BFC237530363

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Film capacitors are electronic components used in a variety of applications for a range of purposes such as power conditioning, filtering, filtering harmonic contents, transient voltage suppression and providing decoupling. The BFC series of film capacitors is a popular design and can be found in all sorts of different electronics. The BFC series of capacitors is notable for its low ESR, high insulation resistance, large temperature range, and high self-healing ability.

In terms of design, BFC series capacitors utilize PEN(Polyethylene-naphthalate)/PP film as the core material which guarantees a high dielectric strength. The BFC series of capacitors are constructed with self-healing properties that can restore original capacitance to some extent after sustained overvoltage damage. In addition, each unit in the BFC series is awarded an IP rating to ensure that it is suitable for use in a variety of environments and maintain both its electrical properties and safe operation.

BFC237530363 is a popular capacitor used in many applications. It features a voltage rating of 450VAC and has peak reverse voltage of 1200V. This capacitor features a tolerance of ±20% and brings low ESR across its operating temperature range. Additionally, BFC237530363 also has a Power Factor of >0.90 when connected at 450VAC.

In terms of applications, BFC237530363 is effective in electrical conditions with relatively high ripple current and large inrush-current and it can be used in general-purpose filtering or decoupling for DC or low-frequency AC applications. It is also suitable for medium to high voltage DC smoothing circuits and power conversion systems.

In terms of its working principle, film capacitors are basically capacitors that use metal or plastic film as the dielectric material. This type of capacitor works by forming a dielectric barrier between two conductive surfaces, effectively blocking any current from passing through. This creates an electric field between the two conductive surfaces which then stores energy in the form of an electric field. When the electrical current passes through the capacitor, the electrical energy stored in the capacitor is converted into heat, light or sound.

The construction of BFC237530363 involves a process where two plates, or conductors, of different materials are separated by a film of dielectric material. The electrical current which passes through the capacitor builds up an electric field across the dielectric material and creates a potential difference, or voltage, between the two plates. This potential difference creates a capacitance, i.e. the value of energy that can be stored in the capacitor.

The capacitance is what determines the amount of energy stored in the capacitor and is measure in Farads (F). BFC237530363 is rated at 0.047μF with a tolerance of ±20%. As such, it is capable of storing 0.047 micro farad of energy. This capacitor is rated at 450VAC, meaning that it can store energy up to 450 volts.

To summarize, the BFC series of film capacitors is a popular design which is used in various electronic equipment due to its low ESR, high insulation resistance, wide operational temperature range and self-healing properties. In particular, the BFC237530363 capacitor is a versatile device which is suitable for general-purpose filtering, decoupling and medium to high voltage DC smoothing circuits. This capacitor works by forming a dielectric barrier between two conductive surfaces, effectively blocking any current from passing through. This creates an electric field between the two conductive surfaces which then stores energy in the form of an electric field.

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