T86D156K020EASS

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

T86D156K020EASS specializes in tantalum capacitors, a type of capacitors that are mainly used for energy storage and signal coupling. They are composed of a tantalum powder/pellet dielectric, with a conductive electrolyte that most often is solid manganese dioxide. The very thin dielectric layer allows for very high capacitance. The polarity of a typical tantalum capacitor is marked on its body, either with a + and - mark or with the letters “NC” and “P” indicating non-conductive and positive, respectively. Capacitance values range from tens of picofarads up to several thousand microfarads.

The main application field of T86D156K020EASS has been in the electronics industry, where they are mainly used in surface mount device (SMD) applications. Due to their small size and capable of withstanding even higher temperatures, these capacitors have become popular for use in various commercial and military applications, such as power supplies, radio communication circuits and in embedded systems. Moreover, these capacitors are also used in high energy density electric field applications, such as laser processing, to ensure adequate power management.

The working principle of T86D156K020EASS is mostly based on the principle of dielectric absorption, where an electric field is applied to the dielectric material, which stores energy temporarily and is then later released. This becomes possible due to the low resistance paths provided by the manganese dioxide electrolyte. When the capacitor is placed between two points of opposite polarities, an electric field is created, which causes an absorption of charge into the dielectric material. This charge then reverses polarity when the voltage is reversed, releasing the stored energy.

T86D156K020EASS are mostly constructed with two tantalum foil plates, separated by a manganese dioxide electrolyte, and a few other electrical contacts. The extreme thinness of the dielectric layer allows for a greater surface area, hence increasing the capacitance of the device. The capacity of the capacitor is determined by the overall thickness of the dielectric layer and the final maximum voltage which can be applied to the device. The amount of charge which can be stored also depends on the device size, its temperature, and the electrolyte used.

Overall, T86D156K020EASS capacitors are highly reliable and efficient, offering a fast response time and an excellent storage capacity. Their small size makes them ideal for applications requiring higher temperature tolerances and higher capacitance values, and they are suitable for use in high energy density electric fields as well. They offer longer lifetime and are considered a cost-effective solution for many commercial and military applications, offering a good balance between stability, capacitance, and volume.

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