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in total 18 picecs
ML7300 Single-axis Gyroscope Angle Meter - Navigation and Tracking
Specifically used for navigation of robotic vehicles, AVG vehicles, attitude control of drones, etc., replacing the disadvantages of traditional magnetic guiding strips used in robotic vehicles, eliminating the need to set up numerous magnetic strips on site, and achieving the essential navigation for automatic path following.
Key words:
隐藏域元素占位
ML7300 Single-axis Gyroscope Angle Meter - Navigation and Tracking
Specifically used for navigation of robotic vehicles, AVG vehicles, attitude control of drones, etc., replacing the disadvantages of traditional magnetic guiding strips used in robotic vehicles, eliminating the need to set up numerous magnetic strips on site, and achieving the essential navigation for automatic path following.
ML7700-IMU 12-axis (angle accelerometer angular velocity magnetic field)
The inertial attitude sensor developed by Msensor Sensing's MEMS inertial measurement platform integrates X, Y, and Z-axis accelerometers, magnetic sensors, and angular rate inertial units, mainly used to measure the deflection angle, acceleration, angular velocity, and magnetic field strength of moving objects.
Key words:
隐藏域元素占位
ML7700-IMU 12-axis (angle accelerometer angular velocity magnetic field)
The inertial attitude sensor developed by Msensor Sensing's MEMS inertial measurement platform integrates X, Y, and Z-axis accelerometers, magnetic sensors, and angular rate inertial units, mainly used to measure the deflection angle, acceleration, angular velocity, and magnetic field strength of moving objects.
ML7600-IMU nine-axis (gyroscope, accelerometer, angular velocity)
This is a nine-axis IMU attitude sensor (angle, acceleration, angular velocity) launched by Msensor Sensor Technology, mainly used to measure the deflection angle, acceleration, and angular velocity of moving objects. The product is equipped with a high-performance digital signal processing chip, uses adaptive filtering technology, and for the first time in the country, employs resonance elimination technology, solving the zero drift and random walk of angular velocity caused by noise or vibration interference sources in ordinary gyroscopes. It introduces advanced temperature compensation technology from abroad to filter out temperature drift issues.
Key words:
隐藏域元素占位
ML7600-IMU nine-axis (gyroscope, accelerometer, angular velocity)
This is a nine-axis IMU attitude sensor (angle, acceleration, angular velocity) launched by Msensor Sensor Technology, mainly used to measure the deflection angle, acceleration, and angular velocity of moving objects. The product is equipped with a high-performance digital signal processing chip, uses adaptive filtering technology, and for the first time in the country, employs resonance elimination technology, solving the zero drift and random walk of angular velocity caused by noise or vibration interference sources in ordinary gyroscopes. It introduces advanced temperature compensation technology from abroad to filter out temperature drift issues.
AgileLightNS100 Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-NS100 fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. Its low zero bias stability and angle random walk, along with vibration resistance, make it suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
Key words:
AgileLightNS100光纤陀螺仪
高精度光纤陀螺仪
三轴光纤陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
AgileLightNS100 Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-NS100 fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. Its low zero bias stability and angle random walk, along with vibration resistance, make it suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLight300B Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, shock resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300B fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With extremely low zero bias stability and angle random walk, as well as vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
Key words:
AgileLight300B光纤陀螺仪
三轴光纤陀螺仪
高精度光纤陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
AgileLight300B Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, shock resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300B fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With extremely low zero bias stability and angle random walk, as well as vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLight300A Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300A fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With low zero bias stability and angle random walk, as well as strong vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
Key words:
AgileLight300A光纤陀螺仪
三轴光纤陀螺仪
高精度光纤陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
AgileLight300A Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300A fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With low zero bias stability and angle random walk, as well as strong vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
ZB-ML7000 Nine-axis IMU Inertial Navigation Attitude Sensor - Wireless Transmission
Based on IoT technology, Bluetooth, and Zigbee (optional) wireless transmission technology, all internal circuits are optimized for design, ensuring long-term stability and minimal zero drift. It can automatically enter a low-power sleep mode, thus freeing itself from dependence on the usage environment. The wireless transmission distance for industrial-grade devices is: Bluetooth < 50 meters, Zigbee < 1600 meters. This product is mainly used to measure the deflection angle of moving objects, as well as in vibration testing, impact testing, and other fields. It is not affected by magnetic field interference, allowing for normal measurement of yaw angles in magnetic field areas.
