930C1W5K-F

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Film capacitors are electronic components widely used in many industry and commercial applications. The 930C1W5K-F is a specific type of film capacitor particularly suited for a range of electronic applications. This article will discuss the 930C1W5K-F application field and working principle.

The 930C1W5K-F film capacitor is part of the StatCap brand of industrial capacitors. It is a low-voltage design of capacitors rated 2.0VAC with a capacitance of 1.05µF at 25°C. The capacitors have a low inductance and a low ESR. This makes them an ideal choice for high-frequency electronic systems where oscillation effects can be kept to a minimum.

The size of the 930C1W5K-F is small. It has a diameter of just 9.3mm and a height of 10.5mm. This makes it convenient for use in a wide range of space-constrained electronic devices. In addition, the capacitor has a temperature range of -40°C to +85°C which makes it suitable for a variety of applications in extreme temperatures.

The 930C1W5K-F capacitor is suitable for many industrial electronic applications due to its low dVdt and low ESR performance. This type of capacitor is often used in high-frequency circuit designs including LCD displays, medical devices, energy storage devices, power supplies and RF applications. It can also be used in low-noise amplifier designs and high-precision audio circuits. The working principle of a film capacitor is based on its construction. The 930C1W5K-F capacitor is made up of two metal plates with between them a thin plastic film. This film acts as a dielectric and can store electrical charge. The dielectric film prevents the metal plates from touching each other, thus creating an electrical insulation that can store an electrical charge in the form of an electric field.

When power is applied to one of the capacitor\'s metal plates, current will travel through the dielectric film and accumulate. This creates a charge on the opposite plate. The charge on each plate will continue to build until it reaches the maximum level allowed by the capacitor\'s insulation. This process also creates an electric field between the metal plates. This electric field acts as a reservoir for the capacitor\'s stored energy.

When the power is removed, the electric fields between the plates will slowly dissipate, releasing the stored energy. This is why film capacitors are often referred to as "discharge" or "bleeder" capacitors. The most common way to use a 930C1W5K-F film capacitor in an electronic circuit is to place it across two voltage points as a filter or to provide energy storage.

In conclusion, the 930C1W5K-F is a film capacitor with a low voltage rating, low inductance, and low ESR. It is suitable for use in many electric applications due to its small size and wide temperature range. The capacitor\'s working principle is based on the electric field created between two metal plates separated by a thin dielectric film. The capacitor can be used in many circuits as a filter or to provide energy storage.

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