695D335X0025D2T

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Tantalum capacitors are widely used in many devices due to their reliability and wide range of applications. The 695D335X0025D2T is a particular type of tantalum capacitor and falls under the designation of a “chip” capacitor. It has an operating temperature range of 0°C to +125°C and is polarized in electrical circuits. Polarized capacitors, such as the 695D335X0025D2T, require a DC voltage to be applied across them in order to operate correctly. This capacitor is made up of two electrodes, a positively charged anode and a negatively charged cathode. There is an electrolyte between the two electrodes, which allows the electrical charge to be stored.

The 695D335X0025D2T is an especially high-performing capacitor due to its high capacitance and low-profile design. It has a capacitance rating of 25V and is capable of storing up to 194 μF of electricity. The size of the capacitor is also very small, measuring only 3.5x4.5x1.9mm, which makes it suitable for use in space-restricted electronics. Furthermore, this capacitor is rated for continuous operation at up to 200V DC and leakage current no more than 0.07CV or 1μA per μF of capacitance.

The 695D335X0025D2T tantalum capacitor is mainly used in power supplies, as well as other high-voltage, high-reliability applications. In power supplies, this capacitor is used to regulate and store fluctuations in electric current. This ensures that the electric current is steady and reliable, providing a more efficient performance than an unregulated circuit. The 695D335X0025D2T is also used in telecommunications and aerospace applications, where it is used to control signal and power switching. These applications need a capacitor that is capable of handling high voltages and currents, as well as being able to handle rapid switching, which the 695D335X0025D2T is perfect for.

The 695D335X0025D2T tantalum capacitor is a cost-effective and reliable component. Due to its compact size and low-profile design, it is ideal for use in compact electronics and is able to perform reliably in extreme temperatures and in harsh environments. Moreover, due to its high capacitance rating, it is able to handle large amounts of electricity, ensuring a reliable and efficient performance.

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