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Abstract: No abstract text available
Text: Handheld Resistivity and Salt Meters Electronics Only MADE IN USA ߜ Detachable Sensors ߜ Automatic Temperature Compensation CDH-95 Resistivity Meter $395 The newest addition to the POCKET PAL family of meters, the CDH-95 measures resistivity across three ranges, from
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CDH-95
CDH-90,
CDH-90
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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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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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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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CLTS-2B
Abstract: balco 500 sensors ETG-50B CLTS-2B TEMPERATURE SENSORS WTG-50 ETG-50A ETG-50 WTG-50B WTG-50A LST-10C-350D
Text: Temperature Sensors and LST Networks Vishay Micro-Measurements Special Purpose Sensors - Temperature Resistance thermometry is a widely employed method of measuring temperature, and is based on using a material whose resistivity changes as a function of temperature.
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03-Sep-03
CLTS-2B
balco 500 sensors
ETG-50B
CLTS-2B TEMPERATURE SENSORS
WTG-50
ETG-50A
ETG-50
WTG-50B
WTG-50A
LST-10C-350D
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balco 500 sensors
Abstract: CLTS-2B TEMPERATURE SENSORS WTG-50A
Text: Temperature Sensors and LST Networks Micro-Measurements Special Use Sensors - Temperature TG TEMPERATURE SENSORS Resistance thermometry is a widely employed method of measuring temperature, and is based on using a material whose resistivity changes as a function of temperature.
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27-Apr-2011
balco 500 sensors
CLTS-2B TEMPERATURE SENSORS
WTG-50A
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CLTS-2B
Abstract: CLTS-2B TEMPERATURE SENSORS balco balco 500 balco 500 sensors ETG-50B Micro Sensor clts TEMPERATURE SENSORS AND LST NETWORKS LST-10C-350D ETG-50A
Text: Temperature Sensors and LST Networks Vishay Micro-Measurements Special Use Sensors - Temperature TG TEMPERATURE SENSORS Resistance thermometry is a widely employed method of measuring temperature, and is based on using a material whose resistivity changes as a function of temperature.
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08-Apr-05
CLTS-2B
CLTS-2B TEMPERATURE SENSORS
balco
balco 500
balco 500 sensors
ETG-50B
Micro Sensor clts
TEMPERATURE SENSORS AND LST NETWORKS
LST-10C-350D
ETG-50A
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BJT 2N2222 datasheet
Abstract: bjt 2n2222 transistor BJT 2N2222 BJT 2N2222 beta 2N2222 bjt circuits using BJT 2N2222 hmc1022 BJT 2N2222 datasheet beta circuits using BJT 2N2222 in transistor IRF7105N
Text: AN213 SENSOR PRODUCTS APPLICATION NOTE SET/RESET FUNCTION FOR MAGNETIC SENSORS ABSTRACT Honeywell’s Anisotropic Magneto-Resistive AMR sensors are fabricated with Permalloy (NiFe) thin films that create changes in resistivity with respect to external magnetic fields. These film materials are
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AN213
BJT 2N2222 datasheet
bjt 2n2222
transistor BJT 2N2222
BJT 2N2222 beta
2N2222 bjt
circuits using BJT 2N2222
hmc1022
BJT 2N2222 datasheet beta
circuits using BJT 2N2222 in transistor
IRF7105N
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5D-11
Abstract: UDT Sensors PSD LSC-30D SC-10D UDT TETRA-LATERAL PSD SC10D SC-25D udt sc 10 LSC-5D sc 25d
Text: TETRA-LATERAL PSD' S POSITION SENSING DETECTORS PSD APPLICATIONS FEATURES • Tool Alignment and Control • Leveling Measurements • Angular Measurements • 3 Dimensional Vision • Position Measuring • Single Resistivity Layer • High Speed Response
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Abstract: No abstract text available
Text: Conductivity/Resistivity Indicators with Analog and Digital Displays MADE IN USA CDCN-5800 $ 832 Consult Sales for Mounting Accessories ߜ Simple Pushbutton Operation ߜ Wide Range of Operation ߜ Programmable Temperature Compensation and TDS Conversion Factors
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CDCN-5800
CDCN-5800
CDCN-5800,
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FPM-5000-LTCK
Abstract: No abstract text available
Text: Multi-Parameter Input Transmitter For Conductivity, Resistivity and Salinity DPU91-Conductivity Series UL arge Auto-Sensing Backlit Display U “Dial-Style” Digital Bar Graph U Intuitive and “UserFriendly” Interface U Optional Field Upgradable Relays
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DPU91-Conductivity
13-Character
DPU91
DPU91-BC
CDSA-15*
CDSA-45
CDSA-450
CDSA-1413
CDSA-1500
CDSA-3000
FPM-5000-LTCK
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KTY temperature sensor
Abstract: KTY 15-6 kty 1000 Siemens KTY KTY 110 KTY 10-6 Silicon temperature sensors KTY 10-5 KTY 15
Text: Silicon Temperature Sensors 5 Silicon Temperature Sensors 5.1 Introduction The KTY temperature sensor developed by Siemens is based on the principle of the Spreading Resistance. The expression “Spreading Resistance” derives from a method, called the “one-pointmethod” figure 18 used to measure the specific resistivity of semiconductor wafers.
