The output voltage of the AMR3013P AMR angle sensor is proportional to the sine or cosine functions of two times of the angle – sin(2α) and cos(2α) – of a magnetic field applied parallel to the surface of the sensor, which can be provided by a small magnet positioned above the device. The AMR3013P includes two Wheatstone bridges, which can be configured to o.
Anisotropy of magnetoresistance (AMR) Technology
Compatible with Wide Range of Supply Voltages
Wide Airgap Tolerance
Excellent Thermal Stability
Very Low Hysteresis
Compact Package
Applications
Rotary Position Sensors
Rotary Encoders
Contactless Potentiometers
Valve Position Sensors
Knob Position Sensors
General Description
The output voltage of the AMR3013P AMR angle sensor is proportional to the sine or cosine functions of two times of the angle
– sin(2α) and cos(2α)
– of a magnetic field applied parallel to the surface of the sensor, which can be provided by a small ma.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | AMR3003 |
MultiDimension |
Dual Axis AMR Magnetic Angle Sensor | |
2 | AMR3005 |
MultiDimension |
Dual-axis AMR angle sensor | |
3 | AMR3008 |
MultiDimension |
Dual Axis AMR Magnetic Angle Sensor | |
4 | AMR3108A |
MultiDimension |
Magnetic Rotary Encoder Sensor | |
5 | AMR1320S |
MultiDimension |
Omnipolar Switch Sensor | |
6 | AMR1321S |
MultiDimension |
Omnipolar Switch Sensor | |
7 | AMR1341D |
MultiDimension |
High-Sensitivity Pneumatic Cylinder Switch Sensor | |
8 | AMR1341G |
MultiDimension |
High-Sensitivity Pneumatic Cylinder Switch Sensor | |
9 | AMR1342D |
MultiDimension |
High-Sensitivity Pneumatic Cylinder Switch Sensor | |
10 | AMR1342G |
MultiDimension |
High-Sensitivity Pneumatic Cylinder Switch Sensor | |
11 | AMR2302 |
MultiDimension |
Low Noise Dual Axis Linear Magnetic Sensor | |
12 | AMR2302P |
MultiDimension |
Low Noise Dual Axis Linear Magnetic Sensor |