T540B226K010AH87107610

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Tantalum-Polymer capacitors are widely used in a variety of applications due in part to their small size, high temperature stability, longeivity and temperature compensation capabilities. The T540B226K010AH87107610 is a capacitor designed for market needing up to 24 Vdc and 22000µF capacity in its considerably small size, making it an ideal selection for applications such as automotive, mobile device, notebook and industrial applications.

Tantalum-Polymer capacitors such as theT540B226K10AH87107610 are constructed with two different electrodes. One electrode is often constructed from manganese dioxide, and the other is formed from a polymer of organic materials. This capacitor also has a tantalum anode and a cathode that is formed by a unique, patented anode structure comprised of a tantalum oxide film and then anodized tantalum particles. Together, the anode and cathode form an electrical current-carrying unit.

The T540B226K10AH87107610 is considered a solid-state capacitor, as the electrolyte is stored and encapsulated between the electrodes. Since the electrolyte is held between the electrodes, and not leaked out, the T540B226K10AH87107610 is said to be an "ideal" capacitor. This means that it has the ability to withstand high temperatures, with a low Equivalent Series Resistance (ESR) and long-term stability of parameters such as capacitance and ESR.

Tantalum-Polymer capacitors such as theT540B226K10AH87107610 also have a higher frequency capability than most electrolytic and film capacitors, allowing it to be used in higher frequency applications. The capacitor also has a low temperature coefficient, which means that its effective capacitance will remain the same at any temperature. This can help reduce temperature-dependent losses in circuits, making the capacitor more efficient.

Due to their low ESR and wide temperature range, the T540B226K10AH87107610 capacitor is well-suited for use in switching power supply circuits and have been used in a variety of other commercial, industrial and automotive applications, including as backplates for high-frequency memory modules and as power filters in microprocessors. This capacitor is also said to work well with nearly all PCBs, since it is a surface mount device.

The T540B226K10AH87107610 capacitor also has a ripple current capability and ESR that is a hundred times less than aluminum electrolytic capacitors, making it ideal for filtering, and energy storage applications. As this capacitor is able to handle high ripple currents, it is well suited for applications such as power factor correction and power recovery, as well as high-power semiconductor applications.

In summary, the T540B226K10AH87107610 capacitor is an ideal choice for a number of applications. It has the benefits of a tantalum-polymer capacitor, such as temperature stability, long-term stability, low temperature coefficient and high-frequency performance. It is widely used in high-power applications such as power factor correction, power recovery and semiconductors as well as lower-power applications such as backplates for memory modules and microprocessors. The high ripple current capability, coupled with low ESR make it suitable for many types of filtering and energy storage applications.

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