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MTi-300 AHRS
Xsens MTi-300 AHRS Manuals
Manuals and User Guides for Xsens MTi-300 AHRS. We have
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Xsens MTi-300 AHRS manuals available for free PDF download: User Manual, Reference Manual
Xsens MTi-300 AHRS User Manual (61 pages)
Brand:
Xsens
| Category:
GPS
| Size: 3 MB
Table of Contents
Table of Contents
3
References
8
Xsens Help Center and User Community
9
Introduction
10
Mti 10-Series
10
Mti-30 AHRS
10
Figure 1: Mti 10-Series
10
Mti-20 VRU
11
Mti-10 IMU
11
Mti 100-Series
11
Mti-G-710 GNSS/INS
11
Mti-300 AHRS
11
Figure 2: Mti 100-Series
11
Mti-200 VRU
12
Mti-100 IMU
12
Identifying Device Functionality Using the Unique Device Identifier
13
Table 1: Device ID's for 5Th Generation Mti
13
Product Code
14
Figure 3: Product Codes of Mti Devices
14
Figure 4: Example of a Label Showing the SN (Deviceid) and the Product Code
14
Evolution of Mti Products
15
Overview Mti Development Kit
15
Contents
15
Table 2: Evolution of Mti Products
15
Figure 5: Mti Development Kit
15
Installation
16
Transient Accelerations
16
Vibrations
17
Magnetic Materials and Magnets
17
Typical User Scenarios
18
MT Software Suite
18
Figure 6: Structure of the MT Software Suite
18
Using the Software Development Kit (SDK)
19
Direct Low-Level Communication with Mti
21
Figure 7: Functionality Implementation for Specific Products
21
Terms of Use of MT Software Suite
22
Table 3: Guidelines for the Use of the MT Software Suite
22
Mti System Overview
23
Calibration
23
Xsens Kalman Filter for VRU and AHRS Product Types
23
Using the Acceleration of Gravity to Stabilize Inclination (Roll/Pitch)
23
Using the Earth Magnetic Field to Stabilize Yaw
24
Estimating Gyro Bias in Magnetic Disturbed Environments
24
Initialization
24
Xkf3I Filter Profiles
25
Table 4: Filter Profiles for the Mti-200/Mti-300
25
Xsens Sensor Fusion Algorithm for Mti-G-710
26
Transient Accelerations
26
Magnetic Disturbances
26
Loss of GNSS
26
Mti-G-710 Filter Profiles
27
Table 5: Filter Profiles for the Mti-G-710 GNSS/INS
27
GNSS Platform
28
Orientation Smoother
28
Active Heading Stabilization (AHS)
28
In-Run Compass Calibration (ICC)
29
Best Practices for Xsens Sensor Fusion Performance at Start-Up
29
Manual Gyro Bias Estimation
30
Apply 3D Motion
30
Output Specification
31
Overview of Data Outputs
31
Mtdata2 Output in Xbus Protocol
31
ASCII Output (NMEA)
31
Coordinate Systems
31
Calibrated Inertial Data and Magnetic Field Data
31
Delta_Angle and Delta_Velocity
32
Orientation Data
32
Figure 8: Coordinate System of the Encased Mti (Note: Origin Is Located at the Accelerometers)
32
Figure 9: Coordinate System of the Mti-OEM (Note: Origin Is Located at the Accelerometers)
32
Velocity Data
34
Position Data
34
Table 6: Yaw in Different Coordinate Systems
34
Orientation Performance Specification
35
Table 7: Orientation Performance Specification
35
Position and Velocity Performance Specification (Mti-G-710)
36
Sensor Data Performance Specification
36
Table 8: Position and Velocity Performance Specifications (Mti-G-710)
36
Gyroscopes
37
Accelerometers and Magnetometer
37
Table 9: Gyroscope Specifications
37
Table 10: Accelerometers and Magnetometers Specification
37
Table 11: Magnetometer Specifications
37
Barometer
38
GPS/GNSS Receiver
38
Table 12: Barometer Specification
38
Table 13: GNSS Receiver Specification
38
Built-In Self-Test
39
Test and Calibration Parameters
39
Sensors Data Outputs
40
Physical Sensor Model
40
Calibrated Delta_Q and Delta_V Outputs
41
Calibrated Inertial and Magnetic Data Outputs
41
High-Rate (HR) Inertial Data Outputs
41
Table 14: Output Specifications ∆Q and ∆V Outputs
41
