We found a match
Your institution may have access to this item. Find your institution then sign in to continue.
- Title
DYNAMIC CHARACTERISTICS OF MECHANICAL VIBRATION GYROSCOPES AS SENSORS OF NAVIGATION SYSTEMS.
- Authors
Zbrutsky, O. V.; Havrylenko, V. V.; Stetsenko, T. V.
- Abstract
Mathematical models of vibration gyroscopes of different types at the constant and harmonically changing angular velocity of the base were generalized. Conditions under which the vibration gyroscope becomes a turn of base indicator in the inertial space were researched. Characteristics of a gyroscope as a sensor of angular velocity were investigated. Gain and phase frequency characteristics of an angular velocity sensor at the harmonic angular velocity of translation were obtained. Expressions for the dynamic error of the system were obtained. The equivalent mathematical model of the vibration gyroscope as a structural unit of the control or navigation system was proposed.
- Subjects
GYROSCOPES; ROTATIONAL motion (Rigid dynamics); ARTIFICIAL horizons (Aeronautical instruments); VIBRATION (Aeronautics); AERONAUTICAL navigation equipment; DETECTORS
- Publication
Naukovi visti NTUU - KPI, 2006, Vol 2006, Issue 6, p90
- ISSN
1810-0546
- Publication type
Article