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GE HealthcareGE Healthcare
LOGIQ eLOGIQ e product description:LOGIQ* e gives physicians the
power to expand from routineto advanced ultrasound imaging. GE
Healthcare’s leadership compact system is designed for general
imaging, musculoskeletal, anesthesiology, interventional,
emergency, and critical care applications. A variety of premium
technologies help care for a broad spectrum of patients, from
superficial to dynamic or deep imaging at the point of care.
Point of Care versatilityThe LOGIQ e excels in the following
areas:Amazingly Accurate Anatomy: Our Tissue Differentiation comes
from the combination of our proprietary imaging technology,
beamformer and ultra-high frequency L8-18i-RS transducer. This
helps you detect subtle changes in anatomy, minimal amounts of
fluid and small structures. Power Doppler Imaging (PDI) sensitivity
detects slow blood flow in both small and large vessels. B-Steer +
Needle Recognition delivers accurate detail—needle, anatomy and
motion—even in Color and Power Doppler.
Precision Tools: Patient Follow-up Tool automatically sets all
of the imaging parameters to be identical to your previous exam.
This helps give you technical consistency when you monitor your
patient’s condition, therapy or progress over time. Color and PDI
Quantification helps you evaluate the amount of blood flow within a
specific area, to assist with diagnosis and monitoring. Other
advanced capabilities are intuitive to use, such as Simultaneous
Split Screen, LOGIQview panoramic imaging, and Raw Data
Imaging.
Simplicity creates efficiency. Customize to your needs: You can
spend more time focusing on your patient and not your equipment.
The system comes with expertly optimized image settings readily
available on the LOGIQ e. Auto Optimize helps you quickly adjust
image quality with the touch of one button. To personalize your
system, you have the flexibility to fine-tune the image across all
modes and save your settings. You can even create up to eight of
your own default settings by anatomy, procedure or physician. To
quickly streamline your system, you can select only the
capabilities you need for your clinic or facility. In addition,
efficient data management and connectivity make documentation easy
over a wired or wireless network.
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General SpecificationsDimensions and Weight• Height:
70mm(2.75in)consoleonly
100mm(3.94in)withhandle• Width: 340mm(13.38in)• Depth:
346mm(11.63in)consoleonly
372mm(14.4in)withhandle• WeightwithBattery:
approx.5.2Kg(11.5lbs).
Battery Power• LithiumIonBattery(standard)•
Scantimewithbattery1hour
Electrical Power• Voltage:100–240VAC• Frequency:50/60Hz•
Power:Max.130VAwithPeripherals
Console Design• LaptopStyle• IntegratedHDD(160GB)• CPU
–U7500Core2Duo1.06G• Wired,wirelessLANSupport
–ForDICOMcommunication –ForNetworkStorage(Image
storetoPCwithoutDICOMsystem)• USBPorts(2)•
USBECG(AHA/IEC)(Optional)Support• CWD(Optional)Support•
1probeportwithmicro-connector• Rearhandle
User InterfaceOperator Keyboard• AlphanumericKeyboard•
ErgonomicHardKeyOperations• IntegratedRecordingKeysfor
PeripheralandDICOMDevices
• 6TGCPods,withremapping functionality at any depth
• Backlightkeys
Display Screen• 15inchHigh-ResolutionColorLCD
–Displaysize:1024x768• InteractiveDynamicSoftwareMenu•
OpenAngleAdjustable –0to160°• IntegratedSpeakers•
BrightnessAdjustment• AudioVolumeAdjustment
System OverviewApplications• Abdominal• Cardiac• Gynecology•
Intraoperative• Musculoskeletal• Obstetrical• NerveBlock•
PediatricandNeonatal• SmallPartsandSuperficial• Urological•
Vascular
Scanning Methods• PhasedArraySector• ElectronicConvex•
ElectronicLinear
Transducer Types• ConvexArray• MicroconvexArray• LinearArray•
PhasedArray
Operating Modes• B-Mode• M-Mode• AnatomicalM-Mode•
ColorFlowMode(CFM)• PowerDopplerImaging(PDI)•
ContinuousWaveDoppler(CWD)• PulseWaveDoppler(PWD)•
TissueDopplerImaging(TDIassess
direction and velocity of myocardial motion)
Standard Features• HighResolution15inchColorLCD•
Over1,000framesorover60secondsCINEMemory(64MB)dependonFOV,Scanning
Lines etc.
• 160GBHardDrive• ExternalDVDR/Wstorage•
Loopstorage—fromlivescanning
and from memory• AutomaticOptimization
–AutoTissueOptimization:ATO –AutoColorFlowOptimization:ACO
–AutoSpectrumOptimization:ASO –AutoClaritySuite(AutoFocusand
Auto Frequency)• ACE*(AdaptiveColorEnhancement)
• RawDataProcessing• PatientInformationDatabase•
ImageArchive97.5GBonHardDrive• CustomizableUserInterface•
FullM&ACalculationPackagewith
Real Time Auto Doppler Calculations• VascularCalcs•
CardiacCalcs• OBCalcsandTables• FetalTrending•
MultiGestationalCalcs• Musculoskeletaland
Hip Dysplasia Calcs• GynecologicalCalcs• UrologicalCalcs•
RenalCalcs• ReportPackage
Software Options• Easy3D• LOGIQview• B-Steer+NeedleRecognition•
CrossXBeam*• CMMandAMM• StressEcho• TEEProbeSupport• TDI• IMT•
TouchMode• DICOM3.0Connectivity• eSmart Trainer provides
modules
showing basic scanning techniques, with graphics of probe
position, anatomy and example clinical image
• Flow QA (Color and PDI Quantification) helps you evaluate the
amount of blood flow within a region of interest, to assist with
diagnosis and monitoring.
• Patient Follow-up Tool when you monitor your patient’s
condition, therapy or progress over time - LOGIQ e automatically
recalls all of the imaging parameters, comments and body patterns
to be identical to your previous exam. It even provides an alert if
you use a different transducer
thanlasttime.WorksinB-Mode,ColorModeandPDI.
