CD6CD180JO3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Mica and PTFE Capacitors

Mica and polytetrafluoroethylene (PTFE) capacitors are particularly well-suited for high-frequency applications. The CD6CD180JO3 is an example of these types of capacitors, and are capable of providing wide tolerances of capacitance (180 ±10pF). In addition, they possess low loss characteristics, excellent insulation resistances, and high Q ratings making them quite suitable for high-frequency applications.

Application Field

The CD6CD180JO3’s wide capacitance tolerance and excellent high-frequency characteristics make it perfect for circuit designs that require a wide capacitance range or higher frequencies. These applications are especially common in radios, amplifiers, and communication systems, as well as many other electronics types. The CD6CD180JO3 can also be used in filter networks, bypass networks, coupling, blocking, low pass, and high pass filtering.

Working Principle

The CD6CD180JO3 is constructed of two mica dielectrics and a PTFE disc sandwiched between the two. Its alternating layers possess the ability of trapping electric charges, allowing it to behave as a capacitor. This creates the electrical storage necessary for a variety of different functions.These capacitances typically range from about 10 pF to hundreds of pF, however, the characteristics between each type may vary depending on the application.

The PTFE dielectric used for these capacitors offers high insulation resistances, resulting in low dielectric losses and improved high-frequency characteristics. This high insulation allows the capacitor to store more electrical energy per unit than other types. Mica capacitors also have poor mechanical stability, so large capacitance changes may occur when the capacitor is exposed to humidity or temperature.

The CD6CD180JO3’s wide capacitance tolerance also eliminates the need for capacitance matching in many circuit designs. This makes it possible to achieve high-level accuracy without the need for expensive and complicated circuitry. The CD6CD180JO3 also has excellent temperature characteristics, allowing it to remain stable and reliable even when exposed to extreme temperatures.

Finally, the CD6CD180JO3 is able to handle high operating temperatures due to its high insulation resistances. This allows them to operate in a hostile environment without being affected by the external environment, making them suitable for medical and military applications.

In conclusion, the CD6CD180JO3 is a well-suited capacitor for high-frequency applications. It offers wide capacitance tolerances, excellent insulation resistances, and high Q ratings that make it perfect for a variety of different applications. The capacitor’s wide tolerances make it ideal for circuit designs that require a wide range of capacitance levels, and its high insulation resistances and temperature characteristics make it suitable for medical and military applications. Lastly, its affordable price makes the CD6CD180JO3 an excellent choice for any high-frequency circuit design.

The specific data is subject to PDF, and the above content is for reference