CS-501GR
Abstract: CS-401 Tesla sensor MANGANIN IMI-7031 1 nanofarad K capacitor 60Two CS-401GR-A
Text: CS Capacitance Temperature Sensors 1-35 CS Capacitance Temperature Sensors* • Virtually no magnetic field dependence • Capable of millikelvin control stability in the presence of strong magnetic field • CS-501 monotonic in C versus T to nearly room temperature
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CS-501
CS-401
CS-501
CS-401GR-A.
CS-401GR-A
CS-501GR
CS-501GR
CS-401
Tesla sensor
MANGANIN
IMI-7031
1 nanofarad K capacitor
60Two
CS-401GR-A
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Untitled
Abstract: No abstract text available
Text: 1 A. Petersen PCALH 31.08.1995 Angle Sensor Excentricity 1. General Magnetoresistive angle sensors based on strong field operation are approximately independent of field strength. They measure mainly the direction of magnetic field lines. Ideal conditions are possible with a
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Sm2Co17-magnets
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MLS8
Abstract: TCSV strong magnetic field sensor
Text: Magnetic Length Sensor MLS-8 Description The magnetoresistive strong field sensor MLS-8 consists of two against each other shifted Wheatstone bridges. They are assembled on a ceramic hybrid. The resistance position at the bridge is fixed by a magnetic scale with a period length
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32kA/m,
MLS8
TCSV
strong magnetic field sensor
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MLS-5000
Abstract: TCSV VOLTAGE SENSOR
Text: Magnetic Length Sensor MLS-5000 - Preliminary - Description The magnetoresistive strong field sensor MLS-5000 consists of two against each other shifted Wheatstone bridges. The chip is assembled on the edge of a ceramic hybrid. The resistance position at the bridge
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MLS-5000
32kA/m,
TCSV
VOLTAGE SENSOR
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HMC2003
Abstract: an-201 honeywell HMC2003 set reset magnetic sensor an-201 MN14 ZTX605 1N4001 1N5818 2N3904 74HC04
Text: SET/RESET PULSE CIRCUITS FOR MAGNETIC SENSORS AN-201 Honeywell’s line of magnetoresistive permalloy sensors are sensitive to magnetic fields less than 100 µgauss in a ±2 gauss range. In order to achieve this high resolution, the magnetic transducer must first be “set” for maximum
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AN-201
HMC2003
an-201 honeywell
HMC2003 set reset
magnetic sensor an-201
MN14
ZTX605
1N4001
1N5818
2N3904
74HC04
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EL 14v 4c
Abstract: HMC2003 lm440 voltage reference HMC1001 LM324b amp623 magnetic sensor circuit diagram LM404-2 HMC2003 set reset HMC1021
Text: SENSOR PRODUCTS APPLICATIONS Compassing Navigation Systems 1- and 2-Axis Magnetic Sensors HMC1001 / 1002 HMC1021 / 1022 Attitude Reference Traffic Detection Medical Devices C onfigured as a 4-element wheatstone bridge, these magnetoresistive sensors convert magnetic fields to
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HMC1001
HMC1021
HMC1021S
16-Pin
HMC1022
EL 14v 4c
HMC2003
lm440 voltage reference
LM324b
amp623
magnetic sensor circuit diagram
LM404-2
HMC2003 set reset
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LM404-2
Abstract: HMC1021Z-One-Axis lm440 voltage reference equivalent of BS250 hmc1022-two-axis amp623 HMC1021z HMC1022 HMC1021 MN14
Text: SENSOR PRODUCTS APPLICATIONS Compassing Navigation Systems 1- and 2-Axis Magnetic Sensors HMC1001 / 1002 HMC1021 / 1022 Attitude Reference Traffic Detection Medical Devices C onfigured as a 4-element wheatstone bridge, these magnetoresistive sensors convert magnetic fields to
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HMC1001
HMC1021
HMC1021S
16-Pin
HMC1022
LM404-2
HMC1021Z-One-Axis
lm440 voltage reference
equivalent of BS250
hmc1022-two-axis
amp623
HMC1021z
HMC1022
MN14
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AMR sensor
Abstract: magnetic sensor circuit diagram scale sensor G003 AMR sensor temperature
Text: iC-SM5L LINEAR AMR SENSOR 5 mm Rev A3, Page 1/5 FEATURES Ë Ë Ë Ë Ë Ë Ë Magneto resistive position sensor based on the AMR effect Strong field sensor for 5 mm N/S pole pitch High interpolation due to a sine signal with few harmonics Low saturation field strength
