Tektronix 3S3 Manual de usuario

INSTRUCTION

MAN

UAL

Serial

Number

Tektronix,

Inc.

S.W.

Millikan

Way

Box

500

Beaverton,

Oregon

97005

Phone

644-0161

Cables:

Tektronix

070-0759-00

468

slat

direct

Nil

pata.

LOCK

farti.a,5

TYPE

3S2

SAMPLING

UNIT

POSITION

OFFSET

+1¥V

DUAL-TRACE

OFFSET

+1V

DOT

RESPONSE

mVOLTS/DIV

mVOLTS/DiV-

TYPE

S-1

TYPE

S25)

SAMPLING

HEAD

SAMPLING

HEAD

RISETIME

<350ps

Fig.

1-1.

Type

352

Sampling

Unit.

Type

382

SECTION

SPECIFICATION

Change

information,

any,

affecting

this

section

will

found

the

rear

the

manual.

General

Information

The

Type

382

Sampling

Unit

dual-channel

vertical

amplifier

plug-in

unit

designed

for

operation

any

one

the

Tektronix

Type

560-Series

Oscilloscopes

except

the

Type

561

(it

will

operate

the

Type

561A).

The

Type

382

accepts

‘'S'

Series

sampling

heads.

The

sampling

heads

determine

the

input

characteristics

the

sampling

unit

and

the

availability

the

trigger

pickoff.

The

Type

382

will

operate

with

any

Tektronix

3T-series

sampling

unit.

The

Type

3T2

Random

Sampling

Sweep

recommended,

because

can

display

the

triggering

event

without

pretrigger

signal

delay

line.

Conventional

real

time

2B-

3B-series

time-base

units

include

the

Types

2B67,

3B1,

3B4

and

the

3B5

non-digital

time

bases,

and

the

Type

3B2

Analog/Digital

Time

Base

Unit.

The

Type

382

provides

the

vertical

information

needed

for

voltage

meas-

urements

Tektronix

digital

readout

systems,

such

the

Type

567-Type

6R1A,

the

Type

568-Type

230.

One

two

“S”

Series

sampling

heads

can

plugged

into

the

Type

3S2,

used

remotely

on an

optional

exten-

der

cable

unit.

The

Type

3S2

provides

the

power

for

the

sampling

heads.

Interconnections

the

circuits

the

sampling

heads

are

provided

connectors

the

sampling

head

compartments

the

Type

382.

trigger

pickoff

provided

the

sampling

head,

the

Type

352

provides

trigger

selection

circuit

and

returns

portion

the

input

signal

the

front

panel

for

externally

triggering

sampling

sweep

unit.

internal

reconstructed

signal

provided

trigger

the

real-time

time-base.

Sampled

signals

are

presented

both

the

oscilloscope

CRT

and

the

front

panel

connectors

for

external

use

with

auxiliary

equipment

such

pen

recorders.

The

two

Chan-

nels

may

displayed

either

individually

one

three

combined

modes:

DUAL-TRACE,

A+B

(Algebraic

addition},

VERT/B

HORIZ

(X-Y).

The

VERT/B

HORIZ

(X-Y)

mode

does

not

apply

real

time

operation.

ELECTRICAL

CHARACTERISTICS

Digital

Unit

Compatibility

The

Type

3S2

compatible

for

operation

with

all

Type

230

Digital

Units

and

all

Type

6RIA

Digital

Units.

compatible

with

ail

Type

6R1

Digital

Units

695

and

up.

The

Type

6R1

Digital

Units

101-694

require

the

installa-

tion

Tektronix

Modification

Kit

040-0342-00

when

oper-

ating

with

Type

3872.

The

following

characteristics

apply

over

ambient

tem-

perature

range

0°C

50°C.

These

characteristics

apply

only

after

the

Type

3S2

VERT

GAIN

control

has

been

properly adjusted

for

the

oscilloscope

and

after

sufficient

warm-up

time.

