595D226X0020C2T

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Tantalum capacitors, also known as Ta-Caps, are specialized capacitors that employ tantalum as the dielectric material. These capacitors are some of the smallest types of electolytic capacitors in existence, and are widely used in digital and analog applications. 595D226X0020C2T is an example of a tantalum capacitor, and it has many specific applications and capabilities.

In broad terms, tantalum capacitors are used in two scenarios: smoothing and timing. In smoothing applications, they are used to reduce the ripple of a voltage supply. On the other hand, in timing circuits they are used to control the pulse width, timing, or frequency of signals. This makes them valuable components in a variety of circuits, ranging from consumer electronics to laser power supplies. 595D226X0020C2T is specifically designed for smoothing applications, due to its low ESR (Equivalent Series Resistance) and high ripple current rating.

The 595D226X0020C2T is a surface mount, two-terminal capacitor that utilizes an epoxy encapsulated case construction. It has an enhanced electrical performance over other standard oxide tantalum capacitor designs, and offers better noise suppression, voltage stabilization, and ripple current rate. Additionally, it offers outstanding volumetric efficiency, significantly reducing the space requirements of the component.

The 595D226X0020C2T is specifically designed for extreme temperature environments, making it ideal for automotive and military applications. It has a rated temperature range of -55 degrees Celsius up to 105 degrees Celsius, and a rated operating voltage of 16 volts. Additionally, it has a capacitance of 22 μF, and a rated tolerance of ±10%. With its low ESR of 25mOhms, it is an efficient component for reducing voltage supply noise in difficult temperature conditions.

In terms of basic working principles, tantalum capacitors work similar to other types of electrolytic capacitors. One of the electrodes is composed of a tantalum metal that is topped with an oxide film to create the dielectric material. The other electrode is formed using an electrolyte material that is soaked into an absorbent material. As an electric current passes through the capacitor, electrons build up on the oxygen ions on the tantalum anode, forming an electric charge. The electric field created between the two electrodes produces an capacitance, which determines the capacitor’s efficiency and effective storage of electric charge.

The 595D226X0020C2T is designed specifically for power circuit applications, where it can provide excellent ripple current protection and noise suppression. Its high rated electrical performance, volumetric efficiency, and extreme temperature capability make it an ideal component for automotive and military applications.

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