M7E
voltage
C3.
sweep.
FOLLOWER positive
the first half
transfers
is connected
the voltage
of O4,
connected
prevent
output voltage
program
turns FET
level
of lClA during The
C3 stores
of retrace,
to
the
05,
and
with divider
input voltage RESET
the
is sent
for
the
CIRCUIT
circuits
pulse
switch
causes
consist
of
circuits.
diode
a control
CR3 to conduct,
inverted
the
auto-
con-
the maintaining
range
R4
an cycle
positive
to
increases
limit. The
switch
01,
preventing
not find
switch 02
voltage
this
turns
present
FET
lC1B. Pro-
next
on
input
to the
sweep
pulse
charging
retained for
CAPTURE SWITCH
The transfer
switch
C11
switches
to
pulse
turned
tuning
capture mode
4.11.3
The timing
fier, located
generators
TRANSFER
The triangle
inverting
positive
nslng zero
emitter
converts
with
and
diode
positive
supplied
during the first half
capacitor
the
pulse
O10
on,
pin
and
ground
in
the
for
6.
the
the
has
not
charged
providing
off,
or
until
switch O1 1 is
program.
return
to
of operation.
TIMING PULSE
pulse
in
described
PULSE
wave signal
input
rising
square
voltage
blanking
square wave
of common
it
to a square
collector output
during retrace.
O6
coincide during
nor
CR4
PULSE
level
by
+lg
CR5 conduct.
established
GENERATOR
C10
remainder
CIRCUITS
in the
transferring
positive
This
M2E-2
module
front-panel
preset
sweep
C10, the
full
the control
turned
This
causes
to
the center
circuits
module M7E,
below.
GENERATOR
of
comparator lC2A,
wave coincident
crossing
base
negative
When
producing
V,
retrace.
of
Common base configured
during
metrical
turned off
transfer
CR4 conducts,
it on. The
through
turning it
on C10,
capacitor for
forward
squaré
pulse
during
resulting
FET
sweep
wave
the
at its
driving
emitter
from
base.
positive
on and discharging
thereby resetting
the next
sweep
by the negative
first
the base
follower
+18
to a
of
first
sweep
V levet.
forward
the
half
the voltage
voltage
turned on,
SWEEPWIDTH
width
switches
width
pulse
sweep.
of retrace
present
keeps
program.
in the M2E-2
for
reappears.
off, disconnecting
the
sweep
of the band
CIRCUITS
consist of a control
and transfer
pin
at
4 is connected
which
with
of the triangle
pin
at
î0
is connected
configur.ed
wave
the
first
the
Their
by the current
transistor, 07, is
OG
half of retrace
During
discharge
cycle.
transistor
symmetrical
during
at
of
any
this
forward
positive periods
half
of retrace, neither
anode voltage
positive
the
period
its emitter. 07
the second
07 negative
pulse
08
to the base of Og.
positive
control
This
charge is
turns
at C10 to
parallel
providing
the
the
generator
and
a
control,
lf
a control
nexr
sweep
Meanwhile,
automatic
center
when in the
pulse
ampli-
pulse
reset
to
the
proouces
positive
the
wave input.
to the
06,
which
grouno,
about
sweep
of lC2A
rises
through R15
transfer
purse
turned off
of the sym-
is likewise
by the
voltage
positive
half
retrace,
of
and turning
is
connected
present
pulse-sensing
FET
FET
path
thus
are
non_
and
to a
as
a
-*
--
4- 10
Page 29

5.1 INTRODUCTION
This
section
troubleshooting the
and
performance
periodic
refer
to the calibration and troubleshootinq
provides
test is designed
evaluation. lf
information for testing,
Wavetek
for
performance
5.2 SERVICE INFORMATION
5.2.1
DISASSEMBLY
INFORMATION
calibrating,
Models 1443/1503.
incoming inspection
not
is
specificatìons,
to
sections.
The
and
carefully seat the
replace the
connection
MODULE
numbered
are
each standard
module's being
location also
5.3
hold-down
between module
PIN NUMBERING
as
module
plugged
provides
PERFORMANGE CHECK
sEcTt0l\l
MAIt\lTENANCE
pins
module
screw
shown in
into
(C)
and chassis.
SYSTEM
Figure
is located off-center
in backwards. This off-center
method
a
for locating
chassis socket and
the
to ensure
The module
-
The index stud
5-2.
pin
good ground
a
prevent
to
1.
pins
for
the
stud
REMOVAL
(A)
feet
and
REMOVAL
(B)
from
movement.
REMOVAL
removed
holding
screws
panel
module
supply
section
BOTTOM COVER --
OF
lift
cover
off with a
OF TOP COVER
the top and
OF SIDE
provide
to
the side
section
by removing two screws
lift off cover with
PANEL - Either
better access by
panel
can be removed
slight rearward
Remove ihe single
-
to the instrui-nent.
together and by disconnecting the
between the two sections.
NOTE
Separation of the two sections
during
normal service
procedure.
performs
5.2.2 MODULE SERVICING
SERVICE KIT K102
RF extension
and
electrically
of the
operated
modules.
REMOVAL OF MODULES
removing any cables attached to the top
removing
REMOVAL
screws
hold-down screw
the
OF MODULE COVER
frorn
top of
REINSTALLING
module,
check the module
This kit contains a
-
cables which enable the
physically
while
thereby
making
-
iocated above
parts
all
Modules may be
(C)
from
-
module
MODULE
and slide the cover off.
Before
-
pins
for
proper
Remove the
movement.
siight
a
panel
side
removing the
from the
holding
electrical
Remove
the
connectors
no usefu!
module
module
easily
rernoved
module and
of the
the bottom.
all
reinstalling
alignment,
rear
two
screw
rearward
can be
four
The front-
power
sections
purpose
extender
to be
rest
the
accessible.
by
nuts and
the
then
The following
procedure
instrument meets its
specified assume that
Option A-1
While it is
without
the
A-2 markers as specified
and
possible
to check the instrument's
use
harmonic markers by
of
external CW sources,
is
impractical.
Section
lf
1
Option
module base
checks
nate
to
are
the
verify
substitution
controls
for unity
output before
pulses
cating
the normal
5.3.1
Connect as
controls as
F R EOU ENCY
SWEEP
WIDTH
The required
Specifications.
.2,
C is installed, replace
until
the basic sweep
complete. Substituting this module
need
to change the automatic
performance
the
proves
inconvenient, adjust the
gain
proceeding.
will appear on the scope
dernodulated display.
TYPICAL SET_UP
shown in
follows:
ATTENUATION
LEVE
L
FREO
AUTO
AUTO LEVEL
MARKERS
intended to
is
published
specifications.
the instrument
a complete
performance
NOTE
module
of the instrument.
Polarity
the
and
The frequency and
Figure
5-4.
ensure that
The
equipped with
is
Table 5-1.
in
performance
using suitable
check by thls
is shown
MBE with an
generator
Adjust the
performance
level setup
lf this
M8E
for negative
switch
pattern
30
50
along with
instrument
HAR
HAR on
will elimi-
level indi-
the
checks
method
M8
controls
modtlle
Gain
mid-range
full
cw
full
cw
down
clown
('1403)
on
{1503}
in
0
5-1
Page 30

MARKER MODUL€
M6
5IZ€ AOJUSTM€NT
TAPPEO
rcLo-DowN
BOITOM
CIRCUIT
FOP 6-32X51616.
scPEgs
VIEW
MODULE
STUD
c€Nr6R)
CtrF
Figure
5-1. Di
INSTRUMENT
Oscilloscope
Digital Voltmeter
RF
Detector
RF
Detector
Marker
Marker
(1403)
(1503)
Generators
Generators
sassembl
Table
503}
{1
(
403)
1
y
5-1.
CRITICAL
10.1%
Recornmended
REOUIREMENT
DC
Coupled;
mV/div Sensitivity
1
Accuracy
75 ohm,
50 ohm,450-950
1, 10, 50
Harmonic
700 MHz
Single
1, 10,30
Harmonic
150
Single
1-300
MHz
Markers
Frequency Marker
MHz
Markers
MHz
Frequency
MHz
MHz
Marker
Figure
5-2. Module Pin Numbering
Test Equipment
RECOMMENDED
TEK 5110/5A18N/5810N
DANA 42OO
WAVETEK D171
WAVETEK Dl51
WAVETEK M6H-1,
M6H-10,
M6S @ 700
WAVETEK
M6H-10,
M6S @
M6H-50,
M6H-1,
M6H-30,
150
5-2
Page 31

A
R
lllzssr
llliit*
aT//,}\
tY//l
l,,,..-l
rl
\Ll
_L/
I I-l
ltl
ill
tt I
lll
DSG
of
SDG
(T/h
ilinll
ll"/'ll
r,:
ìt*1|/ioror
llllll
il| tt
lrl,l'
E c B
2N5458
2N54ót
ro+or
INVENf
INPUÎ
ING
ffiz
CW'
cuîRENTUMTT
CURNENf
5EN5E
ffi
W
Tff
E8C
2Ns2e4
2N3ó44
2N4250
MPSH05
MP5H55
MP5 370?
2N5088
2N3904
2N3905
FREQUENCY
OÀ.{PENSATION
y*
OFFSET
NULt
+
SHIE
LD/
ÉcE
LM
74tC
2N5179
A430
2N5053
E,r/
2N3854A
2N530ó
y*
OUT
OFFSET
318
NON-INV
INPUT
Fìgure
LM723C
5-3. Component
v.
Lead Confìguration
Page 32

Adjust
vertical
vertical
tivity,
obtain
5.3.2
the scope
sensitivity
position,
and the instrument MARKER
a scope
to operate in
to 0.2 V/division.
horizontal
pattern
shown in Figure
as
an
position,
X-Y mode.
Adjust the scope
horizontal sensi- 5.3.8 LEVEL
and
SIZE
Set the The difference between
control
5-5.
FREOUENCYANDSWEEPWIDTH
RANGE
CHECK
points
these
CONTROL
to
full
pattern.
ccw
While
observing
from
its full
should
approximately 40 mV.
change srnoothly from
the scope
cw to
should be less
CHECK
turn the LEVEL control
position.
The
approximately
scope
0.8
than 6%.
pattern
V to
Turn
off the
frequency
1503).
center
and turn
the
scope display
and sweepwidth
The low-limit
zero
lock-in
harmonic
marker
A
single marker
of the display.
on the harmonic
(150
of
range.
marker
produced
markers
MHz,
Turn
Figure
on the 1403
by the heterodyne
technique.
5.3.3
Display
in Figure
of
display
DISPLAY
linearity
its
associated
linearity
5-5.
LINEARiTY
is read
Each
marker must
graticule
of 2/o.
directly
5.3.4 TUNING RANGE
The
center
checked
extremes
the
exact
markers
approximately
5% overrange
5.3.5
Pull
the
counterclockwise.
turned
This
is equivalent
5.3.6
Push
the SWEEP WIDTH
A display
proper
frequency
by
turning the
noting
and
center
should move
0.5
range
the range
of the display.
past
division.
capacity.
MINIMUM
S\IEEP WIDTH
on,
the display
MAXIMUM RFOUTPUTCHECK
amplitude of
RF
output level.
SWEEP WIDTH
With
will show no more
to a sweep width of less
approximately
and turn
Model
should
be
off
the single frequency
markers.
5-5 to
on the
1403;700 MHz, Model
present
Count
verify
at the
the
the
markers
NOTE
not
is
marker but
a
sweep
CHECK
from
the display as shown
fall
within 0.2
line.
This
is equivalent
CFIECK
of
the instrument
FREQUENCY
of frequencies
The low-
the display
This represents
CHECK
control
out
the 1 MHz harmonic
control
in
control to
incjicated
and
center line
approximately throughout the
and turn
than 5
than 5
and turn
0.8 V indicates the
it
mid-band
exact
5.3.9 STEPATTENUATOR
Turn
marker control
on by
frequency
the
generator
divisions
a
to
can be
its
halve
20 dB. After
ristics
the output
the ATTENUATION
should be
5.3.10
Set
display width indicates
of 161.4
5.3.11 MARKER
Readjust
pattern
monic
spurious markers,
or
at cation of
high-limit
by Single
or may not have
third the
MARKER
it fully
markers Observe
markers.
amplitude throughout
MHz. vertical
SIZE
mately
control fully
fully
cw. 3 mVpp in
MARKER WIDTH
LEVEL
the
to 5.
approximately half.
for each
control fully
The
additional
level,
this
of the detector, each
decrease
to
control
approximately 2
SCOPE HORIZONTAL
the scope
horizontal
V.
SYSTEM
the scope horizontal
Figure
of
marker.
harmonic
performance
frequency
specified
SIZE
the
gain
control
Vpp
3
amplitude.
5-5. The following
Specif ications,
are the same for either
type markers,
markers
swept range. Harmonic
small
marker
markers
.5 V/division
to
fully
cw. The rnarkers should be
in
amplitude.
The
ccw.
CHECK
cw.
Set the ATTENUATION
output
by approximately
the
amplitude should
The
output should
dB step until
5
because
of the square-lawcharacte
additional
is
set to 35, the output
mV.
CHECK
sensitivity tor
peak-to-peak
CHECK
sensitivity to obtain the
with the
and the
is
the same for both
should have
spurious
and ensure
the
markers
markers
interval.
that they are
range.
and turn the
Turn
should be approximately
continue to
approximately
dB step
5
60 to 70%.
will cause
2 V/division.
horizontal
check is for
exception
frequency
single
procedure
no
spurious markers
type markers may
at one
Set
for
types.
half
the oscilloscope
MARKER
MARKER
the
decrease
When
level
The
output
har-
a
verifi-
or one
equal
of
approxi-
SIZE
of
--,
--
5"3.7 FLATNESS
The
RF flatness
mum
5-4
amplitude
of
point
CHECK
t.25
dB
to the
read
is
maximum
Turn on
OUENCY
by comparing the mini- horizontal
amplitude
point.
display for
MHz
the 1
and SWEEP
sensitivity
a 1 MHz
harmonic
WIDTH
control
display
markers.
controls
to calibrate
wìdth.
Adjust
and the scope's
the oscilloscope
the
FRE-
Page 33

