MKT1813415636

Film capacitors are widely used due to their relatively high dielectric constants and their ability to accommodate a wide range of temperature ranges. In addition, they have excellent insulation properties and a wide range of applications. The MKT1813415636 is a high frequency, low impedance, low capacitance, high reliability film capacitor with temperature operating capabilities up to 155°C.

The MKT1813415636 has a sleeve construction to prevent contact between two adjacent leads, isolation from vibration, and to provide excellent protection of the capacitance against accidental short circuits. The sleeve consists of two sheets of polyethylene (PE) film with 0.1mm thickness. The body is then soldered together creating a robust and reliable construction.

The MKT1813415636 is used mainly in high frequency applications. It is commonly used in high frequency LED lighting, communication equipment, automotive power management, and other high frequency applications. Furthermore, this type of capacitor provides a high level of tolerance, enabling it to run efficiently for long periods of time.

The working principle of the MKT1813415636 is relatively simple. The capacitor is made up of two parallel plates of conductive material, separated by a dielectric material such as PE. When an electric field is applied to the plates, an electric current is generated, which causes a depletion of the electric field\'s lines of force, resulting in a storage of electrical energy. When the electric current is then removed, the electric field returns to its original intensity, and the stored energy can be then released.

Due to its reliable design, the MKT1813415636 provides excellent performance in both high frequency and low frequency applications. Furthermore, its excellent insulation properties and ability to withstand temperatures up to 155°C make it an ideal choice for applications such as LED lighting and automotive power management. It is safe to say that the MKT1813415636 is an excellent choice for a wide range of applications.