36401E2N4ATDF

Fixed Inductors

Fixed Inductors are integral components of numerous electronics assemblies and machines. They are typically used as a filter, often in an AC-DC power supply, and are designed to reduce interference and limit AC ripple. The 36401E2N4ATDF Fixed Inductor is an example of the type of inductor typically used in commercial machines.

Application Field

Fixed Inductors are typically used in a variety of applications spanning both commercial and industrial sectors. Practically any system that requires electromagnetic interference (EMI) protection can utilize the 36401E2N4ATDF Inductor. They can also be used for decoupling, energy storage, power supply, signal conditioning, and radio frequency (RF) applications, depending on the specifications departments for specific requirements.

Working Principle

An inductor is a passive electrical component that stores electrical energy or current within a coil which then creates a magnetic field to generate the current flowing through itself. In its simplest form, an inductor is simply a wire looped several times and wound around a core, typically made of magnetic materials such as iron or ferrite, though other non-magnetic materials may also be used. The 36401E2N4ATDF Fixed Inductor utilizes an air-core core material and a wire looped several times around it, both of which are designed to provide accurate and reliable performance in various electronics applications.

The 36401E2N4ATDF Fixed Inductor utilizes the concept of a magnetic field to store energy in the coil. As current flows through the coil, a magnetic field is created which pushes against the current, causing a voltage drop within the coil, which in turn can be converted to electrical energy. This magnetic field can then be tuned to specific frequency and voltage requirements, allowing the inductor to be used for a variety of circuit applications.

Conclusion

The 36401E2N4ATDF Fixed Inductor is an excellent choice for a variety of electronic device applications. Its air-core core material and multiple-looped wire configuration provide an efficient and reliable solution for limiting AC ripple and reducing electromagnetic interference. Furthermore, its ability to be tuned to specific frequencies and voltages make it ideal for use in many different electronic applications.