Tektronix 507 Manuel utilisateur

CATHODE-

RAY

OSCILLOSCOPE

TYPE

507

INSTRUCTION

MANUAL

TEKTRONIX,

INC.

MANUFACTURERS

CATHODE-RAY

AND

VIDEO

TEST

INSTRUMENTS

-507-1

Sunset

Highway

and

Barnes

R ad

•

P.O.B x

831

•

P rtland

Oreg n,

Ph ne:

CYpress

2-2611

•

Cables:

Tektr nix

TYPE

507

SERIAL

NUMBER

_________

Copyrig t

1959

Tektronix,

Inc.,

Portland,

Oregon.

Printed

t e

United

States

America.

All

rig ts

reserved.

Contents

t is

publica



tion

may

not

reproduced

any

form

wit out

permission

t e

copy



rig t

owner.

CONTENTS

Vertical

Deflection

System.

Sweep

Circuit.

Power

Sup



plies.

Miscellaneous.

Functions

Controls

and

Con



nectors.

GENERAL

DESCRIPTION

SECTION

Sweep.

Vertical

Deflection

System.

Cathode-Ray

Tube

Circuit.

igh-Voltage

Power

Supply.

Time

Mark

Gen



erator.

External

Power

Supply.

CIRCUIT

DESCRIPTION

SECTION

Preventive

Maintenance.

Analyzing

Trouble.

MAINTENANCE

SECTION

ADJUSTMENT

PROCEDURE

SECTION

PARTS

LIST

SECTION

SCHEMATIC

DIAGRAMS

SECTION

ACCESSORIES

SECTION

507

GENERAL

DESCRIPTION

T e

Tektronix

Type

507

Oscilloscope

specialized

instrument

designed

primarily

for

ig -voltage

surge

testing

applied

power

transformers,

ig -voltage

insulators,

lig ting

arrestors

and

allied

components,

and

t eir

associated

design

and

acceptance

tests.

T e

use

24-kv

accelerating

potential

new

type

cat ode

ray

tube

permits

p otograp ic

recording

single

sweeps

t e

maximum

writing-rate

permitted

t e

vertical

deflection

and

sweep

circuits.

T e

vertical

deflection

system

provides

risetime

approximately

millimicroseconds

and

sensitivity

approx



imately

v/cm.

external

lengt

delay

cable

can

inserted

into

t e

vertical-input

signal

circuit

permit

viewing

t e

lead



ing

edge

t e

waveform

w ic

triggers

t e

sweep.

Time

markers

are

available

for

convenient

calibration

t e

sweep.

T e

Type

507

consists

two

units,

indicator

and

power

supply,

mounted

Scope-Mobile,

t us

making

convient

mobile

unit.

desired,

t e

units

may

lifted

off

t e

Scope-Mobile

for

benc

use.

VERTICAL

DEFLECTION

SYSTEM

Transient

Response

Risetime

between

10-percent

and

90-percent

amplitude

points

about

millimicroseconds

(.005

microseconds).

passive

damping

network

inserted

t e

deflection

leads

adjusted

for

optimum

transient

response

wit out

overs oot

ringing.

T e

maximum

vertical

sensitivity

wit

Type

T507P

cat ode-ray

tube

operated

24-kv



celerating

v/cm.

Attenuator

step

attenuator

wit

c aracteristic

imped



ance

o ms

provided

t e

vertical-input

signal

circuit.

T e

attenuator

composed

ten

equal

resistors

7.2

o ms

eac ,

mounted

tap

switc .

T e

percentage

input

signal

applied

t e

deflection

plates

can

selected

t e

tap

switc

from

percent

100

per



cent

10-percent

steps.

Signal

Mode

t ree-position

switc

reverses

t e

deflection



plate

polarity;

t e

center

position

t e

switc

used

conjunction

wit

trigger-selector

switc

apply

markers

for

p otograp ing

time

references.

Positioning

Switc

T e

Type

507

seven-step

vertical-posi



tion

switc

wit

50-volt

steps

—

150v,

—

100

—

+50

+100

and

+150

sep



arate

two-position

switc

selects

eit er

50-volt

steps

continuously

variable

adjustment.

