199D226X0020D2V1

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Tantalum capacitors are significantly different from other capacitors in that they feature an electrolyte oxide layer which allows an electrical charge to store inside the capacitor itself. Due to their unique structure and composition, these capacitors are especially useful in a number of different applications where conventional capacitors would provide insufficient support. In some instances, these capacitors offer significantly better performance than aluminum electrolytic capacitors, especially in areas where space is a limiting factor. The most popular variant of the tantalum capacitor is the 199D226X0020D2V1, which offers features and abilities that are well-suited for certain types of applications.

The 199D226X0020D2V1 variant of the tantalum capacitor differs from the standard type in a number of ways. The most prominent difference is its ability to withstand higher temperatures during operation. This, combined with its small size and low ESR make it particularly well-suited for use in power systems where higher temperature endurance is a primary requirement. The coating of the capacitor also features a special polypyroli-imidazole (PPI) which provides extra protection and ensures increased life span, even in harsh environments.

In terms of physical characteristics, the 199D226X0020D2V1 tantalum capacitor has a leaded body and case. Its dimensions are 16.3 by 8.6mm and it weighs a mere 1.2 gram per unit. These low weight and size are advantageous as they allow for the capacitor to be placed in confined or difficult-to-reach areas within the system. Its voltage rating is 16 volts, but due to its low leakage current, higher voltage applications may be possible in some cases.

As far as its electrical output is concerned, the 199D226X0020D2V1 capacitor has a capacitance of 22µF and provides a variety of different operating temperature ranges. The rated DC leakage current of the capacitor is usually lower than 10µA, leading to improved performance in high surge scenarios. Its impedance is also generally quite low, with most series offering an impedance of less than 0.07ohm.

The main major benefits of the 199D226X0020D2V1 tantalum capacitor are its high temperature and surge resistance. As already mentioned, this variant has a higher temperature resistance than standard capacitors and can generally resist up to 105°C without any issues. This makes it well-suited for use in demanding power applications where maximum temperature tolerance is a major concern. The capacitor also features a low ESR value, meaning it can conduct high levels of current without any issues. Finally, due to its low voltage rating the capacitor can also be used in situations where higher voltage levels may be required.

In summary, the features and performance of the 199D226X0020D2V1 tantalum capacitor make it a solid choice for applications that require both temperature and surge resistance. Its small size and light weight make it ideal for applications where space is a limiting factor, while its electrical characteristics make it a very viable option for systems where high voltage and high current are required. The special PPI coating also ensures increased life span and improved reliability in even the most challenging of circumstances.

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