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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
HV120-SM02-R HV120-SM02-R ECAD Model Superior Sensor Technology Board Mount Pressure Sensors 20 inWC, Single Die Datasheet
ND015A-SM02-M ND015A-SM02-M ECAD Model Superior Sensor Technology Absolute Pressure Sensor 15 psia (1 Bar) - Multi Tray, SON-11 Datasheet
ND060A-SM02-M ND060A-SM02-M ECAD Model Superior Sensor Technology Absolute Pressure Sensor 60 psia (4.1 Bar) - Multi Tray, SON-11 Datasheet
ND150A-SM02-M ND150A-SM02-M ECAD Model Superior Sensor Technology Absolute Pressure Sensor 150 psia (10.3 Bar) - Multi Tray, SON-11 Datasheet
ND130-SM02-C ND130-SM02-C ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±500 to ±7.5K Pa (±2 to ±30 inH2O) - Cut Tape Datasheet
ND015A-SM02-R ND015A-SM02-R ECAD Model Superior Sensor Technology Absolute Pressure Sensor 15 psia (1 Bar) - Tape & Reel, SON-11 Datasheet

Magnetic Field Sensor FLC 100 Datasheets Context Search

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Magnetic Field Sensor FLC 100

Abstract: transistor ITT
Text: : T j = - 4 0 °C to +170 °C E: T j = — °C to + 100 °C 40 - ideal sensor for ignition timing , » Temperature Range: T j = -4 0 °C to + 100 °C - output turns low with magnetic south pole on branded side of package Solderability - output turns high if magnetic field is removed - Package SOT , pole on branded side of package I 3 - output turns low if magnetic field is removed 2 - , transistor is switched on when the magnetic field becomes larger than the operating point Bq N' It remains


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PDF HAL628, HAL638 628UA, HAL628S HAL638UA, HAL638S 170ch Magnetic Field Sensor FLC 100 transistor ITT
Magnetic Field Sensor FLC 100

Abstract: sensor FLC 100 DN8897 DN8897S DN8897SE DN8897TE FLC 100 magnetic sensor
Text: , Operating in Alternative Magnetic Field ) ■Overview The DN8897/SE/TE/S is a combination of a Hall , magnetic field • TTL and MOS ICs directly drivable by output • Provided with the output pull-up , temperature Topr -40 to + 100 r Storage temperature Tag -55 to +125 r Electrical Characteristics (Ta=25DN8897S ri-r ^ FlC Distance from package DN8897 DN8897SE DN8897TE DN8897S surface to sensor (mm) 0.7 0.42 0.4 0.65 ■Flux-Voltage Conversion Characteristics Marking surface


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PDF DN8897/SE/TE/S DN8897/SE/TE/S 001327b Magnetic Field Sensor FLC 100 sensor FLC 100 DN8897 DN8897S DN8897SE DN8897TE FLC 100 magnetic sensor
2003 - slip ring motor characteristics curve

Abstract: capacitor start induction motor wiring diagram motor start delta with VFD fan motor winding formula wiring diagram slip ring motor vfd circuit diagram for motor slip ring motor electrical power drawing 3 hp 1500 rpm a.c. induction motor winding data ac motor speed control circuit diagram with IGBT AN887
Text: gap between the two. Virtually all electrical motors use magnetic field rotation to spin their rotors. A three-phase AC induction motor is the only type where the rotating magnetic field is FIGURE , induction motor depends on extra electrical components to produce this rotating magnetic field . Two sets , electromagnets; hence the name ­ induction motor. Interaction between the magnetic field of these electromagnets , , that on applying AC supply, a rotating magnetic field is created. A TYPICAL STATOR 2003


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PDF AN887 DK-2750 D-85737 NL-5152 slip ring motor characteristics curve capacitor start induction motor wiring diagram motor start delta with VFD fan motor winding formula wiring diagram slip ring motor vfd circuit diagram for motor slip ring motor electrical power drawing 3 hp 1500 rpm a.c. induction motor winding data ac motor speed control circuit diagram with IGBT AN887
2015 - Magnetic Field Sensor FLC 100

