FVD36H0105M2L

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Film capacitors are high-performance, reliable, and widely used in various applications, from motor drive protection to filter applications. The FVD36H0105M2L is one such capacitor, offering many advantages over its polymer and ceramic counterparts. It has a long operational life and its low equivalent series resistance reduces losses and enables higher ripple currents. This article will explore the FVD36H0105M2L\'s application field and working principle.

Application Field

Film capacitors, such as the FVD36H0105M2L, are used in a wide range of industries and applications. These capacitors are suited for motor drive protection because of their high pulse stability, high power ratings, and high stability against thermal shocks. Additionally, they are commonly used in the medical industry for life-support equipment because of their enhanced safety features. The FVD36H0105M2L is also perfect for voltage smoothing, power factor correction, noise filter applications, and wave-shaping applications.

Working Principle

FVD36H0105M2L capacitors are made of a polyester material that is baked and coated with a dielectric material. The dielectric material is responsible for the bulk of the capacitance of the capacitor, and is the key element in determining the working principle of the device. The device works by forming a dielectric barrier between two conductive plates.As voltage is applied between the two separate plates, charge is stored at the dielectric material\'s surfaces, resulting in capacitance. The capacitance created by the FVD36H0105M2L is predetermined by the size and thickness of the material and overall area of the plates.

Capacitance is a measure of how much charge can be stored on the dielectric material present between the two plates of the capacitor. When a voltage is applied to the FVD36H0105M2L, the voltage across the plates begins to rise, and a current begins to flow between them. As the current passes through the dielectric material, the stored charge begins to dissipate, thus lowering the effective capacitance of the device.

Once the charge has dissipated, the current decreases and the capacitor is able to store more charge. During this cycle, the voltage across the plates of the capacitor also decreases, until it reaches its initial value. This cyclical process is repeated during the entire time the capacitor is being utilized. This is the working principle behind the FVD36H0105M2L, which makes it an ideal option for many different types of applications.

Concluding Thought

The FVD36H0105M2L is a popular and versatile film capacitor, offering many benefits over its ceramic and polymer counterparts. Its long operational life and low equivalent series resistance make it perfect for motor drives and other high power applications, while its high pulse stability and high stability against thermal shocks ensure its performance in the medical industry for life support systems. The FVD36H0105M2L’s working principle is based on the ability to store and discharge charge, which enables it to operate effectively in many different applications.

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