Hardware Options• CWD• USBECG(AHA/IEC)• 1.5THardDrive•
SATAtoUSBconvertor
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Cart & Peripheral Options• StreamlineCart –Smallfootprint
–Adjustableheight –Optionalbasketorlockingdrawer
Depth:512mm Width:540mm Height:830–1,130mm
• PortableDockingStation Adjustable platform height
Digital/Analogvideooutput
–3Probeportadapter(option) –Externalspeaker(option)
–15inchExtratouchscreen(option) - Total height with LCD:
1,385mm±3mm Depth:617mm±2mm Width:470mm±1.5mm
Weight:59kg±1.0kg
- Total height with TouchScreen (option): 1,740mm±3mm
Depth:625mm±2mm Width:473mm±1.5mm Weight:70kg±1.0kg
• 3pedalFootSwitch(IPX8)(option)•
1pedalFootSwitch(IPX8)(option)• ExternalUSBDVD-RW(standard)•
USBthermalB&Wprinter(option)• USBthermalcolorprinter(option)•
USBDeskJetcolorprinter(option)• NetGearUSBWirelessAdapter
WNA3100supportingthe802.11a/b/gformats, where available
(option)
• MemoryStick(option)• USB2.0Hub(option)• USBHDD(option)•
Barcodescanner(1D,2D),HPP4600g
(option)• Barcodescanner(1D),HHP3800g
(option)
Display Modes• SimultaneousCapability –B/PWorTDI –B/CFMorPDI
–B/MorAMM –DualB(B/B) –DualB+CFMorPDI –DualB-Steer+Needle
Recognition+B-Mode –B-Steer+NeedleRecognition
+CFM(PDI) –Real-timeTriplexMode• SelectableAlternatingModes
–B-Steer+NeedleRecognition
–B/M –B/PWorTDI –B/CW –B+CFM(PDI)/M(optional) –B+CFM(PDI)/PW
–B+CFM(PDI)/CW –3D–Mode(option)• MultiImageSplitScreen
–Liveand/orfrozen –B+B/CFMorPDI –IndependentCineplayback
–Conventionalorwidescreendisplay• Zoom:Read/Panandfromarchive•
ColorizedImage –ColorizedB –ColorizedM –ColorizedPW –ColorizedCW•
TimelineDisplay –IndependentDualB/PW/CWDisplay –DisplayFormats:
Top/BottomorSide/SideselectableFormatSize:Vert1/3B;Vert1/2B;Vert2/3B;Horiz1/2B;Horiz1/4B;TLOnly
format, switchable after freeze
–Updatemode:timedbasedonsweep• QuadScreenDisplayaccessfrom
Split Screen
Display Annotation• Institution/HospitalName•
Date:2typesselectableMM/DD/YY,DD/MM/YY
• Time:2typesselectable24hours, 12 hours
• OperatorIdentification• PatientName:First,Last,&Middle•
PatientIdentification:64characters•
GestationalAgefromLMP/EDD/GA/BBT• PowerOutputReadout
–MI:MechanicalIndex –TIS:ThermalIndexSoftTissue
–TIC:ThermalIndexCranial(Bone) –TIB:ThermalIndexBone•
SystemStatus(real-timeorfrozen)• ProbeOrientationMarker:
Coincides with orientation marking on the image monitor
• ImagePreview• Gray/ColorBar• CineGauge•
MeasurementSummaryWindow• MeasurementResultsWindow:
pre-settable display location
• ProbeType• ApplicationName• ImagingParametersbyMode
(currentmode/seebelow)
• FocalZoneMarkers• BodyPattern:219types• BScaleMarkers:2types;
Depth/Width
• MScaleMarkers:2types; Time/Depth,Time
• ImageManagementMenu: Menu,Delete,andImageManager
• ImagePalette• CapsLock:On/Off• SystemMessagesDisplay•
TrackballFunctionalityStatus:Scroll,M&A(MeasurementandAnalysis),Position,Size,ScanAreaWidth,
and Tilt
• BatteryStatus• BiopsyGuideLineandZone• HeartRate
Primary Parameter Menu, mode dependent –B-Mode
Frequency VirtualConvex/VirtualApex CrossXBeam Edge Enhance
Dynamic Range Rotation GrayMap Focus Position Focus Number
Colorize
–ColorFlowMode Frequency Threshold Spatial Filter Packet Size
Angle Steer Invert PRF Map WallFilter
–PWMode SVLength Sweep Speed Angle Steer Quick Angle Spectral
Invert Frequency Angle Correct Baseline PRF WallFilter
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–TDIMode Frequency Sweep Speed Angle Correct Baseline Scale
Angle Steer Quick Angle Invert LowVelocityReject
–M-Mode Frequency Transparency Axial Filter Power Output PRF
Baseline GrayMap Threshold Invert WallFilter
–CineMode Loop Speed Cycle Select Start Frame End Frame Frame by
Frame Select All First Frame Last Frame Run/Stop
CineModeSelection
• SecondaryParametersMenu –B-Mode
Frame Average Biopsy Line Density FocusWidth B Softener Power
Output Suppression Range Focus SRI Rotation Focus Number
–CFMode Baseline Line Density Flash Suppression TransparencyMap
Focus Position Frame Average Power Output
–PW/TDIMode Rejection Compression Display Format Full Timeline
TraceMethod Trace Sensitivity
Trace Direction ModifyAutoCalcs PW/CFRatio Duplex Time
Resolution Colorize GrayMap Power Output Auto Calcs Spectral
Average Cycles to Average
–CWMode Dynamic Range Display Format Full Timeline TraceMethod
Trace Sensitivity Trace Direction ModifyCalcs Time Resolution
Colorize Power Output Auto Calcs Spectral Average Cycles, to
Change
System ParametersSystem Setup•
DiagnosticCategories(pre-settable):Abdomen,OB,GYN,Cardiac,Vascular,Urology,Pediatric,SmallParts,
Musculoskeletal
• UserProgrammablePresetCapability• FactoryDefaultPresetData•
Languagessetup:English,Norwegian,
French, German, Spanish, Italian, Portuguese, Russian, Greek,
Finnish, Swedish, Dutch, Danish
• LanguagesforManuals:English,Norwegian, Polish, French, German,
Spanish, Italian, Portuguese, Russian, Greek, Finnish, Swedish,
Dutch, Danish,Japanese
• OperationErrorBeep• BodySurfaceArea:2types;
Oriental, Occidental•
OBReportFormat5types;TokyoUniv.,OsakaUniv.,USA,Europe,ASUM
•
EFBW:8types;TokyoUniv.,OsakaUniv.,USA,andEurope(Shephard,Merz,Hadlock/Shephard,Williams,Brenner)
• CUA/AUAforHadlock• BodyPatternCopytoActiveSide: On/Off
• ColorizedB/M:5typesforeach, PWD/CWD:6typesforeach
• ProgrammableAnnotationLibrary: 44annotations
• MenuSelectionatNewPatient: 2types;PatientEntry,Schedule
• SortCriteriaforScheduleList: 2types;Date&Time,Name
• PatientNameFormat:2types; FullName,Last,&First
• Pre-settableDopplerAudioVolume• MeasurementClearOperation:
2types;Meas.only,withComment
•
DisplayUnitAge:3types;“Year/month,”“Week/day,”and“Nodisplay”
• SystemBootUp:35seconds• ProbeChange:3–5seconds
Pre-Processing• AcousticPowerOutput• ReadZoomupto8x• B/M-Mode
–Gain –CrossXBeam –B-Steer+NeedleRecognition –PIH –TGC
–ImageReverse –Depth –ScanArea –AutoOptimize(ATO) –DynamicRange
–FocusNumber –FocusPosition –LineDensity –Frequency –FrameAverage
–EdgeEnhance –FocusWidth –M/DCursor –SweepSpeedforM-Mode•
PW/TDIMode –Gain –SampleVolumeGatePosition,Length –PRF
–DopplerFrequency –DynamicRange –AutoOptimize(ASO) –AudioVolume•
CWMode –Gain –Velocity –DopplerFrequency –DynamicRange
–AutoOptimize(ASO) –AudioVolume
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• ColorFlowMode –Gain –ROIPosition,Size –PRF –ColorLineDensity
–ColorFrequency –PacketSize –Threshold –FrameAverage –FocusPosition
–AutoOptimize(ACO)• 3DAcquisition(option) –ScanDistance –ScanPlane
–AcquisitionMode
Post-Processing• RawDatadigitalprocessing• ReadZoomupto8x•
B/M-Mode –Gain –ImageReverse –AutoOptimize(ATO) –ImageRotation
–GrayMap –Colorize –Rejection –BSoftener –SweepSpeedforM-Mode•
PW/TDIMode –Gain –Baseline –AngleCorrect –QuickAngle –DopplerInvert
–DisplayFormat –SweepSpeed –FullTimeline –Rejection –Colorize
–Compression(DynamicRange) –AutoCalcs –TraceDirection –ModifyCalcs
–NumberofAverageCycles –TraceMethod –TraceSensitivity
–AutoOptimize(ASO)• CWMode –Gain –Baseline –AngleCorrect
–QuickAngle –DopplerInvert –DisplayFormat –SweepSpeed
–FullTimeline –Rejection –Colorize –Compression(DynamicRange)
–AutoCalcs –TraceDirection –ModifyCalcs –NumberofAverageCycles
–TraceMethod –TraceSensitivity –AutoOptimize(ASO)• ColorFlowMode
–Gain –Baseline –ColorInvert –ColorMap –Threshold
–FrameAverage(inloopimages)• Easy3D(option)
–Threshold(Opacification) –Render –Texture –GraySurface –Scalpel
–AutoMovie –Undo –Reset
Image Processing and Presentation• DigitalBeamformer•
BeamformerOperatingFrequencyRange:1.7–18MHz
• Maximumframerate:1,972Hz(themaximum frame rate is affected by
scan width, line density depth, and Focus number).
