The KT-EX1-5 single-axis micro gyroscope consists of a domestically produced MEMS gyroscope chip and its drive pickup circuit, temperature sensor, digital signal processing circuit, structure and software, and is mainly used to measure the angular velocity of the carrier in real time. The product adopts its own structural design and packaging method, and the software has built-in compensation algorithms such as full temperature compensation, installation misalignment angle compensation, and nonlinear compensation to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, and output reliable angular velocity measurement data after error compensation to users through the SPI interface.

The KT-EX2-1 dual-axis micro gyroscope consists of a domestically produced MEMS gyroscope chip and its drive pickup circuit, temperature sensor, digital signal processing circuit, structure and software, etc., and is used to measure the angular velocity of the two horizontal axes of the carrier in real time. The product adopts its own structural design and packaging method, and the software has built-in compensation algorithms such as full temperature compensation, installation misalignment angle compensation, and nonlinear compensation to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, and output reliable two horizontal axis angular velocity measurement data after error compensation to users through the RS-422 interface.

The KT-EX3-1 three-axis micro gyroscope group is composed of domestic MEMS gyroscope chips and their drive pickup circuits, temperature sensors, digital signal processing circuits, structures and software, etc., which are used to measure the three axial angular rates of the carrier in real time. The product adopts its own structural design and packaging method, and the software has built-in compensation algorithms such as full temperature compensation, installation misalignment angle compensation, and nonlinear compensation to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, and output reliable three-axis angular rate measurement data after error compensation to users through the RS-422 serial port.

The KT-EX3-3B three-axis micro gyroscope group is composed of domestic MEMS gyroscope chips and their drive pickup circuits, temperature sensors, digital signal processing circuits, structures and software, etc., which are used to measure the three axial angular rates of the carrier in real time. The product adopts its own structural design and packaging method, and the software has built-in compensation algorithms such as full temperature compensation, installation misalignment angle compensation, and nonlinear compensation to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, and output reliable three-axis angular rate measurement data after error compensation to users through the RS-422 serial port.

The KT-EX3-2 three-axis micro gyroscope group is composed of domestic MEMS gyroscope chips and their drive pickup circuits, temperature sensors, digital signal processing circuits, structures and software, etc., which are used to measure the three axial angular rates of the carrier in real time. The product adopts its own structural design and packaging method, and the software has built-in compensation algorithms such as full temperature compensation, installation misalignment angle compensation, and nonlinear compensation to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, and output reliable three-axis angular rate measurement data after error compensation to users through the RS-422 serial port.

The KT-EX3-6 three-axis micro-gyroscope combination consists of a cost-effective MEMS gyroscope chip and its drive pickup circuit, temperature sensor, digital signal processing circuit, structure and software, etc., which is used to measure the angular velocity of the three axes of the carrier in real time. The product adopts its own miniaturized structural design and packaging method. The software has built-in compensation algorithms such as full temperature compensation, installation misalignment angle compensation, and nonlinear compensation to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, and output reliable three-axis angular velocity measurement data after error compensation to users through the RS-422 serial port.

KT-EX9-1 is an inertial measurement unit (IMU) based on micro-electromechanical technology (MEMS). The system consists of a built-in three-axis MEMS gyroscope, a three-axis MEMS accelerometer, a three-axis magnetometer and an atmospheric pressure sensor, as well as its drive pickup circuit, temperature sensor, digital signal processing circuit, structure and software. The product adopts its own structural design, and the software has built-in full temperature compensation, installation misalignment angle compensation, nonlinear compensation and other algorithms to ensure that the product can maintain stable performance under static and dynamic conditions and harsh environmental conditions, providing users with reliable measurement data.