Abstract: sensor FLC 100 PT100 thermistor motor protection
Text: Volume 1 – Users Guide Acronyms and Abbreviations Item A ac ALC CT dc FLC I/O kA kV LED , . 25 6.1.1 6.1.2 Multi –Voltage Field inputs , . 29 6.3.2 FLC Setting , INPUTS  4 MULTI-VOLTAGE FIELD INPUTS (RANGE 24 – 110V DC & 24 - 240V AC)  1 , your Gemstart installation: A - 4 x multi-voltage, digital field inputs (range 24 – 110V dc & 24 -


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PDF EN61000-4-11 ENV50204 Magnetic Field Sensor FLC 100 sensor FLC 100 PT100 thermistor motor protection
1992 - Allen-Bradley starter 190 MN

Abstract: 190-CPS40 190-A40 190-P100 iec 292 190-A40D 190-CPS 190-P160 190-P250 BUL 380
Text: 2 3 4 5 6 7 8 9 10 Multiples of FLC The purpose of the short circuit , Protective Device 1 2 3 4 5 6 7 8 9 10 Multiples of FLC The National , . This point should be just above motor locked motor current (6­8 x FLC ) for proper coordination. If the , FLC If, however, these curves do not intersect, or intersect well above the motor locked rotor , Multiples of FLC 7 Product Data Bulletin 190 Module Starter System Coordinated Protection


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electric field disturbance monitor

Abstract: FLUXGATE car Speed Sensor circuit diagram magnetodiode car Speed Sensor circuit diagram CAN sensors detecting the presence of vehicles at traffic signals Anisotropic magnetoresistance compass Designing With Magnetoresistive Sensors electrical field sensor brain wave VEHICLE DETECTION
Text: variation of a magnetic field signal processing sensor V/I output Figure 1­Conventional vs , field variation. Once the magnetic sensor detects that field variation, the output signal requires some , the various sensor technologies and illustrates the magnetic field sensing ranges [1]. Detectable Field Range (gauss)* Magnetic Sensor Technology 10 -8 10 -4 10 0 10 4 10 8 , Hall-Effect Sensor * Note: 1gauss = 10 -4Tesla = 10 5 gamma Table 1­ Magnetic sensor technology field


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PDF AN-201, SP1220, electric field disturbance monitor FLUXGATE car Speed Sensor circuit diagram magnetodiode car Speed Sensor circuit diagram CAN sensors detecting the presence of vehicles at traffic signals Anisotropic magnetoresistance compass Designing With Magnetoresistive Sensors electrical field sensor brain wave VEHICLE DETECTION
HMC1022

Abstract: Magnetic Field Sensor HMC1001 HMC1021Z magnetic sensor an-201 HMC1021 an-209 honeywell magnetic field measuring differential magnetoresistive sensor electrical field sensor
Text: 10 HMC1001 / HMC1002 Magnetic Field - Gauss 100 0.001 1 Distance from Wire (m , described here adjusts the field seen by the sensor by rotating the device within the magnetic field . The , * 10). 100 80 60 40 20 0 -20 -40 Sensor Field (G) (-By) Sensor Field (G) (-By) 1 % , , there is no induced cross axis field on the sensor . Measured Field (Gauss) (-By) 100 10 1 , permeability from 2000 to over 100 ,000. A magnetic sensor is placed in the gap of the core or lamination and


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PDF AN-201: HMC1022 Magnetic Field Sensor HMC1001 HMC1021Z magnetic sensor an-201 HMC1021 an-209 honeywell magnetic field measuring differential magnetoresistive sensor electrical field sensor
MMPA 0100-96

