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Inertial & Navigation Sensors
Inertial navigation systems provide end-users and systems integrators with fully-qualified MEMS based solutions for measurement of static and dynamic motion in a wide variety of challenging environments, including; avionics, remotely operated vehicles, agricultural & construction vehicles and automotive test.
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NEW DMU30 High Performance Inertial Navigation Unit (HPIMU) DMU30 is a full 6-DOF High Performance Inertial Measurement Unit providing precise 3-axis outputs of angular rate and acceleration, delta angle and velocity and temperature - at 200Hz. Without question the DMU30 is not only affordable at a third of the price of an average FOG, it also is impressively without compromise in the quality of performance. Details and datasheet can be found below, for further information please contact Willow Technologies - +44 (0) 1342 717102. |
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NEW Advanced INS380SA-200 & INS380SA-400 Inertial Navigation Systems ACEINNA\'s INS380SA is a standalone fully-integrated Inertial Navigation System offering a complete dynamic measurement solution in a miniature environmentally protected package. The INS380SA combines a highly reliable MEMS 9 DOF sensor suit (3 DOF accelerometer, 3 DOF gyro, 3 DOF magnetometer) with a 48-channel high-sensitivity SBAS GPS receiver in a miniature fully-calibrated standalone module that offers consistent performance in a wide variety of dynamic control and navigation applications. The INS380SA offers a highly-effective solution for cost-sensitive demanding applications. See details and datasheet below and please contact Willow Technologies for further information - +44 (0) 1342 717102. |
For further information on the Inertial & Navigation Sensors contact Willow: +44 (0) 1342 717102
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Features
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| Part No. |
DMU30-01-0100
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DMU30-01-0500
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DMU30-01-TBD
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DMU10-01 OUN
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DMU10-02 MUN
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| Product Type | Combi Sensor
| Combi Sensor
| Combi Sensor
| Combi Sensor
| Combi Sensor
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| Axis | 6
| 6
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| 6
| 6
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| Brief Overview | 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.
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| Output | RS422
| RS422
| RS422
| RS422
| RS422
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| Accelerometer g-Range | ±10g
| ±10g
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| ±10g
| ±10g
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| Range | ±200°/s and ±10g
| ±200°/s and ±10g
| ±200°/s and ±10g
| ±300°/s and ±10g
| ±300°/s and ±10g
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| Bandwidth (Hz) | Typical 85 Angular Rate, 85 Accel
| Typical 85 Angular Rate, 85 Accel
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| Typical 85 Angular Rate, 90 Accel
| Typical 85 Angular Rate, 90 Accel
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| Bias Stability (mg) | 0.2°/hr
| 0.2°/hr
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| 15°/hr
| 15°/hr
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| Noise | Angular rate <0.15≤/s rms, Accel 1.00mg rms
| Angular rate <0.15≤/s rms, Accel 1.00mg rms
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| Angular rate <0.10≤/s rms, Accel 1.00mg rms
| Angular rate <0.10≤/s rms, Accel 1.00mg rms
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| Supply Voltage (V) | 4.75 to 36V
| 4.75 to 36V
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| 3.2 to 5.25V
| 3.2 to 5.25V
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| Current Consumption µA |
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| 90mA
| 90mA
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| 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
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| Op. Temp C | -40 + 85
| -40 + 85
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| -40 + 85
| -40 + 85
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| 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
| Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
| Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
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| Dimensions (L x W x H) mm |
68 x 61 x 62
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L600
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Features
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| Part No. |
DMU10-21 OOT
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DMU10-22 MOT
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DMU10-21-0500
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DMU11-21
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DMU11-21-0500
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| Product Type | Combi Sensor
| Combi Sensor
| Combi Sensor
| Combi Sensor
| Combi Sensor
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| Axis | 6
| 6
| 6
| 6
| 6
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| Brief Overview | 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.
