English 
Chinese 
IMU Master - Products - lINS Tech - Lins800 Series IMUs
MEMS Inertial Navigation IMUs
LINS 800 Series
Products
The LINS800 series IMUs are based on MEMS technology and utilize advanced signal processing, A/D conversion, digital filters, temperature compensation and rotary table inertia calibration, then output accurate 3-axis acceleration and 3-axis angular rate data. In terms of noise, vibration, nonlinearity, bias stability, temperature drift, shock resistance ......
- Gyro: zero-bias instability (Allen variance) 0.1 /hr zero-bias stability (10s smoothing) < 0.5 /hr
- Range: Gauge ±20g, Gyro ±400dps
- Multiple interfaces available: RS422/RS232
- Output frequency: 200Hz (up to 1KHz)
- High reliability in harsh environments, vibration resistant 20000g
- Wide temperature range: -40~+85C
- Small size: 38.6mm x 44.8mm x 21.5mm
Specification
| accelerometer | |
| Range: X, Y, Z | ±20g |
| Zero-bias instability (Allen variance) | 10 μg |
| Zero bias over full temperature range | 2 mg |
| resolution (of a photo) | 0.05 mg |
| Non-linearity (absolute accuracy) | 0.1% FS |
| Cross-axis sensitivity (absolute accuracy) | 0.1% FS |
| roam randomly | 0.02m/s/√hr |
| bandwidths | 200 Hz |
| gyros | |
| Range: X, Y, Z | ±400dps |
| Zero-bias instability (Allen variance) | < 0.5 º/hr |
| Zero bias over full temperature range | 0.1 dps |
| resolution (of a photo) | 0.001 dps |
| Non-linearity (absolute accuracy) | 0.1% FS |
| Cross-axis sensitivity (absolute accuracy) | 0.1% FS |
| roam randomly | < 0.1 º/√hr |
| bandwidths | 200 Hz |
| environmental conditions | |
| operating temperature | -40~+85°C |
| Storage temperature | -55~+100°C |
| Housing Material | aluminum |
| Electrical Characteristics | |
| operating voltage | 5 VDC |
| power wastage | 1 W |
| connector | Optional RS232/RS422 |
| output frequency | 200Hz |
| physical parameter | |
| sizes | 38.6mm x 44.8mm x 21.5mm |
| weights | 120 grams |
IMU applied to GPS mechanical bird
To address situations where GPS signals are weak or disappear altogether, an interdisciplinary team has worked on a mechanical bird form of localization solution
IMU for assessing neck injury risk while driving
Recently, a joint team of Spanish and Italian researchers successfully developed an innovative in-vehicle monitoring system.
IMU recognizes the location of the golf ball
Recently, a team of Austrian researchers from Europe, in conjunction with universities and industry experts, have developed a new technology by installing IM on golf clubs.
Efficient assessment of fitness data via Apple Watch IMU sensors
Velocity-based training methods (VBT), which have become popular in recent years, measure and analyze changes in velocity during exercise to obtain the
