MKT1813422014G

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Film capacitors, also known as plastic film capacitors, are capacitors composed of a polyethylene film as the dielectric. MKT1813422014G is a type of film capacitor that is notable for its high temperature stability, small size, good safety performance, little distortion, and a wide temperature range. It is a common type of capacitor used in many industries to control and modify electronic signals, making it ideal for sensitive electronic components and multiplex circuits.

The MKT1813422014G film capacitor is designed to operate in extreme temperatures ranging from -25 ˚C to 105 ˚C, withstanding high temperatures up to 125 ˚C with some capacitor ranges. It is a general-purpose capacitor with a low dissipation factor and a superior self-healing ability, making it suitable for use in hifi and audio equipment. It offers a reliable capacitance range from 0.1μF to 22μF with a working voltage of 250V or 400V.

The working principle of this film capacitor utilizes the same principle as any other capacitor. It works by storing electric charges and weakening current flow when two electrodes are connected by a dielectric material. The dielectric material used in a MKT1813422014G film capacitor is usually polyethylene, a plastic-like material. This type of material will protect the capacitor from any sort of physical damage and environmental conditions, allowing it to last longer.

This capacitor is most commonly used in many industrial and consumer applications. It can be found in electric motors, audio equipment, and amplifiers as power filtering devices. It also acts as a low-pass filter to reduce overall harmonic noise in some devices. They are also used in televisions and video equipment, oscillators, rectifiers, and protection circuits. MKT1813422014G film capacitors are also employed in automatic data transmission systems, such as modems and fax machines.

It is extremely popular due to its small size to capacitance ratio. It allows for efficient use of space, which makes it suitable for use in compact and small electronic systems. It is also very reliable and has a very low dissipation factor, making it perfect for high-fidelity audio equipment. In addition, its self-healing ability ensures it maintains its functionality over long periods of time.

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