B85121A2105A250

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Feed Through Capacitors have been used in the electronics industry for decades. They have become an increasingly important tool in applications ranging from microwave communications to grid-tied power systems. The B85121A2105A250 is a type of feed through capacitor manufactured by EPCOS, a world leader in capacitors. In this article, we will discuss its application fields and working principle.

Applications for B85121A2105A250 Feed Through Capacitors

The B85121A2105A250 feed through capacitor is designed for a variety of applications, the most common of which include medium voltage applications, motor control and industrial AC power systems. When used in medium voltage applications, this feed through capacitor is installed in series to correct current unbalances. In motor control applications, the capacitor is used in series with the motor windings to reduce harmonic content. Finally, this capacitor can be used in industrial AC power systems to reduce distortion and increase power factor.

Working Principle of B85121A2105A250 Feed Through Capacitors

The B85121A2105A250 feed through capacitor works by being “tuned” to the specific frequency of the system. This tuning allows the capacitor to reduce harmonic distortion and increase the power factor of the system. The capacitor works by storing energy in an oscillating electric field, which counteracts the voltage waveforms of the system. The stored electric energy is then released, which helps to correct any current unbalances in the system. The main components of this capacitor are the dielectric material, which is typically a barium-titanate ceramic, and the capacitor body.

Installation of B85121A2105A250 Feed Through Capacitors

The B85121A2105A250 feed through capacitor is designed to be installed in a line between two conducting connectors. In medium voltage applications, these conductors are typically flexible conductors, while industrial AC power systems may use rigid conductors. The capacitor must be securely installed and properly grounded in order to properly perform. It is important to check the voltage rating of the capacitor and make sure that it is compatible with the voltage of the system.

Conclusion

The B85121A2105A250 feed through capacitor is a popular choice for a range of applications in the electronics industry. With its ability to reduce harmonic distortion and increase power factor, it is an invaluable tool in any system. When installing one of these capacitors, it is important to consider the system, voltage rating and installation. With proper installation and implementation, the B85121A2105A250 can be a great asset in any system.

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