Kenwood CS-5130 Bedienungsanleitung

40MHz

DUALTRACEREADOUTOSCILLOSCOPE

CS-5130

40MHz

DUALTRACEOSCILLOSCOPE

CS-5135

INSTRUCTION

MANUAL

KENWOODCORPORATION

©PRINTED

INJAPANB50-7667-20(T)

92/121110

987654321

91/121110

987654321

KENWOOD

SAFETY

Symbol

This

Manual

This

symbolindicateswhereapplicabiecautionaryor

ZI\

otherimformationistobefound.

Power

Source

This

equipmentoperates

from

a powersourcethatdoesnot

applymorethan250V rmsbetweenthesupplyconductors

orbetweeneithersupplyconductorandground.A protec-

tivegroundconnectionbywayofthegroundingconductor

inthepowercordisessentialfor

safe

operation.

Grounding

theProduct

This

equipmentisgrounded

through

thegroundingconduc-

torofthepowercord.Toavoidelectricalshock,plugthe

powercord

into

a properlywiredreceptaclebeforeconnec-

ting

totheequipment

input

output

terminals.

Use

theProperPowerCord

Use

onlythepowercordandconnectorspecifiedforyour

product.

Use

theProper

Fuse

avoidfirehazard,usea fuseofthecorrecttype.

DonotOperateinExplosiveAtmospheres

avoidexplosion,donotoperatethisproductinanex-

plosive

atmosphere.

DonotRemoveCoverorPanel

avoidpersonalinjury,donotremovethecoverorpanel.

Refer

servicingtoqualifiedpersonnel.

VoltageConversion

Ifthepowersourceisnotappliedtoyourproduct,contact

yourdealer.Toavoidelectricalshock,donotperformthe

voltageconversion.

CONTENTS

SAFETY

FEATURES

SPECIFICATIONS

^PRECAUTIONS

CONTROLS

ANDINDICATORS9

FRONT

PANEL...

REAR

PANEL

DIRECTIONS

FOR

USE...

READOUT

DISPLAY

(CS-5130Only)15

OPERATING

INSTRUCTIONS16

INITIALSTARTING

PROCEDURE

..16

[A]

OPERATIONS

ASA

GENERAL-USE

OSCILLOSCOPE

(1)NORMAL

SWEEP

DISPLAY

OPERATION16

(2)MAGNIFIED

SWEEP

OPERATION18

(3)

ALTERNATE

SWEEP

OPERATION18

(4)X-YOPERATION19

(5)VIDEOSIGNAL

OBSERVATION..

....19

(6)

SINGLE

SWEEP

OPERATION20

[B]

READOUTOPERATION(CS-5130Only)20

APPLICATION

....21

PROBE

COMPENSATION....21

TRACE

ROTATIONCOMPENSATION21

VOLTAGE

MEASUREMENTS

OFTHE

VOLTAGE

BETWEEN

TWOPOINTSONA WAVEFORM22

ELIMINATIONOFUNDESIREDSIGNAL

COMPONENTS

VOLTAGE

RATIOMEASUREMENT

USING

CURSORS

TIMEMEASUREMENTS24

6.TIME

DIFFERENCE

MEASUREMENT24

PULSE

WIDTHMEASUREMENTS..25

PULSE

RISE

TIMEAND

FALL

TIME

MEASUREMENTS....

PHASE

DIFFERENCE

MEASUREMENTS

10.TIMERATIOMEASUREMENTUSING

CURSORS

..28

11.

FREQUENCY

MEASUREMENTS

...29

12.

RELATIVE

MEASUREMENTS

'...30

13.

PULSE

JITTER

MEASUREMENTS

14.

SWEEP

MAGNIFICATIONS32

15.

APPLICATIONOFX-YOPERATION32

/^MAINTENANCE

ACCESSORIES

..35

NOTE:

This

instructionmanualisdescribedfortwomodels

CS-5130

and

CS-5135.

Refer

toitemappliedtoyour

product.

FEATURES

Highvertical

axis

sensitivityof

mV/divandwideband-

width

thatcoversfullyspecifiedfrequencyresponseat

mV/div.

