CD30FD392GO3

Mica and PTFE capacitors play an important role in a range of electronic applications from consumer electronics to medical technology. Among these, the CD30FD392GO3 capacitor is a type of mica capacitor, and is designed for operation in both harsh and sensitive environments, as well as for a wide range of applications.

CD30FD392GO3 application field

The CD30FD392GO3 mica capacitor is designed for operation in a variety of environments, ranging from hostile to sensitive. It features a protective coating for use in high temperature or shock environments, along with a temperature range of -40 to +125°C and shock and vibration resistance. Additionally, its flat profile makes it suitable for use in equipment with restricted dimensions or space-sensitive applications.

The CD30FD392GO3 is suitable for use in oscillators, resonators, and other similar frequency applications, as well as audio and video equipment, medical and industrial devices, and telecommunication equipment. It can also be used as a noise filtering device in radio frequency applications, and for digital signal processing.

CD30FD392GO3 working principle

Mica capacitors are constructed from mica sheets or from mica and a metal electrode. The dielectric layers are formed through the process of dielectric deposition, and a metal sheet is placed on top of the dielectric to form the electrode. This allows for improved capacitance and performance.

The CD30FD392GO3 capacitor is a natural-dielectric capacitor, which means that the dielectric material is derived from natural elements. Natural-dielectric capacitors have advantages over other capacitor types, including higher breakdown voltages, lower leakage currents, and improved thermal stability.

The CD30FD392GO3 capacitor also features a protective topcoat, which is a metal-oxide material deposited on top of the metal electrode. This increases the protection of the capacitor from environmental conditions such as shock, vibration and harsh electrical signals. The topcoat is also designed to provide enhanced mechanical and electrical properties.

In conclusion, the CD30FD392GO3 mica capacitor is a superior device for use in a variety of applications from consumer electronics to medical technology. Its protective topcoat and flat profile make it suitable for use in restricted dimensions, while its natural-dielectric construction and protective topcoat provide improved capacitance and performance compared to other capacitor types.