gage razor compuscope

FEATURES• 2or4digitizingchannels

• 100or200MS/smaximumsamplingperchannel

• 16bitsverticalresolution

• 128MSto16GSon-boardacquisitionmemory

• 65or125MHzbandwidth

• Ultralowdistortion(THD<-80dB)

• Full-size,single-slotPCIExpressorPCIcard

• Full-featuredfront-end,withsoftwarecontroloverinputranges,couplingandimpedances

• Dual-portmemoryandDataStreamingatupto3.1GB/sonPCIExpressmodels

• 32bits,66MHzPCIstandardfor200MB/stransfertoPCmemory

• EaseofintegrationwithExternalorReferenceClockInandClockOut,ExternalTriggerInandTriggerOut

• Programming-freeoperationwithGageScope®oscilloscopesoftware

• SoftwareDevelopmentKitsavailableforLabVIEW,MATLAB,C/C#

• CustomFPGAfirmwareavailable

TheRazorfamilyof16-bitdigitizersprovides16-bitperformanceathighspeedandhighchanneldensityonaPCIExpressorPCIplatform.

APPLICATIONS RadarDesignandTest

DiskDriveTesting

ManufacturingTest

SignalIntelligence

LidarSystems

Communications

Non-DestructiveTesting

Spectroscopy

High-PerformanceImaging

UltrasoundTest

www.gage-applied.com

Razor CompuScope 16XX16-Bit Family of Multi-channel Digitizers for the

PCI Express and PCI Bus

TheGaGeRazorTMfamily

ofmulti-channeldigitizers

featuresupto4channels

inasingle-slotPCIExpress

orPCIcardwithupto200

MS/ssamplingperchannel,

andupto16GSofon-board

acquisitionmemory.

CombineseveralRazorcards

forupto32channelsina

singlesystem.

VerticleResolution: 16-bitsBasicAcquisitionMemory1: 128MegaSamplesAvailableAcquisitionMemoryOptions: 256MS,512MS,1GS,2GS(PCImodels) 1GS,2GS,4GS,8GS,16GS(PCIExpressmodels)

CHANNEL SPECIFICATIONS

ChannelInputVoltageRanges: 1MΩ:±100mV,±200mV,±500mV,±1V,±2V,±5V,±10V,±20V,±50V(software-selectable) 50Ω:±100mV,±200mV,±500mV,±1V,±2V,±5V

ChannelImpedance: 1MΩor50Ω(software-selectable)

ChannelImpedanceAccuracy: 0.5%for1MΩ.1.5%for50Ω(typical)

ChannelCapacitance(1MΩ): 65pFon±100mV,±200mV

45pFon±500mV,±1V,±2V,±5V

35pFon±10V,±20V,±30V

ChannelCoupling: ACorDC(software-selectable)

ChannelDCUserOffset2: SpansFullScaleInputRange(FSIR)(software-selectable)

ChannelLow-PassFilter: 3-Polewith-3dBpointat25MHz

(Maybeindependentlysoftware-selectedforeachinputchannel)

Channel-to-ChannelIsolation: TBA

ChannelAbsoluteMaxInput: 50Ω:±15V

1MΩ:±75V(excepton±100mVand±200mVrange,whereMaxis+/-25V)

1 MemoryisdividedamongtheallactiveRazorchannels(1,2or4)2 Adjustablein1/2%steps.Above±5Vislimitedto±2.4V


Razor Model Number of Input Channels

Maximum Sampling Rate

Input Bandwidth (-3 dB Point)

CS1621 2Simultaneous 100MS/s 65MHz




MAIN RAZOR SPECIFICATIONS

2

Razor CompuScope 16XX Simplified Block Diagram

www.gage-applied.com 3

BusWidth: 32-bits 8Lanes

BusSpeed: 66MHzor33MHz

40Gb(Gen2)or20Gb(Gen1)

BusThroughput: 200MB/stoPCmemory(66MHzPCI;dependentonmotherboardandconfiguration)

3.1GB/s(Gen2)or1.6GB/s(Gen1)

