Wavetek 2001 User Manual

ser.atNo.

l0;,l60

INSTRUCTION

M0Drr

2001

OTilERATOR

MANUAL

WTEI<'TNDTANA

AVENUE,

IST

N.

66

BEECH GROVE,

317

P.O.

INDIANA

-783-3221

BOX

16107

rNc.

190

WARRAl{TY

All Wavetek

one

year

of

component

Transfermatic

the life

any

the warranty the factory

prior

of the

such instrument

or

authorization

This warranty

Wavetek, defective

be

Mlavetek

either

be

liability

breach specific

Any

reliable,

all

represent

than

or

as a result of

billed

at

cost.

assumes

alone

dangerous

for

secondary

of warranty

instrument

recommendations

but Wavetek

other warranties,

or

forth

set

instruments

after

date

(except

Switch

batteries)

assemblies,

instrument.

which

when returned

service

center is to

by Wavetek.

does

not apply

not in

or

accordance

misuse, improper

no

responsibility

in conjunction

if

misused.

charges or

under

shipped

made

makes no warranty

expressed

assume for

herein.

are warranteed

of manufacture.

found

Wavetek's

in Wavetek's

to

the factory

to any

with

Special

any

contract or

and

against which

by Wavetek

to

manufactured

obligation

prepaid

be

products

with

instructions

for

its

other equipment.

disclaimers

consequential

or implied,

Wavetek

any liability

against defects

Wavetek

in

agrees

be defective.

by Vl/avetek,

under this warranty

sole opinion

or to an

by

proves

authorized

purchaser.

repaired

furnished

repair,

or abnormal

product

for

of the

being

apply to

damages

otherwise,

a claim

use of

its

results

used in a hazardous

High

these

shall

is made.

productsare

to be obtained.

and no representative

in

connection

material

and workmanship

to repair

under normal

are

unconditionally

to

be defective

service

Shipment

or altered

by

by Wavetek.

conditions or

voltage

used in

instruments.

and, in

any event,

not exceed

based

or

with

the

or replace

use during

is

limited

solely to

within

center.

should

persons

the

Transportation

not

lf

the

operations,

or dangerous

some instruments

Wavetek

Wavetek's

purchase

upon tests

Thiswarranty

person

sale of

our

period

for

a

any assembly

period.

this

warranteed

repairing

the

scope

be made

without

authorized

instrument

repairs

manner

assumes

liability

price

of

believed

is

authorized

products

to be

is in lieu

other

or

for

of to

by

is

will

may

no

for

the

of

to

c0lrTtNrs

SECTION

1.1

1.2

1.3

't.4

SECTION

2.1

2.2

SECTION

3.1

3.2

3.3

3.4

3.5

J.b

SECTION

4.'l

4.2

4.3

4.4

4.5

4.6

4.7

4.8

4.9

4.10

1

GENERAL

-

INFORMATION

INTRODUCTION.. 11

SPECIFICATIONS ....... 1-1

oPTroNS .......

ACCESSORIES 1-5

2

INSTALLATION

-

MECHANICAL INSTALLATION 2-1

ELECTRICALINSTALLATION. 22

3

OPERATING INSTRUCTIONS

-

INTRODUCTION DESCRIPTION OF DESCRIPTION OF

TYPICAL

SPECIAL OPERATING NOTES

PROGRAMMING

4

-

MECHAN ICAL AR RANGEMENT

SIMPLIFIED BLOCK DIAGRAM

POWER SWEEP SWEEP DRIVE SWEEP OSCILLATOR,

OUTPUT SWEEPOSCTLLATOR,

MARKER ADDER MARKERS

OPERATING SET

CIRCUIT DESCRIPTION

SUPPLY

RATE

AMPLIFIER, BAND 1

(MODULE

FRONT

REAR

. . 37

(MODULE

PANEL

UP

M1H)

M2H)

BAND 1

BANDS 2&3

(MODULE

{MODULE

M5H).

MgH)

MIOH) 46

(MODULE

M19H)

..

.

M6's) 48

1-4

32

3-2

3-4

35

3-6

4-3

43 44

4"4 4-6

46

4-7

4-8

SECTION

5.1

5.2

5.3

5.4

5.5

5.6

SECTION

6.1

6.2

MAINTENANCE

5

-

INTRODUCTION

SERVICE

PERFORMANCECHECKS...

MECHANICAL ADJUSTMENT CALIBRATION

TROUBLESHOOTI NG

SCHEMATICS

6

-

INTRODUCTION

MANUFACTURERS

6-3 SCHEMATIC

6.4 ABBREVIATION CODE

SCHEMATICS

AND

INFORMATION

PROCEDURE

PARTS

&

. .

CODE

NOTES

PARTS

LIST

FREQUENCY INDICATOR TAPES

OF

. .

LIST

.

51 51

53

51

58 512

6-1 6-1

62

rJ-2

FIGURE i _ MODEL

2OO1 SWEEP/SIGNAL GENERATOR

This

manual

maintenance,

SCOPE OF

provides

descriptive material and instructions for the installation, operation,

and repair of the WAVETEK

THIS MANUAL

Model

2001 Sweep/Signal Generator.

SECTION

I

1.1 INTRODUCTION

The compact

Generator

tionally wide

ruggedized inexpensive instrument.

promotes

automatic

Each

of its three

MHz,

and

operation; start-stop,

to-end, up-or-down,

1

to

sweep

curring sweeps

width,

sweep

by external voltages.

Up to six crystal controlled

frequency

Each

module has

Front Panel

adjustment

WAVETEK

programming,

offers

frequency range

sophisticated

production

frequency ranges

900 1400

at any rate

every 100 seconds.

provided

are

output attenuation all

and

or harmonic type) may be

its own Front

amplitude and

of the marker display. ln application, the

MODEL

versatility

laboratory applications, as well as

testing.

MHz)

may

or CW. lt

af

from

and the sweep frequency,

birdy marker

width

2001 Sweep/Signal

and an excep-

(1

to 1400 MHz) in a

lts

unique adaptability

(1-500

be

can

Manual,

plugged

Panel

controls enable optimum

MHz, 450 950

in

used

be

swept

50 sweeps

triggered, or re-

be

may

modules

into the 2001.

On/Off switch.

3 modes

f rom end-

per

second

controlled

(single

GENERAT

markers may be tilted 90o

with steep transition signals

applications by

modulator,

RF output for low level recovery

as an optional

Most

optional

of

for

the basic

struction.

stalled at

laterdate. This concept offers

since updated economically added

Maintenance

several

modules instead of hundreds of discrete com-

ponents.

cut to a

performed

be

Modules

ters around the world.

a

providing

feature.

features, as well as

sweep

This allows optional

the time of

and additional

problems

Servicing

fraction

for

the 2001 are stocked

INFORTI1ATI

for easy viewing

or rectified

Front Panel

100% amplitude modulation of the

generator,

as new test

time of a defective instrument can be

the time

of

switch. A lkHz squarewave

purchase,

protection

greatly

be

can

applications, is available

have

features to be factory

or

customer

features

procedures

previously

by relatively inexperienced technicians.

in

when displayed

for

the functional

modular

against

can

simplif ied by stocking

required and

Wavetek

ON

plotter

X-Y

circuits

plug-in

installed at a

obsolesence

be

simply

dictate.

service

con-

in-

and

can

cen-

1.2 SPECIFICATIONS

1-1. lists the specifications

Table

Signal Generator.

RF SPECIFICATIONS

Frequency Range

Operating

Modes

for MODEL 2001

Sweep/

TABLE 1.1.

SPECIFICATIONS

to 1400 MHz in three overlapping

1

Band

Band 2 450 Band 3 900

-

Start/Stop, lf,

1 to 500

and CW

to

950

MHz

'l

400 MHz

bands

1-1

GENERAL INFORMATION

Frequency

Calibration

Accuracy

Sweep

Accuracy

Display Linearity

Spurious Signals

Residual

Drift

Width

-

Dial

FM

-

TABLE 1

-1.

Specifications

MHz

10

Band 1 10

Band 2 Band 3

intervals

200 kHz

Band 1

2

Band Band 3

-

2o/o

Band 1 Band 2 Band 3

Less than

100 kHzl5 minutes

(after

112 hourwarm-up at a constant ambient,

a 5

minute

(Con't.)

MHz

2To of

*lected

2% of selected frequency

to 500

MHz-calibrated

MHz

110

frequency

t2OMHz

120 MHz

10 to 500

500 to 950 MHz, 26dB below 900 to 1400

lSkHz

stabilizing

MHz 26dB below output

MHz,26dB

MHz/8

2

-

period

hours

after a

in 10 MHz intervals

output

below

and allowing

frequency

change)

Blanking

RF

Flatness

lmpedance

REMOTE

A Rear

-

Output

Amplitude

at

-

PROGRAMMING

Panel

width and the

amplitude

Frequency

and

-

+10

dBm

REMOTE

0 to 20 dB vernier output

frequency

provides

Jack

modulation.

Retrace blanking

the RF

of

operation. Removed for CW operation.

Continuously

10 dB

increments.

curacv:

steps,

adjustable

plus

Step attenuator and

i0.5

t1

from

a 20 dB

dB to

dB to 1000 MHz

12 dB to 1400 MHz

jack

1

to 1400

1400

for

Remote Control of frequency, sweep

provides

also

programmed

(-16

volts corresponds to LOW

t0.5 dB over

detector)

t0.75 dB over 1

meter)

50 ohms

necessary

control. This

May

a i16 V signal.

connections

be remotely

to

vernier

MHz

(when

provided

-80

dBm; 70

attenuator

read with

EXTERNAL

for

output

+10 vernier, calibrated in 1 dB

500

MHz

connections

within the selected band by

frequency

sweep

dB in

negative

power

a

ac-

1-2

GENERAL

INFORMATION

+16

and

possible.

0-20 dB

40kHz

(Con't.)

volts to HIGH frequency

MHz/volt

by

remote

a

provided

programmed

(-18

volts corresponds to a maximum

Sensitivity:

control.

-18

With average voltage set to mid-range,

possible

is

rate.

(approx.)

potentiometer.

in

possible

Therefore,

volt

Panel

Rear

over a 20 dB range with

at rates

modulation

MHz/volt

16

vernier range must

range

is not exceedd

to 1kHz, 4O% modulation

band end)

(lnput

REMOTE

up to 4kHz.

connections as

and

jack)

rates

(approx.)

a

to

or

TABLE

Sweep Width

Vernier

Output

External

I

External

SWEEP

-

0-20

dB

-

FM

-

AM

-

SPECIFICATIONS

1-1. Specifications

band end

Tuning sensitivity: 16

May

be

controlled

output

May

0 to

ou tpu t)

Full

With reduced deviation and linearity,

100kHz

External

for

be restricted so the 0 to

distortion will occur.

100%

possible

connections

be remotely

-18

volt signal.

deviation of f250 MHz

are

AM signals are applied to same

vernier

modulation

to a

Modes

Sweep

Sweep time

Horizontal

EXTERNAL LEVELING

External

MARKER

Type

-

Accuracy

-

*

Output

Monitor

SPECIFICATIONS

-

(ALC)

Repetative sweep Single sweep External Manual sweep

Line lock sweep

Continuously variable

seconds, in

16

-

An external'-n-egativE-.rsignal, between 0,2 and 2

may be

Birdy by-pass markers with

marker modules.

Markers

(comb.)

0.005%

ly triggered sweep

from

less

peak-to-peak

volts

4-decade

used

steps,

(symmetrical

to level the R F output

plus

Front Panel

than 10

plus

vern ier

provisions

about

ms

ground)

for six

external marker input.

may be either single frequency or harmonic

type.

N{,8.

srAG-€

-$r"-

T0

C

c

(onuy

4rrT€u

(See

a^i

Lc-'A0

eriST.i)r

iiAI.JGE

ccl(s€

riu

l\1i{1-

Ej

Options

n,Aruus

iN

c

Vi,,ipA,*

Fot

_tH'pE0AhrcF

N

-T-HE

FrN€

s

r\4€

Oclt,

rAT:R.

r{

E

T,

A1

LF-,

ql

urf

RATE0

ATTEN

o*erNG.

)

fcsiTrex

r

ptFFFK€NT-

s

}

A2)

and

uA(Krl

AXPuT

crri.i'rI-e

=

AeLa{AcI,

to over 100

volts,

plug-in

rlkffeR

FTE

Q

,

DEPE

.

qA

TbR 5€TTI

(EAs4tF

A

Tr-\E

cF-

"i(J--"a

tl€t\icE

g

Nl0

Dct

g\EP

'kO ARE

\l

CT

Ne

T5*r.

GENERAL INFORMATION

External

Marker

Marker Tilt

Market lnput

Width

Size

Large

-

Small

-

Rectified Birdy

(for

use

-

with X-Y

-

plotters)

TABLE 1

-1.

Specifications

Front Panel for

conversion to a Birdy

into 50 ohms Adjustable from

Adjustable from

Adjustable

Size varies

(approx.)

ohm, or

from

(Con't.)

BNC

connector

(approx.)

(approx.l

(approx.)

from

with

detector's impedance. Adjustable from

V to 1 mV with detector impedance of 1

6

0.5V to 1

0 ohms. Rectified birdy is

Provides

mately

size horizontal

f

rom a horizontal

horizontal markers have a size equal to approxi-

1oo/o of horizontal display. Adjustment

vectorily adds

marker, causing

position

accepts

marker.

15 to 400 kHz

12 V to 15

50 mV

with

mV

positive polarity

the normal

the resu iting

toward a vertical

external CW signal

lnput

level: 100 mV

four

in

peak-to-peak

mV

to 100

detector impedance

peak-to-peak

uV

steps

meg

of

of marker

vertical marker to the

marker to vary

position.

POWER

Line Supplv

MECHANICAL

A B For total height, C

Weight

REOUIREMENTS

SPECIFICATIONS

For

total length, including knobs,

1 1/16 inch

add

including

add 5/8 inch For

total width, including screw

heads, add 3/16 inch

Net

-

Shipping

19

lbs.

25 lbs.

-

1.3 OPTIONS

1.3.1 Marker

A-1. Any single frequency

1.3.2 Marker A-2. Harmonic

1.3.3 Modulator

A-4.

Provides

(See

Figure 1-1.)

feet,

between

type at 1, 10 or 50

100% amplitude

modulation at a 1 kHz rate.

115 or 230

--]

^

T-

q,-L

-l--L

1

1400 MHz.

to

MHz.

T-

LB

(Other

VAC t1O%,50

TOP

SIDE

Figure 1-1

frequencies

available on special order.)

to 60 Hz,

.

(approx

20 watts)

1.3.4

1-4

Penlift

A-5.

Provides

contact closure during

sweep time.

1.4 ACCESSORIES

GENERAL

INFORMATION

1.4.1

1

.4.2

Accessories

Wide-band

a.

b. Service

Rack

c.

Rack Mount Kit

d.

furnished;

Available:

RF Detector

Kit

-

Mount

Kit

lnstruction manual and

Model D-152.

-

Containsa

K102.

K103.

Figure 2-1.

K104.

Figure 2-2.

Mounts one

plug

to mate

Mounts single instruments

with Rear

module extender

Panel

or two instruments

REMOTE

and extension cables.

in a 5-1

in a 7

jacks.

inch space. See

/4

inch space. See

1-5

sEcTroil

2

INSTATIAIIOil

MECHANICAL

2.1

lnspection

lnitial

2.'l

.1

After unpacking

parts

nal

etc. The

be saved

Damage

2.1 .2

the instrument,

for damage

shipping container

in case

Claims

lf the instrument

transit,

area

shipping

spection.

The

arrange

ment.

2.1.3

The

are

notify the carrier

representative

carton

representative,

local

for either

without waiting

Mounting

Rack

instrument

available.

is

The K-103

and

INSTALLATION

knobs,

to

necessary to

it is

is received

and

factory in lndiana.

the

or

packing

or

replacement

the

for damage claim

112 rack size

kit

packing

inspect

surface

material

visually

connectors,

and

reship

mechanically

either the

material

the

for

factory. will immediately

or repair of

two rack mounting

and

provides

damaged

nearest

the carrier's

your

settlements.

necessary

the

the exter-

areas.

should

the unit.

Wavetek

Retain

instru-

hard-

the

in-

kits

These

lnstru-

a7" x

mounting

Mount

operation

desired.

of a

the

19"

and

either the

ware to mount

standard

necessary hardware

may be

ments, ments,

package.

of

in

2.1 .4

A B C

Proced u re:

Remove

item

secure

5 114" x

two

or two

or a combination

instrument

K-1O3,

tem

I

(Side) (Side) (Screw)

the

A or B

with screws

for other

position

to

the unit

19" opening.

1000 or 2000 series

130 or

Facilities are

Rear

Mounting Kit

Rack

screws

against

NOTE:

side.

the

unit

to

The K-104

rack mount

to

140 series

of either.

provided for Front

Panel

CONTENTS

oty.

1 ea.

8

from one

the side

provided

to the

Wavetek. San

connectors.

ea.

side

panel

(item

A

ltems

side of

(Refer

right or left

provides

kit

two instruments.

Wavetek,

This

panel

of

C).

B may

&

lndiana

Diego lnstru-

provides

Panel

Figure 2-1)

to

Part No.

8000-608

c000-610

HS101-806

a time.

at

instrument

the

Repeat

be interchanged

the rack

F--

l|--

Figure

2-1.

K-103

Rack

Mounting

2-1

INSTALLATION

2.1

K-104 Rack Mounting Kit

.5

CONTENTS

Item

(Tray)

A

(Side)

B

(Screw)

C

Procedu

lnstall both

re:

sides

x 3116" screws

tray so that the

provided

are

for

and

instruments. Other

may also

feet.

When one or both instruments are

the

other

(item

NOTE:

a bale, it must be

rack

mounting

most

be

item

C).

lf

the Wavetek

for

Wavetek, San Diego 130, 140, and 700 series

mounted

"A"

kit.

otv.

2 2

12

(item

B) to one

(item

C).

feet

extend

all Wavetek,

instruments not exceeding 5%" x 8"

by drilling additional holes

and secure

instrument has been

removed before installing in the K104

(Refer

tray

Position

into the

lndiana

with

to Figure 2-2)

Part

No.

c000 729

A500-230

HS 101-903

(item

A)

using

10-32

the instrument on the

provided

1000 and 2000 series

properly

seated, install

holes.

for

Holes

their

the remaining screws

supplied

with

ELECTRICAL INSTALLATION

2.2

Primary

2.2.1

These instruments operate

VAC supply mains as selected by a

the Rear

that the fuse

responds to the

Power Requirements

Panel.

Before operating the instrument,

mounted

in the Rear

correct value

from

either 115

Slide Switch located on

Panel

for the selected

VAC

or 23O

Fuse Holder

voltage;

check

cor-

i.e.,

0.5 amp for a 115 VAC, and 0.25 amp for 230 VAC.

power

The

50 or 60

2-2

supply has been designed to operate from either

Hz supply mains,

however, the line operated

Figure

sweep rate function

lnstruments

at 115

Hz

operation.

2.2.2

The electrical

verified.

given

are shipped

VAC,60

Performance

performance

Performance

in

Section

5, Maintenance.

2-2. K-1O4 Rack Mounting

must be adjusted to

from

the

Hz

Checks

unless

specified tor

the line frequency.

factory

adjust to operate

23O

of this instrument should be

checks

for incoming

inspection are

VAC

or

50

'PERATTNG

dfi,J:llril

3-1

OPERATING

INSTRUCT

IONS

3.1

INTRODUCTION

This section

tion,

operating instructions,

provides

for the Model 2001

DESCRIPTION

3.2

enruo switch

@

srnnrlcENTER FREO.

@

sroetswEEPWrDTH

@

naooe

@

3-2

switch

complete functional

programming

and

Sweep/Signal Generator.

FRONT PANEL

OF

-

Figure

control descrip-

instructions

Selects desired band; 1

Controls Start Frequency when MODESwitch isset

Frequency

Controls trols

Selects Start/Stop,

3-1. Front Panel

ln

addition, special

overloading, low networks analyzers

(Refer

Sweep Width

to Figure 3-1 for control location)

to 500

when MODE Switch is set to

Frequency

Stop

when MODE

or continuous

af

MHz,

MODE

when

Switch is set to

operating notes

level measurements and operation with

X-Y

and

450

to 950 MHz

and C.W.

af

Switch is set to S/S

af.

wave

operation.

plotters.

to S/S

sweep rate

cover

900 to 1400

or

(Start/Stop)

errors,

MHz.

or Center

orcon-

unnreRs owtDTH

@

rstzE

Dual concentric

-

four steps;

control;

inner knob

knob adjusts

outer

controls marker

size.

OPERATI

width

marker

I NSTRUCT

NG

from

15 to

400

IONS

kHz in

rvnnrce ns

@

ILT/NoRM

O

unnreR

@

scoee

@

scoee

@

oruoo

@

-

switch

srzE Switch

HoRrZ. out

VERT. out

in

-

push

Six

isengraved

-

Provides

tion

button

vertical

provides

of the horizontal

NOTE:

a vertical

sk

-

This

50mV

peak-to-peak)

markers are for use

BNC connector

ground,

device.

-

BNC connector

DEMOD

input.

BNC connector

so RF markers

VE RT.

lncreasing

i rts.

three

peak-to-peak),

to

(An

UTPUT connector).

O

switches control

push

on

position.

position

button).

markers

horizontal markers

display,

the marker

feature is used

This

switch

small

rectified

and

with

provides

drive the

alternate

Horizontal

connection

provides

in is connected)

accepts the

be added.

may

in

when

X-Y recorders.

a

A1 and A2

NORM

the

having

MARKER SIZE

will

size

provides;

markers in its Center

positive

16 volt

large markers

markers

peak-to-peak

(x)

axis of

is available

the combined

for

connection

demodulated,

(The

combined

Marker Options

(down)

a

cause

to identify

position.

fixed

amplitude

is set to minimum.

horizontal marker

the

f requencies

in its Lower

position

its Up

in

triangle

the oscilloscope

the Rear

at

markers

and

to the oscilloscope

swept, signal

signal

(Marker

ln the

of approximately

on Steep

(50mV

position.

wave, symmetrical about

or other

Panel).

demodulated

the device

from

available

is

frequency

(up)

TILT

to tilt toward

position

100uV

to

These

indicating

RF

Vertical

under

at the SCOPE

posi-

10%

response

(12

V

volts

rectified

(when

(y)

axis

test

to

oureur-dBm-bo

@

@nrort-

nrnnrceR

@

rvroo

@

-

nr-c in

exrrrrur

eowen

in

-

Switch

-

ohm

-

Attenuator;

increments

iustment

BNC connector

BNCconnectoracceptsan

f requency marker

a

Push

BNC connector

when

tor

Closes the

NOTE: When

the

use,

tor.

Push

instrument

Outer

RF output

the

provides

switch

accepts

dBm to

on

for 44 option

from 0

of

button

EXT/INT switch

internal automatic

this switch

RF output is unleveled

A.C.

applies

button

is operating.

-70

dBm; inner

+10

from

a

connection

externallygenerated

the display.

an automatic

is in the

is in

power

EXT

leveling loop

the

and not controlled

the

to

providescalibrated

knob

adjustmentof

knob

-10

to

dBm

for RF output

continuouswave

(i

kHz square wave amplitude

(up)

control

position.

leveling

when in INT

position,

EXT

power

supply.

the RF output in 10

provides

dBm.

and

by

calibraied vernier

signal.

from

signal

external

no

the 20 dB vernier

light indicates

The

to

signal

modulation).

remote moni-

a

(down)

monitor

dB

ad-

produce

position.

is in

attenua-

the

that

3-3

OPERATI

NG INSTRUCTIONS

rnrclnECUR

@

sweee TIME

@

VAR/MANUAL

switch

sec.

Control

-

Selects recurring

in RECUR

TRIG/RECUR single sweep operation

This is

-

a six

UAL, LINE

vides

manual

MANUAL,

ranges.

(The

srueep

of the

time selected

(down)

positionSwitch/Control.

and variable

position

Switch is in

Four

or

Decade

frequency

sweep may be

and with

the center

by

momentarily

Ranges

sweeping

adjustment

triggered in

MODE

position,the

contacting

The

outer knob

of variable

when

SWEEP TIME

of sweep

the four

by

SWEEP TIME

Switch in either

sweep

may be

the

TRIG

provides

sweep time.

Sec.

time in

each of the four

decade ranges

Control

S/S or

triggered

(up)

selection

The inner

Switch is

only).

when

aF. When

for

position

MAN-

of

pro-

knob

set

decade

to

3.3 DESCRIPTION

swrrcn

@

rrrreur

@

o.

@

nervrore

@

scoee HoRtz.

@

3-4

i$/23ov

5o/6oHz

LrNE FUSE

Jack

-

Jack

oF

REAR PANEL

-

Figure

(Refer

Selects

prong

3

0.5A for

Provides

(See

level.

a mating

jack

BNC

nector

is in

Panel.

3-2.

