Tantalum Capacitors

Tantalum capacitors, also known as Tantalum electrolytic capacitors, are capacitors that use Tantalum and an electrolyte, a solution containing ions, as its electrodes for storing functions. They have very low leakage current and long life, and are useful in applications such as suppression of an electrical circuit’s noise, for high frequency bypassing and for timing control/circuit applications.

695D686X0006F2W application field and working principle

The 695D686X0006F2W tantalum capacitor is a kind of surface mount capacitor specifically designed to provide reliable operation in mobile phones. This capacitor is suitable for a variety of high frequency bypassing, noise suppression, and timing control applications.

The 695D686X0006F2W is constructed from Tantalum metal which is combined with an electrolyte such as ceramic or polymer. The anode and cathode of the Tantalum capacitor are made out of electrolytic material, such as a layer of Tantalum oxide on the anode. The electrodes are then separated by a dielectric material which can range from ceramic to plastic, depending on the application. An electric current is then applied to the capacitor and stored in the form of electrochemical charges (negative on the anode and positive on the cathode) in the electrodes. This stored charge is then released through the dielectric material when a voltage is applied at the leads of the capacitor.

The 695D686X0006F2W is used in mobile phones for noise suppression, high frequency bypassing and timing control. As it is a surface mount component, it is ideal for use in applications requiring extremely small footprints. Additionally, by combining it with a high quality ceramic capacitor, it is able to provide a high level of noise suppression for a wide range of frequencies. Finally, due to its low leakage current and long life, it is an ideal solution for timing control applications where precision is key.

In summary, the 695D686X0006F2W is an ideal solution for a wide range of noise suppression, high frequency bypassing and timing control applications. It is able to provide a high degree of precision with a low leakage current and long life, making it an ideal choice for mobile phones and other electronic devices. Additionally, due to its small size and surface mount construction, it is ideal for use in applications requiring extremely small footprints.