• 1,024DigitalProcessingChannelTechnology
•
DisplayedImagingDepth:MinimumDepthofField:2cm(Zoomandprobedependent);MaximumDepthofField:30cm:probedependent
• TransmissionFocus –1–8FocusPointsSelectable:
probe and application dependent –FocalZonePosition•
ContinuousDynamicReceive Focus/Aperture
• Multi-Frequency/WidebandTechnology
• 256ShadesofGray(VGA)• 174dBSystemInternalDynamicRange•
AdjustableFieldofView(FOV)• ImageReverse:Right/Left•
ImageRotation:2stepsRotation: 0°,180°
CINE Memory/Image Memory•
Over1,000framesorover60secCINEMemory(64MB)dependonFOV,Scanning
Lines, etc.
• CINEGaugeandCINEImage Number Display
• CINEReview:Frame-by-frame,Loop•
CINEReviewSpeed:8types48%;31%;25%;22%;17%;14%;13%;11%
• SelectableCINESequencefor CINE Review
• StartandEndFrameSelectionsforLoop Playback
• SeparationMakertoIndicateTimeDiscontinuity
• Measurements,Calculations,and Annotations on CINE Playback
• ScrollingTimelineMemory
Image Archive/Connectivity• PreviewandRecallofClipboard
Images: An enlarged preview of the image is displayed or the
image is recalled to full screen
• ImageBrowser:Archivedimagesfrompast patient exams appear as
well as images stored for the current exam
–PreviewanImage –GroupaSetofImages –AnalyzeImages•
ImageManagement –SelectAll/UnselectAll –PermanentStore
–DeletealltheTemporaryImages –DeleteSelectedImage –Analyze•
EthernetNetworkConnection• Configurable3Print/Store
(Recordings)Keys(P1-P3)to MultipleOutputDevices/Workflows
• ArchivingFormat: –DICOMwithultrasoundRawData –DICOM•
CaptureArea:pre-settableforeach
print key –VideoArea –ApplicationWindow –WholeScreen
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• ArchivingImageFrames:pre-settablefor each print key
–Single:storessingleframeonly –Multiple:storescineloop
–SecondaryCapture:screenshot• ImageCompression/PictureQuality:
pre-settable for each print key –Quality:1to100%
–Dataflow:determineswhere/how
imageswillbetransferred/stored•
ConfigurableExaminationListWindow,PatientInformationWindow,andSearch/CreatePatientWindow
–Freetextaddresses,birthdate,extended patient dialog in Pts Info
window
–Extendedsearchdialog,autosearchforpatientinSearch/CreatePts
window
–Pre-definedtextdirectlyinExamList window
–AutomaticgenerationofpatientID –RequestacknowledgeofEnd
Exam action –GodirectlytoPatientScreen/Worklist
screen after [End Current Patient] –Detectunfinishedexamination•
Tools –VerifyDICOMdirectoryon
removable media –Formatremovablemedia
(rewritableDVD)• Views:showsanoverviewofthe
ultrasound system’s connectivity architecture
–Thecurrentlyselecteddataflow –Allconfigureddataflows
–Thenetworkstructuretree –Theconfiguredbuttonsdataflows•
AVIandJPEGExport• QuickSave –Singlebuttonpushsendssingle
image or entire patient exam to memory stick or network
• DICOMSupport(option) –Verify –Print –Store –ModalityWorklist
–Multiframe –StorageCommitment –ModalityPerformedProcedureStep
(MPPS) –MediaExchange –Offnetwork/mobilestoragequeue
Scanning Parameters B-Mode• B/MAcousticOutput:0–100%,
2%increments
• ImageReverse:On/Off• BColorize:5types•
ThermalIndex:TIC,TIS,TIB• Softener:4steps• FocusNumber:8steps•
LineDensity:5-8increments:
probe dependent• FrameAverage:6increments•
EdgeEnhance:6increments• Angle(deg):probedependent,10°–133°
• GrayScaleMap:40types• Gain:0–98dB,2dBincrements•
DynamicRange:30–150dB,3dB
increments: probe dependent • Harmonics:on/off•
VirtualConvex:on/off• Depth:2–30cm,1cmsteps,0.5cm
steps for Linear probe when less than 5cmdepth
• FocusDepth:increments: probe dependent
• Rejection:6increments• Frequency:3-5increments:probe
dependent
Color Flow Mode• BaseLine• Invert:On/Off•
CF/PDIFocusDepth:11stepsdefault
pre-settable• CF/PDIAcousticOutput:0–100%,10%increments
• PacketSize:6-18:probedependent• LineDensity:5–8increments:
probe dependent• FrameAverage:7increments•
PRF:0.3K–11.4KHz:probedependent• SpatialFilter:6steps•
Gain:0–40dB,0.5dBsteps• WallFilter:2–6steps:application
and probe dependent• Angle/Width(deg,mm):
probe dependent• CF/PDIVerticalSize(mm):
default pre-settable• CF/PDICenterDepth(mm):
default pre-settable• CF/PDIFrequency:2–4steps:
probe dependent
• CF/PDIFocalNumber:1• ColorMap:13typesatmost:
application and probe dependent•
ColorThreshold:10–100%,5%steps
PDI Mode• PDIMap:13types•
CF/PDIAcousticOutput:0–100%,10%steps
• PacketSize:6–18:probedependent• SpatialFilter:6steps•
FrameAverage:7steps:
probe dependent• PRF:0.3K-11.4KHz:depthdependent•
PowerThreshold:10–100%,5%steps• CF/PDIVerticalSize:
default pre-settable • CF/PDICenterDepth:
default pre-settable• CF/PDIFocalNumber:1•
Gain:0–40dB,0.5dBsteps• WallFilter:6increments:
probe dependent • CF/PDIFrequency:2–4increments:
probe dependent
M-Mode• SweepSpeed:8increments• MColor:5types•
M/PWDisplayFormat:V-1/3B,V-1/2B,V-2/3B,H-1/2B,H-1/4B,TLOnly
• B/MAcousticOutput:0–100%, 2%increments
• Rejection:6increments• DynamicRange:30–120dB,
3dBincrements
• EdgeEnhance:6increments• GrayScaleMap:40types•
MGain:0–98dB,2dBincrements
PW/TDI/CW Mode• MaximumandMinimumVelocityScales• PW
Max:870cm/s,19,800Hz Min:15cm/s,700Hz• CW Max:1,460cm/s,40,000Hz
Min:40cm/s,2,100Hz• GrayScaleMap:7types• DynamicRange:24–60,4dB
increments: application dependent • BaseLine:5–95%•
SVGate:1,2,3,4,5,6,7,8,9,10,12,14,16mm:applicationdependent
• AngleCorrect:+/-90°,1°step
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• SpectralColor:6types• PWSweepSpeed:8increments• Invert:On/Off•
M/PWDisplayFormat:V-1/3B,V-1/2B,V-2/3B,H-1/2B,H-1/4B,TLOnly
• PWAcousticOutput:0–100%, 10%increments
• SpectralAveraging:5increments pre-settable
• TimeResolution:4increments• PW/CFRatio:1,2,4•
Rejection:15increments• Gain:0–32dB,1dBincrements•
WallFilter:5–1,500Hz,22increments:
probe and application dependent • PWAngleSteer:0+/-10,15,20°•
PRF:700–19,800HzwithPW, 2,100–40,000HzwithCW
• SampleVolumeDepth:29incrementsdefault pre-settable
• AudioVolume• PWFrequency2–4steps:
probe dependent
B-Steer +
Available on 8L-RS and i12L-RS probes
Provides clarity to needle, anatomy and motion
B-Steer + Needle Recognition
Availableon12L-RS,9L-RSand L8-18i-RS probes
Provides accurate display of the needle, anatomy and motion even
in Color and Power Doppler.
