199D226X0010CZV1

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Tantalum capacitors contain a tantalum element, which is highly resistant to oxidation and corrosion. The majority of all tantalum capacitors are formed from a pellet of tantalum metal, wrapped in a thin film of oxide through an anodic oxidation process. A dielectric layer is then formed between the pellet and the oxide layer, completing the capacitor body. The oxide layer helps to insulate the capacitor and protect it from potential damage due to electrolysis.

The 199D226X0010CZV1, also known as a Radial Tantalum Capacitor, is typically applied in low profile, high temperature operations. By constructing an electrolyte between a negative cathode and a positive anode, packaging a Ta powder in a sintered metal and forming a dielectric layer, this capacitor is able to maintain a low profile while still offering superior electrical qualities and a higher voltage/capacitance than other tantalum capacitors.

The 199D226X0010CZV1 works by applying a voltage to the anode, upon which a thin dielectric layer is formed based on an electrolyte. The dielectric layer serves to protect the anode and the cathode, which are both connected to the capacitor. Pursuant to the voltage applied, electric charges are generated and stored within the capacitor, ready for release upon a decrease in the applied voltage.

The 199D226X0010CZV1 is widely employed in a variety of applications, most notably in audio/video or communication technologies. The superior insulation layer provided by the Tantalum element makes this capacitor particularly useful for applications requiring high fidelity or allowing for a higher operating temperature. Additionally, its high percent of tolerance makes it ideal for precision circuits and high accuracy filtering.

In summary, the 199D226X0010CZV1 is an efficient and reliable Radial Tantalum Capacitor, typically found in audio/video or communication technologies due its superior electrical qualities, insulation layer, tolerance, high voltage/capacitance capacity and low profile. This capacitor is constructed by packaging a Ta powder in a sintered metal, forming an electrolyte between a negative cathode and a positive anode and forming a dielectric layer to protect the components, ultimately allowing for the generation and storage of electric charges.

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