AIML-1206HC-100M-T Inductors, Coils, Chokes

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Fixed inductors are electrical components used in various applications, such as to provide a constant current and to filter out noise. The AIML-1206HC-100M-T is one example of a fixed inductor, which is used in a wide variety of applications. The purpose of this article is to provide an overview of the AIML-1206HC-100M-T, including its application field and working principle.

Application Field

AIML-1206HC-100M-T is mainly used in signal processing and broadband communication. This inductor can transmit and receive high-frequency signals over long distances and can provide power for uplinking and downlinking. In addition, it provides superior protection against electromagnetic interference, further improving its suitability for signal processing and communication. This particular inductor is also used in filters, providing the necessary impedance stability for improved filter performance.

Working Principle

AIML-1206HC-100M-T is a fixed non-inductive inductor, meaning that its inductance is not affected by changing currents and voltages. This is due to its construction as an air-coil core wound within a ferrite case, allowing it to maintain the same inductive value regardless of changing current inputs. This inductor operates by taking alternating currents (AC) and converting them into direct currents (DC), essentially storing energy in its winding so that current can be sustained even in the delivery of intermittent signals. Due to the high impedance values of this inductor, it can be used as a filter in signal processing or communication systems, allowing only desired frequencies to pass through while rejecting others.

Conclusion

The AIML-1206HC-100M-T is a fixed non-inductive inductor with a variety of applications. It is widely used in signal processing and communication systems due to its superior noise filtering and power supplying capabilities. This inductor is constructed as an air-coil core wound within a ferrite case which enables it to maintain its inductive values regardless of changing currents, making it an ideal choice for filtering applications. We hope that this article has provided an informative overview of the AIML-1206HC-100M-T for those looking for a fixed inductor with these unique capabilities.

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