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The computationally efficient method presented requires four discrete time-step FEA solutions at a single temperature accounting for open-circuit, rated current in the quadrature axis, rated current in the direct axis and reduced current in the direct axis.
And the proposed algorithm is experimented using a two-axis rate table and a low grade MEMS IMU.
An analysis is presented for a single-axis rate gyro mounted on a space vehicle undergoing sinusoidal motion and steady rotation about its spin and output axes.
An analysis of stability and chaotic dynamics is presented by a single-axis rate gyro subjected to linear feedback control loops.
Ring structures have potential applications as multi-axis rate sensors and hence the effects of angular velocity on the vibration properties are practically important.
This paper reports a new dual mass vibratory MEMS z-axis rate gyroscope architecture that prioritizes the sense-mode quality factor and provides improved ordering of the mechanical vibrational modes.
A recently proposed concept for a ring-based multi-axis rate sensor requires that two in-plane modes of vibration and two out-of-plane modes of vibration of a ring each have identical natural frequencies.
An analysis is presented in this paper for a two-axis rate gyro subjected to linear feedback control mounted on a space vehicle, which is spinning with uncertain angular velocity ωz(t) about its spin of the gyro.
The analysis of a single-axis rate gyro subjected to feedback control mounted on a space vehicle that is spinning with uncertain angular velocity ωZabout its spin of the gyro is presented.
Coriolis coupling between in-plane and out-of-plane displacements of a ring due to angular velocity applied about axes in the plane of the ring, and about the polar axis of the ring, allow it to be used as a multi-axis rate sensor.
Notes: x-axis unemployment rate, y-axis a Eurostat vacancy series and b labour shortages.
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