A
C
Line
PUTSE
MARKER
out
\---
l4O3
F
R
DEMOD
out in
F'igure 5-4. Typica'l Test Set-Up
r
o
l5O3
VERT HORIZ
'ó
VERT HORIZ
WITH NO
HORIZ AND
OV,
-o.2v,
-0.4v.
-0.6v,
0.8v
-
gure
Fi
INPUTS TO SCOPE,
VERT POSITION TO SET DOT HERE
t50
Detected
ADJUST
I
950
300
RF
Display
Page 34

A.djust
on the display, and
400
MARKER SIZE control out.
be approximately
MARKER
Marker
One method requires a signal
counter
the instrument's
and the
cutput from
lN connector,
'for a zero
Next,
and read
identical
error
Another
removal
Probe
until
reading.
mately
monics
0.005% of the crystai
Test equipment
in
the
quirements
installed. Also" the inherent
makes
most
5.3.12 OPTICN
The
external
iine-locked
center frequencrT equa! tcl that of the B option
U.S. standards
Set the
frcm
markers should appear
when the
MARKER SIZE control are
external
markers
Disconnect
nector
OUTPUT connector.
should
MARKER
FREQIJENCY
the
kHz
accuracy
coveiing the
sweep width to approximately 2
connect
Decrease the
wide.
100 kHz.
ACCURACY
may be
center
the signal
and carefuily adjust the sign signal
beat with the internally
the signal
the signal
internal
of the
is
0.005%
to the
control to center a
note
desired marker
generator
the marker is approximately
that
marker
The
verified
f requency to
generator's
generator
rnarkei''s frequency.
marker
frequencv.
method uses the counter
the instrument and
of
the marker box rnrith
sufficient signal
highest
The
MHz. l,4ari<ers above this
50
of the crystal
for
the
recommerided test
vary
with the
the input
picked
is
crystal
lreqirency used
frequency. The aliowable
frequency.
marker accuracy check
equipment
rnethod and the specific
stabiiity of
marker
a
critical
applications.
perforrnance
sweep
sweep
RF
output
external
the
M5D
accuracy
B CHECK
of ihis opiion can be checked by
generator.
or
36.'l 5
Pulse
check
Sei the
with a sweep width of 50
MHz CCiR end other
level
generator
1 niVRtuiS. Insert
to
at the
i'equired
at ihe
control and
Size
fullv
generator
appear.
should
the cable
and connect
present,
be
ccntrol
SIZE
output
to
from the SCOPE VERT
ii
adjustable
rear-panel PULSE fvIARKER
to the
Positi,re
poiaritv
and
by
width
marker
by cne of
generator
tothe
width
several
and
frequency. First, adjust
marker's
the
MFiz.
rear-panel
generated
output to the
frequency
which
onlv, but
marker r-nodule covers.
lead frorn the
provide
up to
frequency
table
the
unnecessary in all
external
lF
generator
lN connector.
marl<er
the
ciockwise.
'l
00 mVRlVlS.
or negative
with
rear-panel
the
sv,ritch.
MFlz birdy
1
pulling
shcuid
methods.
frequency
a
f requency
Connect
MARKER
generator
rnarker.
birdy
counter
is
Allowable
requires
counter
counter
a
is approxi-
use
ei'ror is
listed
not
is
the
since
markers
quartz
crystal
but the
using
MHz anrj
(43.5
standards).
the signal
frequencies
front-panel
increase
No spul'ious
OUT con-
pulses
35 V
PULSE
the
now
the
now
the
har-
i'e-
an
for a
MHz
Pulse
tlre
5.3.13
Module
with a
this option.
shown
As shipped
With the
response on the
OUENCY control.
set the
detector
verticai
switch
Using
adjust
should
front-panel AUTO LEVEL
be
attenLiation
litude wiil
To check the
observe
from one end
rotated, the
the
5.3.14
Module
with a
this option,
snown rn rrqure ó-J.
With
tuner
other.
oscilloscope
a
5.3.i 5
External
during
are
programming.
necessary to
reference
nstructions.
i
5.4
Rernove the instrument top cover
cover.
brating.
sequence
OPTION C CHECK
ll8E is factory
typical tuner
use a
Figure
frorn
3-3.
the
in
adjusted to
test set'up.
properly
factory,
the
work
To verify the operation
aligneci
tuner
M8E is set
controls set as in Section 5.3.1,
oscilloscope display
Turn
LEVEL control
the
ATTENUATION control to obtain the
output as in Section 3.6.
gain
to one
positive pattern
for
a
the
tvvo
the display
simiiar to that shown
be
no
change
can then be
change.
volt
Gain
controls on the
for
in the display amplitude.
operation
pulse
the
while turning
its range to the other.
of
indicator
to
display
OPTION
l\411E is
tVpical tuner
thc AUTO
other.
the
E
CHECK
factory
test set-up.
properiy
use a
FREOUENCY SWitCh SCt tO
should be tuned
The tuner
response
display.
full scale. Set the
a one
switch to
removed before
of
pulse
adjusteci
from one end of
Reduce
on
oscilloscope
the
MBE
volt amplitude.
Figure
in
AUTO.
frequency
ihe
FREOUENCY control
the
should
move
to wcrk
To verify the
aligned
should
tuner
remain
EXTERNAL PROGRAMMING
incoming
to be
programming
inspection
used in a
circuits
c.heck these
can be
made to that section
inputs
particular
are covered
functions at incoming
not
are
unless these
application.
in Section
CALIBRATIONPROCEDURE
and the
Ailow a 15 minute warm-up
In
Eeneral,
given.
caiibration
must
be
in
conjunction
in the
for unity
the tuner
center
the
with
fully
oscillosccpe
the
M8E
(X10
and
The
Switch
3-9.
There should
Up
20 dB
to
Cisplay arnp-
the
indicator
As
the control
from
one
in conjunction
operation
in
the
AUTO, thc
its range to the
centered on
normally
special
functions
The
3.8.
inspection,
fo!' complete
M2E-2 moduie
pei'iod
before cali-
perfcrmed
of
set-up
gain.
FRE-
cw and
desired
Pciaritv
dispiay.
Var).
display
the
of
pulse,
end of
of
set-up
the
checked
external
lf it
set-up
in the
is
is
5-5
Page 35

POWER
PTUG
R?6
HORTZ
SIZE
REMOIE
K
JAC
64
2024
Figure 5-6.
6
P57
coil,tTRoL
Powei'
SuppìY
ABCDEFGH
POINT
TEsT
WIDTH
TE5T POINI
1
2
Figure 5-7. Horiz
Size
Fi
gure
5-8. l4?E-? Control
s
5-7
Page 36

5.4.1
+18
VOLT
ADJUSTMENT
5.4.6
MODULE M2E-2
SWEEP
WIDTH ADJUSTMENT
Connect
the
the digital
power plug,
and adjust
+18Vr10mV.
-18
5.4.2
Connect the digital
power
the
+18
V
The voltmeter
5.4.3
Adjust
coupling
horizontal
the
previously
zontal
position
Connect
scope
produce
+8
to
.2 V is
VOLT CHECK
plug.
The
supply, and
should read
HOR lZ
the
on both the
sensitivity).
the
the
SIZE
scope
sensitivity to exactly 2 V/division
calibrated
dot
to the
SCOPE
horizontal input. Adjust R26
horizontal
a
V
as shown
acceptable.
+18
voltmeter to the
(see
R9
voltmeter
-18
no independent
to the
V supply
-'l
t50
V
8
V
supply,
Figure
5-6) to
-18
V
supply,
is
designed to
adjustment
mV.
track
provided.
is
ADJUSTMENT
operate in an X-Y
to
vertical
+18
horizontal inputs.
and
V supply
With no horizontal input to the
exact center of the display.
HORIZ OUT
trace size
in Figure
connector to
on
5-7. An offset either way
mode with
calibrate
to
(see
the scope display
the
the oscillo-
Figure
pin
6 on
produce
Turn on the 30
harmonic
1503)
Width control
(0
extreme
the
MODULE
MHz.
mid-band marker
pin
4 on
the
marKer
from
5.4.7
Keeping the
increase the scope
limit marker on the extreme left scope
Figure
5-13).
DC Connect tÀe oscilloscope
Adjust
(use
the
hori- right of the
scope,
to
5-6)
-8
of
of
M2E-2 module
(Linearity
5.4.8
Reconnect the oscilloscope vertical
VERT
linear
adjustments
mid-band
Reference) to
9th scope
MODULE
OUT
connector.
over the
are
frequency
(Model
MHz
markers and adjust
(see
Figure
Model 1403;450
left
M2E-2
graticule
spope
LINEARITY
5-10)
1403)
to
MHz,
or
the
place
Model
(see
REFERENCE
in the center
horizontal
sensitivity to
vertical input to
(see
Figure
graticule
M2E-2
5-10) and adjust
position
LINEARITY
(see
the
Figure
ADJUSTMENT
input
The
lower half
provided
end
to improve the
to the high frequency end of the
sweep
of the
oscillator
frequency range.
MHz
50
M2E-2 Sweep
low-limit
the
1503)
Figure
5-12).
of
the
place
graticule
TP2 of the
control
just
knee
5-13).
to the
is inherently
linearity
(lVlodel
in
5%
display,
low-
the
(see
to the
SCOPE
Five
from the
band.
C
5.4.4 MODULE
M2E-2
SIZE
AND
CENT
ADJUSTMENT
Connect the oscilloscope
M2E-2
SWEFP WIDTH control
sensitivity
and control B
tered
module
about
(see
Figure
5 V/division and adjust
to
(Size)
zero volts
to
(see
obtain
vertical input to
Set the
5-8).
fully
cw. Set the
control
+14
a
to
Figure
5-9).
TP1 in the
front-panel
scope vertical
(Centering) position
A
-14
V signal
5.4.5 SWEEP OSCILLATOR CENTERING
ADJUSTM ENT
Connect the
scope vertical
horizontal
wide.
Set the
maximum
SWEEP WIDTH control
Connect the
FREOUENCY
to
obtain a
mid-band
Turn
on the mid-barrd
exact
center of
the
Sweep Oscillator module
instrument
sensitivity to .2
sensitivity
ATTENUATIOI\j
output
{AUTO
digital voltmeter to the wiper
control
reading
frequency
of 0 V
setting of the
display with
the
as shown
for
a display
LEVEL
fully cur.
Set the
oot.
(this
frequency
(see
Figure
in
Vidivision
pattern
LEVEL controls
and
switch
5-4. Set
the
and
10 divisions
down).
arm of
FREQUENCY control
shouid
the Cent control
Figures
correspond
FREOUENCY control).
marker
set
and
and 5-11).
5-10
on
cen-
the 5"10) to
scope the
for control
the
Set
the .8
to the
it to the
of
top
on
Turn
1503)
5-10)
frequency
position
marker,
madeinthesequencegiven.
the
harmonic markers' Use M2E-2
position
to
marker as shown
the
control
the
5.4.9 SWEEP
LEVEL ADJUSTMENT
Adjust the Sweep
produce
front-panel
lent
to an
MHz
30
first marker
the
second
highest
marker,
position
G
to
frequency marker. Adjustment
OSCILLATOR
Oscillator Level
scope
a
LEVEL control
output of .7
fully ccw and adjust the
pr.oduce
control
aetion
so
The
RF detector,
required,
detector.
to
exists.between the Level
repeat
the
V readings are
accuracy
an
a scope
adjustments
obtained.
of
the above
generally
but is
power
BF
(Model
in
control F to
pattern
VRIVIS).
pattern
until
NOTE
procedure
meter
1403)
to the
Figure
fourth,
the
MODULE MIN AND
[/lax control
amplitude
is
50
control
right of the center
Use control
5-14.
position
and
of .8
cw
(this
fully
D
MHz
or
Next, set
Osciilator
Sweep
of 40 mV. Some
Min and
both the
adequate.
can
Max adjustments.
40 mV and
dependent on the
is
lf more accuracy
be substituted
(Model
(see
the
control
must be
(see
V when
equiva-
is
LEVEL
the
Level
for the
Figure
E
third
H
MAX
Figure
Min
inter-
the
to
to
is
6-P,
Page 37

