Philips PM 3207 Manual de usuario

PHILIPS

MHz.

Dual

channel

oscilloscope

3207

9444

03207..1

9499

440

19915

790215

Directions

for

use

Gebrauchs

anleitung

MAT

219

Mode

d’emploi

Gebruiksaanwijzing

Brugsanvisning

Instrucciones

Manejo

Istruzioni

d’use

MHz.

Dual

channel

oscilloscope

9444

03207..1

PHILIPS

9499

440

19915

790215

IMPORTANT

correspondence

concerning

this

instrument,

please

quote

the

type

number

and

serial

number

given

the

type

plate.

WICHTIG

Bei

Schriftwechsel

Uber

dieses

Gerat

wird

gebeten,

die

genaue

Typenbezeichnung

und

die

Ger&tenummer

anzugeben.

Diese

befinden

sich

auf

dem

Leistungsschild.

IMPORTANT

RECHANGE

DES

PIECES

DETACHEES

(Réparations)

Dans

votre

correspondance

dans

vos

réclamations

rapportant

cet

appareil,

veuillez

TOUJOURS

indiquer

numéro

type

numéro

série

sont

marqués

sur

plaquette

caractéristiques.

NOTE:

BEMERKUNG:

REMARQUES:

The

design

this

instrument

subject

continuous

development

and

improvement.

Consequently,

this

instrument

may

incorporate

minor

changes

detail

from

the

information

contained

this

manual.

Die

Konstruktion

und

Schaltung

dieses

Gerats

wird

stdndig

weiterent-

wickelt

und

verbessert.

Deswegen

kann

dieses

Gerst

von

den

dieser

Anleitung

stehenden

Angaben

abweichen,

Cet

appareil

est

‘objet

développements

amélorations

continuels.

conséquence,

certains

détails

Mineurs

peuvent

différer

des

informa

tions

données

dans

présente

notice

d'emploi

d’entretien,

N.V.PHILIPS’'GLOEILAMPENFABRIEKEN

EINDHOVEN

THE

NETHERLANDS

1979

INTRODUCTION

The

3207

compact

lightweight

dual-trace

oscilloscope,

featuring

ergonomic

design

and

extensive

measurement

capabilities.

The

wide

range

use

includes

educational,

research

and

service

applications.

The

maximum

sensitivity

mV/div

and

the

bandwidth

MHz.

The

instrument

has

several

trigger

modes

including

triggering.

CHARACTERISTICS

This

instrument

has

been

designed

and

tested

according

IEC

Publication

348

for

Class

instruments

and

has

been

supplied

safe

condition.

These

data

apply

operating

temperature

between

°C

and

°C

and

after

warming-up

period

min.

CRT

Measuring

area

Screen

type

Total

acceleration

voltage

Vertical

amplifier

Display

modes

Input

coupling

Bandwidth

Deflection

accuracy

Input

impedance

Max.

permissible

input

voltage

Chopper

frequency

Time

base

Coefficient

error

Additional

error

for

magnifier

Trigger

Source

Mode

Sensitivity

INT:

EXT:

Trigger

frequency

range

Input

impedance

Max.

permissible

input

voltage

div.

cm)

P31

(GH),

Optional

(GM)

1.5

AtB;

+B;

and

(chopped

—

alternated

position)

AC/DC

OHz...15

MHz

(—-3

dB)

:10Hz...15

MHz

(-—3

dB)

400

(DC

peak)

100

kHz

approx.

15%

+2%

Ch.

EXT.

AC/TV

0.75

Geat

Trigger

freq.}

1.5

ioe

eee

freq.

0.75

S100

kHz

11.5

<15

MHz

10Hz...15

MHz

1MQQ

400

(DC

peak)

X-deflection

Source

Ya-input;

Time

base

Frequency

range

DC:

0...2MHz

(-3

cB)

Phase

shift

3°

kHz

Power

supply

Double

insulated

Nominal

voltage

range

110;

220

240

Vac

10%

Nominal

frequency

range

...66Hz

Power

consumption

(30

VA)

max.

Mechanical

data

Length

370

incl.

controls

(450

incl.

handle)

Width

297

excl.

handle

(330

incl.

handle)

Height

129

excl.

feet

(138

incl.

feet)

Weight

(4.7

kg)

OPTIONAL

ACCESSORIES

9326

Passive

probe

1:1/10:1;1,1.m

9327

Passive

probe

1/10:1;2,1m

9328

Set

two

passive

probes

1:1/10:1

8921

(L)

Passive

probe

1,5

(2,5

8925

(L)

Passive

probe

10:

pF;

1,5

(14

pF;

2,5

8932

Passive

probe

100

max.

voltage

2000

1,2

pF;1,5m

9355

Current

probe;

...

