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Magnetic Field Sensors
detect fields of magnetism.
See Also: Magnetic Field, Magnetic Field Mapping, Magnetic Field Meters, Magnetic Field Probes, Magnetic Field Test
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Hall Effect Speed Sensors
SPECTEC Innovative Sensor Solutions
SPECTEC zero speed Hall effect gear tooth sensors are used in industrial applications to determine shaft or gear speed or direction by detecting fluctuations in the magnetic field. The Hall effect technology fulfills a wide array of applications due to a Hall effect sensor's ability to detect zero speed and the quadrature sensor's ability to detect direction change. The Hall effect gear tooth sensor's digital output is easily read by computers, motion control devices, position monitors and digital to analog converters. Intrinsically Safe zero speed sensors are available for various applications.
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Magcam MiniCube1D
Magcam's MiniCube1Dmagnetic field camera provides quantitativeBz magnetic field mapping in a 12.7mm x 12.7mm 2D planewith 0.1mm spatial resolution, measured at high speed. The camera is based on Magcam's unique integrated 2D Hall sensor array technology, featuring more than 16000 microscopic magnetic field sensors on one single chip. Each sensor independently measures the local magnetic field, resulting in quantitative2D magnetic field maps with high spatial resolution, measured athigh speed. These magnetic field maps contain a large amount of information about the magnet's properties, which can be extracted using Magcam's powerful MagScope measurement and analysis software.
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Magnetic Field Sensors
Our cylinder sensors for pull rod cylinders can be integrated into many applications. They are mounted with mounting brackets on cylinders with tie rods and DUO rails. The concept is suitable for the most common types of cylinders with any piston diameter. Features: contact-free detection of the piston position, tie rod Ø up to 17 mm, reliable switching behavior, wear-free, resistant to dirt, secure grip, easy installation.
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Magnetic Field Sensors
SpinTJ
The SpinTJ magnetic sensor family builds upon Micro Magnetics? in-house expertise developing low-field magnetic tunnel junction sensor products. Based on our proprietary fabrication processes, we have developed patented recipes for fabricating macroscopic, micron-scale, and submicron MTJ field sensors.
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Magnetic Field Sensors
Analog Devices magnetic field sensors combine integrated bulk Hall cell technology and instrumentation circuitry to minimize temperature related drifts associated with silicon Hall cell characteristics. The architecture maximizes the advantages of a monolithic implementation while allowing sufficient versatility to meet varied application requirements with a minimum number of components.
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Magnetoresistive Milligauss Meter
MR3
The MR3 Magnetoresistive Milligauss Meter measures and displays the three vectorcomponents (X, Y, Z) as well as the magnitude (M) of the static magnetic field. Update is two times per second. The three sensors are in a 25 mm (1") cube at the end of a flexible 100 cm (40") cable. It can be powered by 4 AA batteries (included) or a Worldwide AC adaptor (included). It can collect and store data (X, Y, Z and M) for later download or stream data live via USB connector. Both the instantaneous values of X, Y, Z and M, and their peak values, are displayed on the meter screen. "Peak" values are the highest values seen since the peak reset button was pressed. Maximum error of sensitivity is +/- 0.5 % of the reading, and the maximum error of the offset is +/- 0.50 milligauss. Range is +/- 1999.99 milligauss with resolution 0.01 milligauss (or 1 nT) over the full range, displayed simultaneously for X, Y, Z and M.
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MPU- Passive Sensors
sensors of the MPU series are passive elements intended for measuring rotational speeds or speeds of moving parts. The measuring principle is based on voltage induction in the coil through a changing magnetic field, which is caused, for example, by a rotating ferromagnetic gear. The coil is wound on a magnetic core and led out via a cable or a plug. The sensors are manufactured with metric or inch threads or with a flange connection and deliver a sinusoidal output signal, the amplitude of which is proportional to the peripheral speed. They can be connected to Orbit Controls evaluation devices. An OC35-IMP transmitter is available for converting to square-wave signals.
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Scanning Probe Microscopy
SPECS Surface Nano Analysis GmbH
As Scanning Probe Microscopy (SPM) is a key tool for nanotechnology, SPECS offers dedicated solutions for highly demanding requirements.In UHV, strong emphasis lies on spectroscopic methods such as scanning tunneling spectroscopy and inelastic tunneling spectroscopy as well as single atom and molecule manipulation. With the invention of a Joule-Thomson cryostat by Prof. Wulf Wulfhekel, SPECS now offers the JT-STM , operating sample and sensors in thermal equilibrium below 1K with optional high magnetic field.
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Sensors
SuessCo Sensors is one of the leading specialists and pioneers in magnetic field sensor technology. About Univ. Prof. Dr. DI Dieter Süss, we can find excellent university graduates as new employees with excellent knowledge of the latest basic research and sensor technology, which form the basis for our ongoing development work.
