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Fixed Inductors

An inductor is an electrical component which stores energy in an electromagnetic field when a current passes through it. A fixed inductor is one whose inductance cannot be changed, and is typically used to provide a constant inductance for a certain frequency. One such example of a fixed inductor is the LGJ10145TS-470M1R4-H.

Application Field

The LGJ10145TS-470M1R4-H fixed inductor is a high voltage wire-wound inductor designed for use in radio frequency (RF) applications. It is typically used in the power supply stage, where it can provide a constant frequency for a higher output voltage than is possible when using a traditional inductor. It is also used in automotive and telecommunications applications.

Working Principle

The LGJ10145TS-470M1R4-H fixed inductor works by providing a constant inductance for a given frequency. This is achieved through its wire-wound construction, which consists of a coil of high quality copper wire wound around a magnetic core. When current is applied to the windings, an electromagnetic field is created, which then reacts with the core to create an inductance. This inductance will remain constant regardless of the frequency or current applied to the coil, making it ideal for applications where a constant voltage output is required.

The LGJ10145TS-470M1R4-H fixed inductor is an essential component of many electronic devices, such as power supplies, amplifiers, motors and generators. It is an energy efficient and reliable component that is capable of providing a consistent inductance over a wide range of frequencies. Furthermore, due to its high voltage wire-wound construction, it is also suitable for high-power applications, such as RF amplifiers and power supplies.

Conclusion

The LGJ10145TS-470M1R4-H fixed inductor is a useful high voltage wire-wound component designed for use in RF and automotive applications. Its constant inductance makes it ideal for providing a consistent output voltage for a given frequency and makes it suitable for a wide range of applications. Furthermore, its energy efficient design makes it an ideal component choice for many electronic systems. It is a reliable and cost effective solution for high-power applications.

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