UGN3503
Abstract: linear displacement sensor ugx3132 sensor current toroid 108A A3121 ATS610 PA341DF a3141 displacement sensor
Contextual Info: Sensor Selector Tree Application SIMPLE SWITCH Single Magnet LIMIT SWITCH SPEED SENSING MOTOR COMMUTATION CURRENT SENSING DISPLACEMENT MEASURING GEAR TOOTH SENSING Single Magnet IF Single Magnet Ring Magnet Linear Sensor Linear Sensor ATS610/611 ATS632 Unipolar Sensor
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ats610/611ats632a3515/16/17a3121-23+15a3141-44ugq5140ugn3235-a3236ugn3503ugn3175/77a3185-a3189linear displacement sensorugx3132sensor current toroid108aa3121ats610pa341dfa3141displacement sensor
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UGN3503
Abstract: linear displacement sensor UGx3132 commutation circuit A3121 gear motor data sheet measure current toroid sample ugn3503 Displacement sensor Linear Sensor
Contextual Info: Sensor Selector Tree Application SIMPLE SWITCH Single Magnet LIMIT SWITCH Single Magnet Unipolar Sensor A3121-23 A3141-44 Protected UGQ5140 Dual Output UGN3235-A3236 SPEED SENSING IF Single Pole Magnet IF Multi Pole Ring Magnet MOTOR COMMUTATION CURRENT SENSING
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a3121-23a3141-44ugq5140ugn3235-a3236+15ats610/611ats632a3515/16/17ugn3503ugn3175/77a3185-a3189linear displacement sensorugx3132commutation circuita3121gear motor data sheetmeasure current toroidsample ugn3503displacement sensorlinear sensor
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Bomatec
Contextual Info: Magnet Specification AS501x Axial Magnet MA2H-1 1 General This specification defines the dimensional and magnetic properties of an axial magnet for use with the AS5013 two-dimensional magnetic position sensor. Material: NdFeB sintered magnet, Ni-coated 2 Dimensional Specification mm
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Contextual Info: Solid State Sensors Magnets MAGNET MANUFACTURERS Listed at right is the Dexter Corporation, a magnet manufacturer, and area address es. The Dexter Corporation should be consulted for specific data on a magnet or material, as well as magnet design assist
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ma01821 |
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SS19 hall
Abstract: ss41 hall effect sensor ss495 hall 2SSP Honeywell Proximity Sensors
Contextual Info: Solid State Sensors Selection Guide POSITION SENSORS 2SSP Page 7 SS400 Page 8 SS100 Page 10 Operation Proximity to external magnet Proximity to external magnet Proximity to external magnet Supply Voltage 6-24 VDC 3.8 to 24 VDC 3.8 to 24 VDC Construction Molded plastic package
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ss400ss10021cfrss19 hall+4ss41 hall effect sensorss495 hall2ssphoneywell proximity sensors
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Contextual Info: Magnet Specification AS5000-MA075H-1 1. General Description The AS5000-MA075H-1 is an axial magnet used with the AS5510 linear magnetic position sensor, in order to measure small linear displacements. The magnet is mounted on the top of the AS5510. The typical arrangement is shown in Figure 1.
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M12 connector 4pin
Abstract: 32AH0500 ESG 32AH0200 34AH0500 31AH0500 31AH1000 31AH0200 34ah 34AH0200 10 pin to 4pin
Contextual Info: Accessories Magnetic sensors Rotor Part number 130144 15 Part number ø31 ø21,3 131625 ø31 ø22 M3 5 32 poles 6,8 123344 5,1 Part number 22 36 poles Ring magnet Ring magnet ø 6 H7 ø 16 magnet 6x3x1 134061 Part number ø31 ø20 M3 132124 8 26 reference
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33ah020033ah050033ah100031ah0500+1131ah100032ah020032ah050032ah1000m12 connector 4pinesg 32ah020034ah050031ah020034ah34ah020010 pin to 4pin
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732SS21-1
Abstract: Arnold Engineering Arnold Magnetics
Contextual Info: APPLICATION DATA Solid State Sensors Magnets MAGNET SELECTION GUIDE This guide is designed to aid in determ in ing the best magnet for use with a Hall ef fect sensor. There are several factors to consider when choosing a magnet. The m ost important is gap distances. There
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ss443ass400732ss21-1arnold engineering+1arnold magnetics
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732SS21-1
Abstract: Arnold Magnetics Permag Ceramic Magnetics MAGNET RARE EARTH crucible magnetics HALL ELEMENT 732ss TDK catalog magnetic "Barium Ferrite"
Contextual Info: APPLICATIO N DATA Solid State Sensors M agnets MAGNET SELECTION GUIDE This guide is designed to aid in determin ing the best magnet for use with a Hall ef fect sensor. There are several factors to consider when choosing a magnet. The most important is gap distances. There
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ss400732ss21-1arnold magneticspermag+7ceramic magneticsmagnet rare earthcrucible magneticshall element732sstdk catalog magneticbarium ferrite
