0 2 bias inertial measurement unit

...Inertial Measurement Unit Power Supply:10~30V Introduction BW-IMU830 is a small-sized high-precision three-axis fiber optic gyroscope inertial measurement unit developed and produced by Bewis. It uses a highly reliable MEMS accelerometer and a three-axis fiber optic gyroscope. Performance index Fiber optic gyroscope Bias stability(10s,1σ)(°/h) ≤0.1°/h Bias repeatability (1σ)(°/h) ≤0.1°/h Bias

Inertial Measurement Unit ADIS16488 Small Size And High Overload Resistance IMU IMU16488B is a domestic inertial measurement unit with high performance, small size and high overload resistance. The gyro bias stability is 1.2 °/H (Allan) and the accelerometer bias stability is 50 µg (Allan). This series of products adopt high-precision MEMS inertial devices, which have high reliability and high robustness, and can accurately measure...

...Inertial measurement Unit KSIMU16495 is a domestic inertial measurement equipment with high performance, small size and high overload resistance. Gyroscope zero bias stability 0.5°/h (Allan), accelerometer zero bias stability 10µg (Allan). It can be used for precise navigation, control and dynamic measurement of weapons. This series of products adopts high-precision MEMS inertial...

...Inertial Measurement Units Hi Performance IMU FEATURES Triaxis digital gyroscope, ±300°/sec Tight orthogonal alignment: 0.05° Triaxis digital accelerometer: ±18 g Delta-angle/velocity calculations Wide sensor bandwidth: 330 Hz High sample rate: 2.460 kSPS Autonomous operation and data collection No external configuration commands required Startup time: 500 ms Factory calibrated sensitivity, bias...

...Inertial-grade Q-Flex Accelerometer ER-01A Application ER-I/A can be used in the vector’s microgravity measurement system, high-precision inertial navigation system and high-precision static angle measurement system. No. Parameter Performance Indicators Unit 03 02 01 1 Bias ≤1 ≤3 ≤3 mg 2 Scale Factor 1.1~1.5 1.1~1.5 1.1~1.5 mA/g 3 Second-order Nonlinearity ≤10 ≤10 ≤15 μg/g 2 4 Bias...

... on the principle of Sagnac effect, which is used to measure the angular rate movement of the carrier around the sensitive axis of this sensor. This unit takes the fiber optic coil as the angular rate sensitive unit and the closed-loop detection circuit as