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Hall effect position sensors are noncontact devices that function via an electrical potential (for example, a voltage) that is developed across an axis perpendicular to an applied current flow and the presence of a magnetic field
Search by Specification | Learn MoreHall effect proximity sensors are used to detect the proximity, presence or absence of a magnetic object using a critical distance
Search by Specification | Learn MoreMagnetic field sensors measure magnetic field strength, direction, and/or magnetic flux. They are used for scientific measurement, navigation, and industrial applications.
Search by Specification | Learn MoreEddy current instruments are nondestructive testing (NDT) devices that induce detectable eddy currents in conductive materials. They are used to detect flaws, determine thickness, inspect welds, measure conductivity, and sort alloys
Search by Specification | Learn MoreProximity sensors, all types is a general search form for all proximity sensors and presence detection product areas.
Search by Specification | Learn MoreNon-destructive testing (NDT) equipment is used to detect, inspect, and measure flaws, bond integrity, and other material conditions without permanently altering or destroying the examined part or product.
Search by Specification | Learn MoreElectrical current sensors measure AC and/or DC current levels. They receive current inputs and provide outputs as analog voltage signals, analog current levels, switches, or audible signals.
Search by Specification | Learn MoreMagnetic field instruments include meters, gauges, recorders and other instrumentation for the measurement of magnetic fields and/or magnetic flux.
Search by Specification | Learn MoreMagnetic proximity sensors include devices that work on inductive, variable reluctance, magneto resistive or Hall effect principles. Proximity sensors detect the presence or absence of an object using a critical distance
Search by Specification | Learn MoreLinear position sensors, all types, is a general search form for all linear position / displacement detection product areas.
Search by Specification | Learn MoreRotary position sensors include potentiometers, resolvers and a variety of magnetic and capacitive technologies. Sensors are designed for angular displacement less than one turn or for multiturn displacement.
Search by Specification | Learn MoreMotor controllers receive supply voltages and provide signals to motor drives that are interfaced to motors. They include a power supply, amplifier, user interface, and position control circuitry.
Search by Specification | Learn MoreEddy current probes induce detectable eddy currents in ferrous and nonferrous material for flaw detection, weld inspection, and other nondestructive test applications.
Search by Specification | Learn MoreDC motors are most commonly used in variable speed and torque applications. They include brushless and gear motors, as well as servomotors.
Search by Specification | Learn MoreMotor speed controllers are electronic devices that control motor speed. They carry specifications for drive type, product classification, electrical ratings, and operating parameters
Search by Specification | Learn More|
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Bipolar Hall-Effect Position Sensors Honeywell Sensing and Control
Position Sensors, Hall Effect Temper Corporation
MLX90333 Joystick Contactless 3D Position Sensor Melexis, Inc.
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New Hall Effect Speed Sensors (SNDJ Speed Sensors) introduced from Honeywell Sensing & Control that provide you with economic solutions to Speed and Direction Sensing. The SNDJ offers: Standardized Speed and Direction sensing capability, Suitable for use in harsh environments, Flexible mounting capability, and Thread housing for easy set-up and installation. (read more)
The SS40F/SS40G Enhanced Low-Cost Bipolar Hall-Effect Position Sensors are designed to provide a level of compensation for magnetic changes over a range of temperatures; the SS41F/SS41G Low-Cost Bipolar Hall-Effect Position Sensors are for general purpose applications. (read more)
Allegro® announces the next generation in Hall-effect current sensing technology. Allegro's ACS756 is a low noise, open-loop current sensor with a 125 KHz bandwidth capability. The enhanced accuracy and speed make this device suitable for a variety of 50 A to 100 A applications. (read more)
Duncan Electronics, a company of Custom Sensors and Technology (CST), Inc., has introduced the 9360 Non-Contacting Rotary Dual Output Hall Effect Sensor. Designed with Duncan's second generation Hall effect chip technology, the new device features 360 degrees rotation capabilities to meet a broad range of rotary position sensing needs in specialty vehicles. (read more)
Allegro® introduces a high precision, programmable linear Hall-effect sensor with a 125 Hz pulse width modulated (PWM) output. This new device is targeted at the automotive and industrial markets in current and position sensing applications that would benefit from a thin package and PWM output. (read more)
