CDV30EJ270JO3

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Mica and PTFE Capacitors is a category of capacitors used in a wide range of applications. The CDV30EJ270JO3 is such a capacitor, and has several beneficial properties that make it desirable for many applications.

The CDV30EJ270JO3 has a capacitance of 30pF, a voltage rating of 63V, an operating temperature range of -55°C to +125°C and a tolerance of ±5%. It is Polarized, Non-Inductive with a Small footprint and a high Q factor. It is constructed of ceramic dielectric, PTFE as the outer layer and Mica as the inner. The PTFE ensures stability in high temperature applications as well as protecting the ceramics from moisture. The Mica ensures stability and consistency of the capacitor. The combination of the two materials also makes it offer better performance at elevated temperatures.

The CDV30EJ270JO3 has a variety of applications as a result of its properties. It is most commonly used for high-frequency switching applications, high stability tuning applications, such as broadband amplifiers for RF applications and filter circuits. It is also used as a guard or bypass capacitor in analog audio equipment. The CDV30EJ270JO3 is not suitable for high current applications, such as DC supply circuits.

The CDV30EJ270JO3 works on the principle of dielectric absorption. When an electric field is applied across two electrodes made of two different materials, a difference in voltage between them occurs, resulting in the Coulomb force and an increased permittivity. The electric field then changes the orientation of the dipoles in the dielectric and creates an increased capacitance. This increased capacitance can store more energy for a given voltage, making it useful in many different applications.

In summary, the CDV30EJ270J03 is an Mica and PTFE Capacitor that works on the principle of dielectric absorption. It is most commonly used for high-frequency switching applications, high stability tuning applications, and guard or bypass capacitor in analog audio equipment due to its combination of material and superior stability over elevated temperatures.

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