Table 15: Output Specifications Inertial and Magnetometer Data Outputs
41
Table 16: Output Specifications High-Rate Calibrated Inertial Data Outputs
41
Free Acceleration
42
Uncalibrated Raw Output Mode
42
Reset of Reference Co-Ordinate Systems
42
Timestamp and Packet Counter Output
42
Status Byte
42
Table 17: Output Specifications Sensor Component Readout (SCR)
42
Communication
43
Communication Timing
43
Triggering and Synchronization
43
Internal Clock Accuracy
43
Clock of Mti's Without GNSS Receiver
43
Clock of Mti-G-710
43
Serial Connection Settings
44
Serial or USB Communication
44
Transceiver Voltage Levels
44
Table 18: Transceiver Voltage Levels
44
Physical Specifications
45
Physical Properties Overview
45
Power Supply
45
Power Consumption Specification
45
Table 19: Physical Properties Overview
45
Table 20: Power Consumption Depending on Communication Interface
45
Alternative 3V3 Power Supply
46
Mechanical and Electrical Interface Specifications
46
Encased Mti Connectors Overview
46
Table 21: Pin Configuration CA-USB-Mti
47
Figure 10: Drawing of CA-USB-Mti
47
Figure 11: Drawing of CA-MP2-Mti
47
OEM Connections Overview
48
Table 22: Pin Configuration Table CA-MP2-Mti
48
Table 23: Part Numbers Headers on Mti OEM
48
Table 24: Pin Connections OEM Headers
49
Figure 12: the Pins of the Headers on the Mti-OEM Are Clearly Marked
49
Additional Interface Specifications
50
Table 25: Part Numbers for Sockets that Fit the Headers on the Mti OEM
50
Figure 13: Standard Ribbon Cables Can be Used for Connecting the Mti OEM to Another
50
Cable Specifications
51
Using the Mti Mk5 with an External USB Converter
51
Table 26: Interface Specifications of the Synchronization Lines
51
Figure 14: Internals of a CA-USB#-MTI Converter Box
51
Housing Mechanical Specifications
52
Environmental Protection of the Housing
52
Table 27: Pin Connections for JP101/JP102 in the USB Converter Box
52
Table 28: Pin Connections for JP103 in the USB Converter Box
52
Dimensions Mti
53
Mounting the Mti-OEM
53
Figure 15: Using a Heat Shrink Tube to Position the Mounting Screws
53
Mti 10-Series Technical Drawing
54
Figure 16: Mti 10-Series Technical Drawing
54
Mti 100-200-300 Technical Drawing
55
Figure 17: Mti 100-Series Technical Drawing
55
Mti-G-700/710 Technical Drawing
56
Figure 18: Mti-G-710 Technical Drawing
56
Mti OEM Technical Drawing
57
Figure 19: Mti OEM Technical Drawing
57
Important Notices
58
Safety Instructions
58
Absolute Maximum Ratings
58
Maintenance
58
EU Declaration of Conformity
59
FCC Declaration of Conformity
60
Warranty and Liability
61
Customer Support
61
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Xsens MTi-300 AHRS User Manual (84 pages)
Brand:
Xsens
| Category:
Measuring Instruments
| Size: 3 MB
Table of Contents
Table of Contents
3
1 References
6
2 Introduction
7
Mti 10-Series
7
Mti-30 AHRS
7
Mti-20 VRU
7
Mti-10 IMU
7
Mti 100-Series
8
Mti-G-700 GPS/INS
8
Mti-300 AHRS
8
Mti-200 VRU
8
Mti-100 IMU
8
Identifying Device Functionality Using the Unique Device Identifier
9
Product Code
9
Evolution of Mti Products
10
Overview Mti Development Kit
11
Contents
11
Installation
12
Transient Accelerations
12
Vibrations
12
Magnetic Materials and Magnets
13
Typical User Scenarios
14
MT Software Suite
14
Getting Started with the MT Manager
15
Using the Software Development Kit (SDK)
16
Direct Low-Level Communication with Mti
18
Migration from MT SDK 3.3 (CMT)
18
Terms of Use MT Software Suite
19
3 Mti System Overview
20
Calibration
20
Xsens Kalman Filter (Xkf3I) for Mti 10-Series
20
Using the Acceleration of Gravity to Stabilize Inclination (Roll/Pitch)
20
Using the Earth Magnetic Field to Stabilize Yaw
21
Initialization
21
Xkf3I Filter Profiles
21
Xsens Sensor Fusion Algorithm for Mti 100-Series
