PL10114NL

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Fixed Inductors

Inductors are passive two-terminal electrical components used for storing energy in a kinetic form in an electric field. The electrical field will dissipate energy when an inductor is connected to an electrical circuit.

The PL10114NL is a fixed inductor designed for use in a variety of high-frequency applications, such as switching regulators, and DC-DC converters. It is a surface mountable, inductor coil that has a high self-resonant frequency and low current rating. The PL10114NL has a molded construction with a monolithic core and is UL 94V-0 flame-resistant.

Application Field

The PL10114NL is suitable for high-frequency applications with a range of operating frequencies from 1MHz to 20MHz. It is recommended for applications such as:

• Switch mode power supplies
• DC-DC converters
• Power amplifiers
• Vibration sensing circuits
• Communication systems
• Induction heating

Working Principle

The PL10114NL has an internal construction which consists of a metal core, wound wire, capacitor and a cover. The working principle can be explained as follows:

1. Electricity flows through the wire, thus creating an electromagnetic field around the core.
2. The electromagnetic field creates a back-EMF (EMF stands for Electromotive Force).
3. The back-EMF will oppose the flow of current, thus slowing down the rate of current.
4. The capacitor will also slow down the rate of current.
5. The cover will absorb any thermal energy caused by the back-EMF.
6. The back-EMF will eventually reach a stable point, and the current will reach its new, slower rate.

Conclusion

The PL10114NL is a fixed inductor suitable for high-frequency applications. It has an internal construction consisting of a metal core, wire, capacitor, and cover. The core and wire create an electromagnetic field which generates a back-EMF. The back-EMF will slow down the rate of current, and the capacitor and cover will absorb any thermal energy caused by the back-EMF. This inductor is a reliable and efficient device that can be used in a variety of applications.

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