TESLA SENSOR Search Results

Contextual Info: 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!)

Tesla sensor

Abstract: TESLA 1 alnico
Contextual Info: 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

KF520

Abstract: KT725 diac kr 206 KT707 KD502 kt201 KT206-200 KU607 KYS 30 40 diode KT784
Contextual Info: TESLA ECIMEX, a. s. T E /1 \L /I Sem iconductor Discrete Devices Sem iconductor Discrete Devices CONTENTS . 3 TRANSISTORS. 5

Contextual Info: 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

gaussmeter

Abstract: BB 150 CURRENT SENSOR BB-600 IHA-100 IHA-25 Tesla sensor Current Sensors BB-150 SENSOR bell BB25
Contextual Info: 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

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
Contextual Info: 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

Tesla

Abstract: gaussmeter Tesla sensor magnetic field measuring arnoux gaussmeter probe electromagnets tesla+7403
Contextual Info: Measure magnetic fields C.A 40 gaussm • Low frequency magnetic field measurements ■ Measuring range: 0.1 to 199.9 mG ■ 2000-point digital display ■ Easy-to-handle one-way probe Ci Quickly evaluate the level of radiation on all your appliances and

CS-501GR

Abstract: CS-401 Tesla sensor MANGANIN IMI-7031 1 nanofarad K capacitor 60Two CS-401GR-A
Contextual Info: 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

Contextual Info: 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 !

Contextual Info: 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

tl173c

Abstract: TL173I TL173
Contextual Info: 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

TL3019

Abstract: TESLA transistor TL3019C UGN3019 D2903 Tesla sensor
Contextual Info: 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

BMN-35H

Abstract: recoma magnet AN5020 AS5020 Tesla sensor Bomatec
Contextual Info: 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

BMN-35H

Abstract: AN5020 AS5020 CH-8181
Contextual Info: 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

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
Contextual Info: 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

KMX61G

Contextual Info: 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

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
Contextual Info: 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

Hall sensors Siemens

Abstract: hall sensor siemens Siemens Hall K/tesla semiconductor Hall Hall Siemens
Contextual Info: 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

tl3103

Abstract: relative magnet permeability l3103 TL3103C Weber Sensors
Contextual Info: 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

A3121 8 pin

Abstract: A3144E UGN3019 ugn3020 ugn3020 hall effect device A3121 ugn3040 UGN3120U A3144 hall effect A3144
Contextual Info: 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

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
Contextual Info: 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

TL172

Abstract: TL172C
Contextual Info: 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

tl170 hall effect

Abstract: tl170 hall TL170C TL170 CT SENSOR AX2535
Contextual Info: 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

TL170C

Abstract: TL170 L70C tesla switch Tesla sensor ERO Electronic irf540 TTL tesla NZ 70 tl170 hall tl170 hall effect
Contextual Info: 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