173D226X0035Y

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Tantalum capacitors are one of the most commonly used capacitors today. They are used in a wide variety of applications, and the 173D226X0035Y model is no exception. This model is a part of the extended series of standard capacitors produced by Intercap.

Tantalum capacitors are typically used in sectors such as aerospace, military, medical, and industrial. The 173D226X0035Y is specifically designed for applications in industrial, medical, and automotive sectors. Its ability to tolerate extremely high temperatures, perform reliably under different environmental conditions, and pass safety tests make it the ideal capacitor for these sectors.

The technology that makes the 173D226X0035Y capacitor so successful is its unique construction. This consists of a sintered tantalum anode that is surrounded by porous manganese dioxide and a solid tantalum electrolyte that keeps the charge between the anode and the cathode. This capacitor is designed to provide high power density, low dissipation factor, and high capacitance values.

The working principle of the 173D226X0035Y capacitor is based on the Faraday law. This law states that when electric current is passed through a capacitor, an electrostatic field is created between the two plates. This field stores energy in the form of electrical potential. When the electrical potential is released, it produces a current in the capacitor.

The 173D226X0035Y is also an incredibly reliable capacitor because of its rugged construction. The sintered and solid tantalum construction ensures that the capacitor is able to tolerate extreme temperatures and environmental conditions. Furthermore, due to its superior vibration resistance, the capacitor can remain stable and reliable under the most demanding conditions.

In conclusion, the 173D226X0035Y capacitor is the ideal choice for applications in industrial, medical, and automotive sectors. Its Faraday law based working principle, rugged construction, and excellent power density make it the perfect component for these sectors. Furthermore, due to its superior vibration resistance, the capacitor can remain reliable under even the most extreme conditions.

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