Rear Panel

Figure

to

115 or 230

AC

115 V

connection for

'jumpered

provides

V line

plug provides

AC

or 0.25A for

paragraph

connection to

parallel

3-2lor

voltage.

connection

programming

for

3-6

plug"

which

with

the ScoPE

tocation)

230

detailed

provides

(X)

to AC

mains.

V

AC.

frequency,

of

instructions).

Front Panel

axis

of oscilloscope

HoRlz.

connector

sweep

This

control.

width and

jack

is

supplied with

plotter.

or

located

on the Front

RF output

This

con-

OPERATING

INSTRUCTIONS

@

oerrorus

eerrr

LrFT oPTroN

for

-

(A

b)

-

Provides

options.

When

sweep

TIME Selector

mounting

Pen

LiftOption

"ON"

holes

time. This option

set to the

is

tllt:l9,

J;t

"-/h)*-

ll I

\

BNC connectors

is installed,

100-10 SEC.

"to!o

.,1 l.-

these

operates

t-

2 terminals

position.

used

only

with special

provide

when the

modifications

contact closure

Panel

Front

or

during

SWEEP

3,4 TYPICAL

When initially

Panel AC LINE

the instrument

ensure

AC mains.

Make connections

test, and

under

hum,

Since

to a minimum,

kept

be

grounds

and

Use coaxial

RF OUTPUT

The

setting

the oscilloscope

RF leakage,

be maintained

cables

MATCHING

NETWORK

OPERATING

up

VOLTAGE Selector

is set

between

and spurious

SET-UP

instrument,

for operation

Model 2001. the

the

as shown

it is essential

throughout

with BNC connectors

is especially

cable

Figure 3-3.

first

with

and

the

Switch

in

pick-up

signal

good

that

the entire setup.

wherever

critical.

DEVICE

UNDER

TEST

Typical Operating

Rear

check

Fuse to

available

device

Figure

3-3.

must

connections

possible.

lt should

Set-up

a characteristic

have

as short

kept

be

impedance matching

to ensure

under

After

device under

nected to

lator

added

of

RF

Detector

network,

a constant

test.

RF signal

the

the DEMOD

is not a

externally.

demodulator

the

circuit

is recommended

as

device

the

of

as shown

test it must

part

of the device under

(See

tested. The

being

impedance

practical

under

in

amplitude

passes

through

oe demodulated

the

lN of

Figure 3-3) .

present

must

for 50-ohm

50 ohms,

of

(under

3

test

3-3, should

Figure

signal

input

the

Model 2001.

The input

the

Wavetek

should

and

the input

lf

feet)' is not 50-ohms,

be used

the device

to

RF circuit

before being con-

of the

lf a demodu-

test, one must

impedance

proper

Model D152

applications.

load

to

a

be

the

RF

35

OPERATING

I NSTRUCT

IONS

Depress the

button

(Note:

unless

tio ns.

)

After

for

trols put

amplitude, and

POWER

should

This instrument does not require a warmup

it is to be

completing

required

the

on, and adjust their size and

3.5 SPECIAL OPERATING

Errors From

3.5.1

When

sweeping

push-button.

The light in the switch

light, indicating an operating

at the extreme limits of its specifica-

used

the set-up, adjust the

frequency.

center

sweep rate. Turn the desired

width.

Effects

Rate

Sweep

RF

circuits

having rapid

Model

sweep

NOTES

amplitude changes.

condition.

period

2001

width,

markers

con-

out-

errors may occur, due mainly to detector delays. De-

creasing the detector output time constant

this effect.

Figure

illustrates sweep rate effect.

3-4

,+'

,*'

will

minimize

TRUE

RESPONSE

SLIGHT

DUE

RATE

SLIGHTLY

FAST

RESPONSE

LARGE ERROR

DUE

RATE FAR

WITH

ERROR

TO SWEEP

BEING

TOO

WITH

TO SWEEP

BEING

TOO FAST

the

output amplitude until a

ther increase of the output

the

conf iguration of the

tude. lf

flattening

to restore the

3.5.3

When

ground

cables

radiation

can sometimes be

ground

particularly

connection is made at the vertical input terminal,

tional

result in hum

3.5.4 Operation With

To operate

modifications might be required. the removal of the blanking signal during

the response envelope does

at the top, decrease

proper

configuration.

Making Measurements

making

for

measurements

loops become

cables

carrying

problem.

problems.

Ground loops

eliminated by completing only one

connection between each instrument.

to the

ground

properly

scope

at the horizontal input terminal

pick-up.

Network

with

response

is obtained.

amplitude should not

response

envelope except in ampli-

change, such as

the output

Low

At

just

Levels

at low levels, radiation and

Using double shielded

RF signals helps

causing

horizontal

certain

input.

Analyzers

network

Some

analyzers several

analyzers require

the sweep return

far

minimize the

hum

This applies

lf

the

an

will often

trace, This can be accomplished by disconnecting the

wire

connected

modification sometimes required is to

output ramp that

instead

complished pins

vides a horizontal output signal

1 1 volts.

2

of the

and

11

to

varies

standard

by

connecting a

of the

10

the M1H Module.

of

from

-8

to

zero

+8

to

volt

56 K ohm resistor

M1H Module.

from

Another

provide

some

horizontal

a

positive

ramp. Thiscan be

between

This connection

approximately

Fur-

change

enough

pick-up

ground

addi-

single

voltage

ac-

pro-

to

0

Figure

To

its lowest

closely observing the swept output response. Any

for sweep rate effect, first

check

practical

in the response indicates the sweep

true response. When a further reduction of sweep time does

not

3.5.2

The

change

the response, a true response has been

Effects From

excessive

use of

load the receiver

present,

is

not

tion of the device

trols to

3-6

minimum output amplitude. Gradually increase

3-4. Sweep Rate Effects

the

set

amount, then reduce sweep time while

rate

is too

Overloading

from the Model 2001

signal

its. To assure that th is condition

circu

and that the response is a true representa-

under test, turn the OUTPUT dbm con-

sweep

width to

change

fast for

obtained.

over-

can

3.5.5 Operation

With X-Y

Plotters

Two features are incorporated into the Model 2001 to

plotters. First,

facilitate operationwith

switch

that is

a

Switch. This marker

marker signals to a lower

a

with the operating speed of

is

Second

optional feature

an

a contact closure

plotter's

sweep time selector switch is set to its slowest

pen

lift.

X-Y

part

the Front

of

switch converts the hi-frequency

clamp

frequency which

during the

The A5

plotter

the

(A5).

sweep

feature

Panel

pen.

This feature

time to

operates only when the

to 1 00 sec.

3.5.6 Operation

Operation

with an external monitor can

With An

External

Monitor

produce

a marker

clamp

SIZE Selector

is compatable

provides

operate

position,

flatter

a

the

10

OPERATI

NG I NSTRUCTIONS

(less

amplitude

test than

monitor

desired, and

is

impedance

is to level at

fier, in order

the sweep

To operate

controls

put

from the external monitor

jack

labeled ALC

EXT

the

to

must be

the signal

to obtain the

output

Vernier leveled.

from the monitor on

OUTPUT

variation)

is obtainable

point

is located

is not

the device under

of

the output

increase the

to

generator.

with an

for

maximum,

lN and set

position.

of a negative

is larger

less than

Control until

(Refer

to

Figure

external

than 2 volts, use

'-

External

Figure

3-5.

input

with the

point

at the

affected

point

of

monitor,

+10

dBm.

The signal

polarity

2

volts

3-5.)

_,!r-

Monitor

signal to

internal monitor,

by cable

test.

a wide band

output

to the

the ALC

from the external monitor

beh/veen

signal.

an oscilloscope,

the monitor

the device under

since

where

greatest

VSWR or

flatness

Another application

power

capability

first set the OUTPUT

Next,

connect

Front

EXT/INT Switch

0.2 and

a resistive

While observing

Leveled

,,'

the out-

Panel

2

volts.

divider

adjust the

signal becomes

PorliollY

ampli-

y'FLeveled

---------'

Unleveled

Output

Signal

the

input

BNC

the

123

ooo

456

of

ooo

789

ooo

ll 12

10

ooo

lf

13 t4

ooo

Ponel

Reor Remote Jock

SIGNAL SOURCES

VOLTAGE

Pin 1

Pin Pin Pin

10 - Ramp

15

CONTROL

Pin Pin 7 Pin

Pin 12

AND

Ground

-

2

-+16volts

3--16volts

4--18volts

as

Same

-

INPUTS

6

Output

-

Sweep

-

Frequency

9

-

Sweep

-

for Driving

Level

Time

Width Control

Sweep Width

Except lnverted

10

Control

Trigger

Control

(AM

lnput

(FM

15

J lOl

Control

Modulation)

PROGRAMMING

3.6

Connections

TUDE,

AM and

circuit

connector.

shown

F REOUENCYand

FM MODULATION

provided

is

below.

for remote operation

SWEEP

and

Panel REMOTE

jack

programming

The

by

a Rear

of OUTPUT

WIDTH

triggering

its

and

plus

EXTERNAL

of the sweep

programming

functions are

AMPLI-

INTERNAL

Pins

5, 8 and

Output,

UN

Pins 1 3 and

Frequency and Sweep

USED

Y,t4

+ahy

CONTROL

1 1 are used

14 are unused

ca"t 6eryneL*&(

fl^ff

W

t

program

to

Width.

internal operation

W

b-b

s-g

,i-i{

p*

tt(

@

of

emnahd

3-7

"

11

OPERATI NG I NSTRUCT

IONS

3.6.1 OUTPUT AMPLITUDE

(AM

MODULATION)

Normal nected between shown below.

internal

2001

control is

pins

provided

5 and

REMOTE PLUG

*=\-l

a

*"I I

;IJ

FRONT PANEL

VERNIER

CONTROL(Oto2odB)

CONTROL

jumper

by a

wire

6 of the REMOTE

\-_

TO RFOUTPUT AMPLITUDE

OUTPUT

VOLTS

-18

-16

@

i.o

-rz

P

o

!r

-lo

J

(L

ft-e

U^

o

-b

F

d-+

con-

plug

provide

To

nect an external

RF

OUTPUT is a linear function

as

tage

external

shown in Figure

as

control, remove

OUTPUT Control

3-6.

EXTERNAL OUTPUT

.CONTROL

jumper

as shown below.

of the

rox

wire and

programming

con-

The

vol-

I

2001

REAR PANEL\

I

tr

\__

--lL

-,,"I

I

;;ll

TO

RFOUTPUT

FRONT PANEL VERNI

CoNTROL(Oro

ER

OUTPUT

AMPLITUDE

20dB)

provide

To

The

reactance

down

having a DC offset.

all

cases, the

must be within

Figure

quency

tion as shown

the DC

3-8

AM MODULATION,

frequency

low

of capacitor

to DC, can be

peak

the limits of

or distortion

3-6,

limits the maximum

in

Figure

level set to

connect as shown at

modulation will

C1. Lower frequency

provided

ln this

modulating

will

3-7.

-8

volts.

with

case, resistor R1

voltage

-18

occur. The

useable

graph

This

<-1 E

3o

o-

+?

o.t.2

Figure

be limited

a modulating

plus

+2

to

volts, as shown

percentage

was obtained

i!\

.J}+'r{

3-6.

.3

,-

pronrr,.n

right.

by the

modulation,

source

is omitted. ln

the

DC offset

modulation fre-

of

modula-

with

.4 .5

.6

orrrr/lr.o^

#lu-J./ n r

in

.7 .8

o rtpuof

20 V

lOO

Modulolion

At Moximun

Outgul

.9

l.o

+ro

P-to-P

lor

P€rcsnl

2001

REAR PANEL\

Exlernol

Percent

Modu lol ion

Control

<{

c

RI

loK

REMOTE PLUG

FRONT PANEL

VERNIER

OUTPUT

(

CONTRoL

-

AMPLITUDE

T

UIT

to

O

20d B)

roo

80

z

9

F J

B60

o

tr-

o

U40

F

z

td

o

r H20

IKHz

OPERATING

INSTRUCTIONS

FREOUENCY

3.6.2

Normal

jumper

REMOTE

,.ffi81,r.1

provide

To

connect

below.

REAR PANEL\

IOOHz

CONTROL

internal control

wire connected

plug

as shown

control,

an external

external

9 to

Figure

frequency

of

between

below.

FREQUENCY CONTROL

3-7.

pins

T PANEL

remove

Frequency control

REI\,IOTE

lKHz

Percentage

provided

is

and 8 of

9

jumper

the

PLUG

MODULATION

FREQUENCY

Modulation/Modulating

3.6.3 SWEEP

Normal

jumper

plug

REAR PANELT

provide

To

nect

page

on

as

by a

the

and

shown

tOKHz

WIDTH

internal control

wire between

as shown

200t

external control,

12 to an external

3-10.

Frequency

below.

/to

CONTROL

of

pins

(FM

width is

sweep

11 and

REMOTE PLUG

f-L--/

,t:-

,1

Y

I

TO

I

CONTROL

PANEL

FRONT

SWEEP WIDTH

CONTROL]

remove

Sweep Width control

Modulation)

12 0f the

WIDTH

SWEEP

CIRCUIT

jumper

the

IOO KH z

provided

REMOTE

and con-

as shown

by a

Tuning shown

;II II

---------+<-

-ro

sensitivity,

graphically

I I I

I'o*flJ

I I IFRoNT

I I rREourrucv

lcoNTRoL

I

which is approximatley 16

in

Figure

3-8.

I I

-conrRoLct

PANEL

'

TOFREQUET

MHz/volt, is

3-9

OPERATING

provide

To

set the

FM

Front Panel

INSTRUCTIONS

EXTERNAL

SWEEP WIDTH

CONTROL

f

FRONT PANEL SWEEP

WIDTH

CONTROL

modulation,

MODE

connect as shown

Switch for CW operation.

REMOTE PLUG

. r*.., *,0*

CONTROL

CIRCUIT

at right

and

TO

EXTERNAL

MODULATING

RCE

SOU

PERCENT MODULATION

I

coNTRoL

I

a+

rl

I I

=

,.f88lrrr-.

----]ro,',tE

FRONT PANEL

SWEEP WIDTH

CONTROL

The

modulating *.u. form should have

tial of

zero volts.

mately 16

The maximum

ing the 16 MHz/volt

4 kHz

at maximum deviation to 20 kHz for

(See

tion.

frequency

shaded area of

Figure

up to 200 kHz can be

Frequency

MHz/volt,

is shown

modulating

relationship,

frequency,

3-9.) With decreased frequency

Figure

3-9 on

REMOTE PLUG

V

,tr*.., *,0-,

|

CONTROL

sensitivity, which

graphically

varies

page

CIRCUIT

an average

while

still maintain-

from

approximately

used, as shown in the

1.

3-1

poten-

is approxi-

Figure

in

1 MHz devia-

3-8.

sensitivity,

U

a+4

J

9+z

L-z

E

o o

E

c

BAND

BAND 3

+t6

+14 +12

+to

+8

-lo

-t4

-16

]

2

+6

-a

-6

-8

o

.O .45O

.9OO

]oo r50

peak

The

voltage supplied

REMOTE amplitude band

200 250 300

700

il50

FREOUENCY

amplitude of the

plug)

should not

would

limits.

modulating signal

to the Frequency

exceed

program

the

450 500

950

I 400

unit

plus

Control

+

-16

or

volts.

to

sweep beyond

the DC

(pin

9 of

This

the

310

Figure 3-8. Program

Voltage

(pin

l2llFrequency

9 or

OPERATING

INSTRUCTIONS

250

4KHz

Mox. Mod.

req.

)

200

'150

N

T

2

loo

o

F

;

UJ

o

50

Mox. Mod. Freq

lKHz

MODULATION FREQUENCY

(Sine -Wove)

Figure

FM Modulation Frequency

3-9.

\

.

l0 KHz

Limits

Usoble

\

Decreosed

\ Sensitivitv-

I I

Areo With

Freq.

)

'lOOKHz

REMOTE TRIGGERING

3.6.4

The SweepTime Circuit

ing a 10 volt

proper

For

Selector must be set

positive pulse

operation, the

OF SWEEP TIME CI RCUIT

be remotely

can

to

Front Panel

for

one of the four

triggered by apply-

7 of the REMOTE

SWEEP TIME

variable sweep

plug.

positions,

time

position.

TRIG

should be slower

Panel

Front

Control.

SWEEP

the TRIG/RECUR Switch set to the

and

The repetition

than the frequency running rate set by the

rate

TIME Selector and

the external trigger

of

VAR/MANUAL

3-11

SECTION

4

CIRCUIT

DESCRIPI

r0N

4-1

CIRCUIT DESCRIPTION

I

a

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CIRCUIT DESCRIPTION

MECHANICAL

4.1

Before

well to consider

cuit

thereby,

TOP

beginninE

the mechanical

enable

will

This

ment.

description

strument. ferring

rear chassis

4.2

The

module module

The

of

modules.

to

VIEW

SIMPLIFIED

block

information.

are

Power

-18,

+18,

M1A

The

horizontal voltages.

scope

M2H module

The

reference

sweep ramp

Thetwo

provide

the signals

width controls.

the sweep

to

are combined

determined varactor

Necessary level

provided

RF signal

The

M9H module

the

are combined

tors

difference signal,

then to the

variable

The output

module

RF outputcircuit.

the

to

providing

mechanical

The

Figure

shows

Power

diagram

indicated

Supply

and

module

supply,

reference

The signal

drive circuit

into a

shifting,

by the

for BAND

M 10H module.

attenuator

from this

a

where

ARRANGEMENT

description,

the actual

be associated

a better

5-17 in the

Supply

in

provides

-20

generates

contains a

supplies

to the

single signal,

sweep drive

where

circuit

arrangement

foilowing

the

block diagram

with

understanding

arrangement

Maintenance

the

plug'in

Panel,

Front

sections.

BLCICK

Figure 4-1 contains

The

by

volts

DIAGRAM

blocks contained

the red module

regulated

three

for corrnections

the sweep

four distinct circuits;

+16

and the sweep

ref

volt

erence

and the two

Panel

F

ront

drive circuits.

from these

M2H

in the

wh ich drives

diodes in the sweep

shaping and

circuit.

(1

1

to 500

the signal

from two sweep

physical

its

of

can

outline.

ramp, blanking

supply,

sweep

f requency

controls

module,

oscillator

amplitude control

MHz)

in a diode mixer.

pre-amplifier

fed to a 1-500

is

This module

and the

amplifier

PIN diode switch completes

MHz

final 1-500

is then

fed to the

contains

would

it

the instru-

of

and

position,

the overall

be seen

section.

moduie

both

voltage

to

is

by

This

and

block

each

within

sources

plug-in

the

-16

a

inverted

an

ramp voltages

and sweep

is then

they

where

frequency

the

modules.

generated

oscilla-

The resultant,

a voltage

MHz amplifier.

Mi9H

the circuit

be

cir-

in-

re-

the

and

volt

fed

and

is

in

to

between the

error amplifier

then connected

is

input of

system

monitor

in the

also order

resistor

and

The sweep

M19H

through

output

2 & 3

The

module

ln

module,

sweep

output

tude sweep

which is

output

also standardizes

instruments, stalled

This constant the individual

mixer

different signal,

located

final 1 to 500

the

maintains

point,

sweep oscillator.

creates

a zero

to create

is connected

RF output

the

oscillators

module.

voltage

circuit

is accomplished

marker circuit

M5H, and the

addition

to

it also

sample

was

signal

sample

extremely

from the harmonic

which

markers.

M6 marker

with a crystal

to the marker

plified,

signal

Front

the

and

is then

Panel

shaped

two voltages

the M10H module.

in

voltage variable

to the

a constant

which compensates

impedance

a 50 ohm

between

system.

for bands

RF output

The

variable

is amplified

MHz amplifier.

amplitude

for amplitude

mixer,

and amplifier

at the

source

impedance,

the zero

2 & 3

from the

attenuators

without amplification.

in the same

is

comprised

individual

the marker

provides

in the same

signal

leveled.

signal

important

the sweep

insures

amplitude

which is the

adder

sweep

modules

controlled

module

into a

fed through

vertical output

for selection

to the

marker

adding

manner

provides

This

individual

to obtain

generating

sample

proper

sample

where

CW signal.

birdy marker,

they are combined,

where

single composite

the

marker

connector.

in the leveler

error voltage

The

attenuator

This

closed

RF signal

variation

circuit

monitor

point.

a 50

impedance

are located

oscillators

directly

Leveling

manner

of

function of

and

marker modules.

amplitude

operation

signal

to the

for bands

for

as

the marker

generators

the

leveling of

as the main

a constant

marker

"flat

a

in all

of field in-

is then

it is combined

The

is then

signal.

control

size

the

at

loop

at the

and

ohm

point

in the

fed

is

RF

band

adder

M6's.

MsH

the

RF

ampli-

modules

comb"

2001

fed to

in a

resultant

fed

back

am-

This

and to

ln

1.

lt

l

Leveling of diode

reference voltage

the RF output

which measures

the

supply by

is accomplished

RF

voltage

the vernier output

and compares

by a monitor

it to a

control.

Any

4-3

CIRCUIT DESCRIPTION

following

The

schematics appearing in

POWER

4.3

PS6

The

an optional

POWER

AC

A dual-primary

tage

of 115 or 230

wire receptacle

circuit descriptions are referenced

Section 6.

(PS6)

provides

circuit.

power

"pen-lift"

&

SUPPLY

supply

RECTIFIER

transformer

volts. AC

from the Front

The transformer is located

module to reduce

regulated

wave

plug.

to three

-18,

signal for

lift

PEN lnstallation

closure which occurs during

normally

of the 12

the relay

plus

rectifier

mounted

unregulated

-20V.

and

connection

switching

LIFT

OPTION

of K50 and

conducting

pin plug. is energized by the turn-on

early failure

gized

during slow

of the front

panel

magnetically coupled

and minus

circuits

to the

This

voltages

f

and

iltered

printed

voltages as well

plug

also accepts a scope horizontal

to a Rear

circu it is also

Rear

from

current supplied

When the base

the relay

of

sweep speeds and in the manual

sweep rate selector.

contacts,

three regulated

CIRCUITS

allows operation

power

is

supplied through

Panel

ON/OFF switch.

from

away

the

line ripple.

are supplied

by C1 and

circuit board,

Panel

enabled

jacks

Panel

provides

as the regulated

connector.

through this

provides

the sweep on-time.

through

drive to 011 is removed,

of 412. To

the relay is only ener-

to the

voltages and

at a line

sweep drive

by two full

C7. A 12

access

The

plug.

a contact

O11

prevent

position

vol-

a 4

Un-

+18

pen-

-20

VOLT

SERiES

The reference

differential

with

similar to the

CR 17

provided

is

through

tage

conduction of CR13

vo I ts.

provides

08

provides

by shutting

CR

1

to the base

4.4 SWEEP RATE

M1H

SWEEP RATE

This

module

waveform. Front Panel

gered,

or manual

peak-to-peak

volt

1Oms

to i00

constant at the fastest angular waveform

is

9

the scope

The square wave

volt level

level

used

time.

horizontal

corresponcis to

corresponds to the retrace

provide

to

REGULATOR

voltage for

amplifier.

09 and

a compound

pass

element

reverse

voltage

down

4

to the base

of 09. This

if the

(MODULE

GENERATOR

generates

a variable rate

modes. The

signal with

seconds in four

sweep time

is

used to

signals.

output is

blanking

-20V

the

supply

Q10, which in

emitter following

-'l

of the

8V supply.

protection.

-18

of the

of 05, reducing

action is helped

-20

volt supply drops

MlH)

square

switching

a

the sweep time

of the RF

provides

triangular waveform

a sweep time

steps. Retrace

of each range.

provide

-1

to

the sweep

+15

time.

output

is applied

conjuncrion

action

Current

volt supply

the reference

recurring,

limiting

by 07

along

by the

below

and triangular

is

a 32

variable from

time

is held

The

drive and

volt

and whose 15

The square wave

signal

whose

during retrace

to a

vol-

-18

trig-

tri-

-1

volt

is

+18

VOLT

Regulation nal reference supply. R9

volts. An external

capability,

istics of lCi

+18

The CR7.

18 VOLT

The +18

back which is

ing

volt supply

voltage

volt supply through R20,

05 to maintain

03 and Q4

nected as across R13 is

of 05 is

05,

and CR

4-4

provided

when

10.

