Noise sources in miniature fluxgate sensors. Part II: the case of sensors with Fe_77.5Si_7.5B₁₅ amorphous wire cores

References

• Binash , G , Grünberg , P , Saurenbach , F and Zinn , W . 1989 . “Enhanced magnetoresistance in layered magnetic structures with antiferromagnetic interlayer exchange” . Phys. Rev. B , 39 : pp. 4828–4830
   Google Scholar
• Brauer , P , Merayo , JMG , Nielsen , OV , Primdahl , F and Petersen , JR . 1997 . “Transverse field in fluxgate sensors” . Sensors and Actuators , A59 : pp. 70–74
   Google Scholar
• Chen , DX , Pascual , L , Castano , FJ , Vazquez , M and Hernando , A . 2001 . “Revised core-shell domain model for magnetostrictive amorphous wires” . IEEE Trans. Magn. , 37 : pp. 994–1002
   Google Scholar
• Chiesi , L , Kejik , P , Janossy , B and Popovic , RS . 2000 . “CMOS planar 2D micro-fluxgate sensor” . Sensors and Actuators , A82 : pp. 174–180
   Google Scholar
• Chyriac , H , Ovari , TA , Pop , Gh. and Barariu , F . 1997 . “Effects of glass removal on the magnetic behavior of FeSiB glass-covered wires” . IEEE Trans. Magn. , 33 : pp. 782–787
   Google Scholar
• Chyriac H “Field sensor based on the large Matteucci effect in FeSiB amorphous glass-covered wires” Studies in Applied Electromagnetics and Mechanics 13 Non Linear Electromagnetic System Advanced Techniques and Mathematical Methods Amsterdam The Netherlands IOS Press 1998 pp. 301–304
   Google Scholar
• Chyriac , H , Hristoforou , E , Neagu , M , Darie , I and Barariu , F . 1999a . “DC Magnetic field measurements based on the inverse Wiedeman effect in Fe-rich glass covered amorphous wires” . IEEE Trans. Magn. , 35 : pp. 3625–3627
   Google Scholar
• Chyriac , H , Hristoforou , E , Neagu , M , Barariu , F and Ovari , TA . 1999b . “Torsion measurements using inverse Wiedeman effect in glass covered amorphous wires” . J. Appl. Phys. , 85 : pp. 729–5731
   Google Scholar
• Chyriac , H , Yamasaki , J , Ovari , TA and Takajo , M . 1999c . “Magnetic domain structure in amorphous glass-covered wires with positive magnetostriction” . IEEE Trans. Magn. , 35 : pp. 3901–3903
   Google Scholar
• Chyriac , H , Hristoforou , E , Neagu , Maria , Barariu , Firuta and Darie , I . 2000a . “Inverse Wiedeman effect in glass covered amorphous wires” . Sensors and Actuators , A81 : pp. 147–149
   Google Scholar
• Chyriac , H , Hristoforou , E , Neagu , Maria , Darie , I and Hison , Cornelia . 2000b . “Torsion and magnetic field measurements using inverse Wiedeman effect in glass covered amorphous wires” . Sensors and Actuators , A85 : pp. 217–220
   Google Scholar
• Chyriac , H , Hristoforou , E , Neagu , M and Darie , I . 2001 . “On the domain wall propagation in glass-covered amorphous wires” . Materials Science and Engineering A , 304–306 : pp. 1001–1013
   Google Scholar
• Daughton , JM , Brown , J , Chen , E , Beech , R , Pohm , A and Kude , W . 1994 . “Magnetic field sensors using GMR multiplayer” . IEEE Trans Magn. , 30 : pp. 4608–4610
   Google Scholar
• Dimitropoulos , PD and Avaritsiotis , JN . 2001 . “A micro-fluxgate sensor based on the Matteucci effect of amorphous magnetic fibers” . Sensors and Actuators , A94 : pp. 165–176
   Google Scholar
• Dimitropoulos , PD . 2005 . “Noise sources in miniature fluxgate sensors, Part I: Theoretical treatment” . International Journal of Electronics , 92 : pp. 499–524
   Google Scholar
• Dimitropoulos , PD , Avaritsiotis , JN and Hristoforou , E . 2001 . “Boosting the performance of miniature fluxgates with novel signal extraction techniques” . Sensors and Actuators , A90 : pp. 56–72
   Google Scholar
• Duret , DN , Bonzom , J , Brochier , M , Frances , M , Leger , JM , Odru , R , Salvi , C , Thomas , T and Perret , A . 1995 . “Overhauser magnetometer for the Danish Oersted satellite” . IEEE Trans. Magn. , 31 : pp. 3197–3199
