MAGNETIC CORE Search Results

MAGNETIC HEAD sendust

Abstract: MAGNETIC card write head 2 mm 3 track magnetic head card reader MAGNETIC HEAD reader writer MAGNETIC HEAD track 2 reader Media Cybernetics ISO MAGNETIC card HEAD Magnetic card reader writer magnetic card reader magnetic card writer
Contextual Info: Tokin Sensors Industrial Magnetic Head Outline TOKIN's outstanding magnetic heads represent a further fruition of the Company's formidable technology and know-how accrued through independently developing and producing magnetic core materials, magnetic recording media and magnetic card reader/writers. These industrial-use magnetic heads are suitable for use in many

NEC SCR

Abstract: magnetic card reader WRITER
Contextual Info: Industrial Magnetic Head Outline NEC TOKIN's outstanding magnetic heads represent a further fruition of the Company's formidable technology and know-how accrued through independently developing and producing magnetic core materials, magnetic recording media and magnetic card reader/writers. These industrial-use magnetic heads are suitable for use in many

Contextual Info: Industrial Magnetic Head Outline NEC TOKIN's outstanding magnetic heads represent a further fruition of the Company's formidable technology and know-how accrued through independently developing and producing magnetic core materials, magnetic recording media and magnetic card reader/writers. These industrial-use magnetic heads are suitable for use in many

relative magnet permeability

Abstract: iron bh curve magnet permeability square loop toroid application of b-h curve magnetic flow meter
Contextual Info: Silicon Hall-Effect Sensors 6.2 Magnetic Units and Definitions Magnetic Flux Φ The magnetic flux Φ results as a product of electric voltage and time. The S.I. unit of magnetic flux is the Weber Wb or the Volt-second (Vs). If the magnetic flux Φ changes

siemens hall ferrite

Contextual Info: SIEMENS Magnetics 1.1 Magnetic units and definitions 1.1.1 Magnetic flux <I> The magnetic flux <1> results as a product of electric voltage and time. The S.l. unit of magnetic flux is the Weber Wb or the Volt-second (Vs). If the magnetic flux <J>changes

relative magnet permeability

Abstract: iron bh curve magnetic flow meter magnet permeability application of b-h curve induction constant magnetization of a permanent magnet BH Curve
Contextual Info: Silicon Hall-Effect Sensors 6.2 Magnetic Units and Definitions Magnetic Flux Φ The magnetic flux Φ results as a product of electric voltage and time. The S.I. unit of magnetic flux is the Weber Wb or the Volt-second (Vs). If the magnetic flux Φ changes

irf 44 n

Abstract: 685 35K irf 1740 IRF 260 N Product Selector Guide IM-10-22 475 16K dale ihd-3 IRF-46 IRf 009
Contextual Info: Leaded Magnetic Product Selector Guide Vishay Dale CONSTRUCTION CONSTRUCTION PHYSICAL COIL CORE TYPE TERMINATIONS Leaded Magnetic Products INDUCTOR MODELS INCHES PICTURES [MILLIMETERS] L W INDUCTANCE µH H www.vishay.com 2 MOLDED WIREWOUND LEADED NON MAGNETIC, POWERED IRON, FERRITE

Contextual Info: FeNi50,soft magnets,soft magnetic material,soft magnetic products,soft magnetic alloy, Page 1 print version MnZn Ferrite Core Introduction Specification Q/BD06-2000 Material:FeNi50 Material Dimension Specification Q/BD07-2000 Material> FeNi50 Permeability µ ±15%

S-40

Abstract: MZ-177 "Magnetic Field Sensor" angular position sensor linear displacement sensor RS422 SENSOR A03
Contextual Info: Special Encoders & Sensors Magnetic field sensor with magnetic strip Linear applications GCI0L Features – Magnetic field sensor linear – Touchless positioning by magnetic strip – Measuring accuracy 0.0156 mm – Max. speed of displacement 40 resp. 80 m/s

Contextual Info: Magnetic Direct Current Sensor MDCS Outline Magnetic direct current sensors MDCS use a magnetic substance and hole device for magnetic detection of direct current. They detect all currents (DC, AC and pulse), and the output voltage varies in proportion to the

tokin mdcs

Contextual Info: Magnetic Direct Current Sensor MDCS Outline Magnetic direct current sensors MDCS use a magnetic substance and hole device for magnetic detection of direct current. They detect all currents (DC, AC and pulse), and the output voltage varies in proportion to the

tokin mdcs

Abstract: THS-63F mdcs THS63F 40at qsb15
Contextual Info: Tokin Sensors Magnetic Direct Current Sensor MDCS Outline Magnetic direct current sensors MDCS use a magnetic substance and hole device for magnetic detection of direct current. They detect all currents (DC, AC and pulse), and the output voltage varies in proportion to the

Contextual Info: GLOSSARY OF TERMS AC Flux Density Gauss Number of flux lines per unit of cross-sectional area generated by an alternating magnetic field. Core Magnetic material placed within and around a coil to provide a path of lower reluctance for magnetic flux. Core Loss

