T499B106K006ATE3K5 Capacitors

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Tantalum capacitors are widely used in a wide range of applications including consumer electronics, automotive and aerospace, and industrial control. The T499B106K006ATE3K5 is a type of tantalum capacitor that is specifically designed to meet the requirements of applications in these industries. It is a surface mount, axial leaded, insulated capacitors and it is designed for applications where a higher capacitance is required and the mounting area is limited.

The T499B106K006ATE3K5 is designed to provide a high capacitance with low parasitic inductance and low equivalent series resistance (ESR). This capacitance rating is achieved using the latest technologies from the leading manufacturers, as well as over-engineering and rigorous testing to ensure that each capacitor performs to its rated specifications. The low ESR ensures superior level control and minimal ripple currents, making the capacitor ideal for high-frequency switching applications.

The T499B106K006ATE3K5 consists of two electrodes which are separated by a layer of tantalum pentoxide material. The layer between the electrodes is charged with an electrolyte, which is an electrically conductive solution such as aqueous polyvinyl chloride (PVC). The tantalum capacitors feature a solderable metal case and metal end caps that provide environmental protection.

The working principle of the T499B106K006ATE3K5 is simple yet effective. When a voltage is applied to the tantalum capacitor, an electric field forms which causes the tantalum pentoxide layer to become polarized. This polarization increases the capacitance of the device, which allows it to store energy in the form of an electric field. When the applied voltage is removed, the stored energy is released, creating a current.

The T499B106K006ATE3K5 is a reliable and efficient capacitor for applications requiring a high capacitance and low ESR. It can be used in a wide range of applications, from consumer electronics and automotive to aerospace, and it offers superior performance in high-frequency switching applications.

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