+
+15
+10
+5
-5
-t0
-15
-20
7.0
LEVEL
MIN A,IAX
MODULE
M9S-l
\
0
\
CENTERING
\
MODULE
M9JA
Fìgure
0
.2
.4
.6
.8
Figure
5-9. S'ize And
\
(rso)\700MHz
Marler
5-11. Centering
Cent
Figure
5-10.
gure
Fi
Sleep
4s0 MHr
e
Mark
5-72.
Oscillator
(rso)
r
Svreep
Controls
}Ji dth
Figure 5-13.
LjnearìtY
l(nee
Adi
/
Gontrol
tt
c'
\
Reference
l503
t4o3--
-
-.4
j.ó
-.E
o
1s0
Fi
0
gure
5-14.
750 800 850
700
DE'GH
| 50
2t0
180
Linearity
900950
240 27A
30A
Page 38

5.4.10
Set
10
Connect
connector.
Kit
the M5D
of
pletely
detected
output
5.4.11
Each
from
bottom
adjusted
display
5-4.
in
the
Size
markers
5.4.12
The fVlTE
operation
the lF
usuaily
sometimes
kers
turned
be readily
cases,
produce
can
the
5.4.13
MODULE
the
oscilloscope horizontal
divisions
and the vertical
the detector
(Use
or fabricate
Sweep Sample
approxirnately
leveled,
response
to
rnarkers.
the
OPT|ONS
ADJUSTFIENT
marker
module has
the under
cover is removed
until
a
when
operating
A saturated
the marker module's
marker
sometimes
control
amplitude
adjustment
on
display.
the
OPTION
ADJUSTMENT
module
over a wide
Input
Adjust
fully
cw. lirput
overdrive
to
doubie
ccw
to decrease
returned
an extremely
markers.
should
OPTION
INDICATCR
The M8E module
accessable
pose
to
0 VDC. The
brate
frequency
setting
5.4.14
The
through the
of the Bal
the
the controis
M1lE
control is
baseline frequency
setting
OPTION
ADJUSTMENT
module
5-10
M5D
SWEEP SAMPLE
sensitivity
sensitivity
to
MSD
the
the
adapter cable from
an equivalent SMC
Adj control for
30 mV.
but
of
A-,I AND
side
saturated marker
(The
this will usually
25 mV.) Reconnect
A-2 MARKER
{MODU
a Size control
of the sweep
(see
Figure
the instrument
marker is
beyond
B
is factory
obtained
Size
adjustment does not increase
on the scope
point
this
IF TRACKING
(MODULE
set to
range of input
control
on the
signals in excess
the moduie,
trigger. In
this
the input
fully
cw for
weak signal
Turning
remedy
be marked
C AUTOMATIC
ADJUSTMENT
has
three calibration
M7E
the
this, but
for
top of the mociule
to set the
Cent
and
Range
indicator
directly
E AUTOMATIC
on the scope.
given
is
(MODULE
is factory
in
Section
adjusted
ADJUSTMENT
for
to
mV/division.
5
Sweep
Sample
K102
the
to BNC
sweep
adapter.)
a detected response
sample is
give
sweep sample
the
SIZE
LE M6}
which
generator
5-2). The
is obtained
when
display.
on the
as
shown
further increase
a
Increasirig the
will result
MARKER
M7É)
provide
causing
case,
signal. The
a different
((-55
the best
signals. In this mode,
top of
of
the
+10
the output
the control can be
input.
dBm)
external
AGC
the original
later resettinq.
LEVEL AND
(MODULE
adjustment controls
cover.
baseline
controls
are
of
used to
to display the
procedure
The
3.6.
FREOUENCY
E}
M1 1
to work
display of
a
Output
Service
Adjust
not
com-
minimum
a
is accessible
when
the
control is
scope
Figure
in
in spurious
possibie
module is
dBm can
mar-
controi can
In
some
fail
will
control
position
SCOPE
M8E)
pur-
The
the display
cali-
for
in
con-
to
of
junction
ments may
with
with the individual
properly
display as the tuner under
while the instrument
lf adjustment is needed,
the lF tracking
varied through
Cent control.
The
Low Limit control
This
control
sponse is
fails
set
control until
enough to recapture
being captured
to work on
the
tuner
"typical"
a
sometimes
if
the
be required for
test
set-up. The
tracking markers renrain
is in
first
markers
range,
its
is located
should NOT
(Moclel
low
the
at the
capture
end
low
is lost,
the response.
5.5 TROUBLESHOOTING
Effective
ing
Seetion
tion
to
accomplished,
paireci
Iayout
defective module
Equipment
control settings;
shooting
proper
manual for
along with typical operating
Afier verifying
the controls
tion of the instrument
missing
loose RF
After localizing
will
For
the instrument
cables
off when
modules
1503, this
pected
RF
connectors,
troubleshooting requires
of the block diagram
4
of this manual.
procedures
particuiai'
a
will
aid
module
the moduie
with
the aid of
diagram. In
general,
or PC
troubles
are
therefore,
progedure,
operating
compiete
be
position.
explanation
that the
or test set-up,
screws,
help find
troubleshÒoting
removed; however,
module
cables
broken
cables,
and burned
problem,
the
the defective component.
purposes,
with
any of the
removing
are available,
provides
or installing modules. lf
possibly
an
is
defective.
can be disconnected from
power
and a
in localizing
or
board
frequently
sure
trouble is not improper
for
wires, defective module-pin
easy
tuner
tesr set-up. Slight
proper
furrctioning
module is functioning
centered on
is varied
test
the auto
adjust the
remain stationarv
then center
be adjusted
throughout its range
frequencr/
inside
1403 only)
mode.
Gain
as the tuner is
markers
the
the module cover.
uniess
or the capture
control until
a
of the sweep range"
end
then back the
and
circuit descriptions located in
pei'formance
The
of the
a thorough
range
anci turn the
control
understand-
test and calibra-
the trouble
PC
board.
Once
this
or board
the
can be replaced or
proper
it
assemblv.
schematic
preferable
is
due sìmply
to
to
before engaging in
front-panel
Refer
instructions.
make
such obvious
or broken
voltage
it
the instrument
from
method
controls
Section
to
each
of
control's function
a thorough visual
defects
components.
and
permissible
is
plug-in
another Model 1403 or
as
resistance
to cperate
modules or
should be turned
of verifying
the module outout
meter or
spectrum
analyzer can
adjust-
the
vrith
the
mirror re-
To
adjust,
off
symptom
has
been
re-
parts
and
replace
improper
a trouble-
set in
are
3 of this
setting of
inspec-
loose
or
sockets,
checks
RF
substitute
if
sus-
a
a
Page 39

be connected
level or
adapter
purpose.)
A
pointing
symptom does
5.5.1
frequency measurements.
cable
problem
in a
to
TROUBLESHOOTiNGHINTS
directly to the
in Service
power
supply
other areas,
not indicate a
module connector
(The
SMC to
Kit K102 is deslgned
may
and should
specific
many symptoms
cause
be checked
prokrlem.
for
for this
when
power
BNC
the
tude of the external
+1
output of
approximately.E
approximately
replacing the
In
only, and
replacement diode
ihe
cathode
anode
0 dBm, an
V.
V.
1.6
monitor
pull
it out of
lead in the socket, and
lead with the same
For
detector.
external
example, at an
RF detector
The internal monitor
diode,
its lead
same
to the
lead dress as
unsolder
socket.
solder
the
Trim the
ci!mensions,
resistor
the
the original
will
will
anode
leads of
insert the
to the
diode.
RF
read
read
end
Following
panied
by the
cedure. lt is assumed the
calibrated
precede
troubleshooting.
INTERMITTENT
for loose
Check
for
defective
118
OUT OF CAL!BRATION
V
lf the
+18
regulator, lCl
connect
128
the
V at
list of
is a
possible
previously,
OPERATION
RF cables or
module
V supply
lf the
.
Power
plug
P2. lf
several
cause(s) or
instrument
and that a
loose
pin
sockets.
measures
i18
V suppiies
the
jack
t18
Supply
typical symptoms,
over
V supplies are
low voltage was due to over-current
Suppiy. Unplug
NO RF
First.
of
fuliy
SWEEP
check
16 Vpp ramp when the SWEEP
a
cw.
modules
pin
7 of the
Next,
check the output of the
should be similar to the
amplitude, approximately
value
of 0 V when the
set to midband.
probably
is
NO RF OUTPUT
for
Check
input or output
to the
RF
OUTPUT
most common cause
The
defective.
Sweep Oscillator
can be damaged
to a B+
negative detected
lf
in the Sweep
defective
a
NOT
Another is the
if
voltage. A
until
input, except
front-panel
M2E-2
the
Oscillator module.
Attenuator or
of the
FLAT
is the external
module. This is
RF
the
good
voltage
overload
the
M2E-2 module
12 Vpp, and
output
Attenuator.
monitor diode
a
is momentarily
output
monitor diode
approximately
accom-
troubleshooting
a
has
warmup
modules. lf
+25
measure
carefully
and
limiting by
for the
properly
been
period
none,
V, change
low, dis-
check
correct.
now
the
found.
is
presence
check
Power
WIDTH control
at
be
have
an
the trouble
connecting
iocated
diode, and
connected
produce
will
the
pin
lower
average
in
ampli-
M2E-2
it
will
will
FREOUENCY control
is
correct,
RF cables
RF detector
point
contact
twice
pro-
will
the
for
9.
being
the
F REOUEhICY UNSTAB LE
Check
moduie
modules
a!l
M2E-2. Check
for
ripple. Operating the
such
sitting on
as
containing a
hum modulation.
MARKER
isolate the
To
does not clearly
tom
ponent,
Sweep Sample
first check the sweep
signai of between
sample
is in the
sweep
signal
M5D, the Sweep
sample cables.
Next, connect the
A signal
jacks
is
lt
in
is
birdv output
mVpp birdy is sufficient
indicates the
10
3.
(pin
at this
the
on
mVpp birdy
41
and
,
7). This indicates
signal is
SIZE control
SCOFE VERT
point
this
at
is set to
one of the
when
modules
input tÒ the
is loose.
top of, or adjacent
power
large
PROBLEMS
cause of a
Output connector.
30
not
is
detector
point
M6 modules are
pin
at
Marker module
present
a32 Vpp
now routed through the
the
and
OUT connector.
when the
maximum.
interconnecting
This causes
module, causing
{J|TTER)
hold-down
loose
118
the
instrument
V supplies
in a strong
to. another
transformer
marker
indicate
and
present,
indicates
problem
a specific
sample
lt
mV.
50
it indicates that
place
all
module, or
of
jumper
Oscillator
in
should
lf
the Terminator
intact.
Marker module.
each
3 of
to drive
the input of
at
signal will be
proper
the
is operating
produced
operation
front-panel
M8/M8E
front-panel MARKER
A common
module
Vpp signal
A 3
marker
cables
notch in the
a
uneven
screws,
especially
for excessive
magnetic
instrurnent
produce
can
the
when
circuit
the
at the
be a
proper
output
the troubie
connecting
cables and
Then check
A
module, and
MsD
properly.
M5D
the
to
harmonics
{pins
the oLrtput
at
M5D. The
the
of
MARKER
the
is
SIZE
problem occurs
between
sweep
field,
Hz
60
syn'lp-
or com-
M5D
detected
sweep
plug.
RF
for the
10
to
With the
1, 2,
rear-panel
normally
control
M6
the
sample
weak
or
15
output.
L
OSCI
LOCAL
Loss of the
a
lF input signal
LATO
L.O. tracking
is too weak or the
TRACKI
R
NG PROB LEh/ìS
markers
indicates either that
f\47E module
is defective.
the
Page 40

