SYD Dynamics offers standard products as well as complete motion and navigation solutions. The TransducerM product line consists of standard units for IMU / AHRS / INS applications.

SYD Dynamics TransducerM  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 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.

TM411C_WithShield_2_PNG

TransducerM TM100 with OEM circuit board design. Providing inertial measurement reference data and with Serial interface. Target applications: electronics on volume production. The compact size allows for easy integration. Customized designs are also possible.

TransducerM_TM200
TransducerM TM200 with aluminum enclosure and better performance than the OEM version. Medium level shock resistance and configurable motion profile. It provides inertial measurement reference data and with its Serial interface. Target applications: Consumer products, laboratory, robotics, hobby and education.

TransducerM TM200

Picture1
TransducerM TM352/TM353 with performance and rugged design. Providing inertial measurement reference data and with Serial and CAN Bus interfaces. Target applications: Indoor and outdoor autonomous vehicles, robotics, and drones. Features shock resistance design, motion profile configuration and calibration software interface for better performance with ground vehicles on heading stability.

TransducerM TM352/TM353

DSCF1777-wbsTransducerM TM500 High-Performance-Series with or without rugged design. Providing high accuracy inertial measurement reference data with Serial RS422, USB 2.0 and CAN Bus interfaces. Target applications: Indoor and outdoor autonomous vehicles, robotics and drones under strong vibration with wide operation temperature range; precision motion measurement.

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Products comparison as below[2]

 

PRODUCT SERIES

FEATURES

TransducerM
TM100
 

TransducerM
TM200
 

TransducerM
TM300
(TM352/TM353)

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)

1°

0.7°

0.5°

0.3°

Static Accuracy (Yaw)

2.5°

2.0°

1.0°

0.8°

Dynamic Accuracy (Roll-Pitch)[3]

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.