F310E336MAA Capacitors

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Tantalum – Polymer Capacitors are a type of electrical energy storage components that are constructed using tantalum as the anode and a non-aqueous electrolyte, usually solid polymer. The F310E336MAA is a widely used type of capacitor, typically found in applications requiring reliable high-frequency, high-ratings, low-inductance, and low-ESR.

Capacitors store electrical charge by creating an electromagnetic field between two plates, with a separator material in between. Theoretically, the permeability of the dielectric can be changed to achieve different capacitances and dielectric constants. Tantalum, being a dense and reliable metal, is often used as the anode with solid polymer as the separator and electrolyte.

The F310E336MAA is a small and compact capacitor designed to withstand high-frequency switching forces, making it suitable for many applications including DC-DC power conversion, telecommunications network switches, 2-way radios and automotive power conversion. This type of capacitor has a capacitance value of 310 µF and a rated voltage of 16 volts. It also has a low Temperature Coefficient of Capacitance (TCC). Resin based dielectrics are used to provide excellent electrical stability, resulting in an operating temperature range from -55˚C to +105˚C. The capacitors are also designed for low ESR, making them suitable for applications with high-ripple currents.

The F310E336MAA tantalum – polymer capacitors are available in through-hole and surface-mount packages. The main components of the capacitor are the two metal plates, the dielectric material, the electrolyte and the insulation layer. The plates of the capacitors are typically anode and cathode, with a dielectric material in between. The electrolyte is usually a solid polymer or a gel. Finally, an insulation layer such as silicone rubber covers the capacitor to keep moisture and other contaminants out.

There are several benefits to using F310E336MAA tantalum-polymer capacitors, including high reliability, low inductance, high ripple current and a wide temperature range. They also have a small form factor and are relatively easy to solder. The main drawbacks of tantalum-polymer capacitors are their relatively high cost and mechanical fragility, as they are prone to cracking if subjected to bending and vibration.

In summary, the F310E336MAA is a highly reliable and small form factor capacitor, and is suitable for many applications requiring high-frequency, high-ripple and low ESR capacitance. The capacitors are available in through-hole and surface-mount packages, and feature excellent temperature and electrical stability. Although expensive, the reliability of these capacitors make them a suitable solution for many demanding applications.

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