AX02-301R5

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Fixed Inductors

AX02-301R5 is a type of RF inductor with a wide range of application fields and working principles. It is designed with a low profile of 3.5 mm and a shielded construction that has excellent high frequency performance, low insertion loss, and excellent noise suppression capabilities. It also has the ability to provide isolation between RF and audio signals in a single unshielded housing.

Its application fields are multiple, ranging from wireless communications such as cell phone, Wi-Fi and Bluetooth radios, as well as digital broadcasting and automotive applications. It is also used in various RF measurements, filter design, power optimized wireless networks, and communication systems.

The AX02-301R5 inductor also features a high self resonance frequency, which allows it to perform well in applications where high frequency signals are used. Additionally, it can handle wide range of current and temperature ranges, up to 40A and 85℃, making it suitable for a wide variety of applications.

The working principle of the AX02-301R5 is based on the principle of an inductor. An inductor is an electronic component which stores energy in the form of an electric current, also known as inductance. Inductors work by creating a magnetic field which induces a current in a wire, which then generates an electrical potential difference between the two ends. This potential difference is then used to produce electrical power or to create oscillations in an electrical circuit.

The AX02-301R5’s working principle is based on the same principle of inductance. It is designed to provide high efficiency, low insertion loss, and good noise suppression properties. The RF inductor also features a planar magnetic construction, which helps minimize harm caused to the surrounding by the magnetic field while achieving low power loss.

In summary, the AX02-301R5 is a high performance RF inductor with wide application fields and a good working principle. It is suitable for use in wireless communications, digital broadcasts, automotive applications, and filter design. It is also highly efficient and has a low profile construction for minimal interference and excellent power loss. Its working principle is based on the basic principle of inductors, which is used to store energy in the form of an electric current.

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