Philips PM 5775 Manuel utilisateur

PHILIPS

MANUAL

PULSE

GENERATORS

—100MHz

5775

5776

9446

057

75..1

9446

057

76..1

9499

460

04711

1/1171

bbe

CONTENTS

sENERAL

IV.

Introduction

Technical

data

Accessories

Description

the

block

diagram

IIRECTIONS

FOR

USE

VI.

Installation

Setting

the

instrument

Adjustment

the

local

mains

voltage

Earthing

Switching

Fuses

Controls,

input

and

output

connectors

Operation

Familiarizing

with

the

instrument

Brief

directions

for

different

operating

modes

SERVICE

DOCUMENTATION

VII.

Vill.

Circuit

description

Timing

circuit

Output

circuit

and

d.c.

offset

Power

supply

Gaining

access

and

replacing

parts

Removing

the

cabinet

Removing

the

knobs

Removing

lamp

LA1

the

POWER

switch

Removing

circuit

board

(output

circuit)

Replacing

reed

relays

RE301

and

RE302

Replacing

transistor

Z330

Replacing

ceramic

chip

capacitors

IX.

Survey

adjusting

elements

and

test

instruments

required

Checking

and

adjusting

Power

supply

Timing

circuit

Output

circuit

and

d.c.

offset

XI.

Parts

lists

Mechanical

Electrical

XII.

Information

concerning

coupling

two

pulse

generators

5775

and

accessories

required

XIII.

Fault

finding

procedure

64°

©)

N.V.

PHILIPS’

GLOEILAMPENFABRIEKEN

EINDHOVEN

THE

NETHERLANDS

1971

FIGURES

IV-1

IV-2

V-1

V-2

V-3

V-4

VI-1

VI-2

VI-3

VI4

VI-5

VI-6

VI-7

VIi-1

VH-2

VII-3

VII-4

VII-5

VII-6

VIH-1

VII-2

VIII-3

VIII-4

VIU-S

VIII-6

X-1

X-2

X-3

X-4

X-5

X-6

XI-1

XI-2

XI-3

XI-4

XI-5

XI-6

Waveforms

Block

diagram

Indication

controls,

input/output

sockets

the

front

5776

Indication

controls,

input

sockets

the

rear

5776

Indication

controls,

input/output

sockets

the

front

5775

Indication

controls,

input

sockets

the

rear

5775

PHILIPS

sampling

oscilloscope

3400

Time

settings

single-pulse

operation

Set-up

monitoring

the

output

pulse

5775

Set-up

monitoring

the

simultaneous

output

pulse

5776

Interaction

positive-going

and

negative-going

pulses

normal

and

inverted

pulse

operation

Time

settings

double-pulse

operation

Time

settings

gated-pulse

operation

Simplified

diagram

the

pulse

delay

trigger

circuit

Simplified

diagram

the

pulse

delay

circuit

Simplified

diagram

the

pulse

width

trigger

circuit

Simplified

diagram

the

driver

and

output

stage

Simplified

diagram

the

driver

and

output

stage

with

fine

control

circuit

Simplified

diagram

the

current

source

for

the

positive

output

pulse

Tilting

assembly

Removing

the

knobs

Removing

the

transparent

cap

the

POWER

switch

Removing

the

output

unit

(printed

wiring

board

5775-3)

Removing

reed-relay

coils

L320,

L321

Applying

the

silicone

compound

Set-up

for

checking

the

gate

circuit

Set-up

for

checking

the

astable

multivibrator

Pulse

diagram

for

delay

adjustment

Pulse

diagram

Pulse

diagram

Pulse

diagram

Location

components

(front)

Location

components

(rear)

Tilting

assembly

Location

components

(interieur)

Cropping

transistor

leads

Winding

data

for

L304

and

L317

XIL-1

XII-2

XII-3

XII-4

XII-5

XI-1

XIV-1

XIV-2

XIV-3

XIV-4

XIV-5

XIV-6

XIV-7

XIV-8.

XIV-9

XIV-10

Coupling

kit

Cover

kit

Tilting

assembly

Rack

mounting,

exploded

view

Coupling

two

modular

units,

exploded

view

Block

diagram

with

the

fault

finding

procedure

Circuit

board

power

supply,

component

side

Circuit

diagram

power

supply

Circuit

board

timing

circuit,

soldering

side

Circuit

board

timing

circuit,

component

side

Circuit

diagram

timing

circuit

Circuit

board

output

circuit,

soldering

side

Circuit

board

output

circuit,

component

side

Circuit

diagram

output

circuit

(version

—/01)

Circuit

diagram

output

circuit

(version

—/02)

Circuit

board

for

NORM.

INV.

switch

(S10)

GENERAL

INTRODUCTION

The

single

output

pulse

generator

5775

and

the

dual

output

pulse

generator

5776

provide

output

pulses

with

fixed

risetime

less

than

nanosecond

and

repetition

rate

...

100

MHz.

The

fast

risetime

and

the

extended

frequency

range

combined

with

other

features

double

pulse

generation,

gated

output

pulses

etc.

make

the

instruments

particularly

appropriate

test

signal

source

for

wide

variety

objects,

such

fast

logic

and

switching

circuits,

memory

circuits,

delay

lines

and

networks.

