MKT1820515014

Film Capacitors

Film capacitors, also known as metal film capacitors or polyester film capacitors, are generally composed of a thin film of metal, such as aluminum or copper, deposited on a substrate. The metal film acts as an insulator and is used to store energy in the form of an electrical charge. Film capacitors come in a variety of shapes and sizes and are used in a wide range of electronic and electrical applications.

MKT1820515014 Application Field and Working Principle

The MKT1820515014 is a type of film capacitor used for AC DC power electronics and power supply applications. It is rated at 150V DC and is a surface-mount device. The MKT1820515014 has an operating temperature range of -55°C to + 105°C and is RoHS-compliant. The device has an insulation resistance of 500M ohm min.

The MKT1820515014 is a low-loss film capacitor with a miniature size, higher voltage range, and wide capacitance range. It is ideal for high frequency AC DC applications, such as power supply filtering and power conversion. The MKT1820515014 is also suitable for applications such as RFI/EMI filtering, decoupling, and snubbing.

The MKT1820515014 is a non-polar capacitor and works by storing electrical energy in the form of an electrical charge in the metal film. As current passes through the capacitor, electrical energy is stored in the metal film. This stored electrical energy is then released back into the circuit as the current passes through the capacitor again. This allows the capacitor to act as a filter, smoothing out the AC-DC alternating current.

The MKT1820515014 is a surface-mount device and is generally mounted directly onto a printed circuit board. This allows for a compact and cost-effective assembly. The device can also be soldered or sprayed onto a board for convenience and easier assembly.

The MKT1820515014 is an ideal choice for applications where size, space, and cost are important considerations. The device is also suitable for use in a wide variety of applications, such as power supplies, filtering, decoupling, and snubbing.