9900-381-6004

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Feed through capacitors, also known as bus bar capacitors, provide power factor correction for alternating current systems. The 9900-381-6004 is an example of such a device. This particular bus bar capacitor is designed to provide a maximum of 6004 microfarads of power factor correction in a very compact package. This capacitor is designed for applications requiring a moderately high dielectric constant, such as reactive power conditioning, harmonic filtering, or voltage regulating.

The main components of a feed through capacitor consist of two large thin plates - in the case of the 9900-381-6004, the plates measure 9.22 inches in diameter and 1.661 inches in breadth. The two plates are separated by high-dielectric-constant materials, such as polystyrene or polypropylene, which acts as the insulating layer between the two plates. The capacitor\'s overall construction is then covered with a robust, tear-resistant, and fireproof polymeric material to protect it from external sources of damage.

The working principle of feed through capacitors is based on a basic physical relationship between conductivity and capacity. As the alternating current passes through the plates, it produces an electromagnetic field that induces a capacitive charge on the dielectric material. The magnitude of the capacitive charge is dependent upon the size of the plates, the thickness of the dielectric material, and the alternating current frequency. Essentially, the larger the alternating current frequency, the greater the capacitive charge generated.

Feed through capacitors are used in various applications because they are capable of providing accurate and consistent power factor correction, regardless of the size of the system. They also provide excellent electromagnetic compatibility and noise reduction, as well as improved power quality for sensitive electrical systems. When used with high-frequency, high-voltage systems, they can help stabilize voltage and reduce harmonic distortions in the electricity supply.

The 9900-381-6004 capacitors, for instance, are often used in the aerospace industry for high-current, low-voltage applications, such as power conditioning, harmonic filtering, and voltage regulation for power electronic systems. They are also frequently used in the automotive industry for CVT, variable transmission, and hybrid power systems. Furthermore, they are used in DC and AC motor applications, high-power LED lighting and power electronics.

In conclusion, the 9900-381-6004 feed through capacitor provides a reliable and efficient solution for power factor correction in a variety of applications. It is a reliable and cost-effective alternative to other power factor correction systems, and its robust design ensures a long service life. With its high-dielectric-constant design, this capacitor is able to provide consistent power factor correction and improved power quality, while reducing harmonic distortions in the electricity supply.

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