T370E226M015AS

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Tantalum capacitors are becoming increasingly popular due to their superior performance and reliability compared to other capacitor types. The T370E226M015AS is a high-performance tantalum capacitor that offers excellent performance and reliability. It features an anode composed of a solid tantalum rod, and a cathode made of sintered tantalum particles. The capacitor is able to achieve high capacitance values, with a maximum of 370 µF. The device is rated for a voltage of 6.3V and a maximum temperature of 125°C.

The construction of the T370E226M015AS consists of a solid anode rod and sintered tantalum particles. The solid anode rod is composed of pure tantalum. The anode is connected to the outside of the capacitor and the cathode is connected to the inner part of the capacitor.\' The anode is then etched and plated with a protective dielectric material.

The working principle of the T370E226M015AS is based on the mechanism of electrochemical double layer capacitance, also known as EDLC. EDLC occurs when an electric charge is applied to two electrodes separated by an ionic conducting media. In EDLCs, ions from the media migrate towards the electrodes and form a double layer close to their surface. This double layer can store a significant amount of energy and act as a capacitor.

The T370E226M015AS is popular for its excellent performance and reliability. It is often used in circuits where high capacitance values, low ESR and good temperature stability are required. It is commonly used in industrial grade electronics and telecommunications, as well as in automotive applications. It is also used to provide energy in energy storage devices such as electric vehicles and solar cells.

In summary, the T370E226M015AS is a high-performance, reliable and temperature stable tantalum capacitor. It features an anode composed of a solid tantalum rod, and a cathode made of sintered tantalum particles. The device is able to achieve high capacitance values of up to 370 μF. The working principle of the device is based on the mechanism of electrochemical double layer capacitance (EDLC). The capacitor is popular in industrial grade electronics and telecommunications, as well as in automotive and energy storage applications.

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