160R-124JS

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Fixed Inductors are essential components in electrical equipment involving high frequency applications. The 160R-124JS model is a commonly used type of fixed inductor, providing customers with convenience in a wide range of uses. In order to better understand its application field and working principle, this paper will present a comprehensive analysis.

The 160R-124JS is a type of fixed inductor. It is a four-terminal component mainly composed of a ferrite bobbin with windings electrically connected in series or parallel. It has an overall size of 12.7mm with a tolerance of ±2, and is capable of providing customers with an inductance range of 10mH ~ 400mH. This makes the 160R-124JS model suitable for various applications featuring high frequency and especially suitable for smaller circuit designs.

The primary application field of the 160R-124JS fixed inductor is RF circuits. It can be applied for harmonic filtering and suppressing on base transceiver stations and communication systems, as well as in power supplies of modern electronic equipment. Furthermore, it can also be used in PA BTL audio amplifier systems. The 160R-124JS can provide customers with excellent performance, enabling system manufacturers to create a reliable and quality product.

The working principle of a fixed inductor is relatively simple. A fixed inductor, as the name implies, has a fixed inductance value, and is made up of one or more conducting windings. When a current passes through it, the magnetic field generated by the windings induces a counter-electromotive force, opposing and limiting the current flow. This forms a closed loop, known as a choke. Magnetic flux also forms around the core, and the size of the flux is determined by the current flow in the windings. Therefore, the inductance of the fixed inductor can be adjusted by changing the number of windings, the type of core material, or the shape and size of the windings.

There are several factors to consider when selecting a proper inductor for the applications mentioned above. Firstly, the environmental temperature range must be taken into account and the rated temperature to be within the specified range. Secondly, the AC current rating must also be taken into consideration, as this affects both the performance and reliability of the system. Thirdly, the DC resistance of the inductor must be taken into account, as it affects the current through the inductor and also the power dissipation. In addition, the core material or core shape of the inductor should also be kept in mind to ensure it matches the requirements of the circuit design.

In conclusion, the 160R-124JS fixed inductor is an effective component that can be applied to high frequency circuitry such as base transceiver stations and PA BTL audio amplifier systems. It has an overall size of 12.7mm with a tolerance of ±2, and is capable of providing customers with an inductance range of 10mH ~ 400mH. Careful consideration needs to be taken when selecting a proper inductor for specific applications. The working principle of a fixed inductor is quite simple and consists of one or more conducting windings which form a closed loop known as a choke.

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