CD16FD271JO3

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Mica and PTFE capacitors, such as the CD16FD271JO3, are widely used for energy storage and power conversion within electronic circuits. The CD16FD271JO3 is an exceptionally high-performance part that couples a dielectric mica capacitive element with a polytetrafluoroethylene (PTFE) dielectric layer, offering capabilities that make it ideal for high-frequency ac voltage and current applications. In this article, we will discuss the application field and working principle of the CD16FD271JO3.

Application Field of the CD16FD271JO3

The CD16FD271JO3 is typically used in applications where extremely high dielectric strength is required, such as in filtering applications, pulse timing and time delay lines, and pulse harvesting. It is also used in energy storage applications where the CD16FD271JO3 works to provide a steady supply of electricity to an integrated circuit (IC) during peak load changes. The excellent high-frequency, transient- and temperature-stability characteristics of the CD16FD271JO3 make it suitable for power conversion applications such as DC-to-DC converters, active rectifiers, and active switching circuits.

The CD16FD271JO3 is also well-suited for AC voltage and current measurement applications. Its single-layer architecture is smooth and flat, which enables it to respond quickly to dynamic electrical signals. With an ultra-low impedance and an exceptionally high power rating, the CD16FD271JO3 can be used in applications requiring reliable and accurate AC voltage sensing. Additionally, the CD16FD271JO3 is manufactured for efficient heat dissipation, making it an ideal component for high-power applications.

Working Principle of the CD16FD271JO3

The CD16FD271JO3 uses a mica dielectric for its capacitive element and a PTFE dielectric layer for its epoxy coating. When an AC voltage is applied across the capacitor, an electrical field is generated in the dielectric material, causing polar molecules to move back and forth between the conductive plates of the capacitor. This movement creates an electric field that stores energy in the capacitor. The electric field is sustained by the PTFE dielectric layer, which offers superior dielectric strength and insulation performance.

The CD16FD271JO3 employs a unique construction that allows it to withstand high AC voltages while maintaining low leakage current. This makes the CD16FD271JO3 an ideal choice for applications requiring very low losses of energy. The dielectric material also offers excellent temperature stability, which helps to protect the capacitor from thermal damage and improve its performance.

In addition to its outstanding electrical characteristics, the CD16FD271JO3 also offers an aesthetic advantage through its single-layer construction. Its thin and flat design gives the CD16FD271JO3 superior size-to-capacitance ratio, making it a great choice for applications where space is limited.

Conclusion

The CD16FD271JO3 is a highly versatile mica-PTFE capacitor that is suitable for a wide variety of energy storage and power conversion applications due to its high dielectric strength, excellent temperature stability, and small size. Its single-layer architecture gives it a compact design with low losses even at high voltages. By combining a mica dielectric with a PTFE dielectric layer, the CD16FD271JO3 provides superior performance and reliability.

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