GS-301

Three-axis MEMS Gyro assembly is composed of MEMS gyro chip, temperature sensor, digital signal processing circuit, structure, and software, etc. It is used to measure the three-axis angular rates of the carrier in real-time. The product utilizes flexible connection technology and incorporates compensation algorithms such as full-temperature compensation, installation misalignment angle compensation, and nonlinear compensation in the software. This ensures that the product maintains excellent performance even in static, dynamic, and harsh environmental conditions. It outputs stable and reliable two/three-axis angular rate measurement data to users via a high-speed RS-422 serial port after error compensation.

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GS-302

Three- axis MEMS Gyro assembly is composed of MEMS gyro chip, temperature sensor,digital signal processing circuit, structure, and software, etc. It is used to measure the three-axis angular rates of the carrier in real-time. The product utilizes flexible connection technology and incorporates compensation algorithms such as full-temperature compensation, installation misalignment angle compensation, and nonlinear compensation in the software. This ensures that the product maintains excellent performance even in static, dynamic, and harsh environmental conditions. It outputs stable and reliable two/three-axis angular rate measurement data to users via a high-speed RS-422 serial port after error compensation.

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GS-601

The six-axis MEMS inertial measurement unit consists of a MEMS gyro chip, a high-performance MEMS accelerometer chip, a temperature sensor, a digital signal processing circuit, a structure, software, and more. Its purpose is to accurately measure the angular rate and linear acceleration of the carrier in three axes in real-time. This product features flexible connection technology and incorporates advanced algorithms within its software, including full temperature compensation, installation misalignment angle compensation, and non-linear compensation. These algorithms ensure optimal performance under various conditions, whether static, dynamic, or in harsh environments. Additionally, the unit offers users stable and reliable six-degree-of-freedom measurement data through its RS-422 serial port output after precise error compensation.

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GS-602

The six-axis MEMS inertial measurement unit consists of high-precision MEMS gyro chips and domestically-produced high-precision MEMS accelerometer chips, temperature sensors, digital signal processing circuits, and software. It is used for real-time measurement of the three-axis angular velocity and three-axis linear acceleration of the carrier. It is compatible with Honeywell HG4930 series products. The product utilizes a unique anti-vibration, shock-resistant structural design, and flexible connection technology. The software incorporates algorithms such as full-temperature compensation, installation misalignment angle compensation, and nonlinear compensation, ensuring excellent performance even in static, dynamic, and harsh environmental conditions. It outputs high-quality and reliable six degrees of freedom measurement data to users via a high-speed RS-422 serial port after error compensation.

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GS-603

The six-axis MEMS inertial measurement unit consists of MEMS gyro chips, MEMS accelerometer chips, temperature sensors, digital signal processing circuits, and software. It is used for real-time measurement of the three-axis angular rates and three-axis linear accelerations of the carrier. The product adopts miniaturization and anti-vibration, shock-resistant structural design, and incorporates algorithms such as full-temperature compensation , installation misalignment angle compensation, and nonlinear compensation. This ensures that the product maintains excellent performance even in static, dynamic, and harsh environmental conditions including large impacts and high overloads. It outputs stable and reliable six degrees of freedom measurement data to users via a high-speed RS- 422 serial port after error compensation.

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GS-901

The nine-axis MEMS inertial measurement unit is composed of three-axis MEMS gyro chips, three-axis MEMS accelerometer chips, three-axis magnetometer chips, atmospheric pressure sensors, temperature sensors, digital signal processing circuits, structure, and software. It is used to measure the real-time three-axis angular velocity and linear acceleration of the carrier. The product utilizes a unique structural design, with software incorporating algorithms such as full-temperature compensation, installation misalignment angle compensation, and nonlinear compensation. This ensures excellent performance even in static, dynamic, and harsh environmental conditions, providing users with excellent and reliable measurement data.

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