Compatibility: PCI-compliant,v.2.2.Alsov.2.1systemsthatsupply3.3VtoPCIslot

PCIExpress2.0compliant(Also1.1at20Gb)

PHYSICAL/MECHANICAL Length: 312.00mm/12.283”

Width: <12.5mm/0.5”(neighboringPCIslotsareaccessible)

Height: 106.68mm/4.200”

Weight: <0.45Kg/1lbs

Connectors: SMA

BUS INTERFACE

(PCI) (PCI Express)

Plug-&-Play Fullysupported Fullysupported

BusMastering Fullysupported Fullysupported

Scatter-Gather: Fullysupported Fullysupported


CHANNEL FREQUENCY RESPONSE

Note:TypicalFrequencyResponsecurvesabovetakenon±500mVinputrangewithonwith50ΩterminationwithDCcoupling.InACCoupledmode,thelower-3dBcutofffrequencyis200kHz.

Input Range

CS16X1 CS16X2Bandwidth (MHz) Flatness (MHz) Bandwidth (MHz) Flatness (MHz)

50 Ω 1 MΩ 50 Ω 1 MΩ 50 Ω 1 MΩ 50 Ω 1 MΩ

±2 V 70.1 69.4 56.7 59.2 133.8 69.3 110.0 59.3±500 mV 70.6 68.2 57.4 58.2 135.2 68.2 111.6 58.2±100 mV 69.5 62.0 55.9 46.2 132.0 62.0 107.6 46.2

Note1:TheBandwidthisdefinedasfrequencyatwhichthesignalattenuationfallsbelow-3dBofitsvalueatDC.TheFlatnessisthefrequencybelowwhichthesignalattenuationisconstantwithin±1dBofitsvalueata1MHzsignalfrequency.

RiseTime2: 5.0nanosecondsforCS16X1(Typicalon50Ω) 2.6nanosecondsforCS16X2(Typicalon50Ω)

1 InACcouplingmodewith1MΩtermination,lower-3dBroll-offisat10Hz2 TheRiseTimeiscalculatedas0.35/Bandwidth

4


CHANNEL ABSOLUTE ACCURACY

DCGainandOffsetErrorarepresentedasafunctionoftheFull-ScaleInputRange(FSIR).Forexample,onthe±1VoltInputRange,theFSIRis2Volts.

AbsoluteDCGainError(Volts): <±0.3%x(FSIR)(50Ω) <±0.1%x(FSIR)(1MΩ) e.g.GainError<0.3%X2V=6mVon±1VInputRange(50Ω)

AbsoluteDCOffsetError(Volts): <±(0.2%x(FSIR)(50Ω) <±(0.2%x(FSIR)(1MΩ) e.g.<0.2%x2V=4mVon±1VInputRange(50Ω)Notes:TheMaximumAbsoluteDCErrormaybecalculatedbysummingtheAbsoluteDCGainErrorandtheAbsoluteDCOffsetErrorinquadrature

MaximumAbsoluteDCError=√(AbsoluteDCGainError)2+(AbsoluteDCOffsetError)2

Forexample,onthe±1InputRange(50Ω)

MaximumAbsoluteDCError=√(0.3%x2V)2+(0.2%x2V)2

MaximumAbsoluteDCError<7.2mV

MaximumAbsoluteDCError<0.36%ofFSIR

ThesevaluesrelateonlytotheAbsoluteaccuracyoftheRazorCompuScopeandsaynothingabouttherelativeaccuracy.RelativeaccuracyperformanceissuperiorandisprovidedbytheDynamicPerformanceParameters.

Eachtimethatanewinputconfiguration(e.g.Inputrange,termination,coupling)isselected,theRazorundergoesanon-boardauto-calibrationsequence,whichcorrectsforcomponentvaluechangesduetoagingorthermaldrift.

Beforeshipment,allRazorCompuScopesaretestedatthefactoryusingtheGagePerformanceVerificationSystem.ThissystemintroducesDCvoltagesfromaNIST-traceablecalibratorsourcetothecardinallinputconfigurationsandconfirmsthatnomeasurederrorsareworsethantheerrorslistedabove.

