BFC247946134

Film Capacitors

BFC247946134 is a capacitor technology developed for the purpose of improved capacitor performance. It utilizes three layers of electrically conductive film separated by insulating layers to create a total package that offers higher capacitance, more stable operation, and improved reliability than conventional capacitors. The three layers consist of a bottom anode layer, a top cathode layer, and a binder layer.

Application Field
BFC247946134 capacitors are typically used for power management, frequency control, and voltage stabilization applications. In addition, they offer improved performance characteristics in medical diagnostic equipment, as well as high reliability computing and communication systems.

Working Principle
BFC247946134 capacitors work by utilizing electrical energy to store a charge (or charges) in the form of an electric field. This electric field is created by placing two electrodes (an anode and a cathode) with opposite charges on either side of a dielectric film. When charged, the electric field created by the opposing charges creates a capacitance which can be used to store electrical energy.

This stored energy is then released when needed, which causes a temporary voltage change in the system. This process is known as “charge-discharge cycle” and it is a fundamental process used in most modern capacitor technologies. The charge-discharge cycle allows the user to accurately control the capacitance of the BFC247946134 capacitor and allows for a higher energy storage and effectiveness than traditional capacitors.