CDV30FJ302JO3

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Mica and PTFE Capacitors are reliable and versatile devices which use the natural properties of mica and PTFE to achieve electrical isolation and to store and discharge electrical energy. The CDV30FJ302JO3 is a radial leaded, high frequency, mica and PTFE capacitor specifically designed to meet the most stringent of applications.

Application Field

The CDV30FJ302JO3 is most commonly found in automotive, aerospace and energy applications which require high frequency, durable and reliable performance. It is engineered for pulse circuits in high frequency switching applications, as well as being ideal for shelf life compensation, operation at high temperatures and for decoupling in analog and digital circuits. It is also used in medical applications and can be used in portable devices with its ultra-low profile construction.

Working Principle

The CDV30FJ302JO3 capacitors use mica and PTFE construction for dielectric layers, providing a robust and reliable construction that is also lightweight. The mica dielectric layer creates mechanical stability which eliminates potential risk of instability or leakage. The PTFE provides electrical insulation, helping to protect the capacitor in high voltage or surge conditions.

The construction of the CDV30FJ302JO3 offers higher voltage linearly than other capacitors in its class due to its two dielectric layers, providing enhanced performance and reliability. The capacitor also offers low clamping voltage and faster charge/discharge properties compared to other construction materials.

The CDV30FJ302JO3 is rated for 0.5 GHz frequency operating at voltages ranging from 25 to 100 volts and has a variety of installation options including radial leads, through-hole, snap-in, or surface mount. It is capable of operating at temperatures ranging from -55°C (-67°F) to 85°C (185°F) and can be used in either commercial or military grade environments.

With its combination of lightweight construction and long-term reliability, the CDV30FJ302JO3 is ideal for applications which require a robust and long-term solution. It can be used in a wide variety of environments and is perfectly suited for automotive, aerospace and energy applications which require robust and reliable performance.

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