TPSD156K035S0300

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Tantalum capacitors are solid-state electrolytic capacitors characterized by their higher reliability characteristics and higher capacitance than aluminum capacitors. They are the most popular electrolytic capacitor due to their versatility, durability, and high efficiency. TPSD156K035S0300 is an electrolytic capacitor with an anode made of tantalum foil and a zirconia-based electrolyte embedded in an aluminum foil. The capacitor has an outer diameter of 15mm, a height of 6.3mm, and an insulation voltage of 300Vdc.

TPSD156K035S0300 can be used for a wide range of applications, such as filters, bypasses, timing circuits, and power supplies. Its high capacitance enables it to store a high amount of charge, making it ideal for power applications. In addition, its low internal resistance makes it suitable for low voltage applications, such as automated test equipment or pumps. Additionally, its high insulation voltage means that it can withstand high electrical voltages, making it suitable for high voltage applications.

As for working principle, the anode material of tantalum capacitor is formed by electrolytic oxidation of a metallic tantalum anode, and then formed on the surface of the aluminum foil substrate. The electrolyte utilized is usually a zirconia-based solution that makes a dielectric layer. An additional dielectric layer is provided by the insulating layer of the aluminum foil, preventing any leakage. Due to this construction, the tantalum capacitor works similarly to any other traditional capacitor. When a voltage is applied across the charging terminals, the dielectric layer creates a separation between the anode and the cathode, thus allowing the storing of a set amount of electric charge. By releasing the charge, the process is also repeated in reverse.

In conclusion, TPSD156K035S0300 is an electrolytic capacitor that is particularly well suited for bypass, suppression, and timing applications. It has a wide variety of applications, due to its high capacity, low internal resistance, and high insulation voltage. Additionally, its working principle is the same as any other traditional capacitor; when a voltage is applied, electrons can move from the anode to the cathode, providing separation between them and allowing the storing of electric charge.

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