Tektronix P6042 PROBE Manuel utilisateur

INSTRUCTION

MANUAL

Serial

Number

P6042

PROBE

Tektronix,

Inc.

S.W.

Millikan

Way

•

Box

500

•

Beaverton,

Oregon

97005

•

Phone

44-01 1

•

Cables:

Tektronix

070-0629-00

967

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Tektronix

instruments

are

warrante

against

efective

materials

workman



ship

for

one

year.

Tektronix

transformers,

manufacture

our

own

plant,

are

war



rante

for

the

life

the

instrument.

Any

questions

with

respect

the

war



ranty

mentione

above

shoul

taken

with

your

Tektronix

Fiel

Engineer.

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repair

replacement-part

service

geare

irectly

the

fiel ,

therefore

all

requests

for

repairs



placement

parts

shoul

irecte

the

Tektronix

Fiel

Office

representative

your

area.

This

proce ure

will

assure

you

the

fastest

possible

service.

Please

inclu e

the

instrument

Type

Serial

Mo el

Number

with

all

requests

for

parts

service.

Specifications

price

change

privi



leges

reserve .

1967

Tektronix,

Inc.,

Beaverton,

Oregon.

Printe

the

Unite

States

America.

All

rights

reserve .

Contents

this

publication

may

not

repro uce

any

form

without

permission

the

owner-

WARRANTY

Characteristics

—

Type

P6042

Fig.

1-1.

P6042

Current

Probe

accessories.

Type

P6042

SECTION

CHARACTERISTICS

Change

information,

any,

affecting

this

section

found

the

rear

the

manual.

Intro uction

The

Tektronix

P 042

Current

Probe

designed

for

use

with

oscilloscope

systems

having

either

50-ohm

high-impedance

inputs.

and

low-frequency

current

waveforms,

well

measurements

MHz,

can

made

accurately

and

quickly

with

the

probe.

achieve

tilt-free

display

the

cur



rent

waveform,

Hall

Voltage

device

used

the

probe

supply

the

and

low-frequency

information

the

P 042

amplifier.

the

amplifier,

low-frequency

information

combined

with

the

high-frequency

component

the

signal

and

the

resultant

developed

the

output.

The

P 042

powered

regulated

power

supply

con



tained

within

the

instrument,

independent

associated

test

equipment.

Electrical

Characteristics

The

electrical

characteristics

given

Table

1-1

apply

over

ambient

temperature

range

from

0°

50°C,

after

the

probe

has

been

calibrated

25°C

±5%.

Warmup

time

minutes.

Under

these

conditions,

the

P 042

Current

Probe

will

meet

exceed

the

requirements

given

the

Performance

Requirement

column

the

table

when

the

instrument

used

with

100

MHz

oscilloscope

(such

the

Type

47A

with

10A2A

and

11B2A

plug-in

units).

The

specifications

listed

the

table

include

only

the

performance

the

P 042

Current

Probe.

Any

error

introduced

the

test

equipment

must

added

the

applicable

performance

requirements.

Per



formance

the

probe

checked

these

requirments

the

Performance

Check

section

this

manual.

the

need

for

calibration

indicated,

step-by-step

procedure

provided

the

Calibration

section.

The

Supplemental

Information

column

Table

1-1

provides

additional

information

about

the

probe

and

describes

cer



tain

conditions

that

pertain

the

performance

requirements.

Any

characteristics

given

the

Supplemental

Information

column

are

not

requirements

themselves,

and

are

not

necessarily

checked

the

manual

procedures.

Environmental

Characteristics

The

environmental

performance

the

P 042

Current

Probe,

laboratory

instrument,

checked

the

factory

and

found

meet

the

requirements

described

Table

1-2.

TABLE

1-1

ELECTRICAL

CHARACTERISTICS

Characteristic

Bandwidth

Performance

Requirement

MHz.

Supplemental

Information

down.

Transient

Response

Risetime

ns.

Calculated

from

bandwidth.

Aberrations

≤

from

mA/DIV

mA/DIV.

±5%

from

A/DIV

before

first

100

ns.

Noise

Periodic

and

Random

Deviations

≤

0.5

0.2

div,

tangentially

measured.

Random

Trace

Shift

≤

1.5

mA.

0.1

100

(on

selectable

bandwidth

system).

Dynamic

Range

+500

—

500

probe

amplifier

output.

+ond

—

div

with

oscilloscope

set

mV/div.

Compression

limits

less.

dynamic

range.

Positioning

Range

+300

—

300

probe

amplifier

and

—

div

with

oscilloscope

set

output.

mV/div.

Attenuator

Accuracy

Within

±3%.

Insertion

Impedance

Typically

0.1



MHz.

See

Fig,

for

impedance

vs.

frequency

curve.

Maximum

Input

Current

mA:

(DC

peak

AC).

See

Fig.

1-3

for

derating

curve.

and

mA:

0.5

(DC

peak

AC).

Thermal

Drift

(Probe

only)

≤

2mA/°C

from

15°C

+35°C

with

amplifier

temperature

constant.

Thermal

Drift

(Amplifier

only)

≤

0.2

div/

°C

with

probe

temperature

con



stant.

1-1

Characteristics

—

Type

P6042

TABLE

1-1

(cont)

ELECTRICAL

CHARACTERISTICS

Characteristic

Performance

Requirement

Supplemental

Information

Voltage-Feedthrough

Susceptibility

≤

250

A/V

MHz.