LOGIQview
Available on all probes
Renders a panoramic image up to
60cm,inlongaxis.Italsoallowsyoutosee a wider field of view for
comparing normal to abnormal anatomy.
Virtual Convex
Available on linear probes
ProvideswiderFOVinthefarfield
Virtual Apex
Available on Sector probes
ProvideswiderFOVinthenearfield
Measurements/ CalculationsGeneral Measurements/Calculations Mode
Measurement• B-Mode –Distance –Circumference/Area(Ellipse/Trace)•
M-Mode –TissueDepth(Distance) –TimeInterval
–DepthDifferencewithTimeInterval
and Slope• DopplerMode –Velocity –TAMAX,TAMIN,andTAMEAN
(Manual/AutoTrace) –TwoVelocitieswithSlope
and Time Interval –TimeInterval
Generic Measurement• B-Mode –%Stenosis –Volume –Angle –A/BRatio•
M-Mode –%Stenosis –A/BRatio –HeartRate• DopplerMode
–PI(PulsatilityIndex) –RI(ResistiveIndex) –S/DRatio –D/SRatio
–A/BRatio –MaxPG(PressureGradient) –MeanPG(PressureGradient)
–SV(StrokeVolume) –HeartRate
Abdomen and Small Parts Measurements/Calculations• Aorta/AAA•
Liver• Gallbladder/CBD• Spleen• Bladder(Pre/postvoidvolume)•
Renal/RenalVolume• DopplerAbdominaland
Renal Artery Exam Calcs –Acceleration
–AccelerationTime(AT) –PeakSystole(PS),EndDiastole(ED),
orMidDiastole(MD) –PulsatilityIndex(PI) –S/DorD/SRatio
–ResistiveIndex(RI) –TAMAX –MaxPG –MeanPG• Emergencymedicine –Aorta
–AAA –Gallbladder/GallbladderWall
Thickness/CBD• Pleural• Testicle –Epididymis•
Thyroid/Parathyroid• SalivaryGlands• Breast
Obstetrics Measurements/ Calculations• Opentrace•
AbdominalCircumference(AC)• AmnioticFluidIndex(AFI)[Moore]•
Antero-PosteroTrunkDiameter
and Transverse Trunk Diameter (APTD- TTD)
• Antero-PosteroTrunkDiameterbyTransverse Trunk Diameter
(AxT)
• BiparietalDiameter(BPD)• CrownRumpLength(CRL)•
Cardio-ThoracicAreaRatio(CTAR)• EstimatedFetalWeight(EFW)•
FemoralLength(FL)• FootLength(Ft)• GestationalSac(GS)•
HeadCircumference(HC)• HumeralLength(HL)• LengthofVertebra(LV)•
OccipitofrontalDiameter(OFD)• TransverseAbdominalDiameter(TAD)•
TransverseCerebellarDiameter(TCD)• ThoraxTransverseDiameter(ThD)•
TibialLength(Tibia)• UlnarLength(Ulna)•
Multi-GestationalCalculations –Upto4fetuses
–Comparisonofmultiplefetusdata
on a graph and a worksheet
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OB Worksheet• PatientInformation –FetusNumber –CUA/AUASelection
–FetusPosition –Placenta• MeasurementInformation –AFI –AC –HC –BPD
–FL• CalculationInformation –EFW –EFWGP(growthpercentile) –FL/BPD
–FL/AC –HC/AC –FL/HC –CI(CephalicIndex)
OB Graphs• FetalGrowthCurveGraphs
–Normalgrowthcurve,positive
and negative standard deviations or applicable percentiles, and
ultrasound age of the fetus
–Onemeasurementpergraph –SingleorQuadviews• FetalGrowthBarGraph
–Ultrasoundageandgestationalage –Plotsallmeasurementsononegraph
Gynecology Measurements/ Calculations•
OvarianLength,Width,andHeight• UterineLength,Width,andHeight•
OvarianFollicleMeasurements –Onedistance –Twodistances
–Threedistances• Endometrialthickness(Endo)
Musculoskeletal Measurements/ Calculations• Shoulder• Elbow•
Wrist• Hand• SmallJoint• Hip• Knee
• LowerLeg• Ankle• Foot
Cardiac Measurements/Calculations B-Mode Measurements• IMT
–Semiautomatedmeasurementfor
intima-media wall thickness –Allowanteriorandposteriorwall
thickness measurements. –Displaysminimum,meanand
maximum results –Measurementscanbetransferred
to the worksheet or a report• Aorta
–AorticArchDiameter(AoArchDiam) –AscendingAorticDiameter(AoAsc)
–DescendingAorticDiameter(Ao
Desc Diam) –AortaIsthmus(AoIsthmus) –Aorta(Aostjunct)•
AorticValve –AorticValveCuspSeparation
(AVCusp) –AorticValveAreaPlanimetry(AVA)
(TransAVA)• LeftAtrium –LeftAtriumDiameter(LADiam)
–LALength(LAMajor) –LAWidth(LAMinor)
–LeftAtriumDiametertoAoRoot
DiameterRatio(LA/AoRatio) –LeftAtriumArea(LAA(d),LAA(s))
–LeftAtriumVolume,MethodofDisk
(LAEDVA2C,LAESVA2C)(LAEDVA4C,LAESVA4C)
• LeftVentricle –LeftVentricleMass(LVPWd,LVPWs)
–LeftVentricleVolume,Teichholz/
Cubic(LVIDd,LVIDs) –LeftVentricleInternalDiameter
(LVIDd,LVIDs) –LeftVentricleLength(LVLd,LVLs)
–LeftVentricleOutflowTract
Diameter(LVOTDiam) –LeftVentriclePosteriorWall
Thickness(LVPWd,LVPWs) –LeftVentricleLength(LVMajor)
–LeftVentricleWidth(LVMinor) –LeftVentricleOutflowTract
Area(LVOT) –LeftVentricleArea,TwoChamber/
FourChamber/ShortAxis(LVA(d),LVA(s))
–LeftVentricleEndocardialArea,Width(LVA(d),LVA(s))
–LeftVentricleEpicardialArea,Length(LVAepi(d),LVAepi(s))
–LeftVentricleMassIndex(LVPWd,LVPWs)
–EjectionFraction,Teichholz/Cube(LVIDd,LVIDs)
–LeftVentriclePosteriorWall –FractionalShortening(LVPWd,
LVPWs) –LeftVentricleStrokeIndex,
Teichholz/Cube(LVIDd,LVIDs, and Body Surface Area)
–LeftVentricleFractionalShortening(LVIDd,LVIDs)
–LeftVentricleStrokeVolume, Teichholz/Cubic(LVIDd,LVIDs)
–LeftVentricleStrokeIndex,SinglePlane,TwoChamber,MethodofDisk(LVIDd,LVIDs)
–LeftVentricleStrokeIndex,SinglePlane,FourChamber,MethodofDisk(LVIDd,LVIDs)
–LeftVentricleStrokeIndex,Bi-Plane,Bullet,MethodofDisk(LVAd,LVAs)
–InterventricularSeptum(IVS)
–LeftVentricleInternalDiameter(LVID)
–LeftVentriclePosteriorWall
Thickness(LVPW)• MitralValve –MitralValveAnnulusDiameter(MV