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Abstract: No abstract text available
Text: About Conductivity CONDUCTIVITY All aqueous solutions conduct electricity to some degree. The measure of a solution’s ability to conduct electricity is called “conductance” and is the reciprocal of resistivity resistance . Adding electrolytes such as salts, acids or bases to pure water
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Abstract: No abstract text available
Text: Dynamic Differential Hall Effect Sensor IC TLE 4923 Bipolar IC Features • • • • • • • • • • • • • Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption South and north pole pre-induction possible
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Q62705-K408
4921-3U,
GPO05960
AEA02510
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Q62705-K664
Abstract: TLE4921-5U tle4921 AED03187
Text: TLE4921-5U Dynamic Differential Hall Effect Sensor IC TLE4921-5U Data Sheet Bipolar IC Features • • • • • • • • • • • • • • • Advanced performance High sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption
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TLE4921-5U
21C5U
Q62705-K664
TLE4921-5U
AEA02712
GPO05357
Q62705-K664
tle4921
AED03187
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KTY temperature sensor
Abstract: KTY 14
Text: Silicon Temperature Sensors Silicon Temperature Sensors 5 Silicon Temperature Sensors The KTY temperature sensor developed by Infineon Technologies is based on the principle of the Spreading Resistance. The expression “Spreading Resistance” derives from a method, called the “one-pointmethod” Figure 13 used to measure the specific resistivity of semiconductor wafers.
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infineon tle hall
Abstract: No abstract text available
Text: Dynamic Differential Hall Effect Sensor 1C TLE 4923 Bipolar 1C Features Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption South and north pole pre-induction possible AC coupled Digital output signal
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Q62705-K408
4921-3U,
G13M337
g35bD5
13M33a-MM7
infineon tle hall
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siemens wheel speed sensor
Abstract: ON 4923 hall effect wheel speed sensor circuit Hall sensors Siemens AEA01260 hall sensor field measuring siemens hall effect sensor
Text: SIEMENS Dynamic Differential Hall Effect Sensor 1C TLE 4923 Preliminary Bipolar 1C Features • • • • • • • • • • • • • Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption
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TLE4923
AED01901
AE00I706
siemens wheel speed sensor
ON 4923
hall effect wheel speed sensor circuit
Hall sensors Siemens
AEA01260
hall sensor field measuring
siemens hall effect sensor
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Untitled
Abstract: No abstract text available
Text: SIEMENS Dynamic Differential Hall Effect Sensor 1C TLE 4923 Preliminary Bipolar 1C Features • • • • • • • • • • • • • Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption
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Q62705-K408
4921-3U,
AED02482
GP005960
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Untitled
Abstract: No abstract text available
Text: SIEMENS Dynamic Differential Hall Effect Sensor 1C TLE 4923 Preliminary Bipolar 1C Features • • • • • • • • • • • • • Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption
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fi235b05
fl235bD5
TLE4923
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siemens wheel speed sensor
Abstract: TLE 516 SIEMENS CAPACITOR hall effect wheel speed sensor circuit magnetic field sensor siemens siemens north pole magnet TLE4923 hall effect interface WITH digital siemens magnetic sensors ON 4923
Text: S IEM EN S Dynamic Differential Hall Effect Sensor IC TLE 4923 Preliminary Bipolar 1C Features • • • • • • • • • • • • • Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption
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235b05
siemens wheel speed sensor
TLE 516
SIEMENS CAPACITOR
hall effect wheel speed sensor circuit
magnetic field sensor siemens
siemens north pole magnet
TLE4923
hall effect interface WITH digital
siemens magnetic sensors
ON 4923
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siemens wheel speed sensor
Abstract: siemens capacitor PSSO-36 AEA01261 Hall sensors Siemens
Text: SIEMENS Dynamic Differential Hail Effect Sensor 1C TLE 4923 Bipolar 1C Features • • • • • • • • • • • • • Advanced performance Higher sensitivity Symmetrical thresholds High piezo resistivity Reduced power consumption South and north pole pre-induction possible
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TLE4923
Q62705-K408
4921-3U,
AEA02510
siemens wheel speed sensor
siemens capacitor
PSSO-36
AEA01261
Hall sensors Siemens
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