293D225X0025A2TE3

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Tantalum capacitors are a type of capacitor that uses tantalum as the anode material. The capacitance is formed due to an electrolytic salt solution with high specific capacitance, typically an oxide of tantalum, dissolved in an organic solvent. This provides a high capacitance-to-volume ratio, making for a smaller package size for the same amount of capacitance, enabling the use of more components in a smaller space.

The 293D225X0025A2TE3 is a tantalum capacitor designed for a broad range of applications. The capacitor is constructed with a high reliable solid electrolytic chip which is encapsulated in a molded case. The rated voltage is a maximum of 25 volts.

The 293D225X0025A2TE3 tantalum capacitor is available in two standard types: bipolar and non-polarized. Bipolar capacitors feature a positive anode and negative anode. This type provides double the rated voltage of the non-polarized variety, making it suitable for high voltage applications. Non-polarized capacitors feature an anode and cathode, with the cathode being connected to the ground.

The 293D225X0025A2TE3 application field includes military, aerospace, and medical applications due to its high reliability. This capacitor is also commonly used in power supply and audio applications, due to its low impedance and high capacitance.

The working principle of the 293D225X0025A2TE3 is based upon the concept of electric field concentration. The conductive material tantalum-oxide acts as a dielectric material, concentrating an electric field in the narrow gap between the anode and cathode. This high electric field causes a large current flow, which passes through the capacitor, enabling the capacitor to store a charge.

The 293D225X0025A2TE3 is a hi-reliability capacitor with a wide range of applications and impressive performance. Its use of a high capacitance-to-volume ratio, as well as its electric field concentration concept, allow it to store charge at higher efficiency, making it a reliable and cost-effective solution for various applications.

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