T350H226M025AT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are electronic components used primarily in signal processing, signal recognition, and audio-related applications. T350H226M025AT is a tantalum capacitor of such kind, and its application field and working principle are detailed in the following passages.

The application field of T350H226M025AT is mainly audio and signal processing related due to its high tolerance to thermal cycling, humidity and vibration, even when the capacitor is exposed to extreme environmental conditions. It is usually employed in electronics where very small size and very high capacitance values are required. Furthermore, its ability to handle high frequency signals, its low ESR, and its durability make it ideal for uses in high frequency, deep filtration and boost electronic devices, industrial energy systems, and railroads.

The working principle of T350H226M025AT is as follows. It consists of a layer of tantalum pentoxide, a special type of ceramic, between two thin layers of tantalum metal. It is built in a cylindrical casing, with a solid anode core, a capacitor cathode, dielectric plate, an insulator plate and an outer component wall. Its functioning relies on the fact that the dielectric material is an insulator, so that an electric charge can be built up within the capacitor. A voltage applied to the capacitor results in an electric field which causes the conduction electron to be mobilised, thus creating a charge on the capacitor’s plates and inducing a current flow. Due to the presence of the capacitance value, the electric field intensity is proportional to the current flowing through the capacitor, and consequently, the stored energy.

In summary, T350H226M025AT is a tantalum capacitor with a great number of features such as high tolerance to thermal cycling, humidity and vibration, and its application field is mainly in audio processing and signal recognition. It relies on a special tantalum pentoxide ceramic layer in order to store an electric charge and create an electric field that results in a current flow and stored energy. These features make it ideal for use in industries and commercial applications where high frequencies, deep filtration and boost are required.

The specific data is subject to PDF, and the above content is for reference