135D336X9075F2

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Tantalum capacitors are electronic components that use the ‘dielectric ceramic’ of tantalum pentoxide (Ta205) as the medium between two conductors. Named after the mythical titan of Greek mythology, tantalum has some extraordinary properties making it a great choice in the construction of capacitors. The iconic part number 135D336X9075F2 is a perfect example of the tantalum capacitor and its practical applications.

Application Fields

Given the extraordinary physical attributes of tantalum capacitors, the 135D336X9075F2 is an ideal choice for a variety of applications. The most common use for this capacitor is in the field of high-power switching devices, such as power transistors, or motor controllers. This is because the tantalum capacitor allows for a high degree of heat dissipation, meaning that the device can stand up to the intense environment of such application fields without fail. Additionally, due to its efficient and low-loss characteristics, the 135D336X9075F2 is ideal for use in medical, aerospace, computer, and automotive applications.

Working Principle

The tantalum capacitor works on the principle of capacitance. In general terms, two electrical conductors separated by an non-conductive medium, such as an insulator or a dielectric, form an electrical “condenser.” These materials can hold electrical charge, allowing them to control potential flow through the system when connected to an external power source. In the case of the 135D336X9075F2, the conductors inside the capacitor are separated by a dielectric material made up of tantalum pentoxide, giving the capacitor its distinct properties.

Effectively, when a power source is connected to a capacitor, one of the two conductors inside the unit will build up a charge, while the other will not. As the electric potential builds, it creates an electric field between the two conductors, allowing current to pass through the unit. This means that the capacitor can act as a buffer, regulating the flow of current through the system. Furthermore, when combined with other components, the capacitor can act as a filter, smoothing out the current and voltage to create a more stable output.

Conclusion

The 135D336X9075F2 is an example of the modern versatile capacitor, with a diverse range of applications. Constructed from a ceramic dielectric of tantalum pentoxide, the capacitor is a great choice for high-power switching applications, thanks to its efficient heat dissipation. Additionally, the tantalum capacitor can be used for filtering and regulating power, making it equally suitable for a variety of medical, automotive and aerospace applications.

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