ES

SERI

is

and Q1 improves the

SERIES

REGULATOR

provided

pass

providing

by

protected

is

SHUNT REGULATOR

reference

applied to

for this

a shunt

provide

a compound emitter follower

the series

not loaded heavily.

by

CR8. Current limiting

06

conducts sufficiently to

Reverse

voltage

by lC1 which

provides

transistor, 02, boosts

contains

an adjustment

current limiting

amplif ication before

against reverse

supply is obtained from

provides

R19

and

lC2 which

provides

regulated

pass

element

voltage

so that the voltage

Short circuit

forward

protection

provided

is

its own inter-

+18.00

to

the

current

character-

limiting.

voltage by

the feed-

gain

high

forc-

across R13.

and are con-

protection

provided

is

bias CR9

by CR 12.

the

by

Triangular

03, to the integrator

output

switch is switched, reversing input, another threshold. lf ring

producing

output is

blanking

The

switch

TIME

waveforms are

and 04,bV applying

input. When

exceeds a threshold

causing the triangular waveform

mode. the negative ramp

continuous

clipped on the negative

(pin

10)

.

symmetrical square wave

(pin

9) isconnected,

vernier and one of the range

generated

positive

the module is

oscillations. The

the SWEEP TIME selector

(pin

7). Since the integrator

portional

nier

switch

to the input

provides

output

voltage level, the

a sweep time increase by reducing the

polarity

if

the

in an integrator,

and negative

the integrator

voltage, a bi-stable

polarity

the

to

programmed

will trip the

polarity

output

through

the Front Panel

determining resistors

voltage levels

positive

hysteresis

of the

integrator dc

start down toward

in

hysteresis switch

hysteresis

and is

from

the hysteresis

switch, to the integrator

output voltage

is negative. lf

change

SWEEP

the

TIME

hysteresis

polarity

Q1

,

ramp

a recur-

switch

used

SWEEP

input

pro-

is

ver-

Q2,

for

of

is

CIRCUIT

DESCRIPTION

positive,

ground

time.

For

switch nected

position.

until

parator.

less a trigger is applied to the

cannot

reached because the triggers must

which is

du cts.

Triggers

(pin

to open

tage at the way

Since the integrator

(pin

full output is retained

connection)

triggered modes, the negative

is shifted out of the

through O14 or through S102D. when in

The integrator will now

producing

it is stopped by a clamp circuit turned on by a com-

The inteErator output

flip the hysteresis switch until this clamp level is

gated

off

until

prevented

are

6) by a voltage at

FET

switch O14.

1

is to shift

to allow

7) and output

from reaching the hysteresis switch pin

the

free-running

is an inverting amplifier,

(pin

8) are available, a

network allows the SWEEP

a dc

as

level shifter in

amplifier consisting of

provide

sweep drive. This output is divided by R18

vide a horizontal drive of about

impedance of about 23K ohms.

A centering adjustment

of pin

a 32 volt

the integrator and horizontal outputs

11) by shifting both

the

06,

peak-to-peak

(R41

positive

the hysteresis switch. A size adjustment

amplitude adjustment

hysteresis window. Symmetry of trace and retrace time

(for

grator) control

centering

rotation of

The gram

listed below:

Section A

Section B

Section

Section D

positive

equal

is established by adjusting the integrator balance

R7. This

and the sweep

the

four

sections

M1A

the

C

by effectively

and negative

adjustment

SWEEP

module.

TIME

of the

SWEEP

The functions

I

ntegrator input selector

Clamp level shift

d i scon nect

Trigger source selector

Line trigger routing,

(a

diode

nearly constant retrace

a

threshold of the hysteresis

way by a diode and resistor con-

opens

the

vernier

"line"

continue

is now held

hysteresis

pass

the clamp comparator

1, which

primary

The

clamp comparator

oscillations.

TIME

vernier,

manual mode.

07 and

wave

output

16

provides

)

and negative thresholds of

input

also affects

period

for

vernier.

TIME

its negative ramp

this level

at

switch.

through an amplif ier

A trigger

(O9)

causes comparator 08

function

feedback resistor R102, to be

input

and

the

of

outof

both input

A non-inverting

and

8,

gain

a

is used

R53 to

12, and

provides

mode

019, with

which

peak-to-peak

volts

a dc level adjustment

(pin

(R45)

varying the size of

voltages to the inte-

the manual

fully counterclockwise

selector

switch

of each section are

routing

and

switch

hysteresis

un-

con-

vol-

used

ut

for

pro-

at an

an

the

pro-

switch hold.

Circuit

be

RATE,

MANUAL Section

output

converting shifts the amplif ier output voltage to R 104. When the

Section

disconnected

operation as modif

understood by considering

positions

LINE

and

POSITION

A. A feedback resistor R113 is

(pin

8) to input

it to an inverting

R'l 02 is

is suff icient

fully

clockwise,

to

if t the ou tput voltage to

sh

B. The clamp

ing

+18V

i,

to

causing

from any internal source of triggers

ing the routing switch

shift bias is

Section

applying

This causes the output

positive

a

to R102 and

2,

VAR IAB LE RATE

Section A.

decade

Section

unless

vo I ts.

Section C. Two trigger sources are

external trigger

from the

Section D. four

LINE

Section A. The

by-passing the

sweep

Section B. of the

Section C. The line rate square wave

is

connected

disconnected when O14 is open.

C. The

D. The

-18

feedback

trigger input

hysteresis switch is

volts to its input

preventing

POSITIONS

Proper

integrator input resistors

increments in these

The

B.

the

clamp

"pull

trigger" switch is

from REMOTE

Panel

Front

No

connection is made to

positions.

variable

rate

POSITION

proper

SWEEP

retrace

and

Clamping, works in this

"pull

trig" switch.

to the trigger input.

ied by the

switch

the MANUAL, VARIABLE

one at a time.

connected

(pin

7) of the integrating amplifier.

dc

dc level to

SWEEP TIME vernier control

the negative input voltage to

is disabled in this

the hysteresis switch input to be

(since

014

ier. Resistor R 114

amplif

-8

volts

position

OB is turned off). The

point pin

held in one state by

through a 33K ohm

to be negative

ier)

amplif

(this

providing

bistable circuit

the

blanking of the

positions,

is disabled

R105 R108.

and triggers are held off

opened,

connected

jack

J101-7 and triggers

momentary TRIG

integrating resistor is selected,

value

TIME vernier, to

periods.

position

from

the

positions

for

zero input

+8

volts

by apply"

by

open-

grounded.

4

is

resistor.

polarity

proper

RF

output.

are selected in

removing

to

switch S103.

in

6

any of the

produce

independerrtly

power

supply

may

from

R

104

dc.

+18

4;

equal

is

an

4-5

CIRCUIT DESCRIPTION

Section

D. Amplif ied triggers are

switch independently of

providing

4.5

The

required

Panel

switch.

These

then

abled by the B-1 and B-2 voltages

vol

The shaping diodes conduct at

additional

SWEEP

M2H

module

by each oscillator as

Tuning controls, Sweep

programs

feed

shaping circuits

tage.

(redundant)

DRIVE

are summed to a standard voltage

(MODULE

provides

routed into the hysteresis

the internal routing transistor,

line rate reliability.

M2H)

the correct sweep drive voltage

programmed

Width

controls,

for

each band which are

and by a synthezied B-3

levels determined by a resis-

by the

and the

level and

tor network driven by a constant current source,

Aseachdiode

summing

012, O13, and

The

output

conducts,

junction

O14.

waveform amplitude

and R80 which are

O16, and O17 tion.

into the feedback

an additional current

the output amplifier consisting of

of

is

controlled

connected

by switch transistors

path

is fed into the

by R72, R76,

to the summing

Front

Mode

en-

07.

015,

junc-

changes cause

to low

1.4 and 1.15 GHz. This

several advantages.

and second,

the oscillator

frequency.

the nonllnearity

The approximate

First,

oscillator is cancelled

which

oscillator.

this

cancelling

between the oscillators.

The two diode mixer

resultant,

amplified in

tor stages

Transistor the wide band amplifier

the

sweep

amplif

the output

A

second

coupled, via

transistor stages

of

this amplif

the

to

R9,

process

sweep signals

comprised ot

difference

by

frequency, of

the wide band amplifier consisting

All

O12, and O13.

,

stages 06 and 07

retrace time-

ier is

connected

to J1,

wide band amplif

output is also obtained

R45, to a similar

O14, O15, and 016.

ier is

connected

generating

marker

frequency to

vary

output

phase

out of

larger sweep

(FREQ

by the nonlinearity

is a linearity

controlling

are combined

sweep

widths are

TIME) of one

versus

of the second

adjustment, optimizes

the sweep

in a single balance

L4, L5, CR8 and

0 to 500

supply the blanking voltage

be shut off

and causes

The output from the

wide band amplifier consisting

to

circuits.

it to

which in turn is connected to

ier located

which in turn

J2

in

module

from this amplifier

The output

from a high

f

requency is

techniquehas

obtainable

drive ratio

CR9. The

MHz,

is then

of transis-

during

wide band

M10H.

and is

from

is

connected

to

This module also

primarily

fier

to furnish an inverted

stop mode of

programming

as

programming.

provides

two regulated voltages

voltages and an invertinE ampli-

triangle wave for

4.6 SWEEP OSCILLATOR,

(MODULE

The RF dyne diode mixer, and a

Sweep oscillator,

1.65 GHz.

controls

and CR3.

is connected

the

quency

Sweep oscillator, O5, is similar to

the varactor

the

R13,

sweep signal

method

the average bias on the varactor

The sweep

frequency to vary above and below

in a low-to-high

bias voltage

CENT

MgH)

for band

which utilizes

wide-band RF amplifier.

Q2,

sweeps

The average frequency is adjusted by

drive voltage

i

two UHF sweep oscillators,

from approximately

to the opposite side of

frequency direction.

diodes have been reversed, and

supplied by R12, course adjustment, and

FINE adiustment,

in the start-

use

BAND 1

is developed

from

these diodes

the

has been changed.

by the hetro-

R2 which

diodes, CR 1, CR2,

9 of

the module

this average fre-

the

however,

polarity

02 circuit,

for

use

1.4 to

causing

These

provide

Transistors operate provides

supply.

4.7 OUTPUT

08, 09, and

the sweep oscillators.

isolation between

AMPLIFIER,

(MODULE

M10H module

The

a

electronic

WIDE

This

crease

The f requency quencies

The

enabled

of

consisting

Front

voltage also

attenuator,

AMPLIFIER

BAND

amplifier

the

provides

RF input level

near

input amplif

the B+1

by

04,

oI

Panel

band switch

provides

response

0.5

ier stage consisting

010

This improves

the

oscillators

MloH)

contains

and a leveler amplifier.

MHz

switching

05, and 06

current

a wide

2 stages of

present

of this amplif

lower and

or

voltage,

by the

the Band

is in

through

-'l

a

5 volt

stability and

and the

BAND 1

band amplifier,

RF amplification

at 01 by about

reduced for

ier is

above 500

of Ol, 02,

the output stage,

and

-20

voltage,

position.

1

R30 and

supply to

-18

volt

an

to in-

40dB.

f

re-

MHz.

and 03 is

when the

-20

The

the RF out-

46

CIRCUIT

DESCRIPTION

put

cable to

which

system.

ELECTRONIC

Ahead consisting of

vides variable

turn

couples the

of the

current supplied

LEVELER

The leveler amplifier

of the RF

OUTPUT

output

tive current to the electronic attenuator system

band and B-3) which turn on the correct switching transistor

that band A

plifier

directed by the band switching

as

(in

positively

increasing output voltage from the leveler

will increase the

effected by a

transistor Q8

negative during

on a

ATTENUATOR

first RF

RF

the

positive

which

sweep

diode,

located in the M 19H module,

band 1 RF

output

into

amplifier is an electronic attenuator

diodes, CR 1, CR2, and CR3 which

conductance

through the

(PIN

(09,

for

Bands

M10H

input voltage

causes

retrace time shutting

proportional

switching transistor 07.

6)

O10, and O11)

1,2

and 3

module or

RF

output level. RF blanking

provides

by supplying

voltages

the M19H

(pin

the leveler

output

RF

the

to the

(B-1

output

positive

leveling

a

for

,

pro-

posi-

each

B-2,

for

module) .

am-

4) to switching

(pin

6)

to

off the elec-

go

tronic attenuator.

LEVELER INPUTS

A

monitor

negative DC voltage related to the RF output level

a in the output system. The output system ar.rd

diode, located external to the

is located in the

circuit.

This negative voltage is connected to one input of

(Pin

M19H

5 and

module or in an external monitor

7)

M10H.

provides

monitor

present

diode

the operational amplifier, consisting of 09, O10, and O1 1.

an increasingly negative voltage at the input will re-

Since duce the

uator,

feedback,

reference

GRAM

magnitude

pot

voltage is maximum small negative reference voltage which determines the mini-

mum

zero.

positive

current

the RF output level

at a level determined by a

voltage

input

which sets the maximum

RF level when the level

varies

voltage

of this negativevoltage is determined by the

supplied to each electronic atten-

is

held constant, by

under control

at

7 of the M10H

(-18

volts)

reference

RF

level

The

.

program

voltage.

of the LEVEL

module.

when the

pot provides

MIN

voltage at

negative

This

PRO

The

MAX

program

7 is

4.8 SWEEP OSCILLATOR, BANDS 2 & 3

(MODULE

This

module contains

with its voltage variable attenuator and

ing

circuitry

the common monitor

1 is

Band

connected

CR9. The control current

tained in the Band 2 oscillator, consisting

is a

cuitry,

CR3, CR4 and CR5. Biasing of

vided

disconnects the bias voltage

unit

the oscillator

4, in the

oscillator

is

thereby

time. The

common

by 01 and 02.

is operated on band 1or band

transistor stages 04 and

providing

RF

to a voltage

and CR8.

system consisting

amplif ier,

variable

a constant also allows

Since

ohms, mately

Band

cillator

tor transistor,

The varactor

blanking

sweep

by

tion since

vide

signal

a

voltage variable attenuator CR19

07 and 08 in the voltage variable

constant quency pulling

This attenuator

(located

attenuator. The

the effective

R46 establishes

50 ohms.

3 oscillator

tank inductance has been

is

retrace time is not completely

013 through

L15 has been

better

is coupled

and to

load for the oscillator,

M19H)

two separate sweep oscillators, each

to connect either band

and RF output connector.

RF

M10H

to the

module.

output circuit

for

switching this diode is con-

of 06 and

base oscillator varactor-tuned

the varactor diodes is

03 is a switching transistor

from

is modulated

by the blanking signal,

05. This modulation causes

to be cut off

a zero

signal

variable attenuator consisting

of

in the

amplitude

adjustment

impedance at the monitor

is almost identical

O14, is operated at a slightly

bias is

provided

CR12. This current

frequency stability

from the oscillator,

the RF output.

provide

help

effects of

during the sweep

RF output level during

is coupled

from the oscillator. by L9.

part

is

of the closed loop

the monitor diode

M10H

operation of this circuit

RF

at the monitor

signal

of this signal over a

the output impedance at

provided

by O11

by 09 and O10

and O12.

by-passed.

in the oscillator.

consisting

proper

the

attenuators,

the attenuator.

the necessary switch-

1,

band

2,

or band 3 to

by

its associated

-voltage

B

when the

the varactors

The

3.

from

retrace

the retrace

of CR6,

CR20, the leveler

module)

and the voltage

maintains

point

20dB range.

point

to band 2. The os-

decreased

and the oscilla-

higher current.

and the B-

Current during the

removed but is steered

will not cause oscilla-

lt does, however,

by L20,

of CR17.

bias to the shunt

in order

thus minimizing

through the

CR18 and

to

maintain

diode

cir-

by CR2,

pro-

which

for

period,

CR7

leveling

and

is zero

approxi-

pro-

The RF

diodes

a

the fre-

4-7

CIRCUIT DESCRIPTION

Transistors connect

variable

O15 and

output of

the

attenuator

4.9 MARKER

The main

amplifying

modules.

and

The

band 3)

The

the main

as

tor,

leveling amplif

O11 between

voltage

cuit

poi

The leveled

marker

put

between impedance routed to each

The marker

modules

the each

stages

collector

choke

is set

Width

er signals are

08.

the high

capacitance

signal is and O10, voltsare

ers and

ed to

to the

function of

the individual

lt

also

the sweep sample

desired sweep

is selected

sweep sample

RF output signal.

CR7,

provides

the

and

ier

blanking of

the two

variable

produces

nt.

mixer,

connector,

attenuator

a constant

sweep sample

CR1 and

J4. A 47

J4 and

at approximately

M6

output signals

are connected

M5H

module. One

input. The signals

(02,

03, 04, and

load.

the

when

"W|DE",

to

Selector

The

noise

the

Front

is set to

then amplified

Front

frequency

across

then fed to the complimentary

which is biased

notamplif

from the output.

Front

Panel

O16 are switching

the leveling

associated

ADDER

(MODULE

this module

marker

contains

the external marker

selection

sample signal

by the

is then

signal

reference voltage

consisting

of transistor stages

the leveling amplifier.

input signals

CR6.

amplitude

signal is connected

CR2, and

ohm resistor,

the

monitor

point,

50 ohm. The signal

marker

module.

from

to the

two

or

are then

05) and combined

The collector

Panel MARKER WIDTH Selector

Front

or a 3.3k ohm

"NARROW."

in transistor stages

Panel Marker

gain

R27,

ied. This

Panel

SCOPE

the amplifier by connecting

of

the feedback

so that input

eliminates most

MARKER SIZE

VERT. connector.

transistors

ier to the voltage

amplif

with the

operating

MsH)

is adding together

from the

signals

mixer circuit

and leveling circuits.

(band

1 or band

diode switch

leveled in the same

The voltage

from R46 is

is amplified and

The operation

signal at the monitor

to the sweep sample

the individual

input

M6

outputs are connected

amplified in the

load

resistor, R21, when the

WIDTH

resistor. The amplif

The output

CR4 and CR5.

from the moni-

O 12 and O 13.

to the

which is connected

establishes the

pins

1,2, 3, and

in the common

is an external

The combined

Selecter also varies

output stage,

signals less than

spurious mark-

is then

Control and

which

band.

M6

marker

2 and

manner

fed to the

Any error

fed to the

of this cir-

external

source

is then

MO

marker

input

10mH

mark-

07 and

06,

connect-

finally

and

out-

4

09

0.5

ied

4.10 MARKERS

Each marker module

or untuned

tor marker

generating

Several

wide

and

generator

harmonic cally

The model

followed

harmonic

frequency.

The

100 are kHz oscillators ing at

The

resonant

The

with

a series

fundamental crystal

of

to

between MHz

The

tor)

ln the case

tuned circuit

a

harmonic the case

mixer

mixers signals

"difference

stage.

The quency

The

the SIZE

mixer

modules

stages.

types

frequency

harmonic

produces

marker

by the marker

markers

Crystal Oscillator

kHz and

required

fundamental

its

1 to 17

mode

17 to 55

the crystal

resonant mode.

marker

and

100

harmonic

use

output

from the crystal

is combined

of single

frequency and

a harmonic

of

circuit

are sometimes

filtered

are

signal"

marker

response

output

Control to

(MODULE

contains

and a marker

also

of marker

range and to

modules

type markers.

a marker at

generator

frequencies of

for

single

frequency. The model

M6H

is

operates

MHz. Several

55

to

use

MHz crystal

oscillators

MHz oscillators

and

kHz and

this range

cover

a tuned

f

requency

or untuned

operating

higher order

frequency are

55

generating

the sweep

with

frequency

which selects

marker,

generally a diode mixer,

is

used.

from the mixer

which

amplifier

of

is a single

several

of

the marker

the

M6's)

a crystal

ier.

amplif

are

produce

one or more

required both single

include

A single

a single

produces

the crystal

followed by the

between

different

oscillator

oscillators

use

its third

at

The tuning

frequency

markers at

oscillator.

frequency markers

frequencies.

of

with

a series

in

are either pierce

a tuned

overtone

supresses

resonant

same

the

MHz. The

techniques.

oscillator

the desired

the sweep

The

(or

sample

markers,

sample

mixer

the

fundamental

output,

is applied

kHz

amplifier

output

to the marker

stage amplifier

to approximately

is connected

of

oscillator,

Harmonic

frequency

harmonic

the

types of oscillators

a tuned

genera-

harmonic

to cover

frequency

marker

while the

harmoni-

is

number

marker

frequencies

the

M65

for

The 100

the crystal

resonant mode.

type

Colpits oscillator

operat-

series

tuned

oscillators'

f requency

the crystal

frequencies.

The

for frequencies

markers above

harmonic

the mixer

in the mixer

crystal

genera-

stage.

includes

or crystal-

frequency.

transistor

product

leaving

amplifier

500

through

The

the

fre-

a

kHz.

is untuned.

although

and

having

the module.

of

in

55

ln

48

INTRODUCTION

5.1

section

This

trouble

and

is designed

test

performance is not

lf

tion.

calibration

5,2

5.2.1

and

SERVICE

DISASSEMBLY

provides

shooting

the sweep

for incoming

trouble

INFORMATION

information

for testing,

generator.

inspection

to specif

shooting

INFORMATION

sections.

The

periodic

and

ications,

calibrating,

performance

evalua-

to the

refer

procedures.

service

MODULE

5.2.2

SERVICE

extender

electrically

to be

the rest

bl e.

i

access

K102

KIT

RF extension

and

of the

sEcTrol{

iIAINTE]IA}ICE

SERVICING

This

-

operated

modules,

service

cables

while

thereby making

kit contains

which enables

physically

the

located

parts

all

5

module

a

module

above

easily

0

o

q-J

REMOVAL

(A)

feet

REMOVAL

(B)

ment.

REMOVAL removed

screws

Panel/Module

supply tions tors

the

and lift

the top

from

to

holding

section

together

between

two sections

Figure

BOTTOM

OF

cover

TOP

OF

and

SIDE

OF

provide

the side

Section

by removing

by disconnecting

and

the two

performs

^

5-1.

COVER

with a

off

COVER

off

lift

PANEL

better

panel

be

can

sections.

no useful

"v-i

dr

"@,

DisassemblY

Remove

-

slight

Remove

-

with a

cover

Either side

-

by

access

instrument.

to the

removed

two screws

the

NOTE:

purpose

,-,.a))

.

"1-""

the two

rear movement.

screw

single

the

rear move-

slight

panel

can

The

the

during

the

normal

removing

from

holding

electrical connec-

The separation

l

rear

be

four

Front

power

sec-

of

REMOVAL

removing

ing up

f

rom

REMOVAL

screws

OF

any cables

hold-down

the

the module

on

the chassis

OF

from the

REINSTALLING

the

module,

carefully

replace

connection

MODULE

pins

for

the

ball

#1.

check

the

seat

the hold-down

between

PIN NUMBERING

are numbered

the circuit

module's

stud

I./ARKER

aS\ZE

being

location

MODULE

M6

ADJUSTMENT

modules

lm

l\e' Nll

ll 341\

Itg

Figure

5-2.

MODULE

attached

screw

ball studswill

mounted

MODULE

the module

top of

MODULE

module

screw

module

as shown

are located

plugged

provides a method

also

\

,./ ll

V

\TAPPTD

HOLD.DAWN SCREWS

BOTTOM

IVlodule

Modules

-

the top

to

(C)

from the bottom.

clips.

spring

COVER

Before

pins

for

pins

into

(C)

to insure

and chassis'

SYSTEM

Figure 5-2'

in

in backwards.

@@o@@@

^6

u

_

7A910llt2

@@@@@@

@@

6-32 x5//614.

FaR

VIEW

Numbering

may

of the module

free the

help

Remove

-

slide

and

reinstalling

proper

the chassis

off center

MODULE

CIRCUIT

4 3 2

5

---a

SALL

(oFF

be removed

Push-

ballstuds

all nutsand

the cover

alignment,

socket

ground

good

a

The module

--

ball studs

The

prevent

to

off-center

This

for locating

t

s7',Os

c€NT€R)

System

by

and

off'

the

then

and

5-1

MAINTENANCE

5.2.3 TRANSISTOR

LEAD CONFIGURATION

2N3854A

ffi

ffir'i?,

EC8

ffiifii'

,^,,(=

2 N3391

ECB

DUAL

=

@,

Transistor lead configurations

-

A

ffi,*,,,,W

Wrnur

0sG

OR

SDG

m*'*

ooo,o

It

i::::i

are shown in

2N 3905

M PS 3702

5088

2N

2 N6507

I

2 N65l

E BC

3l

7A

2N697 2Nr305

2 N 3866

2N5t09 40539

ffi

@=3'*"".

Figure

5-3.

RECOMMENDED

5.2.4

ing,

and calibrating the Wavetek

INSTRUMENT

Oscilloscope

voltmeter

Digital

Power

Meter

F

R

Detector

Spectrum

Precision

Attenuator

Marker

CW Signal Generator

Analyzer

Pads

Generators

Figure

TEST EOUIPMENT

Model

2001,

TABLE

5-1.

5-3. Transistor

following

The

-

is shown in Table 5-1.

RECOMMEI\IDED

CRITICAL REOUIREMENT

DC Coupled

1mV/cm sensitivity

0.1% Accuracy

Frequency

10 to 1500

Frequency Range

1

1500 MHz

to

Frequency Range

10 MHz to

10,20,

&

1, 10 & 50

Harmonic Markers

Adjustable to 925

with 0.1 V output,

accuracy

Lead Configuration

test equipment, recommended for

TEST EOUlPMENT

Range

MHz

GHz

3

40dB

MHz

t10 MHz

servicing, trouble shoot-

RECOMMENDED

P-1

H

30

Weston 1240

HP.437A

HP-8485A

Wavetek

HP8555A/8552A

Weinchel

50-20,

Wavetek

M6H-10,

D 152

50-10,

50-40

M6H-1.