5


RAZOR DYNAMIC PERFORMANCE

FrequencyspectrumabovetakenonaRazorCS1641onits±500mVinputrangewith50ΩterminationandDCcoupling.

DynamicParametersaremeasuredbyacquiringahigh-purity10MHzsinewavesignal,derivinganassociatedFourierSpectrumandidentifyingtheFundamentalPower(F),theNoisePower(N)andtheHarmonicPower(H).ThesePowersaremeasuredastheareasunderthefrequencybinsrespectivelyindicatedinblue,redandblackinthefrequencyspectrumabove.

DYNAMIC PARAMETERS DEFINITIONS

Signal-to-NoiseRatio(SNR)≡10xlog(F/N)

TotalHarmonicDistortion(THD)≡10xlog(H/F)

Signal-to-Noise-and-DistortionRatio(SINAD)≡10xlog(F/(H+N))

EffectiveNumberOfBits(ENOB)≡(SINAD–1.76dB)/6.02dB

SpuriousFreeDynamicRange(SFDR)≡Amplitudeofhighestspuriousspectralpeak

RMSNoise≡StandardDeviationofacquiredsignalwithCompuScopeinputloadedwithexternal50Ωterminater.Nofiltersareapplied.

6


Razor Dynamic Parameters with 10 MHz Signal Frequency1

Product Input Range

SNR THD SINAD ENOB SFDR

50 Ω 1 MΩ 50 Ω 1 MΩ 50 Ω 1 MΩ 50 Ω 1 MΩ 50 Ω 1 MΩ

CS16X1±500 mV 75.72dB 62.31dB -84.72dB -66.65dB 75.24dB 61.03dB 12.21 9.85 86.61dB 67.55dB

±100 mV 70.99dB 62.45dB -82.78dB -65.70dB 70.74dB 60.90dB 11.50 9.82 85.02dB 66.44dB



Razor Dynamic Parameters with 70 MHz Signal Frequency1

Product Input Range

SNR THD SINAD ENOB SFDR





±100 mV 57.83dB 53.21dB 58.79dB -48.30dB 35.44dB 47.99dB 8.92 7.68 60.54dB 48.53dB

RMS Noise on Select Input Ranges

Input Range ±100mV ±500mV ±2V ±10V ±50V

Razor Model


CS16X1 30µV 100µV 60µV 500µV 310µV 600µV - 5.3mV - 7.3mV

CS16X2 50µV 130µV 90µV 660µV 440µV 830µV - 7.3mV - 10.5mV

1 DynamicParametersfor10MHzfrequencyacquiredwith25MHzlow-passfiltersactivated.For70MHzfrequency,nofiltersactivated.

7


TIME-DOMAIN SAMPLING

InternalSamplingRates: 200MS/s,100MS/s,50MS/s,25MS/s,10MS/s,5MS/s,2MS/s,1MS/s,(Maximumismodeldependent) 500kS/s,200kS/s,100kS/s,50kS/s,20kS/s,10kS/s,5kS/s,2kS/s,1kS/s

InternalSamplingRateAccuracy/Stability1: 1part-per-million

Channel-to-ChannelSkew2: <400picoseconds

CLOCK IN

ClockInSignalLevel: Minimum0.3VRMS

Maximum1.5VRMS

ClockInSignalInputTermination: 50Ω

ClockInSignalInputCoupling: AC

ClockInSignalDutyCycle: 50%±5%

ClockInModes:

1.ExternalClock–InputsignalisusedasasamplingclocksignalanddirectlyclocksRazorADCchips

2.10MHzReference–Highaccuracy10MHzinputsignaldisciplinestheinternalsamplingoscillatorsothat, forexample,a200MS/ssamplingrateisatexactly20Xthe10MHzreferencefrequency

