1539M20

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Fixed inductors refer to various kinds of permanent magnets made of metals or nonmetals. 1539M20 is a large category in the field of fixed inductors. Today, let us take a look at the application fields and working principles of 1539M20.

Application field

1539M20 are mainly used in electronic circuits, which can effectively filter the EMI on the power line and effectively suppress the interference from outside. In addition, 1539M20 can also be used in the field of devices, to prevent and protect their own equipment components from EMI, and to avoid mutual interference between different electronic components. Moreover, 1539M20 is often used in the fields of communication, power supply, automobile electronics and many other fields. It can effectively enhance the performance of components and avoid any unstable conditions caused by interference and external sources.

Working Principle

The main principle of 1539M20 is based on the basic principle of electromagnetic induction. When the current flows through the inductor, it generates a magnetic field around the coil, which will generate a voltage between the two ends of the coil. Since there is a certain resistance between these two ends, when a certain amount of current is passed, a certain amount of voltage will be generated. Therefore, the larger the current, the larger the voltage, so as to complete the function of inductor.

Another working principle of 1539M20 is related to the process of radiation of electric field. Facing the change of current frequency, the inductor will radiate an electromagnetic field, and the high-frequency current in the field will be called continuous radiation signal. This process can cause the components of surrounding devices or circuits to receive interference, and thus affect the normal operation of the devices.

Conclusion

1539M20 is a large category in the field of fixed inductors. Its application fields include communication, power supply, automobile electronics, etc. Its main working principle is based on the basic principle of electromagnetic induction and the process of radiation of electric field. Through its strong filtering and suppression of EMI, it can effectively enhance its component performance and avoid unstable conditions caused by interference and external sources.

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