T541X108M004BH8605

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Tantalum polymer capacitors, also known as Ta-polymer capacitors or electrolytic polymer capacitors, are a type of electrolytic capacitor which combines the principles of conductive polymer and wet tantalum technology. This combination allows Tantalum Polymer capacitors to have a high capacitance in a small size, making it ideal for high speed applications. Specifically, the T541X108M004BH8605 is a surface mounted tantalum polymer capacitor with good voltage stability and excellent high-frequency characteristics, making it well-suited for applications such as power supplies and amplifiers.

Introduction to T541X108M004BH8605

The T541X108M004BH8605 is a surface mounted wet tantalum polymer capacitor from Japan\'s Murata. It features high endurance, low impedance and has a vast temperature range for excellent thermal stability. This tantalum polymer capacitor can withstand DC voltages up to 63V and has a capacitance range of 108µF (micro Farad). The T541X108M004BH8605 also has a high ripple current capacity of 116mAh.

Application Field of T541X108M004BH8605

The combination of high endurance, low impedance, and vast temperature range makes the T541X108M004BH8605 ideal for pulse equipment and applications which require high-frequency characteristics and stable performance. Additionally, its ripple current capability makes the capacitor perfect for power supplies and amplifiers which have high current demands.

Working Principle of T541X108M004BH8605

The working principle of tantalum polymer capacitors is based on the idea of electrolytic capacitance and conductive polymer dielectrics. In this type of capacitor, an electrolyte solution is formed between two conducting plates, allowing the capacitance to be increased. This increase in capacitance allows for a greater storage capacity.

The T541X108M004BH8605, like other tantalum polymer capacitors, also has a conductive polymer layer between its two conductive plates. This layer acts as a dielectric, providing better electrical insulation and improved characteristics. The conductive polymer layer also allows for a variety of dielectric materials, allowing the user to choose from a number of options depending on their needs. Additionally, this layer also increases the maximum temperature rating of the capacitor, making it suitable for a wide range of applications.

Conclusion

The T541X108M004BH8605 is an excellent surface mounted wet tantalum polymer capacitor which is perfect for high speed applications. With its high endurance, low impedance and wide temperature range, the capacitor is well-suited for applications such as power supplies and amplifiers. The working principle of this tantalum polymer capacitor is based on conductive polymer and electrolytic capacitance, which allows for a greater storage capacity and improved characteristics. All in all, the T541X108M004BH8605 is an ideal choice for those looking for a powerful yet efficient capacitor.

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