TR3D157K010C0100

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 energy storage components that differ from traditional aluminum electrolytic capacitors in that they contain tantalum metal salts as the electrolyte, instead of a liquid or solid surface-free deposition of anodic oxide film, which can achieve a large capacity in a small volume. Tantalum capacitors are widely used in electronics and electrical appliances, providing an on-chip petrochemical and metallurgical industry that cannot be replaced by ordinary capacitors. TR3D157K010C0100 is also an excellent example of a tantalum capacitor.

The application fields of TR3D157K010C0100 tantalum capacitors are mainly divided into four types. The first is digital products, such as cameras, computers, game consoles, mobile phones and other electronic products, mainly with the characteristic of low loss, which requires the use of tantalum capacitors for high-frequency and high-integration circuits. The second is instrumentation and automotive products, due to the special design and working conditions of these products, the requirements for the capacitor are relatively high, and the performance of the tantalum capacitor can better meet these needs. The third is the application in the communications industry, for radio frequency equipment, such as mobile communication base stations. High frequency and high current circuits require capacitors with low resistance, high insulation, small size, and correct polarity, which are encapsulated in TR3D157K010C0100 tantalum capacitors. The fourth is the application in aerospace and other military industries, where input and output circuits of galvanostatic frequency conversion systems, and the reliability and stability of power supply circuits are often used. All of these applications require the use of TR3D157K010C0100.

The working principle of TR3D157K010C0100 is mostly based on the electrolysis of tantalum powder as the medium. Tantalum powder is crushed into a fine powder, placed in a tantalum capacitor rod, used as a cathode, and the underlying carbon rod is an anode. The oxide film formed on the anode is the dielectric of the capacitor. The anode is soaked in an aqueous solution of an electrolyte, and a positive or negative voltage is applied at both ends, causing a current to flow between the two rods. Under the effect of this current, the cathode oxidizes and forms a layer of oxide film, which is the dielectric of the capacitor. The thickness of this dielectric layer is determined by the capacitive voltage and current, the period of electrolysis, and the temperature. The necessary resistance, insulation and capacitance are provided by this oxide film.

In summary, TR3D157K010C0100 is a high-performance and widely used tantalum capacitor, which can well meet the requirements of digital products, instrumentation and automotive products, communication industry, and aerospace and other military industries. Its working principle is mostly based on electrolysis of tantalum powder, and the dielectric of the capacitor is formed by the oxide film formed on the anode.

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