DPPM16D47K-F

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Film capacitors are dielectric components formed by a very thin non-conductive film that sandwich a conductive metal film. The DPPM16D47K-F is an example of a film capacitor. It features a 16mm diameter and a 47k capacitance.

This type of capacitor offers numerous advantages over other types of capacitors, such as low ESL/ESR, high insulation resistance, stable capacitance over temperature ranges, and no piezoelectric noise, to name a few. It is widely used in a variety of applications ranging from high frequency circuits, power supplies, and signal processing.

The working principle of the DPPM16D47K-F is fairly simple. Two thin films with opposite electrical charges are sandwiched together by two metalized plates. An electric field is established between the plates, which creates a negative charge on one side and a positive charge on the other. This causes a dielectric displacement current to flow between the plates, which then produces a capacitance.

The DPPM16D47K-F can be used in various applications because it has many inherent advantages. It has a high insulation resistance, ensuring that its connection to other components in the circuit remains secure and stable. Additionally, the thin film has excellent dielectric characteristics, meaning it will not be affected by temperature changes. Finally, its small size and low weight allow it to fit into even tight spaces.

In addition to its versatility, the DPPM16D47K-F also offers many other benefits. It is unaffected by vibration due to its robust construction and can offer high capacitance in small packages. Finally, the curvature of the film ensures that only minimal current leakage takes place, thus aiding in system efficiency.

The DPPM16D47K-F film capacitor is an ideal choice for a variety of applications. Its superior characteristics make it suitable to a wide range of high frequency circuits, power supplies, and signal processing systems. Its small size and light weight make it ideal for tight spaces. Furthermore, its high insulation resistance, low current leakage, and stable capacitance over temperature ranges make it an ideal choice for reliable system performance.

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