4564-102K

Fixed inductors are components of an electrical circuit, which consist of a conductor – usually a coil with a core of ferromagnetic material. This core can be air or an insulated material, and it usually partitions the current in two directions. This creates a changing magnetic field which induces a voltage in the conductive material, thus, creating an inductor.

The 4564-102K fixed inductor is a watertight 10-pin electrical component, which is capable of efficient performance even in extremely wet environments. The inductor has a 0.7μH to 2MHz frequency range and can be used for a variety of applications. It is constructed out of molded plastic that is both steam and rain-proof, while its core is made of high-quality stainless steel that is designed to withstand the elements.

The 4564-102K is an excellent alternative to ceramic and ferrite cores due to its ability to handle high-current applications. It is also able to provide excellent voltage stability, which makes it particularly suitable for medical applications. Additionally, the inductor can be used in military, automotive, and medical applications to meet tight temperature and power tolerances.

The 4564-102K application field is broad, as it can be used in many electronics projects across various industries. It is commonly used in radios, amplifiers, and motors to add inductance for filtering and controlling the amount of electrical current. In medical applications, the 4564-102K inductor is used for cardiac monitoring, pacemakers, and imaging systems.

The principle of the 4564-102K inductor is based on the inductance principle, and involves the principle of self-induction. This phenomenon occurs when a changing magnetic flux linkages with a conductor or coil, inducing a voltage across the coil. This is known as Faraday’s law, named after English scientist Michael Faraday, who discovered this principle in 1831.

The 4564-102K fixed inductor uses this principle to provide energy storage and surge protection. It does this by creating a magnetic field around itself as electricity passes through its coils. By doing this, the inductor is able to store and transfer energy in the form of electromagnetic fields, while also providing surge protection on electrical circuits.

Overall, the 4564-102K fixed inductor is a versatile and effective component, with a wide range of applications across various industries. It has excellent voltage stability and, thanks to its robust construction, it is watertight and can withstand high-current applications. Furthermore, it relies on the self-induction principle to provide efficient power storage and transfer, making it a great choice for many digital and analog circuits.