BFC247964624

Film Capacitors can broadly be classified as fixed and variable capacitors. Fixed capacitors vary in terms of their capacitance value, tolerance or temperature characteristics. Variable capacitors are adjustable elements that can accurately control different values of capacitance over an extended range. The BFC247966424 is one of the many film capacitors commonly used in industrial, medical, military and automotive applications.

BFC247964624 Application Field

The BFC247966424 is an extremely robust, highly reliable film capacitor. It offers superior performance even in extreme temperatures and in situations where the capacitance must remain constant. It utilizes a combination of sputtered metalized polypropylene dielectric layers for temperature stability and high current ripple capabilities. This makes it suitable for a wide array of specialized applications where extreme stability and precision are required.

It is specially designed for industrial, medical and automotive applications due to its robust performance in high temperature and large current ripple. It is also capable of delivering high voltage upto 1100VDC. The BFC247966424 is the capacitor of choice for applications that require extreme stability and precision due to its combination of sputtered metalized polypropylene dielectric layers. This makes it an excellent choice for motor control and other applications where high AC ripple currents and/or high temperature are encountered.

The BFC247966424 is also often used in switch mode power supplies and class D amplifiers. In these devices, the capacitor is used to reduce switching noise. The capacitor is also commonly used in automotive applications like power window, power antenna, and audio systems, where it is used to filter out the high frequency ripple currents.

BFC247964624 Working Principle

The BFC247966424 operates by using the combination of sputtered metalized polypropylene dielectric layers to produce a stable and precisely controlled capacitance value. The metalized film layers create a barrier that prevents leakage currents and increases the insulation value. This makes the capacitor ideal for use in situations where capacitance must remain constant despite the presence of large current ripple.

The outer casing of the capacitor is constructed from a moulded plastic material that helps to shield the capacitor from shock and vibration. The capacitor is designed so that it can operate in temperatures ranging from -55°C to +85°C. The insulating dielectric of the capacitor can also withstand a working voltage of up to 1100VDC.

At the heart of the capacitor is the thin conductive dielectric. This dielectric, which is usually made of polypropylene, acts as a dielectric layer to store electrical charge. This layer is sputtered with metal particles to create a thin, uniform and stable dielectric layer that is extremely resistant to heat, moisture and other environmental factors.

When a voltage is applied across the dielectric, the electrons from the metal particles are attracted towards the positive terminal and form a positive charge. This causes the capacitor to build an electrical charge. By controlling the size and shape of the dielectric, the capacitance of the capacitor can be precisely adjusted, which makes it ideal for use in applications where extreme stability and precision are required.

The BFC247966424 is a highly reliable, robust, and temperature stable film capacitor, making it the ideal choice for a variety of industrial, medical, military, and automotive applications.