Abstract: AAXXX-02 pin-for-pin AD620 NVE AA002-02 GIANT "METAL DETECTOR" Magnetic ink detection AAH002-02 IC free ina118 LM311 comparator hysteresis electrical field sensor
Text: magnetic field to the sensor . The TCR is normally given in %/ºC. 2. Changes to the % GMR of the sensor element [TCGMR] ­ When a magnetic field is applied, the % GMR exhibited by the sensor element , . 3. Changes to the saturation field of the sensor element [TCHsat] ­ The magnetic field at which , changing resistance of the single resistor sensor element made from GMR material, as magnetic field is , example, if a GMR sensor is used as a current sensor , and it is detecting the magnetic field from a


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PDF AA002 MMPA 0100-96 AAXXX-02 pin-for-pin AD620 NVE AA002-02 GIANT "METAL DETECTOR" Magnetic ink detection AAH002-02 IC free ina118 LM311 comparator hysteresis electrical field sensor
KMZ51

Abstract: LM532 kmz51 philips Philips application note using kmz51 Sensors handbook gravity sensor KMZ10C Application Note KMZ10A application note KMZ10B KMZ10
Text: Magnetic field sensors General The field (e.g. `-Hx') needed to flip the sensor magnetization, and , 100 Fig.7 Sensor output `Vo' as a function of the auxiliary field `Hx' for several values of , for sensor offset and sensitivity adjustment. Also, as the sensitivity of many magnetic field , of the sensor under the influence of a magnetic field changes as it is moved through an angle as , , reversible external magnetic field , the polarity of the premagnetization (Mx) of the sensor strips can be


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PDF KM110BH/2270 MGG457 KM110BH/22/70 KMZ10B MGG458 KMZ10B KMZ51 LM532 kmz51 philips Philips application note using kmz51 Sensors handbook gravity sensor KMZ10C Application Note KMZ10A application note KMZ10
Designing With Magnetoresistive Sensors

Abstract: Tilt Sensors degree 3 axis compass Sensor circuit compass degauss electric field disturbance monitor electrolytic tilt Sensor circuit "tilt sensor" analog compass Sensor circuit compass sensor Heading Accuracy
Text: . Specifically, heading accuracy is affected by: Other magnetic sensor specifications should support field , change. Applied Field (gauss) Figure 5- Magnetic sensor output temperature variation has a pivot , level is 2*Happlied. Xh Magnetic Field (mgauss) Figure 9- Magnetic sensor outputs (X,Y) rotated , heading is based on the direction of the earth's horizontal field (Xh,Yh), the magnetic sensor must be , field . 5 20 Heading Error (degree) Y-axis Sensor (mgauss) 150 50 -200 - 100 -50


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PDF SP-1220, Designing With Magnetoresistive Sensors Tilt Sensors degree 3 axis compass Sensor circuit compass degauss electric field disturbance monitor electrolytic tilt Sensor circuit "tilt sensor" analog compass Sensor circuit compass sensor Heading Accuracy
1998 - KMZ51

Abstract: LM532 kmz51 philips KMZ10C Application Note kmz51 compass Philips application note using kmz51 KMZ10B gravity sensor compass philips KMZ10A application note
Text: Magnetic field sensors General The field (e.g. `-Hx') needed to flip the sensor magnetization, and , 100 Fig.7 Sensor output `Vo' as a function of the auxiliary field `Hx' for several values of , for sensor offset and sensitivity adjustment. Also, as the sensitivity of many magnetic field , of the sensor under the influence of a magnetic field changes as it is moved through an angle as , , reversible external magnetic field , the polarity of the premagnetization (Mx) of the sensor strips can be


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PDF KM110BH/2270 MGG457 KM110BH/22/70 KMZ10B MGG458 KMZ10B KMZ51 LM532 kmz51 philips KMZ10C Application Note kmz51 compass Philips application note using kmz51 gravity sensor compass philips KMZ10A application note
MLX91205

