BFC238331304

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Film capacitors, or film dielectric capacitors, are passive components used to store electric charge temporarily. They are used in a range of consumer and industrial applications, such as telecommunications, lighting, power supplies, and audio/video systems. The BFC238331304 is a film capacitor designed to perform reliable capacitive energy storage. This article will discuss the application field and working principle of the BFC238331304.

The BFC238331304 is a non-polarized capacitor. Its terminals are located on one side of its metalized polymer film dielectric, maximizing the device’s mechanical stability while impacting its capacitance very little. It has a ratings of 160VAC, 0.15µF, 160pF, and 60MΩ in its temperature range of -30°C to +70°C. This makes it suitable for a wide range of applications where capacitive energy storage is required, such as:

• Signal filtering
• Biasing
• Power supplies
• DC/DC converters
• Lighting systems
• Automotive systems
• AV electronics

The BFC238331304 has a working principle which is relatively simple. It stores electric charge between two metal plates. When a voltage is applied to the device, an electric field forms between the two plates, resulting in the capacitor storing a portion of the energy as a form of electric charge. This charge is held in place by the dielectric material present between the two plates. If the voltage is removed, the charge also disappears.

The BFC238331304 is designed to be a reliable capacitor. It has good self-healing properties, meaning that it can recover from small damages caused by electrical arcs. Additionally, its tight capacitance tolerances ensure that the device provides a consistent and accurate performance. The device also offers a long operational lifetime due to its low dielectric absorption and high insulation resistance.

In conclusion, the BFC238331304 is a film capacitor used in a range of consumer and industrial applications. It has a ratings of 160VAC, 0.15µF, 160pF, and 60MΩ in its temperature range of -30°C to +70°C, making it suitable for applications requiring capacitive energy storage. The device operates on the principle of storing electric charge between two metal plates, and offers good self-healing and long operational lifetime.

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