T541X336K035CH8710

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

T541X336K035CH8710 tantalum-polymer capacitors are a relatively new technology when compared to ceramic and electrolytic capacitors. Tantalum and polymer capacitors are capacitors with two or three terminals respectively. They are mainly used to store energy and transfer electrons between two energy levels, creating what is known as a charge and discharge cycle. This type of capacitor provides higher energy storage, higher voltage, and extreme temperature capabilities in comparison to other components of the same size. Additionally, they provide excellent reliability, long life span and reasonable cost.

The main purpose of a capacitor is to store energy and transfer it back when needed. Tantalum capacitors are made from tantalum oxide dielectric layered between two electrodes which are separated and connected externally by a two-terminal device. The most common type of capacitor uses an anode, cathode and dielectric, often in a sandwich configuration. Polymer capacitors consist of an anode and cathode of two different polymer materials, shaped into rolls and connected with an electrical insulator. The anode material acts as a dielectric material and provides the electrical insulation between the two polymer layers, while the other material, the cathode, provides the source of electrons that travel between the two layers.

Tantalum-polymer capacitors also have a very low leakage current and they offer a high capacitance to volume ratio. This makes them ideal for high frequency applications and other high-speed switching circuits. Additionally, due to the construction of polymer capacitors, they are also very rugged and can withstand harsh physical environments. With their low ESR and ESL, they can be used to power applications that require frequent starting or where the ESR and ESL of the power source are critical.

The T541X336K035CH8710 tantalum-polymer capacitor is a surface mount capacitor. Its rated voltage is 35V, its capacitance is 3300uF and its ESR is 35mΩ. This capacitor has a range of application fields including power supplies, DC/DC converters, high-density power supplies, battery-powered systems, computing systems, industrial and automotive applications and many more. It is also ideal for high frequency switching and high-speed circuits and its low leakage current makes it suitable for low-noise and low-distortion applications.

Tantalum-polymer capacitors have a number of advantages over electrolytic capacitors, such as higher capacitance and higher voltage ratings. Additionally, Tantalum-polymer capacitors have better performance during charge/discharge cycling, higher ripple current capability and lower ESR/ESL. When compared to ceramic capacitors they offer a higher capacitance to volume ratio.

The working principle of the T541X336K035CH8710 capacitor is based on the transfer of electrons between two capacitor plates. When a capacitor is charged, a voltage is created that causes the electrons to jump across the plates in the capacitor, storing energy in its dielectric. When the capacitor is discharged, the energy stored in the dielectric is re-distributed between the two plates, with its corresponding electron transfer. Furthermore, in a polymer capacitor the anode material acts as a dielectric material and provides the electrical insulation between the two polymer layers, while the other material, the cathode, provides the source of electrons.

In conclusion, T541X336K035CH8710 tantalum-polymer capacitors are the perfect choice for applications where space is at a premium and where the temperature can fluctuate drastically. They offer numerous advantages over other components of the same size, such as higher energy storage capacity and higher voltage. Furthermore, due to their excellent reliability, high capacitance to volume ratio and low ESR/ESL, they are ideal for high frequency switching and high-speed circuits as well as low-noise and low-distortion applications.

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