T541X476K035BH8710

Tantalum-polymer capacitors (T541X476K035BH8710) are commonly used when high capacitance values or smaller devices are required. The capacitors offer increased capacitance densities and come in a variety of sizes, from small, single-layer capacitors to larger, higher-capacitance devices. This type of capacitor is also highly reliable and can be used in a wide range of applications.

A tant-polymer capacitor can provide various advantages, including resistance to humidity, longer life span, improved performance, and higher voltage rating. As with any capacitor, the ESR and ESL of the device must be taken into account when considering the capacitor’s performance. The ESR (Equivalent Series Resistance) and ESL (Equivalent Series Inductance) are both expressed as a fraction of the total capacitance.

The typical working principle of a tant-polymer capacitor involves the dielectric material being sandwiched between two conductive plates. The distorted voltage that is applied to the capacitor is absorbed by rearranging the positions of the dielectric material, creating an electrical charge, which is then stored in the dielectric. The dielectric material used in the capacitor is what determines its value, or capacitance. The charge of the capacitor is determined by the voltage applied and the physical size of the device. When voltages increase, the material between the plates becomes more skewed, and the charge is thus increased. As the voltage decreases, the dielectric moves closer to its original position, decreasing the charge stored.

Tant-polymer capacitors are used for various applications and can be found in a range of products. These components can be used for energy storage systems and in navigational instruments, audio and video systems, power supplies, and various medical systems. When used in medical systems, the components are typically used for signal processing, medical imaging, electrocardiography (ECG), pacemakers, and defibrillators. Tant-polymer capacitors are also used in electronic systems for decoupling, filtering, and resonating as they can operate across wide temperature ranges, are low loss, and can provide high capacitance values.

Tantalum-polymer capacitors can be used in many different applications and systems, thanks to their large capacitance values and high reliability. They are also ideal for small devices, as they can provide a very small profile and the ability to easily transfer a charge. The components are also long lasting and come in a range of capacitance values, making them an ideal choice for a variety of applications.