IMU1000
Inertial Measurement Unit
Digital Output
6
Bias Stability: Gyro 30deg/H, Acc 1mg (1sigma)
IP67
ISO
Non-Customized
10000g
-40~+85 Degrees Celsius
IP67 Protection
SkyMEMS
Carton
38*35*28mm
China
9014100000
Product Description
IMU1000 Miniature High Overload Resistance Mems Inertial Measurment Unit
Main Features
-High Stability, High Reliability, High Accuracy,High
Survivability in Harsh Environment, Fully Calibrated
-Angular Range:±150°/s, Acceleration Range:±10g
(Supporting Custom Design)
-Bias Stability: Gyro 30°/h, Acc 1mg(1σ)
-Overload Resistance:10000g, IP67 Protection
-Wide Temperature: -40°C~+85°C
-Compact Size: 38*35*28mm
Brief Introduction
IMU1000 Miniature High Overload Resistance MEMS Inertial Measurement Unit adopts the newest MEMS technologies, it is a new type of micro inertial measurement unit which enjoys high reliability, high stability, and adjustment in harsh environment. The system is composed of micro accelerometer, micro gyroscope and high-performance information processing circuit, it is mainly used to measure 3D linear acceleration and 3D angular acceleration, if combined with navigation processing circuit, more inertial parameters including position, speed, attitude and other parameters can be calculated.
Compared with traditional inertial measurement system, this system enjoys smaller size, lighter weight, lower cost, and lower power consumption, faster start-up, and higher reliability, better dynamic adjustment, etc. it is widely applied in precision weapon, rocket, underwater systems, etc.
Technical Specifications
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Main Features
-High Stability, High Reliability, High Accuracy,High
Survivability in Harsh Environment, Fully Calibrated
-Angular Range:±150°/s, Acceleration Range:±10g
(Supporting Custom Design)
-Bias Stability: Gyro 30°/h, Acc 1mg(1σ)
-Overload Resistance:10000g, IP67 Protection
-Wide Temperature: -40°C~+85°C
-Compact Size: 38*35*28mm
Brief Introduction
IMU1000 Miniature High Overload Resistance MEMS Inertial Measurement Unit adopts the newest MEMS technologies, it is a new type of micro inertial measurement unit which enjoys high reliability, high stability, and adjustment in harsh environment. The system is composed of micro accelerometer, micro gyroscope and high-performance information processing circuit, it is mainly used to measure 3D linear acceleration and 3D angular acceleration, if combined with navigation processing circuit, more inertial parameters including position, speed, attitude and other parameters can be calculated.
Compared with traditional inertial measurement system, this system enjoys smaller size, lighter weight, lower cost, and lower power consumption, faster start-up, and higher reliability, better dynamic adjustment, etc. it is widely applied in precision weapon, rocket, underwater systems, etc.
Technical Specifications
| Name | Specs | Remarks |
| Gyroscope | ||
| Range | ±150°/s | ODM supported |
| Resolution | ≤0.1°/s | |
| Bias stability | 30°/h | 1σ standard |
| Bias repeatability | 20°/h | 1σ standard |
| Accelerometer | ||
| Range | ±10g | ODM supported |
| Resolution | ≤1mg | |
| Bias stability | 1mg | 1σ standard |
| Bias repeatability | 1mg | 1σ standard |
| Other Specs | ||
| Zero time drift | ≤1mV/h | |
| Zero output noise | ≤10mV | |
| Stability time | ≤0.2s | |
| Power supply | 5±0.25V | |
| Output votage | 0.1±0.1V~4.9±0.1V | |
| Weight | 50g | |
| Dimension | 38*35*28mm | |
| Working temperature | -40~+85°C | |
| Overload resistance | 10,000g | |
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