HMC1001
Abstract: HMC2003 Anisotropic magnetoresistance compass HMR2300 Magnetic Field Sensor HMC200 MN14 anisotropic magnetoresistive circuit Design differential magnetoresistive sensor highway speed sensing
Text: Magnetic Sensor Products HMC / HMR Series ♦ Honeywell’s magnetoresistive sensors can determine the change in earth’s magnetic field due to the presence of a ferromagnetic object or position within earth’s magnetic field. ♦ The high bandwidth allows detection of vehicles and other ferrous objects at high
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RS232
RS485
HMC1001
HMC2003
Anisotropic magnetoresistance compass
HMR2300
Magnetic Field Sensor
HMC200
MN14
anisotropic magnetoresistive circuit Design
differential magnetoresistive sensor
highway speed sensing
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KMZ51
Abstract: KMZ52 electromagnetic parking sensor compass calibration kmz51 compass kmz51 philips compass kmz with microcontroller sensors detecting the presence of cars compass philips sensor used for car parking
Text: Philips Semiconductors Earth field sensors A world of sensing possibilities Earth magnetic field sensing: a Philips strength Within its extensive range, Philips Semiconductors has a number of magnetoresistive sensors ideal for applications requiring the sensing of the Earth's magnetic field and
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honeywell an-203
Abstract: magnetometer an203 honeywell an-203 honeywell MN14 honeywell AN203 compass Sensor circuit AN-203
Text: COMPASS HEADING USING MAGNETOMETERS HoneywellÕs line of magnetoresistive permalloy sensors are sensitive to magnetic fields less than 100 µgauss within a ±2 gauss range. This sensitivity can be compared to the earthÕs magnetic field which is roughly 0.6 gauss 48 A/m and results in a measurement
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faraday rotation
Abstract: electrical field sensor Faraday
Text: 1/1 001-05 / 20010911 / e7c2_bfg.fm Optical Components BFG Series For Optical Magnetic Field Sensor Faraday Rotators OUTLINE TDK produces Bi-substituted rare-earth iron garnet thick-film single crystal Faraday rotators exhibiting highly stable temperature
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40kA/m
30kA/m
20kA/m
10kA/m
faraday rotation
electrical field sensor
Faraday
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magnetometer azimuth
Abstract: FLUXGATE 2N6028 Application Note HMC2003 fluxgate compass Tilt Sensors degree 3 axis 3 axis compass fluxgate magnetometer Abstract of GPS vehicle location tracking system car sensor parking
Text: Applications of Magnetoresistive Sensors in Navigation Systems Michael J. Caruso Honeywell Inc. ABSTRACT Most navigation systems today use some type of compass to determine heading direction. Using the earthÕs magnetic field, electronic compasses based on
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geomagnetic
Abstract: No abstract text available
Text: B321_TMS 1/2 Sensors TMS Series Electrical/Electromagnetic Sensors Geomagnetic Sensors The TMS series are high-sensitivity sensors designed to detect the earth’ magnetic field. They are used in electronic equipment to precisely determine their orientation or tilt angle. TDK has overcome the conventional limitations in these types of sensors by
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KMZ51
Abstract: KMZ52 Philips application note using kmz51 kmz51 philips kmz51 compass KMZ51 application compass kmz with microcontroller compass ic compass philips KMZ10
Text: APPLICATION NOTE Electronic Compass Design using KMZ51 and KMZ52 AN00022 Philips Semiconductors Philips Semiconductors Application Note AN00022 Electronic Compass Design using KMZ51 and KMZ52 Abstract The KMZ51 and KMZ52 from Philips Semiconductors are magnetic field sensors, dedicated to compass
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KMZ51
KMZ52
AN00022
KMZ52
Philips application note using kmz51
kmz51 philips
kmz51 compass
KMZ51 application
compass kmz with microcontroller
compass ic
compass philips
KMZ10
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Security Cards
Abstract: direct current motor winding inductance SCW001-01H
Text: Tokin Sensors High-Security Card-Reading Magnetic Head Features • Enables saturation recording of high security cards • Excellent resistance to spacing loss during recording • Excellent wear resistance • Excellent environmental resistance makes these ideal
