BFC233868402

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Film capacitors are widely used in electrical circuits. One of the most popular is the BFC233868402. This capacitor is available with ratings from 0.1uF to 2uF and is constructed using a polypropylene film construction. The dielectric material used is polyethylene naphthenate. Its features make it suitable for use in a wide variety of different applications.

The BFC233868402’s unique characteristics mean that it is a highly reliable capacitor for a wide variety of applications. It is capable of operating over a wide temperature range, from -55°C to +85°C, and its non-polar design can be used with either alternating or direct current. This makes it an excellent choice for power supply applications where a low voltage ripple is essential. It is also highly resistant to vibration and shock, allowing it to maintain reliable operation in demanding industrial and automotive applications.

This capacitor’s construction also provides excellent insulation, meaning it can be used in high voltages circuits without any risk of breakdown or arcing. This is due to the thickness of the dielectric layer which is thicker than most other film capacitors. This high insulation ensures that the capacitor operates with minimal self-inductance, and so it remains stable even at high frequencies. This makes it suitable for applications such as switching power supplies.

In terms of its operation, the BFC233868402 works by storing electrical energy in an electric field between two conductive plates which are each coated on one side by the dielectric material. When the voltage across the capacitor’s plates changes, the electric field between them changes too. This change in the electric field then causes a change in the capacitance of the device, and thus the amount of charge that can be stored increases or decreases depending on the voltage applied.

In summary, the BFC233868402 film capacitor is a highly reliable device, capable of operating over a wide temperature range and providing excellent insulation for high voltage circuits. Its non-polar design makes it suitable for both alternating and direct current, while its construction provides excellent vibration and shock resistance. All of this makes it an ideal choice for power supply, industrial and automotive applications, as well as high frequency switching power supplies.

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