   Google Scholar
• Faley , MI , Poppe , U , Urban , K , Zimmermann , E , Glaas , W , Halling , H , Bick , M , Krause , HJ , Paulson , DN , Starr , T and Fagaly , RL . 1999 . “Operation of HTS dc-SQUID sensors in high magnetic fields” . IEEE Trans. Applied Superconductivity , 9 : pp. 3368–3391
   Google Scholar
• Gottfried-Gottfried , R , Budde , W , Jähne , R , Kück , H , Sauer , B , Ulbrich , S and Wende , U . 1996 . “A miniturized magnetic-field sensor system consisting of a planar fluxgate sensor and a CMOS readout circuity” . Sensors and Actuators , A54 : pp. 443–447
   Google Scholar
• Josephson , BD . 1962 . “Possible new effect in superconducting tunneling” . Phys. Lett. , 1 : pp. 251–253
   Google Scholar
• Kawahito , S , Maier , C , Schneiher , M , Zimmermann , M and Baltes , H . 1999 . “A 2-D CMOS micro-fluxgate sensor system for digital detection of weak magnetic fields” . IEEE J. Solid-state Circuits , 34 : pp. 1843–1851
   Google Scholar
• Kejik , P , Chiesi , Laurent , Rade , Balazs Janossy and Popovic , S . 2000 . “A new compact 2D planar fluxgate sensor with amorphous metal core” . Sensors and Actuators , A81 : pp. 180–183
   Google Scholar
• Mapps , DJ . 1999 . “Magnetoresistive sensors” . Sensors and Actuators , A59 : pp. 9–19
   Google Scholar
• McCord , J , Hubert , A , Schropfer , G and Loreit , U . 1996 . “Domain observation on magnetoresistive sensor elements” . IEEE Trans. Magn. , 32 : pp. 4806–4808
   Google Scholar
• McGregor , DD . 1987 . “High sensitivity Helium resonance magnetometers” . Rev. Sci. Intrum. , 58 : pp. 1067–1076
   Google Scholar
• Mohri , K , Humphrey , F , Yamasaki , J and Kinoshita , F . 1985 . “Large Barkhausen effect and Matteucci effect in amorphous magnetostrictive wires for pulse generator elements” . IEEE Trans. Magn. , 21 : pp. 2017–2019
   Google Scholar
• Nielsen , OV , Brauer , P , Primdahl , F , Risbo , T , Jørgensen , JL , Boe , C , Deyerler , M and Bauereisen , S . 1997 . “A high precision triaxial fluxgate sensor for space applications, Layout and choice of Materials” . Sensors and Actuators , A59 : pp. 168–176
   Google Scholar
• Pant BB “Magnetic sensor cross-axis effect” Honeywell Application Note AN-205 1998
   Google Scholar
• Ripka , P and Billingsley , SW . 2000 . “Crossfield effect at fluxgate” . Sensors and Actuators , A81 : pp. 176–179
   Google Scholar
• Ripka , P . 1993 . “Race-track fluxgate sensors” . Sensors and Actuators , A38 : pp. 417–421
   Google Scholar
• Ripka , P , Jires , F and Machcek , M . 1990 . “Fluxgate sensor with increased homogeneity” . IEEE Trans. Magn. , 26 : pp. 2038–2041
   Web of Science ®Google Scholar
• Ripka P Magnetic Sensors and Magnetometers Chapter 1 – Basics Amsterdam Arctech House Publishers 2000 ISBN 1-58053-057-5
   Google Scholar
• “Set/Reset pulse circuits for magnetic sensors” Honeywell Application Note AN-201 1998
   Google Scholar
• Tsang , C , Fontanna , RE , Tsann , L , Heim , DE , Speriosu , VS , Gurney , BA and Williams , ML . 1994 . “Design, fabrication and testing of spin-valve read-heads for high density recording” . IEEE Trans. Magn. , 30 : pp. 3801–3806
   Google Scholar
• Vazquez , M and Chen , DX . 1995 . “The magnetization reversal process in amorphous wires” . IEEE Trans. Magn. , 31 : pp. 1229–1238
   Google Scholar
• Vazquez , M , Gomez-Polo , C and Chen , DX . 1992 . “Switching mechanism and domain structure of bistable amorphous wires” . IEEE Trans. Magn. , 28 : pp. 3147–3149
   Google Scholar
• Vazquez , M , Gomez-Polo , C , Chen , DX and Hernando , A . 1994 . “Magnetic bistability of amorphous wires and sensor applications” . IEEE Trans. Magn. , 30 : pp. 907–912
   Google Scholar