M6H-50

5-2

MAINTENANCE

PERFORMANCE CHECKS

5.3

following

The

strument meets

specified

optionsat

to check

harmonic

complete

PRELIMINARY

5.3.1

Rotate both START

frequency

est

indicators must

SWEEP

Width scale between

Sweep

+2 MHz).

locate

Preset

controls

OUTPUT

LINE,

MODE to CW, the

position,

down

and the

FREO to

power

meter

ison the

meter

AC

Turn

procedure

published

its

assume

that the instrument

1 MHz, 10

MHz,

the instrument's

markers,

check

by

using

by this method

CHECK

and STOP

position

WIDTH

frequency scale.

follows:

as

+1OdBm,

to

four

MHz

50

remaining markers

250 MHz

{left

to the RF out connector.

+10dBm

power

on and allow

is intended to ensure

specifications.

is equipped

50 MHz. While

and

performance

suitable

(turn

MHz,

external CW sources,

is impractical.

thumb wheels

full

left).

l2MHz, when read on the

it is

without the use of

to their low-

Both

(lnterpolation

10 MHz is necessary

0 and

1,

to

BAND

SWEEP

MARKER WIDTH

paddle

HAR

and

switches

markers

MOD

their extreme

to

to on

Set the CENT

off.

(in

thumb wheel) and connect

(Ensure

scale) .

the instrument

that the in- The checks

with A-2

possible

frequency

the

on

TIME to

to WIDE,

position)

the

power

the

to stabilize

power

for

5 minutes.

+10.5dBm.

to

adjustment at 300

allowed

and variations

5.3.2

a

Connect shown

control

switch to aF.

for

FREOUENCY

in typical

(right

set in step vertical,

as shown

cal

to

the detector

output

an uncalibrated

in

equivalent

tion is

and

horizontal scope

and

less

i0.2

cm

extremely

tion are directly

and 3.

and

the

of the

I n order

3,

EXTERNAL

50

operation

The

calibrating

MHz. However, some error

changes

the instrument

5.3.1.

Figure 5-5.

in

than 0.7 volts

of each

to a display

an

MHz harmonic markers.

of

due

between

setup

thumb wheel)

Leave

Adjust

scope horizontal

will be approximately

scope.

CM line

important since

external

MARKER

the external rnarker

meter must

procedure

to ambient operating

power

meters.

CHECKS

the RF detector

to

Figure 5-4. SettheSWEEPWIDTH

to 520

the rest of

MARKER

the

controls

Use DC coupling

inputs.

indicates a

Each

MHz marker must

50

on the scope

linearity

Repeat check

to it.

absolute

signal

CW

lN

read between

for

calls

and scope as

MHz and the

the

controls

as

SIZE,

to obtain

on both

The output voltage

0.8 volts.

defective detector

graticule.

of 2%.

all dial

This 2% specifica-

accuracy specifica-

on BANDS

frequencies

be connected

can

connector

to identify

This also verifies

circuit.

+9.5

+10dBm

must be

temperature

MODE

previously

the scope

pattern

a

the verti-

from

A detected

fall with-

This is

on bands

one

the

or

2

to

-T

Figure

Typical Set-Up

5-4.

53

MAINTENANCE

BAND BAND BAND

WITH

I 2 45O 3 9OO

NO INPUT, ADJUST

TO SET THE

ADJU5T HORIZONTAT SENSITIVITY

FOR A OISPTAY

O

'DOT"

AT

WIDTH OF

+

52cm

-l

250 700

I150

HORIZONTAI.

THE

5 cm

POSITION

(CENTER)

EXACTI.Y

tlNE

t400

500

950

monic markers

read directly on the scope display by noting the amount of

jitter

of the marker.

kHz).

20

Change

SWEEP

position

jitter

in this

Maximum

read residual

on the scope display. Residual

jitter

TIME selector

and again

position

allowable

FM

is with a spectrum

(A

read

represents the line related residual.

jitter

of 0.2cm

from

the marker

is 15 kHz. Alternate

would

LINE to the 0. 1

jitter.

analyzer.

FM

be equal to

The

additional

Method

can

-

0.01

5.3.5 FREOUENCY DRIFT

Return SWEEP

the display's sweep

the exact center of

quency

change in the markers

represents 100 kHz. When reading drift over long

time,

1 MHz harmonic marker.

and turn on

marker

each cent'rneter

drift

calibrate

on the scope display and

TIME

selector

width to 1 MHz.

the

directly

from the

position

the display sweep

the 50 or 10 MHz harmonic markers. Center a

now represents 500 kHz.

to LINE and

Position

oscilloscope

Next turn off the 1

display

display by noting the

scope

with time.

width to

read

drift as

again calibrate

the

marker

read fre-

and

Each

centimeter

periods

MHz,

5

MHz

before,

using the

marker

except

be

to

of

Figure 5-5. RF Detector Display

To check the

minimum

1 and frequency dials

sweep

approximately 0 to 10 MHz.

harmonic

zero lock-in

and leveled down to the 1 MHz

OUTPUT vernier.

5.3.3

Set

MHz

to

count

MINIMUM

MODE

(use

produce

marker and

point.

down to 1 MHz. The detected

to

aF

1 MHz

a marker approximately 200 kHz wide. Next,

frequency

(use

either S/S or

locate the first

Turn on the

marker

SWEEPWIDTH

and adjust

SWEEP

markers). Adjust the

adjust the SWEEP WIDTH to

wide

marker should

the

above check

width and

sweep width is less than 2OO kHz

RESIDUAL FM CHECK

5.3.4

Readjust

display

FREOUENCY

SWEEP WIDTH to

of exactly

for

frequency

center

control to center one of the 1

the entire

cover

bands 2 and

as

produce

1 MHz full

on band 1, set BAND to

MODE)

aF

Turn on the 10

marker on the right of

1 MHz

harmonic marker

output must be

at

all settlngs of the

CHECK

WIDTH

minimum.

scope display.

3.

required.

on all bands.

a calibrated

to exactly

MARKER

The

readjusting

The minimum

frequency

WIDTH

2OO

Repeat

sweep

scale. Adjust CENTER

MHz har-

MHz

kHz

Maximum allowable drift is

per

MHz

ambient

to

period

5.3.6 DIAL ACCURACY

MODE:

aF

WIDTH to

(1

and 10 marker off). Set SWEEP

ly 1 to

zero

display.

1

each 50 allowable error is

Repeat check on bands

error is

vernier on bands 2 and 3, therefore,

vernier

lncreasing the SWEEP

will simplify

is2% of

The accuracy of

with the 50

the actual

error

hours, after a one hour warm-up at a

8

temperature, and allowing. a

after a

frequency lock-in

frequency

MODE to

Set

wide

and turn on

2 MHz

Read the error on the

MHz

adjust CENT

and

harmonic

t10 MHz.

produced

thru its entire range at each

the indicated

sweep width to

on the SWEEP

by

reading. The allowable error

frequency.

the

SWEEP

MHz harmonic marker in a similar manner.

WIDTH scale.

100

change.

CHECK

aF,

the 50

point

is exactly center on the scope

intervals across the band. The

2 and 3. An additional

pulling

the

WIDTH to approximately

WIDTH

50, 100, 150, etc.,

per

kHz

BAND to 1,

WIDTH to approximate-

FREO

frequency

5 minutes or 2

5

minute stabilizing

MHz

harmonic marker.

control until

scale.

constant

MARKER

Repeat

frequency

effect of the OUTPUT

rotate the

50 MHz

OUTPUT

check

5

on band 2 and 3

scale

Accuracy on band 1 is

be checked

can

and read the

the

at

point.

MHz

Set

54

MAINTENANCE

MHz,

i10

on band

and

2 and 3

START/STOP

MODE to S/S

to 510

STOP

present

be

until

side

indicator

the 500

of its

(red),

on

scope display;

Return STOP

the zero

until

side of the

indicator error

Recheck

50

frequency.

5.3.7

Turn

turn trace oscillator.

CENTER

same as

pattern

produced

zero level

scope display;read

(green),

is the same as

for bands

MHz

check

MODE CHECK

CW

MODE

blanking and

The

FREO control

previously

the scope

on

in the S/S

return

on band

is affected

2 and

by the OUTPUT

MODE: Return

(Start/Stop).

MHz. A

the scope

MHz marker

repeat

dial

lock-in

switch

pattern

display.

read

at each

to 510

MHz

point

repeat at each 50

1 in the

band

3, vary OUTPUT

2 and

point.

Allowable

CW. This

to

the sweep

output

frequency is controlled

and

checked

will be a negative

and

af

trace.

r20 MHz. Again, accuracy

3

vernier

to BAND

Set START

similar

Reduce STOP

just

disappears

error of the S-IOP

MHz interval.

50

adjust START

and

just

disappear from

error of the START

MHz

mode,

af

error

position

1 and set

-10

to

Figure 5-5 should

to

from the

frequency

MHz.

t10

vernier

removes

Allowable

interval.

is 2% of

width drive

the dial accuracy

the

at

mode

mode.

af

voltage equal

with the

will be

The detected

absence of

control.

the

MHz

and

control

right

control

the left

each

at

indicated

the

from the

the

by

the

to that

the

re-

hetrodyne

These spurious

output

26dB

5.3.9

Flatness can

tor or

preferred

RF

detectors

meter

First, slow 20

the making frequency

To measure control

RF

from 20

mum control

Again

reading.

to meet

5.3.10

method

from 10

below

RF

OUTPUT

frequency)

be checked

power

a

since

detectors.

over

two limitations

has

response

The

MHz.

flatness

measurements

flatness measurements

area.

flatness, set

+1OdBm,

to

output connector.

1400

to

output

setthe

tune the

A minimum

flatness specifications

the

RF OUTPUT

obtaining

of

are

signals

to 400

MHz and

the output

FLATNESS

with a

meter.

its own

A

this

The

flatness

detector

0.5d8

frequency

time and

first limitation

the

and connect

Tune

MHz

and

was obtained.

6utput at

entire band

that

output

LEVEL

sweep output

the

typically

in

40 to 50dB

increase

the 400

(amplitude

negative

power

meter

is better

flatness is typical

range.

present

not

second,

be overcome

can

the CW mode,

in

with a detector

MODE switch

the

entire

the

the frequency

note

the OUTPUT

With

frequency

note the minimum

and

of 8.5dBm

r0.75dB.

of

below

to no more

variations

method

than

the

MHz area.

that of most

the

RF detector.

to 500

polarity

However,

in

not useable

by making

second

the

in

to CW, OUTPUT

power

meter

frequency

where maxi-

VERNIER

to exactly

or more

is required

signal'

the

than

vs.

RF detec-

is to

many

of

power

below

the low

to the

range

+10dBm'

output

be

by

SPURIOUS

5.3.8

periodic

for

The only

for spurious

with a high

Checking ed

tion.

content is

the frequency

is made

check

with the

The main

and

more

500

500 to

not

the second

the output

ln addition

particular

spurious

third harmonic

than 26dB

MHz

specified

band 1 and

on

MHz on bands

1400

below

harmonic output in the

to the

band 1 will have

SIGNAL

signal content

calibration,

practical

way to measure the spurious

quality

range of

10 MHz to 3 GHz.

in accordance

spectrum

signals

the output signal and

of

the

below

26dB

10 MHz on band

450 to 500

harmonically

non-harmonic

CHECK

is not normally

for initial incoming

only

spectrum analyzer

the instructions

to

analyzer.

on all three bands

output

main

below

2 and 3.

signal from

the output signal

Harmonic content

1 and an

to approximately

MHz area of band

related spurious

spurious signals

requir-

inspec-

signal

covering

The spurious

furnished

is the second

should be

10 to

from

increase of

22dB below 2 is normal.

signals,

due to the

MAX RF output

The

at 300

greatest

power

mode.

5.3.11

20dB

checked

ment

MHz.

MHz, and

by

is

at

70dB

be measured

directly

MHz. This

frequency

meter

ATTENUATORS

Vernier:

using

in the

Dial accuracy

the vernier

+10dBm.

Attenuator:

substituting

10dB step

CW mode.

i2dB to

by

of the

two outputs

level is

produces

range and

while operating

The accuracy

power

the

and

meter

The vernier

is:L0.5dB

MHz. This error

1400

does not

include

The accuracy

suitable

a

using

precision

attenuator.

represents

the attenuator

the minimum

be

can

the

the 20dB vernier

of

while operating

to 500

of

Attenuation

RF attenuator

The

produce

set to

exactly

checked

instrument

is

dial

calibrated

MHz, ildB to

the basic

the step attenuator

difference

error.

+10dBm

using

the

for each

the

CW

can

instruat 300

1000

can

or by

error over

by

in the

is contributed

flatness error

Test Set

pads

between the

An

be

R F

5-5

MAINTENANCE

detector can

be used

approximately

or sensitive receiver

Allowability error

MHz,

and

r2dB

by the step attenuator alone

flatness or the vernier attenuator

5.3.12 SWEEP

Connect the

the oscilloscope vertical

trols for an internally

sweep of Adjust the sweep

lock and

RECUR horizontal shown

*8V

horizontal output

2ms/cm and a vertical

ensure

position.

position,

Figure

in

-

to recover the signal at levels down

-40dBm.

to 1400

TIME

(spectrum

r0.5dB

is

CHECK

Below

to 500 MHz.

MHz.

and does not include the

input. Adjust

generated,

generator

that

Adjust the

and trigger

5-6.

SWEEP

the TRIG/RECUR

oscilloscope vertical

level to obtain

0v-

this

level an

analyzer) must

This error

error.

(Horizontal

of the sweep

the oscilloscope con-

RF amplifier

be

ildb

to

produced

is that

Output Check)

generator

automatic. line-triggered

sensitivity

TIME selector

of 2V

to LINE

switch

is in

position,

the wave-form

used.

1000

basic

lcm.

the

to

VARIABLE/MANUAL control

retrace times are

and

With the control

approximately

comes

0.01 seconds.

mains

time would

retrace

from 0.1 to i second.

vary

Repeat positions

scope time base

MANUAL

these checks

of SWEEP

as necessary

control

than the maximum

for each range.

tions

Adjust the SWEEP

VARIABLE/MANUAL

the

voltage

should be

with the control

with the

Adjust the SWEEP

set

now be disabled. position

produce

control

the TRIG/RECUR

(spring

one complete

both approximately

fully counterclockwise

0.1 seconds and

On

remain 0.1 sec and

for

TIME selector

will

adjust

to slower

TIME selector

present

fully

fully clockwise.

TIME selector

switch

Moving the switch

loaded

position)

sweep cycle.

fully clockwise

the sweep time

the retrace time

next lower

the

the sweep time

1'.1, 10-1, and

the

switch. Adjust

to ensure

that the

the sweep

than the minimum

MANUAL

to

throughout

is variable

that

counterclockwise

to the .1-.01

TRIG. The sweep

to

to the upper

releasing it should

and

its

the sweep

0.01 seconds.

(1-.1)

range

100-10 sec

VAR IAB LE/

from faster

time

specifica-

and

range. A DC

-8V,

from

+8V,

to

position

be-

re-

the

would

oscillo-

adjust

r.5V,

1.5V,

and

should

most

_8V

-

Figure 5-6. Scope

Adjust the sweep

position.

Ensure that

fully clockwise.

should be

time

sweep

time and

sweep

equal

oscilloscope

generator

time base

VA R I AB LElMAN

wise. The sweep

approximately

periods.

time

NOTE: The

any one

MANUAL control

a i0:1

retrace time

SWEEP

l6ms

@ 6O

20mr

@ 5O Hr

Horizontal

generatorSWEEP

the VARIABLE

wait time should

The

less than iOms

retrace time

to 5Oms/cm. Adjust

UAL control

period

the

be more

remains constant

sweep

time should

ratio between

TIME range setting

varies

RETRACE

Hz

Output

TIME selector

MANUAL control

disappear and

with approximately

periods.

Adjust

the sweep

f

lly counterclock-

u

100ms

than

the sweep and

and the

time

VARIABLE/

period.

to.'1

retrace

within

With

-.01

the

with

the

NOTE:

the variable

lock

5.3.13

Connect sweep

display would

NOTE: The

harmonic

is

spurious markers,

harmonic performance

Single

throughout

or may

third the

MARKER SIZE

Observe

throughout

The triggered

positions

rate

position

of the SWEEP

MARKER SYSTEM

equipment as

the

generator

shown

be the same

and

Figure 5-5.

in

as in

following

marker.

are

type markers

does not

frequency markers

the swept

not have

specified marker

the markers

small spurious

the range.

of operation

mode

will not operate

and

TIME

CHECK

shown

oscilloscope

The actual control

paragraph

performance

Specifications,

f

the same

and the

or either

procedure

differ.

should

interval.

ensure

Harmonic

markers

they are

range.

and

Repeat this

possible

is only

in the

selector.

Figure

in

controls

5.3.2.

check

with

single

Adjust

5-4.

to obtain

for a 50

is

the exception

f requency

for verif

have no spurious

markers may

type

at one half

amplitude

bands

check

of equal

for

LINE

settings

MHz

ication

markers

or one

2 and

in

the

of

or

of

3.

5-6

MAINTENANCE

the oscilloscope vertical

Set

MARKER

SIZE control

gain

fully

should be approximately 12V Set the

the oscilloscope vertical

should be approximately

Adjust the

MARKER

MARKERS

SIZE switch

gain

50mV

SIZE control

and set the oscilloscope vertical

markers

tude. Set the

and adjust the oscilloscope vertical

markers

amplitude. Set

tion.

should be less than

MARKER SIZE

should be approximately 50mV

the MARKER

Positive

rectif ied markers should be

100uV

2Vlcm

to

clockwise.

peak-to-peak

to

mid-position

to 50mV/cm.

peak-to-peak

fully

counterclockwise

gain

switch

SIZE switch

100uV/cm. The

to

peak-to-peak

to the down

gain

to 50mV/cm.

peak-to-peak

to the

present

and

adjust the

The

in amplitude.

and adjust

The markers

in amplitude.

with X-Y recording instruments. The amplitude

dependent on

being used. The

aoproximately 6V maximum

detector impedance

the output impedance of the

amplitude should be adjustable

'l

to

mV minimum

of 1 meg ohm, or

with a detector impedance of 0 ohms.

width

must be

serve the rectif ied marker.

MARKER TILT

Set the

set the

While adjusting

range,

note

peak-to-peak

mately equal to 1Oo/o of

1Ocm def lection).

MARKER WIDTH

Return the

Turn on the

control

CENTER

calibrate

Adjust

zero beat on

that the marker

(each

cm

WIDTH switch

approximately

WIDTH approximately

WIDTH switch

is now approximately

decreased or the sweep time increased to ob-

MARKER SIZE switch to the down

MARKER TILT switch to the up

MARKER

the

that the birdy marker

vertical marker to a horizontal marker

the horizontal deflections

MARKER

1 MHz

for

approximately

TILT switch

markers

FREOUENCY and

the oscilloscope

the CENTER

the oscilloscope center

FREOUENCY to center

SIZE control

is

adjustable

to the down

and adjust the

4cm

a

marker. Adjust

SWEEP

for a l MHz sweep width.

graticule

width is approximately

equals

switch one

100 kHz). Decrease

position

one

2OO kHz

wide.

position

kHz wide. Decrease the

100

note that the marker

and

Decrease

and note that

to the most narrow

kHz

i 0

wide.

position.

WIDTH controls

RF

from

0.5V

NOTE: The sweep

position

position.

throughout its

from

(1

MARKER

the birdy

line

KHz

400

MARKER

the

MARKER

the

MARKER

The marker

markers

in ampli-

position

The

posi-

up

for

will be

detector

from

with a

to 1mV

12V

a

approxi

cm on a

position.

SIZE

and note

wide

marker

use

and

the

MARKER ACCURACY

ied by one

signal

desired marker

center

width

jack.

lN

located

generator

birdy marker.

the

which is

now identical

method uses

of the instrument

the marker

sufficient

highest crystal

f requency use

this

the allowable

Again

marker

accuracy

in

Markeraccuracy

Thefirst counter

just

frequency and

Connect

method

covering

the sweep

the output TERNAL carefully

internally

the

generator's

signal generator

markers

er

but

module

from

vide a counter

is 50

frequency.

requires the

covers.

the

MHz.

the crystal of the crystal

may be verif

requires a

the

generator's

the sweep

MARKER

adjust the

generated

output to

f requency

The second

removal

Probe

counter

until

reading. The

Markers

frequency.

from the signal

signal

Allowable error

above

Test equipment for the

in the recommended test equipment

ments vary

stalled in the

quartz

in

all

5.3.14

-

External

incoming inspection unless

be

used

nals, external

are covered in

it is necessary to check these

tion, reference

for

to

complete

5.4

with the

crystal makes a marker accuracy check

but the

most critical applications.

unit.

method and

the inheritent

Also,

EXTERNALPROGRAMMING

programming

particular

in a

controls

Section 3

can

set-up instructions.

MECHANICAL

inputs are not normally

these

application. The

necessary, and input

under Operating

functions

be made to that section of the

ADJUSTMENT OF FRE-

of several methods.

generator

and a

frequency.

frequency

to the markers

to approximately

generator

front

on

for

zero beat

a

Next, connect

read the signal

counter

and

to the internal

is 0.005%

of the mark-

the counter

with the input

box

picked

is

signal

frequency used

harmonics of

error is 0.005%

check

since

chart

the

specific markers in-

stability of

special

functions

program

lnstructions. lf

at incoming inspec-

frequency

First

ad-

MHz.

2

EX-

the

to

panel,

and

with

the

only

and marker

lead

pro-

to

up

is not listed

the require-

the

unnecessary

checked

are

input sig-

connectors

manual

on

to

OUENCY INDICATOR TAPES

Rotate

lowest

both START

frequency

indicators must read 0

is

SWEEP WIDTH

reference to

With

IDLER

is

disengaged,

SPRING

indicator

SPRING and

and STOP thumb

position,

turn to left. Both

MHz L2 MHz when read on the

frequency

Figure

to a disengaged

scale;

if not,

5-7, disengage

position.

rotate the TAPE DRIVE until

indicates zero

engage the

frequency, release the IDLER

IDLER. lf the frequency error is

wheels

proceed

to their

f

requency

as follows:

IDLER by forcing

While IDLER is

the frequency

5-7

MAINTENANCE

still more Ihan 2

GUIDE

gaged

the

TAPE

the tape

quency

tion

the TAPE

gagethe

frequency.

wheel entire adjustment

rotate

and

from

the sprockets on the

from

one sprocket in

error. Engage

GUIDE and tighten

IDLER and turn

The

must be held

MHz,

loosen the

the GUIDE

the

TAPE DRIVE

the TAPE

Front Panel

against its mechanical

procedure.

so

the opposite direction

theTAPE DRIVE

frequency

screw holding the

the

TAPE

TAPE DRIVE.

sprockets and advance

can

Disengage

TAPE

be disen-

of the fre-

on the sprockets, reposi-

the screw. Again

disen-

to indicate zero

control

stop during the

thumb

TAPE

GUIDE

FRON

PANEL

Figure

5-7. Tape Drive

R9

;

POWER

PLUO

5.5 CALIBRATION PROCEDURE

Remove top

module cover. Allow a 15

58

cover, bottom

cover,

minute

left

warm-up

side

panel

period

Figure

M2H

and

before

5-8.

REMOTE

JACK

Power

Supply

calibrating. ln

sequence

iustment

given.

and

general,

Refer

point

test

*w

calibration

to

location.

:*

Figures

must be

5

performed

8, 5-9 and 5-17

in

for

the

ad-

5.5.1

+18

VOLT ADJUSTMENT

5.5.5

+16

VOLT ADJUSTMENT

MAINTENANCE

Connect the digital voltmeter

power plug

the

on

(See

Figure

5.5.2

Connect the digital voltmeter

on

5.5.3

Connect

on the

.18

power plug.

20 VOLT CHECK

the digital voltmeter

power plug.

5.5.4 16

CAUTION:

protected.

cuit volt supply.

1.0

volts

1 volt.

and adjust

5-8).

VOLT CHECK

The

VOLT CHECK

+

The

and

Connect

3 of

(Record

reading must be

reading must

16 volt supplies are

the digital voltmeter

the remote

reading) .

NR#IADJ

c€NT, StZE

1o ths

R9 to

to the

+18

volt

produce

-18

volt

-18

20

volt

be

jack.

lt

5WE€P

8^ND(

tl

supply,

+18V

supply,

volts

supply,

-20

volts

not short cir-

to the

must

WIDT.4

?

I

+/6VOLTADJ

:l10mV.

+50mV.

i0.3V.

-16

read

ADJ.

6

Connect

the digital voltmeter

of the remote

tain exactly

recorded

5.5.6 SWEEP

4

See

ment.

switch

for the

Figure 5-17

Set

to

VAR/MANUAL control

the scope vertical

5

10

of

and horizontal tern similar

an output symetrical

obtain SIZE control This is a

covered

preliminary

in

jack,

and adjust R95

the same voltage,

-16

volt

ADJUSTMENTS

RATE

for location

Panel

Front

RECUR, SWEEP

the REMOTE

time base controls

Figure

to

to obtain

paragraph

controls

to the output of

input

jack,

5-10.

the

adjustment,

5.5.7.