For

particular

system

warm-up

requirements,

refer

the

main

frame

oscilloscope

instruction

manual.

procedure

for

mating

the

Type

3S2

each

oscilloscope

can

found

the

Operating

Instructions

section.

The

Type

382

meets

the

tolerances

stated

below

after

5-minute

warmup.

ELECTRICAL

CHARACTERISTICS

Characteristic

Performance

Requirement

Supplemental

Information

Deflection

Factors

Units/Div

Switch

Range

200

steps

1-2-5

sequence

with

Units/Div

labeled

the

sampling

head.

Accuracy

Within

3%,

NORMAL;

SMOOTH

Normal

sequential

sampling

with

least

samples

per

cycle

displayed

square

wave.

Units/Div

VARIABLE

Range

Reduction

deflection

0.7

less

when

control

turned

CCW

from

CAL

position,

and

2.5

times

increase

deflection

when

control

turned

from

CAL

position.

Interchannel

Delay

Range

At least

+5ns

‘to

—5ns.

With

two

same

type

sampling

heads

plugged

in,

using

time-coincident

sig-

nals.

Loop

Gain

NORMAL

control.

Can

set

unity

with

DOT

RESPONSE

Range

DOT

RESPONSE

control

<0.95

>1.05.

1-1

Specification—Type

352

ELECTRICAL

CHARACTERISTICS

(cont'd)

Characteristic

Performance

Requirement

Supplemental

Information

SMOOTH

Loop

gain

reduced

<0.3.

Random

noise

display

reduced

approx

Dot

Slash

Vertical

dot

drift

0.1

div

when

sampling

Measure

with

Units/Div

switch

200

sweep

unit

triggered

Hz.

with

signal

input

the

sampling

head.

OFFSET

Output

Voltage

Range

+10

—10

volts.

Accuracy

Actual

OFFSET

Voltage

0.1

Source

Resistance

10kQ

within

1%.

OFFSET

Output

voltage

within

2%.

OFFSET

Range

—1

volt'.

Output,

Output

Amplitude

Volts

Signal

input

times

Maximum

output

voltage

Source

(Referred

Input}

200

Resistance

10kQ,

within

0.5%.

Units/Div

Setting

Accuracy

(Referred

Input)

Within

2%.

Accuracy

(Referred

CRT)

Within

3%.

(200

mV/Div).

Accuracy

Vertical

Signal

Within

3%.

Digital

Unit

TRIG

OUT

(SN

B040250-up)

(with

Approximately

inut

signal

voltage

into

Type

S-1,

5-2}

500

for

AC.

Approximately

.1X

input

sig-

Amplitude

(referred

the

Type

|nal

voltage

into

509

for

DC.

Coupling

time

S-1,

S-2

input)

constant

5s.

Approximately

for

both

and

signals

into

MQ.

Risetime

2ns

less,

10%

90%,

into

using

risetime

input

pulse

Strobe

signal

Trig

Out

Signal

<50mV

peak

into

500

TRIG

OUT,

B010101

Approximately

0.1

input

signal

volt-

B030249

{with

Type

S-1, $-2)

age

coupled

into

509.

Amplitude

(Referred

the

Type

Approximately

21/)>

input

signal

volt-

$-1,

$-2

input)

age

into

MQ.

Risetime

0.6ns

less,

10%

50%,

into

500

using

risetime

input

pulse.

Strobe

signal

Trig

Out

signal

<<10

peak

into

Position

Indicator

Lamps

One

indicator

lamp

will

and

the

other

off

when

CRT

dot

than

divisions

away

from

the

graticule

centerline.

POSITION

Range

—5

vertical

divisions

from

the

grati-

When

OFFSET

set

deliver

cule

center.

OFFSET

output

jack.

1Unless

otherwise

stated

the

sampling

head

front

panel.

ENVIRONMENTAL

CHARACTERISTICS

Storage

Operating

Temperature—

—40°C

465°C.

Operating

Temperature—

0°C

+50°C.

Altitude—

50,000

feet.