Ann Diam) –E-Point-to-SeptumSeparation(EPSS)
–MitralValveAreabyPressure
Half Time –MitralValveAreaPlanimetry
(MVAPlanimetry)• PulmonicValve –PulmonicValveArea(PVPlanimetry)
–PulmonicValveAnnulusDiameter
(PVAnnulusDiam) –PulmonicDiameter(PulmonicDiam)• RightAtrium
–RightAtriumDiameter,Length
(RADMa) –RightAtriumDiameter,Width
(RADMi) –RightAtriumArea(RAA)
–RightAtriumVolume,SinglePlane,
MethodofDisk(RAAd) –RightAtriumVolume,Systolic,
SinglePlane,MethodofDisk(RAAs)
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9
• RightVentricle –RightVentricleOutflowTractArea
–LeftPulmonaryArteryArea
(LPA Area) –RightPulmonaryArteryArea
(RPA Area) –RightVentricleInternalDiameter
(RVIDd,RVIDs) –RightVentricleDiameter,Length
(RVDMa) –RightVentricleDiameter,Width
(RVDMi) –RightVentricleWallThickness
(RVAWd,RVAWs) –RightVentricleOutflowTract
Diameter(RVOTDiam) –LeftPulmonaryArtery(LPA)
–MainPulmonaryArtery(MPA) –RightPulmonaryArtery(RPA)• System
–InterventricularSeptumThickness
(IVSd,IVSs) –InferiorVenaCava –PulmonaryArteryDiameter(MPA)
–SystemicVeinDiameter(Systemic
Diam) –PatentDuctusArterosisDiameter
(PDA Diam) –PericardEffusion(PEs)
–PatentForamenOvaleDiameter
(PFO Diam) –VentricularSeptalDefectDiameter
(VSDDiam) –InterventricularSeptum(IVS)
–FractionalShortening(IVSd,IVSs)• TricuspidValve
–TricuspidValveArea(TVPlanimetry
TVAPlanimetry) –TricuspidValveAnnulusDiameter
(TVAnnulusDiam)
M-Mode Measurements• Aorta• AorticValve
–AorticValveDiameter(AVDiam) –AorticValveCuspSeparation
(AVCusp) –AorticValveEjectionTime(AVET)• LeftAtrium
–LeftAtriumDiametertoAoRoot
DiameterRatio(LA/AoRatio) –LeftAtriumDiameter(LADiam)•
LeftVentricle –LeftVentricleVolume,Teichholz/
Cubic(LVIDd,LVIDs)
–LeftVentricleInternalDiameter(LVIDd,LVIDs)
–LeftVentriclePosteriorWall Thickness(LVPWd,LVPWs)
–LeftVentricleEjectionTime(LVET)
–LeftVentriclePre-EjectionPeriod
(LVPEP) –InterventricularSeptum(IVS)
–LeftVentricleInternalDiameter(LVID)
–LeftVentriclePosteriorWall
Thickness(LVPW)• MitralValve –E-Point-to-SeptumSeparation
(EPSS) –MitralValveLeafletSeparation
(D-E Excursion) –MitralValveAnteriorLeaflet
Excursion (D-E Excursion)• PulmonicValve
–QRScomplextoendofenvelope
(Q-to-PVclose)• RightVentricle
–RightVentricleInternalDiameter
(RVIDd,RVIDs) –RightVentricleWallThickness
(RVAWd,RVAWs) –RightVentricleEjectionTime(RVET)
–RightVentriclePre-EjectionPeriod
(RVPEP)• System –InterventricularSeptumThickness
(IVSd,IVSs) –PericardEffusion(PE(d))
–InterventricularSeptum(IVS) –FractionalShortening(IVSd,IVSs)•
TricuspidValve –QRScomplextoendofenvelope
(Q-to-TVclose)
Doppler Mode Measurements• AorticValve
–AorticInsufficiencyMeanPressure
Gradient (AR Trace) –AorticInsufficiencyEndDiastole
Pressure Gradient (AR Trace)
–AorticInsufficiencyMeanVelocity
(AR Trace) –AorticInsufficiencyMeanSquare
RootVelocity(ARTrace) –AorticInsufficiencyVelocityTime
Integral (AR Trace) –AorticValveMeanVelocity(AVTrace)
–AorticValveMeanSquareRoot
Velocity(AVTrace)
–AorticValveVelocityTimeIntegral(AVTrace)
–AorticValveMeanPressureGradient(AVTrace)
–AorticInsufficiencyEnd-DiastolicVelocity(ARTrace)
–AorticValvePeakVelocity(AVVmax)
–AorticValvePeakVelocityatPointE
(AVVmax) –AortaProximalCoarctation(Coarc
Pre-Duct) –AortaDistalCoarctation(Coarc
Post-Duct) –AorticValveInsufficiencyPressure
Half Time (AR PHT) –AorticValveFlowAcceleration
(AVTrace) –AorticValvePressureHalfTime
(AVTrace) –AorticValveAccelerationTime
(AVAccTime) –AorticValveDecelerationTIme
(AVTrace) –AorticValveEjectionTime(AVET)
–AorticValveAccelerationtoEjection
TimeRatio(AVAccTime,AVET)• LeftVentricle
–LeftVentricleOutflowTractPeak
PressureGradient(VLOTVmaxLVOTVmax)
–LeftVentricleOutflowTractPeakVelocity(LVOTVmax)
–LeftVentricleOutflowTractMeanPressureGradient(LVOTTrace)
–LeftVentricleOutflowTractMeanVelocity(LVOTTrace)
–LeftVentricleOutflowTractMeanSquareRootVelocity(LVOTTrace)
–LeftVentricleOutflowTractVelocityTimeIntegral(LVOTTrace)
–LeftVentricleEjectionTime(LVET) –CardiacOutputbyAorticFlow
(AVAPlanimetry,AVTrace) –StrokeVolumeIndexbyAorticFlow
(AVAPlanimetry,AVTrace)• MitralValve
–MitralValveRegurgitantFlow
Acceleration(MRTrace) –MitralValveRegurgitantMean
Velocity(MRTrace) –MitralRegurgitantMeanSquare
RootVelocity(MRTrace) –MitralRegurgitantMeanPressure
Gradient(MRTrace) –MitralRegurgitantVelocityTime
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10
Integral(MRTrace) –MitralValveMeanVelocity(MRTrace)
–MitralValveMeanSquareRoot
Velocity(MRTrace) –MitralValveVelocityTimeIntegral
(MRTrace) –MitralValveMeanPressure
Gradient(MRTrace) –MitralRegurgitantPeakPressure
Gradient(MRVmax) –MitralValvePeakPressureGradient
(MRVmax) –MitralRegurgitantPeakVelocity
(MRVmax) –MitralValvePeakVelocity
(MRVmax) –MitralValveVelocityPeakA
(MVAVelocity) –MitralValveVelocityPeakE
(MVEVelocity) –MitralValveAreaaccordingtoPHT
(MVPHT) –MitralValveFlowDeceleration
(MVTrace) –MitralValveFlowAcceleration
(MVTrace) –MitralValveE-PeaktoA-PeakRatio
(A-CandD-E)(MVE/ARatio) –MitralValveAccelerationTime
(MVAccTime) –MitralValveDecelerationTime
(MVDecTime) –MitralValveEjectionTime