+16

the

to

but of

supply in

MlH

of

as

TIME switch

completely clockwise.

and adjust

Adjust

about

volt

32

volt supply,

(see

Figure 5-9) to

opposite

paragraph

MODULE MlH

-

module

polarity,

5.5.4.

and adjust-

follows: TRIG/RECUR

to

.1-.01

the rate

the scope vertical

produce

to

M1H

zero volts and

peak-to-peak

final

+

a stable

CENT control

amplitude.

adjustment

ob-

and

sec,

Connect

generator,

pat-

the M1H

will

2

as

to

be

TP#/

Figure

FI

E]

5-9.

Ir

t9

a a

a

ra

-

M2H

ft

lel

n

Ort

Module

-I6V

-

Figure

CCW and

the

adjust

5-10.

Front

the

Sweep

Panel VAR/MANUAL control

time of 0. 12 seconds.

Panel

Front

Then set

the of

Finally

SWEEP

wait time

second.

the

M1H CLAMP control

MlH

the

outputto

the WAIT control

adjust

TIME switch

as shown

in

Ramp

(M1H

M1H INT/BAL to

Figure 5-11.

See

to

TIME to

the negative

clamp

Figure 5-12.

mounted

Figure 5-17, until

see

is approximately

SWEEP

-'16

volts. See

assembly,

Figure 5-12

\

l-r

Output)

produce

LINE

on rear

L

and

going

/

fully

a sweep

adjust

peak

of the

the

1

milli-

5-9

MAINTENANCE

Figure

5-1 1. M1H

Bal Adlustment

frequency

The

reference

volt

peak-to-peak

volt

sweep ramp. These

relation

in

accu racy.

accuracy

supply, the

sweep

the

of

-16

ramp

four

voltages must be

to each other to maintain dial

]

7

A

/

Figure

The + and

-1

as already described in

problem

volt of the

Relationship Between

5-13.

6 volt references

paragraphs

is to adjust the

+16

volt and

-16

can

volt references.

unit is dependent on the volt reference

supply, the 32

and the inverted 32

precisely

adjusted

and display

(REMOIE

+I6V

PrN

JACK

SWEEP

JACK,

IREMOTE

INVERTED (REMOTE

JACK,

(REMOTE

I

-I6V

JACK,

Sources

easily be set

up accurately

5.5.4 and 5.5.5. The

"positive

peak

M1H

and negative"

12, to within 0.1

+1

volt

2l

RAMP

SWEEP

3)

6

PIN IO}

RAMP

I5)

Figure

5-12. Sweep

5.5.7 RELATIONSHIP BETWEEN

and INVERTED SWEEP RAMP

of the

possibly

generator

the

most critical

and requires some explanation.

The next step is

performance

5-10

Ramp

+16,-16,

-ov

SWEEP

RAMP

to the overall

the

Since equivalent to a

ramp

due

entire 32 volt change

frequency

accuracy would be equivalent to a frequency

program

to the

change

voltage, of 1.6

-16

from

of 520

MHz,

which is allowable.

It can be seen in the initial adjustment of the

made in

tion when

tainable. Offsetting the scope the CENT

negative

probe

in a zero supressing

shown in

IC

paragraph

viewing the entire 32 volt sweep ramp is not

positive

5.5.6, that the required 01

position

or negative

peak

is

not

control

practical

and SIZE adjustments vary both the

peaks.

practical

A

approach is

to

containing two back-to-back 12 volt zener diodes

circuit.

Figure

5-14.

t2v t2v

CIRCUIT+rO

Figure

5-14. Zero

The

schematic of the

SCOPE

Suppressing

Probe

+16

to

the

0.1 volt

sweep

volt resolu-

to

view only

since the

positive

use a scope

probe

vERTICAL

volts

error.

ramp,

M1H

and

is

ob-

is

INPUT

Repeat

5.5.6.

set the

waveform

Figure 5-15 should

the adjustment

the zero supressing

with

scope vertical

shown

procedure

sensitivity

Figure 5-10, the

in

present.

be

outlined

probe.

1 volt/cm.

to

in

However,

lnstead

waveform

paragraph

this time

of the

shown

MAINTENANCE

probe

by connecting

adjustins

Figure 5-9.

in

5.5.8 SWEEP

the

M2H, R9

DRIVE

(SIZE),

ADJUSTMENT - MODULE

REMOTE

to

and

M2H, R13

Plug,

15, and

(CENT).

M2H

See

Figure 5-15.

and

record

or

connect

the

+

and

to

the

then to

10, and

positive

check

Calibrate volts,

face

Next,

plug pin

until

ths

tion

being made.

Next, adjust

display

-16

the exact

probe

the

adiust the

and

-16

volt calibration

for scope

the inverted

Sweep

RamP

by connecting

Mark these

volts.

amplitude

negative

drift

sweep

of

the sweep

to

M1H CENT and SIZE

peaks

points.

while the adjustments

ramp

+

I

6V

\

i

I

_I6V

(Probe)

probe

the

points

on the scope

the 16 volt

ramp,

precisely

agree

Repeat

in the same

REFERENCE

to

references.

REMOTE

controls

with

the

calibra-

were

manner

+16

Connect

not use

M2H switch CENTER

of 250

volts

the scope vertical

the

module.

to

af,

FREOUENCY control

MHz on

at TP1.

Next. adjust

MAXIMUM

CENT

peak-to-peak

Without WIDTH

mode

driving

sec

overlap

Connect

is the top

O7.

nected

FREO

disturbing

adjustments

with the

the scope

and adjust

on each

the scope

side of

(Linearity

to the

the sweep "knee"

as shown

left side

approximately

in

panel

zero supressing

Figure 5-9. Set

See

SWEEP

WIDTH

band

Front

the

width.

sweep

control.

at test

signal

Front

the

return

HORIZ OUTPUT

Y

input.

the SCOPE

end). See

"X"

any of

correcting

depending

diodes

oscillator).

2l3cm

Figure

5-16b.

now be

may

probe)

(straight

to test

the

INPUT

control

to indicate a

1, then adjust

Panel

SWEEP

Do not move

point

Panel

M2H, R26,

#1.

CENT

Adjust

the scope

of the sweep

Set the SWEEP display Figure 5-16a.

input

the three

resistors may

Adjust

width to

M2H test

to

diodes adjacent

on the

M2H, R31,

to the left of

M2H

The

replaced.

connection,

point

Front

for minimum

dial

in the

#1

Panel MODE

and the

frequency

M2H. R17 for zero

WIDTH control

Panel

Front

the

for

28 volt

a

FREO oTSWEEP

X-Y

to an

operating

generator

TIME to.1-.01

10.4cm

point

or may

inherent linearity

to

the

module

cover,

(.2cm

#2,which

M2H,

to

not be con-

position

1Ocm mark,

and the

do

to

of

the

ol

I

b

i1

Figure 5-16.

M2H

Linearity

Ref Adj

5-1 1

MAINTENANCE

5.5.9 LEVEL MIN

MODULE

Preset

the Front Panel

BAND

SWitch

MODE

Switch

FREO

Control OUTPUT Control ALC Switch

Set the

thermistor

power

mount

nector. Adjust

power

a

Panel

counterclockwise),

-1OdBm

duce interaction

MAX

and

meter reading

vernier

and adjust the M10H

power

a

exists

controls

-1

0dBm readings

AND MAX ADJUSTMENT

MlOH

controls as follows:

+10dBm

meter to

to the sweep

the M10H

OUTPUT

meter reading

between

so repeat the

read

LEVEL MAX

of exactly

control to

change the

the LEVEL MIN

adjustment

are obtained.

generator's

power

LEVEL MIN

of exactly

5.5.10 CENTER FREOUENCY

ADJUST

Connect

SWEEP,

CAL SET-UP, Figure

BAND Switch

MODE

Switch

CENTER FREOUENCY

SWEEP

OUTPUT Control

SWEEP TIME

Four Paddle 50 har MARKER MARKER

The sweep

operating approximately before the

WIDTH Control

marker Switch

generator

following

Adjust the scope control, band

exact

center of the scope display. Adjust

WIDTH 1 to

ers as shown in Figure

position

if necessary.

Set BAND switch to 2,

M19H

CENT,

BAND 2, to

Bands

-

SCOPE and RF

5-4.

Switch

Switches

WIDTH

SIZE

1, 2 and

Set:

Controt

Switch

should be thoroughly

one hour with all

ad.iustments

per

Figure'5-5.

position

1,

to

the

frequency

0

5-5. Compromise between

wait

5 minutes, then adjust the

position

to1

to CW to

to

to INT

and

RF

control to

+i0dBm.

Turn

-10dBm

meter

control to

-1OdBm.

until

AND

SWEEP

3

DET as shown

to 1 to

to 250 MHz

to

to .1-.01 sec

down

on

to WIDE

for

similar to Fig-

ure

covers

are made.

Adjust the

MHz

250

the 700

marker

the

and 500 MHz

MHz

-

MHz

300

+1OdBm

connect the

output

con-

produce

Front

the

(completely

scale to read

pro-

Some

and LEVEL

both

af

520 MHz

+10dBm

5-5.

stabilized by

MgH

M2H

+10

the

WIDTH

in TYPI-

a display

place

in

CENT

at

SWEEP

mark-

0 and 500

marker to

the

the exact

WIDTH

shown

needed.

Set

CENT,

exact

WIDTH,

markers as shown in

900

center of the display. Adjust

position

2, to

in Figure

band

switch to 3. wait 5

BAND 3 to

the 450 and 950

5-5. Compromise

position

center of the display. Adjust

BAND 3, to

position

Figure

1400

and

if needed.

5.5.11 FINAL ADJUSTMENT

While

operating the sweep

5.5.10,

play

graticule

carefully note the extreme

The trace

line, as

should extend

shown in

Switch SWEEP TIME from

M1H

the

CLAMP

for

5.5.12 SWEEP SAMPLE

Connect the RF detector

of

the service kit,

to

Front Panel

5.5.13

Each

which is accessible from

tor, when The control is adjusted

on the scope display when

the typical

tained when

adjustment

scope display.

point

MSH

the

produce

module,

detected

a

BAND

MARKER

marker module

the bottom

set-up,

a further

does not

will

result in

and adjust the M5H

SIZE ADJUSTMENT

Figure

lncreasing

generator

.1-.01 sec to LINE,

the identical

ADJUSTMENT M5H

to the

using the adapter

output of 35 millivolts

switch is set to band

has a SIZE

the

under side of the sweep

cover

until a saturated

operating the

5-4.

increase in the

increase the

the size adjustment

spurious

5.6 TROUBLESHOOTING

Trouble

"divide block

of

associated with

accomplished

shooting is

and

conquer." A thorough

diagram and circuit description

this manual

with the aid of the

power

supply often causes

generally

will

enable the trouble

particular

a

the module

module schematic. A

module.

can be replaced or trouble

many symptoms

M2H

the

MHz

between 450 and

minutes, then adjust the M19H

the 1150 MHz

the

SWEEP

markers as

950 if

marker to the

M2H

SWEEP

the 900 and 1400 MHz

5-5. Compromise

M1H

OF

0.2cm beyond the first

Figure

SWEEP SAMPLE

adjustment

is removed.

A saturated

marker amplitude

markers on the

a

systematic

CLAMP

as set

left side of the

5-5.

display width.

cable supplied in

SWEEP

1.

(See

marker is obtained

unit

marker

understanding of the

located in

symptom to

Once

between

paragraph

in

up

scope dis-

and adjust

OUT Jack

SAMPLE ADJ.

when the

potentiometer

genera-

Figure

5-2).

as shown

marker is ob-

modules SIZE

on the

beyond this

display.

procedure

Section

this

has been

shot

problem

in a

pointing

of

be

to

in

4

5.12

MAINTENANCE

be

areas and

other

not

clearly

-20V

supplies

board and

located

are indicated

5.6.1

The

by

INTERMITTENT OPERATION module

NO

ALL

cables

in the

TROUBLE

following

probable

the

RF

OUTPUT

THREE

connecting

SINGLE

band switching

M10H, and

RF OUTPUT

should

indicate

are located

+16

the

M2H module.

the

in

SHOOTING

is a list of several

cause

sockets or

BANDS

to

BAND ONLY

voltages

M19H as shown

NOT ternal RF detector diode located diode and can

connected

a negative

duce

mately example,

detector

tor,

FREOUENCY

in the

damaged if the

be

to a B+

detected voltage

twice the amplitude

RF output

at an

will read approximately

M 19H, will

8 of

UNSTABLE

for loose hold-down

Check the + and

strong magnetic

in a

unit

ad.jacent

transformer,

SWEEP

M1H

to another

RATE

module

produce

can

PROBLEM

wiring

or

checked

a specific

on the

-'1

and

6

calibration

a trouble

or

loose RF cables.

-

the input

Check

--

B-1

,

on the

FLAT

-

defective. Another

being

M19H

module.

voltage.

A

(JITTER)

screws,

-16V

reference supplies.

field, such

instrument

60Hz

-

to the

the symptom

when

-18,

problem.

rear

chassis

reference

Performance of these

procedure.

HINTS

typical

ANY

OF

Defective

or output of

for the

2, and B-3 at module

B

Module Wiring

Most

common

This

RF output is momentarily

good

monitor

(pin

of the external

+10dBm

of

0.8V.

+18,

The

printed

TYPE

supplies are

supplies

followed

procedure.

Defective

-

voltage

symptoms

shooting

attenuator

the attenuator.

presence

Diagram.

is the ex-

cause

is the monitor

pointcontact

is a

diode will

M19H) approxi-

8 of

detector.

external

an

The internal moni-

read approximately 1.6V.

Check allmodules

-

especially module

Operating

top of or

as setting

containing

on

a large

HUM modulation.

Probable

Front

cause

Panel

is a defective

SWEEP

does

and

circuit

or RF

of the

M9H,

pro-

For

RF

M2H.

the

power

TIME

selector

proper

NO

for the

proper

switch. See

operation.

RF SWEEP

presence

operation

the input of

output of

the

input except

peak-to-peak,

12V

when the

mid-band.

probably

MARKER

To isolate does not clearly

first

Sample Out connector.

tween 30

not

oscillator module connect

A signal at

jacks

birdy

15mV

module

With

the

be

operation

trollable

control.

Front

lf the

be in the

PROBLEMS

the

the sweep

check

to 50 mV.

present

the detector in

this

on the

output at

peak-to-peak

and

the 15mV

pins

M5H,

produced

of

in width by

The signal

cause

it indicates

indicates the

the

the calibration

First

of a 32V

of the

M2H

the

the M2H at

will be lower

it

and

Panel

M2H output

M9H or

of a marker

indicate a specific circuit

or

connecting

point

M6 modules are

3 of the marker

birdy is sufficient

peak-to-peak

1, 2,3,

at the output

M5H.

is now

Marker Size control

VERTICAL connector.

point

this

at

mally

set to maximum.

by one of the

caused

modules sample input weak output.

being

when the

A common

interconnecting cables

loose.

to the module

procedure

check

M1H. pin

12 of the

ramp.

(aF

mode).

7

9. lt should

This ramp

in amplitude, approximately

have an average value

will

frequency control

center

is

correct

M19H

problem

sample output

the trouble oscillator module.

sweep

when the

at the

lt should be a detected

proper

lf

the

that the trouble

place

indicates

M6 module

or 4, a 32V

This output

Front

the

routed through the

to the

and

A 12V

This causes

sweep sample signal

sample cables.

sweep

the terminating

of

jumper

all

intact. Then check

module.

to

is operating

present

birdy

peak-to-peak

This indicates

7.

signal

Panel

MARKER WIDTH

Front

peak-to-peak

Panel

Front

marker

a notch in the sweep

causing uneven

for

verifying

M1H

module

indicates

for

the

ramp at

Finally check

be similar tothe

of 0V

is set

would

symptom

or component,

M5H

Sweep

signal be-

is in the sweep

P102.

RF

and

cables

for the

A 10 to

properly.

input

signal

7

Front

SCOPE

the

M5H

will

proper

is con-

Panel

that

is

MG

drive the at the

at

Panel

signal is nor-

SIZE control

problem

between

harmonics or

to

is

of

is

5-i 3

MAINTENANCE

POWER

SUPPLY

M9H

M62

OPTION

A4

WAIT

ADJ

Figure

5-17. Model

M6

OPTION

182

M5H

2001 Top View

5-14

sEciloN

0

INTRODUCTION

6.1

lists are

6.2

A-B A-E

AER ALC

AMP

APL APX

BEK BEL

BOU BUS

CAM

CD

CGW

c-J

located on the

MANUFACTURER'S

C-K

C-L

. ....

CTS

C-W DlO.. DRA..

ETP

FCD G.E G-H HHS

H-P

HEY..

IRC

ITT

JEF

KID . .

LIT MAL..

M-O

.

MOL.. MOT. P-B

POM

. .

O-C

RCA..

This section contains all

-

reverse side of the associated

CODE

-

The

Allen-Bradley Arco-Elmenco. Aerovox

Electronic

Alco

AMP, lnc.

Products

Amphenol Amperex

Beckman

lnstruments,

Belden Bourns Bussman Cambion

Cornell Dubilier

Corning Glass Cinch Jones

Works

C&KComponents

....Centralab..

ChicagoTelephoneSystems

Continental Wire

.. ..

lnc.

Mfq. Company ...

Prod. lnc.

:

H. Smith,

lnc.

:

..Diodes,

Drake

..

Erie Technological

::ff1i10..",,..

Grayhill .....

....

Herman

Hewlett-Packard

..HeymanMfg.Company....

. .

. . . ..

lnternational lnternational

Resistance Co. . .

Telephone &

....Jeffers

lnc.

Kidco,

.

..

....Littelfuse

...Mallory ...Marko-Oak... ...Molex

....Motorola

.....Potter&Brumfield

Pomona Electronics Co.,

.

Ouality

. . . .

RadioCorporation

..

Components

of America

SCHETIIAIICS

schematics

schematics.

following code

lnc.

. .

lnc.

..

. .

Telegraph

lnc.

and a list of

is used on the

AND

replaceable

parts

list to identify

. . .New

PARTS

partsfor

....

...

.. ..

.

the instrument.

the manufacturer.

Milwaukee,Wisconsin

...

GreatNeck,NewYork

Bedford,

Lawrence,

Harrisburg,Pennsylvania

'...

. .. ..

.....

...

. . St.

Cambridge,Massachusetts

.

Elk Grove

Watertown,Massachusetts

....Milwaukee,Wisconsin

Philadelphia.

Chatsworth.California

Harwood

Massachusetts Massachusetts

...DanburY,Conn'

Slatersville,R.

Fullerton, California

Chicago,

Riverside,California

Louis,

Newark, New Jersey

Corning,

Village,

Elkhart, lndiana

...

Pennsylvania

Heights, lllinois

Pennsylvania

Erie,

."::E;?.:iil'':.i'vJJ;

La Grange,

....

Brooklyn,

Palo

Alto, Cal ifornia

Kenilworth,NewJersey

Philadelphia,

Palm

West

.

Dubois,Pennsylvania Medford,

.. .

.

lndianapolis, lndiana

Anaheim.California

.'.

DownersGrove,

..

Marys.

St.

Harrison, NewJersey

...

Pennsylvania

Beach.

New

DesPlaines,

Phoenix,Arizona

Princeton. lndiana

Pomona,

Pennsylvania

IISI

Parts

lllinois

Missouri

York

New

lllinois

York

New

Florida

Jersey

lllinois

California

l.

6-1

SCHEMATICS &

PARTS LIST

RMC.. ... Radio Material

SCC

. ...StackpoleCarbon Co.

SEL. SEM.

..Selectro

...Semtech

Company

SIG .....SigneticsCorporation

Sl SPR ST

....Switchcraft, lnc.

....Sprague

....SarkesTarzian .. Bloomington,

STR. ...Stettner&Co..

SYL.

THR.

TRW.

W-E W-l WSD.

6.3 SCHEMATIC NOTES

pertaining

All All All inductor values are shown in

tU Denotes DC voltage reading in volts

r----.

l,;,;

A,

-------oi?, Signal or voltage source

i5

+(

ll;+

-k

-::€

-9

to specific

resistor capacitor

*

values

\

Denotes high impedance crystal detector reading in volts

Denotes 50ohm crystal detector reading in volts unless

Connect to indicate signal or voltage source

Arrow

Coaxial Coaxial Coaxial

Factory

indicates clockwise

jack plug

cable

...Sylvania ...Thermalloy,Co. Dallas,Texas ...TRWCapacitorDivision

Wells Electronics

. . . .

....Wavetek,

lndiana, lnc.

....Wavetek,SanDiego ....

The following notes

-

schematics are

are shown

are shown in

adjusted

in

part

included

"ohms"

microhenries

unless otherwise specified.

picofarads

unless

rotation

"pF"

of

..

abbreviations

and

each

on

"uH"

wiper

schematic

unless otherwise specified.

otherwise specified.

unless

otherwise specified.

unless

pertain

if required.

otherwise specified

otherwise specified.

.....

Marys, Pennsylvania

..St.

Mamaroneck,NewYork

..

NewburyPark,California

Sunnydale, California

...

..... Chicago,

NorthAdams,Massachusetts

Nurnburg,WesternGermany

..

..... Woburn.Massachusetts

... Ogallala,Nebraska

South Bend, lndiana

lndianapolis, lndiana

SanDiego,California

to all schematics.

Additional

Chicago. lllinois

lllinois

lndiana

notes

6.4 ABBREVIATION

A

ac

c

CR

dB

dBm dc

DS

F

F.P.

H

Har Hz

tc

62

. . ampere

.

alternating

capacitor diode decibel

. . decibel

direct current

. device

.

farad

.

...frontpanel

henry

. .

harmonic

.

. .

hertz

.

integrated circuit

. .

CODE

current

referred to

indicating, lamp

1mW

kHz Kohm kv

kW L

. .

MHz

. .

Mohm

uF uA uH mA mH

mV

mW

_rL

kiloherz

. .

kilohm

. .

kilovolt

.

kilowatt

inductor

megahertz

.

megohm

. .

microfarad

. .

microampere

. .

microhenry

. .

milliampere

. .

millihenry

.

millivolt

.

milliwatt

p-p pF

o

R RF

rms

R.P. S T V VA

W

X

.

..ohm

peak

.

picofarad

. .

transistor

. resistor

. radio

root-mean-square

panel

rear

.

. switch

transformer

. . volt

. voltampere

watt

.

. crvstal

peak

to

frequency

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PARTS

LIST

PS6

POWER

SUPPTY REV.

C

REFE R

ilQ rr

ENCE

SYMBOL

Lr4r5rgr10

2,3

,B

6

,7

,Lr,L2

ttJ

;---

ttP

3

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tts

lt

ll

I

IPTION

TMNSISTORS

PNP,

Silicon

DESCR

NPN, Silicon NPN, Silicon

----

PARTS

CONNECTORS

MOUNTED

(JAcKS)

4-pin receptacle

Contact,

BNC, receptacle

coNNECrOqs

AC Plug/cord AC Plug/cord

FUSES

.5 Amp.,

.25Amp.,

Fuse holder, for above

SWITCHES

DPDT,

female,

slo-b1o

s1o-b1o

s1ide,

for

(3-tuc.)

assembly assembly

(used (used

power

CHASSIS, MISCEI

above

(USA-Canada)

(Western

Europe)

with 115Vac with 230vac

change

line) line)

WAVETEK

PART

QAOs2-940

QAO3B-541

MC000-034

MCO00-018

NO.

QAO36-440

J8109-111

wL002-088 wL007-088

MF000-007 MF000-006

MF000-00

ss000-003

MANUFACTURER

ODE

FCD

RCA

G_E

MOL MOL

APL

BEL BEL

BUS BUS

I

BUS

S-I

2N3644 2N5294 2N38544

L625-4F.-r

1855

uc911A/ r

77237

Yu_VI4

vDvz

HMM

46256LF!'

NUMBER

T

o

5 3 4

1

4 1

1

I

ttJ ll

m';f-

trK

50

MISCELLANEOUS

Bushing,

strain

10 1ead, T0-5

Insulated

sholder washer

Transistor mtg.

PARTS

---

CONNECTORS

Binding

(mates

il

RELAYS

FOR PEN LIFT OPTION 45

post,

with wire,

spsr, N.o. L2v

relief

pad

insulator, mica

(JACKS)

miniature,

or

.104ID

banana

plug)

H8004-000

HQl03-000

HW110-400

10

HQ

1-003

MC000-038

MR000-00 I

HEY THR RCA

W-I

POM

P-B

SR5PI 7717_ZLDAP

DF137A

HQ101-003

2439

JRM1OO6

1

I

3 3

2

I

PARTS

LIST PS6

POWER SUPPIY REV.

C

REFERENCE

SYMBOL

,tc n

r7-

2

3, 6,10,11

4,I2

5

B

9

ttP

T-

ttcR

'rc

1

2

ttR

1--

2

3

rLr r22

4

rr4,2L

5

6

7

8

9

10

L2,25

13

l-5,24 L6,L7

18

19,20

23,29

26

27 28

30

ttT

1

EO

il

L7

il

lt

DESCR

----PARTS

CAPACITgRS

MOUNTED

Electrolytl-c, Electrolytic,

Electrolytic,

Ceramic disc.

