TAS565K035P1C

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Tantalum capacitors are an essential component in many different types of electronics, as they provide a valuable means of storing and releasing electrical energy. The TAS565K035P1C is one type of tantalum capacitor that is especially well-suited for board-level applications. This capacitor has a relatively low profile and provides excellent electrical characteristics for a wide range of uses.

The main application field of the TAS565K035P1C is as a high-performance device used for board-level applications, such as for integrated circuits. The capacitor\'s high conductivity and minimal leakage makes it an ideal choice for tasks such as stabilizing power supplies and providing current for RF transmissions. Its flat profile and low profile also make it a convenient option for applications such as embedded systems, where its slim design helps to save valuable board space.

The working principle of the TAS565K035P1C is based on the dielectric properties of tantalum pentoxide. Its dielectric layer, made of an electrolytic solution of tantalum pentoxide, allows the capacitor to store and discharge electrical charges. The dielectric layer also provides a high resistance to voltage shocks, making it particularly suitable for board-level applications. In addition, its low ESR (equivalent series resistance) and low DF (dissipation factor) properties make it well-suited for applications requiring good levels of accuracy.

The TAS565K035P1C has a few safety features that make it suitable for commercial and industrial applications. Its self-healing capability makes it resistant to short-circuits, noise, and other problems. It also has a low temperature coefficient for better temperature control. In addition, its high insulation resistance provides good shielding from electrical noise.

The TAS565K035P1C is a widely available and cost-effective capacitor that offers excellent performance and reliability for a wide range of uses. Its low profile and high performance make it an ideal choice for board-level applications, while its safety features make it suitable for both commercial and industrial applications.

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