Abstract: CSA-1V MLX91206 MLX91205AB MLX91205LB MLX91205HB MLX91205ABL MLX91205ABH engine control unit hall sensor 80 L
Text: Magnetic saturation Sensitivity IMC gain Low field LB 10 mT 280 V/T 6 25 mT 100 V , Application Note Non intrusive current sensing with MLX91205 4 Current Sensor Physics The magnetic field , amplify the magnetic field "seen" by a Hall sensor . The key difference is, however, that the IMC consists , . Whereas a conventional Hall sensor is sensitive to a magnetic field perpendicular to its surface, the IMC-Hall sensor is sensitive to a magnetic field parallel with its surface. · Conventional Hall ICs are


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PDF MLX91205 Dec/08 MLX91205 CSA-1V MLX91206 MLX91205AB MLX91205LB MLX91205HB MLX91205ABL MLX91205ABH engine control unit hall sensor 80 L
FLUXGATE

Abstract: search-coil GIANT "METAL DETECTOR" APS520 magnetodiode HS07 squid Magneto-inductive Displacement Sensors schematic inductive proximity sensor DE-710 Hall sensors Siemens
Text: presence rotation current angle variation of a magnetic field signal processing sensor V/I , sensor technologies and illustrates the magnetic field sensing ranges [1]. A unique aspect of using , = 10 5 gamma Table 1. Magnetic Sensor Technology Field Ranges In the following sections , exceed the measurement range of a low field sensor . The magnetic range for the medium field sensors , Circuit AMR Sensor Characteristics If an external magnetic field is applied normal to the side of the


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PDF AN-201. SP-1220, FLUXGATE search-coil GIANT "METAL DETECTOR" APS520 magnetodiode HS07 squid Magneto-inductive Displacement Sensors schematic inductive proximity sensor DE-710 Hall sensors Siemens
KMZ51

Abstract: 4011bt KMZ52 KMZ10 kmz51 compass KMZ10C Application Note kmz51 philips Philips application note using kmz51 KMZ10B differential magnetoresistive sensor
Text: . So, if for any reason the sensor is influenced by a powerful magnetic field opposing the internal , the unknown magnetic field amplitude and it has the advantage that the sensor is being operated at , sensor materials 18 Philips Semiconductors Magnetoresistive sensors for magnetic field , magnetic field , the polarity of the premagnetization (Mx) of the sensor strips can be switched or flipped , µs). This magnetic field , which can be easily generated by simply winding a coil around the sensor


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PDF MLC141 KMZ51 4011bt KMZ52 KMZ10 kmz51 compass KMZ10C Application Note kmz51 philips Philips application note using kmz51 KMZ10B differential magnetoresistive sensor
KMY21M

Abstract: KMY20M hx 002 KMZ20M KMY20 KMY20S MR174B KMZ20 Magnetic Field Sensors Lucas Sensor
Text: ) will generate a linear output within the specified magnetic field range. The sensor is available in , magnetic field (in x-direction) at the sensor die which prevents magnetic domains from flipping , /2009 5 KMY/KMZ Linear Magnetic Field Sensors CHARACTERISTIC VALUES / SENSOR SPECIFICATIONS , ) - Voff (T1 ) (T2 - T1 ) 05/12/2009 KMY/KMZ Linear Magnetic Field Sensors SENSOR MODELS , KMY/KMZ Linear Magnetic Field Sensors · · · · · · DIEs (MR174B,MRHB) KMY20M AMR


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PDF MR174B KMY20M KMZ20M KMY21M KMY20M hx 002 KMZ20M KMY20 KMY20S KMZ20 Magnetic Field Sensors Lucas Sensor
AAH002-02

Abstract: HONEYWELL* gradiometer wheatstone bridge connected to ad624 gmr sensor vehicle detection AAXXX-02 1490 compass sensor NVE AA002-02 AAH GMR sensor SS441A coil with the heart of the Pneumatic
Text: the device is exposed to a saturating magnetic field . These three basic sensor element types are , the flux concentrators is 100 microns. Therefore, if the sensor is exposed to an applied field of 10 Gauss, the actual field at the sensor element will be about (10 Gauss)(0.6)(400 microns / 100 microns , Applied Magnetic Field (Gauss) Maximum signal output from such a sensor element is typically 350 mV at , Resistance of Sensor Free Layer Aligns with the Applied Magnetic Field The percent change of


