WMF05P68K-F

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Film Capacitors

Film capacitors are widely used in many applications, particularly where consistency and reliability are increasingly important. The WMF05P68K-F series of film capacitors are no exception. Using the highest quality standards, the series is specifically designed for audio applications. The ceramic capacitors within the series have a reliable temperature coefficient and low leakage current.

WMF05P68K-F Application Field

The WMF05P68K-F series can be used in various types of audio equipment, including home audio systems, portable audio systems and audio amplifiers. The capacitors are commonly used in combination with other components, such as resistors, diodes and transistors, to formulate a robust and reliable system. As the capacitors come in different sizes and shapes, they can be custom-fitted to any type of audio equipment.

Working Principle

The WMF05P68K-F series is based on the principle of dielectric resonance. This type of capacitor works by creating an air-filled gap between two metallic plates and then applying a variable electric field across this gap. The electric field alters the current flow in the gap, which, in turn, creates a varying capacitance within the capacitor. Through this process, the capacitors can store and discharge electrons and use them to create an electrical current.

The fundamental application of these uniform ceramic film capacitors is for sound production In home stereo systems, amplifiers, and PA systems, the capacitors function as a filter that passes through the audio frequency and filters out all the off-frequency noise, which improves the sound quality.

Physical Structure

The structure of the WMF05P68K-F series is made up of alternating metal and ceramic dielectric layers. The dielectric material used in the series is typically made from aluminum, tantalum or titanium oxide, although other materials can be used. These layers are then sealed together inside the metal housing and vacuum-sealed to create an air-tight container.

The capacitance of the film capacitors is determined by the size and thickness of these dielectric layers, which can be customized to meet specific applications. In addition, these capacitors also feature an L-shaped construction that ensures a low inductance and improves the efficiency of the capacitor.

Conclusion

The WMF05P68K-F series of film capacitors are specifically designed for use in audio applications, offering superior performance and reliability. By using the highest quality materials and exact production methods, the capacitors are able to provide a reliable capacitance and low leakage current. In addition, the construction of the capacitors is also engineered to create a low inductance and improved efficiency. This makes them ideal for use in a variety of audio applications, where precision and performance are key.

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