Wavetek 1503, 1403 Service manual

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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

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

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).

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

-{

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

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

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

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

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

l4O3

or

l5O3

PUTS€

MARKER

oul

(reor)

I

I

I

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SCOPE

r^l

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Molch

Fixed

of

ing

Pod

Nolwotk

Devica

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lrsl

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out

rt-;

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Fiqure

PROBT

in

POWI

rrob"

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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

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.

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

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

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

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

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

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

SamDlè

Hr

3-16. Kl06

RF IF

out

Detector

DEMOD

in in

Harness And

V€RT

1403/

HORIZ

1503

YERT

Combjned 0peration

SCOPE

HORIZ

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

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Frequency

Operatìon

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4-3.

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LO

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LeveT

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FO

OPeration

4-3

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

.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

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

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:

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

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

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

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

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

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

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-

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

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

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

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,

+

+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

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

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

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,

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.

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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

ii(

t?, I

1

OR

I G-I"IFGR-FART-Ntr

N5741CV

T{U4)JHDN

i

s40-

1 2*2

2N3644
?N3A54A
2N530é

I'tP5370?

cF

r / 4-270

cFl

/4-1.

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

E

t
I

1

3

2

I
I
I

t

4

p.

I

I

I

1

TITLE

POI,IEF

SLJPPLY

BOARD

ASSEMBLY

NO.

1218-OO-OO13

PAèE:

2

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'

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

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

I

F

I

I

4

I
I

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

tfoT

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

-o5-458O

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

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

\

Avererc

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

I

I

?

I

I

\MAvere<

PARTS LIST

TITLE

I-IKR

ADDER,

H5D

ASSEIVìBLY

PAGE:

NO.

I 1 14-OO-OOB2

4

REV

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

-l

?

J

I

\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

,47OPF

DtoDE DO100-341

6AU2.J6BOJ

60coG250J

7S-TR

KO-02-3.

I

5GA-T2O

FA5C-é892

TG-S20
935

O6XOOZSflDz

1 ó?Dr

FASC-47

1 N4004

1N344

i'iDc

MDC

5- 1 3P

12

STR

SPR

A_E

5PR

TRiN

SPR

A-B

P-C

HiT

REV

i^,AVETEI( NÚ. úTY

Í510-1ù-3óSú

i 51 0-io-ó250

i 510-70-o130

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1510-30-1ÉÉt

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TITLE

IF MF.R,

T,I7E

ASSEMBLY NO.

I t 14-00-Ò197

PAGE:2

REV

B

REFERENCE

DESIéNATÚR5

FART

DESÈRI-FTION

OF 1 G-HFER-PART-Ng

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rITLE

IF I"IKF,

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coNN JFOOO-OOs
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NO.

14-00-0197

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5-C

ASE

H-I

HYT

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1S10-O5-OO03

1 S 1 0-O3*O229

49ó2-4Ò-S410

490 I

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4to1-o5-1790

4902-Q3-70:lA

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4é10-10-7102

4700-1 6-eEO5

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RO5

R13

RO6

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RO7

R14 R19

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ÚÉSIGNATORS

F17

R31C

R35C R43

R?2 R40

R?7 R?€A R2AE

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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,

RC t03-0éB

REs,

RC

RES, C, r/4ir,37:

RC 103-322

RÉ5, C, i.i4r,i,57.

RC rO3-O10

REs,

RC I O3-22r

RE5,

RC

RES,

RC

i

4W, 37., e20

1/4W,57.,47

L O3-O47

1./4i.t, 51,.,

È, il4W,57

È, i14i.i,57.

iO3-356

C, 1/4ti, 5Z

C, 1/4W. 3/.,4.7A

I O3-?47

C, 1 /4H,

103-3óE

i"I7E

57,, òSR

tX

p.7A

óti

56i,(

io

ER IE-NFGR-PART-Ng

cF L / 4-?2ú

cF

/ 4-47

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cFi /4-tx

cF L / 4-?7^

cF

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cFt/4??

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cFl/4-?.2t\

cFL/4-4.7A

cF1 t4-6gK

ASSEMBLY

1ll4-oo-or97

PASE:

NO.