Electrolytic,

CONNECIORS

L2-pin

DIODES

Sili.-",

INTEGRATED CIRCUITS

(PLUGS.)

printed

junction,

IPTION

ON PRINTED CIRCUIT

1250uF,

50uF, 50V 100uF, 25V

100pF

.005uF

12Op.F

+20%

+207

+207.

10uF, 25V

circuit

100piV, 3/4A

Voltage Regulator, J-0pin

Operational amplifier, 8

RESISTORS

rT6a-l-6-orp..,

Fixed, comp., L.8k Fixed, Fixed,

Fixed,

deposited carb., deposited deposited carb., L2.7k

Fixed, comp., I.5k Fixed,

comp.

Fixed, comp.,

Variable, cermet,

Fixed, comp., 2.7k Fixed, comp., 470ohm Fixed, Fixed,

comp., 2.7k

deposited

Fixed, comp., Fixed, comp., 4.7k

Dep. carb., 10k,

Fi-xed,

Fixed,

Fixed, Flxed,

TRANSFORMERS

comp.

comp., 2.2k

deposited

deposi-ted

comp., 470ohm

TtsP36-f-d

270ohm +LO%

+707

carb.

+I0%

!5"1

Lk

+L0"/"

+20%

220otm

,

3.9k

!5%

+L}"A

+LOZ

carb.,

rN

+LO%

1k

+L07!

matched

L}k +L07!

,

+I0%

carb.,

carb., 6,8Ik

ILO%

v.., center tapped

50V

rN

5ohm

Lk

rN

,N

rdf

r4w

l5k

,4\f

,N

rN

825ohm

LkV

LkY

TO-5

r,;vl

+I%

,N

14W

!7(,4f

set,

rN

in

!L%

rl,l

+7%

!.L%

!L%

+I"l

line

>N

,,$

,N

r{f

WAVETEK

PART

CETI4_2L2

NO.

cEl07-050

cE105-110

cD102-110 cD103-250

CDTO2-L72

cE105-010

MC000-031

DR000-001

rc000-00 I

rc000-002

F|CIO4-127 RC104-218 RD0R-050

RD011-100

RD012-121 RC104-215

RCI}4-L22

RC103-239

RP131-210 RCr03-227

RC104-147

RCLO6-227

RD012-150 RC104-210

RCIj4-247

RX000-003

RCl04-310

RCIO6-222

RD0 10-825

RD011-681

RC106-147

TT000-022

MANUFACTURER

SODE

SPR SPR SPR SPR SPR

SPR

MOL

ITT

FCD

SIG

A-B A-B

K1D

coR

COR

A-B A-B A-B

CTS

A-B A-B A-B

COR

A-B A-B

I^l-I

A-B

COR

coR

A.B

w-r

NUMBER

PCL-1339

TEl307

TE72LI

5GA_T1O

TG-D5O

5GA-T12

TEI2O4

03-04-4L2L

1N4002

u5R7723393

N5741V

CB27II

CB1B21 K-Cl+

RN6OD RN6OD

cB1521

CB2zLL

c83925

360T102B

c82725

CB/+717

EB272I

RN6OD

cB102l

CB472L

RXo00-003

cB1031

EB222L

RN6OD RN6OD

EB477L

TT000-022

T

o

2

1 4

2

I

1

t7

1

I

3

1

1 1 1 1

2

1

2 2

I

1

2

1 1

1

REr'4O'E

''CK

P

50K

to9

MODE

| I

-i

t

.

i+

fi,,n

t3t48e

Ril6

/oK

3tv€EP

nt/Drh

/234

VVVV

lttt

-Ltll

f/6

-/6

MANUA

=

L

-/E

.t6

-4r{

[cw

51o5

)o-/o

7

70K

R/

9/(

./-.o/

I/NE

|

+/8

-/B

E#Vd

SUPPLY <

Jr

roruwrnla

SUPPLY <

Pz

P/

0---,

I

"

*'

l;

li

I,

le

>--_-. >-/8

l"

t'

1-----

tl

".7{,.*

i;/;-r'.'-

+/8

ptttt

ry,:.,_

cou'vecreo

i

*ta-)

R///

33K

-

a<

F

L_-

a

a a a

R t/2

aA1^Jo

snJf-

I

t-saoMH2

.45o-

'1

1c9oo-14&MHz

l

-20

/O7

5

("

/E

F

I I I RaporsoLUG I \

zVVVV

9

+8

///2

P/ot

-

r,

-\

5 6l

YY

I

r/l

,l

f-i

/rr2H

,9WF€P

D/"/VE

rr'

/<€4,q

3A

AlPI €

7O

ITAR

rtE83

lr

di

\/

/urg

6 WEEP

o8c

6tANz

//7Q2UI

REV,

H

/

/O/r'

/U

OU7PU7

A/rfP

aAAl2

/ 4

/2// 3 2

/14 /9

8IlEEP

/

osc.

AAlVA

2F3

E

I.t/I,? lN€

200/

A

tMf axf

ALC

D/A

HFAo

6RAM

:XT

ALC

tos

J

H

8-/ A-2

2

F

/4A .<,<E t?-t

43

LlOt

/oz

L

tOnH

Fr0^0^d)-+{

L-r

!--l

c

tot

.0O.2

4F

.

c

t02

.O:

aF

F--r----{

---1

-/8

43

//€

e

+-1

*--{F-

c

/03

6A

F-<.

c

/o4

,/SO

I

L__,/\ n_.-

2.2.< I

Dtta

=

,rvzE/a

.t/

9H

oPTloNs A,

-

d

w/2E

,fIzF€R

flARROW

SWE€P DP/V€

.9.4 t/P/

I

wro.l-H

s taE

63

-/6

-/A

+/8

8r'

A

2

{

L

E

SIUEEP

€A/'/P,/E

t

o

t

€x7

EAPTSN

/.YFU/

/O4

J

DFNOD

{ee

b

4

3

2

u6

5H

/r/

/t/A,e/<ER

APaFP

-/6

Lto4c

/Q

R

2.7/<

tzl

Rrs

toK

BAR(EA

g/z€

'

/2O

0

-l

rA

s'lo9

cR

/o2

/N34

NORM

SttorD-a

----J'

c tog

F-

=

cbA

?fo

Rt23

Rt22

/NPA7

J /O6

SCAPf

YE?f

J /06

gCOPE

HARlZ

J /o7

PARTS

LIST

MoDEL 2oo1 HEA.D

REV.

A

RE F ERENCE

SYMBOL

ttP 1

101

il

r02

ttcR il

101

I02

|FDS rt

r01

ttl

il

101,102

103, 104

ttR il

101

r02

103

104,111

105

706

r07

108 109

110,113

TL2

7l-4

115

,116

LL7

118 119

r20 r21

L22

l-23

DESCR IPTION

CONNECTORS

(PLUGS)

4-pin

Contact, male,

for above

15-pin

Contact, male,

for above

Termination

DIODES

STfE-on,

Germanium,

LAMPS

Indicator,

INDUCTORS

junction,

polnt

Neon,

lOOpiV,

contact

Part

of 5101

Fixed, lOmH Fixed, l0uH

RESISTORS

Fixed,

Vari-ab1e,

Fixed, Fixed,

Fixed, comp.,

Fixed, dep.

Variable,

Fixed, comp., Fixed, comp., Fixed, Variable, Variable, carbon,

comp.,

10k,

68k

part

470ohm

comp., 33k

47M

4.7N1

470k

carbon,

cermet,

39k

47k

comp.,

75k

wirewound, 10k

!7Oi!

of Sl03 assembly

!5"A

rN

+5%

,N

+5%

+5"/" +5"A

47.5k

+20"1

50k

>N

+57!

>N

+57!

,N

!5%

10k

Fixed, comp., 2.2k +I0"1

Vari-able,

Fixed, comp

10k,

.

,

part

33k

of

+IO"/.

Fixed, comp., 2.7k +L}i! Fixed, comp., Fixed, comp.,

47k

lM

+I07:

+LO%

,N

rN

,N ,N

,N

5108

L4II

,N

rN

75OmA

t.1,"/.

7W

,N

WAVETEK

PART

MC000-035 MC000-019 MC000-017 MC000-019

NO.

JF000-009

DR000-00 I

DG100-341

M8000-002

LA104-310

LAl0l-010

RC104-368

RC103-147

RC103-333

RC103-647 RC103-547 RC103-447

RD0l2-475

RP129-350

RC103-339 RC103-347 RC103-375

RV103-310 RP128-310 RC704-222

RC104-333 F.C704-227 RCL04-347

RC104-510

MANUFACTURER

SODE NUMBER

MOL MOL MOL MOL

SYL

M-0

JEF JEF

A-B A-B

A-B A-B A-B A-B

COR

CTS

A-B A-B A-B

BOU

W-I

A-B A-B

A-B A-B A-B

SEL

ITT

1625-4PL

r854

1625-15P

1854

60-0010501

1N4002

1N34AS

A1H

15S

l5

c86831

c84775

c83335

cB47

65

cB47

55

cB47

45

RN6OD

360S5038

cB3935

c84735

cB7535

3500s

2-ra3

RP128-310

CB222L

cB3331

CB272I

CB47

3I

c81051

T

o

1

4

1 8 1

1

2 2

1

2

1

I

1

1 1 2

1 1

2

1

I

1 1 1 1

I

ll

^

5

101

r02

103

104,105

106

,110

L07

108

109

il

SWITCHES

SPDT

J"sh/Pus

Rot.ary,

6-po1e

SPDT, on, offr

Lever,

SPDT,

Push-button

Rotary,

5-po1e, 3-position

onrnoneron

switch assembly

6-po1e,

SPDT, onroffron

h

illuminated.

6-positi-on, assembly

,

ofl, momentary

4-posi"tion, assembly

s2000-003

sRO00-017

sr002-006

sL000-001

sr001-006

sz00 1-004

sR000-016

sr000-006

M-O

W-I

c-K

OAK

C-K

C_L

C-K C-K

54-6769L26

sR000-017

7IO7P

3

991- 6 3184

7101P

PB15,7

7103P 7103P

sta.

1

I

2 2

1

PARTS

LIST

M'DEL 2oo1 HEAD

REV. A

REF

ER ENCE

SYMBOL

M1H M2H M5H M9H

MIOH M19H

A1

A2

A4 A5

roio-t

DESCR

STANDARD MODULES

Sweep Rate Module Sweep

Marker Adder

Drive

Module

Oscillator/Mixer

IPTION

Module,

Band

Output Amplifier Module, Band

Oscillator Module, Band 2 &

OPTIONS

Single frequency marker,

(specify

Harmonic markers

(specify

I KHz

(See

ASSEMBLIES

RF Cable, RF RF RF Cable,

RF Cable,

RF

RF Cable, RF

5102 Assembly

S1O8 Assembly

RF Attenuator

Square Wave

Power Supply Parts

Cable, Cable,

Cab1e, 50 ohm

Cable,

frequency) frequency)

ohm

50

ohm

50

ohm

50

ohm

50 50 ohm

ohm

50

ohm

50

with with

1, 10 &

Modulatj-on

Associated ,Parts

Associ-ated Parts

1 to 1400

50

List)

3

MHz

WAVETEK PART

MlH

M2H M5H

1 1

MHz

M9H

MlOH

Ml9H

M6S

M6H

M6Z

NO.

MANUFACTURER

SODE

W-I W-I W-I

w-r

I^l-I

w-I

w-r

W-I

NUMBER

MlH

M2H M5H M9H

MlOH

M19H

M6S

_

M6H_

M6Z

T

o

1

I I I

1 1

5l

i^]x2001-A1 I^Ix2001-A2

wx200 1-A3 wx200 1-A4

wx2001-A5

wx200- 1A6

wx200 1-A7

wx2001-A8

B500-225 B500-224 5070-1

W-I

w-r

W-I

w-r

W-I W-I W-I

w-r

W-I W-I

W-I

I^IX2001-A1

I^/x2001-A2

I^1x2001-A3

wx2001-A4

I^1x2001-A5

I^]x200 1-A6 I^]x200

I^1X2001-A8

l-A7

8500-225 8500-224 5070-1

1 1 1 1 1

1 1 1 1

1 1

ttc

101

L02

103

104

105

106

L07

108

ttJ

101

L02,LO4 103, 10

13!:10'

ll

5

CAPACITORS

ffi-frsc, .OO2uF

Ceramic

Ceramic disc, 120pF

Ceramic Ceramic dlsc, 10pF

Ceramic disc, 350pF

CONNECTORS

disc, di-sc, disc,

disc,

(JACKS-)

.O2uF

68pf

150pF 20pF

+102

+T0Z

+SZ

+20"1

!20"1

+52

+20%

12-pin receptacle

Contact, female, for above

Contact,

15-pin

ma1e,

receptacle

for above

Contact, female, for above

Jack,

Jacko

socket,

cable,

receptacle, BNC

BNC

Teflon

ffV

1KV

LKV

1KV

10OV

LKV

IKV

cDL02-220 cD103-320

cDl04-068

cD102-115

CDLO2_LL2

cD101-020 cD101-010

cD102-135

MC000-030

MC000-032 MC000-033 MC000-016 MC000-018

JB000-003

JB

109-111

MC000-002

SPR SPR SPR

SPR

SPR SPR SPR SPR

MOL MOL

MOL MOL MOL

I^I-I

APL

w-I

5GAD2O TGS2O

lOTCU

5GAT15

5GAT1.2

1OTCCQ20

10TCCQ10 5GAT35

1360-R1 1433

L434

1625-15R

1855

J8000-003

uc911A/U

MC000-002

1

I

1

I

1

I

1

I

6

1

L3

2

4

7lc,

6.8

'<2

1.7K

,?/9

/OO.?

-/8

2fl5458

a5l-\

.?/O

56

/V

c3

./soF*

R5,5

c.8

H

l./P537A2

R54

R20

,R:

/8,

a

R25

'P537O2

CRg

P/v/Oo

t"26

zzK

R.2

2ZtK

/O.<

7

CRs

P/Y/OO

+/e

Rsa

/oK

Qtt

'P-9

c/o

.02pF

z7K

3702

20/<

R33 47K

/olul

2tU5458

TRt4q6g rcUflNG

at4

{,

9nz

l*

.t8

I

coNN€crEo

$

=

ro

swE€p

TIME

swlTCH

1.7K

,?/J

47/<

K/5

6ar

R/4

,/,7K

+

toK

R/

/a.

R/2

47

7

/14PS37Oz

C/"e

P/V/ao

'/VPS37O2

/?Sz

/oo

IUEEP

S

IAOAULE

/</,

4tu<

Rss

17/<

/"4

TF,SCHE/L//4

Ad/H

*.n

SWEFP

QRIVE

c20

6.€

OUTPUT

A32VP-P

/2

I

SCOPE

HoPtz.

OUTPUT

A16VP-P

r/C

R21

/8K

lw

R22

62K

'/8

/8

)

i ert

47o

t

HFr

/3

54A I

-,/8

+/6

,<4

,/z/<

,?4.

4

,-ril

slsT

tw

tIf,tfz"TSL

Rs7 .,-gJp

4. zk

''^Kj4

,<qt\

/Q1/<

?>d

Rjg

47K

Rgg

7.<

+

1

?

zOK

I

MPs

'<48

/oK

tc

'v/oo

CR6

?

e t7

Mps7TOZ

R?7

22O.<

RiO

/o/<

'18

tl5

6.8

r9

o

?

v3851A

7

C,/6

(!f

{aa

.TK

7

I

_t6

TRIQG€R

ouTPt/T

/o

.

ELAN

OUTF

JL-17

."s

N€

7 I

t4v

r\J, ,e

lr

iee I

qlr

s

Ctz

6,-'t

-/8

-t€

ryaz

MA

*/8

to/zoMA

PARTS

LIST MODULE

M1H

REV

A

REFERENCE

SYMBOL

nQn

L12

3,417,8,9

11r16,r7,79

5

rI4

6,L5

L0

,r2,13,18

DESCR

TMNSISTORS

N-channel

JFETTS, matched

PNP, Silicon

N-channel, Silicon,

Dual, NPN, Silicon

NPN, Silicon

IPTION

JFET

pair

WAVETEK

PART

QBO00-014

Q8000-009

QAO54-s80 QB000-010 QAO38-541

NO.

MANUFACTURER

CODE

1",

huor

[,

NUMBER

Q8000-014

MPS 3702

2N5458

TDlOl

2N3854A

T

o

1

9

2 2

4

PARTS

LIST

MODULE

M1H

REV

A

EFERENCE

R

SYMBOL

ttc

Lr7

r819

12,L4

L6,L7

2

3

4

5

10

13

rL5

,20

16 rL]-

18,19

2L

ttcR

L12,3,4,5

617,819

ttR

DESCR

tt

CAPACITORS

Ceramic feedthru, 6.BpF

Ceramic

Mylar

Ceramic

Cerami-c disc, .O2uF

disc,

paper,

di"c, 10pF disc,

470pF,

l5uF

.001uF

Ceramic disc, 120pF Ceramic

feedthru,

Ceramic disc, .01uF

tt

DIODES

Silicon,

tt

RESISTORS

junction,

IPTION

+102

+20"1

LKV

+102 100V T5Z

lKV

+207.

+ZOZ

+20%

47}pF

+20%

LKV

LOOV

LKV

!207"

L00V

100PIV, 750mA

500V

WAVETEK PART

cF102-R68

CDIO2_L47

cP103-415 cD101-010

CDLOZ_2TO

cD103-320

CDLO2-LLz

NO.

cF101-147

cD103-3

DRO00-00 1

10

MANU FACTU RER

OODE

A

-B

SPR

C-D

SPR SPR SPR SPR

A_B

SPR

ITT

NUMBER

FA5C

5GAT.47

I^IMF1P15

1OTCCVl0

5cAo10

TGS2O

5GAT12

FA5C

TGSlO

1N4002

T

o

0

3

1 1

I

2

1

9

L'9

2

r3 r5 rLL

14,37

4,L3,18, 38,39,53

6

7

,20,4r,45

9,26

,27

r0

L2,57

15

16,51

17

,30

r37,48

L9

,24,28,29

2I

22 23

25 32 34 35

,43,52

40,47

42,55

44

46

49 50

54,56

33

,36

Fixed, Fixed,

comp.

comp., 4.7k

Fixed, comp. Fixed,

comp.

Variable,

Fixed, comp.

22Oohm

,

+L0%

471a

,

180k

,

carbon, 20k

22k +LO%

,

Fixed, comp.., 5.6M Fixed, comp., 47ohm Fixed, comp., 68k Fixed, Fixed,

Fixed,

comp.

,

comp.,

comp.

,

comp.,

Fixed, comp.,

Fixed, Fixed,

Fixed,

Fixed, comp.

comp., comp., 10M comp.,

comp.

comp .

, ,

comp.,

comp., 39k

comp.,

,

Fixed, comp.,

+L0%

10k

!5"A

l-Ok

!L0%

I00k +L0%

+L}"A

L8k

62k

!57(,

560k

+LO%

LM

Lk +LO%

t10Z

100ohm 22Ok

Bk

6.

+L0%

Lzk

+LO%

470ohm

15k

!10%

+L0%

27k

+L0"1

+107"

+L0"/"

+20%

+L0"1

,N

>N

+L07"

rN

r*I

+L0%

+LO%

+LO"/"

+L0"1

L4W

,4\f

,N

rN

,N

1-;W

rN

,*l

r4W

rN

,N

rN

L4W

,*I

,N

,,f,t

RCIO4-122 F.]LO4-247

F.CL}4-347

RC104-418 F.PL24-320

F(CL}4-322

RC104-556 RC104-047 RC104-368 RC103-310 RC104-310 RC104-410

RC104-318

RC103-362 RC104-456

RCl04-510

RC104-210 RC104-610 RC104-110

RCLj4-422

RC104-268

RC104-312 RC104-339 RC104-147

RC104-315

RCLO4-327

A-B A-B

A

-B

A-B

A-B A-B

A-B

A-B A-B A-B A-B A-B A-B A-B A-B

A-B A-B A-B

A-B

A-B A-B A-B A-B

CB22LI

c84727

3L

cB47

CB1B41

wA2G032

cB223L

c85651

cB470L

CB6B31

cB1035 cB1031 cB1041

cB1831

c86235

CBs64L

c81051 c81021 c81061 c81011

CB224I

CB6B27

CBL237

cB39 31

CB47IL

cB1531

C8227

2 6

7

1

4

4 1

2

1

2

4 4

1 1 1 1 1 1

3 2 2

I

1

2

6.8

c6

6.8

/78k

*3t

Rls

/

cz6

3,j

Rt4

78/<

t

R30

470

R35

2,2K

Q5

2A/42tO

t

R36

2.2 /<

eQg

r

C7

R/7

zok

u6

L

I

RJ6

z9K

t

T

rD

Rt8

47OK

RT

4.7/< Q/

/o/

R3

2 7.<

+/8

R6

/oo

q2

2/V4250

R27

/ok

R33

1.7K

R26

I

zax

I

R3€'

2.2K

R32

4.7/<

/3

CR

CR/4

C.R16

CRIT

Q7

2tV4

R34

4,7K

,t

*

2J

I

/t4ATC4/ED

t

/

ok

(

Stoo

/NVERTED

oarPuT

*/6

e

TD/O/l(

-n]'

.\

8-/

oo

c4 l",o l;

Hlfrl*J-

8-t

tg-

-\_

B-2

a-2

E6

p7

R9*

/ooK

qe

2N,546/

.7f---,,r?rPr",

q

/2

70'/ o /

I,I/FEP

8

R64

47K

DR/

yE,SCHEMA

/VOOULE

*/6

ff*n

t/8

\rf,'

q/7

2/Y646/

/r./ZH

REV

gUEEP DR/YE

ou7P07

T

E

/C

7/3

?16

et7

Q7

zN4

*

'F

250

R8t

470

R56

R54

/ooK

R

/aaK

Q8

2/V3644

?

RZr

4.7r<

5

R7Z

2OK

q2t

:

4.7K

FE9

€.2K

20K

q:

^llr.

L'r

yo/,r

+/6

€APF/,Y

yotr

-/€

SAPPI. Y

-\

a

PARTS

LIST

MODULE

MzH

REV.

E

REFERENCE

SYMBOL

tl

1,4,18

2r3r5

r6 r7 ,L9

B

6, 10, 11, 15

L6,r7

L2,2r

L3,L4,20

23

,22

DESCR

TRANSISTORS

NPN, Si-licon, Dual PNP, PNP,

Silicon

P channel JFET

PNP,

NPN, Silicon

PM,

Silicon, Dual Silicon

IPTION

WAVETE

PART

QB000-0

QAO42-s00

QAO36-440 QAO54-610

Q8000-0

QA050

NO.

10

1 1

-880

Q8000-009

MANUFACTURER

K

CODE

SPR

FCD

MOT

SPR

MOT MOT

IDlOI

2N4250 2N3644

2N5461

ID4O 1

2N50 88

.\P53702

NUMBER

T

o

3

6

1

6

2

4 1

PARTS

LIST

MODULE

M2H

REV

E

EFE

R

R ENCE

SYMBOL

rtcrr

L,T,il6

2

3

8

9

10, 11

L9,22

L2

13,25

J ,L4

,15 ,18

,26

L6,20 L7,2L

23,24

ttcRil

t to +,0,t

10,13 to

trRil

t,m,iijs

2,rg

,32,33

34

,62 ,7L,75

79

3r63

4,2L,57

6

,8,23 r25

7

,L0 ,24,27

66

g

,L3,L7 ,26

3L,72,76

95

l1

L2,18

L4,L5,L6

20,83,89

28

30r81,87

35,36,37

56

58,59

73,77

6L,67

6B

70,74,78

82,88

94,92

85

90 9L

93,94

96

.64

,BO

,38

,60 ,69

,86

CAPACITORS

Ceramic

Ceramic Ceramic

feedthru,

disc., 120pF disc., lOpF disc., 15pF +

Composition,

Ceramic feedthru,

Ceramic

disc.

Composition, 3.9pF

Electrolytic, 10uF

Ceramic

Ceramj-c discr .01uF

DIODES

:---:--

Silicon,

,g

22

RESISTORS

Fixed, comp., Fixed,

Fixed, comp., Fixed, comp., 47kohm Fixed, Fixed, comp.,

Variable,

Fixed

Fixed,

Deposited

Fixed, comp., Fixed, Fixed, comp., 470ohm Fixed, comp. Fixed, comp., Fixed,

Fixed

Fixed, Fixed, comp., Fixed, comp., 560ohm Fixed, comp.,

Deposited carb. Deposited carb. Deposited carb.

Fixed, comp., Fixed,

disc.

junction

comp., 4.7kohm

comp.,

cermet,

comp.

,

comp., 4Tokohm

carb. 178kohm,

comp.,

comp.

