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As a leader in the inertial measurement unit industry, EPSON has launched multiple heavyweight products, among which the M-G370 series products have gained popularity due to their integration into the Int Ball2 free flight camera robot in the Japanese experimental module of the International Space Station. As a member of this series, the MG370PDGO has been widely praised for its wide output, low sound, and wide temperature characteristics. Now, let's talk about the various characteristics and advantages of the M-G370PDG
The M-G370PDG has an extremely wide output range of acceleration and angular velocity values, which can meet the output needs of different application scenarios. Thanks to advanced manufacturing processes, the internal integration has been greatly improved, allowing the M-G370PDG0 to have a maximum acceleration value of+16G and an output range of+450 "s angular velocity values. It is very suitable for applications such as aerospace with instantaneous high-power acceleration or old directional changes, such as high acceleration and high angular velocity. It will not cause measurement cutoff distortion due to insufficient output range.
The extremely low operating noise ensures the accuracy of measurement results for M-G370PDG. With the support of EPSON's quartz crystal resonance measurement technology, M-G370PDG has achieved high accuracy that traditional mechanical vibration cannot match. The application of this technology enables it to effectively avoid random and uncertain errors caused by process manufacturing, installation and debugging. The M-G370PDG has an angle random walk coefficient as low as 0.06 ° h and a velocity random walk coefficient of 0.02 (m/s) Nh, which can effectively reduce random errors caused by continuous system operation and improve the accuracy of measurement data. This is particularly important for fields with high precision requirements, such as aerospace and industrial control.
The industrial grade operating temperature range allows M-G370PDG to withstand any extreme environmental challenges without fear. When our products are applied in various industrial application scenarios, we often encounter many extreme environmental challenges, and temperature is one of the most common changes. MG370PDG has an industrial grade operating temperature range, which can operate stably, efficiently, and accurately within an extremely wide temperature range of -40~+85 ℃, helping various applications to be deployed. It has good adaptability for application scenarios such as industrial control and outdoor monitoring.
With the development of technology, the demand for inertial monitoring will inevitably increase day by day, and the requirements and performance will also become higher and higher. MG-370PDG has been market validated for its high standard and reliable quality, making it suitable for various complex application scenarios and providing stable and reliable operation support for users. EPSON will continue to provide users with highly cost-effective inertial measurement products, helping them improve quality and efficiency.