Philips PM 5125 Manuel utilisateur

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PHILIPS

GENERATOR

5125

5445

O51

25031

9499

450

04411

31511/1103

Manual.

IMPORTANT

correspondence

concerning

this

instrument,

please

quote

the

type

number

and

the

serial

number

given

the

type

plate

the

rear

the

instrument.

Contents

GENERAL

Introduction

II.

Technical

data

III.

Accessories

IV.

Description

the

block

diagram

10'

;

DIRECTIONS

FOR

USE

Installation

VI.

Controls,

terminals

and

their

functions

VII.

Operation

SERVICE

DATA

VIII.

Circuit

description

IX.

Gaining

access

parts

2ff

Survey

adjusting

elements

XI.

Checking

and

adjusting

XII.

Fault

nding

XIII.

Lists

parts

XIV.

Information

concerning

the

modular

system

and

optional

accessories

General

Coupling

accessories

Coupling

instructions

List

figures

Typical

frequency

response

curve

Typical

distortion

curve

Block

diagram

Rear

view

Controls

and

terminals

Load

diagram

Adjustment

distortion

Simplified

diagram

the

oscillator

Voltage

diagram

Thermis[or

circuit

Stand

assembly

Left-hand

view

indicating

the

adjusting

elements

Right-hand

view

indicating

the

adjusting

elements

Front

view

indicating

the

mechanical

components

Stand

assembly

indicating

the

mechanical

components

Rear

view

indicating

the

mechanical

components

17A

Top

view

indicating

the

mechanical

components

17B

Bottom

view

indicating

the

mechanical

components

Coupling

kit

Cover

kit

Stand

assembly

Rack

-mounting,

exploded

view

Coupling

two

modular

units,

exploded

view

Printed

wiring

board

the

oscillator

Printed

wiring

board

the

squarer

and

the

amplifier

Printed

wiring

board

the

power

supply

Printed

wiring

board

the

meter

circuit

Circuit

diagram

the

oscillator

Circuit

diagram

the

squarer,

the

amplifier

and

the

meter

circuit

Circuit

diagram

the

power

supply

Overall

diagram

[ I

.S.4f.'~i

...

~..

ar;EASY

MlII~e9~i'sWJivZn

GENERAL

Introduction

The

generator

5125

provides

stable

and

accurate

sine

and

square

wave

signals

the

frequency

range

from

Hz,

MHz.

The

midbank

frequency

response

lint

within

0.1

dB.

The

settling

time

(bounce)

very

short.

The

frequency

may

varied

steps

one

decade

and

continuously:

The

following

two

outputs

are

provided:

one

output

with

impedance

600

The

output

voltage

may

varied

continuously

(open

circuit)

well

four

accurate

steps

dB.

one

low

impedance

output.

The

output

voltage

may

varied

Conti-,

;

nuously

Both

outputs

are

switched

simultaneously

sine

wave

square

wave.

The

output

voltage

monitored

means

built-in

voltmeterL

The

generator

frequency

may

synchronised

means

external'

signal.

Technical

data

]

Data

expressed

numerical

values

tolerances

are

guaranteed

the

factory.

The

other

numerical

values

are

for

information

only

and

indicate

the

characteristics

average

instrument.

The

maximum

ambient

tem-

perature

FREQUENCY

Range

Hz...

MHz

overlapping

subranges

Inaccuracy

100

—

100

kHz:

—

MHz:

1E9

z05

Frequency

variations

mains

variations

off

10%

Temperature

coefficient

.0<

.oa

~ ~

-ol

negligible

0.015%

per

°C

kHz

earm

.dl~[,I~o~

WN:

IOOHx

IkHz

Fig.

Typicaljrequency

response

curve

AFH[

100MHz

IMN[

OUE

NCY

M45066

Long

term

drift

Short

term

drift

OUTPUT

SIGNALS

Sine

wave

signal

Frequency

response

(See

Fig.

Total

harmonic

distortion

(See

Fig.