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SCW001-01H
Security Cards
direct current motor winding inductance
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HMC1501
Abstract: Anisotropic magnetoresistance Wheatstone Bridge HMC1512 H BRIDGE 80 A AMR sensor proximity sensor design Angle sensor magnetoresistance Rotary Sensors
Text: SENSOR PRODUCTS APPLICATIONS Linear Displacement Angular Displacement Linear / Angular / Rotary Displacement Sensors HMC1501 / HMC1512 Motor Control Valve Position H Proximity Detection Current Spike Detection Not actual size igh resolution, low power MR sensor
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HMC1501
HMC1512
Anisotropic magnetoresistance
Wheatstone Bridge
HMC1512
H BRIDGE 80 A
AMR sensor
proximity sensor design
Angle sensor magnetoresistance
Rotary Sensors
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HMC1501
Abstract: HMC1512 Wheatstone Bridge "MR sensor"
Text: SENSOR PRODUCTS APPLICATIONS Linear Displacement Angular Displacement Linear / Angular / Rotary Displacement Sensors HMC1501 / HMC1512 Motor Control H Valve Position Proximity Detection Current Spike Detection Not actual size igh resolution, low power MR sensor
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HMC1512
HMC1512
Wheatstone Bridge
"MR sensor"
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HMC1512
Abstract: HMC1501 "MR sensor"
Text: SENSOR PRODUCTS Preliminary APPLICATIONS Linear Displacement Angular Displacement Linear / Angular / Rotary Displacement Sensors HMC1501 / HMC1512 Motor Control Valve Position H Proximity Detection Current Spike Detection Not actual size igh resolution, low power MR sensor
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HMC1501
HMC1512
HMC1512
"MR sensor"
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ATS672
Abstract: ATS672LSB ATS672LSB-LT
Text: ATS672LSB Self-Calibrating Gear Tooth Sensor IC with 9-Bit Signal Capture Discontinued Product These parts are no longer in production The device should not be purchased for new design applications. Samples are no longer available. Date of status change: May 1, 2006
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ATS672
ATS672LSB
ATS672LSB-LT
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CIRCUIT DIAGRAM for SPEED SENSOR
Abstract: InSb engine Speed Sensor crankshaft speed sensor magnetic speed sensor circuit diagram crankshaft position sensor magnetic sensor circuit diagram camshaft sensor camshaft position sensor electronic circuit packaging for speed sensor
Text: Precision Engine Timing Using EMCORE’s High Sensitivity Indium Antimonide InSb SMR Sensors Zero Speed Operation Specifications Full accuracy during first transition from gap to tooth Air-Gap Range: 0 to 2.5mm Sensor powers-up low Absolute Accuracy: ± 0.5 degrees
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QS9000
CIRCUIT DIAGRAM for SPEED SENSOR
InSb
engine Speed Sensor
crankshaft speed sensor
magnetic speed sensor circuit diagram
crankshaft position sensor
magnetic sensor circuit diagram
camshaft sensor
camshaft position sensor
electronic circuit packaging for speed sensor
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hmr3600
Abstract: Honeywell HMR3600 magnetic compass HMR3500 earth magnetic Sensor Magnetic Field Sensor AZIMUTH SENSOR compass Sensor circuit Honeywell HMR3500 magnetic field measuring
Text: Application Note – AN221 HMR3500/HMR3600 Experiencing Azimuth Heading Error The Honeywell HMR3500 and HMR3600 magnetic compasses use 2 magnetic sensors to create 3 axis of magnetic field sensors, configured as a xy and z axis sensor. If either of these magnetic sensors contains
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AN221
HMR3500/HMR3600
HMR3500
HMR3600
HMR3500)
Honeywell HMR3600
magnetic compass
earth magnetic Sensor
Magnetic Field Sensor
AZIMUTH SENSOR
compass Sensor circuit
Honeywell HMR3500
magnetic field measuring
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uv flame sensor
Abstract: ATS617 ABS Wheel Speed Sensor car pulse hall sensor working hall effect ATS610LSA ATS611LSB
Text: ATS610LSA and ATS611LSB Dynamic Peak-Detecting Differential Hall Effect Gear Tooth Sensor ICs Discontinued Product These parts are no longer in production The device should not be purchased for new design applications. Samples are no longer available. Date of status change: May 1, 2006
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ATS611LSB
ATS617.
