13008-061KESC

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Tantalum capacitors, as one of the important components widely used in the electronic industry, are essentially electrolytic capacitors. The 13008-061KESC tantalum capacitor has a length of 0.750 inches, a width of 0.350 inches and a height of 0.475 inches. Its specific parameters may vary in accordance with different applications.

The 13008-061KESC tantalum capacitor is compatible with, but not limited to, various working conditions such as extreme temperatures, moisture, shock and vibration; Generally suitable for use in aviation, military, industrial and telecommunications fields. In addition, the 13008-061KESC tantalum capacitor also has a long life, its rated voltage is 6.3V, and the standard size is 0.13 inches. The rated capacitance is 0.47μF, and among many DC electrolysis capacitors, this type of capacitor is the most stable.

The working principle of the 13008-061KESC tantalum capacitor is based on the electrochemical principle. It is a combination of two materials with different electrical properties. One of them is a thin layer of metal oxide, and the other is a wire made of metal. The oxide formed on the surface of the metal and its special properties are used to create an electric field, which is the core of the circuit. The two materials form many similar elements which are called dielectric. The difference between the two materials creates a barrier between them, which is why they are called capacitors.

The capacitor\'s greatest advantage is its ability to store electric charge, with a charging voltage similar to that of a battery. When an electric current passes through the capacitor, the metal oxide layer between the metal electrodes will charge up the electric field and create an even larger charge density. It is worth noting that the capacitor\'s charge density determines the amount of current that can pass through it.

The 13008-061KESC tantalum capacitor has another advantage over other forms of capacitors. Its unique structure is designed in such a way that the oxide layer inside it can automatically restore after being discharged. This means that it will not lose any charges when it is not being used, and will be able to maintain its electric properties. In addition, it is usually the smallest type of capacitor, compared with other forms of capacitors.

The 13008-061KESC tantalum capacitor, due to its unique structure and advantageous characteristics, is widely used in many fields. These range from electronics, consumer goods, aerospace and military to telecommunications. Therefore, its various applications ensure that it is suitable for a wide range of products, and its reliability and stability make it one of the most popular versions of capacitors available.

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