TECHNICAL

DATA

erties,

expressed

numerical

values

with

statement

tolerances

are

guaranteed

the

factory.

1erical

values

without

tolerances

are

intended

for

information

purposes

only

and

indicate

the

erties

average

instrument.

numerical

values

hold

good

for

nominal

mains

voltage.

{CTRICAL

Internal

triggering

Repetition

rate

Jitter

Temperature

coefficient

External

triggering

Triggering:

input

voltage

input

impedance

frequency

range

Gating:

input

voltage

Triggering

delay

Single-shot

operation

Pulse

width

Range

Duty

cycle

Jitter

Temperature

coefficient

Pulse

delay

Range

Jitter

Temperature

coefficient

1Hz...

100

MHz

Variable

ranges

with

continuous

control

within

the

ranges

Less

than

0.1

whichever

greater

Less

than

0.1

per

°C

1.2

required

gate

the

generator

approx.

...

MHz

+1.2V

From

TRIGG

SYNC

OUT

approx.

Single-shot

facility

means

push-.

button

ns...

100

Variable

ranges

with

continuous

control

within

the

ranges

Approaching

100%

using

inverted-pulse

output

(limited

only

minimum

width)

greater

than

50%

normal

operation

Less

than

0.1°%o

whichever

greater

0.1%

per

°C

ns...

100

Variable

ranges

with

continuous

control

within

the

ranges

Less

than

0.1%o

whichever

greater

0.1%

per

°C

Double

pulse

Sync.

output

Output

pulse

Source

impedance

Voltage

output

Attenuator

Rise

and

fall

time

Waveform

aberration

Polarity

Protection

Base

line

d.c.-offset

Output

connectors

Temperature

range

Mains

supply

Mains

voltage

Mains

frequency

Power

consumption

MECHANICAL

Maximum

dimensions

(mm)

Weight

Double

pulse

mode

provides

twin’

pulses

set

delay

with

simultaneously

controlled

pulse

width

Square

wave,

amplitude

1.5

into

50Q

open

circuit)

Pulse

occurs

approx.

before

the

main

pulse

Both

outputs

the

5776

are

identical

and

have

the

same

specification

the

5775

output

502

300

—

into

external

502

3Vand1V

Continuous

control

provides

overlap

between

land3

0.9

0.2

measured

—3

position

NORMAL

and

d.c.-offset

max.

amplitude

d.c.-offset

Positive

negative

Normal

inverted

Against

short

and

open

circuit

£1.5

into

50Q

Continuously

variable

BNC

0...

°C

100

...

130

and

200...

260

switchable

400

5775:

approx.

5776:

approx.

110

5775.

—-

5776

Depth

301

Width

231.6 301.6

Height

192

5775:

approx.

ACCESSORIES

andard

accessories

(supplied

with

the

instrument)

manual

mains

flex

ptional

accessories

(to

ordered

separately)

Termination

22,

9585

Mixing

piece

9584

Subnano

second

mixing

piece

9583

Coaxial

cables,

type

RG58A-U

with

BNC

connectors

Service

code

nr.

Length(mm)

Delay

(ns)

5322

320

10009

200

5322

320

10011

400

5322

320

10012

600

5322

320

10013

1980

The

commercial

department

delivers

under

number

9588

plastic

pouch

containing

the

following

cables:

coaxial

cables,

delay

coaxial

cables,

delay

coaxial

cables,

delay

coaxial

cables,

delay

Ce manuel convient aux modèles suivants

Table des matières

Autres manuels Philips Générateur portable

Philips

Philips PM 5132 Manuel utilisateur

Philips

Philips Lightolier HC Series Manuel utilisateur

Philips

Philips PM 5132 Manuel utilisateur

Manuels Générateur portable populaires d'autres marques

Kohler

Kohler 20EORZ Mode d’emploi

Powerhorse

Powerhorse 83171 Manuel utilisateur

HURST

HURST ML-630-SI Manuel utilisateur

ETQ

ETQ TG4000 Manuel utilisateur

Briggs & Stratton

Briggs & Stratton 40265 Guide de configuration

ConMed

ConMed 7550 Manuel utilisateur

Owon

Owon Waveform Generator Manuel utilisateur

evertz

evertz 7700 Series Manuel utilisateur

Power Stroke

Power Stroke PS906025 Manuel utilisateur

Firefly

Firefly Cygnus CYG2400/460/24 Manuel utilisateur

Draper

Draper PG950S Mise à jour du firmware

PowerBoss

PowerBoss PowerBoss Manuel utilisateur

SDMO

SDMO SH 4000 Manuel utilisateur

EINHELL

EINHELL STE 5500 Manuel utilisateur

Wanco

Wanco WI3000P Manuel utilisateur

Full Boar

Full Boar FBT-3300 Manuel utilisateur

Dwyer Instruments

Dwyer Instruments ASG Manuel utilisateur

Westinghouse

Westinghouse WH1000i Series Manuel utilisateur