199D476X96R3D6V1E3

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The increasing need for portable and wireless devices has led to the proliferation of tantalum capacitors in the electronics industry. Tantalum capacitors are one of the few components that enable the transfer of electrical signals in order to enable these devices to function without use of traditional energy sources. This article will look at the application field of tantalum capacitors and their working principles.

Tantalum capacitors are small circuit components with a storage capacity for electrical energy. These capacitors are made from two metal plates joined by an electrolyte (dielectric) material. The metal plates in the capacitor are precision machined and coated with a metal oxide layer. This oxide layer acts as a dielectric, holding in the charge on the metal plates and allowing the capacitor to store electrical energy. The metal oxide layer provides superior insulating properties and allows the capacitor to operate at higher temperatures.

The most common application field of tantalum capacitors is in consumer electronics. Due to their high capacity, these capacitors are ideal for use in portable devices such as cell phones and tablet PCs. The small size yet high capacity of these components, make them ideal for portable devices which require a small form factor. In addition, tantalum capacitors can also be used in portable audio devices and gaming systems among other consumer electronics.

Tantalum capacitors also find varied application in industrial electronic products. These capacitors are widely used to stabilize voltage and regulate the currents in motor control, power supplies, and lighting systems. Other industrial applications include automotive electronics and medical electronics where reliable and consistent energy is essential.

Tantalum capacitors are available in a variety of configurations with stable characteristics across a wide temperature range. Each capacitor model is designed to offer a specific range of functionality and is identified by a model number. The specific model number, such as 199D476X9R3D6V1E3, helps users quickly identify the right model for their design. This model number is then used to look up the exact specifications and performance parameters of that specific capacitor.

The working principle of a tantalum capacitor is based on the electrical conductivity of its metal plates. As a voltage is applied across the metal plates, a current passes through the electrolyte (dielectric). The capacitor then stores energy in the form of an electric field between the metal plates due to this current. When the applied voltage is removed, the charged capacitor stores energy in the form of electric potential which can then be tapped when needed.

Tantalum capacitors are well-suited for applications that require high reliability and stability. These capacitors have a long operational life and can be used in extreme temperatures and harsh environments. They also boast superior electrical properties, higher capacitance values, and excellent leakage current resistance. In addition, they are relatively indestructible and can be used in a wide range of operating environments.

In conclusion, tantalum capacitors are used in a wide range of applications from consumer electronics to industrial products. This is possible due to the reliable and stable characteristics of these components across a wide temperature range. The unique model number for each component, such as 199D476X9R3D6V1E3, aids users in quickly identifying the right model for their design. Moreover, the working principle of tantalum capacitors relies on the electrical conductivity of its metal plates, allowing it to store energy in the form of electric potential which can be tapped when needed.

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