AUTOMATIC
lf
the instrument
when
the
LEVEL
switch
is
set to AUTO,
or
operating
the
the
instrument
problem
mode,
AUTOMATIC
lf
LEVEL
PROBLEMS
fails
to maintain
control
or if the
improperly
is most likely
F
REOUENCY
operates
is varied
scope
in either
in
PROBLEMS
properly
a 1 V
detecteci
and
the AUTO LEVEL
indicators
automatic
the M8E
module.
when
the
response
are missing
manual
or
AUTO
FREOUENCY
is
set
to AUTO,
module.
Another
control
tracking markers
with
SWEEP WIDTH
vertical
presence
automatic frequency
pulse
from
the AUTO
input
of the
switch
the
is down,
problem
the M7E
to be
sure
FREOUENCY
control fully
pin
to
control
8 of
pulse.
but not
maV
problem
module.
lF
the
cw.
the
when
be a defective
is
Check for
input
is sufficient,
switch
Connect
M7E
the
and
the
loss
the
the L.O.
down,
set
oscilloscope
check for
switch
M11E
of
the
then,
the
the
[.O.TRACKING
MODUTE
M7É
MARKER
MODUT
Mó
MARKER
ADDER
MODUTE
M5D
ES
POWER
PS7
AUTO
PUtSE
MODUTE
M8E
AUTOM
MODULE
SWEEP
MODULE
SWEEP
MOOUT
M2E-2
SUPPLY
TEVEL
&
INDiCATOR
ATtC
TUNING
MIIE
OSCITTATOR
M9S-l
OR
M9.JA
DR
E
IV
E
AT T
5035
7535
STEP
E NUAIOR
-Or
OR
-Ot
'ffiffiff,
Page 41

SECTION
ó
INTRODUCTION
6.1
This section
For
an assembly containing one or more subassemblies, the assembly
The lists
contains
appear in
lists
the
of all
following
replaceable
order.
parts
for the instrument.
REPLACEABTE
list appears
first,
is followed
and
PARTS
by the subassembly
lists.
MANUFACTURERS
6.2
CODE
PARTS LIST
1010-00-0056
1010-00-0057
1111-OO-OO27
1219-00-0050
11î8-00-0001
1 1 12-00-0002
1 1 15-00-0005
1218-00-0013
1114-00-0061
1114-00-0082
1114-OO-O197
1114-O0-O122
1114-OO-O128
1114-OO-0O74
1114-00-0085
1114-00-0133
1114-00-0050
1114-00-0099
't114-00-0100
1114-00-0045
1219-00-01
1
ASSEMBLY
1403
x
503
CHASSIS
HARNESS
REMOTE
PCWER SWITCH
PS7
PLUG
PC. PS7
M2E-2
M5D
M7E
M8
M8E
M9JA
M95-1
M11É
M6H-1
M6H-10
M6H-50
M6S.3
5
RB PROBE
The following
code is used
on the
parts
lists to identify the
manuf€cturer.
Page 42

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INTECRATED
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&
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FAIRCHILD
FRAKA
FAIR
FERROXCUBE
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rc,
icúoo-og5
í^JAFEFCÈN,
TRANS
04036-440
TRAi.iS
oAoSB-541
TRAtis
oAo53-OóO
TRANS
OEOOO-OO9
RES,
C,
1/4t,1,
RC
1 03-127
RES,
C,
1/4t"i,
RC 1
03-?1
RES,
1,i
ztJ, iz,
RDOI
R-O50
FES,
l"iF,
RF?
I
2-1 00
REs,
i.1F,
RF21
3-1
RÈS,
a,
1,i4ir,5u,
RC
103-p1
RES,
C, 1/4t,',
RC103-1?2
BOARD
f,tcOoo-o3
S
llaln,
1lBi.i,
2 1
5
57.,270
52,
5
12,
17.,
1.5t{
52,
22ú
t,8R
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t?, I
1
OR
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T{U4)JHDN
i
s40-
1 2*2
2N3644
?N3A54A
2N530é
I'tP5370?
cF
r / 4-270
cFl
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8K
K?O-5
f4F55K-
1k
t"iF55K-i2.
iK
c,FL/4-1.5h
cF
1 / 4-2i!0
ASSEMBLY
p18-OO-OO13
I
PAGE:
NO.
1
FAY
HEL
FCD
e-E
e-E
HBT
ASE
ASE
AiD
ASE
ASE
A5E
A5E
7000-57-4
7000-14-5800
?i
12*O9-OOOi
4901-O3-ó440
4901-O3-8541
490
1
-O5-30é0
490È-O3-70po
4700-13-?7AO
5-t
go1
4700-1
470I-p3-OO50
470
t
00
-ù3-1
4701-O3-1?1?
4700-1
5-1
501
4700-1
5-2?OO
I OO
REV
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t
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1
3
2
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I
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t
4
p.
I
I
I
1
TITLE
POI,IEF
SLJPPLY
BOARD
ASSEMBLY
NO.
1218-OO-OO13
PAèE:
2
Page 53

REFERENCE
DESICNATOFS PART DESCRIPT.ION ER I É-I",IFCR-PART-NÚ
I"iFGR WAVETEK
NO. úTY
ROE
R09
R10
Rl2
NIJ
Rt5
Rtó
R17
Rt8
Rt9 R20
F2? R29 R30 R38
RzS R39 R41
\A/lvere<
PARTS
LIST
R42
RES, C, 1/4tt,
RC 1 03-?39
PBT, 1K, RP131-2iC'
1 /4W, 37., ?.7X
RES, C,
RC r
03-227
RES, C, l/4W, 37.,470
RC103-147
I
RES, C,
RCl0A-227
REs, HF,
RF2
RES, C,
RC 103-2 t 0
RÈS, C, 1141.i,57i,4.7^
RC
REs, FET, 2-TOK, lIBI.I
ATY: 2: 47O I
REs, C, 1/4r,i,
RC 103-310
RES, C, 1/4W, 5v.,47t1
RC I 03-347
TITLE
POi",IER SUPPLY BOARD
I 3-1 50
1/4W,
1 03-247
42H,
1/AUi,
57-,3,91À,
5z, ?.7x
17, t5K
57., 1K
-O357, rOK
I OOz
cF L / 43.9K
360TlO2g
cF!/4-'è.7^
4*470
cF 1 /
cF 1 t2-p,7^
MF55K- 1 5K
cFt/4-1R
cFlt4-4.7A
RXOOO-OO3
cFl /4-10K
4-474
cF L /
ASSEMBLY
NO.
1214-OO-OO13
PAGE: 3
A5E
cr5
ASE
ASE
A5E
AS-E
ASE
I.J- I
ASE
ASE
4700-
5-3?O
I
461Ò-Où-31c'?
5-270
470ó- I
47C)O- I 5-47OO
4700-25-11701
4701-o3*150?
4700-1 5- 1 001
47ùA-13-4701
4789-OC'-OOO4
4700-15-100?
47.Jú-r5-47.J2
1
1
I
1
I
i
1
i
2
I
1
5
RÉV
E
f{b.hE.f{L.NUh. UELjlGNA I UH5
R24
R?5
R26
R44
R27
R31
R40
R43
R45
\AAvererc
PAR1S LIST
PART DESCRIFTiiJN OR ] G-MFÓR-PAFT-NÚ
EES, C, l/4H,57.,100
RCI03-110
REs, C, 1/4H,
RC 103-31 5
PùT,2OK, FP131_32O
RES, C, 1/4tt, 3/,, ?pAR
RC tO3-422
RES, C, 1/4W, 57,,47
RC 103-O47
RES, C, t/4H,51t,p.2A
RC I 03-322
RES,
RC 103-31S
FEÉ' C' 1/?t,1. 3Y,'
RC I 05-1?2
PBI.]ER
SUPFLY
s7, r5K
C, 1/4W,57;,
B6ARD
iAK
2Pó
cFl/4-too
tF t / 4-t3K
3éOT?O3B
cF 7 /
cF r
cFt /4?2y'
cFl/4-1EK
cFI /?.-220
4220F,
/ 4-47
ASSEMBLY NO.
1?18-Oú-OOt3
PAGE:4
FlFGF |NAVEIEK
A5E
A5E
cTs
ASE
A5E
ASE
ASE
A5E
4700-1 5-1000
4700-l 5-1
46
1 0-OCt-3203
47oti-15-p.p.o3
47ùO-1 5-4709
47rrù-I5--e?Oz
47úu-1É-1SO2
47()a-2ú-?PAí)
Ntr. úTV
L
50p
I
p
I
1
I
1
REV
E
f'
Page 54

