murata EnglishChineseJapanese
Region
GlobalNorth AmericaEurope


Home > Magnetic Pattern Recognition Sensors > Princples > Principal Characteristics of Magnetic Sensor Elements / Operating Ranges and Application Fields of Magnetic Sensors



orange.gif Principal Characteristics of Magnetic Sensor Elements
space space
space Murata magnetic sensors use magnetoresistive elements made of n-InSb (compound semiconductor of the III-V group).
space
Element Characteristics
Semiconductor magnetoresistive element (InSb) Wide dynamic range (detectable from static sate to MHz order)
Wide gap characteristic
High output
Output will not be saturated even at high magnetic flux density.
Excellent environmental resistance
Temperature characteristics are provided.
Output sin wave distortion factor is low.
--> High multiplication output is enabled.
Polarity differentiation is disabled.
Hall element Wide dynamic range
Low output --> Used for Hall ICs
Polarity differentiation is enabled.
Magnetic flux density / output characteristic is linear.
Ferromagnetic thin film element Product sensitivity is high. Suitable for detection of feeble magnetic fields.
Magnetic flux horizontal to element surface is detected.
Temperature characteristics are relatively excellent.
Output will be saturated depending on magnetic flux density.
Hysteresis is provided for magnetic flux density.
Gap characteristic is poor.
Coil pickup High output
High resolution
Temperature characteristics are excellent.
Output depends on speed. Detection of 20-Hz or lower frequency is difficult.
It must be used in contact with the target material, because of its poor gap characteristic.
space
orange.gif Operating Ranges and Application Fields of Magnetic Sensors
space
Operating Ranges and Application Fields of Magnetic Sensors
space
UP