SFJEL2K00472MX0

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Feed-Through Capacitors

Feed-through capacitors, such as the SFJEL2K00472MX0, are electrical components used to pass a current from one circuit to another while also providing shielding from electromagnetic interference (EMI). Feed-through capacitors come in two types—Y-type capacitors and X-type capacitors—which are used for their specific application purposes. The SFJEL2K00472MX0 feed-through capacitor is an X-type capacitor.

How do Feed-Through Capacitors Work?

Feed-through capacitors work by passing an electrical current from one circuit to another while also providing EMI shielding. The capacitor acts as a bridge between two circuits, allowing the current to pass from one side to the other, while simultaneously blocking any outside interference.

Advantages of Feed-Through Capacitors

Feed-through capacitors offer numerous advantages. For example, they provide electrical isolation between two circuits, eliminating the need for additional isolation components. Additionally, feed-through capacitors are very small and can usually fit in a single device, saving space and reducing costs. Furthermore, they are extremely electrically robust, allowing them to withstand hectic environmental conditions.

Applications of the SFJEL2K00472MX0 Feed-Through Capacitor

The SFJEL2K00472MX0 feed-through capacitor is a type of X-type capacitor. It is commonly used in high-frequency applications, such as signal transmission and telemetry. This particular capacitor has a low capacitance and a high resistance, making it ideal for EMI suppression applications such as radio frequency interference (RFI) suppression. It is also used in medical applications, such as MRI and EEG machines.

Conclusion

Feed-through capacitors, such as the SFJEL2K00472MX0, are an invaluable piece of equipment used in a variety of applications. They can be used to pass a current from one circuit to another while simultaneously providing the necessary EMI shielding to reduce interference. Additionally, they are very small, space-saving, and electrically robust, making them perfect for use in many high-frequency, medical, and automotive applications.

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