(MVTrace) –MitralValveA-WaveDuration
(MVADur) –MitralValveTimetoPeak(MVTrace)
–MitralValveAccelerationTime/
DecelerationTimeRatio(MVAcc/Dec Time)
–StrokeVolumeIndexbyMitralFlow(MVAPlanimetry,MVTrace)
–MitralValveAreafromContinuity
Equation(MVAPlanimetry,LVOTVmax)
• PulmonicValve –PulmonicInsufficiencyPeak
PressureGradient(PRVmax) –PulmonicInsufficiencyEnd-Diastolic
Pressure Gradient (PR Trace) –PulmonicValvePeakPressure
Gradient(PVVmax) –PulmonicEnd-DiastolicPressure
Gradient (PR Trace) –PulmonicInsufficiencyPeakVelocity
(PRVmax)
–PulmonicInsufficiencyEnd-DiastolicVelocity(PRendVmax)
–PulmonicValvePeakVelocity (PVVmax)
–PulmonicEnd-DiastolicVelocity (PVTrace)
–PulmonaryArteryDiastolicPressure(PVTrace)
–PulmonicInsufficiencyMeanPressureGradient (PR Trace)
–PulmonicValveMeanPressureGradient(PVTrace)
–PulmonicInsufficiencyMeanVelocity(PR Trace)
–PulmonicInsufficiencyMeanSquareRootVelocity(PRTrace)
–PulmonicInsufficiencyVelocityTimeIntegral (PR Trace)
–PulmonicValveMeanVelocity (PVTrace)
–PulmonicValveMeanSquareRootVelocity(PVTrace)
–PulmonicValveVelocityTimeIntegral(PVTrace)
–PulmonicInsufficiencyPressureHalf Time (PR PHT)
–PulmonicValveFlowAcceleration(PVAccTime)
–PulmonicValveAccelerationTime (PVAccTime)
–PulmonicValveEjectionTime(PVET) –QRScomplextoendofenvelope
(Q-to-PVclose) –PulmonicValveAccelerationto
EjectionTImeRatio(PVAccTime,PVET)
–PulmonicValvePre-Ejectionto EjectionTimeRatio(PVET)
• RightVentricle –RightVentricleOutflowTractPeak
PressureGradient(RVOTVmax) –RightVentricleSystolicPressure
(RVOTVmax) –RightVentricleOutflowTractPeak
Velocity(RVOTVmax) –RightVentricleDiastolicPressure
(RVOTTrace) –RightVentricleOutflowTractVelocity
TimeIntegral(RVOTTrace) –StrokeVolumebyPulmonicFlow
(RVOTTrace) –RightVentricleStrokeVolumeIndex
byPulmonicFlow(RVOTPlanimetry,RVOTTrace)
• System –PulmonaryArteryPeakVelocity
(PVVmax) –PulmonaryVeinVelocityPeakA
(reverse)(PVeinA) –PulmonaryVeinPeakVelocity(P
VeinD,PVeinS) –SystemicVeinPeakVelocity(PDA
Diastolic, PDA Systolic) –VentricularSeptalDefectPeak
Velocity(VSDVmax) –PulmonaryArteryVelocityTime
Integral(PVTrace) –PulmonaryVeinA-WaveDuration
(PVeinADur) –IsoVolumetricRelaxationTime(IVRT)
–IsoVolumetricContractionTime
(IVCT) –PulmonaryVeinS/DRatio(PVeinD,
PVeinS) –VentricularSeptalDefectPeak
PressureGradient(VSDVmax) –Pulmonic-to-SystemicFlowRatio
(Qp/Qs)• TricuspidValve –TricuspidRegurgitantPeakPressure
Gradient(TRVmax) –TricuspidValvePeakPressure
Gradient(TVVmax) –TricuspidRegurgitantPeakVelocity
(TRVmax) –TricuspidValvePeakVelocity
(TVVmax) –TricuspidValveVelocityPeakA
(TVAVelocity) –TricuspidValveVelocityPeakE
(TVEVelocity) –TricuspidRegurgitantMean
Pressure Gradient (TR Trace) –TricuspidValveMeanPressure
Gradient(TVTrace) –TricuspidRegurgitantMeanVelocity
(TR Trace) –TricuspidRegurgitantMeanSquare
RootVelocity(TRTrace) –TricuspidRegurgitantVelocityTime
Integral (TR Trace) –TricuspidValveMeanVelocity
(TVTrace) –TricuspidValveMeanSquareRoot
Velocity(TVTrace) –TricuspidValveVelocityTime
Integral(TVTrace) –TricuspidValveTimetoPeak
(TVAcc/DecTime)
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11
–TricuspidValveEjectionTime (TVAcc/DecTime)
–TricuspidValveA-WaveDuration(TVADur)
–QRScomplextoendofenvelope(Q-to-TVclose)
–TricuspidValvePressureHalfTime(TVPHT)
–StrokeVolumebyTricuspidFlow (TVTrace)
–TricuspidValveE-PeaktoA-PeakRatio(TVE/AVelocity)
Color Flow Mode Measurements• AorticValve
–ProximalIsovelocitySurfaceArea:
Regurgitant Orifice Area (AR Radius)
–ProximalIsovelocitySurfaceArea:
Radius of Aliased Point (AR Radius)
–ProximalIsovelocitySurfaceArea:
Regurgitant Flow (AR Trace) –ProximalIsovelocitySurfaceArea:
RegurgitantVolumeFlow(ARTrace)
–ProximalIsovelocitySurfaceArea:
AliasedVelocity(ARVmax)• MitralValve
–ProximalIsovelocitySurfaceArea:
RegurgitantOrificeArea(MRRadius)
–ProximalIsovelocitySurfaceArea:
RadiusofAliasedPoint(MRRadius)
–ProximalIsovelocitySurfaceArea:
RegurgitantFlow(MRTrace) –ProximalIsovelocitySurfaceArea:
RegurgitantVolumeFlow(MRTrace)
–ProximalIsovelocitySurfaceArea:
AliasedVelocity(MRVmax) –CombinationModeMeasurements•
AorticValve –AorticValveArea(AoRootDiam,
LVOTVmax,AVVmax) –AorticValveAreabyContinuity
EquationbyPeakVelocity(AoRootDiam,LVOTVmax,AVVmax)
–StrokeVolumebyAorticFlow(AVA)Planimetry,AVTrace)
–CardiacOutputbyAorticFlow(AVAPlanimetry,AVTrace,HR)
–AorticValveAreabyContinuityEquationVTI(AoRootDiam,LVOTVmax,AVTrace)
• LeftVentricle –CardiacOutput,Teichholz/Cubic
(LVIDd,LVIDs,HR)
–CardiacOutputTwoChamber,SinglePlane,Area-Length/Method
ofDisk(Simpson)(LVAd,LVAs,HR)
–CardiacOutputFourChamber,SinglePlane,Area-Length/MethodofDisk(Simpson)(LVAd,LVAs,HR)
–EjectionFractionTwoChamber,SinglePlane,Area-Length/MethodofDisk(Simpson)(LVAd,LVAs)
–EjectionFractionFourChamber,SinglePlane,Area-Length/MethodofDisk(Simpson)(LVAd,LVAs)
–LeftVentricleStrokeVolume,SinglePlane,TwoChamber/FourChamber,Area-Length(LVAd,LVAs)
–LeftVentricleStrokeVolume,SinglePlane,TwoChamber/FourChamber,MethodofDisk(Simpson)(LVIDd,LVIDs,LVAd,LVAs)
–LeftVentricleVolume,Two Chamber/FourChamber,
Area-Length(LVAd,LVAs)
