TPSD226K035R0125

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Tantalum capacitors are highly specialized electronic components used in a wide variety of products, and the TPSD226K035R0125 is just one example of this. The main purpose of a tantalum capacitor is to store electrical energy. It relies on a combination of capacitance and electrolyte chemistry to achieve its goal. The TPSD226K035R0125 has a few distinct advantages, which make it one of the most widely used capacitors.

Application Field of TPSD226K035R0125

The TPSD226K035R0125 is designed to be used in medium to large-scale applications such as switch-mode power supplies, noise suppression, medical electronics, and military equipment. It is often used in high voltage, low-current applications, as its capacitance value is relatively low compared to other types of capacitors.

The size and shape of the capacitor also make it ideal for use in limited space environments. The small size and low profile of the capacitor make it a great choice for applications where installation clearance is a concern. Its design offers flexibility and performance in tight spaces.

The TPSD226K035R0125 has a wide range of temperature grades, which make it suitable for operation from -55 degrees Celsius to 85 degrees Celsius. This makes it suitable for use in demanding environments such as space exploration and military equipment.

Working Principle of TPSD226K035R0125

The TPSD226K035R0125 is made up of two separate pieces: a cathode and an anode. The cathode is made of tantalum metal, while the anode is made of a non-reactive material such as aluminum oxide, titanium oxide, or niobium oxide. The capacitor is filled with an electrolytic solution, which is usually a mixture of ammonium and borate.

When a voltage is applied to the cathode and anode, the electrolyte solution makes the contact between the two pieces and forms a dielectric barrier. This dielectric barrier enables the capacitor to store energy. When the voltage is removed, the dielectric barrier dissipates and the energy is released.

The voltage value of the TPSD226K035R0125 depends on the type of electrolyte used in the capacitor. The aim is to achieve the highest energy density possible with the given electrolyte. A high value of capacitance indicates that the capacitor has a greater capacitance per unit volume.

Disadvantages of TPSD226K035R0125

The main disadvantage of the TPSD226K035R0125 is its susceptibility to failure if exposed to high temperatures. Because the electrolyte used in these capacitors is sensitive to temperature fluctuations, the capacitor can short-circuit and damage other components if exposed to temperatures above its rated range.

Furthermore, the TPSD226K035R0125 has a maximum rated voltage of 25 volts and is therefore not suitable for dc supply applications. Because of its low capacitance value, the TPSD226K035R0125 may also be unsuitable for applications that require high-current or high capacitance.

Finally, the cost of the TPSD226K035R0125 is relatively high due to the materials used and the advanced manufacturing processes required. This makes it one of the more expensive capacitor types.

Conclusion

The TPSD226K035R0125 is a tantalum capacitor that is used for a variety of applications, including high voltage, low-current applications. It is relatively small in size and has a wide range of temperature grades making it suitable for demanding environments. The working principle of the capacitor relies on a combination of capacitance and electrolyte chemistry to enable it to store electrical energy.

The main disadvantage of the TPSD226K035R0125 is its susceptibility to failure when exposed to high temperatures, its limited voltage range, and its high cost. Despite these issues, the TPSD226K035R0125 remains one of the most widely used capacitors for its flexibility and performance at limited spaces.

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