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Magnetometers
measure the intensity of a magnetic field.
See Also: Vibrating Sample Magnetometers, Nanotesla
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Cesium Magnetometer
CS-L
The CS-L is a high resolution continuous reading cesium magnetometer designed for aircraft or multi-towed arrays. The total weight, with the 3 m cable, is 1.8 kg (3.96 lbs). Uses the same technology as the CS-3 with upgraded electronics for which makes it light weight.
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Cesium Vapour Magnetometer
ENVI Cs
The ENVI Cs is a continuous reading magnetometer with high sensitivity with integrated navigational GPS and a versatile design that offers the user the ability to maximize productivity.
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Cross Domain Development Kit
XDK
Enjoy an all-in-one prototyping platform for sensor based IoT projects. It’s packed with state of the art sensor technology and ready-to-use software packages, capable of fulfilling all your IoT application needs. Start building your project right away to test your idea and validate your concept. Built-in sensors: Accelerometer, Gyroscope, Magnetometer, Inertial measurement unit, Humidity/ Pressure/ Temperature/ sensor, Acoustic noise sensor, Digital light sensor.
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Current Sensors
Our current sensors were designed for a simple, customer-specific construction of niobium wire wound magnetometers, gradiometers or preamplifiers for small current or voltage signals.
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Digital Magnetic Compass
The SeaTRAX with PNI’s high sensitivity magnetometers and accelerometers is a COTS high- performance heading sensor for seismic streamers and towed arrays.
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Earth Magnetometer
EM2
The Earth Magnetometer Model EM2 measures small variations from location to location in the Earth magnetic field associated with buried magnetic masses. Unlike metal detectors, a magnetometer signal is not attenuated by rock, dirt, mud or water, so targets can be detected at great depth. (If D is the diameter of a mass of magnetizable material, the EM2 can detect it as deep as 40 times the diameter D, whether the mass is specifically magnetized or not.) It is the lightest weight and lowest cost magnetometer available which can reliably measure differences down to 1 nT from point to point.
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Electronic Compass - 3-axis Solid-State Magnetometer, 2-axis Electrolitic Tilt Sensor
Revolution
The Revolution electronic compass combines a precision 3-axis solid-state magnetometer and a rugged 2-axis electrolytic tilt sensor to provide accurate heading and tilt measurements over a broad range of environmental conditions. The firmware and signal processing algorithms have been refined and improved over three prior generations of electronic compasses to deliver the ultimate in performance from the available sensor data.
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Electronic Compass for Dynamic Conditions - Vibration, Acceleration, Uneven Terrain, or Rough Seas
Revolution GS
If your compass application involves vibration, acceleration, uneven terrain, or rough seas, you will find the True North Revolution GS electronic compass to be an uncompromising solution that will outperform rival units costing considerably more. The GS provides remarkably accurate heading, pitch, and roll in dynamic conditions. It all starts with a precision 3-axis solid-state magnetometer. Two angular rate gyros independently stabilize pitch and roll. They augment a dual-axis electrolytic tilt sensor that provides precise tilt measurements in static environments. Two sets of independent filters, one set for pitch and one for roll, combine gyro and electrolytic sensor measurements to provide the best available tilt measurements.
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Fast Digital Integrator
FDI2056
The Fast Digital Integrator FDI2056 is the world's fastest and most sensitive voltage integrator. Simply plug in a sense coil and measure fast, low-level magnetic field disturbances such as eddy currents in a switched magnet.Equipped with a high-speed Analog-to-Digital Converter (ADC), high-resolution clock, and highly optimized digital integrator, the FDI2056 boasts a maximum of 500 000 partial integrals per second and provides resolutions down to 10-14 Vs with an accuracy of 10 ppm. Magnetometer Fluxmeter
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Fluxgate Magnetometer
FEREX Product Family
Foerster Instruments, Incorporated
This unit measures disruptions in the Earth's magnetic field caused by ferromagnetic objects. It provides reliable detection of ferromagnetic metals such as iron, steel, and nickel. The FEREX can therefore be used for archeological digs and geographical studies as well as detecting old weaponry such as unexploded WWII bombs.
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Fluxgate Magnetometer Fluxmaster
Hand-held instrument for precise measurement of weak magnetic field from 0.1 nT to 200 µT (DC to 1 kHz). Typical applications are: Measurement of the Earth's magnetic field vector components, detection of AC fields from power lines, paleomagnetic investigations, package inspection according to IATA 953, and residual field measurement.
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Fluxgate Magnetometers
A Magson fluxgate magnetometer features a vector-compensated ringcore sensor and downstream digital signal processing electronics. The robust unit is configurable and available with industrial-grade or space-qualified components. A low noise level at high resolution make the magnetometer a solution for diverse field exploration campaigns in demanding environments.
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Gaussmeter (Magnetometer)
NOVOTEST MF-1
Portable Gaussmeter (Magnetometer) NOVOTEST MF-1 is equipped with a Hall sensor to measure the magnetic induction in the following units: Gauss, Tesla, Amps/meter.
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HyMPulse Pulsed Field Magnetometer
Metis Instruments & Equipment NV
Geometry independent M-measurement (patent pending): One probe fits all, no pole shoes per magnet geometry. Measure the actual magnet instead of a prepared standard size sample. Measurement of industrial shapes like segments, cylinders, bricks,... with one probe
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Inertial Measurement Units
IMU
Analog Devices inertial measurement unit (IMU) sensors are based on multiaxis combinations of precision gyroscopes, accelerometers, magnetometers, and pressure sensors. Our technology reliably senses and processes multiple degrees of freedom, even in highly complex applications and under dynamic conditions. These plug and play solutions include full factory calibration, embedded compensation and sensor processing, and a simple programmable interface.
