GMR Magnetic Sensors
- GMR low voltage nanopower digital switch
- Power consumption of <14ฮผW
- Quiescent current of 75ฮผA (typ.) at 2.4V
- Continuous duty
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 20Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- DC to 100KHz frequency response
- Supply voltage +24V
- SOIC8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.675W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- SOIC8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.675W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- MSOP8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- SOIC8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- SOIC8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.675W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- MSOP8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- SOIC8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.675W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- MSOP8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- MSOP8 package (die-form available for custom applications)
- Output at maximum field of 60mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +12V
- SOIC8 package (die-form available for custom applications)
- Output at maximum field of 40mV/V
- High magnetic field sensitivity
- 0.675W power dissipation
- 15% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +12V
- MSOP8 package (cross axis)
- Output at maximum field of 40mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 15% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +12V
- ULLGA4 package
- Output at maximum field of 25mV/V
- High magnetic field sensitivity
- 0.1W power dissipation
- 4% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +24V
- SOIC8 package
- Output at maximum field of 45mV/V
- High magnetic field sensitivity
- 0.675W power dissipation
- 2% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +12V
- TDFN6 package
- Output at maximum field of 45mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 2% maximum Hysteresis
- DC to 100KHz frequency response
- Supply voltage +12V
- TDFN6 package
- Output at maximum field of 45mV/V
- High magnetic field sensitivity
- 0.5W power dissipation
- 2% maximum Hysteresis
Manufacturers
Looking for GMR Magnetic Sensors?
Looking for GMR Magnetic Sensors?
GMR Magnetic Sensors
Giant Magnetoresistance (GMR) magnetic sensors utilise sandwich layers of ultra-thin ferromagnetic and nonmagnetic layers. The word “giant” refers to a large change in resistance in presence of the magnetic field, compared to other traditional magnetic sensors. At Rhopoint Components, we are proud to offer a full range of GMR sensors including analog and digital sensors, medical sensors, peripheral ICs and digital isolators from a market leader in commercial spintronic GMR.
It is common to compare a GMR magnetic sensor to traditional Hall effect sensors – the GMR offers smaller package size, higher precision and speed. If you are considering replacing your Hall effect sensors with the GMR sensors, please do not hesitate to contact us, our sales engineers are trained to provide support and help you find the best solution.