0.7

0.5

O.L

0.3

0.1

0,1

0.05%

hours

kHz

after

warming

up'

period

minutes

and

constant

ambient.

temperature

and

mains

voltage

0.005%

minutes

kHz

after

warming

;

period

minutes

and

constant

ambient

temperature

and

mains

voltage

I00

100

kHz:

Hat

within

0.1

referred

kHz

MHz:

within

0.2

referred

kHz

100

kHz:

600

kHz

°o

SPECIFICA

iION

IOHx

100Hz

IMHz

IONHz

Fig.

Typrca!

distortion

curve

OOk

IMHx

FRE~VENCV

-►

MA6066A

Square

wave

signal

Rise

and

fall

time

Wave-Ibnn

aberration

PU"1'S

600

Maximum

amplitude

Output

impedance

Attenuation

continuous

steps

Hum

and

noise

LOW

""/

Maximum

amplitude

Output

impedance

Minimum

resistive

load

Maximum

capacitive

load

Attenuation,

continuous

100

nanoseconds

above

kHz

"/„

V~,,,,

(for

sine

wave)

V,,,,

(for

square

wave),

open

circuit

,,,,,

(for

sine

wave)

V,,,,

(for

syuare

wave)

into

600

linear

(for

sine

wave)

linear

(for

square

wave)

(inaccuracy:

0.2

dB/s[epatSkHz)

down

maximum

setting

the

continuous

attenuator

V~,,,,

((or

sine

wave)

V„~

(for

square

wave)into

600

for

sine

wave

for

square

wave

6(1(1

linear

(for

sine

wave)

linear

(for

square

wave)

Hum

and

noise

down

maximum

setting

the

continuous

attenuator

Note:

Both

outputs

may

loaded

simultaneously

with

600

each,

with

only

slight

deterioration

performance.

Both

outputs

are

switched

simultaneously

the

sine

wave

voltage

[he

syuare

wave

voltage

means

waveform

selector

t,/~.

OUTPUT

METER

Indication

Scales

Inaccuracy

SYNCHRONISATION

Range

Required

input

voltage

Maximum

input

voltage

Input

impedance

POWER

SUPPLY

The

meter

switched

simultaneously

means

the

waveform

selector

indicate:

the

sine

wave

output

voltage

r.ms,

open

circuit,

the

square

wave

output

voltage

-p,

open

circuit.

0—lOV

0-16dBm

full

scale

deflection

max.

set

frequency

with

negligible

deteriora-

tion

performance

,,,„

per

%hold

100

kS2

Supply

voltage

230

IS"/„

Frequency

—

100

Power

consumption

MECHANICAL

DATA

Dimensions

Weight

module

cabinet

(see

chapter

XIV)

Ibs)

Accessories

Manual

Optional

accessories

Coupling

kit

9500.

® [

selection

different

cover

kits

9502...

9506.

Rack

-mounting

kit

9510

for

mounting

-module

cabinet

into

19"

rack.

Extension

test

board

4822

466

10165

for

carrying

out

measurements

the

plug-in

printed

wiring

boards

while

the

instrument

■`

operation.

The

description

and

ordering

information

these

accessories

are

given

chapter

XIV

this

manual.

Description

the

block

diagram

(See

Fig.

This

instrument

contains

aphase-shift

oscillator,

amplifier,

squarer,

voltmeter,

two

attenuators

and

double

power

supply.

OSCILLATOR

The

phase

-shift

oscillator

consists

three

unity

gain

amplifier

stages.

The

rst

two

amplifier

stages

give

each

aphase-shift

90°

for

the

oscillating

frequency

and

the

third

amplifier

stage

gives

aphase-shift

180°.

The

output

signal

the

third

amplifier

stage

fed

back

the

input

the

rst

amplifier

stage.

The

amplifier

stages

are

coupled

means

impedance

converters

(emitter

followers).

The

unny

loop

gain

maintained

means

thermistor,

which

part

the

collector

impedance

the

third

amplifier

stage.

FREQ.

Hz(SK3,

Rlr

Rlrt)

~('

The

frequency

the

oscillator

may

varied

continuously

means

the

double

potentiometer

Rlt

Rl~t

and

steps

one

decade

means

the

switch

SK3.

,,,

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