–EjectionFraction,Bi-Plane,MethodofDisk(LVAd,LVAs,2CH,4CH)
–LeftVentricleStrokeVolume, Bi-Plane,MethodofDisk(LVAd,
LVAs,2CH,4CH)
–LeftVentricleVolume,Bi-Plane,MethodofDisk(LVAd,LVAs,2CH,4CH)
–LeftVentricleStrokeIndex,SinglePlane,TwoChamber/FourChamber,Area-Length(LVSd,LVSs,andBSA)
–LeftVentricleVolume,SinglePlane,TwoChamber/FourChamber,MethodofDisk(LVAd,LVAs)
–LeftVentricleVolume,ApicalView,LongAxis,MethodofDisk(LVAd,LVAs)
–StrokeVolumebyAorticFlow (AVAPlanimetry,AVTrace)
• MitralValve –StrokeVolumebyMitralFlow
(MVAPlanimetry,MVTrace) –CardiacOutputbyMitralFlow
(MVAPlanimetry,MVTrace,HR)• PulmonicValve
–StrokeVolumebyPulmonicFlow
(PVPlanimetry,PVTrace) –CardiacOutputbyPulmonicFlow
(PVPlanimetry,PVTrace,HR)• TricuspidValve
–CardiacOutputbyTricuspidFlow
(TVPlanimetry,TVTrace,HR)
Vascular Measurements/ Calculations Exam Categories• Generic•
CarotidArteryIMT• LowerExtremityArtery• LowerExtremityVein•
RenalArtery• UpperExtremityArtery• UpperExtremityVein
B-Mode Measurements• IMT –Semiautomatedmeasurement
for intimal-media wall thickness
–Allowanteriorandposteriorwall
thickness measurements. –Displaysminimum,meanand
maximum results. –Measurementscanbetransferred
to the worksheet or a report.• %Stenosis –Diameter –Area• Volume
–Onedistance –Twodistances –Threedistances• A/BRatio –Diameter
–Area
M-Mode Measurements• %Stenosis –Diameter• A/BRatio –Diameter
–Time –Velocity
Doppler Mode Measurements Auto Vascular Calculation •
Acceleration• AccelerationTime(AT)•
EndDiastole(ED),MidDiastole(MD),
or Peak Systole (PS)• ED/PSorPS/EDRatio• HeartRate•
PulsatilityIndex(PI)• ResistiveIndex(RI)• TAMAX• EditTrace• TAMEAN•
VolumeFlow• PV
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12
Vascular Worksheet • VesselWorksheet• VesselSummary•
Examiner’sComments• GenericWorksheet• IntravesselRatio
Pediatrics Measurements/ Calculations• AlphaHIP• d:DRatio•
HIP(BA)• HIPGraf(A/AB/BA)
Urology Measurements/ Calculations•
Bladder(0.7)Length,Height,WidthandVolume
• Prostate(0.7523)Length,Height,WidthandVolume
• RenalLength(0.49),Height,WidthandVolume
• STVOL
Probes• 4C-RSWideBandConvexProbe
–Applications:Abdomen,OBGyn,
Urology,Thoracic/Pleural,Hip –ImagingFrequency:2.0-5.5MHz
–NumberofElements:128 –ConvexRadius:60mmR –FOV:55°
–Footprint:18.3x66.2mm –B-ModeImagingFrequency:
2.0,3.0,4.0,5.0MHz –HarmonicImagingFrequency:
4.0,5.0,5.2,5.5Mhz –CFMImagingFrequency:2.5,3.3Mhz
–DopplerFrequency:2.5,3.3MHz –BiopsyGuide:ReusableBracket,
Disposable Sleeve –MaximumFrameRate:1,146Hz•
8C-RSWideBandMicroconvexProbe –Applications:Pediatrics
–ImagingFrequency:4.0–10.0MHz –NumberofElements:128
–ConvexRadius:11mmR –FOV:133° –Footprint:12x22mm
–B-ModeImagingFrequency:
6.0,8.0,10.0MHz –HarmonicImagingFrequency:
8.0,9.0,10.0MHz
–CFMImagingFrequency:4.0,5.0MHz –DopplerFrequency:4.0,5.0MHz
–BiopsyGuideNotAvailable –MaximumFrameRate:1,206Hz•
E8C-RSWideBandMicro-convex
Probe –Applications:OB,Gyn,Urology,
Endocavity –ImagingFrequency:4.0–10.0MHz –NumberofElements:128
–ConvexRadius:11mmR –FOV:133° –Footprint:16.9x21.2mm
–B-ModeImagingFrequency:
6.0,8.0,10.0MHz –HarmonicImagingFrequency:
8.0,10.0MHz –CFMImagingFrequency:4.0,5.0MHz
–DopplerFrequency:4.0,5.0MHz –BiopsyGuide:FixedAngle;Reusable
Bracket, Disposable Sleeve –MaximumFrameRate:1,972Hz•
3S-RSWideBandPhasedArrayProbe –Applications:Cardiac,Abdomen,
Gyn,Thoracic/Pleural,Vascular –ImagingFrequency:1.7–4.0MHz
–NumberofElements:64 –FOV:90° –Footprint:19.3x27.6mm
–B-ModeImagingFrequency:
2.0,2.5,3.0MHz –HarmonicImagingFrequency:
2.8,3.0,3.2,3.6,3.8,4.0MHz –CFMImagingFrequency:1.7,2.0,
2.2,2.6MHz –DopplerFrequency:1.7,2.0,2.2,
2.6MHz –BiopsyGuide:MultiAngle;Reusable
Bracket, Disposable Sleeve –MaximumFrameRate:463Hz•
6S-RSWideBandPhasedArrayProbe –Applications:PediatricCardiac,
Pediatric Abdomen –ImagingFrequency:2.5–7.0MHz
–NumberofElements:64 –FOV:90° –Footprint:16.8x23.5mm
–B-ModeImagingFrequency:
3.0,4.0,5.0,6.0MHz –HarmonicImagingFrequency:
5,6,7MHz –CFMImagingFrequency:
2.5,2.9,3.3,4.0MHz
–DopplerFrequency: 2.5,2.9,3.3,4.0MHz
–BiopsyGuideNotAvailable –MaximumFrameRate:695Hz•
L8-18i-RSWideBandLinearProbe –Applications:Vascular,Smallparts,
Pediatric/Neonatal,Vascular Access, Anesthesia, Point of Care,
InterventionalandMusculoskeletal
–ImagingFrequency:6.7-18.0MHz –NumberofElements:168
–FOV(max):25.2mm –Footprint11.1x34.8mm
–B-ModeImagingFrequency:8.0,
12.0,14.0,16.0MHz –HarmonicImagingFrequency:9.0,
12.0,15.0,18.0MHz –CFMModeImagingFrequency:6.7,
8.0,10.0MHz,definedbyapplication
–DopplerFrequency:6.7,8.0,10.0MHz –SteeredAngle:+/-20
–BiopsyGuideNotAvailable –MaximumFrameRate:151Hz•
8L-RSWideBandLinearProbe –Applications:Vascular,SmallParts
–ImagingFrequency:4.0–12.0MHz –NumberofElements:128 –FOV(max):39mm
–Footprint:14.2x47mm –B-ModeImagingFrequency:
6.0,7.0,8.0,10.0,11.0MHz –HarmonicImagingFrequency:
6.0,8.0,10.0,11.0,12.0MHz –CFMImagingFrequency:4.0,4.4,
5.0MHz –DopplerFrequency:4.0,4.4,5.0MHz –SteeredAngle:+/-20°
–BiopsyGuide:MultiAngle;Reusable
Bracket, Disposable Sleeve –MaximumFrameRate:251Hz•
9L-RSWideBandLinearProbe –Applications:Vascular,SmallParts,
