2021年6月2日 · The proposed complementary frequency electromagnetic gyroscope is based on the Sagnac effect 24–26 of bidirectional electromagnetic pulse signals in the ring. We propose …

2023年7月12日 · Exploring the Fundamentals: What is an Electromagnetic Gyroscope? An electromagnetic gyroscope is a device that measures angular velocity using the principles of …

Magnetically suspended gyroscope is an inertial orientation sensor which can be used both as an accelerometer and as an angle sensor. Unlike a conventional mechanical gyroscope, the rotor …

1998年3月15日 · We propose here a method to obtain high output charac- teristics for a planar vibratory gyroscope using electromag- netic force. The gyroscope equations are derived, and …

The electromagnetic gyroscope of the present invention is a device for measuring an inertial angular rate based on the inertial properties of an electromagnetic...

2005年5月31日 · In this paper, we present an MEMS gyroscope with double gimbal structure. The device has inner- and outer-gimbals with independent coils (inner- and outer-coils), and the …

2020年8月31日 · The design, analysis, and simulation of a new Micro-electromechanical System (MEMS) gyroscope based on differential tunneling magnetoresistance sensing are presented …

In this paper, a new silicon resonant gyroscope (angular rate sensor) is presented. Its concept is based on the tuning fork principle: two proof masses suspended by four beams are vibrating …

This paper presents the design, fabrication and tests of an electro-magnetic vibrating ring gyroscope based on a control system and SOI-MEMS technology. The control system, …

A novel rate integrating vibratory gyroscope with Foucault pendulum structure is introduced. It uses magnetic suspension technology to suspend pendulum (resonator) to eliminate friction at …