12-stepverticalsensitivity

from

1 mV/divto5 V/div.

Verticalmodefunctionprovidesautomatictrigger

sig-

nal

selectioncorrespondenttoMODEselectorsetting.

Maximumsweeptimesweepat20ns/div.

Alternatesweepfunctionenablessimultaneousobser-

vationofa desiredwaveformanditsmagnified

waveform.

One-touchswitchovertoX-Yoperation.

Automaticfixingfunctioneliminatestroublesome

syn-

chronizationoperation.

Equipped

with

theCH1OUTconnectorfor

monitoring

channel-1

input

signal.

Five-revolution

DELAY

TIME

POSITION

potentiometer

offers

easy

setting.

10.

Thereadoutfunctiondisplays,inletters,each

scale

fac-

torofthevertical

axis

input

sensitivity,sweeptime,etc.

onthe

CRT.

(CS-5130

only)

11.

Cursormeasurementmode

(CS-5130

only)

The

cursormeasurementmodedisplays,inletters,vol-

tagedifference,voltageratio,timedifference,timera-

tio,frequency,andphasedifferencecorrespondingto

movementoftwocursors.

This

displayprovidesac-

curatewaveformobservationandfacilitatesdatacol-

lectionbyphotography.

SPECIFICATIONS

CS-5130

CS-5135

CRT

50mmrectangular

with

internalgraticule

AccelerationVoltage

Display

Area

10div(1div= 10mm)

VERTICAL

AXIS

(CH1

and

CH2)

Sensitivity

mV/divto5 V/div:1 mVto2 mV/div±5%,5 mV/divto5 V/div±3%

Attenuator

steps,1 mV/divto5 V/divin1-2-5sequence

Vernier

control

for

fully

adjustablesensitivitybetweensteps

Input

Impedance

MO±2%,approx.30pF

Frequency

Response

DC DC

to40MHz,

within

-3dB(5mV/divto5 V/div)

to15MHz,

within

-3dB(1mV/divto2 mV/div)

Frequency

Response

Hzto40MHz,

within

-3dB(5mV/divto5 V/div)

Hzto

5 MHz,

within

-3dB(1mV/divto2 mV/div)

Rise

Time 8.7ns(5mV/divto5 V/div)

17.5

ns(1mV/div& 2 mV/div)

Signal

DelayTime Adequateto

identify

leadingedge

Crosstalk

-40

dBor

less

(at1 kHz)

OperatingModes

CH1

Single

traceOperatingModes

CH2

Single

trace

OperatingModes

ALT

Two-waveformdisplay,alternately

OperatingModes

CHOP

Two-waveformdisplay,chopped

OperatingModes

ADD

CH1

+(±CH2)addeddisplay

ChopFrequency Approx.300kHz

Channel

Polarity Normalorinverted,channel2 onlyinverted

/r\ Maximum

Input

Voltage

500

Vp-por250V (DC+ ACpeak)

HORIZONTALAXIS

Input

thru

CH2,x 10MAGnotincluded

OperatingModes

X-Y

operationisselectable

with

HORIZMODEswitch

CH1

: Y

axis

CH2

: X

axis

Sensitivity

Same

asvertical

axis

(CH2)

Input

Impedance

Same

asvertical

axis

(CH2)

Frequency

Response

DC DC

to1 MHz,

within

-3dB

Frequency

Response

Hzto1 MHz,

within

-3dB

X-Y

Phase

Difference 3°or

less

at100kHz

/fyMaximum

Input

Voltage

Same

asvertical

axis

(CH2)

SWEEP

Type

A A

sweep

Type

ALT

sweep(intensifiedfor

duration

ofB sweep)andB sweep(delayedsweep)alternating

Type

Delayed

sweep

Type

X-Y X-Y

oscilloscopeoperation

Sweep

Time

0.2jus/divto0.5s/div±3%,in20ranges,in

-2-5sequence

Vernier

control

for

fully

adjustablesweep

time

betweensteps

Sweep

Time

0.2/xs/divto50ms/div± 3%,in

7 ranges,in

-2-5sequence

Sweep

Magnification

10(tentimes)±5%(±8%in0.2/xs-to-0.5(is range)

