CD16FD182JO3

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Mica and PTFE capacitors are well known and widely used components in a variety of electronic applications. The CD16FD182JO3 capacitor model is an example of a popular mica/PTFE capacitor. This capacitor model is used almost exclusively in the manufacture of high-end audio equipment and other similar applications that require a discrete, low-profile capacitor. Its unique design and construction enable it to offer superior performance and reliability than an average ceramic capacitor.

The design of the CD16FD182JO3 capacitor is based on a combination of mica and polytetrafluoroethylene (PTFE) dielectrics. Mica is a naturally occurring mineral composed of fine microcrystalline silicate particles. It is highly heat resistant and has excellent temperature stability. PTFE is a synthetic polymer consisting of long-chain molecules that form a strong polar bond. The combination of mica and PTFE in CD16FD182JO3 capacitors gives them superior dielectric strength and temperature stability. This combination also makes them resistant to shock, vibration, and humidity.

The CD16FD182JO3 capacitor also utilizes a faradized stainless steel canister to contain the mica-PTFE dielectrics. The faradized process is used to increase the overall strength of the canister and to improve its ability to store and transfer energy. The faradized stainless steel canister is exceptionally strong and is able to withstand high temperatures and electrical energy. This makes the CD16FD182JO3 capable of operating to over 100V.

In addition to the faradized stainless steel canister, the CD16FD182JO3 also utilizes a terminator and conduction channels. The terminator is used to connect the PTFE dielectric elements with the terminator wire and allow electrical current to flow freely between them. The conduction channels are used to allow electric current to move freely and distribute the energy across the capacitor. This ensures the capacitor is able to perform at its peak efficiency and performance.

The CD16FD182JO3 capacitor is mainly used in audio equipment and other similar applications that require a discrete, low-profile capacitor. Its design and construction provide superior performance, excellent temperature stability, and improved reliability. The combination of mica and PTFE dielectrics, a faradized stainless steel canister, terminator, and conduction channels make the CD16FD182JO3 an effective and reliable component for audio applications.

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