External

Magnetic

Field

Susceptibility

≤

250

µA/Gauss,

Hz.

Required

Output

Load

Impedance

.

Line

Voltage

Regulation

RMS

180

272

RMS.

1.3

crest

factor;

taps

available

each

range.

Power

Supply

Ripple

≤

peak

peak.

Input

Power

≤

Input

Frequency

400

Hz.

TABLE

1-2

ENVIRNOMENTÂL

CHARACTERISTICS

Characteristic

Performance

Requirement

Supplemental

Information

Temperature

Non-operating

–

40°

+ 5°

Operating

0°C

+50°C

Ambient.

Altitude

Non-operating

50,000

feet.

Operating

15,000

feet.

Humidity

(Non-operating)

cycles

MIL-STD

202C,

Method

10 B,

omit



ting

freezing

and

vibration

cycles.

Vibration

(operating)

minutes

along

each

axis

.015

inch

Tested

with

instrument

secured

vibrati

total

displacement

with

frequency

varied

from

10-50-10

cycles

per

second

-minute

cycles.

Three

minutes

any

resonant

point

cycles

per

second.

platform.

Shock

(Non-operating)

g's,

sine,

duration,

shocks

Guillotine-type

shocks.

per

axis.

Transportation

Package

Vibration

hour

Package

just

leaves

vibration

surface.

Package

Drop

inches

corner,

all

edges

radiating

from

that

corner,

and

all

flat

edges.

1-2

Characteristics

—

Type

P6042

®ï

1-3

Characteristics

—

Type

P6042

1-4

Type

P6042

SECTION

OPERATING

INSTRUCTIONS

Change

information,

any,

affecting

this

section

found

the

rear

the

manual.

General

The

P 042

Current

Probe

designed

work

into

either

50-ohm

system

high

impedance

oscilloscope

using

50-ohm

termination.

This

section

the

manual

describes

the

use

the

P 042

Current

Probe.

Information

this

section

given

aid

making

accurate

measurements

with

the

probe.

Han ling

The

P 042

designed

rugged

possible,

consistent

with

good

high-frequency

response

and

size.

How



ever,

with

all

precision

devices,

the

probe

and

cable

should

handled

with

care

avoid

damage.

Special

care

should

taken

that

the

cable

not

crushed,

kinked,

pulled.

Avoid

dropping

the

probe,

some

the

most

sen



sitive

circuitry

located

within

the

probe

assembly.

Operating

Voltage

The

P 042

can

powered

from

either

115-volt

230-

volt

nominal

line

voltage

source.

The

line

voltage

selector

assembly

the

rear

panel

converts

the

instrument

from

one

operating

range

the

other.

addition,

this

switch

assembly

changes

the

primary

connections

the

power

transformer

allow

selection

one

three

regulating

ranges.

The

assembly

also

includes

the

two

line

fuses.

When

the

instrument

converted

from

115-volt

230-volt

nominal

operation,

vice

versa,

the

switch

assembly

connects

disconnects

one

the

fuses

provide

the

correct

protec



tion

for

the

instrument.

Use

the

following

procedure

con



vert

this

instrument

between

nominal

line

voltages

reg



ulating

ranges.

Disconnect

the

instrument

from

the

power

source.

Loosen

the

two

captive

screws

which

hold

the

cover

onto

the

switch

assembly;

then

pull

remove

the

cover.

convert

from

115-volt

230-volt

operation,

pull

out

the

Voltage

Selector

switch

bar

(see

Fig.

2-1);

turn

around

and

plug

into

the

remaining

holes.

Change

the

power

cord

match

the

powersource

receptacle

use

5-volt

230-volt

plug

adapter.

change

regulating

ranges,

pull

out

the

Range

Selec



tor

switch

bar

(see

Fig.

2-1);

slide

the

desired

position

and

plug

back

in.

Select

range

which

centered

about

the

average

line

voltage

which

the

instrument

will

con



nected

(see

Table

2-1).

Re-install

the

cover

and

tighten

the

two

captive

screws.

Before

applying

power

the

instrument,

check

that

the

indicating

tabs

the

switch

bars

are

protruding

through

the

correct

holes

for

the

desired

nominal

line

voltage

and

regulat



ing

range.

Fig.

2-1.

Line

Voltage

Selector

assembly

the

rear

panel

(shown

with

cover

remove ).

CAUTION

The

P 042

should

not

operated

with

the

Volt



age

Selector

and

Range

Selector

switches

the

wrong

position

for

the

line

voltage

applied.

Opera



tion

the

instrument

with

the

switches

the

wrong

positions

will

either

provide

incorrect

opera



tion

damage

the

instrument.

TABLE

2-1

Regulating

Ranges

Range

Selector

Switch

Position

Regulating

Range

115-Volts

Nominal

230-Volts

Nominal

(switch

bar

left

holes)

110

volts

180

220

volts

(switch

bar

mid



dle

holes)

104

volts

208

252

volts

(switch

bar

right

holes)

112

volts

224

272

volts

Operating

Temperature

The

P 042

depends

upon

convection

cooling

maintain

safe

operating

temperature.

Adequate

clearance

all

sides

must

provided

allow

heat

dissipated

away

from

the

instrument.

not

block

restrict

the

air

flow

2-1

Operating

Instructions

—

Type

P6042

Fig.

2-2.

Function

front

panel

controls

connectors.

2-2

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