REFERENCE
DESIENATORS PART DESCR]PTION
OR ]O-HFOR-PAET-NO I'IFCR
I^IAVETEK NT].
OTY
cl c10
cls cló
c3 c4
c7 ca
c13
C14
cRl
cRz cR3 CR4
ICt
o1
04
a5
Rl R2
R42
R3 R4
R15
R31
R6
R7
\
/ave.rerc
PARTS
R5
RS
LIST
c5 LAF, F. l. , Ò. ÉTF
c2
CR5
cF
to?-R6g
cAF, O. C. , 3.gPF
cG101-239
cAP, O-C,
ce101-224
cAP, F, T, ,470pF
cF101-147
DIADE DROOO.OOT
IC, ICOOO-Oo5
TRANS-OAO42-500
TRANS OAO54-580
RES, SET, 3-I7BK, 1/BI.'
OTY:3:47O1-O3-1783
RES, HF, l/gW, 17., 10K
RF213-100
POT,20K,
REs, C, 1/4t,r, 5:l,470N
RC 103-447
RES, C, 1/4t',
RCIO3-415
TITLE
St,lP DRIVE, MAE-?
rOZ
2.4PF,
RPr30-3?0
57., t50K
FASC-ó892
oc-3.9PF
QC-z.4PF
FAsC-47
1N4004
RC4558DN
?N4?90
2N5454
RXOOO-O02
t"tFSSKtOK
B9PRzOK
cFr /4-470
1
cF
/4-1
12
50K
ASSEMBLY
t I 14-00-0061
PAGE: 1
NO.
A-B
o-c
A-B
P-C
RAV
FCD
HOT
t,- I
A5E
BEK
ASE
ASE
I 5lO-30-1é89
I 5tO-40-O399
I 3 1 0-40-O249
I 5r O-30-O47
480ó-0 t
7000-1
-4004
4-5EOO
490r-04-2500
490
I
-O5-4580
4789-OO-O001
4701-O3-100?
4610-OO-2203
5-4703
4700-1
4700-l 5-r
503
È
I
I
I
I
4
t
REV
B
REFERENCE
R10
Rtl
R1é
R19
R?O
R2l
R??
XJU
R40
R41
DESI€NATORS
Rlz R13
R17 RIB
R27
R22 R24
R?3 R25
\MAvere<
PARTS LIST
R14
R3?
PART DESCRlPTION OR IG-MFER-PART-N11 I,1FGR hIAVETEK NO. OTY
REg, C,
RC 103-31 0
RES, C, 1/4tJ,57.,470
RC103-147
REs, C, 1 /4W, 32, 2. 2t
RC 103-222
RES, C,
RC 1 03-247
RES, C, 1/4W, 5i., 100K
RC103-410
PÚT,
RES, C, 1/4W, 3/.,?70v,
RC
103-42?
RE9, C, 1/4H, 57-,4Vx
RC l03-347
RE5,
RC 1 03-3r B
RES, C, 1/4W. tg:i.,2?t1
RC 1 04-62e
RES, C,1/4W,57.,51K
RC 103-351
TITLE
sWP DRiVE,
l/4t,t,5:l.,
1/4tJ,
TOOK. RP13O-41O
C,1/4W, 57., 1BK
F,,JZE_?
57-,
tOV\
4.7t1
cFl/4-10K
cFl /4-470
cFr /4-2.2K
cFL t4-4.74
cF1 /4-IOOK
E9PR lOOK
cFt /4?20K
cF r / 4-47x
cFl
/4-18K
c82261
/4-51K
cFt
ASSEMBLY NO.
1 1 14-OO-OOó1
ABE
ASE
ASE
A5E
A5E
BEK
ASE
ASE
ASE
A-B
ASE
4700-1
4700-l 5-4700
4700- I 5-220 I
4700-l 5-4701
4700-1 5-1 003
4610-OO-?104
4700-r 5-2?03
4700-t3-4702
4700-15-18O2
47QQ-Lé-2?O5
4700-15-5102
PA0E: 2
5-100?
I
4
4
2
5
REV
I
I
I
ts
Page 55

REFERENCE
cl
clg c?o
DESICNATORS PAFT DESCRIPTION OR I O-HFCR-PART-NO I"tFGR WAVETEK
c2
c14 C15 C25 C3
cé
c7
c23
C?4 C26
c9
cll
Cl? Cl3 C17
clB
c21
c27 C29
\Mlvere<
PAfiIS
LIST
C2B
NO. ATY
FT,
cAP,
cF104-1 50
CAF, CER, . O25HF,
cD103-325
c4
ca
CAP, F. T, , 6.8PF
CFlOz-RóB
CAP, TANT, 1OHF, 25V
cE120-O10
CAP, F. T. ,47OPF
cFtot-147
CAP, CER, zOOPF,
cD 102-t?o
CAP, CER, 3OOOPF, 1KV
cD102-?30
cAP, CER, " 05t,tF, l0CrV
cD103-350
cAP, CER, . OO5HF, 100V
CAP, CER,47OPF, lKV
cD102-147
CAP, CER, IzOPF,
cD102-1 1e
CAP,
ELECT,
cE105-1 tO
TITLE
HKR ADDER, I.IsD
500PF,
1OOf,IF, ?5V
207.250V
sOV
1KV
1KV
4420-500PF
T0-s?5
FASC-6492
162D10éXOO?5DD2
FASC-4712
5èA-T20
5GA-D3O
TÈ-550
T0-D50
óou471N
óou1?1H
TEt2l I
ASSEMBLY
r 1 t 4-00-oos2
NO.
AER
5PR
A-B
SPR
A_B
SPR
5PR
SPR
BPB
f.tDc
tfDc
SPR
t 5to-30-3501
1510-10-??53
I 510-30-1À89
1510-21-7100
15tO-30-O471
1510-tO-1201
i
o-
5 10-t
I 5tO-10-?503
1 510-10*?50?
1 302
1510-10-1471
510-10-l 1 21
I
I 510-20-41 O 1
3
I
7
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F
I
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4
I
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1
P.
REV
È
PAGE:1
REFERENCE
cRl
DESIONATORS PART
cR6
cRz
cR5
J1
LI
L2
LO3
01 02 G3 04
oó
013
07
0lo
Gt4 0B 09
Èt1
o1?
Rl R36
R37
R2 R3
WAverex
MRTS LIST
05
DIODE
DIODE DROOO-OOI
DIODE DPOOO-O4O
c0NN JFOOO-OOs
cHoKE,1oIlILH,
LAOO4-3!O
cHoKE
LAOO5-RO?
IORRID, 1O
TRANS OAOSO-EAO
TRANS
TRANS
TRANS OEO00-OO9
TRANS
TRANS AAO54-5BO
RES, C, 1/41.1' 52, ó8O
RC
t03-164
REs,
C, 1/4t,1, 52,
Rq
t 03-o5ó
TITLE
I'IKR ADDER, T,I5D
DESCRIPTION OR
DC1OO-821
FtA479B0
37JR11ó-1
lO7,
.2?.t4H tAZ
IURN
OSNR22K
LAOO9-O1Ò-1
?N'OE8
0A054-610
OBO00-OiO
2N54è1
TDlOl
tfP53702
OAO3A-541
2N3E54A
2N5458
cFl /4-680
56
cF
IE-HF€R-PART-NO HFGR I,.IAVETEK NÚ. 6fY
INÉ2AG
1N4004
1551031j.
r / 4-16
(j-r
P-C
H-A
5-C
A5E
ASE
HYT
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HOT
SPR
HOT
G-E
r"toT
ASE
A5E
ASSEI\4BLY NO.
1 1 14-00-008?
4SO7-01-OÒ8?
4AO6-O1-4004
4€O5-O?-OOO1
0-03-0óO?
2 1 I
1810-O2-1 0ó1
1S10-O3-02?A
rsl 0-05-o004
*o5-0480
4?01
4901
-O5-4610
4?02-OO-1ó10
49Ò2-0f,-7è?O
4901-03-8541
4901
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5-óBOO
4700-1
470O-15-560-t
PAGE: 2
2
i
I
I
I
t
5
1
7.
1
1
e
2
REV
E
Page 56

REFERENCE
R2ó
R4 RóO
R12
R15 RlA
R5 R7
R9
Rto
R13
R11
Rl4
R20
R50
R21
R22
R30
R23
R24 R29
R57
R5S
R?5 R5ó
R27
R46
R28
DESIENATT]RS
Ról
R3g R39
R16 R19
R17 RS
R32
R6
R35
FART
DESCRIPTION
RES, C, 1/4H,
RC
I O3-347
RES, C,
RC
I O3-322
RES,
C, 1,/4H, 5t,270
RC
l03-127
RES,
C, l/4r.i,
RC I
O3-?56
RES,
C, 1/4t^'. 57.,
8C103-5lO
RES,
C, 1/4tr,
RC
103-ó10
REg,
C, 114H,
RC
I 03-233
REs,
C, 1/4t,r,
RC lO3-31
RES,
C, 1/4W, 37-,4,7\
RC
103-247
REg,
C, 1/4t'.17-,2.7K
RC
l03-2?2
REs, C, 114t ,32,22A
RC
t O3-422
32,47K
I /4W, 52,, 22Y\
52, 5,6K
1t"l
57,, lOtl
5U, 3.3K
57, 10K
0
OR IG-I.IFèR-PART-NT]
cFt /4-47x
cF! /42?
cFt /4-270
cFll4-5. óK
cFr /4-It1
c8 10ó5
cFl
/4-3. 3K
cFt/4-10K
/4-4.7x
cF!
cF r / 4-2.2r,
cFl /4e20K
]"IF€R
ASE
A5E
ASE
ASE
ASE
A-B
AgE
ASE
A5E
ASE
ASE
I.IAVETEK
NO.
4700-r5-4702
47o0-r3-?202
47AO-15-Z7AA
4700-1
5-5óO1
4700-1
5-tOO4
4700-1 5-1005
4700-1 5-3301
4700-t
5-1 002
4700-l
5-470
4700-l 5-2201
4700- 1 5-2eO3
OTY
4
E
4
I
I
I
\
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PARTS
REFERENCE
R31
R33
R34 R54
R40
R52
R45
R55
R47
R4E
R49
R51
R53
R59
LIST
DESISNATORS
TITLE
HKR
ADDER,
I"IFD
PART DESCRIPTION
RES,
C,
RCtOS-2rB
RES,
C, 1/4H, 32, 1K
RC
103-?10
PT]T,2OK
RP 1 24-320
REg,
C, 1 ./4t
RC 103-227
RES, C,
RC103-1
RES, C,
RC 105-O47
RES,
C,
RC
I 03-O47
RES,
C,
RC 1
04-52?AB
RES, C, t /4rr, 5:z, 470t4,
RC 103-447
RES,
C, t/4t',57.,220
RC
103-122
1,/4H,
57,, 1 . AK
, 57., 2.7t4,
1/4W, 52, 100
10
L/2N,5z, 47
rt4W,57-,
1/4H,
47
lof;.,2.?t'l
ASSEMBLY
I I I 4-00-OOB2
FAOE:
OR IG_I.IFCR*PART-NO
cFr/4-1. BK
cF1/4-1K
HA200325-203t"tA
cF 1/ 4-2.7t4,
cF1l4-100
E84705
cF r / 4-47
cB2p.37
/4-47QA
crl
cFr /4-2?0
NO.
3
HFGR
ASE
ASE
A-B
ASE
A5E
A-B
A5E
A_B
ASE
ASE
!,IAVETEK
4700-1 5-
4700-1 5-1
NO.
I EO r
00
4èlo-10-7203
4700-1
5-270
4700-1
5-1 000
4705-23-4709
4704-r5-4709
4703-16-2?04
4700-l 5-4703
4700-1 5-2?OO
REV
OTY
J
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I
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\MAvere<
PARTS LIST
TITLE
I-IKR
ADDER,
H5D
ASSEIVìBLY
PAGE:
NO.
I 1 14-OO-OOB2
4
REV
Page 57

