M39003/01-8372H

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Tantalum capacitors, also referred to as tantalum electrolytic capacitors, are miniature capacitors, consisting of a tantalum pellet, which functions as the anode, a dielectric layer of Ta2O5, and a conductive solid electrolyte, typically made of manganese dioxide, which functions as the cathode.

The M39003/01-8372H is a miniature niobium solid electrolytic capacitor type that offers a high capacitance density over a broad temperature range in a small package size. This type of capacitor is capable of withstanding high temperatures and is a good choice for applications requiring high heat resistance.

The construction of the M39003/01-8372H is such that the basic elements are vacuum-evaporated onto a tantalum pellet. The actual pellet the capacitor is formed on is made of niobium. The tantalum nitride is the first dielectric layer of the capacitor, which is the layer that creates the charge storage. Then a second layer consisting of manganese dioxide is added, which helps reduce the internal resistance of the capacitor. To this is added a solid electrolyte that allows for charge transfer.

The electrical characteristics of the M39003/01-8372H are very favorable, with relatively low ESR and excellent stability of capacitance over temperature. In addition to this the electrical characteristics remain stable under mechanical vibration and shocks.

This type of tantalum capacitor is widely used in applications such as automotive electronics and military and aerospace electronics due to their excellent electrical characteristics and ability to withstand high temperatures. The M39003/01-8372H in particular is used widely in DC-DC converters, solar power converters, power supplies, and other applications that require small, reliable, and efficient capacitors.

Overall, the M39003/01-8372H is a highly advanced tantalum capacitor that is able to offer excellent electrical characteristics and the ability to withstand extreme temperatures. It is a popular choice for applications that require high heat resistance.

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