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| Output | RS422
| RS422
| RS422
| RS422
| RS422
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| Accelerometer g-Range | ±10g
| ±10g
| ±10g
| ±10g
| ±10g
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| Range | ±300°/s and ±10g
| ±300°/s and ±10g
| ±300°/s and ±10g
| ±305°/s and ±10.1g
| ±305°/s and ±10.1g
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| Bandwidth (Hz) | Typical 85 Angular Rate, 90 Accel
| Typical 85 Angular Rate, 90 Accel
| Typical 85 Angular Rate, 90 Accel
| Typical 77 ±2 Angular Rate, 69 ±3 Accel
| Typical 77 ±2 Angular Rate, 69 ±3 Accel
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| Bias Stability (mg) | 15°/hr
| 15°/hr
| 15°/hr
| 10°/hr
| 10°/hr
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| Noise | Angular rate <0.10≤/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
| Angular rate <0.10≤/s rms, Accel 1.00mg rms
| Angular rate <0.10≤/s rms, Accel 1.00mg rms
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| Supply Voltage (V) | 3.2 to 5.25V
| 3.2 to 5.25V
| 3.2 to 5.25V
| 3.2 to 5.25V
| 3.2 to 5.25V
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| Current Consumption µA | 90mA
| 90mA
| 90mA
| 85mA
| 85mA
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| Size | 45 x 26 x 16
| 45 x 26 x 16
| 45 x 26 x 16
| 22 x 22 x 10.6
| 22 x 22 x 10.6
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| Op. Temp C | -40 + 85
| -40 + 85
| -40 + 85
| -40 + 85
| -40 + 85
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| Applications | Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
| Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
| Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
| Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
| Machine Control, Antenna & Platform Stabilisation, Precision Agriculture, Autonomous Vehicles & ROVs, Attitude Measurement Systems, Personal Navigation, GPS Aiding
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Features
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| Part No. |
AHRS440CA-200
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AHRS440CA-400
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FORT
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IMU440CA-200
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IMU440CA-400
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| Heading Accuracy (°) | 1
| 1
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| Roll / Pitch Accuracy (°) | 0.2
| 0.2
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| Mag Field Range (+/- Gauss) | 1
| 1
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| Mag Field Accuracy (+/- Gauss) | 0.005
| 0.005
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| Gyro Range (°/s) | 200
| 400
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| 200
| 400
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| Gyro In-Run Stability (°/s) | 10
| 20
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| 10
| 20
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| Gyro Non-Linearity (% FS) | 1
| 1
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| 1
| 1
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| Gyro Bandwidth:(Hz) | 25
| 25
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| 25
| 25
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| Accel Range (°/s) | 4g
| 10g
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| 4g
| 10g
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| Accel In-Run Stability (°/s) | 1
| 2
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| 1
| 2
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| Accel Non-Linearity (% FS) | 1
| 1
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| 1
| 1
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| Accel Bandwidth:(Hz) | 25
| 25
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| 25
| 25
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| Size | 7.62 x 9.53 x 7.62 cm
| 7.62 x 9.53 x 7.62 cm
| 33 x 14 x 50
| 7.62 x 9.53 x 6.43 cm
| 7.62 x 9.53 x 6.43 cm
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| Applications | Unmanned vehicle control, Land vehicle guidance, Avionics systems, Platform stabilisation
| Unmanned vehicle control, Land vehicle guidance, Avionics systems, Platform stabilisation
| 10 meter positional accuracy for every kilometer traveled – without the use of GPS or RF beacons.
| Navigation & control, Vehicle testing, General instrumentation
| Navigation & control, Vehicle testing, General instrumentation
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Features
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| Part No. |
NAV440CA-200
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VG440CA-200
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VG440CA-400
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| Heading Accuracy (°) | 1
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| Roll / Pitch Accuracy (°) | 0.2
| 0.2
| 0.2
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| Mag Field Range (+/- Gauss) | 1
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| Mag Field Accuracy (+/- Gauss) | 0.005
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| Gyro Range (°/s) | 200
| 200
| 400
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| Gyro In-Run Stability (°/s) | 10
| 10
| 20
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| Gyro Non-Linearity (% FS) | 1
| 1
| 1
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| Gyro Bandwidth:(Hz) | 25
| 25
| 25
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| Accel Range (°/s) | 4g
| 4g
| 10g
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| Accel In-Run Stability (°/s) | 1
| 1
| 2
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| Accel Non-Linearity (% FS) | 1
| 1
| 1
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| Accel Bandwidth:(Hz) | 25
| 25
| 25
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| Size | 7.62 x 9.53 x 7.62 cm
| 7.62 x 9.53 x 6.43 cm
| 7.62 x 9.53 x 6.43 cm
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| Applications | Unmanned vehicle control, Land vehicle guidance, Avionics systems, Platform stabilisation
| Platform stabilisation, Unmanned vehicle control, Automotive testing
| Platform stabilisation, Unmanned vehicle control, Automotive testing
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Willow Technologies Ltd. Unit 3 Borers Yard, Borers Arms Road, Copthorne, West Sussex, RH10 3LH, UK
Tel: +44 (0) 1342 717102, Email: 
CORPORATE: Solid State Group