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D-55294
AMR sensor
magnetic sensor circuit diagram
scale sensor
G003
AMR sensor temperature
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LM404-2
Abstract: amp623 LM324b HMC2003 HMC1002 HMC1021 HMC1001 serial "compass Sensor" lm440 HMC1021S
Text: SENSOR PRODUCTS APPLICATIONS Compassing Navigation Systems 1- and 2-Axis Magnetic Sensors HMC1001 / 1002 HMC1021 / 1022 Attitude Reference Traffic Detection Medical Devices C onfigured as a 4-element wheatstone bridge, these magnetoresistive sensors convert magnetic fields to
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HMC1001
HMC1021
HMC1021S
16-Pin
HMC1022
LM404-2
amp623
LM324b
HMC2003
HMC1002
serial "compass Sensor"
lm440
HMC1021S
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Untitled
Abstract: No abstract text available
Text: OIM4C OIM4C Magnetic linear position sensor _ General Description OIM4C is a magneto resistive position sensor, based on the Anisotropic Magneto Resistance AMR effect in a plastic FR4 package with glob top hard black resin. When the device is moved along a magnetic scale with a
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030mm
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HMC1022
Abstract: current sensor 500mA sensor using 555 timer HMC1021 MN14 AN-207 DI9952 FMMT617 FMMT717 IRF7105
Text: SET/RESET PULSE CIRCUITS FOR HMC1021/22 AN-207 Mike Caruso, Sensor Applications Engineer Honeywell’s HMC10021/22 magnetoresistive permalloy sensors are sensitive to magnetic fields less than 100 µgauss in a ±6 gauss range. In order to achieve this high
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HMC1021/22
AN-207
HMC10021/22
NDS9933
HMC1022
NDS8926
HMC1022
current sensor 500mA
sensor using 555 timer
HMC1021
MN14
AN-207
DI9952
FMMT617
FMMT717
IRF7105
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scale sensor
Abstract: AMR sensor G003
Text: iC-SM2L LINEAR AMR SENSOR 2 mm Rev A2, Page 1/5 FEATURES Ë Ë Ë Ë Ë Ë Ë Ë Magneto resistive position sensor based on the AMR effect Strong field sensor for 2 mm N/S pole pitch One sine/cosine cycle per pole width (averaged using a pair of N/S poles)
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Untitled
Abstract: No abstract text available
Text: C !" Magnetic linear position sensor EEEEEEEEEEEEEEEECFCA93298C OIM3C is a magneto resistive position sensor based on the Anisotropic Magneto Resistance AMR effect in a plastic FR4 package with glob top hard black resin. When the device is moved along a magnetic scale with a
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030mm
12234556667832897A8B5C
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Untitled
Abstract: No abstract text available
Text: OIM3C Magnetic linear position sensor _ General Description OIM3C is a magneto resistive position sensor based on the Anisotropic Magneto Resistance AMR effect in a plastic FR4 package with glob top hard black resin. When the device is moved along a magnetic scale with a
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030mm
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Untitled
Abstract: No abstract text available
Text: OIM4C C !"C Magnetic linear position sensor EEEEEEEEEEEEEEEECFCA93298C C OIM4C is a magneto resistive position sensor, based on the Anisotropic Magneto Resistance AMR effect in a plastic FR4 package with glob top hard black resin. When the device is moved along a magnetic scale with a
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030mm
12234556667832897A8B5C
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ZTX605 equivalent
Abstract: lm440 HMC1021Z HMC2003 HMC10XX HMC1021 AMP04 FLUXGATE HMC1022 lm440 voltage reference
Text: SENSOR PRODUCTS APPLICATIONS Compassing Navigation Systems 1 & 2 Axis Magnetoresistive Microcircuits Attitude Reference Traffic Detection Medical Devices Non-Contact Switch Not actual size HMC1001 / 1002 HMC1021 / 1022 C onfigured as a 4-element wheatstone bridge, these
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HMC1001
HMC1021
HMC1021S
16-Pin
HMC1022
ZTX605 equivalent
lm440
HMC1021Z
HMC2003
HMC10XX
AMP04
FLUXGATE
HMC1022
lm440 voltage reference
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HMC1021D
