T550B396K060AH4250

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Tantalum - Polymer Capacitors are often used for different applications in various electronics and are specially designed for the rigours of a wide range of demanding connectors. The T550B396K060AH4250 is no exception and is suitable for many applications where capacitors are needed.

T550B396K060AH4250 is a solid-type tantalum capacitor, also known as Polymer Capacitor. These capacitors are constructed of high-grade, continuous sheet foil that is impregnated with a proprietary anode paste. This paste can then be screened into a variety of patterns which maximize the use of the foil surface and increase capacitance stability. The capacitance of this type of capacitor can range from 47µF to 4µF, making it ideal for various applications.

Application Field of T550B396K060AH4250

Tantalum - Polymer Capacitors are predominantly used for signal decoupling and power-supply filtering applications. They are also employed for the removal of high-frequency noise from signals. This capacitance is ideal for many DC-DC circuits and inputs of energy conversion circuits. In comparison to electrolytic capacitors, the construction of Tantalum - Polymer Capacitors can achieve higher reliability and stability, as well as their smaller size and lower leakage current.

This type of capacitor is also finding increasing applications in Automotive, Computer and Telecoms applications, as they do not suffer from the short-term reliability issues encountered by certain electrolytic capacitors. It is a common choice for specialized systems in regulated, or critical, environments.

Working Principles of T550B396K060AH4250

Tantalum - Polymer Capacitors are constructed with a high-grade continuous sheet foil that is impregnated with a proprietary anode paste. The main working principle of this type of capacitor is the same as any other capacitor - when a voltage is applied to the anode and cathode, it creates an electrostatic field which can store energy. The higher the applied voltage, the more energy is stored.

This capacitor is manufactured from several layers of sheet foil, each of which has a different thickness and composition; these layers form a series of alternating metallic and dielectric layers. When an electric field is applied, the electrical energy stored in the capacitor is dependent upon the properties of the capacitance, which is effected by the thickness of the dielectric layer and its electrical properties.

The superiority of this capacitance is implied within its large capacitance per unit volume, a better voltage/temperature performance, and a greater stability/reliability. Its key working principle is the same as any other capacitor: when a voltage is applied to the anode and cathode of a capacitor, it creates an electrostatic field which can store energy. The higher the applied voltage, the more energy that is stored.

Conclusion

T550B396K060AH4250 is an ideal polymer capacitor for many applications. With its excellent performance and reliable stability, it can solve different circuit problems and simplify designs. Its application field ranges from signal decoupling and power-supply filtering applications to Automotive, Computer and Telecoms applications, as well as for the removal of high-frequency noise from signals. Its main working principle requires the application of a voltage which creates an electrostatic field that can store energy. Therefore, for many DC-DC circuits and inputs of energy conversion circuits, T550B396K060AH4250 provides an efficient and reliable solution.

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