CD10ED220DO3

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Mica and PTFE capacitors are a special type of capacitors that combines the excellent electrical properties of mica and PTFE in one unit. The CD10ED220DO3 is one such example of a mica and PTFE capacitor, developed to meet the burgeoning needs of high frequency telecom applications. It is a small, lightweight, high frequency capacitor, designed for high temperature operation.

The CD10ED220DO3 features an advanced dielectric system, consisting of a thin sheets of silver-doped polytetrafluoroethylene (PTFE) dielectric, isolated from but adjacent to mica dielectric layers that help to increase capacitance. This unique design allows it to operate at incredibly high frequencies with excellent stability and reliability, up to and reaching 1000 kHz.

The CD10ED220DO3 also features nickel-plated copper foil electrodes, providing improved solder wettability and strength. The device housing is constructed from epoxy-coated phosphor bronze, for improved durability, further reinforcing the capacitor’s ability to operate in harsh environments at high temperatures. This specific combination of materials and design makes the CD10ED220DO3 a highly stable component with varied applications.

The primary application for the CD10ED220DO3 is telecom infrastructure. This includes devices like circuit protection, mobile base stations, discretes, and high frequency modules. Other applications include avionic systems, power supplies, and medical imaging equipment.

In terms of its working principle, the CD10ED220DO3 is a type of capacitor usually referred to as a high-voltage capacitor. This means it is designed to store and release energy quickly, without any significant decreases in capacitance moving from low to high frequency. It does this by ionizing the dielectric molecules, creating a layer of electrons that is the actual barrier for the stored electrical energy. The effectiveness of this process results in very low losses and high levels of reliability, making it an ideal choice for power supply and other active components.

The CD10ED220DO3 has many technical advantages as well. It performs exceptionally well in both low and high temperatures, with excellent ESR, ripple current, and capacitance retention capabilities. It also has the ability to dissipate heat quickly with no losses, allowing it to operate consistently and reliably in various environments.

The CD10ED220DO3 is a unique hybrid component, combining the excellent electrical properties of mica and PTFE factors in one unit. It is the perfect solution for high efficiency applications, such as telecom infrastructure, avionic systems, power supplies, and medical imaging. It features advanced dielectric systems and nickel-plated copper foil electrodes, making it a durable and reliable device. Lastly, it has the ability to store and release electrical energy quickly, providing low losses and improved performance.

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