13008-080KESA

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Tantalum capacitors are capacitors with a tantalum metal alloy anode and a porous oxide invested with a liquid electrolyte. They were first invented at Bell Labs and mechanically developed in the 1950s, and quickly became popular for high-capacity capacitors in the electronic market. The broad availability of Tantalums in a variety of shapes, sizes, and capacitor values makes it an ideal choice for many circuits and applications, such as cell phones, automobiles, and medical systems.

The 13008-080KESA series of Tantalum Capacitors offer a wide range of applications including automotive, military, and consumer electronics such as cell phones, digital cameras, and laptops. This series is available in an extended range of voltage ratings from 2V to 50V, with extremely low ESR and excellent CV values.

Application Field

Tantalum capacitors are used in both analog and digital circuits, and can perform several duties. In analog circuits, they act as coupling capacitors, blocking alternating currents while allowing audio frequencies to pass, and also as smoothing capacitors, buffering the signal so that it is just above the noise floor. In digital circuits, they are used to store charge, reduce noise, filter out interference, and create a wide variety of timings by providing alternate current to the circuit.

The 13008-080KESA series of capacitors is designed for use in automotive, military, and consumer electronic applications. Its wide range of voltage ratings from 2V to 50V makes it an excellent choice for high-power applications such as car audio systems, automotive electronics, and defense systems. This series is also capable of handling high temperatures, making it an ideal choice for heat-sensitive applications such as consumer electronics.

Working Principle

Tantalum capacitors work by storing electrostatic charge and allowing an electric current to pass through the capacitor. The two terminals of the capacitor are alternately connected to opposite poles of a voltage source. This causes the positive cathode of the capacitor to become charged with a negative charge, while the negative anode has a positive charge. The current flow is blocked by the resistance of the porous oxide layer, and the capacitor “holds” the electric charge until the voltage source is reversed.

The 13008-080KESA series of Tantalums are completely reliable in operation because of their unique design. The simple construction of the capacitor allows for a low-ESR profile and excellent CV values, making it capable of handling large currents and voltages without compromising performance. In addition, the robust construction makes the series suitable for high-vibration environments such as automotive and military applications.

Conclusion

The 13008-080KESA series of Tantalum capacitors are ideal for a wide variety of applications such as automotive, military, and consumer gadgets. With its low-ESR design and excellent CV values, this series is capable of handling high voltages and currents without compromising performance. Furthermore, its robust construction makes it suitable for use in high-vibration environments such as automotive and military applications. As a result, the 13008-080KESA series of Tantalum capacitors offer reliable performance in a variety of applications and environments.

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