MaximumExternalClockFrequency: MaximumRazorsamplerate

MinimumExternalClockFrequency: 10MHz

10MHzReferenceModeFrequency: 10MHz±10kHz

CLOCK OUT

ClockOutModes: SamplingClockOutand10MHzReferenceClockOut

ClockOutSignalLevel: 0-1.8V

ClockOutSignalOutputTermination: 50Ωcompatible

MaximumClockOutSignalFrequency: MaximumRazormodelsamplerate

MinimumClockOutSignalFrequency: 10MHz(UsingExternalClock)

1kHz(UsingInternalSampling)

ClockOutSignalDutyCycle: 50%

1 MasterSamplingOscillatorisdisciplinedbyanon-boardtemperature-compensated10MHzreferencesignalwith1part-per-millionaccuracyandstability.2 Channelsusesameinputsettings

8


TRIGGERING

TriggerSource: AnyInputChannel,ExternalTriggerorSoftware

TriggerLevel: SoftwarecontrollableanalogTriggerlevelwithspanoftheFullScale InputRange(FSIR)oftheTriggerSource.Adjustablein½%steps

TriggerSlope: PositiveorNegative(software-selectable)

TriggerEngines: 2perInputChannel,1forExternalTrigger-resultslogicallyORedto createtriggerevent

TriggerJitter1: 1Sample

TriggerHold-off: Allowstriggerstobeignoredinordertoensureacquisitionofanypre-set amountofpre-triggerdata.

TriggerDelay: Allowssuppressionoftheacquisitionofanyamountofpost-triggerdatain ordertoconservememoryfortheacquisitionofonlylaterwaveformdata.

INTERNAL TRIGGERING

TriggerSensitivity:2 ±2%ofFullScaleInputRangeofTriggerSource

TriggerLevelAccuracy: Betterthan±2%ofFullScale

EXTERNAL TRIGGERING

ExternalTriggerInputVoltageRanges: ±1V,±5V(software-selectable)

ExternalTriggerCoupling: ACorDC(software-selectable)

ExternalTriggerInputImpedance: 2kΩ

ExternalTriggerInputBandwidth: >100MHz

ExternalTriggerAbsoluteMaxInput: ±15V

ExternalTriggerSensitivity: ±5%ofFullScaleExternalTriggerRange

ExternalTriggerLevelAccuracy: ±10%ofFullScaleExternalTriggerRange

1 Thisjitterappliesforanasynchronoustriggerandsamplingclock.Sub-nanosecondjittermaybeachievedusingsynchronoustriggerandsamplingclock2 Signalamplitudemustbeatleast4%ofFullScaleInputRangeofTriggerSourcetocauseatriggerevent.Smallersignalsarerejectedasnoise.

9


COMPUSCOPE ACQUISITION

ACQUISITION MODES:

1.SingleRecordMode–InSingleRecordMode,eachwaveformisdownloadedtoPCRAM,whereitis accessibletotheuser,priortothenextwaveformacquisition.

2.MultipleRecordMode–InMultipleRecordMode,acquiredwaveformsarestackedinon-board Compscopememoryforlaterdownload.Betweensuccessivelytriggers,theacquisitioncircuitryis rapidlyre-armedinhardwarewithnosoftwarecommunicationrequired.

SegmentMemoryistheamountofmemoryavailabletoholdwaveformdata,whichmayincludebothpre-andpost-triggerdata

Post-TriggerData:32SampleminimumuptofullSegmentMemory.Post-triggerDepthmaybeincreasedinstepsof32Samples.

Pre-TriggerData:UptofullSegmentMemory.

MAXIMUM SEGMENT MEMORY

SingleRecordMode1,2:

MaxSegmentMemory≈Totalon-boardmemory/NumberofActiveChannels

MultipleRecordMode2:

SegmentMemory≈Totalon-boardmemory/NumberofActiveChannels/NumberofSegments

1 NumberofActiveChannelsmaybe1,2or4.2 Theequationisnotexactduetostorageofasmallamountofinter-recorddata,suchasTime-StampingInforma-tion.

