T86E336K025EASL

Tantalum capacitors are a type of electronic component used to filter and store electrical energy in circuits. The T86E336K025EASL is part of this category and offers a wide variety of advantages that are ideal for any electronic system. It features a low ESR, low parasitic inductance, high reliability, and high thermal stability. Additionally, it is compatible with boards that require a small footprint and makes it easy to use in space-restrictive environments.

The T86E336K025EASL is a surface-mount, tantalum capacitor that is designed for low-profile board designs. It features a high-temperature-stabilized case and ceramic capacitor element for improved stability and reliability. Its product characteristics make it suitable for use in diverse applications such as power-supply filtering in low-power ICs, board-level filtering in sensitive circuits, and coupling and decoupling of signal lines. Additionally, it is also suitable for automotive and aerospace circuits due to its high reliability.

In addition to its reliable performance, the T86E336K025EASL has a working principle that is simple and easy to understand. Its design is based on the Faraday effect, a phenomenon discovered by Michael Faraday in 1831. The Faraday effect states that a charge produces an electric field-induced torque on a magnetic dipole that is proportional to the product of the intensity of the electric field and the component of the dipole oriented along the field. In the case of the T86E336K025EASL, the electric field is generated between the two electrodes of the capacitor, producing the Faraday effect. This effect is responsible for the capacitor’s ability to filter and store electrical energy.

The T86E336K025EASL is an ideal choice for any application that requires reliable power or signal filtering. Its low ESR, low parasitic inductance, and high reliability make it the ideal choice for applications such as board-level filtering in sensitive circuits, coupling and decoupling of signal lines, or even power-supply filtering in low-power circuits. Additionally, its small footprint makes it ideal for space-restrictive applications, such as automotive and aerospace circuits. With its Faraday effect and reliable performance, the T86E336K025EASL is the ideal solution for any electronic system.