CM05CD080DO3

Mica and PTFE Capacitors

The CM05CD080DO3 is a mica and ptfe capacitor, and is a type of electrochemical device that is widely used in many electronic applications. It has a self-healing polymeric layer that allows it to be used in high-voltage applications, and its tolerance for continuous use makes it a popular choice for many applications. This article will discuss the application field of the CM05CD080DO3 and its working principle.

Application Field of the CM05CD080DO3

The CM05CD080DO3 is suitable for a wide range of applications, including power supplies, DC-DC converters, high voltage power supplies, inverters, AC/DC motor controls, and many other switch-mode power supply systems. It is also popularly used for medical and industrial applications, and can handle high surge current and pulse power applications. The CM05CD080DO3 is commonly used in applications where miniaturization, high voltage, and high surge capability are of paramount importance. It is also suitable for electromagnetic interference (EMI) applications.

Working Principle of the CM05CD080DO3

The CM05CD080DO3 is a mica and ptf capacitor, meaning it contains two different layers of ceramic material that are separated by a dielectric material. The first layer is a thin layer of Ptfo (polytetrafluoroethylene) that forms a dielectric layer, which is then layered on top of a mica layer. The mica layer increases the capacitance of the device and also acts to provide an additional layer of insulation. The Ptfo layer is particularly effective when used in high-voltage applications due to its dielectric strength. When electricity passes through the device, the layers of ceramic and Ptfo alternate in their ability to store and release energy, allowing the capacitor to behave like a spring, releasing energy in response to a reverse potential.

The layered structure of the CM05CD080DO3 also provides it with a high degree of stability, which is important for applications that require precise voltage regulation. The device is also suitable for use in a wide range of temperatures, with operating ranges from -45 to 85°C, and stable performance even in extreme conditions.

Conclusion

The CM05CD080DO3 is an excellent choice of capacitor for many electronic applications due to its high voltage capability, high surge current ratings, and excellent tolerance for continuous operating conditions. Its working principle takes advantage of the layered ceramic structure of the capacitor, allowing it to behave like a spring in response to a reverse potential. With its high degree of stability and temperature range of -45 to 85°C, the CM05CD080D03 is a valuable addition to many electronic applications.