,

comp .

comp., l.2Mohm

DESCR

pE

2,4

25

,

470pE

,

100kohm

27kohm

lOOohm

lOkohm

33kohin

8.2kohrn

82kohm

2.2kohm

,

lMohm l0Mohm

,

l0 ohm

47

,

l8kohm

4.7ohrn 10kohrn,

21.5kohm

19.1kohm

15k ohm

IPTION

6.BpF

+

5Z 1kV 5Z

+ 102 500V

47}pF

pF +

+

102

25V

,

+

+ 207" 1O0V

lOOpiV,

+ +

+

t

+ +

2Okohm

+

LO"l

+

+ LO"/"

+

L0%

+ l0"l

+

I0"/"

*

ohm

+ + +

*

+

l0Z 500V

202 LkV

lkv

+ 20% 500V

57" LkV

500V

207" LkV

750mA

>N

LOZ

tz;v1

ro"/"

,lul

L0"l

>N

10"1

,N

L07.

>N

LO%

+

L}"l 3/4W

>N

,N

LO%

matched set

>N

,N

LO%

rN

I0"/"

,N

LO"/"

,N

>N

IO"l

>lt

L}"tr

I0"l

4W

,N

LO"l

maEched set .7"/"

qmatched

9 :8

J

rN

LO%

>N

LO"l

set,

within .

.77"

l%

WAVETE

PART

CFlO2-R6B

CDIO2_II2

cDl01-010

cDl0t-015

cGL01--224

cEl0l-14 7

cD101-025

ccl01-239

cE105-010

CDLO2-L47

cDl03-310

DRO00-001

RC104-410

F.CL]4-247

RCL04-327 RC104-34 7

RC104-110

RC104-310

RPl30-320

RC104-333

RCto4-447

RXO00-002 RCIO4_282 RC104-382

RCl04-14 7

RCLO4-222

RC104-510 RC104-610

RC104-010 RC104-04 RC104-318 RC104-156 RC104-R47 RXO00-003

I

RXO00-004

)

RC104-315 RC104-512

NO.

MANUFACTURER

K

3ODE

A-B

A-B A-B

A-B A-B A-B A-B

A-B

A.B

W-I

A-B A-B

A_B

A-B

7

A-B A-B

SPR

Q-c

SPR

Q-c

SPR SPR

SPR

ITT

BEK

A-B A-B

A-B A-B A-B

W-I

w-1 A-B A-B

FA5C

5GA_T12

l0rcc-Q10

10TCC-Ql5 QCz.4

FA5C

10TCC-Q25 QC3.9

TEIZO4

5GA-T4 7

TG-S1O

rN4002

cB1041

CB472L

CB273L

CB47

cB1011

cB103l

89PR2OK

cB3331

CB474L

RXO00-002

c88227

cB823l

CB47LL CB222L

cB1051 cB1061

cB1001

c84701

CB1B3I

c85611

CB47GT

RXO00-003

RXO00-004

cBl531

CBI25I

NUMBER

3L

6

I I

1

I

6

1

2 2

l8

4

9

2

4

4 5

9

1

2

1

J

1

3

4 1

6

2

1

3

2

1

I

2

1

T

o

3

2

,500

l-l

R/2

/oK

L/

.222H

20K

c//

CR/ CRz

,R6

dk

5-

R9

CR4

L5

/ruH

tao

/?/

22K

R2

/oK

t

*

R/4 /oK

/</7

/oK

,t/P-937O2

/?,/8

2,2

N

\ \

\

K

R/9

47A

CB

5

C2

/oo

.<6

1.7K

/<2O

4.7K

c/o

/oo

R2/

4.7K

G

L3

.?ZzH

-tl

cRs

CR5

Ics

t/5-

-/-)

I

-

Q6

2N3as4A

BLANKIN€

c32

,ospF

ft26

9/<

3

Tp10

O A C //- /-

fO,<

A

i4l.YER €CH€tflA

-

r/C

TO

ELAI.IKIN€

c/7

,j7pF

soo-L

2Ns/

ct4,

R40

470

a//

M?DULE

R42

47

tC/9

I

soo

.rfi,

'MPs

iit

3VO2

/HgG

REVA_

c3411

F{

rl

.47qF

Ugt{

f

RF OATPAT

'8"7o

oaTPA

AN/P//F/TR

r

,R3o

i33K

tPsSvo2

cz3

.O/aF

,<15

loo

R1€.

R48

470

+/5

R50

47

, c2.9

t

soo

2N5/7t

c26

.o/

-,C27

f=

--

5aO

Rsz

22

sn/€EP

SA fulPI

OuTPur

t'

'A

70

RKER

/9/A

ADz€R

E

c26

ry

-/6

2.h4

c29

.470

r'/6

SanA

-

t/8

SSrtnA

R EFE R ENCE

SYMBOL

PARTS

M9G

LIST MODULE REV

DESCR IPTION

WAVETE

PART

NO.

K

CODE

M9H

MAN

UFACTU RE

NUMBER

A

R

T

O

ttR ll

18 25 26

28

31 32

33 34

36 37

38,43

51

,45,46,

42,44,50

52 53

ilQil

Lr4r5,9

2,6,rI

14,15,

317

8

r12 r13

16

rl0

RESISTORS

fi*ea,-6mp.

Fixed, comp., Fixed, comp., Fixed, Fixed, Fixed, Fixed, Fixed, Fixed, Fixed,

comp., comp., comp., comp., comp.,

comp.

comp.,

Fixed, comp., Fixed, comp.,

Fixed, comp.,

Fj-xed,

TRANS'ISTORS

PNP,

NPN, NPN, Silicon,

PNP,

comp.

Silicon,

2.2kohm !I0%

,

1.5kohm

Z7kotm

39kohm

100kohm

2TkoTLm !

33kohm

l2kohm 110%

4.7ohm

,

220ohm tl07

100ohm t10Z 47ohm !102

22ohm !I07"

15Oohm

,

dual

t10Z

!I0%

110%

t10Z

5

t

5 %

!IO%

110%

,,lr

,N ,N ,N

,N

>N

"/"

,<w t<w

,;tt

,N

>N

,N ,N

,N

RC-I04-222

RC- 1

04-2

15

RC-I04-327

RC- 1

04- 339

RC- 104-4 10

RC-103-327 RC-103-333 RC-104-312

RC- 104-R4

FrC-TO4-I22

RC- 104- I 10

RC- I

04- 04 7

RC-104-022

RC- 104- 1 15

QB-000-009

r-7

QA-05

90

QA-038-s4 QB-000-0

I 1

A-B A-B A-B

A_B

A-B

A_B

A-B A-B

7

A-B A-B

A_B

A-B A-B A-B

MO

RC

1

G-E

SPR

T A

CB222T

CBI52L

CB27

3T

cB3931

cB1 04 1

c82735

c83335

JBI23T

JB47GI CB22LI c81011

JB470l

JB220l

c81511

IIPS

3702

2N5 179

2N3B54A ID4O 1

PARTS

LIST MODULE

M9G

M9H

REV

e

REFERENCE

SYMBOL

ttc ll

t33,1,8,9,

1 1, 14

25,27

2,I0

5,L2

6, 13

15

T6

17,33,34

20

2I

22

23,26

24

31 32

lrJ il

Lr2

trcR

t

6

7,10r11

8rg

18, 19,

r

,28,29 ,30

il

3,s 3,5

DESCR

CAPACITORS

Ceramlc feedthru, 500pF

IPTION

!20% 25AV

Ceramic disc, 100pF 1102 lkv

Ceramic feedthru, 100pF !2O"/" Ceramic feedthru, Ceramic feedthru,

6.8pF

470pF

t10Z

!207"

Ceramic disc, 120pF !20% IkV

Electrolytic,

Composl-tion,

Factory adjusted,

Composition,

Ceramic disc,

Factory adjusted,

Electrolytic, 10uF

Ceramic

CONNECTORS

Jack,

DIODES

Voltage

disc,

receptacle,

variable capacitance

.47uF

.75pF

50V

t10Z

nominal

1.luF !102,

.01uF

.05uF

x20%

nominal

25V

!20% I}OV

50ohm, submin.

500V

value shown

factory adj.

L}OV

value shown

Not assigned

Zener,

Silicon,

6.8V

point

contact

25AV

500V

5A0V

WAVETEK PART

cF- 104-

NO.

150

cD-108-110

cF-104-110

cF- 102-R68

cF-101-147

CD_IO2_LL2

CE-TL3-447

cc- 10 1- 1 75

Not Assign

10 1-2 1

cc-

103-3

cD-

10

Not Assign

cE- 105-0 10

cD-103-350

JF-000-005

DC-000-005 DB-000-00

DG- 100-82 1

MANUFACTURER

CODE NUMBER

AER

R]VIC

AER

A-B A-B

SPR

TRW

3_!

I

Q-c

SPR

APL

W-I

C-L

1

SYL

EF4

c, N750

EF4

FA5C

FA5C 5GAT12

935

QC.

QCi.

TGS 10

TE1204

TGS5O

27-9

DC-000-005 III^I-6.8

IN82AS

75

T

o

I2

2

2 2 4

1

3

1

I

2

I

1

2

5

3 z

rtl il

1J

2r7

4

5 6

8

10

9,

rrR lr

1

2,12

3,L4,17,24 4,rg

47

5,6,

4r,49

7

,22,

8,29

9

LO

11 13

L6, 30

,39

,48

15

,20 r2r

,23,27

,40,

INDUCTORS

Fixed,

.22uH

Fixed

Fixed Fixed

Fixed luH

Fixed Fixed

RESISTORS

Fixed, comp., 22kdnm tL}"l

Variable,cermet, Fixed, Fixedr cenp.

Fixed, comp., Fixed,

Fixed, Variable,

Not Assigned

,35

comp.,

comp., lOohm !L0%

comp.,

1Okohm !I0%

470ohrn

r

4.7kohm

5.6kohm

cermet, 2Okohm 11OZ

Fixed, comp., 4Tkohrn

Variable, carbon,

Fixed,

comp.,

33kohm

,N

lOkohm t20Z

r,N

,N

!I0"1

!L0%

rN

tI}%

,N

!I0"1

2okohm !20"4

>,*I

!I0"A

,N

rN

r,A-005-R02

Not Assign Not Assign Not Assign

LA-005-R10

Assign

Not

LA-006-004

RC-104-322

RP-129-310

RC- 104-310

104-

RC-

RC-L04-247 RC-104-010

RC-I04-256

RP-L29-320

RC- 104-347

RP-124-320

RC- 104- 333

147

W-E

W-I

w-r w-r

w-E

W-I W-I

A-B

CTS

A-B A-B

A-B

CTS

A-B A-B A-B

ril...._..

506

LA-006-0Q4

cB223r

1038

360S

cB1031

II

CB47

CB472L

cB1001

cB562l

360S2038 CB473I

wA2G032

1

c8333

?_

;-

2

1

2

4

6

7

2 2

I

2

30.5

8f

/rn

/

A

C/ 470

R8

/oo

C3r

_r

=

t<7

470

ySOO

l--l

C4

t

Rf

/NPUT

B- /

8ZA/Y/f//Y'

//VPUf

IEYEI

CO/Vn?ol

/NPUT

/2

;

"Trt

R37

20K

330

c34

200

T

a7

.t/PS37O2-

,?32

/aoK

/rv

,f.36

-/8

,qgg

/5/<

wm

R2

R40

470K

,<39

?oK

:

-/8

c20

OOlttF

R4/

/.2K

R42

680K

_t8

*

c2/

364

,7

C6

g

',pF

'=

R43

z.7K

R15

1.zK

Q9

Tp/o/

|

lt,

:

.tt?47

/o

,?/O

47o

-c

R4e 17K

sto

47

t?/2

7

Cz

.47pF

/944

220

c25

,/24

F-

a/a'

MPS.?

8so

/eo

F5/

7r<

6.8

,5

i-/oil/fAr"

/tVP(17

z€

OU

TPUT

2N5/O9

/<26

17

A

MPl

/f/ER

lulOOUr.E

z/ot

/?27

I

|

-

/

/A/oH

t+

Ler?€

TCHEAilA T/C

.QEV A

,r<F

OATPUT

25

2A

Q/a'

|PS.?70.

R/4

/o

R/3

470

Rls

82 lzz

+!'

/t/P,t37o2

<R/8

I

l_cro

-&

cts

+L/o/'F

R21

>33K

-t8

.<29

./oo

C3J

6.8

/-EY€lE/?

oa.Pa7

?5/ ,7K

-

,ZA

-/B

/8

/"1i

c2\

-2A

3 ,vnA

y

flgtl

7.3 tn

A

-/€v

7-4rm

l.',

A

VE€P

8

DR/Y€

PARTS

LIST

MODULE

MloH

REV

A

REFE RENCE

SYMBOL

tt

ttR

24

27,28,3r

29

32

34,37

35 36

37

,39

38 40 4L 42 43

44,52 45,51

49 nQil

I,2

,4

3,5

,6

10, 11

7,

8

9

DESCR

RESISTORS

fi"ea,

Fixed, comp., 33kohm

"o*p.,

Fixed, comp.,

Fixed, comp., Fixed, comp., Fixed, comp. Fixed,

comp., 2.2Vlohm

,

Variable, carbon Fixed, comp.

,

Fixed, comp., 470kohm

Fixed, comp .

,

Fixed, comp., 680kohm

Fixed, comp .

Fixed,

comp., 220ohm !I0%

2. Tkohrn

,

Fixed, comp., 4.7kohm

IPTION

150ohrn

!5"1 IW

tLO%rN

100ohm !57! IW 100kohm !I0%

lOkohm

lMohm !L0"1

!I0%

,N

ll}"l

21kohm !20%

l5kohm

!L0"/"

!I0%

l.2kohm

!I0"1

!10% !L0"1

!I07

,N

,,$

,N

Fixed, comp., 47kohm II01l>N

TMNSISTORS

NPN, Silicon

MN,

Silicon

PM, Silicon

N-channel

JFET,

NPN, Sillcon,

Silicon

dual

,N

rrt'I

,N ,N ,N

rN

>N

WAVETEK PART

RC107-1 15

RC 1

RC107-110 RC104-410 RC104-310 RC104-510

NO.

04-333

RCr04-522

RC124-320

104-

RC

RC104-447

15

3

RCl}4-212

RC104-468

RCI04-227

RCIO4_I22

ecI}4-247

RC104-347

Q8000-013

1-090

QAO5

Q8000-009

QAOs4-s80

QBO00-010

MANUFACTURER

SODE NUMBER

A-B A-B A-B A-B A-B A-B

A_B

A-B A-B A-B A-B A-B A-B

A-B

A-B A-B

AER

SSS

MOT MOT

SPR

lB 15 15 rB33

3

1B1015

r81041

rB1031 r8105 1

JB225I

iL2032

153 I

lB

3B47 4r

:BT22T

18684

:82727

:B22IT

:B'472I

:847

3L

\430

2N5 109

,lPS37

2N5458

TDlOl

I

1

02

T

o

1

3

1

2

1 1

2

1 1 1 1

1

2 2

1

3

J

3

1

PARTS

LIST

MODULE

MroH

REV

A

REF E R ENCE

SYMBOL

ttc rt

T,fi

J6,28,

30

2,27,29,3L

3r4

5

6,7,8,15

g,

13, 14

,23

10

11

12

t6

18,19,24,32,

33

20

2T 22

25

34,35

36

DESCR

CAPACITORS

C.r"*i. f..dthru, 47OpF

Ceramic

Ceramic feedthru, 500pF

Ceramic disc, .025uF

disc, .01uF

IPTION

!20"1 500V

!20"1

!20"/" 25Ov

!207" I}AV

I00V

Electrolytic, .47uF 50V Electrolytic, 10uF 25V

Ceramic disc,

Ceramic

disc, 4.7p8

Ceramic dlsc, 10pF t5Z lkV Ceramic feedthru, 100pF !20"/" 250V

Ceramic

Ceramic Ceramic Ceramic

Cerarni-c

Ceramic

feedthru,

di-sc,

disc, 360pF disc, .005uF disc, disc, 200pF disc, 47pE

15pF t5%

t5Z

6.8pF

.001uF

120pF

t20%

!207.

!207! LO}V

!20%

!20"/"

x5% IkY

1kV

lkv

t10Z

IkV IkV

lkV

500V

IkV

WAVETEK

PART

NO.

1F101-147

rD103-310

104- 150

lF

1

lD

03- 325

:EIL3-447

rE105-010

rD101-015

rD101-R47

rD101-010 1F104-110

rF 102-R68

:DL02-2I0

I

102-

cD cD

CDIO2_LT2

CDLO2-T2O

cDro4-047

36

103-250

MANUFACTURER

CODE

BA-

SPR AER

SPR IRW

SPR SPR SPR

SPR

AER

A-B

APR

SPR SPR

SPR

NUMBER

IA5C

rc-s 10

tF4

rc-s25

)35

tEL204

l.0TCC-Q 15

IOTCC-V47

LOrcc-Q10

tF4

1A5C

GA-D1O

i

5GA.T36

TG-D5O

5GA-T 5GA-T2O

12

l0TCU-Q47

T

o

5

4 2

1

4 4

1

I

1 1 5

1

2

1

rr2

rtcR

il

T-2-3

4r5,6,7

8

10

9,

ttL

1,11

213

14,5 ,9

10

7

,8,

16,

I

lttR

t-

rt

lr,5,9,26

lz

lr,zs,+a

lt4,48

lo

to, :o

z,

I

11

,50

18,

1L2,21

Itr

It+,tt,22,25

tl, zo

ts,

I

t16

lrg

lzz

CONNECTORS

Jack,

DIODES

receptacle, 50ohm

SiLi"ott,

Voltage

Silicon, Silicon,

INDUCTORS

fi"*a,

tO"ff

Fixed

Fixed,

RESISTORS

r'i*EEl

lli""q,

|!r-xed,

Not

I

Fixed,

I

t_.

axed,

.u

|

llixea,

I I1".1,

r_xed, comp

.t

|

Fixea,

I

"o*p.

comp., comp.,

Assigned

comp.

comp .

comp.,

comp.

lrixea, lrixea,

t_.

!axed,

I

Fixea,

l

P.I.N.

variable

Hot Carrier

Junction,

47ohm

,

330ohm

lkohm t10%

l5Oohm

,

47Oohm

,

100ohm 27ohm

,

.

470ohm

,

comp.

comp., comp.,

comp. comp.

lOohnr

,

B2ohm

l.5kohm

22ohm

,

360ohrn

,

submin.

capacitance

100piV'

>N

!LO%

,lr

110%

,N

tl}"/"

rN

tLj%

>N

tIO%

,,f,t

tLj%

,N

!5"1

,'$

t5%

t5%,N

riil

!5%

rN

tlj%

r4W

!52

75OflrA

JF000-005

DP000-050

DC000-008

DGO00-007 DRO00-001

LA001-010

Assign.

Not

LC006-010 LC006-004

RC-l04-047

RC104-133

RC 104-2 10

RC104-115 RC104-147

10

104- 1

RC

104-027

RC

103-2

105-

147

15

1

36

RC 103-

RC103-010 RC103-082

RC

FtC104-022

RC

APL

W-I W-I

w-r

ITT

JEF

W-I W-I

w-r

A-B A-B A-B

A-B

A-B A-B A-B A-B

A_B

A-B

IA-B

e*a

I

I l-n

27-9

DP000-050

DC000-008 DG000-007

1N4002

15

LC006-010 LC006-004

CB47OL

cB33 1 1

c81021

cB1511

TL

CB47

cB1011

CB27OT

CB4715

cB 1005

c88205

Lcn rs zs

lcvzzot

rs

lnsgo

2

3 4

I

2

3

4

1

3

I

3 3 2

I

4

3

1

I

stt/€€P

,oR/t/E

C/

6.O

-

3

T

*re L 6

c4-f

5oo

ZZ

E-GT

Tsoo

I

/EVE/,

PRO6/e

c/3

€.4

Q/

4tP,5-r7O2

Rt4

C€N'

8A/r'2 2

CEIVf

SAND 3

R

3.9,<

2N546/

_rL

R5

2K

,14P53702

/<7

1.7/<

h

g

I

I I

E3 :f"I

f1F

L-

u

i

\

I c/6

L,soo

IEYEIE,

/IVPUr

R30

7.5K

q9

/UPS3 7O2

Qto

2/1/38514

J-]L

Q//

44P53702

R

R34

68K

CFE

+/6

;

?

I c26

I

_rL

Q6

.222H

,rwffP

SIAEEP

R//

390

CP7

o€c//tAroR

8A/'/D

I4ODU/-E l,//.9 H

8/4/VD /

/NPOT

70

E

,./2

Z/.7

SCH€fulA

REt/__A_

"D"

,t|1/EFP

€//r/PZE

oarPlr

aANDs 2f3

T/C

z/2

z/6

,22t'H

Tz"Fn

|

--

l/s

3eK

R26

l t

+ ?Rzz ?R29

,/oaK

?68A 4

Q/6

/1'/P€3 7

O2

Q/s

rllPg-?702

47K

OU.PU7

RF

8,4flA5 /,213

,+/O/'V/fAR

aarFar

r

-/6

7aA

+/8

u#9X'*,

(ctr')

3

SAND

65ryA

-/a

ZaA

R49

/aaK

,8-2

c30

,470

Rso

/ooK

^a-3

c3t

170

ra

a-2

SANOzCN 3AND3'W

4oaA

a-3

TOatA

PARTS

LIST

MODULE

MleH

REV

A

REFERENCE

SYMBOL

ttR

n

22,26 25,29

37 38

4L

42,46

43

44 47

Lr4,7

ll,15

2,5

3

6

I4

,8

r9

,16

,rO,L2,L3

DESCR IPTION

tt

RESISTORS

Fir.ed, corp.

glkohm

t5%

rN

Fixed, adjustable, nominal value shown Fixed, comp.

47kaT:rl;-

t10Z

1W

Fixed, comp. 150ohm !5"1 LW

rN

Fixed, comp. 82ohm

Fixed, comp.

470ohm

Fixed, comp. 47ohm

Fixed, comp. 470ohm

Fi-xed, comp. lkohm

Fixed,

TRANSISTORS

NPN, Siiicon NPN, Silicon

P-channel JFET

NPN, Silicon NPN, Silicon

comp. 56ohm

!101l

t10Z

!L0%

!10Z

!I0"/"

t10%

lW

>N

rN

ri,I

rN

WAVETEK PART

RC103-39

NO.

RC104----

RC104-347 RC107-116 RC106-082 RC108-14 7 RC104-047 RC104-14 7

RC104-210

RCl04-056

QB000-009 QAO38-s41

QAO54-610

QA051-090

QB000-015

MANUFACTURER

OODE

I

A-B A-B

A-B A-B A-B A-B A-B A-B A-B

MOT

G-E

MOT

SSS

I^/-I

cB9135

CB47 3L

c81615

EBB2O 1

GB47LL

CB4]OL

CB47LL

cB102l

cB5601

MPS3702

2N3854A 2N5461 2N5109

QB000-015

NUMBER

T

o

1

2

1

1 1 2 1

1 1

B

5

1 1

1

PARTS

LIST

MODULH

meH REV A

REFERENCE

SYMBOL

ttc lr

t;tz

J.+,zs

26

2r4r5r6rl0

LL,L2,L4,

L5,L6,L7 22,23

3

7

8,9,L9

27

,28,29 ,30

37,32

,L8

,20,27

I12,3

rtcR il

rJoJr,zt

2r3r4r5r13 L4,r5,16

6

r7 ,B

L7 20

rg rr2

,LB,Lg

DESCR

CAPACITORS

Ceramic feedthru

Ceramic

Ceramic disc

Composition

feedthru

100pF

.75pF 1102

IPTION

6.8pF

500pr'

!20"1

t10Z

!20"/"

LkV

500V

250v

Ceramic feedthru 100pF !20% 25OV Ceramic feedthru 470pF

CONNECTORS

Jack,

DIODES

Silicott, Junction

Voltage variable

Silicon, Silicon,

receptacle,

P.I.N.

point

contact

5Oohm submi-n

100piV,

capacitance

x207"

750mA

500V

\ryAVETE

PART

CFIO2-R6B

NO.

cF104-150

cDl02- 1 10

ccl01-175

cF104-110

CFLOL-L47

JF000-005

DRO00-00 I

DC000-008

DP000-040 DGl00-82 1

MANUFACTURER

K

SODE

A-B

AER

SPR

Q-c

AER

A-B

APL

ITT

W-I

w-r

SYL

FA5C

EF4

5GA-T1O

QC.

EF4

FA5C

27-9

1N4002

DC000-008 DP000-040

lNB2AS

NUMBER

7s

T

o

5

L4

I

1

5 5

3

4

B

I

"L

r

3filtt,rz

L3

r2r r22

3,5,L4

4,7

L7

,L8,L9

6

rl

rL6

,8 rL5

9,20

23 24

,tR n

t':O

2,7

,32 r39

40

3

4,45,48 5,79,24,28

33

6,23r27,34

B,L7

,18,35

49

,50

10

9, LL,32

L2,L3

L4,L6

15

20

136

INDUCTORS

Fixed

'

-_--

Fixed, .22uH Fixedr

Fixed

Fixed, Fixed:

Fixed,

RESISTORS

Ff".d, Fixed, comp. 4.7kohm

Fixed,

Fixed, Fixed,

Fixed,

Fixed, comp. Fixed, Fixed, comp. Variable, Fixed, Fixed,

-----

".t"p.

comp. lOMohm comp. 100ohm

comp. 22kol:rm

comp. 68kohm comp. 100kohm

comp.

