299D334X0035AB6E3

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 capacitors that incorporate a tantalum oxide dielectric, and are available in two main categories: wet and dry. 299D334X0035AB6E3 tantalum capacitors belong to the wet type, as they are filled with an electrolyte liquid. This electrolyte allows current to flow between two electrodes in a controlled manner, thus resulting in a current that is significantly greater than an unpolarized ceramic capacitor.

The construction of these capacitors consists of a tantalum cathode and an anode which is typically made from porous carbon. The dielectric material used is a combination of tantalum oxide and titanium dioxide, while the electrolyte is typically an acid-based solution. This combination of materials and construction results in impressive electrical characteristics such as extremely low leakage currents and high temperature ratings.

The main application of 299D334X0035AB6E3 tantalum capacitors is within the automotive, aerospace, and electronic industries. Due to their low leakage and high temperature rating, they are preferred for applications where environmental and electrical characteristics cannot be compromised. Typical applications include filters, bypass filters, decoupling, surge suppression and snubbing circuits where no other capacitor types can provide the same features.

The working principle of these capacitors stems from the fact that when no current is flowing, the dielectric prevents the flow of current. However, when a current is applied, the electrons within the dielectric will interact with the electrodes, creating a voltage difference and therefore, a change in the electrical charge. This charge is then transferred through the electrolyte, resulting in a current that is greater than the initial current.

In conclusion, 299D334X0035AB6E3 tantalum capacitors are a reliable and effective capacitor option for high temperature and low leakage applications. Aside from having good electrical properties, they are also durable and highly cost effective.

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