Abstract: HMC10XX AN-205 HMC1001 HMC1002 HMC1021 HMC1022 HMC1021Z HMC1001-8-Pin
Text: SENSOR PRODUCTS APPLICATIONS Compassing Navigation Systems 1 & 2 Axis Magnetoresistive Microcircuits Attitude Reference Traffic Detection Medical Devices Non-Contact Switch Not actual size HMC1001 / 1002 HMC1021 / 1022 C onfigured as a 4-element wheatstone bridge, these
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HMC1001
HMC1021
HMC1021S
16-Pin
HMC1022
HMC1021D
HMC10XX
AN-205
HMC1002
HMC1022
HMC1021Z
HMC1001-8-Pin
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HMC1021Z
Abstract: HMC1022 HMC2003 HMC1021 HMC1021S 900248 Wheatstone Bridge amplifier AN-205 HMC1001 HMC1002
Text: SENSOR PRODUCTS APPLICATIONS Compassing Navigation Systems 1 & 2 Axis Magnetoresistive Microcircuits Attitude Reference Traffic Detection HMC1001 / 1002 HMC1021 / 1022 Medical Devices Non-Contact Switch Not actual size C onfigured as a 4-element wheatstone bridge, these
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HMC1001
HMC1021
y021Z
HMC1021S
16-Pin
HMC1022
HMC1021Z
HMC1022
HMC2003
HMC1021S 900248
Wheatstone Bridge amplifier
AN-205
HMC1002
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magnetic sensor
Abstract: TMC3000NF Fluxgate Magnetic Field Sensor TMC-2000 TMC2000 "Magnetic Sensor" TMC-3000NF flux gate sensor earth magnetic Sensor
Text: Tokin Sensors Fluxgate Type Terrestrial Magnetic Sensor Outline • Terrestrial magnetic sensor use a flux gate type detector to detect terrestrial magnetism. • It detects the horizontal component of the earth's magnetic field and divided it ioto twe perpendicular
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TMC2000
magnetic sensor
TMC3000NF
Fluxgate Magnetic Field Sensor
TMC-2000
"Magnetic Sensor"
TMC-3000NF
flux gate sensor
earth magnetic Sensor
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6838 sensor hall
Abstract: 6838 hall sensor 6838 hall effect sensor 6838 hall effect Hall Effect sensor 6838 hall effect ic 6838 "Angle Sensors" 6838 sensor resolver sensor 6838 magnetic sensor
Text: Philips Semiconductors angle sensors www.semiconductors.philips.com MR sensors cover all the angles Accurate, low-cost and wear-free angle sensing Sensor/IC combination offers 180° measurement and full redundancy Magnetoresistive angle sensing offers clear advantages over other methods,
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TMC-3000NF
Abstract: TMC3000NF
Text: Fluxgate Type Terrestrial Magnetic Sensor Outline • Terrestrial magnetic sensor use a flux gate type detector to detect terrestrial magnetism. • It detects the horizontal component of the earth's magnetic field and divided it ioto twe perpendicular components, and determines the angle of direction
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TMC2000
TMC3000NF
TMC-3000NF
TMC3000NF
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Untitled
Abstract: No abstract text available
Text: ±16 Gauss 3-axis Magnetic Sensor, With I2C Interface MMC3316xMT Signal Path X Y-axis Sensor Signal Path Y Z-axis Sensor Signal Path Z Bridge Regulator Bandgap Reference ADC Reference Generator Timing Generation I2C Interface Magnetize Controller Fuses, Control Logic,
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MMC3316xMT
MMC3316xMT
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vane air flow sensor
Abstract: alnico alnico 9
Text: APPLICATIONS INFORMATION THE HALL-EFFECT SENSOR The basic Hall sensor is simply a small sheet of sem iconductor m aterial. A constant voltage source forces a constant bias current to flow in the sem iconductor sheet. The output, a voltage m easured across the width of the sheet, reads near zero if a magnetic field is not
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OCR Scan
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Untitled
Abstract: No abstract text available
Text: FUS1881 CMOS Chopper Stabilized, Hall-Effect Sensor Latch Semiconductor Features □ O Optimized for BCD Motor Application Operating Voltage Range: 3.5V to 18V □ □ O CMOS Device for Optimal Stability Chopper Stablized: No Amplifier Offset Voltage Activate With Commercially Available
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OCR Scan
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FUS1881
SQT23
1FUS18
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