User manual
DocumentMT0100P.N
©XsensTechnologiesB.V. MTiandMTxUserManualandTechnicalDocumentation
1
1 References
Referenceid Documentdescription
[LLCP] “MTLow‐LevelCommunicationProtocolDocumentation.pdf”,documentidMT0101P
[SDK] “MTSoftwareDevelopmentKitDocumentation.pdf”,documentidMT0200P
[MTM] “MTManagerUserManual.pdf”,documentidMT0216P
2 Introduction
TheMTiandMTxarebothcompleteminiatureinertialmeasurementunitswithintegrated3Dmagnetometers
(3Dcompass),withanembeddedprocessorcapableofcalculatingroll,pitchandyawinrealtime,aswellas
outputtingcalibrated3Dlinearacceleration,rateofturn(gyro)and(earth)magneticfielddata.
ThemajordifferencebetweentheMTiandtheMTxisinthecasingshapeandweight,connectorandgeneral
ruggedness. The MTi further supports various advanced IO options such as RS‐422 and a synchronization
output.
Thisdocumentationdescribestheuse,basiccommunicationinterfacesandspecificationsofboththeMTiand
theMTx.Wheretheydifferitisclearlyindicated.
2.1 ProductDescription
2.1.1 MTi–miniaturegyro‐enhancedAttitudeandHeadingReferenceSensor
TheMTiisaminiature,gyro‐enhancedAttitudeandHeadingReferenceSystem(AHRS).Itsinternallow‐power
signalprocessorprovidesdrift‐free3Dorientationaswellascalibrated3Dacceleration,3Drateofturn(rate
gyro)and3Dearth‐magneticfielddata.TheMTiisanexcellentmeasur
ofcameras,robots,vehiclesandotherequipment.
ementunitforstabilizationandcontrol
ieldsofuse
vehicles
2.1.2 MTx–miniatureinertial3DOFOrientationTracker
cker.Itprovidesdrift‐free3Dorientationaswell
biomechanics
s
e
F
• robotics
• aerospace
• autonomous
• marineindustry
• boreindustry
TheMTxisasmallandaccurate3DOFinertialOrientationTra
as kinematic data: 3D acceleration, 3D rate of turn (rate gyro) and 3D earth‐magnetic field. The MTx is an
excellentmeasurementunitfororientationmeasurementofhumanbodysegments.
Examplefieldsofuse
•
• exerciseandsport
• virtualreality
• animation
• motioncaptur