AIRD-03-560K

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Fixed inductors are passive electronic components that are designed to store electric energy primarily in the form of magnetic fields. The AIRD-03-560K belonging to this category is an application specific radial-lead component which is designed for use in various electronic circuits. It is compatible with multiple frequencies and is commonly used in applications such as medical equipment, digital home appliances, and communications systems.

The AIRD-03-560K is constructed from soft magnetic ferrite material and utilizes high dielectric coating. It has an inductance of 5.6 μH, maximum DC resistance of 7.0mΩ, and withstands current of 6.0A. The rated working voltage is 75V DC, while its maximum operating temperature is rated at either 70°C or 85°C depending on the application.

The primary operation of the AIRD-03-560K is based on the principle of inductance. The component’s construction cobination of a metal core and coil of electrically conductive wire form an inductor. Current is supplied to the coil, which in turn creates a magnetic field. This magnetic field affects the current passing through the wire, causing the coil to oppose changes in current flow and thereby limit the current.

The magnetic field generated by the AIRD-03-560K can also be used to produce an electromotive force (EMF). By passing an alternating current (AC) through the coil, the resulting EMF will induce an electric current in the component, which can then be used to power the circuit. This process requires an external capacitor to complete the circuit, as the inductor alone will not generate an electric current.

The AIRD-03-560K is useful for a variety of applications, and is available in multiple configurations. It can be connected in series or parallel for different inductance values, or multiple components can be combined to form a single circuit. This helps to maximize the flexibility of the device and opens up a range of new possibilities for circuit design.

The AIRD-03-560K fixed inductor has a number of advantages over other inductors, including lower operating temperatures, higher current capacity, and better EMI performance. It also has a relatively low DC resistance, allowing more efficient operation at lower frequencies. As such, it is a cost-effective and robust solution for the applications it was designed for.

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