External

Voltmeter

Connections

Terminals

are

provided

for

ig -impedance

(5000Ω/v)

voltmeter,

permitting

vertical

cali



bration

w en

using

t e

variable

positioning.

GENERAL

DESCRIPTION

—

TYPE

507

1-1

Signal

Delay

Two

standard

UHF

connectors

are

provided

t e

rear

t e

instrument

for

insertion

external

lengt

delay

cable

into

t e

vertical



input

signal

circuit.

C oice

t e

appropriate

lengt

and

type

cable

t e

discretion

t e

user;

delay

cable

furnis ed

wit

t e

instrument.

signal

delay

permits

t e

sweep

triggered

and

under

way

before

t e

signal

applied

t e

vertical

deflection

plates.

SWEEP

CIRCUIT

Type

Triggered,

ard-tube

bootstrap

sweep

circuit

wit

inverter

produce

balanced

deflection.

Rates

eleven-position

switc

selects

rates

.02,

.05,

.1,

.2,

.5,

10,

and

MICRO-

SECONDS/CM,

wit

maximum

displacement

error

percent

over

t e

center

t e

10-cm

sweep

lengt .

Sweep

Starting

Time

T e

orizontal

sweep

starts

approximately

100-m/zsec

after

t e

signal

triggering

pulse

arrives

t e

rear-panel

connector.

inserted

signal

delay

approximately

150

sec

permits

t e

sweep

triggered

and

under

way

before

t e

signal

applied

t e

vertical

deflection

plates.

Duty

Cycle

Limitation

duty-cycle

limiting

control

automatically

limits

t e

duty

cycle

t e

sweep

circuit

about

percent

avoid

exceeding

t e

dissipation

limits

some

t e

circuit

components.

T e

limiting

system

serves

purely

protective

func



tion

and

does

not

provide

frequency

dividing

operation.

T e

following

table

s ows

t e

maximum

per



missible

repetition

rate

for

eac

t e

avail



able

sweep

times

per

centimeter.

SWEEP

TIME

MAXIMUM

REPETITION

RATE

sec/cm

600

c/s

sec/cm

1.5

sec/cm

.05

sec/

.02

sec/cm

Triggering

triggering

p ase-inverter

amplifier

con



junction

wit

selector

switc

permits

t e

sweep

circuit

triggered

from

eit er

positive-

negative-going

portions

t e

observed

signal,

from

positive

negative

triggers

from

external

source.

trigger

voltage

range

100

volts

3000

volts

amplitude

will

adequate

for

stable

triggering.

T e

MARKER

position

t e

selector

switc

must

used

w en

time

markers

are

desired.

Sweep

Mode

two-position

switc

provides

for

eit er



petitive

single-sweep

operation.

W en

t e

switc

t e

single-sweep

position,

pressing

t e

RESET

button

arms

t e

sweep

circuit.

T e

sweep

can

t en

triggered

internally,

MAN



UAL

TRIGGER,

external

trigger.

T e

1-2

GENERAL

DESCRIPTION

—

TYPE

507

MANUAL

TRIGGER

switc

primarily

for

p oto-

t e

calibrated

vertical

position

lines,

create,

grap ing

zero

reference

line

and

any

all

effect,

parallax-free

graticule.

POWER

SUPPLIES

Cat ode-Ray

Tube

Accelerating

Voltage

oil-sealed

supply

t e

a-f

oscillator

type

provides

(+20

and

—

kv)

for

t e



celerating

potentials.

T e

—

4-kv

supply

reg



ulated

compensate

for

load

c anges

and

line



voltage

c anges.

Low-Voltage

Supply

separate

power

unit

provides

regulated

voltages

for

t e

indicator

unit

+750,

+475,

+225

and

—

250

volts.

T e

unit

also

provides

unregulated

voltage

+360

volts

for

t e

oscillator

t e

ig -voltage

supply

for

t e

circuit.

Power

Requirements

600

watts

117

volts.

Voltage

range

105-125

210-250

volts,

60-cycle,

single-p ase

ac.

Two

primary

circuit

fuses

are

provided

for

protection

against

sustained

over-load

conditions.