REFERENCE
col
co?
co3
co4 c15
cos c21
c37C
c42
co6 co7 cr6
c44
c37A C37B
C3BA CSAB C3eC
C55*
cos co9 c23
clo
c20 cp7
cll
C24 C25
c1?
c19
c13
C40 C41
c14
DESIENATORS
c!7 c?2
c2a c50
c29 c46
PART DESCRIPT]ON OR I C-MFéR-PART_NO MFOR
CAP, CER,33PF, 1KV
cD101-O33
O3-350
iOOPF, iKV
lOPF, lKV
100V
lKV
?OPF,
CAP, CER,
cD102-110
CAP, CER,
cDlol-oro
cAP, CER, . O5MF,
cD I
CAP, CER, . OTHF, lOOV
cDl 03-31 0
cAP, CER, . O25HF, 50V
cDlo3-3?5
CAF, CER, . OO1I4FD, 1KV
TAP, CER,47PF, lRV
c D 1 04-047
CAF, CER,
cD101-O?O
CAP, CER, 1zOPF, iKV
cDl 04-1 12
cAP, FT, 500PF, 202?50V
cF 104-1 50
l0TCC-033
óoui0tM
toTcc-alo
Te-s50
6BUIO3H
Te-s?5
5eAD10
60u2J470tJ
60coG200J
I OTCU-T
4420-500PF
1 ?
5PR
MDC
SPR
5PR
MDC
SFR
SPR
MDC
tlDC
SPR
AER
I,IAVETEK
NE. OTY
Ì510-10-O330
1510-tó-r101
1510-10-O100
1510-10-2503
r510-lo-?103
1 510-10-2253
tSlo-10-1102
1510-t0-347Ò
1510-10-0200
I 5i O-Ì O-3 i 21
1510-30-3501
1
10
ó
5
5
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?
J
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\AAvere<
PARTS
REFERENCE
c 1€l
c26
c30 c3?
c36A
c39B
c43
c45
C4g+ C49
c51 C53
c52
cFo1
cRou
cRoSc cRo4A
cRo4c
LIST
DESIGNATERS
c34
C36E C36C
C39C
C47 C55
C54
cRo6
cRosA cRo3B
cRoS
cRo4B
C39A
IITLE
IF HKR, H7E
ASSEMBLY NO.
1 1 14-OO-O197
PAGE: 1
PART DESCRIPTIÚN EIR I 6-MFGR-PART_NO i'IFGR
CAF, CER,6gFF,
cD104-OóA
CAP, CEF,25PF,
cDlol-o?5
CAP, VAF,3.5_13PF?
cvtol-o13
CAP, CER,zOOPF,
cD102-120
CAP, F. T. , 6.8PF
cF I Oz-R68
CAP, CER, . OzUF,
TANT, .47NF, 5OV
CAP,
cel
t3-447
CAP, TANT, 1OI.4F,
cE120-OrO
T.
CAP, F,
cF101-147
DROOO-OO1
DIEDE
1KV
TRV
lKV
sOV
25V
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DtoDE DO100-341
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LIST
TITLE
IF MF.R,
T,I7E
ASSEMBLY NO.
I t 14-00-Ò197
PAGE:2
REV
B
Page 58

REFERENCE
DESIéNATÚR5
FART
DESÈRI-FTION
OF 1 G-HFER-PART-Ng
HFGR
I.IAVETEK
Ni].
OTY
ICOl
JOl
LOl
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LO4
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LIST
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rITLE
IF I"IKF,
IC, ICOOO-OO?
coNN JFOOO-OOs
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TORRID, 4 TURN
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LAOOS-R22
TRAN5
TRANs
TRANS
TRANS
RES, C, 1 l4ti, 57.,
RC
POT, 1K
RP 124-210
RES, C, 1/4r,,r, tOZ,
RC t 04-622
T47E
!t'rH, tO%
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ASSEMSLY
1
I
PACE:
NO.
14-00-0197
3
5-C
ASE
H-I
HYT
ASE
RCA
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MOT
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49ó2-4Ò-S410
490 I
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4é10-10-7102
4700-1 6-eEO5
1
I
3
4
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2
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REV
B
REFERENCE
RO5
R13
RO6
R?3
RO7
R14 R19
ROA
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R35A
R35B
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RCt9
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ÚÉSIGNATORS
F17
R31C
R35C R43
R?2 R40
R?7 R?€A R2AE
R4é
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LIST
TITLE
TF MKR,
PART
DESCRIPT]EN
RES, C, l
REg, C,
RC
RES, C, 1,/41.J,57.,
RC103-p10
REs, C,
RC 1 03-327
RES,
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REs,
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RES, C, r/4ir,37:
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ASSEMBLY
1ll4-oo-or97
PASE:
NO.
4
if FGR
ASE
ASE
ASE
ASE
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470.o-13-470t
4700-1 5*ógO2
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3
2
J
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2
10
REV
B
Page 59

REFERENCE DESICNATARS
PART
DESCRIPTION
OR IE-HFER-PART-NO
HFGR
IIAVETEK NÚ. OTY
R29A R?98 R?9C
R34B R34C R39
RSOA R3OB R3OC
R33iA R33E R33C
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R3S
R47
R4S
R49 R50
R5t
R5e
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MRTS
LIST
R34A
R42
R41
TITLE
IF HKR, H7E
RES, C, t/4W,
RC 103-3r
RES,
RC
REs,
FCIO3-510
REs,
RC 103-3tA
RES, C, 1/4t,1,
RC 103-347
RES, C, ll4W,
RC103-515
RES, C, ll4W,
RC 103-447
RES, C,
RC 103-410
POT, 20K,
FEs,
RC 103-239
O
C, 1/4ti,
I O3-51 I
C, rl4t4, 57,,
C, 114t,1,57.,
r/411, 57-,
RP 129-320
C, 1/4W,37.,3.94
10K
52,
57., l. BH
1t4
lSK
17., 47r.
57;, 1.5H
57.,474
IC}OK
cFl/4-10K
cFl/4-1,8F4
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1 /4-
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cF t l4-lsK
4-47t
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4-4701\
cF 1 I
cFll4-rOOK
36052038
9K
143.
cFl
sf,l
ASSEMBLY
1 I t4-OO-O197
PAGE: 5
NO.
ASE
A5E
ASE
ASE
ASE
A5E
A5E
ASE
CTS
A5E
4700-1 5-1002
5- 1
4700-1
4700-1
4700-l
BO4
5-1004
5-1802
47oA-71-4702
4700-i 5-1 304
4700-1 5-4703
4700-1 5-rOO3
46 r O-OO-1 ?O3
4700-1 5-3901
a
I
i
1
2
I
1
REV
B
REFERENCE DESIGNATORS
R57*
TOI
xol
XOZ XC'3 XO4
\MAvererc
PARTS
LIST
TITLE
IF iiKR,
PART DESCRIPTIÙN
RES, C, L/4W,3X,,7?
RC 1 03-022
REs, C, l/4W,
FC I 03-539
RF XFMR
FROF4: lBl3-0O-OOoz
57., 3,9M
cRYSTAL, XXCTOO-331
cRYSTAL, XXOOO-391
i.I7E
OR 1É-I"IFGR-PART-NE
/ 4-?:l
cF t
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1210-44-OùOl
x33W-CrO.
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ASSEMBLY
i4-oú-o197
1 i
PAGE:
MFGR I,'AVETEK NO.
A5E
A-B
t
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ti- I
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NO.
6
470ó-t5-p249
513904
4700-I
i?10-44-OOút
23ÍO-óg-O331
23iú-OO-O39 1
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2.
I
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=
REV
B
Page 60

REFERENCE
DESIÈNATORS
PART
DESCRIPTION OR IG-I'IFCR_PART_NO
I"IFGR
I,,IAVETEK NO.
OTY
2
3
4
\
/avererc
PARTS
LIST
IITLE
VERT/T,IKR
CAP, F. T.
CFlOz-RóB
CAP, CER, lEOPF, lKV
cD102-1 r2
RES, C, 1/4W, 5:/.,4711
RC 103-347
, ó. BPF
ADDER, I.,IE
FASC-6892
60u l21f,l
cF | / 4-47K
ASSEMBLY NO.
1114-00-0122
PAOE:1
A-B
f'lDC
ASE
I 5tO-30-1ó89
I 5lO-10-1 121
4700-1J-4742
1
I
REV
Page 61

REFERENCE
c13
có
C20 Czt C25
c7
c2
c23
C3
co5 crz
c10
c14 ct5
ctB
c19 c29 i}È
c11
c22 C?.4
c30
CR3
CR4 CR5
DESIGNATORS
c16 ct7
C9
CRó CR7
PART DESCRIPTION
C4
CAP, F. T.
cF 1 02-RóA
CAP, MYLAR, , THF, ZOOV
cP 1 01
CAP, I{YLAR, . O47MFlOO\
cP 1 03-347
CAP, CER,
col02-1 12
CAP, CER, . OOll'lFtt, 1KV
cD10?-210
CAP, CER, 27OPF, lKV
cD 1 0?-1 27
CAP, I"IYLAR, . 1sHF,
cP103-415
cAP, CER, , O5t4F, 100V
cD103-350
-410
, é. 8PF
I?OFF,
iRV
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[ìIODE DROoO-OOl
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NO.
689
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PAHTS LIST
REFERENCE
Gl AlZ
03 a4
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66
010 011
ei4
418
R1
Rlé
R17
R2E
Ró4 R69 R7A
R?2
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DESIENATORS
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a19
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015 &A
R2 R65
RlB R19
R3 FsE R4
&9
F77 RS7
R24 F?7
R79 RBA
R23 R5 R55 R57
X/J XE+ fiEE
Èi7
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RsS
TITLE
AUTÚ
IrIúOE t'BO0O-OOi
iC, iÈOCtO-CrO5
rc rcúÈo-ooè
LEVEL, I-IBE
FART
DESCRIPTIBN OR I G-MFGR_FART-NÚ
TRÀNs, T,iIPR, ?N545A
QTY: ?:49O1-O5-454O
TRANS &AO38-541
TRANS eAO54-5AO
TÈANS
eBCróO-OOt
iRANS GAO3ó-440
RES, C,
i,/4W, ti., Z,pn
RC I 03-5p2
RES, C, 1/4l,l, 1f,.,4.74
RC 103-247
RES, C, 1/4ii, 32,47A
RC
1 03-347
ÉE5, C, r/4i4,52,
RC fO3-310
REs. C, 1l4ii, 57.,
RC I 03-39 1
PÚT, zOR
RP 1?4-3?O
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C,
i/41'i,57., iti
RC 1 03-21
ioK
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cF
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cF1l4-?i!i
t,lA?È03?s-2ó3PiA
cF1l4-iK
4-47V\
1
ASSEMBLY NO.
1114-OO-O1?E
PAGE: 1
?N
7t{
:-
r"i5P
RAY
iitrT
MFÈR
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49ir i
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49ó2-ó3-7irPQ
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470'l-
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47ùú-i t-1 úOt
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PARTS LIST
TITLE
AUTÚ
LÈVÈL, ilAE
ASSEIVIBLY NO.
1 I 14-Ou-ù1ÈA
PAù'E: 2
REV
6
Page 62

RÉFERENfE
ptt
Rt4
R43
Rli
R54
Reo
R?l R4? R46
Rél
R66* RóA
R25
R44
R?é
R37
R??
R30
R56
R31
R49
R33
t{J4 t{ 5(J
R35
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R47
R78
R74,R75
R45
R59 R67
FS:
RS3
853
PARÍ
DESCRIPTIÚN
RES, C,
1,/4W,57.,9.
RC 103-291
PrlT,
?OK, RPtSO-3ZO
RE5,
C, 1l4ir, 57:,
RC
t03-5rO
RÉS, C,
1/4H,5'r, iOóK
RC103-410
RES, C,
1,i
RC 1
03-447
RES,
C, rl4W,
RC 1 04-ép2
RES, C,
1,i4tJ,57.,
RC103-41?
RES,
C, 1/4W,5'1,
RC 1ó3-31
RES, C,
l
RC
1 03-32?
REs,
C, t/4in,
RC 1 03-333
RES, C,
1/4t^1, 37., 5àK
RC 103-356
RÈS, C,
tl4W, 5y,,27QN
EC I 03-427
4H,57,,470|/.
rO/.,2?t4
t?OK
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4-470K
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1 /4-120K
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ASE
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ASE
A5E
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4700-1
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5-9iO1
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4700-15-1004
4700-15-10ó3
4700-15-47A3
4700-
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4700-1
5-1
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4700-i5-tsoz
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4700-1
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PARIS
REFERENCE
R3è
R38
R39
R40
R48
RèO
dÈd
F7i
st
S?
LIST
ÚESIéNAIÚR5
R5l
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R41
toJ Ktr6
TITLE
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LEVEL, I4gE
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0Éb-CRiPTîùN
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C, 1,/4i.i,57..
RCiOS-218
RES,
C, 1/4i.i,
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RES,
C, 1/4tJ,57.,39K
RC 1 03-339
RES,
C, 1/4rd,
RCIOS-41A
RES, t,
1/41,J,52,
RCt03-415
RES.
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03-422
RES,
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RC
I O4-71 0
RÉS,
C. i l4lt,
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103-324
RES,
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103-?p7
SiiiTCH,
STOOO-OO3
TOGGLE
i.ÉR
toZ, 1off
52, lBOK
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17., ?20V,
107:, 100H
57-,24V,
ASSEMBLY NO.
ll14-oo-olps
PAGE:
ÚR i G-HF€R-PARÎ-NI]
uFll4-t. uK
cBtoét
cF
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4700-1
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4700-l
5-?701
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1
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\AAvererc
MRTS
LIST
TITLE
AUTO
LEVEL,
I,IBE
ASSEMBLY
NO.
1 1 r4-OO-O128
FAGE:
4
REV
K
Page 63

