The CMOS-MagView is a magneto-optical readout device for fast and precise visualization of magnetic field structures, flux distribution and stray fields based on Magneto Optical Indicator Films (read more about MOIFs and the Faraday effect).
The MagneticEye is a small, portable handheld microscope with high resolution camera and MOIF (read more about MOIFs and the faraday effect) for microscopic investigations. There is no need to provide external illumination sources since all necessary electronic components are housed within the system. Whenever your application involves fields in the minimum range of 0.05mT, the MagneticEye is capable of providing a magnetic field map instantly.
Handy, pocket-sized magnetic field monitor with 10 coloured LED lights providing measurements in nanotesla, from 0 - 2400 nT. Ideal for all magnetic fields from electrical sources at operating at frequencies between 20-1200 Hz, which includes normal mains electricity at 50/60Hz
The Pace-alert DCM detects strong DC magnetic field that may interfere with the functioning of cardiac pacemakers and implantable defibrillators. Upon detection of such field, the Pace-alert DCM warns recipients with a visual alarm so they can quickly move from potential causes of interference.
MAGNETO is an easy-to-use 2D/RS magnetic field solver for applications like: Clutches, Solenoids, Motors, Sensors, Actuators. Choose the Boundary Element Method (BEM), Finite Element Method (FEM) or Hybrid Method Solver that combines the strengths of both BEM and FEM analysis.
Analyze magnetic fields in applications including motors, solenoids, magnetic recording devices, sensors and magnetrons. Static and phasor analysis modes. Simulate non-linear, permanent magnet and lossy magnetic materials.
The SHH300K30M H-field sensor head is based on a set of three mutually orthogonal coils. The three voltages which correspond to the spatial components are available individually at the sensor head output. An SM-series meter (required for use of this sensor head) calculates the resulting isotropic field strength. - See more at: http://www.arww-rfmicro.com/html/18200.asp?id=1249#sthash.5vnKmSkG.dpuf
High resolution - high speed magnetic field mapping. Magcam offers a platform for advanced inspection of permanent magnets based on its unique and patented magnetic field camera technology, featuring a high-density 2D Hall sensor array integrated on a single semiconductor chip. The sensor chip records high resolution magnetic field maps at high speed.
The principle of operation is that an RF voltage appears across the terminals of a loop when it is placed in an electromagnetic field. This voltage is proportional to frequency for a given field strength. Therefore at Very Low Frequencies, the voltage is very small, and requires greater amplification.
The MEDA magnetic field sources generate accurate and uniform magnetic fields in a control volume. The sources use Helmholtz coils driven by control currents to produce stable magnetic fields from 1 nT to 200,000 nT. The accuracy of the field in the control volume is better than 0.05% of the setting.
MEDA AC magnetic field sensors use induction coils with ferromagnetic cores to sense the magnetic field produced by alternating electric currents. The signal from the coil is preamplified with a very low noise wideband current amplifier. The coil parameters such as length, number of turns, core magnetic properties and number of winding layers are matched to the amplifier properties to optimize the overall sensitivity and noise characteristics of the sensor.
The magnetic field strength meter FH 55 is a compact precision instrument that measures the magnetic flux density and field strength in gauss, tesla and ampere/meter. The instrument is supplied with a zero field chamber and an operation manual in english language.
A particular feature of both the Gaussmeter FH 51 and the Gaussmeter FH 54 is the easy handling and the multitude of functions. They enable measurement of the magnetic flux density or field strength in Tesla (T), Gauss (G) or Ampere per meter (A/m). The Gaussmeter FH 51 is the favourably-priced introductory model to the Magnet-Physik Gaussmeter range.
The Magnetocomp MC4200 is a high precise measuring device for measurements of the magnetic field strength on the surface of magnets and magnet systems (field mapping). The measurements will be done with a hall probe. The magnetization of encoders with magnetic tracks requires a validation of the result. Measuring equipment Magnetocomp MC4200 is built up of high precise linear and rotational axes, which allow an accuracy of positioning of ±3µm or ±0,01° .
The MTS-800 is a compact test system for broadband generation and measurement of magnetic fields. Its internal components allow automatic EMC tests according to automotive standards where high field strength need to be generated or measured.
3-axis magnetic field cancelling system for electron microscopes (SEM and TEM), electron and ion beam experiments, nanotechnology, biomagnetic investigations, etc. High reliability through rugged analog design. No tedious programming, no chrashs. More than 300 MR-3 systems sold worldwide.
Single axis magnetic field cancelling system for MRI scanners and biomagnetic applications. This system is used when the magnetic field sensor cannot be placed within the shielded volume. For example, in MRI applications the sensor is usually installed outside of the shielding room because of the MRI scanner's high fringe field.