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Single Channel Signal Conditioner
SAM-3
Macintyre Electronic Design Associa
The SAM-3 is a portable single channel signal conditioneer specifically tailored to provide power to and process the signals from MEDA's line of AC magnetic field sensors. The unit operates from eitherits internal batteries or the power line. It incorporates two sets of power line rejection fileters, switch selectable fro 50 to 60 Hz and the corresponding first four harmonics.
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Speed Sensors
DHE (Differential Hall Effect) sensors give an output when subjected to a changing magnetic field. The field is set up by a magnet inside the sensor body and changes when ferromagnetic teeth are passed beneath the sensor (no magnets are required in the target). To improve noise resistance, the sensor has two Hall effect elements and only responds to changes in magnetic field strength corresponding to tooth passing frequencies above 15Hz. As each tooth passes the sensor, the digital state of the output changes.
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Sport Sensor Range
DHE (Differential Hall Effect) sensors give an output when subjected to a changing magnetic field. The field is set up by a magnet inside the sensor body and changes when ferromagnetic teeth are passed beneath the sensor (no magnets are required in the target). To improve noise resistance, the sensor has two Hall effect elements and only responds to changes in magnetic field strength corresponding to tooth passing frequencies above 15Hz. As each tooth passes the sensor, the digital state of the output changes
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Three Channel AC Magnetic Field Signal Conditioner
TCM-1A
Macintyre Electronic Design Associa
The TCM-1 is a three-channel portable signal conditioner specifically tailored to provide power to and process the signals from MEDA's line of AC magnetic field sensors. The unit operates from either its internal batteries or the power line. It incorporates two sets of power line rejection filters, switch selectable for 50 or 60 Hz and the corresponding first four harmonics.
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Vector Magnetometer
FVM400
Macintyre Electronic Design Associa
The FVM400 uses fluxgate technology to measure the three vector components of the magnetic field. The fluxgate sensors are packaged in a 1" square by 4" long probe that is connected to the handheld electronics unit by a modular telephone cord. The sensor can be located up to 100 feet from the electronics unit.
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VLF Receiver
T-Vlf
The VLF receiver is specially designed for high productivity surveys, in ground water and mining exploration. No orientation of the operator with respect to the direction of the transmitter is required since three magnetic sensors measure the components of the VLF field. Tilt or horizontality of the sensor unit is neither required since two inclinometers correct for tilted position.
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Modeling Capacitors, Inductors, Insulators, Coils, Motors, and Sensors
AC/DC Module
The AC/DC Module is used for simulating electric, magnetic, and electromagnetic fields in static and low-frequency applications. Typical applications include capacitors, inductors, insulators, coils, motors, actuators, and sensors, with dedicated tools for extracting parameters such as resistance, capacitance, inductance, impedance, force, and torque.
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Field Probe for Electric & Magnetic Field Measurement
WP400-3
Wavecontrol presents a new and unique field probe for the measurement of electric and magnetic fields that integrates both E & H sensors within dimensions of only 3 cm². Which makes it unique is that Wavecontrol has managed to add an E field sensor in a basic structure of a classical 3 cm² field probe. It has been possible, therefore, to obtain a 3 cm² field probe without compromising the capability of assessing E and H fields of its 100 cm² big sister, the recognized and successful WP400.
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Automated Wafer Prober for Magnetic Devices and Sensors
Hprobe design and fabricate turnkey automated testing equipment (ATE) for electrical characterization and testing of integrated circuits under magnetic field such as MRAM (Magnetic Random Access Memory) and sensors. In each phase of the technology and product development as well as during mass manufacturing, a dedicated magnetic tester is available.
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Time Domain Sensors
TDS
Schmid & Partner Engineering AG
Time Domain Sensor (TDS) probes are miniaturized fully isolated active optical magnetic or electric field sensors operating in the frequency range from 10MHz to 6GHz. TDS offers unparalleled sensitivity for EM measurements resolved in the time and frequency domains while maintaining all amplitude and phase information.
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3D Geo-Magnetometer
For the measurement of magnetic equilibria such as the earth's magnetic field, for the determination of anomalies and biologically active location factors. Three highly sensitive magnetic field sensors, as well as a dedicated microprocessor, are integrated into the measuring probe. The sensitive magnetic field sensor is connected to a PC, notebook or laptop (not included). The main features in brief:
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4-20mA Converters
4026
SPECTEC Innovative Sensor Solutions
Model 4026 Freq to Voltage or Freq to Current Converter accepts frequency input from any magnetic speed sensor, digital magnetic pickup or Hall effect zero speed sensors. Input and output configurations are field selectable. Input range is adjustable between 1100 Hz - 10 kHz or 75Hz to 1100 Hz. Output selection can be configured as 4-20mA converter, 10-50mA converter, 0-5 V FTV converter or 0-10 V FTV converter. ZERO and SPAN adjustments easily calibrate to almost any measurement range, with little interaction between the adjustments.
