IBG 20

IBG 20

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IBG 20

IBG20 is based on a small size MEMS component making it rugged, shock tolerant and cost These two components work together to yield unparalleled flexibility and world-class digital micro-gyro performance. The IBG20 evaluation platform can be tailored to the costumer’s need regarding rate and bandwidth. effective. IBG20 uses the GyroSense concept and consists of a sensor chip and a mixed-signal ASIC assembled in a non-magnetic package.

Frequently Asked Questions

Inertial Measurement Units (IMUs) are integral components in Inertial Navigation Systems (INS), where they provide raw data that is used to calculate attitude, angular rates, linear velocity, and position relative to a global reference frame. At Imego AB, our IMU-equipped INS solutions form the backbone of navigation and control systems for a wide range of commercial and military vehicles, including crewed aircraft, missiles, ships, submarines, and satellites. IMUs are also crucial in the guidance and control of uncrewed systems, such as UAVs, UGVs, and UUVs.

Simpler INS variants, known as Attitude and Heading Reference Systems (AHRS), utilize IMUs to determine vehicle attitude and heading relative to magnetic north. The data gathered from our IMUs enables precise position tracking through dead reckoning, with results typically represented in Euler angles or quaternions.

In land vehicles, Imego AB's IMUs can be integrated into GPS-based automotive navigation and tracking systems, enhancing dead reckoning capabilities and improving the accuracy of data on speed, turn rate, heading, inclination, and acceleration. This is particularly valuable for applications such as traffic collision analysis.

Beyond navigational uses, IMUs developed by Imego AB serve as orientation sensors in a wide range of consumer products. They are found in nearly all smartphones and tablets, where they detect device orientation. Fitness trackers and other wearables use IMUs to measure motion, including activities like running. These units can also analyze specific parameters related to motion, aiding in the assessment of developmental levels in individuals.

In the gaming industry, IMUs are used in motion-sensing devices like the Nintendo Wii Remote. The proliferation of low-cost IMUs has also fueled the growth of the consumer drone industry. Additionally, IMUs are utilized in sports technology for technique training, animation applications, and motion capture technology. They are central to the balancing systems in personal transporters like the Segway.

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