SFABL5000682MX0

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Feed through capacitors, such as the SFABL5000682MX0, are devices that are designed to attenuate radio frequency (RF) interference in power circuits. Specifically, these feed through capacitors are designed to connect a high frequency (HF) signal source to a circuit without allowing an HF signal to couple onto the power circuit. This connection is made with a single-phase feed through capacitor with a capacitance of 0.0068 μF.

Applications of the SFABL5000682MX0 feed through capacitor include electronic equipment prone to RF interference such as car radios, televisions, medical imaging equipment, and gaming consoles. This feed through capacitor can also be used for communication systems, battery operated systems, and aircraft and automotive applications.

The working principle of the feed through capacitor is relatively simple. RF signals are blocked from entering the power circuit by means of its low capacitance. The SFABL5000682MX0 has a capacitance of 0.0068 μF, which is low enough to prevent HF signals entering the circuit. The feed through capacitor is capable of blocking frequencies up to 2GHz. It functions as a one-way valve, allowing only low frequency signals to pass through the power circuit and preventing any high frequency signals from entering. It also acts as a filter, preventing any noise generated by the power circuit from entering the HF signal.

The SFABL5000682MX0 feed through capacitor also features a high dielectric strength of 3KV (minimum) and a peak current rating of 30 amperes. These features make it suitable for use in applications where high voltage and high current are expected. Additionally, the capacitor is designed to operate over a wide temperature range of -55C to +125C.

In conclusion, the SFABL5000682MX0 feed through capacitor serves a wide variety of applications in the power circuit. It is designed to block RF interference from entering the power circuit while still allowing low frequency signals to pass. The capacitor also features a high dielectric strength and a wide operating temperature range, making it suitable for use in applications that are subject to high voltage and high current.

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