MISCELLANEOUS

Cat ode

Ray

Tube

Type

T507P

ca ode-ray

tube

wit

P11

p os



p or

furnis ed

wit

t e

Type

507

unless



ot er

p osp or

specified.

Construction

Contained

two

separate

units

convenient

size,

normally

mounted

Tektronix

Type

500A

Scope-Mobile.

T e

anodized

c assis

and

t e

blue

wrinkle-finis ed

cabinets

are

made

aluminum

alloy.

P oto-etc ed

anodized

pan

els

are

employed.

Dimensions

Indicator

unit:

16-¾"

ig ,

13"

wide,

23-

¾"

deep.

Power

unit:

½"

ig ,

13"

wide,

17½"deep.

Weig t

Indicator

unit

................................................

lbs.

Power

Unit

.................................................

lbs.

Type

500A

Scope-Mobile

..........................

lbs.

FUNCTIONS

CONTROLS

AND

CONNECTORS

6.3V

1A.

Tip

jack

from

eater

bus.

SCALE

ILLUM.

Variable

resistor

controlling

brig tness

lamps

illuminating

graticule

over

face

cat ode-ray

tube.

ASTIGMATISM

Potentiometer

controlling

t e

voltage

t e

astigmatism

anode

t e

cat



ode-ray

tube.

Proper

setting

t e

voltage

t is

anode,

wit

respect

t e

deflection

plates,

permits

t e

spot

focused

s arply

bot

dimen



sions

simultaneously.

INTENSITY

Potentiometer

controlling

grid

voltage

t e

cat ode-ray

tube

and

t ere



t e

brig tness

t e

trace.

FOCUS

Potentiometer

controlling

t e

voltage

applied

t e

focusing

anode

t e

cat ode-ray

tube

for

focusing

t e

trace.

GENERAL

DESCRIPTION

—

TYPE

507

1-3

HORIZONTAL

POSITION

Twin

differentially-connected

potentiometer

controlling

average

potential

cat ode-ray

tube

orizontal

deflection

plates,

t ereby

adjusting

orizontal

position

sweep.

SWEEP

MODE

Two-position

toggle

switc

select

eit er

repetitive

single-sweep

opera



tion.

RESET

Button-switc

arms

t e

sweep

circuit

w en

t e

SWEEP

MODE

switc

t e

SINGLE

SWEEP

position.

T e

READY

lig t

indicates

t at

single

sweep

will

produced

upon

reception

trigger

pulse

from

t e

signal



served

(or

p otograp ed),

from

external

trigger

source,

from

t e

man



ual-trigger

circuit

(obtained

depressing

t e

MANUAL

TRIGGER

switc ).

STABILITY

Potentiometer

controlling

grid

bias

negative

multivibrator

tube.

Deter



mines

optimum

point

triggering.

MICROSECONDS/CM

Gang

switc

controlling

sweep

duration

and

sweep

rate.

Selects

appropri



ate

multivibrator

pulse

lengt ,

and

sweep

generator

c arging

capacitor

and

resistor.

Switc

also

selects

TIME

MARKERS

for

convenient

calibration

t e

sweep.

TRIGGER

SELECTOR

Switc

selecting

source

and

polarity

sweep-triggering

voltage.

MANUAL

TRIGGER

Button-switc

provides

manually-controlled

trigger

for

sweep

generator.

MANUAL

TRIP

PULSE

Button-switc

provides

pulse

approximately

700

volts

amplitude

and

µsec.

widt

TRIP

PULSE

OUT

connector

rear

panel

instrument.

VERTICAL

ATTENUATOR

SIGNAL

MODE

Switc

selects

percentage

input-signal

voltage

applied

vertical

deflec



tion

plates.

T ree-position

switc

reverses

deflection-plate

polarity

wit

respect

signal

being

observed.

T e

center

position

t e

switc

connects

t e

output

t e

Time-Mark

Genrator

t e

vertical

deflection

plates.

VARIABLE

DEFLECTION

Switc

connects

arm

VARIABLE

positioning

control

EXTERNAL

VOLT



SENSITIVITY

MONITOR

METER

connectors

front

panel

instrument

monitor

t e

variable

positioning

voltage.