uv flame sensor
ATS617
ABS Wheel Speed Sensor
car pulse hall sensor
working hall effect
ATS611LSB
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KMZ20M
Abstract: differential magnetoresistive sensor magnetic field measuring Magnetic Field Sensor magnetic stripe Ni81Fe19 KMZ20
Text: Magnetic Field Sensors KMZ 20 M1 Function principle Magnetoresistive materials can change their resistivity in an external magnetic field. The variation of the resistivity is determined by the rotation of magnetisation with respect to the direction of the current flow. Permalloy Ni81Fe19 is commercially used as
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Ni81Fe19)
KMZ20M
differential magnetoresistive sensor
magnetic field measuring
Magnetic Field Sensor
magnetic stripe
Ni81Fe19
KMZ20
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Heading
Abstract: No abstract text available
Text: User Guide TCM2.5 & TCM2.6 Copyright PNI Sensor Corporation 2005 All Rights Reserved. Reproduction, adaptation, or translation without prior written permission is prohibited, except as allowed under copyright laws. Revised September 2011. For most recent version visit our website at www.pnicorp.com
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differential magnetoresistive sensor
Abstract: KMY20M Magnetic resistance KMY20 Magnetic Field Sensor Ni81Fe19 Differential Magnetoresistive
Text: Magnetic Field Sensors KMY 20 M Function principle Magnetoresistive materials can change their resistivity in an external magnetic field. The variation of the resistivity is determined by the rotation of magnetisation with respect to the direction of the current flow. Permalloy Ni81Fe19 is commercially used as
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Ni81Fe19)
OT-223-S
differential magnetoresistive sensor
KMY20M
Magnetic resistance
KMY20
Magnetic Field Sensor
Ni81Fe19
Differential Magnetoresistive
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MG1103
Abstract: HARNESS SWITCH tokin ferrite
Text: Tokin Sensors Magnetic Type Proximity Switches TMRS Series Outline TOKIN's highly reliable magnetic non-contact switches are the result of combining reed switches and magnets, made possible by the contact technology, magnetic circuit technology and plastic molding technology developed
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MG-1101
MG-1103
MG-2201
MG-2203
MG-3101
MG-3102
MG-4301
MG1103
HARNESS SWITCH
tokin ferrite
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732SS21-1
Abstract: Arnold Magnetics Permag Ceramic Magnetics MAGNET RARE EARTH crucible magnetics HALL ELEMENT 732ss TDK catalog magnetic "Barium Ferrite"
Text: APPLICATIO N DATA Solid State Sensors M agnets MAGNET SELECTION GUIDE This guide is designed to aid in determin ing the best magnet for use with a Hall ef fect sensor. There are several factors to consider when choosing a magnet. The most important is gap distances. There
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SS400
732SS21-1
Arnold Magnetics
Permag
Ceramic Magnetics
MAGNET RARE EARTH
crucible magnetics
HALL ELEMENT
732ss
TDK catalog magnetic
"Barium Ferrite"
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732SS21-1
Abstract: Arnold Engineering Arnold Magnetics
Text: APPLICATION DATA Solid State Sensors Magnets MAGNET SELECTION GUIDE This guide is designed to aid in determ in ing the best magnet for use with a Hall ef fect sensor. There are several factors to consider when choosing a magnet. The m ost important is gap distances. There
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SS443A.
SS400
732SS21-1
Arnold Engineering
Arnold Magnetics
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Untitled
Abstract: No abstract text available
Text: Honeywell SENSOR PRODUCTS Preliminary Linear/Angular Displacement Sensor APPLICATIONS Linear Displacement Angular Displacement HMC1501 Mo:or Control H Valve Position Proxinr-ity Detection Anti Lock Drake Systems igh resolution, low power MR sensor capable of measuring the angle
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HMC1501
M551B72
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LF1111
Abstract: linear displacement sensor ic
Text: Honeywel SENSOR PRODUCTS Preliminary Linear / Angular Displacement Sensor APPLICATIONS Linear Displacement Angular Displacement Motor Control Valve Position Proximity Detection Anti-Lock Brake Systems Current Spike Detection H igh resolution, low power MR sensor
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FEATURES11
LF1111
linear displacement sensor ic
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HMC1512
Abstract: anisotropic magnetoresistance HMC1501
Text: Honeywell SENSOR PRODUCTS Preliminary Linear I Angular I Rotary Displacement Sensors APPLICATIONS Linear Displacement Angular Displacement HMC1501 I HMC1512 Motor Control Valve Position igh resolution, low power MR sensor H Proximity Detection capable of m easuring the angle
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HMC1501
HMC1512
HMC1512
anisotropic magnetoresistance
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