MHz

9366

Collapsible

viewing

hood

8980

Closed,

tong

type

viewing

hood

DIRECTIONS

FOR

USE

Safety

regulations

(in

accordance

with

|EC

348)

Before

connecting

the

instrument

the

mains

(line),

visually

check

the

cabinet,

controls

and

connectors

etc.,

ascertain

that

damage

has

occurred

transit.

any

defects

are

apparent,

not

connect

instrument

the

mains

(line).

The

instrument

must

dis-

connected

from

all

voltage

sources,

and

any

high

voltage

points

discharged

before

any

maintenance

repair

work

carried

out.

adjustments

maintenance

the

operating

instrument

with

covers

removed

inevitable,

must

carried

out

only

skilled

person

who

aware

the

hazards

involved.

normal

Operation

the

double-insulated

power

supply

obviates

the

need

safety

ground.

WARNING:

MUST

BORNE

MIND

THAT

ALL

MEASUREMENTS

THE

FRAME

GROUND

THE

OSCILLOSCOPE

RAISED

THE

SAME

POTENTIAL

THAT

THE

MEASURING

GROUND

PROBE

CONNECTION.

NEITHER

THE

PROBE’S

GROUND

LEAD

NOR

THE

FRAME

GROUND

SHALL

CONNECTED

LIVE

POTENTIALS.

4.1.

4.2.

Local

mains

(line)

connection

Before

connecting

the

instrument

the

mains

(line),

make

sure

that

set

the

local

mains

(line)

voltage.

delivery,

the

instrument

set

110

220

240

which

indicated

the

rear

the

instrument.

the

instrument

has

set

another

voltage

indicated,

contact

your

local

service

organisation.

Controls

and

sockets

Cathode-ray

tube

and

power

controls

POWER

Mains

switch;

pilot

lamp

indicates

the

ON-state

INTENS

Trace-brillance

control;

clockwise

turning

increases

brillance

the

trace

(spot)

FOCUS

Beam-focussing

control;

enables

focussing

beam

for

minimum

spot

size.

For

correct

display

FOCUS

and

INTENS

should

optimally

adjusted.

Vertical

deflection

POSITION

Control

(by

turning)

for

vertical

shifting

the

trace

(spot)

AMPL/DIV

Control

vertical

deflection

coefficients,

OFF

ranging

from

mV/DIV

V/DIV

ina

1-2-5

sequence.

the

"OFF’’-position

the

input

floating

and

trace

will

displayed.

both

“AMPL/DIV"

switches

are

'OFF"-position,

the

base

line

channel

displayed

only.

Input

signal

coupled

via

blocking

capacitor

and

the

component

blocked.

Input

signal

directly

coupled.

A&B

Both

channels

are

displayed,

chopped

(ms)

—-

alternated

(Us).

ADD

Sum

signal

channels

and

will

displayed

(see

“+/—"'),

Slide

switch:

'’+’'

position

for

usual

operation.

"—"'

position

the

inverted

signal

channel

will

displayed.

combination

with

ADD,

A-B

will

displayed.

BNC-socket

for

channel

input.

10.

BNC-socket

for

channel

input.

Time-base

and

horizontal

deflection

11.

POSITION

Control

(by

turning)

for

horizontal

shifting

the

trace

(spot).

12.

LEVEL

Control

for

adjusting

the

point

(level)

the

input

signal

slope

from

which

the

trigger

signal

derived.

13.

Us”

14.MAGN

15.

TIME/DIV

16.XVIAA

w|>

i|+

19.

INT

EXT

20.

21.

EXT

Slide

switch;

combination

with

the

TIME/DIV

switch

selects

the

time

coefficients.

A&B-mode

the

display

chopped

position

and

alternated

position

Us.

Slide

switch;

allows

increase

the

horizontal

deflection

factor

combination

with

the

Us/ms

switch,

selects

the

time

coefficients

from

0.5

Us/DIV

200

ms/DIV

1-2-5

sequence.

the

position

via

horizontal

deflection

determined

the

channel

input

signal

(bandwidth

MHz).

CAUTION:

Extended

high

intensity

may

damage

CRT

especially

with

stationary

slow-moving

spot.

Slide

switch;

triggering

effected

the

signal

derived

from

channel

depending

the

switch

position.

Slide

switch;

enables

triggering

the

positive-

going

(+)

negative-going

(—)

slope

the

input

signal.

Slide

switch;

the

time

base

can

trigger

either

signal

derived

from

channel

signal

applied

BNC

connector

EXT.

Slide

switch;

normal

triggering.

component

the

trigger

signal

blocked.

line

frame

synchronisation

obtained.

(Frame

position

ms,

and

line

position

ps).

BNC

socket

for

external

trigger

input.

PM3207

O-15MHz

vane

PHILIPS

INTENS

POSITION:

POSITION

LEVEL

AMPL/DIV

;

TIME/DIV

macn

ms.

VIA

f—__16

PRI

mmemermentiny

MAT

220}

sats

Trace

rotation

MAT

221

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