199D395X9016B1V1E3

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Tantalum capacitors are electronic components that store electrical energy like a battery does, but unlike a battery, must be periodically recharged. The exact design of the capacitor is determined by its application. The general form of the capacitor is two conductive plates separated by a dielectric material. The particular design suggested by 199D395X9016B1V1E3 is a tantalum capacitor, with a high dielectric constant and low leakage.

Tantalum capacitors operate on the principle of electrostatic charge. The capacitance, or ability to store a charge, is determined by the ratio of the area of the two plates, divided by the distance (dielectric) between them. When a voltage is applied across the terminals, the capacitor absorbs electrical charge. This charge is stored in the electric field between the plates, forming a separation of positive and negative charges. When the applied voltage is removed, the capacitor retains its charge.

The particular design of 199D395X9016B1V1E3 has several advantages, including increased capacitance, lower dielectric loss, and improved electronic performance. The increased capacitance is achieved by using two plates of the same size and the lowest possible distance between the plates. This creates an ideal conductor with the largest capacitance per inch of real estate within the capacitor. Additionally, the tantalum and dielectric material combination reduce dielectric losses, leading to improved reliability and higher energy densities within the capacitor. The dielectric also enables it to stand up to broadly ranging applications, including voltage and temperature changes without affecting its performance.

Thus, the 199D395X9016B1V1E3 capacitor is a high-performance tantalum capacitor designed for a variety of applications. Its high capacitance to volume ratio and low dielectric loss make it ideal for applications requiring high charge storage, such as power conversion applications. Additionally, its high resistance to temperature and voltage changes make it suited for use in communication and instrumentation systems, such as control systems, in which the capacitor will constantly experience voltage and temperature changes. Ultimately, the 199D395X9016B1V1E3 capacitor offers superior performance when compared to competing capacitors, making it an ideal choice for many projects requiring reliable, high-performance capacitors.

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