TDK Cores

Contextual Info: H ite 'S Amorphous Magnetic Cores EMi/EMC C o^ircon-m ode choke coil AMORPHOUS MAGNETIC CORE-CHOKE COILS For common-mode pulse EMI NA series NA11 SERIES FEATURES CORE TYPES AND DIMENSIONS/CHARACTERISTICS • High saturation magnetic flux density offers excellent attenuation

B001W

Contextual Info: Catalogue 2012 Magnetic transformers for low-voltage halogen lamps Magnetic transformers for low-voltage halogen lamps Overview Product / function matrix Page 5 Standards Page 5 Product information Magnetic transformers for low-voltage halogen lamps Page 6

AN3525

Abstract: magnetic flow meter MAGNETIC METER tesla coil MR2A16A 104Gauss tesla semiconductor
Contextual Info: Freescale Semiconductor Application Note AN3525 Rev. 0, 11/2007 Impact of External Magnetic Fields on MRAM Products by: Jason Janesky Freescale Semiconductor Austin, TX 1 Introduction This application note discusses magnetic fields, the sources and magnitudes of magnetic fields, and their

vlf ferrite antenna

Abstract: vlf antenna loop Antennas vhf ferrite rod ANTENNA ferrite antenna BBH-500/B vlf ferrite ARA BBH-500 Antennas vhf ferrite rod core
Contextual Info: . . MAGNETIC FIELD ANTENNAS 100 Hz - 100 MHz . Antenna Research Our BBH series broadband magnetic field antennas are designed to provide maximum sensitivity for receiving magnetic field signals in the VLF through VHF spectrum. These antennas are responsive primarily to the

HMC1022

Abstract: Magnetic Field Sensor HMC1001 HMC1021Z magnetic sensor an-201 HMC1021 an-209 honeywell magnetic field measuring differential magnetoresistive sensor electrical field sensor
Contextual Info: Magnetic Products MAGNETIC CURRENT SENSING AN–209 OVERVIEW Conductor This application note describes the basic principles using magnetic sensors to measure current, offers several approaches to using MR technology, and lists the technical advantages and disadvantages to each approach. Since

Magnetic ink detection

Abstract: Magnetic ink IR MOTION DETECTOR SDV1003B SDV1003 motion detector application note magnetic head specification
Contextual Info: MAGNETIC INK DETECTOR MODULE SDV1003B MAGNETIC INK DETECTOR MODULE FEATURES • • • • • • • • • • • • • HIGH SENSITIVITY HIGH SPATIAL RESOLUTION LOW NOISE WIDE TRACK WIDTH: 9.3mm COMPLETE DETECTOR SOLUTION FOR MAGNETIC FEATURE DETECTION

Contextual Info: Absolute encoders - bus interfaces Magnetic sensor bore max. ø12 mm Magnetic single- or multiturn encoders / kit 12 bit ST / 18 bit MT, CANopen BMSK 58, BMMK 58 CANopen - MAGRES Features – Encoder kit single- or multiturn / CANopen – Magnetic sensing

AN5043

Abstract: magnetic linear ENCODER IC 10bit dac i2c AS5043 AS5046 BMN-35H SSOP16 SSOP-16
Contextual Info: AS5046 Programmable 360° Magnetic Angle Encoder – Preliminary Data Sheet AS5046 PROGRAMMABLE 12-bit 360° MAGNETIC ANGLE ENCODER WITH ABSOLUTE 2-WIRE SERIAL AND ANALOG INTERFACES 1 General Description 2 The AS5046 is a contactless magnetic angle encoder for

AN5043

Abstract: AN5043-10 ndfeb 35 SSI encoder 360 degrees AS5040-20 10bit absolute Rotary Encoder AI 757 magnetic linear ENCODER IC rotary pedal sensor AS5043TR
Contextual Info: AS5043 Programmable 360° Magnetic Angle Encoder AS5043 PROGRAMMABLE 360° MAGNETIC ANGLE ENCODER WITH ABSOLUTE SSI AND ANALOG OUTPUTS 1 General Description PRELIMINARY DATA SHEET DATA SHEET 3 Key Features The AS5043 is a contactless magnetic angle encoder for accurate

Contextual Info: Absolute encoders - parallel Magnetic sensor bore max. ø6 mm Magnetic singleturn encoders / kit 9 bit BMSK 42 parallel - MAGRES Features – Mini encoder / kit singleturn / parallel – Magnetic sensing – Resolution: 9 bit – Housing ø42 mm – High protection standard

Contextual Info: Absolute encoders - bus interfaces Magnetic sensor bore max. ø6 mm Magnetic single- or multiturn encoders / kit 12 bit ST / 18 bit MT, CANopen BMSK 42, BMMK 42 CANopen - MAGRES Features – Mini encoder / kit single- or multiturn / CANopen – Magnetic sensing