199D105X0035AXV1E3

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Tantalum capacitors are a type of electrolytic capacitor made with a tantalum metal plate as a component within its construction. The tem ‘tantalum’ is derived from a Greek mythological character, Tantalus, who was punished in hell by a fruit tree that had hanging fruit placedjust beyond his reach. Similarly, when used as part of electrical circuits, tantalum capacitors can prove difficult to get hold of, with specialty items often required for specific circuit parameters like voltage, size, operation frequency and capacitance. Such components as the 199D105X0035AXV1E3 are but a few examples of tantalum capacitors which are used in a variety of fields, and with a range of working principles.

All electrolytic capacitors require a space to store electric energy using two conductive plates, but tantalum capacitors take this concept a step further by using a tantalum metal plate as one of its two conductive plates due to the special properties of the metal in question. The second conductive plate is in the form of a high resistance oxide of the tantalum - combined, these two materials form what is also known as a ‘tantalum oxide’, or ‘solid electrolyte’, which serves as an anode in the circuit. The oxide forms an electric barrier which prevents current from running through the device, until it is released in the form of electric current.

A key application of tantalum capacitors is in the computer memory industry, where dependable storage and efficient data transfer is of the utmost importance. The 199D105X0035AXV1E3 capacitor itself is a type of specialized, customized capacitor which is typically used in mid-sized to large systems with a high data transfer rate requirement. Because tantalum capacitors contain a flat surface of tantalum, rather than the rolled sheet structures used in electrolytic capacitors, they can store electric energy more efficiently while providing more reliable data transfer capabilities.

Tantalum capacitors can also be used in other industries and applications, such as medical equipment, audio-visual equipment and aerospace and defense applications. The surface of a tantalum capacitor also provides an increased level of tolerance to high voltage conditions, a factor that makes it a logical choice for use in high voltage applications like power supplies and telecommunications cabling.

Tantalum capacitors like the 199D105X0035AXV1E3 vary in terms of capacitance and voltage degrees, with the latter dependent upon the type of oxide and the thickness of the tantalum film that is applied. Either way, since their construction involves the use of two conductive plates, tantalum capacitors work on the same principle as other types of electrolytic capacitors, in which an anode is created and an electric current is held there until current is released and the anode is allowed to regenerate.

In short, the 199D105X0035AXV1E3 capacitor is just one example of how tantalum capacitors can be applied in the electronics industry. With their advantages in efficiency, reliability and tolerance to high voltage conditions, they are quickly growing in popularity as more engineers recognize their power and flexibility. The working principle of these capacitors is more or less the same as other electrolytic capacitors, with the exceptions that they require a specialized tantalum metal plate and a high resistance oxide of that metal, forming what is known as a tantalum oxide.

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