IMU Master - Products - lINS Tech - Lins16460IMU
MEMS inertial navigation system (industrial grade)
LINS 16460
Products
The LINS 16460 industrial-grade inertial navigation system meets stringent environmental requirements for a wide range of ground vehicle and offshore platform system applications, providing an option for volume production of low-cost OEM applications.
- Precision calibrated 6-axis inertial system
- Fully compatible with ADIS16460 for improved performance
- 3-axis gyroscope and 3-axis accelerometer outputs
- Data output rate: 200Hz
- Size and weight: 22.4*22.4*7.4(mm), <15g
- Operating temperature: -40° to +85°C
Specification
accelerometer | |
Range: X, Y, Z | ±6g |
Zero-bias instability (Allen variance) | 10 μg |
Zero bias over full temperature range | 4 mg |
resolution (of a photo) | 0.5 mg |
Scaling Factor Accuracy (%) | 0.1% |
Non-linearity (absolute accuracy) | 0.1% FS |
roam randomly | 0.05m/s/√hr |
bandwidths | 50 Hz |
angular velocity | |
Range: X, Y, Z | ±400º/sec |
Zero-bias instability (Allen variance) | 4 º/hr |
Zero bias over full temperature range | 0.1 dps |
resolution (of a photo) | 0.001 dps |
Scaling Factor Accuracy (%) | 0.1% |
Non-linearity (absolute accuracy) | 0.1% FS |
roam randomly | 0.3 º/√hr |
bandwidths | 50 Hz |
environmental conditions | |
operating temperature | -40~+85°C |
Storage temperature | -55~+100°C |
Housing Material | aluminum |
Electrical Characteristics | |
Input Voltage | 3.3 VDC |
power wastage | < 0.15W |
connector | SPI/UART (optional) |
output frequency | 200Hz |
physical parameter | |
sizes | 22.4 x 22.4 x 7.mm |
weights | < 15 grams |
Connection Terminal | 7 x 2-pin, Pitch1.0 |
Application of IMU in Featherball Serve Power
In badminton, the serve is not only the key to scoring in the game, but its technical details are also an important factor in influencing the direction of the game.
IMU applied to real-world shooting
A U.S. Army research team recently conducted an innovative experiment in applying IMUs to real-world shooting scenarios, with the goal of accurately measuring
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.