550D106X0035R2B

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Tantalum capacitors are electronic components used to hold electrical charge physically. They are mainly used in high voltage and high temperature applications due to their excellent low resistance properties and small size. The 550D106X0035R2B is a type of tantalum capacitor designed for use in extreme environments.

The 550D106X0035R2B is constructed using electrolytic metal oxides which give it superior robustness and reliability. The capacitance is controllable through base metal plates which are coated with a film. This film acts as a dielectric material, allowing for high dielectric strength and very low leakage current.

The application field of the 550D106X0035R2B is far-reaching. It is suitable for use in harsh industrial conditions, such as those with high temperature and high humidity, due to its high dielectric strength and low leakage current. It is also suitable for use in military electronics due to its robustness, and in power supply circuits due to its superior charge/discharge characteristics. Additionally, it can be used in medical equipment, communications equipment, automotive electronics, and other high reliability applications.

The working principle of the 550D106X0035R2B is based on its dielectric material. When a voltage is applied to the capacitor plates, the dielectric material allows electrons to move through it, creating an electric field. This field, known as the capacitance, stores the charge. When the voltage is removed, the capacitor maintains its charge, which can be discharged via a circuit.

The 550D106X0035R2B is an incredibly reliable and robust capacitor, making it suitable for many electronics applications. Its high temperature and high humidity tolerance make it ideal for industrial applications, and its low leakage current and robust design make it suitable for use in military and medical electronics. Its superior charge/discharge characteristics make it well suited for use in power supply circuits, and its compact size makes it suitable for many other high reliability applications.

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