695D475X9025E2T

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The 695D475X9025E2T Capacitor is a member of the Tantalum Capacitors family. It consists of a tantalum metal as the anode and a solid manganese dioxide (MnO2) as the cathode. The anode is made up of a porous layer which is sintered with tantalum powder. The cathode is made of an electrolytic-grade MnO2 particles.

The 695D475X9025E2T Capacitor is used basically in any circuit where a component of low profile size and a very good energy storage capacity are needed. It can handle continuous voltages at low voltage, so it is mostly used in high frequency applications, where it is capable of handling frequencies up to 500MHz. Furthermore, these capacitors are employed in the miniaturization of various electronic circuits. Therefore, it is a great choice for applications where square milimeters component size must be minimized for increasing usability.

The working principle of the 695D475X9025E2T Capacitor is very simple – it is an energy storage device. As a capacitor, it stores electric energy in the form of an electrical field between two conductive plates. When a voltage is applied across the two plates, it creates a potential difference, and the current flows between the plates, thus charging the capacitor. The stored energy can then be used as a source of current at a later time.

In terms of characteristics, the 695D475X9025E2T Capacitor is characterized by very low impedance, high ripple current ratings, high energy density and their low-profile design. These capacitors also boast high reliability and long service life. These superior characteristics make it an ideal choice for a variety of fields, such as medical electronics, automotive electronics, power supplies, and consumer electronics.

In conclusion, the 695D475X9025E2T Capacitor is an exceptionally reliable and high performance capacitor from the tantalum family. It is suitable for most circuit designs that need a component of low profile size and a very good energy storage capacity. It boasts unique characteristics, which include low impedance, high ripple current ratings, high energy density and a long service life. Furthermore, the capacitor is employed in the miniaturization of various electronic circuits.

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