Operating

Altitude—

15,000

feet.

MECHANICAL

CHARACTERISTICS

Dimensions—

Height

61%

inches

Construction—

Aluminum

alloy

chassis

with

epoxy

laminated

circuit

boards.

Front

panel

anodized

alu-

Width

41,

inches

minum.

Length

14¥,

inches

Accessories—

illustrated

list

the

accessories

supplied

with

the

Type

352

the

end

the

Me-

Approximate

dimensions

including

knobs

and

connectors.

chanical

Parts

List

pullout

pages.

Type

382

SECTION

OPERATING

INSTRUCTIONS

Change

information,

any,

affecting

this

section

will

found

the

rear

the

manual.

General

Information

This

section

discusses

installation,

first

time

operation,

function

front

panel

controls

and

connectors,

basic

opera-

tion

and

applications

the

Type

382.

you

are

unfamiliar

with

sampling,

may

very

helpful

read

Section

Basic

Tektronix

Sampling

Principles,

before

proceeding

with

this

section.

The

Type

352

special

purpose

dual-channel

sampling

unit

designed

operate

with

the

following

indicator

oscillo-

scopes:

Type

561A,

RM561A,

Type

567,

RM567,

Type

568,

and

R568.

The

Type

3S2

accepts

S-series

sampling

heads

which

determine

the

input

characteristics

the

sampling

system

and

provide

trigger

pickoff.

For

equivalent

time

sampling,

the

sampling

system

consists

indicator

oscilloscope,

Type

382

with

sampling

head

(or

heads),

and

sampling

sweep

unit.

random

sampling

sweep

unit

such

the

Type

312

recommended,

because

eliminates

the

necessity

pretriggering

signal

delay

for

viewing

repetitive

signal.

The

Type

3S2

can

used

for

real

time

operation

with

all

real-time

time-base

units

such

Type

2B67,

3B1, 3B2,

3B3,

3B4,

and

3B5.

internal

trigger

source

from

the

display

signal

provided

for

real

time

operation.

The

vertical

deflection

factors

200

are

calibrated

the

units

labeled

the

sampling

head.

Sampling

head

extender

cable

units

are

available

operate

the

S-series

sampling

heads

remotely

feet

away.

Three-foot

sampling

head

extender

cable

Tektronix

Part

No.

012-

0124-00.

Six-foot

sampling

head

extender

cable

Tek-

tronix

Part

No.

012-0125-00.

Contact

your

local

Tektronix

Field

Engineer

Representative

for

price

and

availability

these

optional

accessories.

Installing

the

Type

3S2

the

Oscilloscope

The

Type

382

designed

drive

the

vertical

deflection

plates

the

oscilloscope

CRT,

and

therefore

installed

the

left-hand

compartment

the

oscilloscope.

NOTE

The

Horiz

Plug-in

Compatibility

switch

SW6,

lo-

cated

the

upper

portion

the

internal

bulk-

head

immediately

behind

the

front

panel, must

set

agree

with

the

type

time

base

used.

insert

the

Type

382

into

the

oscilloscope

compartment,

turn

the

aluminum

knob

(at

the front

panel

bottom

center)

counterclockwise

several

turns

until

stops.

Then

slide

the

Type

382

completely

into

the

compartment.

Once

the

plug-

unit

seated,

turn

the

aluminum

knob

few

turns

clock-

wise

until

hand-tight.

The

Type

352

requires

least

one

sampling

head

order

operate.

The

sampling

head

(or

heads)

can

plugged

into

the

Type

3S2

used

remotely

use

extender

cable.

insert

sampling

head

into

the

right

left

Channel

compartment

the

Type

3S2,

slide

the

unit

completely

into

the

compartment,

leaving

the

latch

the

bottom

the

unit

free

move.

Once

the

sampling

head

seated,

push

the

latch

lock

the

head

place.

remove,

pull

the

latch

knob

away

from

the

panel,

then

pull

the

unit

from

the

compartment.

See

Fig.

2-1.