4

if FGR

ASE

ASE

ASE

ASE

ASÈ

ASE

ASE

A5E

ASE

ASE

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WAVETEK

4700-1

Ng.

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4700*r5-47A9

4700-t

5-1001

47AO-t3-2702

4700-1 5-6S09

470O-1 5-5óO?

47rJ|.J-15-?2.u2

4700-1 5-1

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4700-t5-2pot

470.o-13-470t

4700-1 5*ógO2

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3

2

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2

10

REV

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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

1l.l

1 /4-

cF

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

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1

2

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REFERENCE DESIGNATORS

R57*

TOI

xol

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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

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ASSEMBLY

i4-oú-o197

1 i

PAGE:

MFGR I,'AVETEK NO.

A5E

A-B

t

-I

ti- I
ii- I

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

I

=

REV

B

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

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REV

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

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5PR

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i 51 0-60-2473
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1510-1ù-1?7i

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1 51 0- 1 Cr-?503

4Sóó-0

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NO.

689

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54

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PAHTS LIST

REFERENCE

Gl AlZ

03 a4

Gb

66

010 011

ei4

418

R1

Rlé

R17

R2E

Ró4 R69 R7A
R?2

R7é RA5

Ró

R7

Nld

DESIENATORS

O13 &1ó

a19

A?O 07

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

R5?

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

-FiÉs,

C,

i/41'i,57., iti

RC 1 03-21

ioK

91ti

0

Ht^lé, EB

RC455FDN

MC I 455F

ùBOÒO-O i 7

2N3E54A
2N545S

MPS3702

2N3è44

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1 / 4-4.

cF

cF 1 /

cFl l4-i(Ji^

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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7ùóO-i 4-55Oir

I{AVETEK NÚ.

499É-uO-ùóO3

49ir i

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49ir i

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49ó2-ó3-7irPQ

49ó I

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47úCì- 1 5-22O4

470'l-

1 5-4701

47rJO-13-470?

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

RÉFERENfE

ptt

Rt4

R43

Rli

R54

Reo

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Rél

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R25

R44

R?é

R37

R??

R30

R56

R31

R49

R33

t{J4 t{ 5(J

R35

OESlGNATÚRS

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

1BK

A

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cF t / 4-j|.1

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cFtl4-ioùK

cFLi

4-470K

cBz?ó1

cF

1 /4-120K

cF1/4-1BK

cFL /47?il'

UF 1 /4_JJK

cFl /4-5èH

cF r / 4-:l7QK

I.,IFèR

ASE

EÈ!(
A5E

A5E

A$E

A_B

A5E

ASE

A5E

ASE

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A5E

i4AVETEK

4700-1

NO,

5-9iO1

4òt ó-00-f2(13

4700-15-1004

4700-15-10ó3

4700-15-47A3

4700-

I 6-?pO5

4700-1

5-1

?03

4700-i5-tsoz

470ú-tt-z?Op

4700-1

5-530?

47OO-l 5-56O1

4700-1 5-P7c}3

,]TY

I

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3

io

5

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3

1

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\n/Avererc

PARIS

REFERENCE

R3è

R38

R39

R40

R48

RèO

dÈd

F7i

st

S?

LIST

ÚESIéNAIÚR5

R5l

RSl

R41

toJ Ktr6

TITLE

AUTO

LEVEL, I4gE

FÈ\,.iT

0Éb-CRiPTîùN

RÈS,

C, 1,/4i.i,57..

RCiOS-218

RES,

C, 1/4i.i,

RC104-é10

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.

C, 1l4it,

RC 1

03-422

RES,

È, 1/4it,

RC

I O4-71 0

RÉS,

C. i l4lt,

RC

103-324

RES,

C, 1,/41^i, 5t,2.7K

RC

103-?p7

SiiiTCH,

STOOO-OO3

TOGGLE

i.ÉR

toZ, 1off

52, lBOK

1sOK

17., ?20V,

107:, 100H

57-,24V,

ASSEMBLY NO.

ll14-oo-olps

PAGE:

ÚR i G-HF€R-PARÎ-NI]

uFll4-t. uK

cBtoét

cF

/4*39K

I

cF I /4- 180t1

cFl l4*1

cF t / 427Q$,

50K

c81071

cF r / 4-24l/.

cFt/4-2.7A

NTA 1 06D

REV

K

3

PiFÈR

A5E

A_B

A5E

ASE

ASE

A5E

A-B

A5E

ASE

ALC

WAVETEK

47OCr- r 5-

4700*t

4700-1

NO.

