SFSTC5000221MX0

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Feed Through Capacitors

Feed Through Capacitors, also known as transit capacitors, can be thought of as a capacitor connected directly or via the transmission line to the AC power source. This type of capacitor offers high insulation resistance and a low dissipation factor, making it ideal for high frequency applications. The SFSTC5000221MX0 is a feed through capacitor that offers drainage isolation, greater than 40 dB, up to 10 GHz.

Applications of SFSTC5000221MX0

The SFSTC5000221MX0 is an ideal capacitor for high frequency applications, such as RF communication and antenna systems because of its high insulation resistance. It is also used in power lines, light equipment, and industrial and medical equipment. The capacitor also provides high power handling capacity and linearity.

Working Principle of SFSTC5000221MX0

The SFSTC5000221MX0 is made up of two ceramic dielectrics which are connected with an inductor that functions as a feed-through. The feed-through low pass filter effectively blocks high frequency signals from entering the power line. The capacitor also prevents signal from leaking out from the transmission line where it is connected, providing excellent isolation properties. The ceramic dielectrics also have a low dielectric loss factor, making it suitable for high frequency applications.

Reliability of SFSTC5000221MX0

The SFSTC5000221MX0 is designed for extended operation in demanding environments. The capacitor has a high temperature range of -55°C to +125°C and superior electrical performance and stability over this range. It also has a tight operating temperature range of ± 0.2°C to ensure reliability and long life.

Conclusion

The SFSTC5000221MX0 feed through capacitor offers excellent isolation properties, power handling capacity, and linearity. It is an ideal choice for high frequency applications, such as RF communication and antenna systems. The capacitor has a high temperature range and superior electrical performance and stability, ensuring reliability and long life.

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