ELC-10D222E

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Fixed inductors, also known as tuned inductors, are highly specialized components used for a variety of applications ranging from noise suppression to electronic wave shaping. The ELC-10D222E, an SMD ceramic antenna-inductor, is commonly used in applications that require a high degree of accuracy and precision. The ELC-10D222E is part of the ELC-Thermosense product line, and is designed specifically for use in high frequency transmissions and reception systems.

The ELC-10D222E possesses several features that make it well-suited for its intended role as an antenna-inductor, including an optimal design structure and effective thermal performance. It has a maximum inductance of 10nH, a resistance of 22 Ohms and a saturation current of 2.2A. Additionally, the ceramic antenna-inductor has an extremely low DCR of only 0.01Ohms, making it an excellent choice for high frequency applications where minimal losses are desired. It also has a high current rating, making it suitable for applications where higher currents are present.

The core of the ELC-10D222E ceramic antenna-inductor is composed of ceramic ferrite material, which contains a combination of Ferric Oxide and other additives, such as manganese. This ferrite core allows the ELC-10D222E to have excellent electrical characteristics, as well as a high Q-factor and a low temperature coefficient of self-inductance. The Q-factor of the ELC-10D222E is 70 and its temperature coefficient of self-inductance is 0.22%. This makes the ELC-10D222E an excellent choice for applications where long-term stability and reliable performance within a wide temperature range are both desired.

The working principle of an inductor is quite simple; coils of conducting material are wrapped around a ferrite core, and when a certain frequency signal is applied, a magnetic field is produced. This in turn induces a voltage that is proportional to the rate of change of the magnetic field. This voltage is then used to create a current, which matches the current of the received signal. This process allows the ELC-10D222E to act as an antenna-inductor, selectively tuning in to desired frequencies and thus allowing a smooth signal transmission.

In conclusion, the ELC-10D222E is a high-precision ceramic antenna-inductor commonly used in high frequency transmission and reception systems. It has a high Q-factor and a low temperature coefficient of self-inductance, making it an excellent choice for applications that require long-term stability and reliable performance within a wide temperature range. The working principle of an inductor is simple; coils of conducting material are used to induce a voltage that is proportional to the rate of change of the magnetic field, thus allowing a smooth signal transmission. As such, the ELC-10D222E is an ideal choice for any application that requires a high degree of accuracy and precision.

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