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KMZ20S

Abstract: kmz20 KMY20 Magnetic Field Sensors KMY20M MR174B J-STD-020D KMY20S KMZ20M kmz 20
Text: KMY/KMZ Linear Magnetic Field Sensors · · · · · · KMY22 KMY20 AMR sensor Very high , y-direction) will generate a linear output within the specified magnetic field range. The sensor is available , provide an auxiliary magnetic field (in x-direction) at the sensor die which prevents magnetic domains , august_2010 KMY/KMZ Linear Magnetic Field Sensors CHARACTERISTIC VALUES / SENSOR SPECIFICATIONS , SENSOR MODELS KMY 20 / KMY 22 / KMZ 20 The KMY and KMZ sensors are highly sensitive magnetic field


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PDF KMY22 KMY20 KMZ20 KMZ20S kmz20 KMY20 Magnetic Field Sensors KMY20M MR174B J-STD-020D KMY20S KMZ20M kmz 20
2002 - LM404-2

Abstract: HMC1021Z-One-Axis lm440 voltage reference equivalent of BS250 hmc1022-two-axis amp623 HMC1021z HMC1022 HMC1021 MN14
Text: FIELD SENSORS KEY PERFORMANCE DATA Sensor output vs magnetic field Output is repeatable in field range ±20 Oe Sensor output vs magnetic field after being set or reset 15 60 1021/1022 1021 , , magnetic field in the sensitive axis. In addition to the bridge circuit, the sensor has two on-chip , magnetic field must be applied momentarily to restore, or set, the sensor characteristics. This effect , disturbing field , the sensor elements are broken up into ramdonly oriented magnetic domains (Figure 4A


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PDF HMC1001 HMC1021 HMC1021S 16-Pin HMC1022 LM404-2 HMC1021Z-One-Axis lm440 voltage reference equivalent of BS250 hmc1022-two-axis amp623 HMC1021z HMC1022 MN14
schematic inductive proximity sensor

Abstract: wheatstone bridge connected to ad624 honeywell inductive detector hall sensor 4-pin cd rom driver honeywell v3 "inductive sensor" marking code GBK isolated voltage sensor 1mhz Magnetic stripe card encoders schematics HONEYWELL* gradiometer schematic inductive speed sensor
Text: thin stacked layers of ferromagnetic and nonmagnetic materials are exposed to a magnetic field . Since , technology, a line of magnetic field sensors that outperform traditional Hall Effect and AMR magnetic , rotate and thus provide the GMR effect. An external magnetic field as small as 200 Gauss can upset this , 4400 4300 4200 -500 -250 0 250 500 Applied Magnetic Field (Gauss) Notice that the , a directionally positive magnetic field as it does for a directionally negative field . This


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HMC1002

Abstract: HMC1001 lm440 cs5509 MN14 "MR sensor" BS250 sensor magnetic AMP04 AN201
Text: The MR sensor gain is then computed as: Any ambient magnetic field can be canceled by driving a , 's magnetic field in an automotive compass application. If the MR sensor has a fixed position within the , · Detects change in magnetic field due to presence of ferromagnetic objects · Traffic Detection , voltage indicates both field magnitude and direction. Magnetic fields as low as 27 microgauss can be , "straps", OFFSET and Set/Reset, that can be electrically driven to couple a magnetic field onto the


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PDF HMC1001 HMC1002 HMC1001 HMC1002, 10E-4 HMC1002 lm440 cs5509 MN14 "MR sensor" BS250 sensor magnetic AMP04 AN201
KMY20M