10


SINGLE RECORD MODE ACQUISITION

Razor’sRepetitiveWaveformAcquisitionPerformanceTheplotaboveshowstheRazor’smaximumPulseRepeatFrequency(PRF)whichisthemaximumtriggerratewithouttriggerloss.Curvesareshownwithasamplingrateof200MS/sforacquisitionof1,2and4channels(Single,DualandQuad)andforPCIclockspeedsof33MHzand66MHz.(Inpractice,66MHzPCIusuallyimpliesPCI-X).StraightlineportionsofthecurvesathighDepthsprovidemeasurementofPCIbus-masteringtransferspeedsofover100Megabytes/secondand200Megabytes/secondrespectivelyfor33MHzand66MHzPCI.MeasurementsonPCIExpressmodelstobeannounced.

NodataprocessingorstoragetoharddrivewereperformedforthePRFmeasurementsandperformancemayvaryslightlywithsystemconfiguration.

MULTIPLE RECORD MODE ACQUISITION

MultipleRecordInter-TriggerRe-armtime:Lessthan2microseconds

Note:BecausethenosoftwarecommunicationisrequiredduringaMultipleRecordacquisition,theRe-armtimeiscompletelydeterministicorinvariant.Forexample,anacquisitionofduration6microsecondscouldbetriggeredatarateofupto1/(6µs+2µs)=125kHzwithaguaranteeofnolossoftriggers.

11


TRIGGER TIME-STAMPING

TheTriggerTime–Stampingfunctionalitytagstheoccurrencetimeoftriggereventsusingawidehigh–speedon-boardcounterthathashighaccuracyandisindependentofanyHostPCtiming.

Time–StampingCounterClocksource: Fixed133MHzon-boardoscillatororSamplingClock

(software-selectable)

Time–StampingCounterResolution: Oneclockcycle

Time–StampingCounterWidth: 44-bits

Time–StampingCounterRollovertime1: 24hoursormore

MULTI-COMPUSCOPE SYSTEMS

Master/Slave CompuScope Mode

NumberofMaster/SlaveCompuScopes: 2-8cards

Board-to-BoardTimingSkew: <500picoseconds

Note:InaMaster/SlaveCompuScopesystem,identicalCompuScopesareconfiguredtobehavefromahardwareandsoftwareperspectiveasasinglemulti-channeldigitizersystem.AllCompuScopeswithinaMaster/Slavesystemwillsample,triggerandre-armsimultaneously.CompuScopesself-configureasaMaster/SlavesystemupondetectionoftheinternalMaster/Slaveinter-CompuScopebridge-boardconnector.ThissystemmaybebrokenupintoindependentCompuScopessimplybynotinstallingthebridge-board.

Independent CompuScope Mode

NumberofIndependentCompuScopes:NumberlimitedonlybynumberofslotsinbackplaneandavailableDCpower.

Note:UsersmayinstallindependentCompuScopes,whichmaybedifferentmodels,withinasinglehostPC.IndependentCompuScopesmaytriggerandsampleasynchronously.IndependentasynchronousCompscopeoperationisfullysupportedbyGageScopeandallCompscopeSoftwareDevelopmentKits(SDKs).

POWER CONSUMPTION

PCI DC SUPPLY CS1621 CS1641 CS1622 CS1642

+5V 12.7W 22.3W 12.7W 22.3W

+3.3V 8.3W 8.9W 9.4W 10.1W

+12V 0.3W 0.2W 0.2W 0.2W

-12V 0 0 0 0

-5V 0 0 0 0

Total 21.3W 31.4W 22.3W 32.6W

Note:TheconsumptionvaluesaboveareforRazorCompuScopeswiththebaseacquisitionsmemoryof128MegaSamples.Fora2GigaSampleRazorCompscope,theextrapowerconsumptionis3Watts.Forintermediatememoryoptions,theextraconsumptionincreasesinproportiontotheamountofmemory.

1 AtthetopRazorTime-StampingCounterclockingrateof200MHz,thecounterrollovertimeis244/200MHz=87961seconds>1day.

12


HOST PC SYSTEM REQUIREMENTS

PCI-basedcomputer,minimumPentiumII500MHz,withatleastonefreefull-lengthPCIExpress(8or16lane)orPCIslot,128MBRAM,200MBoffreeharddiskspace.

