“With tactical grade gyro performance available in ADI’s newest i Sensor motion sensor products, complex stabilization and GPS-aided dead-reckoning is more easily enabled,” said Bob Scannell, i Sensor ...
The ADIS16135 iSensor precision angular-rate gyroscope and ADIS16385 6°-of-freedom iSensor IMU (inertial-measurement unit) integrate MEMS cores, allowing easier implementation of stabilization, ...
The rotating-mass gyroscope, which lies at the heart of inertial measurement units (IMUs), has served very successfully from the 1930s to the 1970s, guiding astronauts, spacecraft, missiles, and more.
The ADXRS453 achieves 0.01°/sec/g sensitivity during linear acceleration, 16°/hour null offset stability and power consumption of only 6 mA under typical conditions. It operates at 3.3 to 5V and has ...
Those tiny gyroscopes—along with accelerometers, they’re the foundation of inertial guidance—keep getting better. The mechanical spinning-wheel and laser-based optical gyro have been supplanted in ...
Engineers Susan Feindt, John Geen and Peter Hurrell are named ADI Fellows for their leadership and innovation in the fields of data conversion, semiconductor manufacturing and motion sensing. NORWOOD, ...
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