REFERENCE
DESIENATORS
PART
DESCRIPTION
OR IG*I.IFGR.PART-NO
t-'tFgR
WAVETEK
I.IO.
0Tv
cl
cll
c13
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C14 C?4
C34 C35
C9
c23
ClA
C30
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cl? c4?
c20
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\n/Avererc
PARTS
LIST
C3r
TITLE
SWP
cAP,
O, C, , .47PF
cc101-147
cAP, FT, 500PF, 207.250V
cF104-r50
CAP, CER,
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CAP, FT,
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CAP, F,
cFlCl-147
CAP, TANT,
cEl 13-447
CAP, M,
cG10?-239
cAP, CER,
cD103-310
CAP, F. T. ,
cF102-R68
CAP,
cDtoz-127
CAP, CER,
cD102-1 1?
OSC,
IOOPF, IKV
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CER,
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C. , 3. 9PF
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1?OFF, IKV
H9JA
1OOPF,2O7.
APF
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ac-.47PF
4420-500PF
cNt 500
4420-100PF
FASC-4712
933
HC-3,9PF
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FASC-6892
6ov27rn
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ASSEMBLY NO.
1 t I 4-OO-O074
PAOE:
I
o-c
AER
Rt"lc
AER
A-E
TRLl
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HDC
A-B
HDC
i"tDc
I 5tO-40-047A
I 510-30-3501
1510-10-5101
1 510-30-3lOl
1 51 0-30-O471
I 5lO-21-9470
t 510-40-1399
I
5tO-10-21
1510-30-róS9
1 5rO-10-1271
I 310-t0-1 r 21
I
3
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03
1
REV
e
REFERENCE
c2è
c27
c?9
c4t
c46
cRl
CRz CR3
cR4
CR5 CR6
CRB
CR?
cR
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cRl 1
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cn
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DESICNATORS
PART DESCRlPTION
cAP, M-C,4.7PF,
cet02-247
CAP, CER,
cDro3-3?5
cAP, O.
ce1 01
CAP,
cD101-0ro
CAP,
cD101-015
cAP, CER, .
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DIADE DBOOO-OOI
DIBDE
DROOO-OO1
DIODE DPOOO-OsO
DIBDÉ
DE1OO-B2I
tOI,
OR IC-IIFGR-PART-NO
oc-4.7PF
Te-s?5
oc-z.7PF
1 0îcc-01
r
oTcc-o1 5
SeAD 1 0
r 62D I 06XOOASDD?
BB 1414
lNE2A-K1O2
HW6, BB
1N4004
0
i:
5082-3080
lNS2Ae
I'IFGR
o-c
5PR
o-c
5rH
SPR
SPR
SPR
ITT
KEIf
MSP
H-P
e*I
WAVETEK NO.
I 510-40-1
479
1510-10-2253
1 510-40-O279
I 510-10*Ot
1510-10-O150
1
510-1 0-1
102
1510-21-7rOO
48S9-OO-OOO1
4BO7-O3-OOOl
4go1-o2-o001
4806-0
I
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4AO5-O2-OOO?
4eo7-01-oo82
O0
OTY
I
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1
I
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1
1
4
2
I
1
\MAvererc
PARTS LIST
TITLE
sWP
BsC, H9JA
ASSEMBLY NO.
1 I 1 4-00-0074
PAGE: 2
REV
Page 64

REFERENCE
DESIONATORS PART
DESCR:PT-1ON OR IG-MFGR-PART-NO MFER IdAVETEK NO. OTY
Jl J3
J2
LI
L15 LT7 L?
L4 L5
L13
L6 L7
LO9
LtO
Ll1
L12 L14 Llé
Lt9
L22
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a9
G14
0r c10
0r5 A3
011 0? 04
07
o0t
06
a1?
o13
016
0r7
\MAvererc
PARTS LIST
LzO
L18
L3
TITLE
coNN JFOOO-OO5
coNN JFOOO-OO4
RF CHOKE
CH0KE ,22îaH LA7.
LAOOS-RO?
TORRID, 4 TURN
TORRID, 10
CH0KE, 4,7t4H, LOZ
LAOOS-R47
TRANS AAO51-790
TRANS OBOOO-OO9
TRANS
TRANS
TRANS O4054-5€O
TRANS OBOO0-OlO
TRANS OBOOO-O1E
sI"IP OSC, H9JA
TURN
GAOSO-g3O
0AO3A-541
37JR116-1
27-2t
CHOKE
OSNR22K
LA009-OO4-1
LAOO9-Ol0-1
OgN4RTK
2N5179
tfPs3702
?N5053
2N3S54A
2N545€
TDT OI
9D100ó
ASSEMSLY NO.
I I 14-OO-OO74
PAOE:
3
s-c
APL
hl-r
ASE
HYT
HVT
ASE
RCA
MOT
APX
G-E
iloT
SPR
sss
21 rO-O3-OOO2
2r 10-03-000r
lB19-99-9999
1 A 1 0-O3-02?S
1810-o5-0Ò03
1910-o5-oo04
1810-03-O479
490 t-05-l 790
490e-o3-7020
4901-O5-O530
4901-O3-8541
4901-05-458O
4902-OO-1010
4902*0 I
-0060
2
3
4
I
t
REV
REFERENCE
DESICNATORS PART DESCRIPTION OR I G-I*IFOR-PART-NO
o1a
R1
R10 R5A
R1l
R12 RI R24 R3
R46
R51
R23
R33
R4 R70
XUJ
Rè
RO7
R55
R21
R47 R4B
R9
R13
R14
Rl5
Rló
R26
V/Avererc
PARTS LIST
KJI
TITLE
TRANS
RES, C, l/4W, 57,,
RC
103-1
RES, C, 1/4H, 57-,4,74
RC 103-247
RES,
C,
RC 103-047
REs,
C, 1/4r.J,
RC
03-25ó
I
PAT, CoNT, 10t{
RVIO?-3tO
RES,
C, I
RC
I 03*?22
RES, C, 1/4il,
RC
l03-3rO
RES, C, 1/4W, 52,
RC 103-OlO
RÉ9, C, l/4U,57,,
RC 103-1 1?
POr,
lK,
RE5,
C,
RC 103-033
sl^tP 05c, fi9JA
0BOOO-O1?
68
t/4W, 57.,47
37., 3. 614
/41.t, 3'4,
52, 10K
RF129-210
1/4W, 52,33
bBO
p..
10
r20
I'IF€R
5D1005
l4-6so
cFl
cF
/ 4-4.7N
|
cF t / 4-47
/4-3.6^
cFt
30é7P-10K
2A
cFL/4-2-2x
cFl/4-10K
4-Lo
ct | /
cF! /4-120
3éOStO?B
cFl /4-33
ASSEMBLY NO.
1 I l4-OO-OO74
sss
ASE
ASE
ASE
ASE
BOU
ASE
ASE
ASE
ASE
cT5
ASE
HAVEÍEK NO, ATY
4902-01-O050
4700-l 5-ó800
4700-1 5-4701
470Q-15-4709
4700-1 5-5601
4élo-20-o103
4700-t3-2?01
4700-15-100?
5-1009
4700-1
4700-r5-1200
4610-OO-1 102
s-3309
4700-l
1
4
s
4
1
4
I
I
?
REV
PAOE: 4
Page 65

RFFERENCE
R17
R25 R?8 R32 R54
ttJ
R18
R19
R29 R93 RF6 R6S
R?O
R27
R30
R34
R35
KJè
R37
DESIèNATORS PART DESCRIPTTBN OR IE_I,IFÉR-PART-NO MFER
REs, C, 1/4t,t, tZ, tOO
RC 103-1 10
REs, C, t/4H, 57.,390
RCI03-139
REs, C, 1/4W, 5X,470
RC
103-147
REs, C, 1/4W,57.,
RC 103-21 5
RES, C, 1/4H, 37.,27t1,
RC 103-3?7
RÉ.9,
t/4w,3/.,36
c,
RC
103-O3é
RES,
C, r./4H, 57.,330
RC 103-t 33
REs,
C,1/4W,57.,
RCt03-115
RE$, C, t/4Vt,5X, ??
RC 103-O22
RES, C, 1/4t4,57., 1M
RC 103-510
RES, C, 1 /4W,
RC 103-922
1,5K
150
3r., 2.2t4
cFL/4-100
1 I 4-390
cF
cFr /4-474
cFll4-1.5K
cFr /4-27V\
cFl /4-56
cFl /4-330
/ 4-110
cF |
cF!/4-22
cFl /4-1H
cFL/4-?.?t4
ASE
ASE
FÈi
A5E
A5E
ASE
ASE
ASE
A5E
ASE
HAVETEK NO.
4700-1 5-tOOO
4700-r 5-3900
4700-r 5-4700
5-r
4700-1
501
4'70Q-17-?702
4700-1 5-5609
4700-r 5-3300
4700-1 5-l 500
47AO-15-2209
4700-1 5-1004
4700-1 5-2?O4
OTY
6
1
1
I
I
I
,
I
t
WAvere<
PARTS LIST
REFERENCE
NJE XJ7
R40
R41
R4? R7I
n+J
R44
R45
R50
R52
R57
H?'
DESIGNATORS PART
R49
Ró3 Ró7
TITLE
st,lP
osc, M9JA
DESCRIPTIgN OR
POT,
?OK
RP 124-320
RES, C, 1/4H, 52, 15K
RC I O3-31 5
RES, C, 1/4H, t/.,47AA
RC 1 03-447
RES,
C, 1/4t"1,52,
RC
103-210
RES, C, 1/4W,3X,,
RC 103-212
REs.
1/4t,1, 1f;,, t.?t'l
C,
RC103-512
RES, C, 1/4t,1,
RC r 03-??7
FES, C, 1/4r.1,
RC 1 03-347
RES, C, 1/4W,
RC 103-1 ?2
RE6,C, 1/4H,57., 1.EK
RC 103-2lB
RES, C,
RC103-118
32,7,76
3't, 47K
31,, ?20
t/4H,57.,
lK
r,2K
180
ASSEMBLY NO.
1 I 14-OO-OO74
PACE: 5
IG-I{FCR-PART-NO HFGR HAVETEK
t.lA2eo3?5-?O3t'tA
cF I l4-1
cFr
cF !
5K
/4-470Y\
/ 4-tA
cFL/4-1.2t\
cFr/4-t.?n
cFl/4-2.74
cFr /4-47^
/ 4-??O
cF 1
cF1l4-1.8K
/4-180
cFl
A-B
A5E
ASE
ASE
ASE
A5E
AbÈ
ASE
A5E
A5E
ASE
461 0- 1 0-7203
4700-1 5-1 502
4700-15-4703
4700- 1 5- I OO 1
4700-
4700-1
4704-r5-?701
4700-!3-4742
4700- I 5-?200
4700- 1 5- 1 B0 1
4700-l 5-1A00
Nf]. OTY
5-
I
I ?O 1
5-1204
RÉV
7
1
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1
I
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4
\MAvere<
PARTS LIST
TITLE
sl^tP
osc, t{gJA
ASSEMBLY
NO.
I 1 I 4-00-0074
PAEE
REV
c
Page 66

