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Magnetometers
measure the intensity of a magnetic field.
See Also: Vibrating Sample Magnetometers, Nanotesla
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Vibrating Sample Magnetometer
VSM-P2H
This is low magnetic field type of exclusive use for soft thin film sample by the use of Helmholtz Coil.The type is capable of measuring variations of temperature from -50°C to 200°C by adding gas-flow type of temperature controller as an option.
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T-Coil Magnetometer
The TEM Consulting T-Coil Magnetometer provides an effective solution for measurement to ANSI C63.19 Clause 6 and other magnetic field readings. The system uses a high precision, anti-aliasing digital acquisition PCI bus board for convenient and accurate measurement.
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Miniature Single-Stage Isolators – 780nm And 852nm
AOSense is excited to offer free-space optical isolators at 780 nm and 852 nm. The innovative, small package size enables integration into compact laser sources and amplifiers without sacrificing transmission efficiency. The low external magnetic field enables the isolator to tightly integrate into systems with high magnetic-field sensitivity such as atomic spectrometers, magnetometers, clocks, and cold-atom devices.
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Overview Teslameter Gaussmeter And Magnetometers
The field strength measuring instruments are ideally suited for measuring magnetic field strength but also for residual magnetism (remanece) and determination after demagnetization of metals.
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Three-Axis Fluxgate Magnetometers
TAM-2 Series
Macintyre Electronic Design Associa
The TAM-2 series of three-axis fluxgate magnetometers satisfies a broad range of satellite attitude determination and control applications. The TAM-2 is a single package, low power derivative of our highly successful TAM-1 fluxgate magnetometer which has had a long history of success in space.
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Magnetic Field and Permeability Measurement
MAGNETOSCOP® 1.070
Foerster Instruments, Incorporated
The MAGNETOSCOP 1.070 is a portable magnetometer system with microprocessor and probes for measuring the magnetic flux density as an absolute or differential value (gradient). It has a USB port for simple data transfer and an SD card for saving measurement data and parameters. The measuring system also facilitates the recognition and saving of peak values and the adjustment of thresholds for limit values. The unit can be used for series and individual measurements. The data can be easily analyzed and documented with the PC software included in the scope of delivery. The MAGNETOSCOP 1.070 thus facilitates the portable and fast measurement of the relative permeability within the scope of the quality control of stainless steel and low-permeable (non-magnetic) alloys as well as the localization of ferrite enclosures. Changes in material (sulfidation, degradation of lamination, structural changes) can also be proven thanks to permeability comparative 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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Superconducting Type of Vibrating Sample Magnetometer
VSM-5SC
The world’ s first* of one-twentieth of measurement speed is realized compared to this company’ s existing product by adopting high temperature superconductivity magnet to VSM.
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SQUID Sensors
Magnetometers
The famous cart-wheel design multiloop dc SQUID magnetometers, designed and fabricated by PTB-Berlin are available in three different sensitivities.
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3 Axis Digital Fluxgate Vektor Magnetometer
WFG-D-140
The Model WFG-D-140 Sensor is a tri-axial vector magnetometer system with a high-speed digital interface that can transmit XYZ magnetic field values at up to 140 times per second. The WFG-D-140 System contains a microprocessor and a three channel 16-bit analog-to-digital converter. The system also contains a temperature sensor.
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Overhauser magnetometer
Want the power of the latest technology in magnetics without the price? The solution that you are looking for is here today ? the state-of-the-art Overhauser magnetometer / gradiometer. The GSM-19 delivers all of the advantages of optically pumped magnetometers and gradiometers plus the parameters that are of priority to you as a user of magnetics data ? high quality data, cost control and ruggedness.
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Sidescan Software
Sonarwiz is the industry all-in-one solution for geophysical, hydrographic, pipeline and archaeological surveys, as well as for security and SAR. Optimize results from sonar data you collect. SonarWiz interfaces with all brands of commercially available sidescan sonar, sub-bottom profilers, magnetometers, echosounders and bathymetic interferometers.
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SQUID Electronics
SEL-1
SEL-1 is a robust and proven SQUID electronics for high-Tc and low-Tc SQUIDs and magnetometers.
