AIML-0603-R12K-T

Fixed inductors are components that are used in circuits to help store and control energy in the form of electric current. They are used in a variety of applications ranging from consumer electronics to large industrial applications and provide safety and control when it comes to circulating liquids, gases or other media. The AIML-0603-R12K-T fixed inductor is specifically designed for a variety of automation and control applications. It is a shielded power inductor containing 42A7952 material that meets the requirements of EN 55021 CNS 13438.

The inductor body is made up of three parts: aferrite core, a shielded bobbin and a magnetically shielded winding. The aferrite core is a non-metallic, highly durable material that serves as the base of the inductor, providing a stable platform for the winding ferrite to be placed. The shielded bobbin is designed to reduce the electromagnetic radiation that is generated by the inductor and serves as an enclosure for the winding ferrite. The magnetically shielded winding is made up of multiple coils of copper wire that create the inductor and can be wrapped either around the ferrite core or the shielded bobbin.

The AIML-0603-R12K-T is a surface-mount device and can effectively dissipate high amounts of power. It has a low inductance value, which makes it suitable for controlling high-frequency signals and has a rated operating temperature range of -20°C to +105°C. When it comes to the power that can be dissipated from the inductor, it has a maximum rated power of 12K, making it a popular choice for most applications.

The AIML-0603-R12K-T application field and working principle is best summarised as follows:

The AIML-0603-R12K-T fixed inductor is best suited for applications such as electrical control, automation and high-frequency signal control. It is also capable of dissipating large amounts of power and rated with an operating temperature range of -20°C to +105°C. The inductor body is composed of three parts, aferrite core, a shielded bobbin and a magnetically shielded winding. The aferrite core and shielding bobbin are used to reduce the electromagnetic radiation generated by the inductor and the magnetically shielded winding is composed of multiple coils of copper wire which create the inductor.

In addition to application and operating principle, the AIML-0603-R12K-T has other advantages. It is low profile in design, has a low inductance value and effective dissipating capabilities for various power applications. This makes it a great choice for any application requiring the control of high-frequency signals, providing safety and control when it comes to circulating liquids, gases or other media.