5500R-564J

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Fixed inductors are passive components that are used to store energy in the form of a magnetic field. They are typically found in applications such as filtering, impedance matching, and resonant circuits. In particular, the 5550R-564J fixed inductors are commonly used in these type of applications for their high frequency performance, high power ratings, ultra-low profiles, and wide ranges of inductance values.

The primary purpose of fixed inductors is to inhibit the flow of electrical current through a circuit. Since they can store energy in the form of a magnetic field, they offer a degree of impedance, or resistance, to the flow of current. This, in turn, reduces the amount of electrical energy that can be delivered to the components downstream in the circuit.

The physical construction of the 5550R-564J fixed inductors is designed to achieve their desired purpose. The inductor is composed of a cylindrical coil of copper wire, wound around a sealed ferrite or powdered iron core. This combination results in a product which offers high energy storage, high efficiency, high permeability, and minimal power losses. The 5550R-564J inductors have a core diameter of 16.5mm, a height of 10.8mm, and come in a variety of inductance values.

In terms of performance, the 5550R-564J fixed inductors are ideal for high frequency applications. The inductors have a very small self-resonant frequency (SRF), meaning that they can support frequencies up to 11.5 GHz without significantly degrading the electrical signals. This makes them suitable for high frequency communication networks, such as modern cellular networks.

The 5550R-564J induction also offers high power ratings. The inductor’s power rating can differ significantly, depending on its inductance value. For example, a 15nH inductor can handle up to 6.7A of current continuously, whereas a 15µH inductor can support up to 1.2A of continuous current. This makes the inductors ideal for applications which require high levels of power, such as radio frequency applications.

Finally, the 5550R-564J fixed inductors boast ultra-low profiles. With a height of 10.8mm, they are much smaller than traditional inductors, and the small form factor allows them to be used in more cramped spaces. The ultra-low profile construction also makes them relatively resistant to vibration, which can be caused by external sources, such as motors, or other moving parts.

In conclusion, the 5550R-564J fixed inductors are the ideal choice for any application requiring high frequency performance, high power ratings, ultra-low profiles, and wide ranges of inductance values. With their robust physical construction, high electrical efficiency, and minimal power losses, they are sure to provide reliable operation for many years to come.

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