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Inertial Measurement Units (IMU)
Inertial Measurement Unit (IMU) sensors integrate multiaxis combinations of precision gyroscopes, accelerometers, magnetometers, and pressure sensors, intelligently fused to provide reliable position and motion discernment for stabilization and navigation applications. Precision MEMs IMUs deliver the required accuracy levels even in complex operating environments and under dynamic or extreme motion dynamics. ADI iSensor® IMU technology has been uniquely developed to reliably provide the high performance necessary to enable emerging applications in autonomous machinery and instruments, across multiple markets.
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Magnastick
MSL
The Magnastick™ MSL™ magnetometers seeks ferromagnetic objects by sensing their magnetic fields. Dual toroidal sensor coils are highly sensitive to the magnetic lines of flux naturally present in ferrous (iron) materials and are not affected by non-ferrous materials such as brass, aluminum, or copper.
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Magnetic Field Camera: mapping for MRI applications
MFC2046
MRI and NMR spectroscopy applications require a highly uniform magnetic field, within at most a few ppm. NMR is the only magnetic measurement technique capable of providing a field map with that degree of precision. Introduced 25 years ago, Metrolab’s NMR Magnetic Field Cameras have revolutionized field mapping for MRI magnets. They reduced acquisition times from hours to minutes, positioning errors to fractions of a millimeter, and they rendered human and drift errors negligible. Now, meet the latest generation NMR Magnetic Field Camera, the MFC2046! Map any magnet with the New generation of MFC probe arrays. Magnetometer Teslameter Gaussmeter
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Magnetometer
ENVI PRO
The ENVI PRO is a lightweight, portable proton precession magnetometer with integrated GPS and a versatile design that offers the user the ability to maximize productivity.
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Magnetometer
M-Scan
The M-Scan is a battery powered Locator manufactured in heavy-duty, high-impact ABS with a robust aluminium sensor tube. It has a large, easy-to-read LCD, showing battery level, signal strength and polarity indication backed up with a clear audible response that ensures that the target can be quickly located and identified. Simple one-touch controls for volume and sensitivity are ergonomically positioned and the unique moulded case design with in-built armrest means that the M-Scan can be used for long periods without undue fatigue.
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Magnetometer
MFM-1
For the measurement of magnetic equilibria such as the earth's magnetic field and for the determination of anomalies and biologically active location factors. The external measuring probe is connected to the measuring device by a probe cable, as a result of which an exact probe guidance is possible in places which are difficult to access. The disturbance source can be localized by the directional characteristic of the measuring probe.
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Magnetometer
were developed for extremely sensitive measurements of small magnetic fields, such as biomagnetic fields from the heart and brain.
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Magnetometer MFM-2
For measuring magnetic DC fields such as e.g. B. the earth's magnetic field and to determine anomalies and biologically effective site factors with digital precision!
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Magnetometers
The strength of magnetic fields can be determined with a magnetometer. Regardless of whether in the private sector or in the work environment, the increasing use of technology and networking also increases the exposure to magnetic and electromagnetic radiation. This radiation can have a negative effect on living beings, but also on sensitive electronic devices. Many effects are so unspecific that radiation is often not recognized as the cause. With a magnetometer you can measure how strong the radiation is at your sleeping place, in the kitchen in front of the microwave or induction stove or at your workplace. The location of sensitive electronic devices such as a precision balance can be examined with the magnetometer. The extent to which the radiation intensity increases or decreases with distance can be determined by positioning the magnetometer at various distances from the radiation source.
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Nanotesla Meter
RM100
Macintyre Electronic Design Associa
The RM100 uses a differential measurement technique employing two subsystems to achieve its high accuracy. The first subsystem is a user controlled field neutralization unit with a dynamic range of ±100,000 nT and a resolution of 0.1 nT. The second is a low noise analog output magnetometer that measures the difference between the ambient and neutralization fields. The neutralizing field and difference field are displayed on a large Vacuum Florescent Display on the front panel. The difference field is also provided as an analog voltage through a connector on the back of the chassis. The factory calibration of the neutralization subsystem to ±0.01% is traceable to NIST.
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NMR Precision Teslameter
PT2026
Nuclear Magnetic Resonance is the most precise technology to measure magnetic fields, and the PT2026 is the most precise NMR magnetometer on the market. In optimal conditions, it achieves a precision of under ten parts per billion! But precision is just one of the features brought by the PT2026: high fields, robustness to inhomogeneous fields, 33 Hz measurement speed, improved search time – the list goes on. The key is an instrument design, using modern RF and computer technology. The result is an NMR magnetometer that opens up a host of new application areas. Magnetometer Gaussmeter
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Precession Magnetometers
Proton
GEM offers the most advanced Proton Precession magnetometers available on the market today. Advanced Research and Development, and the release of the v7.0 version have led to a system that delivers the latest technology combined with the classic value of a standard Proton Precession type of system
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Scalar Magnetometers
Many magnetic observatories today rely on a combination of scalar, fluxgate and theodolite instruments for obtaining measurements. Research installations engaged in volcanology applications are also using scalar magnetometers for stationary work. GEM?s Overhauser GSM-90 EUROMAG is particularly suited to these applications (and volcanology). This is a standard magnetometer without a display screen that can be operated via computer.
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Sensor board
Sense HAT
The Sense HAT has an 8×8 RGB LED matrix, a five-button joystick and includes the following sensors: Gyroscope, Accelerometer, Magnetometer, Temperature, Barometric pressure, Humidity.
