This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance change due to an external magnetic field, usually in the range from 10(4) A m(-1) to 10(5) A m(-1). The research for the development of thick-film magnetoresistors (TF-MRs) is briefly summarized from Ni-based air-fireable pastes to NixCoy-based films fireable in N-2 atmosphere. The different materials are compared, regarding their magnetoresistive performances (mainly in terms of magnetoresistive anisotropy and temperature sensitivity). Some applications are described, covering the area of position sensing (displacement, proximity switch, angle) and the measurement of dynamic quantities (angular rotation) either for digital or analogue contro...
The research and development in the field of magnetoresistive sensors has played an important role i...
New high-sensitivity solid-state magnetoresistive (MR) sensor technologies offer significant advanta...
42 p.Applications of magnetic sensors are found in almost all areas of human activity. These areas i...
This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance ...
This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance ...
This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance ...
Research of the development of thick film magnetoresistive sensors is only just ininiated; Ni-based ...
Research of the development of thick film magnetoresistive sensors is only just ininiated; Ni-based ...
This paper describes a first prototype of a thick-film sensor using Ni-based pastes, whose resistanc...
This paper describes a first prototype of a thick-film sensor using Ni-based pastes, whose resistanc...
NixCoy-based thick-film magnetoresistors (TF-MRs) have been prepared with two different approaches: ...
NixCoy-based thick-film magnetoresistors (TF-MRs) have been prepared with two different approaches: ...
A new thick film material has been developed starting from Ni and Co powders in the ratio Ni:Co=3:1....
Investigations have been carried out on the electrical properties of nickel-based films prepared fro...
Investigations have been carried out on the electrical properties of nickel-based films prepared fro...
The research and development in the field of magnetoresistive sensors has played an important role i...
New high-sensitivity solid-state magnetoresistive (MR) sensor technologies offer significant advanta...
42 p.Applications of magnetic sensors are found in almost all areas of human activity. These areas i...
This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance ...
This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance ...
This paper deals with ferromagnetic thick-film materials and with sensors relying on the resistance ...
Research of the development of thick film magnetoresistive sensors is only just ininiated; Ni-based ...
Research of the development of thick film magnetoresistive sensors is only just ininiated; Ni-based ...
This paper describes a first prototype of a thick-film sensor using Ni-based pastes, whose resistanc...
This paper describes a first prototype of a thick-film sensor using Ni-based pastes, whose resistanc...
NixCoy-based thick-film magnetoresistors (TF-MRs) have been prepared with two different approaches: ...
NixCoy-based thick-film magnetoresistors (TF-MRs) have been prepared with two different approaches: ...
A new thick film material has been developed starting from Ni and Co powders in the ratio Ni:Co=3:1....
Investigations have been carried out on the electrical properties of nickel-based films prepared fro...
Investigations have been carried out on the electrical properties of nickel-based films prepared fro...
The research and development in the field of magnetoresistive sensors has played an important role i...
New high-sensitivity solid-state magnetoresistive (MR) sensor technologies offer significant advanta...
42 p.Applications of magnetic sensors are found in almost all areas of human activity. These areas i...