CWR26MK106KBHA

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Tantalum capacitors are a very unique type of capacitor with a wide range of uses. The CWR26MK106KBHA is a specific model of tantalum capacitors, and its application field and working principle will be discussed in this article.

Tantalum capacitors are small, cylindrical, two-terminal, surface-mountable aluminum electrolytic capacitors with an anode made from tantalum and a dielectric comprised of a conducting layer of titanium dioxide. The most common way to describe them is as an electromechanical device with capacitance, made from a set of conductive plates, separated by an insulating dielectric and used to store an electric charge.

The CWR26MK106KBHA is a mainly-used model of tantalum capacitors, and it offers 2.3 V voltage. It is a small 0.063 inch 2×3-type chip capacitor in a ceramic SSP package with a capacity of 10 µF. It has a impedance rating of 4.7 ohms, maximum rated temperature of +85°C and a color of black. It is especially designed for use in safety and operation critical applications, such as in TV and Monitor SMPS (Switching Mode Power Supplies).

Tantalum capacitors possess several strong points in comparison with other capacitors. For example, they have a high electrical stability, offer low leakage currents, low ESR (Equivalent Series Resistance), and have a high reliability even in extreme environments. They also have a long expected lifetime, and one of the best volumetric efficiency available in the market. All these result in a low failure rate and superior performance.

The CWR26MK106KBHA works through Faraday’s principle of electrolysis. It is a process in which direct current passes through an electrolyte which separates the positive and negative ions within a neutral electrolyte. The electrical current causes power to be released from the electrolyte in the form of a charged particles. These particles accumulate on the two metal plates or electrodes, dividing it into two electrolytic capacitors.

In conclusion, tantalum capacitors, with the CWR26MK106KBHA being one of its models, provide excellent stability, reliability, and have a long expected lifetime. It is especially designed for use in safety and operation critical applications such as TV and Monitor SMPS, and it functions through Faraday’s principle of electrolysis.

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