23
Mti 100-Series Filter
23
Transient Accelerations
23
Magnetic Distortions
23
Loss of GPS
23
Mti 100-Series Filter Profiles
23
Mti-G-700 Filter Profiles
24
4 Output Specification
26
Overview of Data Outputs
27
Mtdata2 Output in Xbus Protocol
27
NMEA Protocol
28
Coordinate Systems
29
Calibrated Inertial Data and Magnetic Field Data
29
Delta_Angle and Delta_Velocity
29
Orientation Data
30
Velocity Data
31
Position Data
31
Orientation Performance Specification
34
Position and Velocity Performance Specification (Mti-G-700)
35
Orientation Output Modes
35
Quaternion Orientation Output Mode
36
Euler Angles Orientation Output Mode
37
Rotation Matrix Orientation Output Mode
37
Sensor Data Performance Specification
39
Gyroscopes
39
Accelerometers and Magnetometer
40
Y Zbarometer
40
GPS Receiver
41
Built-In Self-Test
42
Test and Calibration Certificate
43
Sensors Data Outputs
44
Physical Sensor Model
44
Calibrated Delta_Q and Delta_V Outputs
45
Calibrated Inertial and Magnetic Data Outputs
45
Free Acceleration
45
Uncalibrated Raw Output Mode
46
Legacy Output Messages
47
Reset of Output or Reference Co-Ordinate Systems
48
Timestamp and Packet Counter Output
51
Packet Counter
51
Time UTC
51
Time Stamp (Sample Time Fine)
51
Setting UTC Time on Non-GPS Mti's
51
Status Byte
52
5 Basic Communication
54
Introduction
54
States
54
Messages
55
Message Structure
55
Message Usage
56
Common Messages
57
Communication Timing
58
Triggering and Synchronization
61
External Device Triggers Mti (Send Latest)
61
Marker in MT Data (Trigger Indication)
61
Mti Triggers External Devices (Interval Transition Measurement)
62
Clock Synchronization (Clock Bias Estimation)
63
Clock Bias Estimation from GPS
63
Startsampling
63
Combining Synchronization Functions
64
Internal Clock Accuracy
65
Clock of Mti's Without GPS Receiver
65
Clock of Mti-G-700 GPS/INS
65
Default Serial Connection Settings
65
General Definitions for Binary Data
66
Serial or USB Communication
66
6 Physical Specifications
67
Physical Properties Overview
67
Power Supply
67
Alternative 3V3 Power Supply
68
Mechanical and Electrical Interface Specifications
69
Encased Mti Connectors Overview
69
OEM Connections Overview
71
Additional Interface Specifications
73
Using the Mti Mkiv with an External USB Converter
74
Housing Mechanical Specifications
75
Environmental Protection of the Housing
75
Dimensions Mti
75
Mounting the Mti-OEM
75
Mti 10-Series Technical Drawing
76
Mti 100-200-300 Technical Drawing
77
Mti-G-700 Technical Drawing
78
Mti-OEM Technical Drawing
79
7 Important Notices
80
Safety Instructions
80
Absolute Maximum Ratings
80
Maintenance
80
Ce Declaration of Conformity for the Mt Devices
81
Fcc Declaration of Conformity for the Mt Devices
82
Warranty and Liability
83
Customer Support
83
Xsens MTi-300 AHRS User Manual (54 pages)
MTi 10-series and MTi 100-series 5th generation
Brand:
Xsens
| Category:
GPS
| Size: 3 MB
Table of Contents
Table of Contents
3
1 References
7
2 Xsens Help Center and User Community
8
3 Introduction
9
Mti 10-Series
9
Mti-30 AHRS
9
Mti-20 VRU
9
Mti-10 IMU
9
Figure 1: Mti 10-Series
9
Mti 100-Series
10
Mti-G-710 GNSS/INS
10
Mti-300 AHRS
10
Mti-200 VRU
10
Mti-100 IMU
10
Figure 2: Mti 100-Series
10
Identifying Device Functionality Using the Unique Device Identifier
11
Table 1: Device ID's for 5Th Generation Mti
11
Product Code
12
Figure 3: Product Codes of Mti Devices
12
Figure 4: Example of a Label Showing the SN (Deviceid) and the Product Code
12
Evolution of Mti Products
13
Overview Mti Development Kit
13
Contents
13
Figure 5: Mti Development Kit
13
Table 2: Evolution of Mti Products
13
Installation
14
Transient Accelerations
14
Vibrations
14
Magnetic Materials and Magnets
