199D475X0035C2B1E3

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Tantalum capacitors are widely used in today\'s electronic systems, offering a wide range of advantages over other capacitor technologies. Among the benefits of using tantalum capacitors is their small size, low cost, and high stability, as well as their long shelf life and long life cycle. These advantages make them a popular choice for a variety of applications.

The model 199D475X0035C2B1E3 is among the most widely used of the tantalum capacitors, and offers both a solid state dielectric and high stability. These capacitors are designed to meet the needs of many applications, especially those charging and decoupling systems that require longer periods of high current. As part of the assembly process, they are assembled with either axial or radial leads (plastic or metal) in order to facilitate connection to the circuit board, and have wide temperature ranges with high shock resistance.

The 199D475X0035C2B1E3 application field and working principle is relatively straightforward. This particular model is used for general purpose applications, such as bypass and decoupling, which are a common requirement in any type of circuit. The capacitor typically works by utilizing the dielectric material between two metal plates that are connected to the terminals, creating an electrical field between them. This field allows for the flow of electrical current as needed for the desired functions.

In operation, the capacitor acts as a buffering system to store energy, allowing for smoother operating currents. The charge stored in the capacitor will increase or decrease depending on the current flow between the two plates, allowing the capacitor to regulate the current flow. The voltage retained within the capacitor will remain constant so long as there is no current flow, and it can be charged or discharged quickly when needed.

Since these capacitors can handle both large amounts of current and withstand high temperatures, they can easily handle the high surge currents and high frequencies needed in some of today\'s circuitry. For example, they are widely used in control systems and in high-speed processors, as they can regulate the current flow and safeguard the circuit from damage.

The construction of the 199D475X0035C2B1E3 is particularly resistant to shock and vibration, making it ideal for use in applications that involve a lot of physical activity. They provide long-lasting performance, despite their low cost, which make them a great choice for any design requiring long-term durability.

Overall, the 199D475X0035C2B1E3 is an excellent choice for both general purpose applications and those that require high-current handling and high temperatures. Its excellent stability and cost effectiveness make it a great choice for a variety of applications. It offers many of the same advantages as other types of capacitors, but also provides better performance and reliability in demanding applications.

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