Linearity

±3%

(±5%forx 10magnification)

Holdoff

Continuouslyvariable

from

NORMtomorethanten

time

(MAX)

Trace

Separation

Shifts

B sweeptracecontinuouslyinverticaldirectionby4 divisionsormore

with

respect

toA sweep

Delayed

Sweep Continuousdelay

(AFTER

DELAY)

triggered

delay(B

TRIG'

triggered

byA trigger)

Delay

Time Continuousadjustable

from

0.2fis/d'w to0.5s/div

CS-5130

CS-5135

Delay

Accuracy ±(3%ofsetvalue+

% of

full

scale)

+ (0to300ns) ±4%ofreadingonCRT

Delayed

Jitter

10000

: 1 ofdecupled

time

axis

A setvalue

TRIGGERING

Modes

AUTO,

NORM,FIX,&

SINGLE-RESET

Trigger

Source

VERT

MODE Triggeredby

input

signalselected

with

verticalMODEselector

Trigger

Source

CH1

TriggeredbyCH1verticalsignal

Trigger

Source

CH2

TriggeredbyCH2verticalsignal

Trigger

Source

LINE

Triggeredbylinefrequency

Trigger

Source

EXT

Triggeredbyexternal

trigger

signal

External

Trigger

Input

Impedance

MO±2%,approx.25pF

^MAX.EXT.

Input

Voltage

V (DC+ ACpeak)

Coupling

AC,

HFREJ,

DC,

TV-FRAME,

TV-LINE

TriggerSensitivity AtNORM

position

TriggerSensitivity

Triggerfrequencyrange

Hzto20MHz(INT:1 div,

EXT:

0.15 Vp-p)

Hzto40MHz(INT:1.5div,

EXT:

0.2Vp-p)

TriggerSensitivity

Triggerfrequencyrange

to20MHz(INT:1 div,

EXT:

0.15Vp-p)

to40MHz(INT:1.5div,

EXT:

0.2Vp-p)

TriggerSensitivity

HFREJ

Triggerfrequencyrangeismorethan50kHz,andminimumamplitude(voltage)

requiredforsyncisincreased.

TriggerSensitivity

FRAME,

LINE

INT:

1.0div,

EXT:

0.15Vp-p

AUTO:

SameasabovespecificationsFIX:50Hzto20MHz(INT:1.5div,EXT:200mV)

forabove50Hz50Hzto40MHz(INT:2.0div,EXT:250mV)

CALIBRATION

VOLTAGE

V p-p±3%,squarewave,positivepolarity,approx.1 kHz

INTENSITY

MODULATION

Sensitivity

5 V,positivevoltagedecreasesbrightness

Input

Impedance Approx.10kfi

Usable

FrequencyRange

to5 MHz

Maximum

Input

Voltage

V (DC+ ACpeak)

VERTICAL

AXISSIGNALOUTPUT(CH1only)

Output

voltage Approx.50mVp-p/div(500 termination)

Output

Impedance Approx.50Q

Frequency

Response

100

Hzto40MHz,-3dB/500

termination

mV/div,2 mV/div:100Hzto15MHz,-3dB)

CS-5130

CS-5135

READOUT

Set

Value

CH1/CH2

scale

factor(withprobedetec-

tion);

V-UNCAL,

ADD,

INVERT

A/B

sweep

scale

factor(magnificationcon-

version):

SWEEP-UNCAL,

AFTER

DELAY,

TRIG'

D,X-Y

Cursor

Mode

modeonly AV^ Voltagedifferencebetween

ZiREF

and

zlcursors

ona CH1

scale

factor

basis

Cursor

Mode

modeonly

A\I2 Voltagedifferencebetween

ziREF

and

zicursors

ona CH2

scale

factor

basis

Cursor

Mode

modeonly

Time

differencebetween

zlREF

andzicur-

sors

onthe

basis

ofA sweep

scale

factor

Cursor

Mode

modeonly

1/AT

Frequency

between

AREF

andzlcursorson

the

basis

ofA sweep

scale

factor

Ratio:

Voltageandtimeratiobetween

AREF

and^cursors,supposing

5-divisionontheCRTas100%

Phase:

Phase

differencebetween

zlREF

and

^cursors,supposing5-divi-

sion

ontheCRTas360°

NOTE:

TheX-YmodeallowsZiV1measurementonly.

