Ni81Fe19
Abstract: HL-Planartechnik electrical field sensor Magnetic Field Sensors wheatstone bridge sensor Resistivity sensor SM8 "Current Sensor" permalloy
Text: Magnetic Field Sensors Current Sensor KMC 05 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)
Ni81Fe19
HL-Planartechnik
electrical field sensor
Magnetic Field Sensors
wheatstone bridge
sensor Resistivity
sensor SM8
"Current Sensor"
permalloy
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KMZ20
Abstract: C12120 Ni81Fe19 KMZ20S
Text: Magnetic Field Sensors KMY 20 S / KMZ 20 S 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
KMZ20
C12120
Ni81Fe19
KMZ20S
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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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Wheatstone Bridge
Abstract: KMT31 Wheatstone Bridge as a temperature sensor Ni81Fe19 Wheatstone permalloy HL-Planartechnik V/wheatstone bridge
Text: Magnetic Field Sensors Angle Sensor KMT 31 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)
KMT31:
Wheatstone Bridge
KMT31
Wheatstone Bridge as a temperature sensor
Ni81Fe19
Wheatstone
permalloy
HL-Planartechnik
V/wheatstone bridge
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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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Ni81Fe19
Abstract: KMZ20S HL-Planartechnik KMY20 Sensoren
Text: Magnetfeld Sensoren KMY 20 S / KMZ 20 S Wirkungsweise Magnetoresisive Materialien ändern ihren elektrischen Widerstand bei Anwesenheit von einem externen Magnetfeld. Diese Widerstandsänderung ist abhängig von der Richtung des Magnetischen Feldes und der Richtung des elektrischen Stromflusses des
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Ni81Fe19)
eine30
OT-223-S
Ni81Fe19
KMZ20S
HL-Planartechnik
KMY20
Sensoren
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Galvanic Skin Response Sensor
Abstract: ZMY20M Wheatstone Bridge amplifier barber ZMZ20M ZMX50MT8 AMR sensor BARBER CONTROL ZMC05 Ni81Fe19
Text: Application Note 37 Basic Introduction to the use of Magnetoresistive Sensors Howard Mason, September 2003 This application note provides an introduction to the rudiments of anisotropic magnetoresistive AMR sensors for those users who may be unfamiliar with their characteristics and modes of
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HL-Planartechnik
Abstract: Ni81Fe19 kmz 20 KMZ20S hx 36 permalloy
Text: Magnetfeld Sensoren KMZ 20 M1 Wirkungsweise Magnetoresistive Materialien ändern ihren elektrischen Widerstand bei Anwesenheit von einem externen Magnetfeld. Diese Widerstandsänderung ist Abhängig von der Richtung des Magnetischen Feldes und der Richtung des elektrischen Stromflusses des
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Ni81Fe19)
HL-Planartechnik
Ni81Fe19
kmz 20
KMZ20S
hx 36
permalloy
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KMY20M
Abstract: Ni81Fe19 KMY20 Sensoren
Text: Magnetfeld Sensoren KMY 20 M Wirkungsweise Magnetoresistive Materialien ändern ihren elektrischen Widerstand bei Anwesenheit von einem externen Magnetfeld. Diese Widerstandsänderung ist Abhängig von der Richtung des Magnetischen Feldes und der Richtung des elektrischen Stromflusses des
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Ni81Fe19)
OT-223-S
KMY20M
Ni81Fe19
KMY20
Sensoren
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CONVENTIONAL ZENER DIODE 4V7
Abstract: Galvanic Skin Response Sensor 4.7k pot INA125 ZMC05 ZXCT1030 zxct1010 ZMC10 AN39 47k pot
Text: Application Note 39 Current Measurement Applications Handbook Contents Page No. Introduction 2 Chapter 1: Resistive DC current measurement 3 Chapter 2: Zetex ZXCT product description 9 Chapter 3: ZXCT application notes 10 Chapter 4: Magnetic AC and DC current measurement
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implication50
CONVENTIONAL ZENER DIODE 4V7
Galvanic Skin Response Sensor
4.7k pot
INA125
ZMC05
ZXCT1030
zxct1010
ZMC10
AN39
47k pot
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10K preset
Abstract: barber ZRA500 4066 u3a the Wheatstone Bridge magnetic stripe immobiliser Ni81Fe19 ZMY20M permalloy zmy20
Text: Application Note 20 Issue 1 April 1996 Magnetoresistive Sensors Principles of Operation and Applications Stefan Hübschmann Matthias Schneider This a pplication note provides an overview of the Zetex range of Magnetoresistive sensors. The layout of a typical magnetoresistive
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ZMY20
Ni81Fe19)
10K preset
barber
ZRA500
4066 u3a
the Wheatstone Bridge
magnetic stripe
immobiliser
Ni81Fe19
ZMY20M
permalloy zmy20
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