BFC236651332

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Film capacitors are an important type of fractional capacitor that plays a special role in many electronic equipment. Among them, BFC236651332 film capacitor has become an important part of many electronic devices due to its advanced performance. This article explains the application field and working principle of BFC236651332 capacitors.

BFC236651332 film capacitors are specifically designed for power electronics and telecommunications. It is mainly used as an active filter for power electronic filters, such as DC/DC converters, rectifiers, inverters, motor controllers, and other electronic equipment. In addition, this film capacitor is also widely used in EMI and RFI shielding. It has high endurability to RF interference and electrostatic interference, and it can provide strong protection for communications equipment.

The working principle of BFC236651332 film capacitors is based on the law of electric charge conservation. In the capacitor, when a positive charge and a negative charge are separately-provided to each side of the alternating thin film, two electric fields can be produced, one inside and one outside. The electric field could applied to the origional electric charge causes the charge to move inside the film, and the corresponding negative electric field is formed outside the film, thus providing stable capacitance. BFC236651332 capacitors are composed of a plastic film medium and electrodes attached to both sides of the film, as well as dielectric materials which have an excellent stability at high temperatures. This kind of capacitor has the features of ultra-small size, high capacity, low dielectric loss, low insertion loss and high DC bias performance.

To conclude, BFC236651332 film capacitor is a powerful tool used in the fields of power electronic and telecommunications due to its advanced performance and stable capacitance. It is mainly used as active filter for power electronic filters, EMI and RFI shielding. This capacitor is composed of a plastic film medium and electrodes attached to both sides of the film, as well as dielectric materials that have excellent temperature stability. The working principle is based on the law of electric charge conservation. Thus, these film capacitors can provide ultra-small size, high capacity, low dielectric loss, low insertion loss, and high DC bias performance.

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