Add to ORKGAn Electromagnetic Position Sensor (EPS) was successfully developed in the 1960s for the MIT 6-inch Magnetic Suspension and Balance System. An updated version remains in use today, based on analog electronics. This paper will review the hardware revisions made to successfully adapt the system for use in sensing 3 degrees-of-freedom motion of small spherical or near-spherical suspended models. Practical challenges related to electrical noise sensitivity and stray coupling paths will be discussed. Preliminary analysis of alternative demodulation approaches, including digital signal processing, will be reviewed
Thesis (M.Ing. (Electrical Engineering)--North-West University, Potchefstroom Campus, 2008.The McTro...
An experimental rig was designed and successfully built to perform static and dynamic calibrations o...
A new method to detect the mover position of a linear motor is proposed in this paper. This method e...
Although small scale magnetic suspension and balance systems (MSBSs) for wind tunnel use have been i...
This paper presents a high position electromagnetic sensor system (HPESS) that is applicable for mov...
The purpose of this project was to improve an existing system currently in use by NASA Langley Resea...
Considering the characteristics of wind tunnel tests, a position measurement system that can minimiz...
Support interference in wind tunnel testing is an unavoidable effect. It is difficult to measure the...
Magnetically-levitated drives are compelling in applications where long-lifetime operation or proces...
This paper presents recent work in magnetic suspension wind tunnel development in National Cheng Kun...
In this thesis report, two sensor systems for measuring the position of a levitated spindle are prop...
For a variety of applications, magnetic data is collected from airborne platforms. Normally, this da...
An optical measurement system (OMS) has been designed and tested for a large gap magnetic suspension...
The challenges of designing simple, reliable, and high sensitivity graviinertial sensors are investi...
This thesis presents the development and verification of a multi-degree of freedom (DOF), non-contac...
Thesis (M.Ing. (Electrical Engineering)--North-West University, Potchefstroom Campus, 2008.The McTro...
An experimental rig was designed and successfully built to perform static and dynamic calibrations o...
A new method to detect the mover position of a linear motor is proposed in this paper. This method e...
Although small scale magnetic suspension and balance systems (MSBSs) for wind tunnel use have been i...
This paper presents a high position electromagnetic sensor system (HPESS) that is applicable for mov...
The purpose of this project was to improve an existing system currently in use by NASA Langley Resea...
Considering the characteristics of wind tunnel tests, a position measurement system that can minimiz...
Support interference in wind tunnel testing is an unavoidable effect. It is difficult to measure the...
Magnetically-levitated drives are compelling in applications where long-lifetime operation or proces...
This paper presents recent work in magnetic suspension wind tunnel development in National Cheng Kun...
In this thesis report, two sensor systems for measuring the position of a levitated spindle are prop...
For a variety of applications, magnetic data is collected from airborne platforms. Normally, this da...
An optical measurement system (OMS) has been designed and tested for a large gap magnetic suspension...
The challenges of designing simple, reliable, and high sensitivity graviinertial sensors are investi...
This thesis presents the development and verification of a multi-degree of freedom (DOF), non-contac...
Thesis (M.Ing. (Electrical Engineering)--North-West University, Potchefstroom Campus, 2008.The McTro...
An experimental rig was designed and successfully built to perform static and dynamic calibrations o...
A new method to detect the mover position of a linear motor is proposed in this paper. This method e...