STL Coil Systems
8Pages

STL Coil Systems Q 1D, 2D and 3D Coil Systems Helmholtz, Braunbek, Maxwell, Barker, Customized Q Earth Field Compensation Q Magnetic Fields up to 100 mT Q Gradient Measurement Supported Field Compensation Q Highest Homogeneity and Access Range Q High Order Far Field Decay and Self Compensation STL Systems AG CH-8274 Tägerwilen Switzerland

STL Coil Systems STL Coil Systems can be used for calibration of several types of magnetic field sensors as e.g. hall sensors, AMR, Fluxgates and SQUIDs. Coil Systems are comprising STL Coil Systems are built up in compact way with highest requirements in terms of homoge- neity, orthogonality and stability. Q Controller System with magnetic field or gradient sensor (option)) The coils access area can vary acc. to customer requirements and necessity of homogeneity. Q Helmholtz-/ Braunbek-/ Customized Coil System (HHC) Q User Interface Software with S noise compensation and S current settings...

STL Coil Systems In applications for precise magnetic field Since more than 20 years STL is manufacturing generation the coil systems often include traditional coil systems like Helmholtz, compensation of magnetic environmental field Braunbek, $Parker and Maxwell coils and more $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ changes and correction for magnetic gradients. sophisticated ones with highest homogeneity $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ Magnetic fields up to 100 mT can be applied and stability including the respective current $ $ $ $ $ $ $ $ $ with special coil layouts. $ $ $ $ $ $ $ $ sources. STL...

Braunbek, Barker and Maxwell Coils exhibit 4 coils per axis. With Braunbek Coils the * * * * $ $ $ $ product of the number of turns and the currents $ $ $ $ $ $ $ $ $ are identical for each coil. With Barker coils all coil diameters are the same. With Maxwell Coils $ $ $ $ $ $ $ $ $ $ the single coils are lying on the surface of a $ $ $ $ $ $ $ $ $ $ sphere.

Higher Order Coil Systems For this high homogeneity coil systems octogonal or circular shaped coils in Maxwell $ arrangement are advantageous to get a $compact$ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ system. $ $ $ $ $ $ Higher order homogeneity coil systems with 6, 8 or 10 coils per axis can be arranged $ $ $ $ $ $ $ $ $ $ $ according Braunbek, Barker or Maxwell rule in $ $ $ $ $ $ $ $ circular, square, hexagonal or octogonal shape. $ $ $ $ $ $ $ N*?'%).

Here the relative field * * * deviation from the field in the coil system center is $$ compiled to select the appropriate coil system + * according to the homogeneity requested. $ $ $ $ $ $ $ $ $ $ $ $ $ Novel Coil"Systems (CubeCoil,Low Signature Coil, $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ Hemisphere Coil) $STL $ CubeCoil$ $ $ $ $ $ $ $ $ $ With CubeCoil STL has set new standards for calibration, compensation and measurement coils by combiW $ ning high homogeneity and large W $ access to the coil center. This is achieved by suitable coil arrangeO $ $ $ $ ments integrated in the cube edges...

$ $ $ coil size, followed by the Braunbek Coil with 30% $ $ $ $ to 35%.$ The$ CubeCoil features 65% $to 80% $re- $ $ $ $ $ $ $ $ gardless of the homogeneity required. The $price $ $ $ $ W * $ $ $ $ $ $ $ $ $ $ for this dramatic improvement is the fact that Regarding traditional coils Helmholtz coils offer $ $$ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ CubeCoil are prefrebly applied$ in$ a field $range $$ the highest access range with 50% to 50% of the$ $ STL has designed novel coils which combine $ $ $ $ $ $ $ $ high homogeneity$ as well as fast far $field decay. $ $ $ $ $ $ Used as measurement...

STL Systems AG CH-8274 Tägerwilen Switzerland www.stl.systems Office Germany: STL Systems AG Max-Stromeyer-Str. 116 D-78467 Konstanz Germany Tel.: +49 7531 892 888 - 0