MPX155K305H

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Film capacitors are among the most versatile and widely used electrical components in the market. These capacitors consist of two plates of thin plastic film sandwiched between two plates of aluminium, with the two plates separated by an insulating material called a dielectric. The MPX155K305H series film capacitors are ideal for a wide range of commercial applications and offer an exceptional low leakage current compared to other capacitors of similar design.

The MPX155K305H film capacitor’s working principle is based on electric polarization, that is when the applied electric field charges the dielectric to a polarised level. Due to electric polarization, negative charges migrate to one side of the material, while positive charges are attracted to the opposite side of the film. This charge separation creates an electric field across the dielectric, which in turn produces capacitance.

The MPX155K305H film capacitors have a wide range of applications. They can be used in applications such as power supplies, decoupling and filtering, clock and pulse generation, buffer amplifiers and switching circuits. Additionally, MPX155K305H film capacitors are also used for storing and transferring energy between two points, as their construction yields very low losses compared to other types of capacitors.

The MPX155K305H film capacitors are also highly resistant to environmental factors, making them extremely reliable in harsh environments. They are rated to withstand operating temperatures ranging from -25°C to +85°C. The MPX155K305H film capacitors also offer a range of corrosion and humidity resistances, making them suitable for use in corrosive environments.

The MPX155K305H film capacitors provide excellent performance, low cost, and resilience. They are highly reliable, making them an ideal solution for a wide range of applications. Furthermore, due to their low leakage current rated at just 0.30μA, they are an excellent option for saving energy, and can help to reduce power consumption and operating costs in a variety of applications.

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