The

same

system

connec-

tions

applies

when

using

the

sampling

head

extender

cable.

Horizontal

Compatibility

switch

SW6

(inside)

series

: .

‘Sampling

Head

Latch

knob-

Fig.

2-1.

Installation

information

and

location

the

Horiz

Plug-In

Compatibility

switch.

Mating

The

Type

382

Vertical

Output

Amplifier

gain

must

matched

the

indicator

oscilloscope

CRT

deflection

factor

for

accurate

gain

measurements.

The

GAIN

control,

screw-

driver

adjustment

the

front

panel

adjusts

the

Vertical

Output

Amplifier

gain

the

Type

3S2.

Adjustment

this

GAIN

control

using

the

Type

284

Pulse

Generator

signal

source

shown

under

Equivalent-Time

Sampling

Operation

which

follows.

For

further

Gain

information,

refer

the

Gain

Adjustment

instructions

later

this

section.

2-1

Operating

Instructions—Type

352

FIRST-TIME

OPERATION

Equivalent-time

Sampling

Operation

Equivalent-time

sampling

operation

the

Type

352

re-

quires

sampling

sweep

plug-in

unit

the

right

hand

com-

partment

the

indicator

oscilloscope.

this

First

Time

Operation

procedure,

Type

312

Random

Sampling

sweep

used.

The

Type

312

recommended

for

use

with

the

Type

382,

because

random

sampling

permits

viewing

the

signal

advance

the

triggering

event.

Such

trigger

lead-

time

required

the

Type

3S2

view

fast

rise

pulses

while

internally

triggering

the

sampling

sweep

unit

from

the

TRIG

OUT

connector.

The

Type

561A

Oscilloscope

used,

and

Type

284

Pulse

Generator

used

signal

source.

Any

S-

Series

sampling

head

can

used.

this

First

Time

Opera-

tion,

two

Type

S-1

Sampling

Heads

are

used.

you

are

not

already

familiar

with

the

operation

the

oscilloscope

and

sampling

sweep

unit,

read

the

manuals

for

these

instru-

ments

before

proceeding.

Single

Trace

Make

sure

that

the

internally

mounted

Horiz

Plug-in

Com-

patibility

switch

SW6

the

Sampling

3T-Series

position.

See

Fig.

2-1

for

its

location.

Also

make

sure

that

the

Samples/

Div

switch

SW450

the

Type

3T2

bulkhead

immediately

behind

the

front

panel

set

the

Variable

(Front

Panel)

position.

Type

3S2

Horiz

Plug-In

Compatibil-

Sampling

ity

SWé6

(behind

front

panel}

Display

Mode

NORMAL-SMOOTH

NORMAL

and

POSITION

Midrange

OFFSET

Midrange

turns

from

(both

Channels)

one

end}

Units/Div

200

(both

Channels)

VARIABLE

CAL

(both

Channels}

INVERT

Push

DOT

RESPONSE

Midrange

(both

channels)

DELAY

Midrange

TRIG

OUT

switch

Optional

Type

312

Horiz

Position

Midrange

Samples/Div

o'clock

position

Display

Mode

Normal

Start

Point

With

Trigger

Sweep

rate

100

Range

Diplay

Mag

Time

Magnifier

Variable

Cal

Time

Position

Both

fully

clockwise

Trig

Sensitivity

Fully

clockwise

Recovery

Time

Optional

Trigger

Polarity

Trigger

Source

Ext

Type

284

Square

Wave

Amplitude

1.0V

Period

Mode

Square

Wave

Output

Lead

Time

Connect

the

Square

Wave

Output

signal

from

the

Type

284

the

input

connector

the

Sampling

Head

installed

the

Channel

compartment

through

5ns

coaxial

cable.

Any

applied

signal

(to

Type

S-i)

should

volt

less.

This

the

normal

signa!

range

for

the

Type

S-1.

See

the

sampling

head

specification

the

Type

S-1

the

S-

Series

sampling

head

you

are

using

for

further

information.