OperatingSystem:

Windows7: AllVersions(32/64-bit)

WindowsVista: AllVersions(32/64-bit)

WindowsXP: SP1orhigher(32/64-bit)

WindowsServer: 2003,2008

LinuxVersion: Debian5

SOFTWARE SUPPORT

ApplicationSoftware:

GageScopeisaWindows-basedsoftwareforprogramming-freeCompuScopeoperation

GageScopeLITEEdition:Includedwithpurchase,providesbasicfunctionality

GageScopeStandardEdition:Provideslimitedfunctionalityofadvancedanalysistools,exceptforExtendedMath

GageScopeProfessionalEdition:Providesfullfunctionalityofalladvancedanalysistools

SoftwareDevelopmentKits:

CompuScopeSDKsforC/C#forWindows Includes:CompuScopeCSDKforWindows1

CompuScope.NETSDKforWindows2

CompuScopeSDKforMATLABforWindows

CompuScopeSDKforLabVIEWforWindows

Linuxsupportavailable.

FIRMWARE SUPPORT

eXpertSignalAveragingFirmwareOption

CallfactoryforcustomeXpertSignalProcessingFirmware

OPERATING TEMPERATURE

InternalPCTemperatureRange:0°Cto+50°C

1 CSDKiscompatiblewithLabWindows/CVI7.0+2 .NETSDKisCLRcompliantandincludessupportforVisualBasic.NETandDelphi

13


Copyright©2011GageAppliedTechnologies.Allrightsreserved.

900N.StateSt.Lockport,IL60441-2200

Toll-Free (US and Canada):phone1-800-567-4243fax1-800-780-8411

Direct: phone+1-514-633-7447fax+1-514-633-0770

Email:[email protected]

TofindyourlocalsalesrepresentativeordistributorortolearnmoreaboutGaGeproductsvisit:


UpdatedJune15,2011

CablesSet1CableSMAtoBNCACC-001-031Set4CableSMAtoBNCACC-001-033

MasterMulti-CardUpgradeRAZ-181-002SlaveMulti-CardUpgradeRAZ-181-003

eXpert™FirmwareOptionseXpertSignalAveragingFirmwareOption250-181-001

GageScope® SoftwareGageScope:LiteEdition IncludedGageScope:StandardEdition300-100-351(withPurchaseofCompuScopeHardware)GageScope:ProfessionalEdition300-100-354(withPurchaseofCompuScopeHardware)

Software Development Kits (SDKs)GaGeSDKPackonCD200-113-000CompuScopeSDKforC/C#200-200-101CompuScopeSDKforMATLAB200-200-102CompuScopeSDKforLabVIEW 200-200-103eXpertDataStreaming(PCIExpressOnly) STR-181-000

WARRANTY

Oneyearpartsandlabor

CertificateofNISTTraceableCalibrationisincluded.

*Allspecificationssubjecttochangewithoutnotice.

14

Razor 16-bitFamily

PCI CompuScopes PCI Express CompuScopes

2 Channel 4 Channel 2 Channel 4 Channel

100MS/s CS1621:RAZ-002-100 CS1641:RAZ-004-100 CSE1621:RZE-002-100 CSE1641:RZE-004-100

200MS/s CS1622:RAZ-002-200 CS1642:RAZ-004-200 CSE1622:RZE-002-200 CSE1642:RZE-004-200

MemoryUpgrade:128MSto256MSMemoryUpgrade:128MSto512MSMemoryUpgrade:128MSto1GSMemoryUpgrade:128MSto2GS

RAZ-181-001RAZ-181-003RAZ-181-005RAZ-181-007

MemoryUpgrade:1GSto2GSMemoryUpgrade:1GSto4GSMemoryUpgrade:1GSto8GSMemoryUpgrade:1GSto16GS

MEM-181-001MEM-181-003MEM-181-005MEM-181-007

ORDERING INFORMATION

Hardware & Upgrades

gage razor compuscope

Documents