The report shows the development during the last six months of the SMILE fluxgate magnetometer from a basic platform into a first generation magnetometer. The purpose of the SMILE project is to develop a miniaturized digital fluxgate magnetometer for the Nanospace project. The Nanospace project is collaboration by KTH and IRF Uppsala with the goal to develop a nano satellite platform. The FPGA programming has been improved to include a functional correlation loop, 13 bit DACs and a parallel and a serial interface with several output modes. The timing of the processes in the FPGA has been improved making it more robust. Some critical changes to the analogue parts has also been made. The LEMI sensors have been tested in a number of ways to in...
ADCS magnetometers on board of satellites suffer from the disruptive magnetic field produced by the ...
The design of fluxgate magnetometers is typically a nonlinear multi-objective optimization problem. ...
The subject of this work is the design of an active and purely magnetic attitude control system whic...
SMILE (Small Magnetometer In Low-mass Experiment) is a digital fluxgate magnetometer designed with m...
Fluxgate magnetometers have played a major role in space missions due to their stability, range of...
Fluxgate magnetometers are widely used, as they exhibit high sensitivity, while operating at room te...
This thesis deals with development of a high sensitivity Three-Axis Magnetometer instrument suitable...
The magnetometer is one of the most important payloads of scientific satellites to monitor the near-...
Fluxgate magnetic sensors are especially important in detecting weak magnetic fields. The mechanism ...
The success of the Magnetospheric Multiscale mission depends on the accurate measurement of the magn...
The development of novel methods, scientific devices and means for measuring magnetic fields generat...
Traditional fluxgate sensors used in geomagnetic field observations are large, costly, power-consumi...
Scientific instruments for challenging and cost-optimized space missions have to reduce their resour...
This paper addresses the design and analysis results of a 2-axes magnetometer for attitude determina...
Space-based measurements of Earth's magnetic field are required to understand the plasma processes r...
ADCS magnetometers on board of satellites suffer from the disruptive magnetic field produced by the ...
The design of fluxgate magnetometers is typically a nonlinear multi-objective optimization problem. ...
The subject of this work is the design of an active and purely magnetic attitude control system whic...
SMILE (Small Magnetometer In Low-mass Experiment) is a digital fluxgate magnetometer designed with m...
Fluxgate magnetometers have played a major role in space missions due to their stability, range of...
Fluxgate magnetometers are widely used, as they exhibit high sensitivity, while operating at room te...
This thesis deals with development of a high sensitivity Three-Axis Magnetometer instrument suitable...
The magnetometer is one of the most important payloads of scientific satellites to monitor the near-...
Fluxgate magnetic sensors are especially important in detecting weak magnetic fields. The mechanism ...
The success of the Magnetospheric Multiscale mission depends on the accurate measurement of the magn...
The development of novel methods, scientific devices and means for measuring magnetic fields generat...
Traditional fluxgate sensors used in geomagnetic field observations are large, costly, power-consumi...
Scientific instruments for challenging and cost-optimized space missions have to reduce their resour...
This paper addresses the design and analysis results of a 2-axes magnetometer for attitude determina...
Space-based measurements of Earth's magnetic field are required to understand the plasma processes r...
ADCS magnetometers on board of satellites suffer from the disruptive magnetic field produced by the ...
The design of fluxgate magnetometers is typically a nonlinear multi-objective optimization problem. ...
The subject of this work is the design of an active and purely magnetic attitude control system whic...