BFC236863184

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Film capacitors, also known as plastic film capacitors, are comprised of non-polar polyalkene, polypropylene, or polyester films that are then typically used together with metal-foil electrodes. The dielectric layer, used as an insulation medium, can be impregnated with an organic liquid, usually a mixture of oil and dry resin. The plastic film provides a high-dielectric strength and dielectric loss for the capacitor. This superior dielectric strength and dielectric loss makes film capacitors highly capable of obtaining stable operations in hi-frequency applications. The BFC236863184 application field and working principle is an important factor to consider when selecting the right capacitor for the job.

BFC236863184 is a film capacitor featured with a dielectric known as PET (polyethylene terephthalate), and its dielectric medium consists of two metalized electrodes. The electrode materials it uses are aluminum for the inner metal layer, and copper for the outer one. These electrodes are responsible for making contact with the capacitor’s terminals, which are connected to the terminals of the power or signal source. During application, these terminals transfer current between the source and the capacitor, resulting in a charge transfer.

The capacitor typically acts as a filter and works by storing electrical energy, resulting in the attenuation of high frequency signals. The applied voltage influences the distribution of charge and sets up capacitance in the circuit. Once the capacitor reaches its DC rated voltage, the capacitance remains constant during operation. The working principle of a film capacitor is determined by its specific capacitance, and this value is often given in micro Farads (μF). The value of the capacitance is usually lower at higher temperatures, and higher at lower temperatures.

BFC236863184 is used in many different industries and applications, especially across the computing and medical fields. The computing field includes its use as a power supply stabilizer for motherboards, and as an efficient electrical noise reduction component in computers, phones, tablets, and other modern electronic gadgets. In the medical field, the capacitor is commonly used to increase signal amplitudes in medical imaging devices, such as CAT scans and X-ray machines.

The capacitor is also suitable for use in high frequency communication systems for frequency shift keying and digital modulation. Moreover, its application can also be found in various radio broadcast services and precision meter measurements. Additionally, the capacitor can be used in power supplies for LED lights, electronic ballasts, and rectifier circuits.

In conclusion, BFC236863184 is a film capacitor that can be used in a wide range of applications due to its dielectric properties and capacitance value. Its wide applications include computer, medical, broadcast, and other fields. The working principle of this capacitor involves a charge transfer between the source and the capacitor, stored through the dielectric medium of PET. Ultimately, the capacitor is capable of providing stable operations and reliable performance in high-frequency applications.

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