Key words:
双轴陀螺仪
单轴陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
ZB-ML7000 Nine-axis IMU Inertial Navigation Attitude Sensor - Wireless Transmission
Based on IoT technology, Bluetooth, and Zigbee (optional) wireless transmission technology, all internal circuits are optimized for design, ensuring long-term stability and minimal zero drift. It can automatically enter a low-power sleep mode, thus freeing itself from dependence on the usage environment. The wireless transmission distance for industrial-grade devices is: Bluetooth < 50 meters, Zigbee < 1600 meters. This product is mainly used to measure the deflection angle of moving objects, as well as in vibration testing, impact testing, and other fields. It is not affected by magnetic field interference, allowing for normal measurement of yaw angles in magnetic field areas.
ZB-ML726 Three-axis Gyroscope - Wireless Transmission
Three-axis digital output gyroscope (angular rate inertial device), mainly used for measuring the angular velocity of moving objects. The product is equipped with a high-performance digital signal processing chip, employs adaptive filtering technology, and for the first time in the country, uses resonance elimination technology to address zero drift and random walk of angular velocity caused by noise or vibration interference. It introduces foreign temperature compensation technology to solve temperature drift issues, capable of measuring the fastest rotation speed of 1200°/S, and utilizes MEMS manufacturing technology, featuring waterproof, shockproof, electromagnetic interference resistance, and low power consumption.
Key words:
双轴陀螺仪
单轴陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
ZB-ML726 Three-axis Gyroscope - Wireless Transmission
Three-axis digital output gyroscope (angular rate inertial device), mainly used for measuring the angular velocity of moving objects. The product is equipped with a high-performance digital signal processing chip, employs adaptive filtering technology, and for the first time in the country, uses resonance elimination technology to address zero drift and random walk of angular velocity caused by noise or vibration interference. It introduces foreign temperature compensation technology to solve temperature drift issues, capable of measuring the fastest rotation speed of 1200°/S, and utilizes MEMS manufacturing technology, featuring waterproof, shockproof, electromagnetic interference resistance, and low power consumption.
ML725 Three-axis Gyroscope - CAN
It is an industrial-grade product, a three-axis digital output gyroscope (angular rate inertial device), mainly used for measuring the angular velocity of moving objects. It can measure the fastest rotation speed of 1200°/S, uses MEMS manufacturing technology, and has characteristics such as waterproof, shockproof, electromagnetic interference resistance, and low power consumption. It is suitable for various harsh environments and is applied in fields such as motion posture control, automatic cargo handling vehicles, robot balancing, high-speed train sway damping, guidance, and navigation in both military and civilian areas. The product is equipped with a high-performance digital signal processing chip, employs adaptive filtering technology and resonance elimination technology, solving the zero drift and random walk of angular velocity caused by noise or vibration interference sources that ordinary gyroscopes experience. It has independently developed temperature compensation technology to address temperature drift issues, ensuring consistency and stability.
Key words:
ML726三轴陀螺仪-数字型
双轴陀螺仪
单轴陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
ML725 Three-axis Gyroscope - CAN
It is an industrial-grade product, a three-axis digital output gyroscope (angular rate inertial device), mainly used for measuring the angular velocity of moving objects. It can measure the fastest rotation speed of 1200°/S, uses MEMS manufacturing technology, and has characteristics such as waterproof, shockproof, electromagnetic interference resistance, and low power consumption. It is suitable for various harsh environments and is applied in fields such as motion posture control, automatic cargo handling vehicles, robot balancing, high-speed train sway damping, guidance, and navigation in both military and civilian areas. The product is equipped with a high-performance digital signal processing chip, employs adaptive filtering technology and resonance elimination technology, solving the zero drift and random walk of angular velocity caused by noise or vibration interference sources that ordinary gyroscopes experience. It has independently developed temperature compensation technology to address temperature drift issues, ensuring consistency and stability.
ML7500-Modbus output type six-axis (gyroscope angle meter accelerometer)
This is a six-axis gyroscope angle meter and accelerometer launched by Msensor Sensor Technology, mainly used to measure the deflection angle and acceleration of moving objects. The product is equipped with a high-performance digital signal processing chip, adopts adaptive filtering technology, and for the first time in the country, uses resonance elimination technology to solve the zero drift and random walk of angular velocity caused by noise or vibration interference sources in ordinary gyroscopes. It also introduces advanced temperature compensation technology from abroad to filter out temperature drift issues.
