CDV30EF510JO3F

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Mica and PTFE Capacitors are widely used in various electronic applications for their ability to store energy and exhibit very low loss characteristics. This paper presents a description of CDV30EF510JO3F application field and working principle.

Mica and PTFE Capacitors are constructed using dielectric layers of Mica or PTFE, typically in sheet or disc form, separated and insulated by metal layers. They are made from a variety of materials such as Mica, glass, ceramics, and PTFE, and cover a large range of capacitances and voltage ratings. CDV30EF510JO3F is a Mica and PTFE Capacitor with three layers of aluminum foil, dielectric material and the outer layer of electrolytic aluminum.

CDV30EF510JO3F is suitable for use in Electronics, Automation, Power electronics and high frequency circuit, etc. They are available in small form factor, and boast a wide temperature range, ensuring resilience under extreme environmental conditions.

CDV30EF510JO3F capacitor working principle is based on dielectric polarization, during which an electric field is applied through the dielectric material, and electrons in the dielectric material move from a region of lower to higher potential. This creates an asymmetric, quasi-static electrical field in the dielectric material, which can store energy. The energy stored in the dielectric material can be retrieved when the electric field is removed.

CDV30EF510JO3F are highly reliable components, having excellent dielectric properties and a low ESR and ESL. The operating temperature range of these capacitors can range from -55°C to 85°C, with a capacity range of 10V to 500V. These multi-layer capacitors are also very robust, withstanding a wide range of voltage and frequency variations.

In conclusion, CDV30EF510JO3F Mica and PTFE Capacitors are an excellent choice for applications which require low loss and excellent dielectric properties. They have a wide operating temperature range and capacity range, making them suitable for the most demanding electronics and automation applications. Furthermore, their robust and reliable design make them a reliable and efficient power source.

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