SFJEL5000153MX0

Application Field

The SFJEL5000153MX0 is a high quality feed through capacitor designed for high frequency applications. It is used for DC to low frequency blocking and AC line filtering. With a high voltage rating of 4kV, it can be used in high voltage applications. This makes it suitable for applications in the power, telecom, and medical electronics industries.

The SFJEL5000153MX0 is also used for noise and interference reduction. It is highly effective at attenuating both low and high frequency interference. This makes it an ideal choice for applications requiring interference suppression. In addition, it is also used for power line conditioning, AC line filtering, and EMI shielding. This makes it suitable for applications in the automotive, military, aerospace, and white goods industries.

Working Principle

The SFJEL5000153MX0 capacitor utilizes a feed-through design to achieve its high level of performance. Its working principle is based on the connection between two conductive plates. One of the plates is connected to the input or driving voltage while the other is connected to ground. A dielectric material is placed between the two plates. This material provides insulation and allows current to flow between the plates.

When a voltage is applied to the capacitor, an electric field forms between the two plates. This field causes current to flow, which in turn generates heat. The heat generated by this current is dissipated to the surrounding environment. As the voltage increases, more current is drawn, producing more heat.

The electric field also acts as a filter, allowing low frequencies to pass but blocking high frequencies. This makes the capacitor ideal for applications that require interference suppression. Due to its ability to block high frequencies, the SFJEL5000153MX0 is an ideal choice for applications in the telecom and medical electronics industries.

Conclusion

Feed through capacitors are widely used in a variety of applications. The SFJEL5000153MX0 is one of these capacitors. Its wide range of applications and excellent working principle make it an ideal choice for many applications. It is highly effective at attenuating both low and high frequency interference and is suitable for applications in the power, telecom, medical electronics, automotive, military, aerospace, and white goods industries.