MKT1813433255

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Film capacitors are highly versatile and are widely used in almost all practical applications. They are generally preferred because they are reliable, low profile, size-efficient and versatile. The MKT1813433255 film capacitor is a very popular model that is designed for multiple applications and systems. It is a polyethylene terephthalate, or PET, film capacitor that is ideal for the cost efficient and reliable use in a variety of applications.

The MKT1813433255 film capacitor is designed with a maximum capacitance of 68µF and a maximum voltage of 400V. This capacitor is available with lead lengths from 10mm to 20mm. It is designed with a temperature range of -40℃ to +85℃ for reliable and consistent performance in a variety of temperature environments. It is also designed for use in high and low pulse load applications with a robust 120% current life rating at +85℃.

The MKT1813433255 film capacitor is designed with safety features that are critical for the reliable and safe operation of the device. It utilizes an improved safety-approved design with a voltage surge protection that is certified according to UL1414 standards. The capacitor also features a built-in protection diode to protect the device against short-circuits and over-voltage situations.

The capacitor is designed for a wide range of applications including commercial and medical equipment, automotive electronics, power convertors and lighting control systems. The MKT1813433255 film capacitor is also applicable in a variety of areas including power conversion, pulse modulation, AC filters, noise suppression, coupling/decoupling, surge suppression, and other commercial and industrial uses.

The working principle of the MKT1813433255 film capacitor is based on the idea that energy can be stored in an electric field when voltage is applied. When voltage is applied, electrons gather onto the surface of the dielectric material inside the capacitor. This electric charge builds up until the surface of the dielectric has reached maximum charge, and the capacitor is then considered "fully charged."

When current flows through a capacitor, the opposed charges on the dielectric material cause an attraction between them. This attraction creates a barrier to the current flow, resulting in a decreased current amplitude. This is referred to as capacitive reactance, or capacitance, and is the basic electrical property that makes a capacitor useful in storing and releasing energy.

The MKT1813433255 film capacitor is designed with these principles in mind, providing reliable operation in a variety of application scenarios. The capacitor is designed to provide a long service life with minimal degradation over time. It is also designed to be both cost-efficient and highly reliable for stress-free operation in a variety of applications.

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