CMMJWH

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

With the deepening of optical fiber communication technology, microtube structures and solid-state devices with strong optical radiation and electronic radiation are gradually widely used. The pressure to reduce size and weight while maintaining high performance is tremendous. CMMJWHs, a type of permanent magnetic levitation device, meets these needs. This article will explain the application field of CMMJWH and its working principle.

Applications of CMMJWH

CMMJWHs are widely used in a variety of fields. They are commonly used in precision instrumentation, such as medical and surveillance devices, for vibration and shock isolation. They are also used for vibration isolation of small engines, such as gasoline engines or electric motor drives. They are also used in the production of microelectronic components and in the manufacture of semiconductor materials. In addition, CMMJWHs are used in a wide range of applications in the aerospace, telecommunications, and transportation industries.

Working Principles of CMMJWH

CMMJWHs use permanent magnets mounted on a thin layer of metal to create a electromagnetic field. This field causes a metallic armature to hover in the air, supported by the magnetic repulsion between the permanent magnet and the armature. Therefore, when an object placed on the armature exerts a downward force, the downward force is balanced by the upward force from the permanent magnets, allowing the object to remain suspended in the air without any contact with what is below. This enables CMMJWHs to be used in applications requiring isolation from vibrations and shocks.

The attraction force of a permanent magnets is determined by the strength of the magnetic material it is made from. It also depends on the relative position of the armature and the perimeter of the permanent magnets. By arranging the position of the armature and the permanent magnets and selecting the material of the permanent magnets, it is possible to control the attractive force and, consequently, the amount of vibration and shock isolation required.

Conclusion

CMMJWHs are a type of permanent magnetic levitation device with a wide range of applications. Their working principle utilizes the repulsive force generated between a permanent magnet and an armature to suspend an object in the air, providing vibration and shock isolation. CMMJWHs provide an effective solution to the need for reducing size while maintaining high performance.

The specific data is subject to PDF, and the above content is for reference