Abstract: linear displacement sensor specification linear displacement sensor E-Line package HL-Planartechnik KMY20 KMZ20M AMR sensor KMZ20 Magnetic Field Sensors
Text: ) will generate a linear output within the specified magnetic field range. The sensor is available in , magnetic field (in x-direction) at the sensor die which prevents magnetic domains from flipping , /2008 5 KMY/KMZ Linear Magnetic Field Sensors CHARACTERISTIC VALUES / SENSOR SPECIFICATIONS , ) - Voff (T1 ) (T2 - T1 ) 09/11/2008 KMY/KMZ Linear Magnetic Field Sensors SENSOR MODELS , KMY/KMZ Linear Magnetic Field Sensors · · · · · · DIEs (MR174B,MRHB) KMY20M AMR


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PDF MR174B KMY20M KMZ20M KMY20M linear displacement sensor specification linear displacement sensor E-Line package HL-Planartechnik KMY20 KMZ20M AMR sensor KMZ20 Magnetic Field Sensors
2004 - KMZ10

Abstract: KMZ51 KMZ10B KMZ52 kmz51 compass Philips application note using kmz51 Anisotropic magnetoresistance compass "internal combustion engine" KMZ10C KTY81-110 APPLICATION
Text: . So, if for any reason the sensor is influenced by a powerful magnetic field opposing the internal , the unknown magnetic field amplitude and it has the advantage that the sensor is being operated at , sensor materials 18 Philips Semiconductors Magnetoresistive sensors for magnetic field , magnetic field , the polarity of the premagnetization (Mx) of the sensor strips can be switched or flipped , µs). This magnetic field , which can be easily generated by simply winding a coil around the sensor


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PDF MBH619 KMZ10 KMZ51 KMZ10B KMZ52 kmz51 compass Philips application note using kmz51 Anisotropic magnetoresistance compass "internal combustion engine" KMZ10C KTY81-110 APPLICATION
1999 - LM404-2

Abstract: amp623 LM324b HMC2003 HMC1002 HMC1021 HMC1001 serial "compass Sensor" lm440 HMC1021S
Text: FIELD SENSORS KEY PERFORMANCE DATA Sensor output vs magnetic field Output is repeatable in field range ±20 Oe Sensor output vs magnetic field after being set or reset 15 60 1021/1022 1021 , , the sensor begins measuring any ambient, or applied, magnetic field in the sensitive axis. In , a car body on the earth's magnetic field in an automotive compass application. If the MR sensor has , sensor as a single field . 7 LINEAR MAGNETIC FIELD SENSORS WHAT IS SET/RESET STRAP? Most low


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PDF HMC1001 HMC1021 HMC1021S 16-Pin HMC1022 LM404-2 amp623 LM324b HMC2003 HMC1002 serial "compass Sensor" lm440 HMC1021S
2000 - EL 14v 4c

Abstract: HMC2003 lm440 voltage reference HMC1001 LM324b amp623 magnetic sensor circuit diagram LM404-2 HMC2003 set reset HMC1021
Text: FIELD SENSORS KEY PERFORMANCE DATA Sensor output vs magnetic field Output is repeatable in field range ±20 Oe Sensor output vs magnetic field after being set or reset 15 60 1021/1022 1021 , , magnetic field in the sensitive axis. In addition to the bridge circuit, the sensor has two on-chip , magnetic field must be applied momentarily to restore, or set, the sensor characteristics. This effect , disturbing field , the sensor elements are broken up into ramdonly oriented magnetic domains (Figure 4A


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PDF HMC1001 HMC1021 HMC1021S 16-Pin HMC1022 EL 14v 4c HMC2003 lm440 voltage reference LM324b amp623 magnetic sensor circuit diagram LM404-2 HMC2003 set reset
2014 - AMR sensor

Abstract: No abstract text available
Text: sensor is placed such that the uniform magnetic field is located in the same plane as the sensing , regions depict the outer magnetic field orientation as seen by the AMR sensor . Similar to linear , the sensor . The AMR sensing element used in the ADA4571 has a minimum operating magnetic field of , for the ADA4571 is 25 kA/m. One way to increase the magnetic field strength seen by the sensor is to , technology. As long as the sensor is fully saturated by the exciting magnetic field , the angle information


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PDF AN-1314 AN12487-0-10/14 AMR sensor
Supplyframe Tracking Pixel