7.5kohm

220ohm

39Oohm

2.2kohm

wire r^round

comp. comp.

3.9kohm

39kohm

!5%

!IO%

!rc"/"

!I0%

TLO%

!L0%

!L0"1

!r07. !I0"1

!r0"1

lOkohm

!LO%

,N

>N >N

,N

,,$

'N

,,$

,N

,N ,N

LAO06-004

LA005-R02

Not assign

Not

assi-gn

Not assign Not assign

LAO06-010

RC103-275

FrCL}4-247 RC104-610

RCl04-

RCL}4-322

RC104-368 RC104-410

RC106-L22

RC104-139

RCLj4-222 RVl02-310

RC104-239 RC104-339

1 10

I,I-r

I^I-E

w-r

W-I

I^l-I

W-I

I^I- I

A-B A-B

A-B

A-B A-B

A-B

A-B A-B A-B

BOU

A-B A-B

LAO06-004 506

Not assign Not assign

Not assign

LAO06-010

c87525

CB472L

cB1061

c81011

CB223I

cB6831

cB104l

EB2zLL

cB3911

CB222L

306 7P

c83921

cB3931

B

4

I

2 5

I

3

5

4

6

2

3

2

1 1

4tlCPa€

TERUA

FY

/AR/(E/"

t

/NPAT

./l/

8//<2Y

/NPArc

/2uy

P TOP

I

l

1;

,7/

C3

/K

R? z

,ee

J

:

/80

/N62

C/Qe

//V82

,R9

5,6k

/<

/2

5,6K

c2

ct

L,o2s2q

2/vsOZy8,

2N.f,o88,

2/VfiQAB,/

,<6

22K

Q2

lO

/<

22t(

a3

R/3

22K

q4

-/g

-/c/

*/

T"

/</5

5,6K

/E

,"

5.6K

Rt6 22K

2/v€e88

C7

/OzF

/VA/<KE/"

/OD€R

ECHEII,IAT/C

SWE€P SA/Y/PIE

'lf"+

,

i

|

i

-".-.

c*i

-..-

't

1 :'o54F

/"3821.7K

t i2.7K

,/ o'o I

'

./

./'

-/VCfE:

//Y

C2/VNE€7

/r/5//

/WSG

SHADFD

J-2

ro

_*

AS S//OW/V*

C/r//r

PA/"f'f

A'<EA

C-lgl)/RE€ftr

,<44

/14

R45

-/8

/NFarE

I i

;

).oo9a,t

4/1.O

R#

/K

e

N545A

biffffi

'

c/g

f.39

cza

czl

500

A ll/EEp

i

C23

€A/1.1

R5/

tufoou/.8

Pt

€ OUTPU

r<42

47

CR7

/\ft'+76

gps37

ff

lczz

/1./€€

r

Ailp /U/5H

REN

.E ..

t/8

) *r,

,s,3K

c8

1

_-J_____{

I

,R23

/aK

)-zg:

I

/"25

47/<

"'":-

R49

ft24

4,7/<

q7,

+,/B

R54547/<

/O/<

R5.5

47/<

=

R3t

/oK

c/4

,?35

680

Qe

lfPs?702

M4RKER

oarPaT

32V

PTOP

/oK

s/zE

-

C9

€8

CJCI

r 6.8 I

1

I

7

ro.'rAP€a

c,/ I

t €-At

//

B-/

8-/ JI

-./8

J1

e/OOoF Q

rr

l,

l,?"Lr"tl*

/5*/A

/2

too-ttF

f+

*fA

r-

PARTS

LIST

MODULE

MsH

REV. B

RE

F E RENCE

SYMBOL

ttR

46 47

53

nQ

I12

r3 14

5 6

rL2

7r8rgr13

10 11

WAVETE

PART

RPl-24-320

RCLO4-447

RCIO4-122

QAos0-880 Q8000-010

Q8000-009

QAO3B-541

QAO54-s80

NO.

47Ok

IPTION

+20%

+IO%

>N

14W

,N

DESCR

RESISTORS

(Continued)

Variable, carbon 2Ok

Fixed,

comp.,

Fixed, comp., 22Ootm

rr

TRANSISTORS

NPN, Silicon

Dual

NPN, Silicon

PNP, NPN, Silicon

N-channel

Silicon

JFET

MANUFACTURER

K

CODE

A-B

A_B

MOT

SPR

MOT

GE MOT

wA2G032

cB47 4I

CB22LL

2N5OBB

TD 101

MPS37O2

2N3854A 2N5458

NUMBER

T

o

1 1

I

5

2

4

I

1

r

PARTS

LIST

MODULE

MsH

REV"

B

REF

ER ENCE

SYMBOL

ttc

L,2r

2

tt

,22

3r4,5,619

10,11,13,1g

7

8,L4,15,19

L2

r24 ,26

L6,L7

2A

23 24

ll

L1213r4

t,cR il

L:rj--

J

4,5

,6

DESCR

CAPACITORS

Ceramj-c

Ceramic

Electrolyric

Ceramic disc.,

feedthru,

disc., .025uF

feedrhru,

10uF 25V

.05uF

Ceramic feedthru,

Electrolytic

Cerami.c

Cerami-c disc.,

Ceramic

CONNECTORS

Jack,

DIODES

disc., .005uF disc., 120uF TZOZ

receptacle,

ffi"6r,

Silicon,

100uF 25V

47OuF

point

contact

junction,

Si-licon, P.I.N.

IPTION

500pF

+20%

6.8pF

+20%

47OpF

+207"

+ZOZ

5Oohm,

100piV

+20"/"

7A0V

+102

I00V

+20"A

L00V

Ikv

tAV

submin.

750n4

250V

500V

5OOV

WAVETE

PART

NO.

cF104-150

cD103-325

CFlO2-R6B

cE105-010

cD103-350

cF101-147 c8105-110

cD103-250 cDL02-L47

cD702-1,72

JF000-005

DG100-82 1

DRO00-00

DP000-040

MANUFACTURER

K

CODE

AER

SPR

A-B

SPR

A-B

SPR SPR

SPR

APL

SYL

I

ITT

w-r

EF4

TG-S25

FA5C

TE-L204

TG-S5O FA5C

TE-1211

TG-D5O

'GAT47

5GAT12

27-9

INB2AS

lN4002

DP000-040

NUMBER

T

o

3

1

9

1 4

3

2

I

1 1

4

3 1 3

1

2

L,32

,33,

2

3r35,36

4.5

8,10

6, 13,

16

19

,

7

rLL,L4

L7

,20

9

,r2 rL5

L8

zl,29

22,23,28 3L,34,5L

i2

24

r38,50

25

,54,55

26,40

z7

30

37

,39

t+I

t+2 t+3

44

'+5

r49

lt

48

INDUCTORS

Fixed,

.22uH

Fixed

RESISTORS

=;---+i-

r_xed , comp

.E

Fixed,

comp.,

Fixed, comp., Fixed, comp., Fixed,

comp.,

Fixed, comp., Fixed, comp., Fixed, comp.,

Fixed, comp.,

Fixed, comp. Fixed, comp. Fixed, comp. Fixed, comp. Fixed,

comp.

Fixed, comp. Fixed, comp. Fixed, comp. Fixed, comp. Fixed, comp. Fixed. comD.

+LA%

Lk

.

,

l8Oohrn 680ohm

56ohm

+L0"1

22k

27oohm

+L0%

5.6k

+L0"1

3.3k L}k +707"

+L0%

4.7k

47k

!L0%

+L0%

2.2k

220k +r0%

+LO"A

L.Bk

+r0%

2.7k

100ohm +L0%

47ohm

47oiam

1l{I +I07.

+LO%

2.2M

,[t

+L0% +L0%

!LO%

+10Z.

!5% !5%

,4\l

,N

>dn

>N

'*r

,*I

'N

,*t

'N

\W

>N

>*t >N

rN

,N

,'$

,N

rlr

LAO05-R02

LA006-0

RC104-2 10

RC104-118 RC104-168 RC104-056

10

RCLj4-322

FiCL}4-L27

FlC104-256

RC104-233

RC104-310

RC704-247

RC704-347

RCLj4-222

RC704-422

RC104-218

FiC704-227 RC104-110 RC105-047 RC103-047 RC104-510 F.C7A4-522

W-E

W-I

A_B

A-B A-B A-B A-B

A

-B

A

-B

A

-B

A

-B

A-B A-B A-B A-B A-B A-B A-B

A-B

506

LA006-010

c8102 I

CB1B11 CB6B11

c85601

CB223L

cB277L

c85627

c83321 c81031

c84727

CB47 3L

c82227

CB224L

c81821

CB272L

c81011

F,84705 CM7

05

cB1051 C.R,)\1

I

1

4 1

3 2 6

5

4

2 7

? 3

2

I I

3

I I I I

1

/"3

M?s

x/

R5

3702

R4-

o,,c//.tAroR

/138.f4

li

A

I.oo.*/F

lAP.t370z

2tV5/79

Bzr

R/I./eil/C

HA

z2g

R/o

'fo

€EN€RA

y!

rd/<---

I

-->l

r

HAR4/OIY/C

(Orrtoy

Az)

/|/OOUIF/1./6H

i,IARK{R

//vrERfAl

/

SCHE/AA

.'

/

,/b/H.z

REV

f/C

.A

SWE{P

/N OUr

CR2

//Y82AS

,9A lr/Pl€

/</3

470

2N-t458

C/Q

R/7

8.2 K

-r

-L

=

Q€

,<zz

7.-7-,< I

c/5

500

I

/<2

1,h<

3

B/ROY

ourPar

3

4.,,

,8V

ItnA

c7

s.s/rs

R/4

33K

/r//lYE/< 8//<DY

R/g

//1./

!l-.17t,F

,A/r/F/,/F/€/<

PARTS

LIST

MODULE

M6H 1

REV

A

RE FER

SYMBOL

ilQil

1r3

2

4

5 6

7

ENCE

TRANS]STORS

PNP,

Silicon

NPN, Silicon NPN, Silicon NPN,

N-channel

NPN,

Silicon

JFET

Silicon

DESCR

IPTION

WAVETEK

PART

NO.

QB-000-009 QA-038-s4

QA-0s

r-790

QB-000-013

QA-0s4-s80

QA-0s0-880

MANUFACTURER

SODE

MOT

1

G-E

RCA

APX

MOT

MPS37O2

2N3854A

2N5 179

A430

2N5458 2N5088

NUMBER

T

o

2

I

1

I

1

I

PARTS

LIST

MODULE

M6H 1

REV

.a

REFE

SYMBOL

I

r14

r3

2

4

5

6

7

8

9

13

10,

11

L2

15 L6 L7

18

r12

ttx

1--

RENCE

ll

CAPACITORS

Ceramic Ceramic Ceramic Ceramic Ceramic

Variable,

Ceramic Ceramic

Ceramic

disc, disc, 33pF disc, .005uF disc, disc,

ceramic,

disc, disc, 47pF disc,

Electrolyric,

Ceramic Ceramic

Ceramic

disc,

feedthru, feedthru, feedthru,

Electrolytic,

CONNECTORS

Jack,

CRYSTALS

X25W

receptacle,

lMHz

at

DESCR

.01uF

68pF

100pF 15pF

.00luF

.47uF

470p8

10uF

IPTION

!207" L00V

t5% lkV

!20%

t5% 1kV

t5%

3.5/13pF

t5Z 1kV

!57" IkY

!20% LkV

t10Z 50V

!20"/" LkV

500pF

6.BpF

47OpE

25V

50ohm,

I00V

lkv

t207" 2.50V t10%

500V

1102 500V

submin.

WAVETEK

PART

D-

D- 104-

NO.

103-3 10

104-033 103-250

104-06

I I0

v-101-013

cD-101-015

cD-I04-047

102-2LO

E-rr3-447

r02-L47

F- 104-

F-

15

102-R68

-r0L-r47

105-

E-

F-000-005

xx-000-25

10

0

MANUFACTURER

SPR SPR SPR

SPR

8

SPR

STR

SPR SPR

SPR

TRW

SPR

AER

0

A-B A-B

SPR

APL

I

W-I

TG-S10 I 3

l0rcu-Q33

TG-D50

10rcu-Q68

lOTCU-T10

7S-TRIKO-02

1Orcc-Qrs

l0rcu-Q47

5cA-D10 I

93s

5GA-T47 I

EF4

FASC FASC

rEL204

27-9

xx-000-.25

NUMBER

1

|

t

I

1

I

|

1

t

I

1

|

2

lt

I

IT

T

I

1

I

t

I

ttcR

I

17 ,9

2

15

314

6

8,20

10,24

11

L4

15 L6

L7 18

L9

2L

22,23

rL2

rr

,L3

DIODES

Siti-con,

INDUCTORS

Coil

form

20 turns

Coil

form

turns 32

10

-------24

Fixed

RESISTORS

Fixed Fixed Fixed Fixed Fixed Fixed Fixed Fixed Fixed Fixed Fixed Fixed Fixed

Variabie,

Fixed

comp.,

comp.

comp.,

comp.

comp., comp., 75ohm

comp.

comp.,

comp., comp.,

comp

comp.,

point contact

LB-002-000

ga. wire

32

LB-003-000

ga.

wire

ga.

wire

470ohm

3.9kohrn

2.2kolnm

,

27kohm lOkohrn

,

100ohm

!57.,N

33kohm

,

lMohm

1 kohm

B.2kohm

l5kohm

l.5Mohm

.

,

carbon,

4.7kghn

!IO%,N

2Okohm

with

wiEh

tLO%>N

!L0"/"

!L0%,N

,,1

tlo7"

,N

!L0%

,,1,1

!L0%

,N

tL\%

!I07",N

tI}%,N

IIO"I

!20%

!LO7",N

160 Eurns,

turns,

35

,N

'N

DG- 100-82

Assign.

Not

Assign.

t

Assign.

Not

LA-006-004

RC-104-147

RC- 104-239

RC-il"O42'222

-LA4=327

10

104- 3

1 10

104-

RC-103-075

RC- 104-333 RC- 104-5

RC-

RC-L04-282

RC- 104-315 RC-

F.P-r24-324

RC-LA4-247

10

104-2 10

15

1

04-5

1

SYL

;:;-

A-B A-B A-B A-B

A-B A-B

A_B

A-B A-B A-B A-B

A_B

A-B A-B A-B

1N82AS

LA-006-004

LL

CB47

CB392T

c82221

cai,27 3l

cB1031

CBlOIl

15

cB75

c83331

I

105

cB

I

cB 102

CBB22L

c81531

1

cB155

wL2032

CB472L

R/I/O/V/

HA

(o,ertou

llODUIE

6WIEP,94/Af/E

//Y

lC€

3.9

k

AZ)

OUf

C IlA

RK5R

/NrF,"tal:

/ACH

ECHE/LIA

5

ro 50 t-/H.z

€-5O

r<EV

T/C

C4

R3

./.-tK

o,tc/t/-AToR-

/</

/oo

Q2

,4430

/ozF

r.5//3

C,q/ //V82A S

R//

a.2,<

8/RPf

a1

2,VsO88

A/UP//F/ER

c//

€.

e 8/8DY

2arPar

c/2,l,4za

,/81/

2A

,/o

PARTS

LIST MODULE

ro"t-so

REVA

REFERENCE

SYMBOL

ttc

il

1' a1

J; I

4

5 6

Brg

10

1t I2

13

ttJ

il

1J

rtx lr

1

rtcR

1

ttl

il

T-

2

1 J

+

DESCR

CAPACITORS

Ceramlc Ceramic

Ceramic

Variable,

Ceramic

Ceramic disc, Ceramic

Ceramic Ceramic

Electrolyric,

CONNECTORS

disc, disc,

vary

47pF !5%

feedthru,

ceramic,

di-sc, 15pF

.001uF

disc,

.01uF !20%

feedthru, feedthru,

1OuF

JaA, re.eptacle,

CRYSTALS

Type

DIODES

SlEc;;,

INDUCTORS

C"il-f.rr of

to

turns

vary with

point

contact

witih 32

varies

Fixed---

Formed

from 24

Fixed---

IPTION

with

500pF

3.5/I3pF

t5Z lkV

!20"1

6.8pF

47OpF !2OZ

25V

-q0ohm

Harmonic

ga.

magnet wire,

wiLh

ga.

crystal

buss

crystal freq.

lkY

t207"

250V

IkV

LO}V

t10Z

500V

submin

interval

freq.

wlre

number

WAVETE

PART

K

NO.

;;;;;:;;;-

cF104-150

cv101-013

cD101-015

CDIO2_2LO

cD103-310

CF 1

O2-R6 B

cF101-141

cE 105*0

JF000-005

DG 1

Not Assign.

LAO06-0

Not Assign.

LAO06-004

00-82

1

10

0

1

MANUFACTU

ODE

;;;

AER

STR

SPR SPR SPR

A-B A-B

SPR

APL

SYL

W_I LA006-0

W_I

NUMBER

10TCC-Q47

EF4

7STRIK

1OTCC-Q

5GA-D 1O TG-S

1 O

FA5C FA5C

TEL2O4

27-9

INB2AS

LAO06-004

RER

O-02

15

10 1

T

o

;-

I

1

2

1 1 1

I

2

L

I

ttR

1

2

3

4

,17

5

6

7

B

9

10

11 L2

13

14,

15

ttQ

1

2 3

4

16

lr

tt

-

RESISTORS

fi"ua, *p., 4Tkohm Fixed, Fixed,

comp.

qomp

56ohm

,

l.5kohm

.

,

Fixed, comp., 100ohm Fixed, Fixed, comp. Fixed, Fixed, Fixed, comp., Fixed, Fixed, Fixed, Fixed, Fixed, Variable,

TMN-SISTORS

NPN, Silicon

N-channel JFET

NPN, Silicon

comp., 75ohm

3.9kohm

,

comp., 470ohm comp., 33kohm

lMohm

comp., lkohm

comp.

8.2kohm

,

comp., l5kohm

comp. comp.

1 .5Mohm

,

t0kohm

,

carbon, 2Okohm

tIO%

!IO%

!LO'/"

!L0"/"

t5"l

tI}"A

tIO"/"

!I0%>N

!LO"/"

IIO"I

tIO",1

!L07:>N

!I0"/"

IIO"A

>rtl

,4\'l

,N

>N

,N

>N

rlf

>N

,4\l

>N

t20"1

,N

F.CL04-347

RC104-056

1

RC RC 104- I

RC103-075

RC104-239

RC104-147

RC

RC i 04-5

RC104-210 RCIO4_282

RC RC

RC104-310

15

04-2

10

104-333

10

104-3i5

104-5 15

RPI24-320

QAO3B-s4

Q8000-0 QA054-580

QA050-BB0

r3

A-B

CB47 3I

333

15

155

I

05

IL

1 1

31

1

A-B

cB5 60

A-B

c81521

A-B

cB1021

A-B

cB75

A-B A-B A-B

A_B

A-B

A_B

A-B

A_B

A-B A-B

1

G_E

APX

MOT MOT

c83927

CB47 cB

cB105

cB1021

CBB22L

cB cB

cB1031

wA2GO32

2N3854A

A430

2N5458 2N5088

1 1 1

2

1

I

1

I

I I

2

I

1

I

A/N€I

(onrtouAl)

FREQ

E

.<4/v6E

/1./O0UL

RKER

II4A

450 To

/1,f65-

E

/ooo

.,CHfiK/A T/C

Mt{-t

/eEV

Llrt"to^

c/

-u

1

-r_i

ce

iEo

,9WEEP

N

r'

5A

oa7

tAP/. E

ta

^,

R5

/OO.<

ca

500

,2L

Q2>

2^/38€4A

EIRPY

OUTPUT

PARTS

LIST

MODULE

oT3:roooREV

R EFE R ENCE

SYMBOL

'tc

1

2

)

4,6

,9

5 7

I

10 11

t2

lt

"J

lJ

il

,t

1

"cR

TJ

47pF

IPTION

!5% rkv

t5Z 1kV

500pF

DESCR

CAPACITORS

ffiE"",

Ceramic

disc,

Ceramic disc, Ceramic feedthru,

20pF

120pF t5Z lkv

Ceramic feedthru, 47}pF

Variable,

Ceramic Ceramic Ceramic

CONNECTORS

Jr"k

CRYSTALS

a"art"

ceramic,

disc, .01uF

disc, .05uF

7

35pY

/

L.2/ LOpF

!20% I00V

!207, L00V

feedthru, 6.8pF

."""ptacle, 5Oohm submin.

crystal,

frequency varies

marker frequency

DIODES

Silicon,

point

contact

!20% !20%

110% 500V

25AV

500V

with

WAVETEK PART

CD- 1Cl4-0i+7

cD-

cD-104-1

NO.

10 1-020

12

cF-104-150

cF- 101- 147

cv-101-035

103-010

cv-

cD-103-310

103-350

cD-

102-R6B

cF-

JF-000-005

xx-000-331

DG-100-82 1

MANUFACTURER

CODE

SPR SPR SPR

AER.

A_B

STR STR SPR

SPR

A._B

APL

I,tr-r

SYL

NUMBER

10rcu-Q47 tOTcc-Q20

lOTCU-T12

EF4

FA5C

S-TRIKO

R-TRIKO

TG-S 1 O

TG_55O

FA5C

27-9

xx-000-33

IN82AS

T

o

I

3

1

I

1 1

I

1

2

I

1

2

"L

1

2

"R

1

2

J

4

5 6

719

B

ttQ

1)

INDUCTORS

Assign

Not

r,A001-R22

RC- 104-347

RC- 104-056

104-2 15

RC-

F.C-TO4-2I2

104-4

RC-

RC-r04-447

RC-104-310 P.P-124-320

QA-038-s4

!IO"/.

!L0%

tI1%

!I0"/"

!I0%

!L0%

wound with

wire

,N

L4W

,N

rN

,N

rN

Coil form No.

turns,

'ixed

RESISTORS

i*"a, co-*p.

f

Fixed, Fixed, Fixed, Fixed,

Fixed,

Fixed, Variable,

lt

TMNSISTORS

32

2.2uH

,

comp., 56ohm comp., comp.,

comp.,

comp., 470kohin

comp., l0kohm

LB-003-000

gauge

47kohm

,

magnet

l.5kcjhm

l.2kohm !L0%

100kohm

carbon,

2Okohm

NPN,-mrdn

10

W-I

JEF

A_B

A-B A-B A-B

A-B A-B A-B A-B

1

G_E

Not Assign.

15

CB47

3L

c85601

cB 152 1

CBL22T

c8104

cB47 4I

cB1 03 WA2GO32

I

2N3B54A

I

1

I

1

I

2

I

2

/kHz

///O

D UIA

TOR SCHE/|,/A

T/C

C/

.02z,pF

(oerroN

44)

l,lODULE

/1r/62

r/8

REV

A

C2

,oiznr

2N385

9!-

-/8

-t8

€/r/A

cR/

+/8

tt?

5/1//A

AA

fs?702

PARTS

LIST

MODUII

voz

REV

r

REFERENCE

SYMBOL

ttc

il

TJ

3r4

5

ttcR il

Tr-

ttR rr

1

2

t

J

4,6,g,12

5,11

7

,IO

9,13,15

T4

ilQil

Lr2r4r5

3,6

,7

6

DESCR

CAPACITORS

Mylar

Ceramic

paper,

.022wF !I0% 200V

feedthru, 47}pF

Ceramic feedthru, 6.BpF

DIODES

Sili*,

RESISTORS

Varf"bl% Fixed, comp.

junction,

carbon,

,

Fixed, comp., Fixed, comp., Fixed, comp.,

IPTION

t20"/"

1102

100piV

2Okohm

27kohm

4.7kohm

lOkohm ILO"I

47kohm

ILO"I

!L)Z

|LOZTN

Fixed, comp., 22kohm tI}% Fixed, comp., Fixed,

TRANSISTORS

NPN,

PNP,

N-channe1,

comp.,

Silicon Silicon

100kohm !IO"/"

2.2kohm !I0"/.

J-FET

750mA

x2O%

,N

rN

,N ,N

,N

lOOV

500V

rN

WAVETE

PART

CP.LOT_322

cF- 10 cF- 102-R68

DR-000-00 1

NO.

I-147

RP-L24-320

F.C-104-327

FiC-I04-247

RC-104-310

RC- 104-347

F.C-L04-322 RC-tr04-410 RC-104-222

QA-038-54 QB-000-009 QA-054-580

MANUFACTURER

K

CODE

C-D

WMF

A_B

A-B

A-B A-B A-B A-B A-B A-B A-B

A*B

1

MOT MOT

ITT

G_E

FA5C FA5C

rN4002

ttL2032

CB273L

CB472T

cB

cB47

CBz23I

CBI04

CB222I

2N3854A

MPS

2N5458

NUMBER

103 1

3r

I

3702

T

o

2

I

2

I I

1

4

2 2

3

I

4

J

1

Wavetek 2001 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual