592D336X9016R2T15H

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Tantalum capacitors, often designated as “Ta capacitors”, are widely used in a variety of electronic devices. The “592D336X9016R2T15H” is a specific type of tantalum capacitor that is characterized by its high storage capacity and reliability.

In general, tantalum capacitors are comprised of a tantalum pellet that serves as the anode, a carbon pellet that acts as the cathode, and an electrolyte, typically manganese dioxide, sandwiched between them. These components are all sealed in an epoxy container. The electrolyte enables the capacitor to store a charge across its two plates for a given time depending on the value of the capacitance. As the capacitor charges up, the capacitance increases, and when the electric current across the capacitor decreases, it will partially discharge again.

The 592D336X9016R2T15H is part of a series of high-reliability capacitors developed by KEMET Corporation and marketed under the trademark of KEMET-RASH. It is a polarized, two-pin tantalum capacitor featuring an on-board temperature sensor that can detect changes in the device\'s temperature and adjust its performance accordingly. The tank circuit type capacitance is 12,500 uF/40mV, with a maximum operating voltage of 25V DC. It is particularly well suited for voltage stabilizing and filtering applications where high reliability and long life is essential.

As with other types of capacitors, the 592D336X9016R2T15H is subject to a wide range of factors which can affect its performance and reliability. These include ambient temperature, humidity, and the presence of contaminations in the capacitor. Additionally, the operation of the device at high temperatures over an extended period of time can cause a reduction in the device\'s capacitance as well as an overall degradation in its performance.

In summary, the 592D336X9016R2T15H is an advanced type of tantalum capacitor that excels in providing efficient voltage regulation and filtering, thanks to its on-board temperature sensor and relatively high capacitance value. This device is ideal for applications that require high levels of reliability and long-term stability. It is a preferred solution for applications such as computers, servers, and embedded systems where demands for stable performance over a longer period of time are critical requirements.

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