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... of precision test equipment , which can generate motion excitation such as angular position , angular rate and angular acceleration in three directions to realize the test of the measured parts such as gyro...
... of precision test equipment , which can generate motion excitation such as angular position , angular rate and angular acceleration in three directions to realize the test of the measured parts such as gyro...
... of precision test equipment , which can generate motion excitation such as angular position , angular rate and angular acceleration in three directions to realize the test of the measured parts such as gyro...
... of precision test equipment , which can generate motion excitation such as angular position , angular rate and angular acceleration in three directions to realize the test of the measured parts such as gyro...
... of precision test equipment , which can generate motion excitation such as angular position , angular rate and angular acceleration in three directions to realize the test of the measured parts such as gyro...
Analog Voltage Output Navigation Guidance System Lnertial Measurement Unit Features ☆ Analog voltage output, Economic products ☆vibration performance ☆Small size, light weight Application ☆ System for vehicle r...
ADIS16375BMLZL HVAC Temperature Sensors Inertial Measurement Units Hi Performance IMU FEATURES Triaxis digital gyroscope, ±300°/sec Tight orthogonal alignment: 0.05° Triaxis digital accelerometer: ±......
...inertial measurement device designed for precise navigation, control, and dynamic measurement of weapons. Its compact size, high overload resistance, and exceptional performance make it a go-to choice in the...
...inertial measurement device designed for precise navigation, control, and dynamic measurement of weapons. Its compact size, high overload resistance, and exceptional performance make it a go-to choice in the...
...-Dynamic MEMS Inertial Measurement Module is a reliable and cost-effective six-axis MEMS inertial navigation system, widely applicable in navigation, control, and measurement scenarios involving satellites, ...
Digital RS422 output Navigation Guidance System Lnertial Measurement Unit Features ☆ Digital RS422 output ☆ Whole temperature range compensation ☆ Nonlinear correction, Cross coupling correction ☆ impact resist...
INS100E integrated navigation system (hereinafter referred to as integrated navigation system) has built-in high-performance MEMS gyroscope and accelerometer, which can receive internal GNSS data, realize multi...
Product Description 6-axis MEMS Inertial Sensor M6-30 is a 6-axis Motion-Tracking MEMS device consisting of a triaxial gyroscope, a triaxial accelerometer, hermetic sealed in a robust 7x7x2.42mm3 (20-pin CLCC) ...
... acceleration in three directions to realize the test of the measured parts such as gyro , inertial measurement device and accelerometer. It can also realize the motion simulation of the three rotation direc...
... excitation such as angular position , angular rate and angular acceleration in three directions to realize the test of the measured parts such as gyro , inertial measurement device and accelerometer. The tu...
... extends its usage from aviation and aerospace inertial tests to static and dynamic acceleration measurements. Widely adopted in aerospace for inertial navigation and guidance, as well as in industrial measu...
KFOIMUH Inertial Navigation System Specification Product Description: KFOIMUH series inertial navigation system is a typical shelf product. With high-performance fiber optic gyro and accelerometer, KFOIMUH seri...
16488HA MEMS IMU provides six-axis inertial sensing with a three-axis gyroscope and three-axis accelerometer, offering 450/s angular rate and 20g acceleration measurement ranges. Its zero-bias instability i...
...acceleration measurements. It features 0.3°/h gyro zero-bias instability, 0.25 mg accelerometer bias, low random walk, and high scale factor linearity. Full temperature (-45~85 °C), misalignment, and nonline...
... random walk and excellent scale factor linearity. Full compensation for temperature (-45~85 °C), misalignment, and nonlinearities ensures accurate inertial data. SPI communication at 8–15 MHz, 1.5 W power,...