MVEB-254

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The MVEB-254 is an advanced, high-accuracy magnetic field sensor designed for accuracy and reliable field measurements. The MVEB-254 is used for in-field measurement of magnetic fields, such as those generated by static electricity, magnetic fields generated by moving and rotating machinery, electromagnetic radiation, and chemical and biological fields. The sensor is designed to be highly durable and able to withstand harsh environmental conditions.

The MVEB-254 has a wide range of applications, such as in magnetic field research, medical diagnosis, structure and material testing, industrial control, and product testing/verification. It can be used for measuring the strength of magnetic fields in many different environments, including in laboratory settings, in situ field measurements, and even in space. Additionally, it can be used to measure properties of ferromagnetic materials, such as permeability and induction.

The MVEB-254 utilizes a combination of Hall effect and superconducting Quantum Interference Device (SQUID) detection methods. The Hall effect measures the magnitude of the magnetic field directly, while the SQUID method measures secondary effects that are generated due to the presence of the magnetic fields. The Hall effect method provides accurate measurements of low-level magnetic fields, while the SQUID method is capable of accurately detecting even the smallest changes in magnetic fields over time.

The MVEB-254 also offers a digital output that allows for easy data transfer and integration with other systems. This output can be used for data acquisition, calibration, and control applications. Additionally, the MVEB-254 is capable of measuring frequencies in the kHz range, making it an ideal tool for detecting changes in high-frequency fields, such as those generated by motors and transformers.

The MVEB-254 is highly customizable, with multiple sensing fields and sensitivity levels to choose from. It can be configured for single- or multiple-axis measurements, allowing it to be used for both static and dynamic magnetic fields. Additionally, it can be configured with a range of resolutions, enabling it to measure precise magnetic fields. The MVEB-254 is also capable of providing frequency- and time-response measurements, making it a versatile tool for measuring magnetic fields in various situations and environments.

The MVEB-254 is a highly versatile device that can be used for a wide range of applications. Its combination of Hall effect and SQUID sensitivity make it ideal for both low-level and high-frequency field measurements, while its digital output and customizable design make it a great choice for research, medical, industrial, and product testing purposes. With its robust design and wide range of features, the MVEB-254 is an excellent choice for any application where precise and reliable magnetic field measurements are required.

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