DMU30 High Performance MEMS Inertial Measurement Unit (HPIMU)
NEW from Silicon Sensing Systems, the SUPERIOR 6-DOF DMU30 MEMS IMU alternative to more costly ‘FOG grade’ IMUs. The robust north-finding DMU30 is the first in a family of high performance IMUs for use in exacting motion sensing applications ranging from unmanned vehicle navigation to mapping and surveying. The DMU30 provides precise 3-axis outputs of angular rate & acceleration, delta angle & velocity and temperature, at 200Hz. Datasheet and details are below, please contact Willow for further information - +44 (0) 1342 717102.
DMU10 6-DOF MEMS Inertial Measurement Unit
The DMU10 IMU provides 3 axes of angular rate and linear acceleration and temperature. The output message includes message counter, built-in test results, delta theta and delta velocity information. Data is output on an industry standard RS422 interface for ease of integration.
DMU10 is engineered using Silicon Sensing’s unique MEMS VSG5 ring gyroscope and capacitive accelerometer technologies to provide benchmark performance, size and affordability. It contains three 5th generation piezoelectric (PZT) gyroscopes and six accelerometers. Outputs from dual accelerometers per axis are averaged to improve precision and reduce uncorrelated noise.
Available uncalibrated or calibrated over the full operating temperature range. DMU10 is supplied as an OEM or a Module. A full evaluation kit is available, for details please contact Willow Technologies - +44 (0) 1342 717102.
MEMS IMU Combi Sensors
Features
High performance MEMS IMU, FOG performance, Light, 1 / 3 cost of FOG
Features
Evaluation Kit, inc. DMU30, RS422 - USB connector, USB Driver, Datalogging Software etc.
Features
Mating Connector Plug and Cable for DMU30
Features
OEM Uncalibrated IMU Provides 3 axes angular rate and linear acceleration & temp. Message counter.
Features
Uncalibrated IMU provides 3 axes angular rate and linear acceleration & temp. Includes message counter.
High performance MEMS IMU, FOG performance, Light, 1 / 3 cost of FOG
Evaluation Kit, inc. DMU30, RS422 - USB connector, USB Driver, Datalogging Software etc.
Mating Connector Plug and Cable for DMU30
DMU10 is an OEM uncalibrated 6-DOF Precision MEMS IMU from Silicon Sensing Systems. It provides three axes of angular rate and linear acceleration, and temperature.
DMU10 Module is an uncalibrated 6-DOF Precision MEMS IMU from Silicon Sensing Systems. It provides three axes of angular rate and linear acceleration, and temperature.
Output
RS422
RS422
RS422
RS422
RS422
Accelerometer g-Range
±10g
±10g
±10g
±10g
Range
±200°/s and ±10g
±200°/s and ±10g
±200°/s and ±10g
±300°/s and ±10g
±300°/s and ±10g
Bandwidth (Hz)
Typical 85 Angular Rate, 85 Accel
Typical 85 Angular Rate, 85 Accel
Typical 85 Angular Rate, 90 Accel
Typical 85 Angular Rate, 90 Accel
Bias Stability (mg)
0.2°/hr
0.2°/hr
15°/hr
15°/hr
Noise
Angular rate <0.15≤/s rms, Accel 1.00mg rms
Angular rate <0.15≤/s rms, Accel 1.00mg rms
Angular rate <0.10≤/s rms, Accel 1.00mg rms
Angular rate <0.10≤/s rms, Accel 1.00mg rms
Supply Voltage (V)
4.75 to 36V
4.75 to 36V
3.2 to 5.25V
3.2 to 5.25V
Current Consumption µA
90mA
90mA
Size
61 x 68 x 62 mm
61 x 68 x 62 mm
L600mm
41 x 22 x 10.6
45 x 26 x 16
Op. Temp C
-40 + 85
-40 + 85
-40 + 85
-40 + 85
Applications
Hydrographic surveying, Airborne survey & mapping, Inertial Navigation Systems (INS), Attitude and Heading Reference Systsms (AHRS), GPS drop-out aiding, Maritime guidance and control, Global Navigation Satellite Systems (GNSS), Autonomous vehicle control and ROVs, Machine control, MEMS alternative to FOG / RLG IMUs
Hydrographic surveying, Airborne survey & mapping, Inertial Navigation Systems (INS), Attitude and Heading Reference Systsms (AHRS), GPS drop-out aiding, Maritime guidance and control, Global Navigation Satellite Systems (GNSS), Autonomous vehicle control and ROVs, Machine control, MEMS alternative to FOG / RLG IMUs
Cable & connector for MEMS Inertial Measurement Unit DMU30
DMU10 is an OEM thermally calibrated 6-DOF Precision MEMS IMU from Silicon Sensing Systems. It provides three axes of angular rate and linear acceleration, and temperature.
DMU10 Module is a thermally calibrated 6-DOF Precision MEMS IMU from Silicon Sensing Systems. It provides three axes of angular rate and linear acceleration, and temperature.
Eval Board & 6-DOF DMU10 precision MEMS IMU from Silicon Sensing Systems. It provides three axes of angular rate and linear acceleration, and temperature.
MEMS angular rate & linear accel sensors provide precision, low-cost, 6-DOF IMU. Complete motion sensing & control in 3D space. Ideal where space is at a premium.
MEMS angular rate & linear accel sensors provide precision, low-cost, 6-DOF IMU. Complete motion sensing & control in 3D space. Ideal where space is at a premium.
