Untitled
Abstract: No abstract text available
Text: SPECIFICATIONS base unit* Frequency range Min Frequency range Max Range electrical field [V/m] typical Min (1D) Range electrical field [V/m] (typical) Max (1D) Range magnetic field [Tesla] (typical) Min (3D!) Range magnetic field [Tesla] (typical) Max (3D!)
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555GHz.
-90dBm
20dBm.
40dBm
-50dBm
10dBm
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gaussmeter
Abstract: BB 150 CURRENT SENSOR BB-600 IHA-100 IHA-25 Tesla sensor Current Sensors BB-150 SENSOR bell BB25
Text: Calibration Services Test Services Magnetics/F.W. Bell New Products Product Categories Open Loop Current Sensors Closed Loop Current Sensors About F.W. Bell Current Measurement F.W. Bell Gauss/Tesla Meters Hall Effect Sensors MAGSCAN NT Series CMR-25 Support Contacts
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CMR-25
IHA-150
50kHz
PI-600
25kHz
MCS100/200-A
30kHz
300/400-A
20kHz
gaussmeter
BB 150 CURRENT SENSOR
BB-600
IHA-100
IHA-25
Tesla sensor
Current Sensors
BB-150
SENSOR bell
BB25
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Magnetic ink detection
Abstract: gmr sensor vehicle detection vehicle Speed detection sensor Tesla sensor magnetic sensor 44 E AA002-02 reluctance gmr Sensors IR proximity sensors linear displacement sensor
Text: APPLICATION NOTES MAGNETIC SENSORS P R E C I S I O N I N E L E C T R O N I C S GMR sensors Displacement and proximity sensors Sample pressure sensor implementation GMR sensors exhibit excellent linearity and repeatability, and their high sensitivity allows them
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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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BMN-35H
Abstract: recoma magnet AN5020 AS5020 Tesla sensor Bomatec
Text: AN5020_3 MAGNETIC PROPERTIES REQUIRED FOR USE WITH THE AS5020 APPLICATION NOTE Introduction The AS5020 6-bit Absolute Angular Position Encoder device provides the positional information of a simple magnetic source placed close to it. The AS5020 device provides for a
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AN5020
AS5020
AS5020
BMN-35H
recoma
magnet
Tesla sensor
Bomatec
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BMN-35H
Abstract: AN5020 AS5020 CH-8181
Text: AN5020_3 AN5020_3 MAGNETIC PROPERTIES REQUIRED FOR USE WITH THE AS5020 MAGNETIC PROPERTIES REQUIRED FOR USE WITH THE AS5020 APPLICATION NOTE Introduction Reference Magnet Characterization The AS5020 6-bit Absolute Angular Position Encoder device provides the positional information of a magnetic source that
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AN5020
AS5020
BMN-35H
BMN-35H
AS5020
CH-8181
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Lake Shore Cryotronics
Abstract: TG-120-CU IMI-7031 tesla Diode GaAlAs Diode AT 330 magnetic diode sensor TG-120 DIODE 4d replacement TG-120PL
Text: 1-12 TG-120 Gallium-Aluminum-Arsenide Diodes Series TG-120 Gallium-Aluminum-Arsenide Diodes* • GaAlAs Diodes • • Voltage-temperature characteristics are monotonic over the useful temperature range from 1.4 K to 500 K. Excellent sensitivity dV/dT at temperatures
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TG-120
Lake Shore Cryotronics
TG-120-CU
IMI-7031
tesla Diode
GaAlAs Diode
AT 330
magnetic diode sensor
DIODE 4d replacement
TG-120PL
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KMX61G
Abstract: No abstract text available
Text: KMX61G Mag-Accel Combo Industry’s First Micro-Amp Magnetic Gyro FEATURES APPLICATIONS • 6-axis mag-accel with emulated gyro output • Small footprint 3x3x0.9mm Magnetometer auto-calibration and magnetic interference rejection algorithms Embedded temperature sensor
