BFC247036153

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Film capacitors, also known as polymer film capacitors, are electronic components that use insulation film as an insulator, with capacitors as the main application components. The BFC247036153 film capacitor is designed for intemperate environment, with large current capacity, small size, high accuracy and no fever. It is widely used in a variety of electrical circuits.

The BFC247036153 film capacitor uses a variety of plastic materials that possess excellent dielectric strength and insulation as the insulating layer. Its advantages include low equivalent series inductance ( ESL), high-frequency characteristics, high-frequency self-resonance frequency, low thermal and moisture absorption, and high temperature and humidity and mechanical shock resistance. The plastic film can accommodate the winding, which changes the plate-to-plate distance to adjust the capacitance of the capacitor. The BFC247036153 film capacitor also features low profile and low leakage current, good self-healing, and good electrical and temperature stability.

The working principle of the BFC247036153 film capacitor is similar to other types of capacitors. It is made of two layers of thin plastic dielectric film and two layers of metal film electrodes. In between, two rolls form the capacitor with a certain distance. The distance between them determines the capacitance of the capacitor. When a DC voltage is connected to the capacitor, electric charges act between the two layers. The capacitance of the capacitor is determined by the specific surface area between the two layers and the gap between them. As the two plates move away from each other, the electric charges increase and the capacitance of the capacitor decreases. Likewise, as the distance between the two plates decreases, the electric charges also decrease and the capacitance of the capacitor increases.

The DC applied voltage in the BFC247036153 film capacitor will cause a gradual decrease in capacitance due to the dielectric loss, so it is important that the voltage is monitored and controlled to ensure the stable operation of the capacitor. In addition, the frequency characteristics vary depending on the thickness and dielectric coefficient of the plastic film, and the thickness of the electrodes cannot be too thin. Generally speaking, the lower the frequency, the higher the dielectric coefficient, the higher the frequency, the lower the dielectric coefficient.

The BFC247036153 film capacitor has a number of unique advantages which make it the ideal choice for a variety of applications. Its small size and low profile makes it suitable for use in tight spaces, and due to its excellent temperature stability, it is ideal for use in high temperature environments. Furthermore, the low equivalent series inductance of the film capacitor means that it can be used in high frequency applications, and its wide temperature range and good moisture and shock resistance ensures that it can withstand extreme conditions.

In conclusion, the BFC247036153 film capacitor is an ideal choice for applications requiring a reliable and high-performance capacitor. Its low profile, low leakage current, excellent temperature stability, wide temperature range, high moisture resistance, and good self-healing capabilities make it a useful and versatile component in many electrical circuits. With its unique features, the BFC247036153 is suitable for a variety of applications ranging from high frequency to intemperate environment applications.

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