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Vibrating Sample Magnetometer
VSM
The VSM (also named M-H CURVE Hysteresis Graph TEST SYSTEM ) can be used for the measurement of the basic magnetic properties of the magnetic materials. Such as the Hysteresis loops of the materials, Magnetization curve, Warming Curve , Warming /Cooling curve, Cooling curve and the changes of the temperature as time goes away , then we will get some Magnetic parameters such as the Saturated strength of the magnetization, the left strength of the magnetization , Coercive force, the Max of Magnetic energy product,the Curie temperature and the Magnetic conductivity(the Initial Magnetic conductivity is included ). It can also measure the magnetic materials such as the powder, the particles, the films, the liquid and the massive.
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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.
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Attitude And Heading Reference Systems
AHRS
Beginning in 2001, Inertial Labs began manufacturing its MEMS-based, IP-67 sealed, MIL-STD-810G qualified, multiple interfaces and COM ports Attitude and Heading Reference System in response to the need for an inclusive and price competitive Antenna Pointing, Aiming, and Stabilizing applications. Each INS contains an Inertial Labs-developed tactical or industrial-grade inertial measurement unit (IMU) and an Inertial Labs-manufactured high-precision Fluxgate magnetometer.
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Sensors and MEMS
Analog Devices MEMS accelerometer and gyroscope solutions provide designers with discrete components and plug and play iSensor® MEMS subsystems. Our iSensor MEMS IMUs are highly integrated, multiaxis solutions that combine gyroscopes, accelerometers, magnetometers, pressures sensors, and additional technology for multiple degrees of freedom applications under dynamic conditions. Download our technical articles and read our customer success stories to discover how we are efficiently and reliably addressing today’s complex application requirements.
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Analog Magnetometer
Analog Magnetometer for very low magnetic fields. Measuring range: ±20 G. The solenoid-Tester detects magnetic fields by LED or buzzer.
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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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3-axis Magnetic field Sensor
FLC3-70
Compact, low-power, 3-axis fluxgate magnetometer for the measurement of weak magnetic field down to nanoteslas. Due to its rugged design and extended operating temperature range suited for automotive and aerospace applications and for deep drilling tools.
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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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Tesla Meters & Adapters
Projekt Elektronik Mess- und Regelungstechnik GmbH
Magnetic field measuring devices, also known as magnetometers or gaussmeters, which we market under the product name Teslameter, together with one of our probes, form the individual solution for a measurement task. The basic principle at Projekt Elektronik is the modular structure, which allows the combination of different probes with a magnetic field measuring device. This means that our components can be flexibly adapted to the respective requirements. A great advantage for the everyday practice of our customers.
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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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SparkFun Triple Axis Magnetometer Breakout
MLX90393 (Qwiic)
It's time to start utilizing the superior magnetometer, and what better way than to throw it onto an easy-to-use breakout board? The SparkFun MLX90393 Magnetometer Breakout is a triple-axis magnetic sensor board capable of sensing very small fields, while still behaving as one would expect during saturation in larger fields (like a nearby magnet). The MLX90393 breakout can be used as a compass sensor but also works well as a non-contact controller, a flow meter with a magnetic impeller, or a linear actuator position sensor. To make it even easier to to get your readings, all communication is enacted exclusively via I2C, utilizing our handy Qwiic system. However, we still have broken out 0.1"-spaced pins in case you prefer to use a breadboard.
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Biomagnetic Devices
Electrical measurements of physiological potentials are well established in clinical diagnostics. The flow of an electrical current creates a corresponding magnetic field. Thus bioelectric activity will generate biomagnetic fields. These fields can be detected with Tristan SQUID magnetometers. For many of the classical electrical techniques such as ECG and EEG, there are corresponding magnetic techniques (magnetocardiography or MCG and magnetoencephalography or MEG). In some cases (magnetopneumography, hepatic iron store measurements, intestinal ischemia, peripheral nerve and muscle activity), there is no corresponding electrical technique and biomagnetic measurements offer unique measurement capabilities. Unlike CT or MRI imaging which yield structural information, biomagnetic measurements offer real-time functional imaging.
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Miniature Magnetic Field Sensor
FLC 100
Complete miniature fluxgate magnetometer can be used in any application where the sensitivity of Hall- or MR-magnetometers is not sufficient, e. g. measurement of the earth's field, detection of AC field from power lines, vehicle detection, compass navigation, and many others. Due to its low price and low power consumption ideally suited for multi-sensor array systems.
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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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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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Pulsed High Field Magnetometer
TPM
This is the equipment evaluating the magnetic properties of rare-earth such as Js, Jr, Hcb, Hcj, (BH)max, HK and SR etc.
