T541X107M030DH8520

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Tantalum Polymer Capacitors, also known as polymer capacitors or polymer electrolytic capacitors, are a type of an electrolytic capacitor with a polymer as the electrolyte. The term “tantalum” comes from the crystal structure of the tantalum oxide used for the anode. Tantalum Polymer Capacitors penetrate an array of industries, providing reliable performance and long lifetime in many different applications. Among all the polymer capacitor types, the T541X107M030DH8520 series is one of the most commonly used.

The T541X107M030DH8520 series capacitors are made with a tantalum anode, polymer electrolyte and a platinum cathode. The tantalum anode of the T541X107M030DH8520 series produces the highest dielectric strength and charge/discharge characteristics during use, providing and excellent capacitance stability. Its high capacitance is a result of its resistance to self-heating and thermal influence, helping to improve device reliability.

The working principle of the T541X107M030DH8520 series capacitors occurs when electric current is applied, the tantalum anode reacts with the electrolyte forming an anodic oxide layer on its surface. This forms a non-conductive layer on the anode’s surface, at which point the capacitor becomes charged and the voltage is applied to the plate. When the current is removed from the capacitor, the electric field in the anodic oxide layer acts to rapidly depolarize the capacitor, discharging the capacitor and allowing electric current to pass through. When electric current stops passing through the capacitor, a new anodic oxide layer will be formed, and electric current ceases to pass.

The T541X107M030DH8520 series capacitors are used extensively in the electronics industry due to their many advantages. Their small size allows them to fit into narrow spaces and they have a very low equivalent series resistance, resulting in high current capability, fast charging, and low power losses. The T541X107M030DH8520 series also has a high temperature capability, making it suitable for use in automotive and other high-temperature applications. They are also popular for use in audio equipment and AC/DC filtering. They are also used in telecommunications and other equipment where long life and high energy density are crucial.

In summary, the T541X107M030DH8520 series is an excellent choice for use in applications where maximum performance, reliability, and long lifetime are required. Its robust construction combined with high capacitance and excellent charge/discharge characteristics make it an ideal solution for many electronic projects. Its ability to withstand high temperatures while maintaining its low equivalent series resistance ensures that it is suitable for demanding applications, making it one of the most common choices for use in the electronics industry.

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