I BO

6-1

005

5-3902

4700-1 5-laos

4700-1 5-1

503

47rJQ-15-22|J3

4700-lé-1006

47|J0-13-240p

4700-l

5-?701

5106-00-oo02

úTV

1

I

2

I

I

3

I

1

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\AAvererc

MRTS

LIST

TITLE

AUTO

LEVEL,

I,IBE

ASSEMBLY

NO.

1 1 r4-OO-O128

FAGE:

4

REV

K

REFERENCE

DESIENATORS

PART

DESCRIPTION

OR IG*I.IFGR.PART-NO

t-'tFgR

WAVETEK

I.IO.

0Tv

cl
cll

c13

Ct&

c25

c40

CzA

Ct7 C?

C32 C3é C4

c3

c7

c43

C45 C8

c12
c33
c44

c10

c15

C14 C?4
C34 C35

C9

c23

ClA

C30

CsB C39

cl? c4?

c20

c2t

\n/Avererc

PARTS

LIST

C3r

TITLE

SWP

cAP,

O, C, , .47PF

cc101-147

cAP, FT, 500PF, 207.250V

cF104-r50

CAP, CER,

cD108-1

CAP, FT,

cF104-r

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

10

CER,

lo

T, ,47APF

.47I"IF,

C. , 3. 9PF

.01r'tF, 100V

6.

CER, 27OPF, lI'\V

1?OFF, IKV

H9JA

1OOPF,2O7.

APF

sOV

ac-.47PF

4420-500PF

cNt 500

4420-100PF

FASC-4712

933

HC-3,9PF

é8U103f'|

FASC-6892

6ov27rn

óoul2lH

ASSEMBLY NO.

1 t I 4-OO-O074

PAOE:

I

o-c

AER

Rt"lc

AER

A-E

TRLl

o-c

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

t2

03

1

REV

e

REFERENCE

c2è

c27

c?9

c4t

c46

cRl

CRz CR3

cR4

CR5 CR6

CRB

CR?

cR

lo

cRl 1

cR12

cn

l3

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, .

cDro?-210

CAP, TANT,

cE120-O1 0

, 025MF, sOV

,2.7PF

C.

-227

CER,

lOPF, IKV

CER, 15PF,

OOlr"rFD, lKV

1OI"IF, ?5V

IKV

DIODE DCOOO-OOs
DIODE DGlOO-S2?
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

-4004

4AO5-O2-OOO?

4eo7-01-oo82

O0

OTY

I

I

1

I

I

1

1

4

2

I

1

\MAvererc

PARTS LIST

TITLE

sWP

BsC, H9JA

ASSEMBLY NO.

1 I 1 4-00-0074

PAGE: 2

REV

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

oo8

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

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

I

2

1

)

1

I

I

4

\MAvere<

PARTS LIST

TITLE

sl^tP

osc, t{gJA

ASSEMBLY

NO.

I 1 I 4-00-0074

PAEE

REV

c

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

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

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

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,
RES, C, t/4r^1,

RC l03-447

REs, C, 1/4t,1, 57.,4.7K

RC t03-247

RES, C, 1 /4t

RC 103-320

C, r/4W,

REs,

RC

I 03-333

C, 1/4t"1,

RES,

RC 103-410

RES, C, 1/4W,

RC104-órO

RES, C, 1/4tú,

RC104-7tO

RES, C, 1/4H,

RC 103-347

TITLE

AUTO FREO, Hl lE

10K

37',470K

, 37., 20

57., 33K

52, 1OOK

tó7.,

107., 1001,1

5'i., 47X

101,1

OR I E-HFCR-PART-NO

tfPs370?

2N3B54A

/4-lOK

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