European Journal of Applied Engineering and Scientific Research
Abstract
Author(s): V. Vineela, B. Rama Rao, T. Madhur Nath, K. Srinivasa Rao
Tracking the position of an object is an important engineering problem that finds many application areas including
military, industrial, medical, and consumer applications. This problem is effectively solved with gyroscopes, and
these sensors find the orientation and angular velocity Knowing linear acceleration and angular velocity in three
dimensions is enough to track the motion of the system with the help of additional mathematical operations. solved
with gyroscopes, and these sensors find the orientation and angular velocity Knowing linear acceleration and
angular velocity in three dimensions is enough to track the motion of the system with the help of additional
mathematical operations. MEMS piezoelectric gyroscope is an inertial sensing integrated circuit that measures the
angle and rate of rotation in an object or system. Programmable for targeted applications, this technology relies on
three dimensional axes of sensing, which are X (pitch), Y (roll), and Z (yaw). In this paper, we have reported the
design and simulation of MEMS piezoelectric gyroscope by COMSOL Multiphysics.