Cursor

Meas-

urement

Resolution

bits

Cursor

Meas-

urement

Measurement

accuracy

±4%

Cursor

Meas-

urement

Measurable

range AV, Ratio:±3.6divormorefromthe

CRT

center

AT, MAT, Ratio,

Phase:

±4.6divormore

fromtheCRTcenter

TRACE

ROTATION

(Electrical,

adjustablefrom

front

panel)

POWER

REQUIREMENT

Line

Voltage

100

V/120V/220V ±10%,216V-250V

Line

Frequency

50/60

Power

Consumption Approx.47W Approx.41W

DIMENSIONS

(WxHxD)

319

(341)x 132(145)x380(455)mm

(

) dimensionsincludeprotrusionfrom

basic

outlinedimensions

WEIGHT

9.0kg

8.5

ENVIRONMENTAL

WithinSpecifications 10°Cto35°C,85%max.relativehumidity

Full

Operation 0°Cto40°C,85%max.relativehumidity

ACCESSORIES

SUPPLIED

Probe

PC-33

(READOUT

compatibleprobe)x 2

PC-30x2

Attenuation 1/10

1/1,

1/10

Inputimpedance

MO,25pF±10%

MO,200pFor

less

MO,22pF± 10%

Power

supplycable

Replacement

Fuse

Ax2,0.5Ax2

InstructionManual1

*Circuitandratingaresubjecttochange

without

noticeduetodevelopmentsintechnology.

PRECAUTIONS

SAFETY

Before

connectingtheinstrumenttothepower

source,

care-

fullyreadthe

following

information,thenverifythatthe

powercordandpowerlinefuseareonesforyourpowerline.

The

instrument'srearpanelhasa fuseholderonthe

left

theACinletterminal(thefuseholeralso

serves

asa vol-

tageselector).Thevalueunderthetriangle• markedon

theholderindicatesthelinevoltagesetfortheinstrument.

Ifthepowercordisnotapplied

with

thecorrectvoltage,

thereisa danger

from

electricshock.

•Whenconvertingthevoltage,refertotheMaintenance

section.

Line

voltage

This

instrumentoperatesusingac-power

input

voltagesthat

100/120/220/240

V atfrequencies

from

50Hzto60Hz.

Power

cord

)

Thegroundwireofthe3-wireacpowerplugplacesthe

chassis

andhousingoftheoscilloscopeatearthground.Do

notattempttodefeatthegroundwireconnectionorfloat

theoscilloscope;todosomayposea greatsafetyhazard.

The

appropriatepowercordissuppliedbyan

option

that

specifiedwhentheinstrumentisordered.

The

optionalpowercordsareshownasfollowsinFig.1.

Line

fuse

The

fuseholderislocatedontherearpanelandcontains

theline

fuse.

Verifythattheproperfuseisinstalledby

replacingtheline

fuse.

EQUIPMENT

PROTECTION

Neverallowa smallspotofhighbrilliancetoremain

sta-

tionaryonthescreenformorethana few

seconds.

The

screen

maybecomepermanentlyburned.A spotwill

occur

onlywhenthescopeissetupforX-Yoperation

and

nosignalisapplied.Eitherreducetheintensityso

thespotisbarelyvisible,switchbacktonormalsweep

operationwhennosignalisapplied,orsetupthescope

forspotblanking.

Nevercovertheventilatingholesonthetopoftheos-

cilloscope,

asthiswillincreasetheoperatingtempera-

tureinsidethe

case.

Neverapplymorethanthemaximumratingtotheos-

cilloscope

inputs.

/J^CH1,

CH2

INPUT

jacks:

500Vp-por250V

(DC

+ ACpeak)

EXT

TRIG

INPUT

jack:50V (DC+ ACpeak)

axis

INPUT

jack:50V

(DC

+ ACpeak)

Never

applyexternalvoltagetotheoscilloscope

out-

putterminals.

Alwaysconnecta cable

from

theearthground(GND)

jack

oftheoscilloscopetothe

chassis

oftheequipment

undertest.