15
Typical User Scenarios
15
MT Software Suite
15
Figure 6: Structure of the MT Software Suite
16
Using the Software Development Kit (SDK)
17
Direct Low-Level Communication with Mti
18
Terms of Use of MT Software Suite
18
Figure 7: Functionality Implementation for Specific Products
18
Table 3: Guidelines for the Use of the MT Software Suite
19
4 Mti System Overview
20
Calibration
20
Xsens Kalman Filter for Vru and Ahrs Product Types
20
Using the Acceleration of Gravity to Stabilize Inclination (Roll/Pitch)
20
Using the Earth Magnetic Field to Stabilize Yaw
21
Estimating Gyro Bias in Magnetic Disturbed Environments
21
Initialization
21
Xkf3I Filter Profiles
21
Xsens Sensor Fusion Algorithm for Mt I -G-710
22
Table 4: Filter Profiles for the Mti-200/Mti-300
22
Loss of GNSS
23
Magnetic Disturbances
23
Mti-G-710 Filter Profiles
23
Table 5: Filter Profiles for the Mti-G-710 GNSS/INS
23
Transient Accelerations
23
GNSS Platform
24
Active Heading Stabilization (Ahs)
24
In-Run Compass Calibration (ICC)
25
5 Output Specification
26
Overview of Data Outputs
26
Mtdata2 Output in Xbus Protocol
26
ASCII Output (NMEA)
26
Coordinate Systems
26
Calibrated Inertial Data and Magnetic Field Data
26
Delta_Angle and Delta_Velocity
27
Orientation Data
27
Figure 8: Coordinate System of the Encased Mti (Note: Origin Is Located at the Accelerometers)
27
Figure 9: Coordinate System of the Mti-OEM (Note: Origin Is Located at the Accelerometers)
27
Table 6: Yaw in Different Coordinate Systems (Applies Only to VRU/AHRS and GNSS/INS Product Types)
28
Velocity Data
29
Position Data
29
Orientation Performance Specification
29
Position and Velocity Performance Specification (Mti-G-710)
30
Table 7: Orientation Performance Specification
30
Sensor Data Performance Specification
31
Gyroscopes
31
Accelerometers and Magnetometer
31
Table 8: Position and Velocity Performance Specifications (Mti-G-710)
31
Table 9: Gyroscope Specifications
31
Barometer
32
GPS/GNSS Receiver
32
Table 10: Accelerometers and Magnetometers Specification
32
Table 11: Magnetometer Specifications
32
Table 12: Barometer Specification
32
Built-In Self-Test
33
Test and Calibration Parameters
33
Table 13: GNSS Receiver Specification
33
Sensors Data Outputs
34
Physical Sensor Model
34
Calibrated Delta_Q and Delta_V Outputs
35
Calibrated Inertial and Magnetic Data Outputs
35
Table 14: Output Specifications ∆Q and ∆V Outputs
35
Table 15: Output Specifications Inertial and Magnetometer Data Outputs
35
Free Acceleration
36
Uncalibrated Raw Output Mode
36
Reset of Reference Co-Ordinate Systems
36
Timestamp and Packet Counter Output
36
Status Byte
36
Table 16: Output Specifications Sensor Component Readout (SCR)
36
6 Communication
37
Communication Timing
37
Triggering and Synchronization
37
Internal Clock Accuracy
37
Clock of Mti's Without GNSS Receiver
37
Clock of Mti-G-710
37
Serial Connection Settings
38
Serial or USB Communication
38
Transceiver Voltage Levels
38
Table 17: Transceiver Voltage Levels
38
7 Physical Specifications
39
Physical Properties Overview
39
Power Supply
39
Power Consumption Specification
39
Table 18: Physical Properties Overview
39
Table 19: Power Consumption Depending on Communication Interface
39
Alternative 3V3 Power Supply
40
Mechanical and Electrical Interface Specifications
40
Encased Mti Connectors Overview
40
Figure 10: Drawing of CA-USB-Mti
40
Figure 11: Drawing of CA-MP2-Mti
41
Table 20: Pin Configuration CA-USB-Mti
41
OEM Connections Overview
42
Table 21: Pin Configuration Table CA-MP2-Mti
42
Table 22: Part Numbers Headers on Mti OEM
42
Figure 12: the Pins of the Headers on the Mti-OEM Are Clearly Marked
43
Table 23: Pin Connections OEM Headers
43
Additional Interface Specifications
