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Magnetic Sensors
- General Remarks
- Induction Sensors*
- Introduction
- Air Coils versus Ferromagnetic Core Coils
- Design of the Air Coil Sensor
- Design of Ferromagnetic Core Coil Sensor
- Frequency Response of Search Coil Sensor
- Electronic Circuits Connected to the Coil Sensor
- Moving Coil Sensor
- Gradiometer Sensor
- Rogowski Coil
- Other Induction Sensors
- Coil Sensor Used as a Magnetic Antenna
- Fluxgate Sensor
- Principle of Operation
- Performances of Fluxgate Sensors
- Design of Fluxgate Sensors
- Multicomponent Sensor Systems (Compass, Gradiometer)
- Electronic Circuits of Fluxgate Sensors
- Magnetoresistive and Magnetoimpedance Sensors
- Magnetoresistance—General Remarks
- AMR Magnetic Field Sensors
- Multilayer GMR Magnetic Field Sensors
- Spin-Valve GMR Magnetic Field Sensors
- Spin-Dependent Tunneling GMR Magnetic Field Sensors
- Giant Magnetoimpedance Sensors
- Hall-Effect Sensors
- Physical Principles of the Hall Effect
- Design of Hall Sensors
- Performance of the Hall Sensors
- Integrated Circuit Hall Sensors
- Hall-Effect-Based Semiconductor Magnetoresistors
- SQUID Sensors
- Resonance Sensors and Magnetometers
- General Remarks
- NMR Magnetometers for Measurements of Strong Magnetic Fields
- NMR Magnetometers for Measurements of Weak Magnetic Fields
- Optically Pumped Sensors and Magnetometers
- Overhauser Magnetometers
- Other Magnetic Sensors
- References
Abstract
Most of magnetic sensors are really sensors of flux density of magnetic field*—there are some sensors that measure other values by magnetic principle, for example, magnetostrictive sensors of pressure. Figure 4.1 presents sensitivity ranges of the most commonly used magnetic field sensors (MFS).
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