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KMX61G
512-byte
KMX61G
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DT-670-SD
Abstract: Silicon Diode DT-470 dt 670 c cu DT-670A-SD DT-670C-SD DT-670B-SD DT-670 Lake Shore Cryotronics DT-670E-BR Silicon Diode DT-670
Text: LakeShore DT-670 Series Silicon Diode Temperature Sensor Lake Shore’s DT-670 diode temperature sensors are the most advanced silicon diodes in Lake Shore’s extensive line of cryogenic temperature sensors. Backed by more than thirty years of excellence in cryogenic temperature
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DT-670
DT-670E-BR
DT-670A-SD
DT-670B-SD
DT-670C-SD
DT-670D-SD
DT-670-SD-
DT-670-SD
Silicon Diode DT-470
dt 670 c cu
DT-670A-SD
DT-670C-SD
DT-670B-SD
Lake Shore Cryotronics
DT-670E-BR
Silicon Diode DT-670
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A3121 8 pin
Abstract: A3144E UGN3019 ugn3020 ugn3020 hall effect device A3121 ugn3040 UGN3120U A3144 hall effect A3144
Text: FAQ from Unipolar Hall-Effect Digital Switches A3121/2/3, A3141/2/3/4 E LL G Most Frequently Asked Questions (FAQ) A R O MicroSystems, Inc. 1. I am trying to replace UGN3120U in my application. What do you recommend? We recommend using A3144EU because the operate point range is 70 to 350 gauss
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A3121/2/3,
A3141/2/3/4)
UGN3120U
A3144EU
UGN3120U)
A3121
UGN3019/3113/3119;
A3141
UGN3040/3140;
A3144
A3121 8 pin
A3144E
UGN3019
ugn3020
ugn3020 hall effect device
A3121
ugn3040
A3144 hall effect
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Silicon Diode DT-470
Abstract: LR 207 DT-470-SD-13 DT-470-CU-13 DT-470-SD-12A transistor BR 471 A dt 420 DT-470 DT-470-CY-13 DT-471-SD
Text: 1-6 Silicon Diodes 1987 COMPE R DT-470 and DT-471 Features and Description Silicon Diodes DT-470 Features • Advanced, hermetic ceramic and sapphire packaging with the lowest self-heating errors • Monotonic temperature response over its useful range from 1.4 K to 475 K
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DT-470
DT-471
DT-470
IMI-7031
Silicon Diode DT-470
LR 207
DT-470-SD-13
DT-470-CU-13
DT-470-SD-12A
transistor BR 471 A
dt 420
DT-470-CY-13
DT-471-SD
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Tesla sensor
Abstract: TESLA 1 alnico
Text: APPLICATION DATA Solid State Sensors Magnet Conversion Chart MULTIPLICATION FACTORS From Gauss Tesla Millitesla Weber/Inch2 Weber/Meter2 Line/Inch2 Gammas 1 1 1 0 .0 1.550 1 X 104 1.55 1 X 10-5 Tesla 1 X 1 0 -“ 1 1.5500 X 103 1 X 10“ 9 Millitesla 0.1 1
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KF520
Abstract: KT725 diac kr 206 KT707 KD502 kt201 KT206-200 KU607 KYS 30 40 diode KT784
Text: TESLA ECIMEX, a. s. T E /1 \L /I Sem iconductor Discrete Devices Sem iconductor Discrete Devices CONTENTS . 3 TRANSISTORS. 5
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15Blatnà
KF520
KT725
diac kr 206
KT707
KD502
kt201
KT206-200
KU607
KYS 30 40 diode
KT784
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Untitled
Abstract: No abstract text available
Text: APPLICATION DATA Solid State Sensors Magnet Conversion Chart MULTIPLICATION FACTORS From Millitesla Weber/Inch2 1x10" 1 0 .0 1 .5 5 0 X 1 0 7 1 1 X I 0 -3 1 .5 5 0 0 X 1 0 3 Gauss Tesla To: Gauss 1 Tesla 1 X 1 0 -4 Line/Inch2 Gammas 1 X 104 1 .5 5 X 1 0 7
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Untitled
Abstract: No abstract text available
Text: Halbleiter-Sensoren Semiconductor Sensors Symbole Begriffe Symbols Terms s M agnetische Induktion B M agnetic induction Fl Linearitätsfehler 'o u t Linearity error Output current O perating current A usgangsstrom Arbeitsstrom , Betriebsgleichstrom A juI !
