MDM-31PL2

MDM-31PL2 is a novel magnetically doped ferrite (MDF) which has been specially designed for non-destructive testing (NDT) applications. It is widely used in medical imaging, automotive maintenance, pipeline and wire inspection, military and aerospace operations, and other industrial applications where high-resolution imaging is critical.The MDM-31PL2 has several features that make it ideal for NDT. It is lightweight and portable, making it easy to carry and transport from one job site to another. It also has high power density, high sensitivity, and excellent imaging resolution. Additionally, the MDM-31PL2 has a low coercivity and an extra-wide working frequency range, making it suitable for a wide variety of NDT tasks.The working principle of the MDM-31PL2 is based on magnetically doped ferrite technology, which uses an applied magnetic field to induce a current in the material. This current is then measured and used to generate an image. The magnetically doped ferrite has a better ability to attenuate signals than traditional NDT systems, which reduces noise levels and ensures high-resolution imaging.The MDM-31PL2 uses a combination of two magnetic fields to achieve the desired imaging resolution. First, a primary magnetic field creates a strong resonance in the magnetically doped ferrite material. This resonance helps to focus the field and reduce noise levels. Second, a secondary magnetic field is used to apply a localized magnetic force to the MDF material, which further boosts the imaging resolution.Additionally, the MDM-31PL2 can be configured to operate in either a passive or active mode. In passive mode, the primary and secondary magnetic fields are generated by an external power source. Alternatively, the MDM-31PL2 can be configured to operate in active mode, where the magnetically doped ferrite is driven by a pulsed electric field. This allows the user to adjust the imaging resolution in real time, providing an even higher level of precision.Overall, the MDM-31PL2 is an ideal choice for NDT applications requiring high resolution imaging. It is lightweight, portable, and has a wide frequency range, allowing it to be used in a variety of industrial and medical applications. Additionally, its magnetically doped ferrite construction increases signal attenuation, reducing noise levels and ensuring high-resolution imaging.