199D395X0035C1V1E3

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The 199D395X0035C1V1E3 component is part of the tantalum capacitor family. A tantalum capacitor is a type of electrolytic capacitor, consisting of two electrodes encapsulated in a solid conductive polymelefins dielectric, along with a conductive oxide layer that acts as the second electrode. This component is used mainly to store electrical charges by storing and releasing them on demand.

Application Field

Potential application fields for tantalum capacitors include automotive, computer, office electronic equipment, instrumentation, audio-visual products, commercial/industrial electronics, consumer electronic products, communication/telecommunication and power supplies/solar energy.

A tantalum capacitor is an excellent choice for applications that involve exposure to harsh environmental conditions like high temperatures, high capacitance requirements, good AC performance, and fast response constraints. Additionally, with their small size and lightweight design, they can be highly advantageous in designs that have limited board space and/or weight restrictions.

From a power output standpoint, tantalum capacitors offer great value, as they can easily handle higher voltage loads, thus providing higher power outputs for a limited amount of voltage input. This makes them an attractive choice for a variety of applications that must use a limited amount of space and weight, while still providing the necessary power output.

Tantalum capacitors also offer excellent electrical properties. With their low impedance and low Equivalent Series Resistance (ESR), these capacitors can provide higher current than other several capacitor variations, overcoming a common concern of power output capability. Additionally, they can handle temperatures of up to 200°C (392°F), providing an excellent choice where extreme temperatures are present.

Working Principle

The working principle of a tantalum capacitor is based on the ability of the polymer dielectric to store energy in the form of an electric field. When a dc voltage is applied to the capacitor, a conductive oxide layer is formed on one of the electrodes, creating an electric field between them. This electric field is then used to store energy, which is then released in the form of electrical current upon the application of a varying voltage.

The capacitance of a tantalum capacitor is determined by the area of the electrodes and the thickness of the polymer dielectric that separates them. The current handling capacity of the capacitor is determined by the size of the electrodes, as larger electrodes will be able to handle greater currents.

The lead-free nature of tantalum capacitors makes them highly desirable in automotive applications, as they are much less likely to corrode over time than their traditional lead-containing equivalents. This provides superior reliability, environmental compatibility, and longer product lifecycles.

In conclusion, the 199D395X0035C1V1E3 component belongs to the tantalum capacitor family. With their low impedance, low ESR, and high temperature rating, they are well suited for applications that require a lot of power output, or are exposed to harsh environmental conditions. Furthermore, their lead-free design makes them an attractive choice for automotive applications.

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