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65210-L101
65210-D
65210-L100-W
65212-D
65212-L1004
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Untitled
Abstract: No abstract text available
Text: TL173I, TL173C LINEAR HALL-ELLECT SENSORS D2526, MARCH 1979-REVISED APRIL 1988 • Output Voltage Linear with Applied Magnetic Field • Sensitivity Constant Over Wide Operating Temperature Range • Solid-State Technology • Three-Terminal Device • Senses Static or Dynamic Magnetic Fields
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TL173I,
TL173C
D2526,
1979-REVISED
TL173I
TL173C
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tl173c
Abstract: TL173I TL173
Text: TL173I, TL173C LINEAR HALL-ELLECT SENSORS D2526, MARCH 1979-REV ISED APRIL 1988 • Output Voltage Linear with Applied Magnetic Field • Sensitivity Constant Over Wide Operating Temperature Range • Solid-State Technology • Three-Terminal Device • Senses Static or Dynamic Magnetic Fields
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TL173I,
TL173C
D2526,
1979-REV
TL173I
TL173
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TL3019
Abstract: TESLA transistor TL3019C UGN3019 D2903 Tesla sensor
Text: TL3019C SILICON HALL EFFECT SWITCH D2903, JULY 1 9 8 5 — REVISED APRIL 1988 Magnetic-Field Sensing Hall-Effect Input LU P A C K A G E TOP VIEW On-Off Hysteresis • Small Size • Standard Bipolar Technology Minimizes ESD Susceptibility • Io l • • ■ 20 mA Min at V o L “ 0-4 V
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TL3019C
D2903,
UGN3019
TL3019
TESLA transistor
UGN3019
D2903
Tesla sensor
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tl3103
Abstract: TL3103C TL3103I D3184 Linear Hall-effect Sensor Toroid International
Text: TL3103I, TL3103C LINEAR HALL-EFFECT SENSORS D3184, MAY 1 98 5 -REVISED FEBRUARY 1989 LU PACKAGE TOP VIEW Output Voltage Linear with Applied Magnetic Field Sensitivity Stable Over Wide Operating Temperature Range V CC Buried Hall Cell Reduces Changes Due to
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TL3103I,
TL3103C
D3184,
TL3103I
TL3103
D3184
Linear Hall-effect Sensor
Toroid International
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Hall sensors Siemens
Abstract: hall sensor siemens Siemens Hall K/tesla semiconductor Hall Hall Siemens
Text: SIEMENS 3.1 Hall-Effect Sensors Fundamentals The Hall effect, so named after its discoverer Edwin Hall in 1879, is the result of the Lorentz force on moving electrons subjected to a magnetic field. Fig. 1a is a representation of the current flow in a material when no magnetic field is present. As
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tl3103
Abstract: relative magnet permeability l3103 TL3103C Weber Sensors
Text: TL3103I, TL3103C LINEAR HALL-EFFECT SENSORS D3184, M A Y 1985 — R E V ISE D FEBRU ARY 1989 • LU P A C K A G E Output V oltage Linear with Applied M agn etic Field TOP VIEW • Sensitivity Stable Over W ide Operating Temperature Range • Buried Hall Cell Reduces C h an ge s Due to
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TL3103I,
TL3103C
D3184,
tl3103
relative magnet permeability
l3103
Weber Sensors
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TL172
Abstract: TL172C
Text: TL172 C N O R M A LLY O FF SILICON H A LL-EFFEC T SW ITCH D2490, AUGUST 1977-RE VIS E D APRIL 1988 • Magnetic-Field Sensing Hall-Effect Input • On-Off Hysteresis • Small Size • Solid-State Technology • Open-Collector Output • Normally Off Switch
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TL172
D2490,
1977-RE
TL172C
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tl170 hall effect
Abstract: tl170 hall TL170C TL170 CT SENSOR AX2535
Text: TL170C SILICON HALL-EFFECT SWITCH • Magnetic-Fleld Sensing Hall-Effect Input • On-Off Hysteresis • Small Size • Solid-State Technology • Open-Coilector Output D24Q8, DECEMBER 1977. REVISED APRIL 1988
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TL170C
D24Q8,
TL170
tl170 hall effect
tl170 hall
CT SENSOR
AX2535
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TL170C
Abstract: TL170 L70C tesla switch Tesla sensor ERO Electronic irf540 TTL tesla NZ 70 tl170 hall tl170 hall effect
Text: TL170C SIUCON HAU-EFFECT SWITCH 0 3 4 0 0 , D E C E M B E R 1877. R fV tS C O A P M L 1 0 M • Magnetfc-FWd Sensing Hall-Effect Input • On-Off Hysteresis • Small SI*« • Solid-State Technology • Open-Coiector Output description The T L17 0C is s low-cost magnetteal ly operated
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TL170C
TL170C
TL170
SS6012
L70C
tesla switch
Tesla sensor
ERO Electronic
irf540 TTL
tesla NZ 70
tl170 hall
tl170 hall effect
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