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din 17410
Abstract: 17410 ndfeb DIN17410 plastic raw material disadvantages reed sensor sensormagnet low cost force sensor
Contextual Info: ABOUT MAGNETS MEDER electronic Magnets and Their Specifications Magnets are available in multiple specifications on the market. Almost all dimensions and geometries can be realized. To activate the reed switch a magnet magnet field is needed. The different magnet materials have
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din 1741017410ndfebdin17410+4plastic raw materialdisadvantages reed sensorsensormagnetlow cost force sensor
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din 17410
Abstract: magnetic flux density for different material ferrit Magnet ndfeb plastic raw material Magnetic resistance
Contextual Info: ABOUT MAGNETS MEDER electronic Magnets and their specifications Magnets are available in multiple specifications on the market. Almost all dimensions and geometries can be realised. To activate the reed switch a magnet magnet field is needed. The different magnet materials have
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din 17410magnetic flux density for different materialferrit magnetndfeb+2plastic raw materialmagnetic resistance
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S3001-C250
Abstract: Ask Receiver module of enocean EnOcean Indoor Antenna wood window solar powered generator magnet button solar cell
Contextual Info: Wireless Magnet Contact STM 250 STM 250 is a wireless magnet contact. Powered by a solar cell it works absolutely maintenance-free. An integrated energy store allows operation for several days even in total darkness. The reed contact housing and the magnet housing are
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s3001-c250d-82041ask receiver module of enoceanenocean+5indoor antennawood windowsolar powered generatormagnet buttonsolar cell
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AS5000-4X2H-1
Contextual Info: Magnet Specification AS5000-MA4X2H-1 1. General Description The AS5000-4X2H-1 is an axial magnet used with the AS5510 linear encoder, in order to measure small linear displacements. The magnet is mounted on the top of the AS5510. The airgap depends on the desired resolution
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fan motor winding formula
Abstract: fridge compressor ST7141 12v relay drive with microcontroller 3 phase IGBT inverter design by microcontroller Formula for fan motor winding fridge triac control zero crossing detector FOR 3 PHASE SUPPLY hand movement based fan speed control triac phase control motor, pid
Contextual Info: ST72141 Microcontroller applied to sensorless Brushless Permanent Magnet DC motor ST72141 Page 1 ST MicroController Division Presentation Content A. Permanent Magnet DC Motor Basics B. Application environment C. Control Principles of PMDC - Current and voltage mode
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st72141-st62xxst72xxbrushfan motor winding formula+9fridge compressorst714112v relay drive with microcontroller3 phase igbt inverter design by microcontrollerformula for fan motor windingfridge triac controlzero crossing detector for 3 phase supplyhand movement based fan speed controltriac phase control motor, pid
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MK06
Abstract: 10E12
Contextual Info: MEDER electronic MK06 Serie Reedsensoren für Platinenmontage BESCHREIBUNG MK06 - Sensoren sind magnetisch betätigte Reedschalter zur Platinenmontage. Die Montage erfolgt üblicherweise am feststehenden Teil; der Magnet am beweglichen. Magnetstärke und Position Magnet/Sensor bestimmen Öffnungs- und
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"Reed Switch"
Abstract: magnetic reed switch rotary sensor reed switch magnetic reed switch bistable latching reed switch Magnetic latching reed switch metal door magnetic reed sensor switch MAG SWITCH reed reed switch
Contextual Info: REED SWITCH CHARACTERISTICS MEDER electronic How Reed Switches are used with a Permanent Magnet Using Reed Switches in a sensing environment, one generally uses a magnet for actuation. It is important to understand this interaction clearly for proper sensor
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reed switchmagnetic reed switchrotary sensor reed switchmagnetic reed switch bistable+5latching reed switchmagnetic latching reed switchmetal doormagnetic reed sensor switchmag switch reed
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UGx3132
Abstract: UGN3503 A3280 A3121 A3240 A3141 A3161 A3281 ATS632 UGN3235-A3236
Contextual Info: Sensor Selector Tree Application SIMPLE SWITCH Single Magnet LIMIT SWITCH Single Magnet Unipolar Sensor A3240 Chopper Stabilized A3121-23 A3141-44 Protected UGQ5140 Dual Output UGN3235-A3236 2-Wire A3161 Select Temp. Select Package Offer Samples & Calibrated
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"Reed Switch"
