FIT106-5-B

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Fixed inductors are electronic components that generate a magnetic field when a current passes through them. They are commonly used in a variety of applications, but today we will focus on the FIT106-5-B model of fixed inductors and discuss its application fields and working principle.

The FIT106-5-B fixed inductor is manufactured using special high current wire systems and has a wide range of applications. It is a broad frequency band torque inductor specifically designed for active antenna balun applications. It has a maximum frequency range of 10MHz, a typical inductance of 21.50 uH, and a rated current of 2.50A. Its maximum DC resistance is 0.22Ohm and a typical self-resonance frequency of 14.63MHz.

The FIT106-5-B fixed inductor is mainly applied in active antenna balun applications. It contains silver-plated ferrite in a shielded plastic envelope. It also provides high inductance and low self-resonant frequencies, allowing for precise tuning of the antenna balun, providing the best performance in the antenna system. The magnetic shield prevents the inductor from radiating signals and resist any interference.

The working principle of the FIT106-5-B fixed inductor is based on the Law of Induction. According to the law, when a conductor is exposed to a changing magnetic field, an electromotive force (EMF) is induced in the conductor. The EMF is proportional to the rate of change of the magnetic field, given sufficient time. Thus, when a current passes through the FIT106-5-B, it generates a changing magnetic field, and an EMF is induced in the conductor. This EMF can then be used to power devices, such as active antennas.

The FIT106-5-B fixed inductor is a versatile, efficient, and reliable component for use in a variety of applications. Its economical price makes it a cost-effective solution for active antenna balun applications. Furthermore, its high accuracy ensures that the antenna system performs at its best. Therefore, it is an excellent choice for all types of electronic systems that require precise control over the magnetic fields generated.

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