T95R336K035EABL

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Tantalum capacitors are specialized versions of electrolytic capacitors that utilize tantalum metal as their anode or positive pole. This type of capacitor has relatively high capacitance and low ESR (equivalent series resistance); this gives it an excellent power-handling capability over a wide temperature range. Quite often, tantalum capacitors are used in military and aerospace applications, as they can handle extreme environmental temperatures.

The T95R336K035EABL is a surface-mount, molded tantalum capacitor. This type of capacitor has a very low profile, making it perfect for high-density circuit assemblies. The T95R336K035EABL has a footprint of just 2.3mm per side, which makes it one of the smallest surface-mount components available. In terms of its technical specifications, the T95R336K035EABL has a capacitance of 336µF, an operating voltage of 10-35V, and a temperature range of -55°C to 125°C.

Tantalum capacitors are often used in high-end audio and video equipment due to their superior power handling capabilities. They are used to decouple power supply noise from critical signal paths, eliminating unwanted noise from the signal. The T95R336K035EABL is no exception; it is frequently used in high-end audio systems as it is capable of handling the large transient current requirements with minimal power dissipation.

The working principle of a tantalum capacitor is fairly simple. It basically works on the same principle as an electrolytic capacitor, but instead of using a liquid electrolyte, it uses a solid one. The solid electrolyte consists of porous tantalum metal that is electrically polarized. As such, it has two separate electrodes; one is charged positively and the other negatively. When voltage is applied across the electrodes, an electric field is generated, which causes some of the ions in the solid electrolyte to move from one electrode to the other.

When the current is flowing in the correct direction, it causes a differential in voltage across the positive and negative electrodes. This differential voltage causes a decrease in the electrolyte\'s resistance, thus allowing more current to flow. The result of this process is a decrease in equivalent series resistance, which makes the capacitor more resistant to the effects of high frequency noise. By utilizing this working principle, the T95R336K035EABL is able to handle very high transient current requirements with minimal power dissipation.

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