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Electromagnet System
Dr. Brockhaus Messtechnik GmbH & Co. KG
Electromagnet systems with different power levels to produce homogeneous magnetic fields. Usable for calibration of sensors, testing of magnet systems and Hysteresis measurement. Adjustable air gap from 0 up to 60 mm. Field strength in the air gap up to 3 Tesla. Software program for control and evaluation.
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TMR Gear Speed Sensors
MultiDimension Technology Co.,Ltd.
Magnetic gear tooth sensors utilize a unique push-pull Wheatstone bridge design, including one or two Wheatstone full bridges, with four or eight unshielded high sensitivity TMR sensing elements. The Wheatstone bridge creates a differential voltage output with respect to the magnetic field gradient along the sensor’s sensitive direction.
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Line Mounted Fault Indicator
LineTroll 110Eμ
Linetroll 110E contains magnetic and electric field sensors surveying line current and line voltage. The magnetic sensor automatically adapts to line current, detecting preset current increases. The electric field sensor is monitoring the presence of line voltage. The sensor signals are processed and compared with user set alarm criterias.
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Amp, Power Factor & VAR Recorder
Varcorder
The Varcorder measures and records Amps and Power Factor. A voltage constant is then applied in software to calculate VARs. The Varcorder uses the same current sensor technology as the original Ampstik. This patented amp sensor does not use magnetic materials and has no moving parts. The opening of the sensor is electronically closed, and external currents are electronically rejected. The accuracy, external current reject, and range of currents measured by the patented amp sensor substantially exceed the performance of the best clamp-on sensors. The true power factor is calculated by measuring the electric field in comparison with the current reported from the amp sensor. The key feature of the unit is the ability to leave it deployed on the line to record readings every 15 minutes for 90+ days. It easily attaches to the line with a standard shotgun style hotstick. Once on the line, it immediately begins to collect and record the current and power factor on the line.
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Electrical Current Sensors
Electrical current sensors detect the flow of current along an electrical wire by measuring (or sensing) the magnetic field that is generated by the flow of electrical current. The sensors output signals that are transmitted to dataloggers
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3D Helmet Coil
With the 3D Helmholtz coil system, 3-dimensional magnetic field vectors can be generated. By superimposition, it is possible to create a field-free space or an artificial earth magnetic field vector inside the coil arrangement. The coil arrangement was developed for the calibration of magnetic field sensors.
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Optical Oxygen Sensors
The analyzer is suitable for direct field installation (NEMA 4X) in hazardous area (Class I, Division 2). The optical fiber sensor platform allows small inline sensors to be installed into sample tubing lines (1/4”), flow cells using NPT fittings, or directly into tanks or process lines using our retractable “hot tap” sensor design. BOS optical oxygen sensors are impervious to typical O2 poisons (H2S) and interferences (combustibles, magnetic, CO2 and H2) with high accuracy and long-term stability measurements without the need for complex or advanced sample conditioning systems. The threaded version of the optical sensor has optional Dual Seal (ANSI/ISA 12.27.01) classification for high pressure applications up to 1200 PSIG (82.7 BAR).
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Magnetic Hall Sensor
On basis of extensive experience in Hall Sensor readout and related intellectual property SystematIC has developed several customer-specific and application-specific Hall IC products.For isolated current sensing at DC and low frequencies the Hall sensing technique is a valuable technique. It allows full integration of the sensor elements (Hall plates) and the readout electronics in standard CMOS technology. SystematIC succeeded in combining the full integration with good accuracy parameters and high bandwidth. With a compact die containing magnetic field sensors and programmable readout amplifiers SystematIC contributed to the customers fully integrated current sensor product.SystematIC did the full integrated circuit development and supported in wafer and final test programming. As a result of cooperation with our customer a current-sensor-IC with low offset, high gain accuracy, low TC's and excellent isolation properties has been released for production.
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Logger version 2-D electro-magnetic current meter for deep ocean
INFINITY-Deep AEMD-USB
INFINITY-Deep is an autonomously deployable data logger for current speed measurements in the deep oceans. The currents in the deep oceans are very weak. It is too hard to accurately measure the deep water currents by some ADVs (Acoustic Doppler Velocimeters) that detect the Doppler-effect by scatter with the suspended particles in the water, because the concentration is very low. INFINITY-Deep measures 2-D current data through a magnetic field according to Faraday's law. Therefore, even if the suspended particles do not exist around the sensor, it can provide the accurate current data. The depth rating is 6,000m. Compared to INFINITY-EM, the instrument has a depth and a tilt sensors to monitor mooring status. Also, the battery capacity doubles for long-term current velocity measurements.