Abstract: magnetic reed switch reed switch magnetic reed switch bistable rotary sensor reed switch latching reed switch Magnetic latching reed switch mag Reed Switch magnet reed switches for fluid level
Contextual Info: REED SWITCH CHARACTERISTICS MEDER electronic How Reed Switches are used with a Permanent Magnet Using Reed Switches in a sensing environment, one generally uses a magnet for actuation. It is important to understand this interaction clearly for proper sensor
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reed switchmagnetic reed switchmagnetic reed switch bistablerotary sensor reed switch+5latching reed switchmagnetic latching reed switchmag reed switchmagnetreed switches for fluid level
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"Speed Sensor"
Abstract: AS101001 actuator for sensor sensor speed sensor
Contextual Info: Back To Main Products Page ACTUATOR MAGNET Sensor News Easy-to-install actuator magnet with threaded aluminum holder. Sensor FAQs • Rugged Aluminum Housing Operating a Speed Sensor • Adjustable Threaded Mounting Stud Operating a Reed Sensor Technical Articles
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as101001as101002speed sensoractuator for sensor+1sensor
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3 phase Rectifier Phase Control IC
Abstract: dental motor HFA16TB60 ir2011 application motor control 230V AC sewing motor IRAMX16UP60A sewing machine motor DC MOTOR SPEED control microcontroller 3phase motor speed control
Contextual Info: DT 04-2 International Rectifier • 233 Kansas Street, El Segundo, CA 90245 USA IRMCK203 Design Solutions Application: 1.1 230V AC system implementation for Sensorless Permanent Magnet Motor Control 1.2 380/460V AC system implementation for Sensorless Permanent Magnet Motor Control
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irmck203380/460v4-60virfb59n10d+13irgpirfb59n10ddc24v60vrs232c/rs422/spi3 phase rectifier phase control icdental motorhfa16tb60ir2011 applicationmotor control 230v acsewing motoriramx16up60asewing machine motordc motor speed control microcontroller3phase motor speed control
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fan motor winding formula
Abstract: DS00847 AN905 Brushed DC Motor Fundamentals DS00893 HW-300B pic16f684 pwm output on 2 pins AN964 555 FAN CONTROL BY USING THERMISTOR AN1178 PIC12F615 DS00905
Contextual Info: AN1178 Intelligent Fan Control Author: In a brushless fan, the armature is stationary and it is the permanent magnet that rotates, as shown in Figure 1. This magnet is in the shape of a ring with fan blades attached. Many fans use 4 magnetic poles in the ring magnet; however, the number of magnetic
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an1178ds01178a-pagefan motor winding formulads00847+7an905 brushed dc motor fundamentalsds00893hw-300bpic16f684 pwm output on 2 pins an964555 fan control by using thermistorpic12f615ds00905
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ndr 550
Abstract: ndfeb n35 MS-324 Treadmill MS-212 MS-214 MS-216 TCP3002 rectangular connector shock sensor airbag
Contextual Info: Magnet Sensors Cylindrical Sensors M5 Threaded Sensors M8 Threaded Sensors Flat Pack Sensors www.reed-sensor.com Vertical Floats Standard Magnets s Reed Relays and Electronics India Limited • info@reed-switch.com • Tel 91-44-6528-4022 Magnet Sensors Contents
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ndr 550ndfeb n35ms-324treadmill+6ms-212ms-214ms-216tcp3002rectangular connectorshock sensor airbag
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magnetic reed switch
Abstract: "Reed Switch" Magnetic latching reed switch mag Reed Switch MAGNETIC PROXIMITY SENSOR rotary sensor reed switch magnetic reed switch bistable
Contextual Info: REED SWITCH CHARACTERISTICS MEDER electronic How Reed Switches are used with a Permanent Magnet Using Reed Switches in a sensing environment, one generally uses a magnet for actuation. It is important to understand this interaction clearly for proper sensor
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magnetic reed switchreed switchmagnetic latching reed switchmag reed switch+3magnetic proximity sensorrotary sensor reed switchmagnetic reed switch bistable
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MLX91204
Abstract: MLX90316 mlx912 90316 neodymium magnet Bomatec MLX 90 360 PTC04 8627 Easy Magnet
Contextual Info: Application Note Magnet Selection for MLX90316 Scope This application note provides some guidelines to select a magnet to be used in combination with the MLX90316. Only the End-of-Shaft magnetic circuit is considered and the associated performances vs. eccentricity i.e. off-axis between the magnet rotating center and the sensitive area of the IC are shown
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mlx90316mlx91204ch-8181ch-8627+11ch-5001ch-5242dec-06mlx91290316neodymium magnetbomatecmlx 90 360ptc048627easy magnet
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