CD6ED430GO3

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Mica and PTFE capacitors are widely used in electronics and other areas such as telecommunications, appliances, and aerospace. They are manufactured from a mixture of mica and PTFE materials. The combination of the two materials creates a capacitative element through which electrical energy can be stored and released. The use of these components allows electronic devices to store and employ electrical energy in an efficient manner.

The CD6ED430GO3 is an example of a mica and PTFE capacitor model. It is a tantalum DC electrolytic capacitor which is used for filtering and bypass purposes. It is designed with a three-terminal structure which enables symmetric discharge of electrical energy. This model is particularly suitable for applications requiring high reliability and long life.

The application field of the CD6ED430GO3 includes power supply, automotive, and telecommunications systems, among others. Its working principle involves two plates with electrodes attached to them. One of the plates has been completely coated with a thin film of titanium nitride. The other plate is covered with a layer of electrolyte. When the capacitor is charged, electrons move from one plate to the other, creating a capacitive element.

The CD6ED430GO3 also features a robust design with an optimum profile for heat dissipation. Its extremely low ESR (Equivalent Series Resistance) makes it ideal for applications requiring high-speed performance. This model also has a low self-inductance and high-frequency response, allowing it to handle high-powered signals with ease. Additionally, it is designed to withstand conditions of shock and vibration.

In conclusion, the CD6ED430GO3 is an example of a mica and PTFE capacitor model which is used for filtering and bypass applications. It is designed for reliability and long life, and its application field includes a variety of fields such as power supply, automotive, and telecommunications systems. Its working principle relies on two plates with electrodes attached to them, allowing for the symmetric discharge of electrical energy. It also features a robust design and low ESR which makes it ideal for high-speed applications.

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