BFC237513303

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Film capacitors are widely used for motor control, AC motor start, and SCRline filter applications. The BFC237513303 film capacitor is capable of withstanding tremendous amount of voltage and current, making it an ideal choice for harsh environment industrial applications. In this article, we discuss the advantages of the BFC237513303 film capacitor in various applications and its working principle.

Features of the BFC237513303 Film Capacitor

The BFC237513303 is an interactive series of capacitors with both high current and high voltage ratings. It is designed for use in harsh environment industrial applications. The device features an epoxy-molded, long-term durability construction. The terminals are constructed with a zinc alloy plating for extra corrosion protection.

The BFC237513303 film capacitor provides very low leakage characteristics and a higher capacitance than comparable ceramic capacitors. It is available in several voltage and capacitance ratings such as 350VAC and 440VAC. The capacitance also has several available ranges starting from 3.3uF up to 40uF.

Applications of the BFC237513303 Film Capacitor

The BFC237513303 film capacitor is a great choice for motor control applications. It is designed to handle high voltage levels and prevent arcing due to the inductive environment. The device also delivers a very low differential mode current, reducing the amount of energy required to power the motor. Additionally, the capacitor has an excellent noise reduction capability, providing clean and consistent power to the motor.

It is also used in AC motors. The capacitor is rated at 350VAC and 440VAC, allowing it to easily withstand the high voltage involved with AC motors. Its high capacitance levels make it ideal for providing the necessary power to start the motor from its standing position. It is also capable of filtering out electrical noise from the system to ensure consistent operation.

The BFC237513303 film capacitor is also used in SCR line filters. It is designed to reduce the peak voltage spikes that occur in the SCR circuit during the commutation period. The device has very low impedance values which decrease the amount of losses during operation. Additionally, its high breakdown voltage helps prevent arcing inside the SCR circuit.

Working Principle of the BFC237513303 Film Capacitor

The BFC237513303 film capacitor utilizes a metallized polypropylene film technology. The metallized film consists of several thin layers of dielectric material that are coated with metal particles. This metallized film behaves like a large plate capacitor, with one of the plates being the metallized layer and the other plate consisting of the ground plane. The dielectric functions as an insulator between the plates, preventing any current from flowing between them. This large plate capacitor can store a large amount of energy and is able to quickly discharge it when needed.

The BFC237513303 film capacitor is designed with several terminals that are connected to small capacitors on the exterior of the device. These capacitors are connected in parallel and are charged when a voltage is applied. As the voltage begins to increase, the small capacitors start to charge and reach their peak voltage faster than the ground. This causes a large amount of energy to be transferred to the ground, which helps reduce the peak voltage spikes in an SCR circuit.

Conclusion

The BFC237513303 film capacitor is an excellent choice for harsh environment industrial applications. It is capable of handling high voltage and current levels, making it ideal for motor control, AC motor start, and SCR line filter applications. The device is constructed with an epoxy-molded design and zinc alloy plating for added corrosion protection. Additionally, it features very low leakage characteristics and a higher capacitance than comparable ceramic capacitors.

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