Without

thiscaution,theentirecurrentfor

theequipmentundertestmaybedrawn

through

the

probeclipleadsundercertain

circumstances.

Such

con-

ditionscouldalsoposea safetyhazard,whichthe

groundcablewillprevent.

Alwaysusetheprobegroundclipsforbestresults.Do

notuseanexternalgroundwireinlieuoftheprobe

groundclips,asundesiredsignalsmaybeintroduced.

Operationadjacenttoequipmentwhichproducesstrong

magneticfieldsshouldbeavoidedwherepossible.

This

includessuchdevicesaslargepowersupplies,

transformers,

electricmotors,etc.,thatare

often

found

inanindustrialenvironment.Strongmagneticshields

can

exceedthepractical

CRT

magneticshieldinglimits

and

resultinterferenceanddistortion.

Probecompensationadjustmentmatchestheprobeto

the

input

ofthescope.Forbestresults,compensation

ofprobeshouldbeadjustedinitially,thenthesamepro-

always

used

with

the

input

scope.

Probecompen-

sationshouldbereadjustedwhenevera probe

from

differentscopeis

used.

(Seepage21)

InX-Yoperation,donot

pull

outthe

PULL

x 10MAG

switch.

Ifpulledoutit,noisemayappeareonthe

waveform.

When

turning

onandoffthe

POWER

switchrepeated-

ly,keepanintervalofabout5 seconds.

Faster

onand

offoperationmay

cause

malfunctiontotheinstrument.

10.

Donotusetheprovided

PC-33

Probe

with

other

meas-

uringequipmentbecauseitincorporatesa terminalfor

READOUT

detectionwhich

might

damagetheother

equipment.

Plugconfiguration Powercordand

plug

type

Factoryinstalled

instrumentfuse

Line

cord

plug

fuse

North

American

120volt/60

Rated

15amp

(12

amp

max;NEC)

1.0A,250V

Fast

blow

6x30

None

Universal

Europe

220volt/50

Rated

16amp

0.5

A,250V

lag

5x20

None

U.K.

240volt/50

Rated

13amp

0.5

A,250V

Fast

blow

0.5

Type

Australian

240volt/50

Rated

10amp

0.5

A,250V

Fast

blow

6x30

None

North

American

240volt/60

Rated

15amp

(12

amp

max;NEC)

0.5

A,250V

Fast

blow

6x30

None

Switzerland

240volt/50

Rated

10amp

0.5

A,250V

Fast

blow

None

Fig.

PowerInputVoltageConfiguration

CONTROLS

ANDINDICATORS

FRONT

PANEL

Fig.

Rotationadjustsverticalpositionof

CH1

waveformon

the

screen.

InX-Yoperation,

rotation

adjustsvertical

positionofdisplay.

CH1VOLTS/DIVControl

Vertical

attenuatorforchannel1.Providesstepadjust-

mentofverticalsensitivityin1-2-5sequence.

VARI-

ABLE

controlisturnedtotheCALposition,the

calibratedverticalsensitivityisobtained.InX-Yopera-

tion,thiscontrol

serves

astheattenuatorfor

Y-axis.

©CH1

VARIABLE

Control

Rotationprovidesfinecontrolofchannel1 vertical

sen-

sitivity.Inthefullyclockwise

(CAL)

position,theverti-

cal

attenuatoriscalibrated.InX-Yoperation,thiscontrol

serves

asthe

Y-axis

attenuationfineadjustment.

CH1AC-GND-DCSwitch

This

switchistheCH1vertical

axis

couplingmode

selector,

forX-Yoperation,the

Y-axis

couplingmode

control.

AC:

input

coupling

with

blockingofanyDC

sig-

nal

component.

GND:

Verticalamplifierisdisconnected

from

thein-

putsignalandconnectedtoground.

This

mode

usefulindeterminingthezeroreference.

DC:

DCcoupling,

with

both

theDCandACcom-

ponentsofthe

input

signaldisplayedonthe

CRT.

©CH1INPUTjack

Vertical

input

forchannel1 traceinnormalsweepoper-

ation.

Y-axis

input

forX-Yoperation.