Polarity

voltage

may

reversed.

POSITIONING

VOLT

STEPS

Seven-position

switc

control

voltage

cat ode-ray

tube

vertical

deflec



tion

plates

50-volt

steps.

Eac

position

t e

switc

causes

t e

beam

s ift

approximately

centimeter

t e

vertical

plane.

T is

switc

con



nected

into

t e

circuit

w en

t e

toggle

switc

immediately

below

t e

VOLT

STEPS

position.

POSITIONING

VARIABLE

Potentiometer

controlling

average

potential

cat ode-ray

tube

vertical

deflection

plates,

providing

continuous

adjustment

vertical

position

beam.

T is

control

connected

into

t e

circuit

w en

t e

toggle

switc

immediately

below

t e

VARIABLE

position.

VOLT

STEPS

VARIABLE

Toggle

switc

determines

w et er

vertical

positioning

continuously

variable

50-volt

steps.

1-4

GENERAL

DESCRIPTION

—

TYPE

507

Autres manuels pour 507

Autres manuels Tektronix Équipement de test

Tektronix

Tektronix TDS1000B Series Manuel utilisateur

Tektronix

Tektronix TBS2000B Series Manuel utilisateur

Tektronix

Tektronix MDO32 Manuel d'instructions

Tektronix

Tektronix MTS4000 MPEG Manuel d'utilisation et d'entretien

Tektronix

Tektronix 2235 Manuel utilisateur

Tektronix

Tektronix TDS5000B Series Feuille d'instructions

Tektronix

Tektronix XYZs Manuel utilisateur

Tektronix

Tektronix 535 Manuel

Tektronix

Tektronix TBS1000C Series Manuel utilisateur

Tektronix

Tektronix TCP0150 Manuel utilisateur

Tektronix

Tektronix TDS 420A Manuel utilisateur

Tektronix

Tektronix 2230 Manuel du propriétaire

Tektronix

Tektronix AWG-HD Manuel d'utilisation et d'entretien

Tektronix

Tektronix TDS3000C Series Manuel d'utilisation et d'entretien

Tektronix

Tektronix TDS 340A Manuel utilisateur

Tektronix

Tektronix 067-0700-00 Manuel utilisateur

Tektronix

Tektronix TDS3000B Series Manuel utilisateur

Tektronix

Tektronix 2212 Manuel utilisateur

Tektronix

Tektronix DPO70000C Series Manuel utilisateur

Tektronix

Tektronix R3051 Manuel utilisateur

Tektronix

Tektronix M 581 Series Manuel utilisateur

Tektronix

Tektronix A6303 Manuel utilisateur

Tektronix

Tektronix 7000 Series Manuel utilisateur

Tektronix

Tektronix 442 Manuel utilisateur

Manuels Équipement de test populaires d'autres marques

SMART

SMART KANAAD SBT XTREME 3G Series Manuel utilisateur

Agilent Technologies

Agilent Technologies BERT Serial Manuel utilisateur

Agilent Technologies

Agilent Technologies N3280A Manuel utilisateur

Vernier

Vernier Go Direct Voltage Manuel utilisateur

Lifeloc

Lifeloc R.A.D.A.R. Manuel utilisateur

Fluke

Fluke T5-600 Instructions d'utilisation et d'installation

Mercury

Mercury TSL01 Manuel utilisateur

MAHA

MAHA MBT Series Manuel utilisateur

Fuji Electric

Fuji Electric P-61 Manuel utilisateur

ETC

ETC SealerAtor Manuel utilisateur

Skyfine

Skyfine ETHYWAY V2 Manuel utilisateur

Appion

Appion G5 Twin Manuel utilisateur

PCB Piezotronics

PCB Piezotronics 8159-0112A Manuel utilisateur

BW Technologies

BW Technologies MicroDock II Manuel utilisateur

Sun Nuclear

Sun Nuclear 1027 Manuel utilisateur

Biomark

Biomark HPR LITE READER Manuel utilisateur

Hioki

Hioki 3169-20 Manuel utilisateur

Ashcroft

Ashcroft ATE-100 Manuel utilisateur