IMS5SWDBH470K65

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Fixed inductors are electrical components typically used together with capacitors in tuned circuits and transformer and reactor circuits, among other electrical and electronic applications. The IMS5SWDBH470K65 is a type of inductive component that uses air as its core material. This makes them able to operate at high frequencies of up to 10MHz, which is an advantage over other inductors which may have higher capacitance but lower frequency performance.

The IMS5SWDBH470K65 utilizes an internal wire loop and ferrite core material which is an iron oxide compound that has been magnetically treated to increase its permeability. This provides a consistent inductive reactance at different frequencies, helping to further increase its use in a variety of applications across many industries. The internal wire loop, or solenoid, is sealed in a non-conductive casing to keep it protected from oxidation or other environmental damage.

The primary application fields for the IMS5SWDBH470K65 are in analog and digital communication systems, signal and power processing equipment, data storage and data systems. Other related applications include power conditioning modules, audio amplifiers, voltage regulators, power supplies, motor controllers, radar and satellite communications. All of these and their related industries utilize inductors in varying degrees of complexity and will likely continue to do so for some time.

The working principle of the IMS5SWDBH470K65 is based on the circuit principle of a parallel LC circuit, which consists of a capacitor and an inductor. When current is passed through the component, the inductor and capacitor both store the current and together form a continuous cycle of energy known as a “Joule cycle”. This cycle of energy is used to create a constant voltage and current flow in the circuit and is manipulated depending on the application.

The IMS5SWDBH470K65 features an impressive operating temperature range of -40°C to +125°C, making it suitable for many challenging environments. Additionally, it has a low DC resistance (DCR) of 1.4mOhm, making it ideal for applications that require low loss currents. It also has a high current handling capacity, up to 2.2A/mm³, making it suitable for many kinds of power-related applications.

In conclusion, the IMS5SWDBH470K65 is a fixed inductor with a wide variety of applications, from analog and digital communication systems, industrial power supplies, voltage regulators, and audio amplifiers, to name a few. It features excellent efficiency and a robust operating temperature range that allows it to be used in the even the toughest of environments. Its operating principle is based on the circuit principle of a parallel LC circuit, allowing it to act as a bridge between two forms of energy in order to create a constant voltage and current flow. It also has a low DC resistance and high current handling capacity, enabling it to be used for many kinds of power-related applications.

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