695D224X0035A2T

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Tantalum capacitors are a type of electrolytic capacitor. Tantalum capacitors are capacitors that use Ta2O5 (tantalum pentoxide) as the dielectric material, as it has a very high permittivity value of about 25,000 in a very thin layer. As tantalum capacitors offer high stability with low losses and low distortion, they are widely used for various applications, such as audio systems, telecommunication systems, and automotive applications.

The 695D224X0035A2T is an example of a tantalum capacitor. It contains electrodes made of electrolytic material such as tantalum metal, which is the positive terminal, and manganese dioxide, which is the negative terminal. The electrodes are encapsulated in a protective shell. This capacitor has an exceptional storage capacity with a nominal capacitance of 0.35μF and a temperature coefficient of about 0.12%. The maximum operating voltage for this unit is rated as 6.3 Volts.

In terms of application fields, the 695D224X0035A2T is primarily used in miniaturized devices like portable electronic equipment and consumer electronics. Due to its higher capacitance than other capacitors of the same size, the 695D224X0035A2T is often used in designing high-performance circuits and high-quality audio equipment. Its rated capacitance and stable temperature make it a dependable choice for automotive systems, as it increases the life expectancy of the system.

The working principle behind the 695D224X0035A2T capacitor varies slightly from ordinary capacitors—it works on the principle of a strictly linear characteristic. The electrodes in tantalum capacitors are comprised of a hard metal like tantalum, which makes it possible for a large charge and a small voltage to be stored in the capacitor. This is an advantage for capacitors with a high capacitance because the stored energy is larger.

The 695D224X0035A2T tantalum capacitor is ideal for various applications across the industry, such as audio systems, telecommunication systems, and automotive systems. Similar to other kinds of capacitors, it works on the principle of electrical charge, which allows it to store a large charge while using a smaller voltage. This makes it a dependable choice for a wide range of applications, as it offers higher capacitance and maintains its stability even in extreme temperatures.

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