MSK –ImagingFrequency:3.33–10.0MHz –NumberofElements:192
–FOV(max):44mm –Footprint:14.1x53mm –B-ModeImagingFrequency:
5.0,7.0,9.0MHz –HarmonicImagingFrequency:
8.0,10.0MHz
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13
–CFMImagingFrequency:3.33,4.0,5.0MHz
–DopplerFrequency:3.33,4.0,5.0MHz –SteeredAngle:+/-20°
–BiopsyGuide:MultiAngle;Reusable
Bracket, Disposable Sleeve –MaximumFrameRate:84Hz•
12L-RSWideBandLinearProbe –Applications:Vascular,SmallParts,
Neonatal,Pediatrics,Musculoskeletal,Superficial,andThoracic/Pleural
–ImagingFrequency:5.0–13.0MHz –NumberofElements:192
–FOV(max):39mm –Footprint:12.7x47.1mm –B-ModeImagingFrequency:
7.0,8.0,10.0,12.0MHz –HarmonicImagingFrequency:
8.0,10.0,12.0,13.0MHz –CFMImagingFrequency:5.0,6.7,
8.0MHz –DopplerFrequency:5.0,6.7,8.0MHz –SteeredAngle:+/-20°
–BiopsyGuideMultiAngleand
Out-of-Plane;ReusableBracket,Disposable Sleeve
–MaximumFrameRate:106Hz• i12L-RSWideBandLinearProbe
–Applications:Vascular,SmallParts,
Intra-operative –ImagingFrequency:4.0–10.0MHz
–NumberofElements:96 –FOV(max):25mm –Footprint:12.2x32mm
–B-ModeImagingFrequency:
6.0,8.0,10.0MHz –HarmonicImagingFrequency:
8.0,10.0MHz –CFMImagingFrequency:
4.0,5.0MHz –DopplerFrequency:4.0,5.0MHz –SteeredAngle:+/-20°
–BiopsyGuideNotAvailable –MaximumFrameRate:251Hz•
i/T739-RSWideBandLinearProbe –Applications:Vascular,SmallParts,
Intra-operative –ImagingFrequency:4.0–12.0MHz
–NumberofElements:96
–FOV(max):39mm –Footprint:14x48mm –B-ModeImagingFrequency:
6.0,8.0,10.0MHz –HarmonicImagingFrequency:8.0,
10.0,12.0MHz –CFMImagingFrequency:4.0,4.4,
5.0MHz –DopplerFrequency:4.0,4.4,5.0MHz
–SteeredAngle:+/-10°,+/-15° –BiopsyGuideNotAvailable
–MaximumFrameRate:251Hz• 6Tc-RSTEEProbe
–Applications:Cardiacintra-operative –ImagingFrequency:3.3-6.0MHz
–NumberofElements:64 –B-ModeImagingFrequency:
4.0,5.0MHz –HarmonicImagingFrequency:
4.0,6.0MHz –CFMImagingFrequency:
3.3,4.0,5.0MHz –DopplerFrequency:3.3,4.0,5.0MHz
–CWDFrequency:4.0MHz –BiopsyGuideNotAvailable• P2DNon-imagingProbe
–Applications:Cardiac,Vascular –Footprint:13.6mm
–CWDFrequency:2.0MHz –BiopsyGuideNotAvailable
Inputs and Outputs• Outputs –VGAEarphone Port• Connectors
–USB(Footswitch,DVD-RW,
video printer) –DCPowerinput –Ethernetport –DockingConnector
Safety Conformance
LOGIQ e is:• ListedtoUL60601-1byaNationally
Recognized Test Lab • CertifiedtoCAN/CSA-C22.2No.601.1
by an SCC accredited Test Lab•
CEMarkedtoCouncilDirective93/42/EEConMedicalDevices
• Conformstothefollowingstandardsfor safety:
–IEC60601-1Electrical medical equipment
–IEC60601-1-1Electrical medical equipment
–IEC60601-1-2Electromagneticcompatibility
–IEC60601-1-4Programmablemedical systems
–IEC60601-1-62004Medical ElectricalEquipment—Part6: General
Requirements for safety—Usability
–IEC61157Declarationof acoustic output
–IEC60601-2-37:Particular requirements for the safety of
ultrasonic medical diagnostic and monitoring equipment
–ISO10993Biologicalevaluation of medical devices
–NEMAUD3Acousticoutputdisplay(MI,TIS,TIB,TIC)
Not all features or specifications described in this document
may be availableinallprobesand/ormodes.General Electric Company
reserves the right to make changes in specifications and features
shown herein, or discontinue the product at any time without notice
or obligation. Contact your GE Representative for the most current
information.
-
GE Healthcare 9900InnovationDrive Wauwatosa,WI53226 U.S.A.
8885265144
www.gehealthcare.com
imagination at workULTP-0536-03.12-EN.US DOC0931486
©2012GeneralElectricCompany–Allrightsreserved.
General Electric Company reserves the right to make changes in
specifications and features shown herein, or discontinue the
product described at any time without notice or obligation.
*GE,GEMonogram,LOGIQ,andCrossXBeamaretrademarks of General
Electric Company.
GEMedicalSystemsUltrasound&PrimaryCareDiagnostics,LLC, a
General Electric Company, doing business as GE Healthcare.
About GE Healthcare GE Healthcare provides transformational
medical technologies and services that are shaping a new age of
patient care. Our broad expertise in medical imaging and
information technologies, medical diagnostics, patient monitoring
systems, drug discovery, biopharmaceutical manufacturing
technologies, performance improvement and performance solutions
services helps our customers to deliver better care to more people
around the world at a lower cost. In addition, we partner with
healthcare leaders, striving to leverage the global policy change
necessary to implement a successful shift to sustainable healthcare
systems.Our“healthymagination”visionforthefutureinvitestheworldtojoinusonourjourney
as we continuously develop innovations focused on reducing costs,
increasing access, and
improvingqualityaroundtheworld.HeadquarteredintheUnitedKingdom,GEHealthcareisaunitofGeneralElectricCompany(NYSE:GE).Worldwide,GEHealthcareemployeesarecommittedtoservinghealthcareprofessionalsandtheirpatientsinmorethan100countries.For
more information about GE Healthcare, visit our website at
www.gehealthcare.com
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