FP210L100-22 Siemens Semiconductor Group, FP210L100-22 Datasheet

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FP210L100-22

Manufacturer Part Number
FP210L100-22
Description
Differential Magnetoresistive Sensor
Manufacturer
Siemens Semiconductor Group
Datasheet

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FP210L100-22
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FP210L100-22/FP210L/FP210
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Differential Magnetoresistive Sensor
Features
• High operating
• High output voltage
• Robust cylindrical
• Biasing magnet build in
• Signal amplitude
• Easily connectable
Typical applications
• Detection of speed
• Detection of position
• Detection of sense of
• Angle encoder
• Linear position sensing
Type
FP 210 L 100-22
The differential magnetoresistive sensor FP 210 L 100-22 consists of two series coupled
L-type InSb/NiSb semiconductor resistors. The resistance value of the MRs, which are
mounted onto an insulated ferrite substrate, can be magnetically controlled. The sensor
is encapsulated in a plastic package with three in-line contacts extending from the base.
The basic resistance of the total system in the unbiased state is 2 100 . A permanent
magnet which supplies a biasing magnetic field is built into the housing.
Semiconductor Group
temperature
housing
rotation
independent of speed
Dimensions in mm
1
Ordering Code
Q65210-L100-W4
FP 210 L 100-22
07.96

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FP210L100-22 Summary of contents

Page 1

Differential Magnetoresistive Sensor Features • High operating temperature • High output voltage • Robust cylindrical housing • Biasing magnet build in • Signal amplitude independent of speed • Easily connectable Typical applications • Detection of speed • Detection of position ...

Page 2

Maximum ratings Parameter Operating temperature Storage temperature 1) Power dissipation 2) Supply voltage Insulation voltage between terminals and casing Thermal conductivity T Characteristics ( = Nominal supply voltage Total resistance Center symmetry ...

Page 3

Digital revolution counting For digital revolution counting, the sensor should be actuated by a magnetically soft iron toothed wheel. The tooth spacing should correspond to about twice the magneto resistor intercenter spacing (see Fig. 1). The two resistors of ...

Page 4

Linear distance measurement To convert small distances into a proportional electric signal, a small soft iron part of definite width (e. 1.8 mm) is moved over the face of the sensor. Proportional signals for distances up to ...

Page 5

Output voltage (typical) versus temperature = ( OUTpp ^ = 100% OUTpp A Total resistance (typical) versus temperature 1-3 A Semiconductor Group Output voltage ...

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