Product Description
Technical Features
Development for stability control requirements
MG3-200 three axis MEMS Gyro combination is a highly reliable and cost-effective three axis MEMS inertial sensor, which can be widely used in the fields of navigation, controland measurement represented by attitude stabilization. MEMS Gyro with high bandwidth, low delay and low noise is adopted in the system, and has good adaptability to mechanical environment, which can provide guarantee for the stability control of complex products.
Advanced craftsmanship and technology
MG3-200 three axis MEMS Gyro combination integrates a high-performance MEMS Gyro in an independent structure. The Gyro selected by the module represents the leading level of MEMS process inertial devices. All electronic components in the module are 100% localized. The angular motion of the three axis MEMS Gyro is compensated by the zero position, scale factor and non orthogonal error of all temperature parameters in the module, which can maintain a high measurement accuracy or a long time. At the same time, the module adopts measures such as structural sealing design to ensure that the product can still accurately measure the angular motion parameters of the carrier in harsh environments, thus providing users with a low-cost and high-reliability solution.
High-precision device manufacturing and system calibration compensation technology
During the research and development of this project, the company has accumulated a series of key technologies to ensure the high performance of the product. At the same time, the system adopts high-speed sampling, static error compensation (fine compensation of bias, scale factor, installation error, etc. for the full temperature area), dynamic error compensation and other technologies to ensure that the product obtains the best performance during the user's use.
High quality and reliability
MG3-200 three axis MEMS gyroscope integrated system adopts MEMS gyroscope with high bandwidth, low delay and low noise, and can maintain performance in wide temperature varying temperature environment and large-scale vibration environment, which can provide accurate angular motion information for the stable control of seeker based servo system.
Main Features
Application Area