Connect

the

Trigger

Output

signal

from

the

Type

284

the

50Q

external

Trigger

Input

connector

the

Type

312

through

5Sns

signal

delay

coaxial

cable

with

BNC

con-

nectors.

Center

the

trace

the

graticule

with

the

POSITION

control,

and

necessary

use

the

OFFSET

control.

Ad-

just

the

Trig

Sensitivity

control

the

Type

312

counter-

clockwise,

then

clockwise

for

stable

trace.

Observe

square

wave

display.

its

amplitude

vertical

divisions,

the

Type

352

GAIN

adjustment

the

front

panel

prop-

erly

set.

the

amplitude

not

vertical

divisions,

adjust

the

GAIN

control

with

small

screwdriver

for

vertical

divisions.

Now

check

Channel

applying

the

input

signal

the

input

connector

the

sampling

head

installed

the

Channel

compartment.

Change

the

Display

Mode

switch

NOTE

Operating

the

sampling

head

without

the

input

connector

terminated

resistor

coaxial

cable

will

cause

vertical

shift

the

zero

signal

baseline

few

millivolts.

This

occurs

because

the

strobe

kickout

signal

reflected

from

the

open

input

connector.

The

kickout

signal

arrives

back

the

sampling

bridge

during

sampling

time,

while

the

bridge

still

conducting.

avoid

this,

set

the

display

zero

reference

point

with

the

input

circuit

connected,

not

before

connecting

it.

Also

use

least

20cm

airline

between

the

Type

S-1

input

and

fast

generator

circuit

that

sensitive

the

fast

Strobe

kickout

signal.

Experiment

with

the

various

Channel

front-panel

con-

trols,

and

notice

the

effect

each.

For

example,

note

the

effect

the

POSITION

control

positioning

the

display

above

and

below

the

zero

reference

level

the

graticule

centerline.

Return

the

Position

control

back

midrange,

and

turn

the

OFFSET

control

counterclockwise

posi-

tion

the

upper

portion

the

square

wave

the

graticule

centerline.

This

new

reference

level,

set

the

OFFSET

control,

can

monitored

the

OFFSET

X10

jack.

Now,

notice

that

the

POSITION

control

positions

the

dis-

play

above

and

below

the

new

reference

level.

FUNCTION

FRONT

PANEL

CONTROLS

AND

CONNECTORS

special

removeable

knob

used

the

three

controls

DOT

RESPONSE,

DOT

RESPONSE

and

DELAY

allowing

these

controls

screwdriver

adjusted.

Knob

removal

may

be an

operator

convenience

production

line

appli-

cations.

Pull

the

knob

away

from

panel

remove.

Observe

the

internal

spring

wire

orientation

before

replacing

knob.

The

spring

wire

should

slide

into

the

control

shaft

screw-

driver

slot

prevent

knob

slippage

the

end

control

rotation.

Display

Mode

Selects

one

the

five

following

display

Switch

modes.

The

Channel

signal

displayed.

The

Channel

signal

displayed.

DUAL-TRACE

Both

channel

signals

are

displayed,

but

each

trace

has

one-half

the

normal

number

dots

per

sweep.

The

display

switches

from

after

each

dot,

and

vice

versa.

While

operating

Dual-

Trace,

one

sweep

contains

the

same

num-

ber

dots

only

one

channel

were

displayed.

A+

The

algebraic

sum

(A-+B

selected

with

the

INVERT

switches)

the

two

Chan-

nels

displayed.

VERT

The

Channel

signal

displayed

ver-

HORIZ

tically

and

the

Channel

signal

dis-

played

horizontally

for

X-Y

operation.

Functions

only

with

sampling

sweep

units.

NORMAL-

Selects

unity

loop

gain

NORMAL,

SMOOTH

(Red

and

reduces

the

loop

gain

<0.3

knob

concentric

SMOOTH.

NORMAL

provides

the

correct

with

the

Display

loop

gain

required

when

measuring

rise-

Mode

switch}

time.

