C4BSWBX4150ZANJ

Film Capacitors

Film capacitors are available in a variety of shapes and sizes, and their capabilities are determined by the type of film used and the way they are designed. The type of film used, the size and the design of the capacitor influences the ability of the capacitor to store and hold charge, the voltage it can handle, the temperature range and its insulation properties. The C4BSWBX4150ZANJ film capacitor is a polyester film capacitor which is also known as polyethylene tetrafluoroethylene (PTFE). This polyester film is known for its excellent dielectric properties, low loss tangent and excellent high frequency properties.

C4BSWBX4150ZANJ Application Fields and Working Principle

The C4BSWBX4150ZANJ film capacitor is widely used in various industries due to its exceptional dielectric properties. In particular, it is widely applied within electronic circuits, such as amplifiers and power supplies, where it is often seen as a valuable part of the circuit design. This is due to its excellent ability to handle voltage, temperature range and its insulation properties, meaning that it can provide the necessary power and stability required. When used as a part of a power supply or amplifier, the C4BSWBX4150ZANJ film capacitor acts as a short container that stores electrical energy, enabling it to be used effectively.

The core concept behind the working principle of the C4BSWBX4150ZANJ film capacitor is the capacitance effect. This is derived from an electric field created between two conductive parallel plates, where electrons are attracted to the plate of opposite polarity. As the electric field is established, a certain amount of energy is stored in the electric field. The capacitance effect of the film capacitor is determined by the amount of energy stored per unit of charge, known as capacitance.

The C4BSWBX4150ZANJ film capacitor is designed with different layers, which determines its ability to store charge. The core of the capacitor is the dielectric layer which consists of a thin layer of PTFE film. On either side of the PTFE is an electrically conductive plate, one of which is typically an aluminum plate, and the other one a thin layer of steel. On either side of the plates, an electrically insulating spacer is used to separate the two plates. The interplay between these components and the external electric field is what determines the amount of energy stored and released.

The C4BSWBX4150ZANJ film capacitor is an impressive micro film capacitor that is known for its superior high frequency properties, low loss tangent, temperature range and its excellent dielectric properties. It is able to provide the power and stability required in a variety of electronic circuits, making it a highly sought after film capacitor.