4590R-103K

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Fixed inductors are components that store electrical energy in its magnetic field. They are important components found in all types of electronics, from consumer electronics, cell phones, computers, medical equipment, automotive, to military communication and satellites. They are also used in everyday items such as radios and televisions.

The 4590R-103K is a common fixed inductor often used in applications requiring high current capability and a low profile. It is described as a fixed ferrite inductor with a radial coil. The coil is self-supporting – eliminating the need for external support or clamps. Generally, these types of inductors are used when a very low resistance level is needed or ultra-low noise performance is required.

The 4590R-103K is designed to operate at frequencies up to 8 GHz, a range far beyond the frequency of a single radio transmission. It is a high-current, low-frequency device with a nominal inductance of 10 µH. It has a tolerance of ±25% and a confirmed temperature coefficient of ±200 ppm per degree Celsius.

The 4590R-103K can be used in a variety of applications in which a fixed inductor is needed, including in RF, cellular, and automotive-related applications. It is also a widely used component in televisions, radios, and other types of consumer electronics. One example of an application in which the 4590R-103K is used is in a cellular antenna system.

The working principle of the 4590R-103K is based on the principles of electromagnetic induction. It is a device that stores energy in a magnetic field, and when a current is passed through it, the magnetic field reaches its peak value and the energy stored in the field is released. This energy is released as energy in the form of electromagnetic waves that can then be used for various types of applications.

In conclusion, the 4590R-103K is a fixed inductor used in a variety of applications, most notably in cell phone antenna systems and other consumer electronics. Its design is based on the principles of electromagnetic induction, and it is capable of operating at frequencies up to 8 GHz. Its high current capability and low profile make it ideal for use in applications requiring ultra-low noise performance.

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