SMOOTH

reduces

the

effect

random

noise

the

display

while

re-

quiring

high

sampling

dot

density

for

the

correct

displayed

risetime.

POSITION

Adjust

the

vertical

position

the

and

Controls

displays

independently.

(The

posi-

tion

control

becomes

the

horizontal

posi-

tion

control

the

VERT

HORIZ

mode.}

OFFSET

These

controls

apply

internal

signal

offset

+1¥V

Controls

voltages

—1

volt

the

sampling

head

(unless

otherwise

stated

the

sam-

pling

head

front

panel}.

The

input

signal

zero

reference

(related

the

CRT)

the

Offset

voltage

instead

ground.

Permits

all

portions

maximum

-++1-volt

input

signal

positioned

through

the

CRT

vertical

‘window’

even

deflec-

tion

factor

units/div

(2mV/Div

with

Type

S-1

S-2}.

The

vertical

window

total

14mV

when

the

deflection

factor

2mV/Div,

and

1.6

volts

when

the

deflection

factor

200

mV/Div.

The

front

panel

OFFSET

monitor

jacks

allow

accurate

slide-back

Units/Div

Switches

VARIABLE

Con-

trols

(Same

con-

trol

knob

with

INVERT

Switches)

INVERT

Switches

DOT

RESPONSE

GAIN

TRIG

OUT

Aor

Switch

DELAY

VERT

OUTPUTS

OUTPUT

.2V/DIV,

Operating

Instructions—Type

382

voltage

measurements

made

part

all

signal

10X

the

actual

offset

voltage

applied

the

head.

Selects

calibrated

deflection

factor

for

each

Channel.

The

units

are

selected

and

named

the

adjacent

S-Series

sampling

head.

For

example,

with

Type

S-1

sam-

pling

head

Channel

and

the

Chan-

nel

Units/Div

switch

set

100,

each

major

division

deflection

corresponds

100

millivolts

applied

signal

the

S-1

input

connector

when

the

VARIABLE

Control

the

CAL

position.

Provides

and

—

Uncalibrated

variation

the

deflection

factor

between

labeled

values

the

Units/Div

switches.

Counter-

clockwise

rotation

decreases

the

display

size,

increasing

the

deflection

factor

least

3.43

times

the

Units/Div

calibrated

value

(display

<0.7

large

when

VARIABLE

CAL).

Clockwise

rotation

increases

the

display

size,

decreasing

the

deflection

factor

least

0.4

times

the

Units/Div

calibrated

value

(display

>2.5

large

when

VARIABLE

CAL).

the

Normal

(pushed

in)

position,

pos-

itive

input

signal

deflects

the

CRT

beam

upward.

the

pulled

position

the

dis-

played

signal

inverted.

When

the

Dis-

play

Mode

switch

set

alge-

braic

addition

Channels

and

obtained.

The

position

the

INVERT

switches

determines

the

polarity

each

channel

before

algebraic

addition.

Allows

the

loop

gain

each

Channel

adjusted

unity

when

the

NOR-

MAL-SMOOTH

switch

the

NORMAL

position.

Matches

the

vertical

output

amplifier

gain

the

oscilloscope

CRT

deflection

factor.

(Does

not

affect

the

internal

Digital

Gain

accuracy.)

When

the

sampling

head

contains

trig-

ger

pickoff

circuit,

selects

the

signal

from

Channel

input

circuit.

De-

livers

the

signal

the

TRIG

OUT

jack

the

front

panel.

(Such

signals

are

use-

ful

for

externally

triggering

sampling

sweep

unit).

also

selects

internal

vertical

signal

facsimile

from

channel

for

use

internal

triggering

real-

time

time-base

units.

Varies

the

time

position

display

over

range

least

10ns.

Time

coincidence

will

depend

upon

the

time

difference

sampling

heads

and

sampling

head

extender

cable

units.

