13008-011KESZ

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Tantalum capacitors make use of the property of the metal tantalum, which is known for its high dielectric constant, in order to store electrical energy. 13008-011KESZ is a type of tantalum capacitor constructed with a process of sintered anodes and non-sintered cathode and employing a layer of tantalum oxide as the dielectric material. These capacitors are typically used for high-frequency and high-temperature applications.

13008-011KESZ capacitors have a wide variety of uses in electronics manufacturing, ranging from commercial to industrial settings. These capacitors are often employed in communication and control circuits, as well as in circuits where a high dielectric constant is desired. The use of sintered anodes and non-sintered cathode, along with the tantalum oxide dielectric, allows capacitors of this type to maintain high capacitance over a wide temperature range while providing excellent high-frequency operation due to a high level of insulation and approaching loss-free dielectric properties.

Primarily, the function of the 13008-011KESZ capacitor is to store an electrical charge through the flow of stored electrons. This process is made possible by the properties of a particular material known as a dielectric. The dielectric used in the construction of these capacitors is an oxide of the metal tantalum, known for its high dielectric constant and great capacitance compared to other dielectric material. When the capacitor is subjected to a voltage, the electric charge is stored in the form of electrons that are held in the oxide layer between the sintered anode and non-sintered cathode. This charge remains stored until the capacitor is discharged.

This type of capacitor is capable of providing higher capacitance values than other electrolytic capacitors due to its construction process. However, due to the fact that the charge is stored in the form of electrons, the voltage rating of the capacitor must remain below the breakdown voltage of the dielectric. In order to increase the voltage rating of the capacitor, other processes, such as encapsulation in resins or using a stacked configuration, must be employed.

The 13008-011KESZ capacitor is also known for its temperature stability. The dielectric material used in its construction does not suffer from electrical breakdown or degradation over time due to changes in temperature. This makes them suitable for use in some of the most sensitive and demanding applications, as the capacitor’s performance remains unchanged and reliable over long periods of time.

Overall, the 13008-011KESZ type of tantalum capacitor is ideal for high-frequency and high-temperature applications due to its construction process and use of the high dielectric constant of tantalum oxide. The charge stored in the form of electrons also allows these capacitors to maintain high capacitance over a wide temperature range, while providing excellent high-frequency operation due to its loss-free dielectric properties. These characteristics make the 13008-011KESZ type of tantalum capacitor an ideal choice for many demanding applications in the electronics industry.

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