INVert

Control

•CH2

POSITION:

Rotationadjustsverticalpositionofchannel2

trace.

INV:

Push-pullswitchselectschannel2 signalin-

verted

(PULL

INV)whenpulledout.

(Hereafter

PULL

INVisdescribedasCH2INV.)

Vertical

attenuatorforCH2.Providesthesamefunc-

tion

VOLTS/DIV

Control© for

CH1.

InX-Yopera-

tion,thecontrol

serves

asthe

X-axis

attenuator.

®CH2

VARIABLE

Control

Rotationprovidesfinecontrolofchannel2 vertical

sen-

sitivity.

Provides

thesamefunctionas

VARIABLE

Control® for

CH1.

InX-Yoperation,thiscontrol

serves

for

X-axis

at-

tenuationfineadjustment.

Three-positionleverswitchwhichoperatesasfollows:

AC:

BlocksDCcomponentofchannel2

input

signal.

GND:

Openssignalpathandgrounds

input

tovertical

amplifier.

This

providesa zero-signalbaseline,

thepositionofwhichcanbeusedasa reference

whenperformingDCmeasurements.

DC:

Direct

input

ofACandDCcomponentofchan-

nel2

input

signal.

©CH2INPUT

Jack

Vertical

input

forchannel2 traceinnormalsweepoper-

ation.

X-axis

input

inX-Yoperation.

©MODESwitch

Selects

thebasicoperatingmodesoftheoscilloscope.

CH1:

Onlythe

input

signaltochannel1 isdisplayed

a singletrace.

CH2:

Onlythe

input

signaltochannel2 isdisplayed

a singletrace.

ALT:

Alternatesweepisselectedregardlessofsweep

time.

CHOP:

Chopsweepisselectedregardlessofsweep

time

atapproximately300kHz.

ADD:

Thewaveforms

from

channel1 andchannel2

inputsareaddedandthesumisdisplayedasa

button

isen-

gaged,thewaveform

from

channel2 issub-

tracted

from

thechannel1 waveformandthe

differenceisdisplayedasa singletrace.

Earth

and

chassis

ground.

©CALTerminal

Provides

1 kHz,1 V peak-to-peaksquarewavesignal.

This

isusefulforprobecompensationadjustment.

©EXTTRIGINPUT

Jack

Input

terminalforexternal

sync

signal.

When

SOURCE

switchisselectedinEXTposition,the

input

signalattheEXT

TRIG

INPUT

jackbecomesthe

trigger.

©POWERSwitch

pressofthisswitchturnsthepowerON.

Lightswhenthe

POWER

switchispressed.

©INTEN

(REAL)

Control

Controllerforadjustingbrightnessofthereal-time

waveform.

Controllerforadjustingbrightnessofthe

READOUT

value.

*By

turning

thecontrollerclockwiseuptothevery

end,

the

READOUT

valuebecomesbrightest;turn-

ingcounterclockwiseturnsreadout

function

OFF

and

makes

thevaluedisappear.

FOCUS/PULL

ASTIGControl

FOCUS:

Focus

adjustment

ASTIG:

Usedto

bring

thewaveform

into

thebest

condition

with

the

FOCUS

adjustmentbyad-

justingtraceandspotaberration.Pullthe

knobtomakea spotcircular.

Fig.

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Mercury

Mercury TSL01 Bedienungsanleitung

MAHA

MAHA MBT Series Bedienungsanleitung

Fuji Electric

Fuji Electric P-61 Bedienungsanleitung

ETC

ETC SealerAtor Bedienungsanleitung

Skyfine

Skyfine ETHYWAY V2 Bedienungsanleitung

Appion

Appion G5 Twin Bedienungsanleitung

PCB Piezotronics

PCB Piezotronics 8159-0112A Bedienungsanleitung

BW Technologies

BW Technologies MicroDock II Bedienungsanleitung

Sun Nuclear

Sun Nuclear 1027 Bedienungsanleitung

Biomark

Biomark HPR LITE READER Bedienungsanleitung

Hioki

Hioki 3169-20 Bedienungsanleitung

Ashcroft

Ashcroft ATE-100 Bedienungsanleitung