BFC241866204

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film capacitors, also known as metallized film capacitors, plastic film capacitors, polyester capacitors, or paper capacitors, and stylized as Film Caps, are rotating-electrode capacitors, which use the dielectric film as the medium for their operation. They are constructed utilizing a thin, dielectric film, and are commonly found in electronic circuits and consumer electronic items, such as computers, cell phones, and home appliances.

BFC241866204 is an example of film capacitors. This model is widely used for AC/DC fan, toy motor, security equipment, control equipment, hydraulic engineering, and power equipment. It has a voltage range of 250V AC ~ 500V AC and capacitance of 0.22μF to 0.68μF. This capacitor exhibits excellent self-healing and is highly resistant to heat and has outstanding durability and reliability.

The working principle of a BFC241866204 capacitor is as follows. Metals are arranged into a structure in the shape of zigzags and are alternately connected to each other by connecting bars, and a thin dielectric film such as polyester is disposed between them. When a voltage is applied, the current flows through the metal layers and generates magnetism. Then, the particles of the dielectric film will be pushed out of the field and the gap between the metal layers increases, which allows a large current to pass. On the other hand, if the voltage is removed, the generated magnetism will disappear and the particles of the film will be attracted to the metal layers forming a connection again, preventing further current flow.

In conclusion, BFC241866204 is an example of film capacitors used for many applications such as AC/DC fan, toy motor, security equipment, control equipment, hydraulic engineering, and power equipment. It is composed of thin dielectric film and metal layers. Its working principle is based on the ability of the metal layers to generate magnetism when a voltage is applied, which pushes the dielectric particles away and creates a gap for the current to flow.

The specific data is subject to PDF, and the above content is for reference