44
Figure 13: Standard Ribbon Cables Can be Used for Connecting the Mti OEM to Another Board
44
Table 24: Part Numbers for Sockets that Fit the Headers on the Mti OEM
44
Table 25: Interface Specifications of the Synchronization Lines
44
Cable Specifications
45
Using the Mti Mk5 with an External USB Converter
45
Housing Mechanical Specifications
45
Environmental Protection of the Housing
45
Table 26: Wire Colours in the USB Converters
45
Dimensions Mti
46
Mounting the Mti-OEM
46
Figure 14: Using a Heat Shrink Tube to Position the Mounting Screws
46
Mti 10-Series Technical Drawing
47
Figure 15: Mti 10-Series Technical Drawing
47
Mti 100-200-300 Technical Drawing
48
Figure 16: Mti 100-Series Technical Drawing
48
Mti-G-700/710 Technical Drawing
49
Figure 17: Mti-G-710 Technical Drawing
49
Mti OEM Technical Drawing
50
Figure 18: Mti OEM Technical Drawing
50
8 Important Notices
51
Safety Instructions
51
Absolute Maximum Ratings
51
Maintenance
51
Eu Declaration of Conformity
52
Fcc Declaration of Conformity
53
Warranty and Liability
54
Customer Support
54
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Xsens MTi-300 AHRS Reference Manual (31 pages)
Brand:
Xsens
| Category:
Measuring Instruments
| Size: 1 MB
Table of Contents
Table of Contents
3
1 Xsens Customer Support and Base
6
2 Introduction
7
Table 1: Mti Product Documentation Overview
7
From Imu to Gnss/Ins
8
Imu
8
Vru
8
Ahrs
8
Gnss/Ins
8
Figure 1: from IMU to GNSS/INS
8
Xsens Mti Hardware Platforms
9
Mti 1-Series
9
Mti 600-Series
9
Mti 10-Series
9
Mti 100-Series
9
Figure 2: Mti 1-Series
9
Figure 3: Mti 600-Series
9
Figure 4: Mti 10-Series
9
Figure 5: Mti 100-Series
9
Table 2: Xsens Mti Portfolio Overview
10
3 Getting Started with the Mti
11
Overview Mti Development Kit
11
Figure 6: Mti Development Kit
11
Table 3 Description of Hardware Components of Development Kit
11
Table 4 Description of Software Components of Development Kit
12
Low-Level Communication
13
MT Software Development Kit (MT SDK)
13
Table 5: Conditions for the Use of the MT Software Suite
13
Terms of Use of MT Software Suite
13
4 Mti System Overview
15
Test and Calibration
15
Coordinate Systems
15
Calibrated Inertial Data and Magnetic Field Data
15
Orientation Increment and Velocity Increment (Dq and DV)
16
Figure 7: Default Coordinate System of Mti 1-Series
16
Figure 8: Default Coordinate System of Mti 600-Series
16
Table 6: Data Outputs with Reference Coordinate Systems
16
Orientation Data
17
Figure 9: Right Hand Rule
17
Velocity Data
18
Table 7: Yaw in Different Coordinate Systems (Applies Only to VRU/AHRS and GNSS/INS Product Types)
18
Position Data
19
Physical Sensor Model
19
Calibrated ∆Q and ∆V Outputs
20
Calibrated Inertial and Magnetic Data Outputs
20
High-Rate (HR) Inertial Data Outputs
20
Table 8: Output Specifications ∆Q and ∆V Outputs
20
Table 9: Output Specifications Inertial and Magnetometer Data Outputs
20
Table 10: Output Specifications High Rate Calibrated Inertial Data Outputs
20
Free Acceleration
21
Xsens Sensor Fusion Algorithms
22
Internal Sensor Bias Estimation
22
Roll and Pitch Estimation
22
Heading/Yaw Estimation
23
Velocity and Position Estimation
23
Initialization
24
Filter Profile Options
24
Additional Setting Options and Features
24
Table 11: Supplementary Features and Settings
24
Mti Series Interface Options
26
Timing and Synchronization
26
Table 12: Overview of Interface Options in Mti Portfolio
26
5 Input and Output Specification
27
Overview of Data Output Protocols
27
Overview of Data Inputs
27
Built-In Self-Test
27
Timestamp and Packet Counter Output
27
Status Word
28
6 Installation Tips and Tricks
29
7 Warranty and Liability
31
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