Data Sheet

Introduction
SYD Dynamics TransducerM Series is a complete solution for motion sensing applications, capable of providing computed data for
determining orientation of an object in 3D space.
Out-of-box, it provides orientation data in terms of of Euler angles, Quaternion, and, most commonly used Roll/Pitch/Yaw all of which can
be computed with the reference to world frame (based on Earth’s magnetic field and gravity direction). It can also output calibrated raw
sensor data, including angular rate, acceleration and magnetometer measurement
[1]
.
Magnetometer is equipped with 'Active Magnetic Field Compensator' to detect and remove disturbances and ensure stable heading.
Products comparison
as below
[2]
PRODUCT SERIES
FEATURES
TransducerM
TM100
TransducerM
TM200
TransducerM
TM300
TransducerM
TM500
Sensors
3-Axis: Gyroscope and
Accelerometer
3-Axis: Magnetometer
Features
Sensor Fusion
Sensor Fusion Profiles -
Vibration Resistant - ● (Basic) ●(Mid) ● (Full)
Configuration GUI
Run-time calibration API - -
Digital Compass Function - -
Essential Factory Calibration
Thermal Calibration - -
Interfaces
UART
CAN Bus - -
USB - - -
Output
Calibrated Raw Data Output
Roll, Pitch, Yaw Output
Internal Update Rate 280-370Hz 280-370Hz 290-450Hz 800Hz
Max Output Data Rate (ODR) ≤100Hz <200Hz 200Hz 200Hz
Precision ODR selectable by Hz - -
Performance
Static Accuracy (Roll-Pitch) 0.7° 0.5° 0.3°
Static Accuracy (Yaw) 2.5° 2.0° 1.0° 0.8°
Dynamic Accuracy (Roll-Pitch)
[3]
2.5° 2.0° 0.5°
Operation Condition
Temperature 0-70°C 0-70°C -20-85°C -40-85°C
Voltage 5V 5V 5V 5V, or 9-36V
IP Rate
PCBA
Unprotected
Module
Up to IP50
Up to IP67 Up to IP67
Application
Consumer,
Education,
Laboratory,
Hobby
Consumer,
Education,
Laboratory,
Hobby
Commercial
application,
Laboratory
Commercial
application,
Heavy-duty-
Industrial,
Laboratory
Standard Warranty 1 year 1 year 1-3 year 1-3 year
Extended Warranty - -
● Standard ○ Optional − Not Available
________________
[1] For accelerometers and magnetometers, they are calibrated to ‘units’ and are accurate in terms of vector direction but not their absolute values. E.g. accelerometer may output
1.0 meaning equal to earth gravity magnitude.
[2] Specifications are subject to change without notice.
[3] According to tests in laboratory environment, typical performance. Actual performance may vary.
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