13008-070KESA/HR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are electronic components with superior capacitance, allowing them to store more electrical energy than traditional capacitors. The 13008-070KESA/HR application field and working principle is that these capacitors use tantalum metal as an electrode and two forms of electrolytic paste to provide capacitance. These capacitors also have a much higher conductivity than other types of materials, which makes them ideal for use in high-frequency applications like digital circuits.

Tantalum capacitors are constructed from two sections. The first section is the anode, which consists of a wire attached to a tantalum metal. The wire is the positive terminal and the tantalum metal is the negative terminal. The second section is the cathode, which consists of two forms of electrolytic paste. This paste acts as storage, allowing electrons to be stored in the capacitor.

The 13008-070KESA/HR application field and working principle for this type of capacitor is fairly simple. When a stable voltage is applied to the capacitor, the current passes through the wire into the anode and enters the electrolyte paste. This creates a strong electrostatic field between the anode and the paste. As the current passes through, it charges up the paste, raising the amount of charge stored and creating a charge imbalance.

As the current continues to flow, the voltage across the terminals of the capacitor increases. When the voltage across the terminals reaches a certain point known as the breakdown voltage, current begins to flow between the anode and the paste. This current flows into the paste, carrying the charge from the anode to the paste and creating a loop. This allows the capacitor to charge and discharge a large amount of electrical energy.

These 13008-070KESA/HR capacitors have a number of advantages over traditional capacitors. The first is that they provide higher capacitance for a given size, allowing them to store more energy. Secondly, because of their high conductivity, they are better able to handle high-frequency signals, providing a stable output with minimal distortion. Finally, because the components are smaller than traditional capacitors, they can be used in portable or miniature applications where space is limited.

In addition to their advantages, the 13008-070KESA/HR application field and working principle require a few considerations. Firstly, the working voltage must be limited to ensure the breakdown voltage isn’t exceeded. Secondly, because of their higher capacitance, their life expectancy is a bit shorter than that of traditional capacitors, so they need to be replaced more often. Finally, they require proper grounding to eliminate any leakage issue.

Overall, the 13008-070KESA/HR application field and working principle that forms the basis for these tantalum capacitors is very impressive. They offer a number of benefits, including higher capacitance, better handling of high-frequency signals, and a smaller size. As long as the voltage is maintained and they are properly grounded, these capacitors offer a robust solution for a wide variety of applications.

The specific data is subject to PDF, and the above content is for reference