T541X336K035BH8510

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Tantalum-Polymer capacitors, also known as solid electrolytic capacitors, are commonly used in small, medium and high power electronic devices. Reliable and robust, these capacitors have wide application fields such as high-frequency communication equipment, power supply, control board and instrumentation. The specific capacitor model T541X336K035BH8510 is developed as a low profile, high voltage, high capacitance capacitors. It has an impressive working temperature range of -55°C - 125°C, a voltage rating of 25Vdc and a typical stability of 0.5%.

Application Field

T541X336K035BH8510 is designed for applications with limited space and high reliability requirement such as radio and TV transmission, portable electronics, computers and lighting equipment. It is also suitable for industrial control systems, medical electronics, aircraft and air conditioning systems. Due to its excellent working temperature range, tantalum-polymer capacitors can take power up to 125°C. They have a high maximum ripple current, which makes them suitable for decoupling a large DC voltage. They are also ideal where large capacitance and low-ESR are simultaneously needed because of their low profile, lightweight, relatively high capacitance, and low-ESR characteristics.

Working Principle

The working principle of T541X336K035BH8510 is that of a typical solid electrolytic capacitor. It is constructed of an anode, a dielectric, and a cathode. The anode is composed of a tantalum core which is covered by an oxidized layer of metal, usually tantalum or niobium. The dielectric layer is generally made up of tantalum pentoxide. The cathode is composed of metal coating. An electrolyte connects the anode and cathode. When a voltage is applied between the anode and cathode, an electrostatic field is formed and electrical charge builds up on the dielectric layer which ultimately leads to the capacitance of the capacitor.

The technology behind T541X336K035BH8510 makes it ideal for applications in which small size, high capacitance and the highest reliability are necessary. This technology enables the capacitor to achieve a unique combination of performance, reliability, and economy that make them widely used in modern electronic applications.

Conclusion

T541X336K035BH8510 has many advantages and is an ideal choice for high-frequency communication equipment, power supply, control board and instrumentation. Its wide application fields and excellent working temperature range make it a versatile solution for many electronics projects. Its small size, high capacitance, and low-ESR characteristics make it a perfect fit for modern low profile electronic devices. The technology behind these capacitors makes them reliable and robust enough for large AC and DC applications.

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