The

Channel

facsimile

signal

(the

same

Memory

output

signal

that

drives

the

Ver-

tical

Amplifier)

available

this

con-

2-3

Operating

Instructions—Type

3$2

TEKTRONIX

(—

TYPE

3S2

SAMPLING

UNIT

POSITION

OFFSET

+1V

DUAL-TRACE

OFFSET

+1V

CHA

CHB

VERT

HORIZ

A+B

pot

GAIN

DELAY

NORMAL

SMOOTH

DOT

RESPONSE

TRIG

OUT

RESPONSE

~CT)s

ICAL

LZY-y,

P59

POSITION

200

PORTLAND,

OREGON,

U.S.A.

(—

—))

mVOLTS/DIV

TYPE

S-1

TYPE

S-1

SAMPLING

HEAD

SAMPLING

HEAD

“a

ra]

—

RISETIME

$350ps

502

£350ps

{

TEKTRONIX

+5V

MAX

LTEKTRONIX

GND

VERT

OUTPUTS

2v/DIV

10KQ

OFFSET OFFSET

X10

10KQ

X10

10KQ

Fig.

2-2.

Control

Setup

Chart.

Otros manuales de Equipo de prueba de Tektronix

Tektronix

Tektronix P6455 TTL/MOS Manual de usuario

Tektronix

Tektronix DF2 Manual de usuario

Tektronix

Tektronix MSO2000 Series Manual de usuario

Tektronix

Tektronix TBS2000B Series Manual de usuario

Tektronix

Tektronix MSO2000 Series Manual de usuario

Tektronix

Tektronix CA PLUG-IN Manual de usuario

Tektronix

Tektronix 11302A Manual de usuario

Tektronix

Tektronix TBS2000 Series Guía de configuración

Tektronix

Tektronix OA 5000 Series Manual de usuario

Tektronix

Tektronix TPS2000 Series Manual de usuario

Tektronix

Tektronix TH3000 Series Manual

Tektronix

Tektronix MSO70000 Series Manual de uso y cuidado

Tektronix

Tektronix TBS2000B Series Manual de usuario

Tektronix

Tektronix 212 Manual de usuario

Tektronix

Tektronix 7603 Instrucciones de funcionamiento

Tektronix

Tektronix 524AD series Manual de usuario

Tektronix

Tektronix 067-1002-99 Manual de usuario

Tektronix

Tektronix 519 Manual de usuario

Tektronix

Tektronix 7834 Manual de usuario

Tektronix

Tektronix 7S11 Manual de usuario

Tektronix

Tektronix 7B53A Manual de usuario

Tektronix

Tektronix TDS6604 Manual de usuario

Tektronix

Tektronix TDS 420A Manual de servicio

Tektronix

Tektronix TCP0150 Manual de usuario

Manuales populares de Equipo de prueba de otras marcas

SMART

SMART KANAAD SBT XTREME 3G Series Manual de usuario

Agilent Technologies

Agilent Technologies BERT Serial Manual de usuario

Agilent Technologies

Agilent Technologies N3280A Manual de usuario

Vernier

Vernier Go Direct Voltage Manual de usuario

Lifeloc

Lifeloc R.A.D.A.R. Manual de usuario

Fluke

Fluke T5-600 Instrucciones de funcionamiento e instalación

Mercury

Mercury TSL01 Manual de usuario

MAHA

MAHA MBT Series Manual de usuario

Fuji Electric

Fuji Electric P-61 Manual de usuario

ETC

ETC SealerAtor Manual de usuario

Skyfine

Skyfine ETHYWAY V2 Manual de usuario

Appion

Appion G5 Twin Manual de usuario

PCB Piezotronics

PCB Piezotronics 8159-0112A Manual de usuario

BW Technologies

BW Technologies MicroDock II Manual de usuario

Sun Nuclear

Sun Nuclear 1027 Manual de usuario

Biomark

Biomark HPR LITE READER Manual de usuario

Hioki

Hioki 3169-20 Manual de usuario

Ashcroft

Ashcroft ATE-100 Manual de usuario