The MLX90248ELD is a low profile Ultra-Thin QFN package that enhances the benefits of pole-independent, micropower performance by providing for more compact system design. The device also exhibits very high magnetic sensitivity with accurate and reliable performance over the operating range due to advanced dynamic offset cancellation technique incorporated on-chip. (read more)
Allegro® announces a new family of linear Hall-effect sensors that are fully programmable with low noise and a very high bandwidth. The A1360/1/2 devices are ideally suited for use in high frequency, current sensing applications due to the extremely low noise (as low as 8 mV (p-p)), flat temperature coefficient (0 %/°C) and high bandwidth capability (typically 50 kHz). (read more)
Hall effect, open-loop current sensors from Honeywell Sensing & Control. The CSCA-A Series of open-loop current sensors are based on the principles of the Hall-effect wherein a Hall-effect device (HED) produces an output voltage linearly related to the amplitude and phase of a magnetic field applied to it. (read more)
Honeywell's VF526DT Dual Hall-Effect Digital Position Sensors provide signal stability over a wide temperature range, featuring both speed and direction sensing in a 4-pin SOT-89B package available in 1,000/tape and reel. The sensors' temperature-compensated magnetics with lower current consumption are designed for use in potential applications. (read more)
These miniature Hall effect joystick controls are available either as stand alone devices for customer integration, installed in Ultra MSI Control Grips for a thumb-operated grip control or integrated into custom input systems and panels per customer requirements. Their small size and weight make them ideal solutions where precision control is required and joystick displacement is preferred but a ... (read more)
| Part # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| AD22151YR-ND | Digi-Key | Analog Devices Inc | Sensors, Transducers | IC MAGNETIC FIELD SNSR LIN 8SOIC |
| AD22151YRZ-ND | Digi-Key | Analog Devices Inc | Sensors, Transducers | IC MAGNETIC FIELD SNSR LIN 8SOIC |
| 59K6456 | Newark | Analog Devices | Hall Effect | Analog Switch / Multiplexer (Mux) Ic; Analog Switch Type:Differential Multiplexer, 2:1; Package/Case:8-Soic; Dual Supply Voltage Max (+/- V):6V; Dual Supply Voltage Min (+/- V):4V; No. Of Channels:2; Supply Voltage Max:6V Rohs Compliant: Yes |
| 03M5731 | Newark | Crydom | Sensor ICs - Hall Effect Switches & Latc | Solid-State Panel Mount Relay; Output Device:Scr; Output Voltage Max:280Vrms; Output Voltage Min:24Vrms; Control Voltage Max:32Vdc; Control Voltage Min:8Vdc; Load Current Max:50A; Switching:Ac Switch; Load Current Ac:50Arms Rohs Compliant: Yes |
| 78K5898 | Newark | Crydom | Sensor ICs - Hall Effect Switches & Latc | Solid-State Panel Mount Relay; Output Device:Scr; Output Voltage Max:280Vrms; Output Voltage Min:24Vrms; Control Voltage Max:3Vdc; Control Voltage Min:32Vdc; Load Current Max:25Arms; Switching:Zero Cross Rohs Compliant: Yes |
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Hall effect - Wikipedia, the free encyclopedia Hall effect diagram, showing electron flow (rather than conventional current). Legend: 1. Electrons (not conventional current!) 2. Hall element, or |
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Field-effect transistor - Wikipedia, the free encyclopedia Field-effect transistor From Wikipedia, the free encyclopedia (Redirected from Field effect transistor) |
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MAGLEV MAGNETIC LEVITATION SUSPENSION DEVICE Hall-effect field sensor Here's the schematic of the device depicted in the photo. |
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Semiconductor Applet Services Local Version of Device Applets Sponsors: Awards : It also introduces the four basic processes in the Shockley-Read-Hall statistics. |
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Magnetic levitation device plans: room-temperature... Based upon an electrically-produced Meissner-like effect Scroll down PAGE 4: Hall-effect sensors Maglev Videos youtube playlist |
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Atmel Products - Application Notes note described the control of a BLDC motor with Hall effect position sensors (referred to simply as Hall sensors). The implementation includes both See Atmel Corporation Profile & Catalog |
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DVD FAQ [2.13 What effect will FMD have on DVD? [2.17 What effect will D-VHS have on DVD? |
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alt.comp.hardware.homebuilt FAQ Version 20 (modified 06/18/97) aspect of home built electronics involved, such as connecting your own device to an IBM serial/parallel/game port, etc. or using IBM clone hardware |
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Firewalls FAQ I, II, and III Authors Douglas Comer and David Stevens Publisher Prentice-Hall Edition 1991 ISBN 0-13-468505-9 (I), 0-13-472242-6 (II), 0-13-474222-2 |
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History of Optics to be a consequence of reflection and refraction of sunlight by layers in a 'watery cloud' but the effect of individual droplets was not considered. |