Key words:
隐藏域元素占位
ML7500-Modbus output type six-axis (gyroscope angle meter accelerometer)
This is a six-axis gyroscope angle meter and accelerometer launched by Msensor Sensor Technology, mainly used to measure the deflection angle and acceleration of moving objects. The product is equipped with a high-performance digital signal processing chip, adopts adaptive filtering technology, and for the first time in the country, uses resonance elimination technology to solve the zero drift and random walk of angular velocity caused by noise or vibration interference sources in ordinary gyroscopes. It also introduces advanced temperature compensation technology from abroad to filter out temperature drift issues.
ML728 three-axis gyroscope - current type
It is an industrial-grade product, a three-axis analog output gyroscope (angular rate inertial device), mainly used for measuring the angular velocity of moving objects. It can measure the fastest rotation speed of 1200°/S, uses MEMS manufacturing technology, and has characteristics such as waterproof, shockproof, electromagnetic interference resistance, and low power consumption. It is suitable for various harsh environments and is applied in motion attitude control, automatic cargo handling vehicles, robot balancing, high-speed train sway damping, guidance, and navigation in both military and civilian fields. The product is equipped with a high-performance digital signal processing chip, employs adaptive filtering technology and resonance elimination technology, solving the zero drift and angular velocity random walk caused by noise or vibration interference sources that ordinary gyroscopes experience, and uses temperature compensation technology to address temperature drift issues, ensuring consistency and stability.
Key words:
ML728三轴陀螺仪-电流型
双轴陀螺仪
单轴陀螺仪
无锡迈科传感科技有限公司
隐藏域元素占位
ML728 three-axis gyroscope - current type
It is an industrial-grade product, a three-axis analog output gyroscope (angular rate inertial device), mainly used for measuring the angular velocity of moving objects. It can measure the fastest rotation speed of 1200°/S, uses MEMS manufacturing technology, and has characteristics such as waterproof, shockproof, electromagnetic interference resistance, and low power consumption. It is suitable for various harsh environments and is applied in motion attitude control, automatic cargo handling vehicles, robot balancing, high-speed train sway damping, guidance, and navigation in both military and civilian fields. The product is equipped with a high-performance digital signal processing chip, employs adaptive filtering technology and resonance elimination technology, solving the zero drift and angular velocity random walk caused by noise or vibration interference sources that ordinary gyroscopes experience, and uses temperature compensation technology to address temperature drift issues, ensuring consistency and stability.
ML7100 three-axis gyroscope angle meter - digital type
Mainly used to measure the deflection angle of moving objects; it can measure the fastest rotation speed of 300°/S. Based on the principle of gyroscopes, it uses the angular velocity signal output in real-time from the gyroscope, and through a high-speed microprocessor, integrates the angular velocity to calculate the axial deflection angle, capable of measuring three axes (X, Y, Z) simultaneously. It adopts MEMS manufacturing technology, is an industrial-grade product, and features waterproof, shockproof, electromagnetic interference resistance, and low power consumption. It is mainly used to measure the deflection angle of moving objects, and this product is not affected by magnetic field interference, allowing for normal measurement of yaw angle in magnetic field areas. It only requires setting the desired zero offset angle, which can replace the function of an electronic compass without being affected by the magnetic field.
Key words:
ML7100三轴陀螺转角仪-数字型
高精度陀螺仪
角度传感器
无锡迈科传感科技有限公司
隐藏域元素占位
ML7100 three-axis gyroscope angle meter - digital type
Mainly used to measure the deflection angle of moving objects; it can measure the fastest rotation speed of 300°/S. Based on the principle of gyroscopes, it uses the angular velocity signal output in real-time from the gyroscope, and through a high-speed microprocessor, integrates the angular velocity to calculate the axial deflection angle, capable of measuring three axes (X, Y, Z) simultaneously. It adopts MEMS manufacturing technology, is an industrial-grade product, and features waterproof, shockproof, electromagnetic interference resistance, and low power consumption. It is mainly used to measure the deflection angle of moving objects, and this product is not affected by magnetic field interference, allowing for normal measurement of yaw angle in magnetic field areas. It only requires setting the desired zero offset angle, which can replace the function of an electronic compass without being affected by the magnetic field.
Inclination monitoring
X, Y axis, industrial design, small size, low power consumption
Compass heading
X, Y, Z three axis, attitude calculation measurement algorithm
Imu inertial sensor
Three-axis angle, angular velocity, acceleration, magnetic field measurement
Attitude heading reference system
Meet the static, dynamic, high and low temperature of a variety of complex environmental use
Engineering case
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