REFERENCE
RóO
Ró1
Ró5
R69
R74
?6
NONE
DESIONATT]RS
PART
DESCRIPTION
RES,
C, 1/2W,
RC105-115
RES,
C, l/4H,
RC
I O3-R47
RES,
C, 1/2r.',
RC
105-1 rO
REs,
C, 1/2i1,
RC
I 05-OóS
RES,
L-A,
C, 1/4r,t,
r/4w,37.,92
tO3-Og2
t/4W, 17-,75
RF407-500
RES,
RC I 04-?47AD
REg,C,
RC
57., 150
57.,4.7
32, 100
57.,68
toz,
4.7x
OR
I6-HFER-PART-Ntr
cF
/2-1
I
50
cF t / 4-4.7
cFl /2-100
cFt/7-68
I'rF5C-75
c947?l
cFt/4-a?
HFCR
ASE
ASE
ASE
ASE
H-E
A-B
ASE
WAVETEK
4700-25-t
4700-1
4700-25-
Ng.
500
5-4708
I
OO0
4700-e5-680?
4741-73-OAO7
47A3-t6-47At
4700-1
5-8?09
GTY
I
I
I
I
I
I
MAvererc
MHTS
LIST
TITLE
sr.tP
osc,
tr9JA
ASSEMBLY
NO.
I I r4-OO-OO74
PAOE:
7
REV
c
Page 67

REFERENCE
cl
cl9 c20
ctl
c2 c7
clz
c13 c14
c9
c6
c10
ci7
clB
c21
c22
cRt
cR? cR3
cR4
CRs
CRó CR7
cR9
Jl J2
DESIENATORS
c8
C3 C4 C5
CRB
PART DESCRIPTION
CAP, F. T. ,47OPF
cF 101
CAP,
cF104-1
cAF, FT, 500PF, 202?50V
cF t 04-1 50
cAP, 0, c, , .73PF
ce101-175
cAP,0-c,
celol-220
CAP, F, T.
cF102-R68
CAP,
cDto?-1 12
CAP,
cDLA2-t27
DIODE
DIODE
47
-1
FT,
CER, IOOPF,2O7.
lO
2.oPF, 10X,
, ó.8PF
CER, IzOPF, lKV
CER,27OPF, IKV
DPOOO-O4O
De100-A21
DIODE DCOOO-OOS
DIODE DROOO-OOI
CUNN JFOOO-CIO5
OR IE-ilFCR-PART-NO
FASC-4712
44?O-100PF
4420-500PF
GC-,75PF
oc-2.oPF
FASC-óB9e
éou121f,l
60u27rH
t1447980
1N82AC
BB2O5
1N4004
37JR11ó-1
MFGR
A-B
AER
AER
o-c
o-c
A-B
t"tDc
MDC
H-A
0-I
APX
P-C
s-c
WAVEIEK
NO.
1510-30-0471
I 51 0-30-3
I 5lO-30-3501
I
5lO-40-O758Ì
I 5 I O-40-OCTZO
I 5lO-30-1é89
1510-10-1
I O 1
1?1
1510-lO-1271
4BO5-O2-OOOI
4SO7-O r
-OOB?
4BO3-O?-0004
4SOó-O1-4004
21 10-O3-OOO?
OTY
3
4
2
1
I
4
1
2
\n/lvere<
PAHTS
REFERENCE
LOl
LI?
L4 L5
ol
olo 011
03
05
OB
o9
R1
R12
RIT
R2
R14
R3 R9
R4
R5 R6*
R7
LOz
L3 LA
Ló L7
LIST
DESIONATORS
L10 Lll
02 04
L9
TITLE
st.lP
usc, t't9s-1
PART DESCRIPTION
TORRID, 4 TURN
CHOKE . ??HH
LAOO5-R02
RF CHOKE
TRANS
TRANS
TRANS
TRANS OAO54-580
TRANS OBOO0-O10
RES,
C, I
RC 103-3?2
RES,
C,
RC 1 03-3ó8
RES,
C, 1/4t
RC 1 03-222
RES, C, l/4H, 57., 100K
RC103-4tO
RES,
C, 1/2t,', 52, 220
RC 105- 1 22
RES,
C,1/4H,52,390
RC 103-
IO7,
04051-090
08O00-OO9
OAO3B-541
/4tt,
5v., ?2A
1/4t1, 5Z' 6AK
,
3'4,2.2N
I 39
ASSEMBLY NO.
I I 14-OO-OOB5
PAGE: 1
OR IC-HFOR-PART-NO
LAO09-OO4-l
O8NR22K
CHOKE
2N5109
HPS3702
2N3B54A
2N5458
TD1Ol
cFl/422
cFt /4-6AA
cFL /4-2.2A
/4-100K
cFl
cF | /2-220
cF t I 4-390
IlFCR
HYT
ASE
t,-
9SS
HOT
€-E
t'l07
SPR
A5E
ASE
A5E
ASE
ASE
t B I O-O5-0003
I B 1 0-O3-O228
I
IB79-99-9999
4901-O5-iO90
4ra2-o3-7ù2A
4901
4901
4902-OO-1010
4700-1 5-2?02
4700-t 5-éÈó?
4700-15-2201
4700-r 5-1 003
4700-?3-?2/00
4700-1
WAVETEK NO.
-OC-8541
-O5-45S0
5-3900
REV
A
OTY
4
5
4
I
1
?
2
I
7
1
MAVgfgrclrrrlElnsseruervruo.
swe
PARTS LIST
I
I I
osc' Hes-l
I
REV
r r t+-oo-ooes
PA€E; 2
Page 68

REFERENCE
DESIGNATORS PART DESCRIPTION OR IÈ-f'IFCR-PART-NO HFCR I.'AVEIEK NO. GTY
RE
Rlo
R13
R15
R1é
R17
RIB
R?6
R19
R20 R22
R21
t( 2J
\MAvere<
PARTS LIST
L-4, 1/4W, 1X.,49.9
RES,
RF404-990
C, 1 t 4W, 57., 47
RES,
RC
O3-O47
t
C, l/4td,57., tOO
REg,
RCIOS-t 10
FT]T, CBNT,
RV102-31
RES, C,
RC 1 03-239
C,
RES,
RC 103-275
RES, C, 1/4i.', 37-,4.7^
RCtOS-247
RES, C, 1/4t,r, A7.,
RC
I 03-1
PAT,20V\
RP t ?4-320
C, t/4tJ, 52, t5K
RES,
RC I O3-31
RES, C,
RC l03-447
TITLE
St"lP OSc,
t'tgS-1
1OK
0
1 /4W, 17.,3.9V\
/4U, 37., 7 ,
1
47
5
514
470
1/4W, 5X,,470X
sPs-N-347-49.9
cF I I 4-47
cF I /4-100
30ó7P-10K
cFt/43.9K
cF r t4-7.5k
4-4.7x
cF | /
cF l /4-470
HA2eO32S-?O3f.tA
cF I /4-r 5K
ctt/4-4/ov\
ASSEMBLY
1 t t4-oo-oog5
PAGE: 3
NO.
IRC
A5E
ASE
BOU
A5E
ASE
ASE
ASE
A-E
ASE
A5E
474t-49-9007
5-4709
4700-r
5- I
4700-1
OOO
4ólo-?o-o103
s-3901
4700-l
4700:1
5-7501
4700-1 5-470
4700-t5-47QO
4ó10-10-7?03
4700-t 5-1 50?
5-4703
4700-t
I
I
I
I
J
t
I
2
1
REV
A
REFERENCE
DESIGNATORS PART DEsCRlFTlÚN
R24 R37
R25
R29 R3ó
R30
R31
R3e
R33
R34
R3E*
\MAvererc
PARTS
LIST
TITLE
silP
REg, C, t/4H,
RC 103-512
RES, C. 114W,
RC l03-2?7
RES, C, ll4W,
RC I O3-31 0
RES, C, 1/4r"',
RC103-l?2
RES, C, 1/4t4,
RC
103-212
RES, C,
r03-5 I O
RC
RES,
C,
O3-532
RC I
RES, C, 1/4W,
RCIO3-2rO
REs, C, f/4W,
103-347
RC
RES, C, 1/4r.r,
RC I O3-Oég
M9S-t
05c,
5Y., t.?tl
37,,2.7\
57, l0K
3:z,
220
5t, r.?
1/4t,t, 57,, 1H
1/4H, 57.,2.21't_
52, rK
5X,,47V\
57,, èS
OR I G-I.1FGR-FART-NO I.IFGR I"IAVETEK NO. OTY
cFtt4-t.zî4.
cF r / 4-?.71\
cF 1 /4- 10K
cF , / 4-2pO
cF1/4-1.2K
cFl /4-1H
cFt/4-2.2H
cFt/4-tK
4-476
cF | /
/4-éB
cF I
ASSEMBLY
ASE
A5E
AsÉ
ASE
ASE
ASE
A5E
A5E
ASE
ASE
NO.
4700-1 5-l ?O4
5-?701
4700-1
4700-1 5- I
OO2
4700-1 5-2?OO
4700-l 5-1?O1
4700-1 5-tOO4
4700-r5-2204
4700-l 5-1o01
47AO-r5-47A2
4700-1 5-6809
2
2
REV
I I 14-OO-OOB5
PAGE: 4
A
Page 69

REFERENCE
DESIENATORS
PART DESCRIPTION
OF IC-I.IFCR-PART-Nt]
HFER I,IAVETEK
NO. OTY
cl?
c1
c5 c6
c7 ca
c11 C3
c4
c13 C14
ct5 cló
cRl CRz CRs CR4 CRs
IC2
ICI
01 010 011 a2 03 0E
64 05
\MAvere<
PARTS
LIST
CAP, F. T. , 6.
cFl02-Ró8
CAP, CER, zOOPF,
cD102-120
CAP,
cPtol-322
CAP,
cProt-222
cAP, CER,
cD103-310
cAP, i4YLAR,
cP I 03-347
CAP,
cF10t-r
CAP,
cE1 20-O10
DIODE
IC,
TRANS
TRANS,
OTY:2:49O1-O5-458O
TITLE
AUTB FREO,
BPF
IiYLAR, .
HYLAR, zzOOPF,
F. T.
TANT, IOI4F,
rCOOO-OO5
O22HF?OOV
. O1l.tF,
. O47t'lF100V
,47OPF
47
DROOO-OO1
OA054-5SO
H/PR, 2N5458
I,I11E
lKV
100V
?5V
FASC-ó892
5€A-T20
ilHFzS22
IAZ
waF2D22
éEU1OsM
r.Jt"rFls47
FASC-4712
t 62D106XOO25DD2
1N4004
RC43seDN
2N5458
oBo00-o17
ASSEMBLY
NO.
1 I 14-OO-O133
PAèE:1
A-B
SPR
c-D
c-D
r.ulc
c-D
A-B
SPR
P-C
RAY
HOT
t.,-I
0-r
649
201
I 51 0-30-1
I 5 tO-1
I 510-60-O223
r 5l 0-60-0222
1510-lO-2103
I 5r0-60-2473
5to-30-0471
t
I 5tO-21-7100
I
4806-0
-4004
7000-14-saoo
4901-o5-45SO
4?98-OO-OOO3
6
1
I
?
6
t
REV
REFERENCE
a6
07
DESIGNATI]RS
o9
Rl
R21 R22
R2 R4 R9
R?5
R3
R17 R5
R6
R7
R13 R14
R?7 RE
R15 Rté R20
R10 RzS
Rt1 R12 R32
RlE R19 R24 R29
Wlvererc
PARTS
LIST
RSO
PART DESCRIPTION
TRANS 0EOOO-OO9
TRANS OAO3S-541
REs, C, t/4tJ, 57.,
RC 103-31 O
20K, RF 130-320
POT,
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