13008-072MESA

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Tantalum capacitors are becoming increasingly popular in a variety of applications due to their small size, high reliability and relatively low cost. The 13008-072MESA miniature surface mount electrolytic capacitor is one such example of their versatile use. It is well suited for operation in low voltage circuits, primarily due to its bulk capacitance and low ESR.

These tantalum capacitors are distinguished from their competitors by their small size and energy efficiency. The 13008-072MESA features a standard case size of 13mm x 8mm x 2.45mm and a lead pitch of 0.65mm for high density mounting in space-limited applications. It also boasts a low profile of 1.84mm and a voltage rating of up to 10 volts.

The product has an exceptional resistance to vibration and shock, making it very suitable for military and aerospace applications where the environment can often be highly demanding. It also operates efficiently over an extended temperature range from -55°C to +85°C and has a life expectancy of 2000 hours at room temperature.

The inner working principle of the 13008-072MESA capacitor is based on a modified form of electrolytic capacitance. It has two conductive plates: one covered with an electrolyte layer, the other charged with the opposite. When a voltage is applied, a current is produced that is proportional to the applied voltage. This current creates a charge between the two plates that stores the energy.

Experience with the 13008-072MESA tantalum capacitors has indicated that they are a highly reliable component. They provide reliable performance and long term stability even in the toughest applications. They are also capable of withstanding considerable levels of shock and vibration, making them suitable for use in mobile and military conditions.

The 13008-072MESA miniature surface mount electrolytic capacitor is designed to provide excellent performance with a high level of reliability. Its combination of small size and low profile make it suitable for use in a range of applications, while its capacity to operate efficiently in high vibration and shock environments makes it the perfect choice for demanding military and aerospace projects.

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